rspamd/.drone.yml

---
kind: pipeline
type: docker
name: default

platform:
  os: linux
  arch: amd64

steps:
  - name: prepare

    # any image with a root shell can be used here, but Ubuntu used as base
    # image for build and test images and we need to download it anyway
    image: ubuntu:20.04
    pull: if-not-exists
    volumes:
      - name: rspamd
        path: /rspamd
    commands:
      - install -d -o nobody -g nogroup /rspamd/build /rspamd/install /rspamd/fedora/build /rspamd/fedora/install

  - name: build
    # https://github.com/rspamd/rspamd-build-docker/blob/master/ubuntu-build/Dockerfile
    image: rspamd/ci-ubuntu-build
    pull: always
    volumes:
      - name: rspamd
        path: /rspamd
    depends_on: [ prepare ]
    commands:
      # build directories should be writable by nobody, for rspamd in functional tests
      # works as nobody and writes coverage files there
      - test "$(id -un)" = nobody
      - cd /rspamd/build
      - >
        cmake
        -DCMAKE_INSTALL_PREFIX=/rspamd/install
        -DCMAKE_RULE_MESSAGES=OFF
        -DCMAKE_VERBOSE_MAKEFILE=ON
        -DENABLE_COVERAGE=ON
        -DENABLE_LIBUNWIND=ON
        $CI_WORKSPACE
      - ncpu=$(getconf _NPROCESSORS_ONLN)
      - make -j $ncpu install
      - make -j $ncpu rspamd-test
      - make -j $ncpu rspamd-test-cxx

  - name: build-clang
    # https://github.com/rspamd/rspamd-build-docker/blob/master/fedora-build/Dockerfile
    image: rspamd/ci-fedora-build
    pull: always
    volumes:
      - name: rspamd
        path: /rspamd
    depends_on: [ prepare ]
    commands:
      - test "$(id -un)" = nobody
      - cd /rspamd/fedora/build
      - export LDFLAGS='-fuse-ld=lld'
      #- export CFLAGS='-fsanitize=address,undefined,implicit-integer-truncation'
      #- export CXXFLAGS='-fsanitize=address,undefined,implicit-integer-truncation'
      - export ASAN_OPTIONS=detect_leaks=0
      - >
        cmake
        -DCMAKE_INSTALL_PREFIX=/rspamd/fedora/install
        -DCMAKE_C_COMPILER=/usr/bin/clang -DCMAKE_CXX_COMPILER=/usr/bin/clang++
        -DCMAKE_RULE_MESSAGES=OFF
        -DCMAKE_VERBOSE_MAKEFILE=ON
        -DENABLE_CLANG_PLUGIN=ON
        -DENABLE_FULL_DEBUG=ON
        -DSANITIZE=address
        $CI_WORKSPACE
      - ncpu=$(getconf _NPROCESSORS_ONLN)
      - make -j $ncpu install
      - make -j $ncpu rspamd-test
      - make -j $ncpu rspamd-test-cxx

  # We run rspamd-test (unit test) and functional test (runned by robot) in
  # parallel to save time. To avoid conflict in saving lua coverage we run them
  # from different directories. For C code coverage counters is saved to .gcda
  # files and binary contain absolute path to them, so rspamd-test and
  # processes started by functional test are writing to the same files. On
  # process exit new coverage data merged with existing content of .gcda file.
  # Race is possible if rspamd-test and some rspamd process in functional test
  # will try to write .gcda file simultaneous.  But it is very unlikely and
  # performance is more important then correct coverage data.

  - name: rspamd-test
    # https://github.com/rspamd/rspamd-build-docker/blob/master/ubuntu-test/Dockerfile
    image: rspamd/ci-ubuntu-test
    pull: always
    volumes:
      - name: rspamd
        path: /rspamd
    depends_on: [ build ]
    commands:
      - test "$(id -un)" = nobody
      - ulimit -c unlimited
      # rspamd-test and functional test both use luacov.stats.out file and should be started from
      # different directories (if started in parallel)
      - cd /rspamd/build/test
      - set +e
      - ./rspamd-test -p /rspamd/lua; EXIT_CODE=$?
      - set -e
      # shell sets exit status of a process terminated by a signal to '128 + signal-number'
      # if rspamd-test was terminated by a signal it should be SIGSEGV or SIGABRT, try to examine core
      - >
        if [ $EXIT_CODE -gt 128 ]; then
        gdb --batch -ex 'thread apply all bt full' -c /var/tmp/*.rspamd-test.core ./rspamd-test;
        exit $EXIT_CODE;
        fi
      # luacov-coveralls reads luacov.stats.out written by rspamd-test using luacov module
      # and writes json report for coveralls.io service
      - luacov-coveralls -o /rspamd/build/unit_test_lua.json --dryrun
      - set +e
      - ./rspamd-test-cxx -s; EXIT_CODE=$?
      - set -e
      # shell sets exit status of a process terminated by a signal to '128 + signal-number'
      # if rspamd-test was terminated by a signal it should be SIGSEGV or SIGABRT, try to examine core
      - >
        if [ $EXIT_CODE -gt 128 ]; then
        gdb --batch -ex 'thread apply all bt full' -c /var/tmp/*.rspamd-test-cxx.core ./rspamd-test-cxx;
        exit $EXIT_CODE;
        fi
      - exit $EXIT_CODE

  - name: test-fedora-clang
    # https://github.com/rspamd/rspamd-build-docker/blob/master/fedora-test/Dockerfile
    image: rspamd/ci-fedora-test
    pull: always
    volumes:
      - name: rspamd
        path: /rspamd
    depends_on: [ build-clang ]
    commands:
      - test "$(id -un)" = nobody
      # Asan reserves 20Tb of virtual memory, limit core size to 2 Gb to avoid writing huge core
      - ulimit -c 2097152
      - ulimit -s unlimited
      # disable leak sanitizer: too many leaks detected, most of them probably FP
      - export ASAN_OPTIONS="detect_leaks=0:print_stacktrace=1:disable_coredump=0"
      - export UBSAN_OPTIONS="print_stacktrace=1:print_summary=0:log_path=/tmp/ubsan"
      - cd /rspamd/fedora/build/test
      - set +e
      - ./rspamd-test -p /rspamd/lua; EXIT_CODE=$?
      - set -e
      # shell sets exit status of a process terminated by a signal to '128 + signal-number'
      # if rspamd-test was terminated by a signal it should be SIGSEGV or SIGABRT, try to examine core
      - >
        if [ $EXIT_CODE -gt 128 ]; then
        gdb --batch -ex 'bt' -c /var/tmp/*.rspamd-test.core ./rspamd-test;
        fi
      - set +e
      - ./rspamd-test-cxx -s; EXIT_CODE=$?
      - set -e
      # shell sets exit status of a process terminated by a signal to '128 + signal-number'
      # if rspamd-test was terminated by a signal it should be SIGSEGV or SIGABRT, try to examine core
      - >
        if [ $EXIT_CODE -gt 128 ]; then
        gdb --batch -ex 'thread apply all bt full' -c /var/tmp/*.rspamd-test-cxx.core ./rspamd-test-cxx;
        exit $EXIT_CODE;
        fi
      - cat /tmp/ubsan.* || true
      - exit $EXIT_CODE

  - name: functional
    # https://github.com/rspamd/rspamd-build-docker/blob/master/ubuntu-test-func/Dockerfile
    image: rspamd/ci-ubuntu-test-func
    pull: always
    volumes:
      - name: rspamd
        path: /rspamd
    depends_on: [ build ]
    commands:
      - cd /rspamd/build
      - ulimit -c unlimited
      - ulimit -s unlimited
      # some rspamd processes during this test work as root and some as nobody
      # use umask to create world-writable files so nobody can write to *.gcda files created by root
      - umask 0000
      - set +e
      - RSPAMD_INSTALLROOT=/rspamd/install robot --removekeywords wuks --exclude isbroken $CI_WORKSPACE/test/functional/cases; EXIT_CODE=$?
      - set -e
      # upload test results to nginx frontent using WebDAV PUT
      - >
        if [ -n "$HTTP_PUT_AUTH" ]; then
        $CI_WORKSPACE/test/tools/http_put.py log.html report.html https://$DRONE_SYSTEM_HOSTNAME/testlogs/$DRONE_REPO/$DRONE_BUILD_NUMBER/;
        fi
      # core_pattern=/var/tmp/%u.%e.core so one or two cores can be saved for each binary
      - core_files=$(find /var/tmp/ -name '*.core')
      # use 'info proc mappings' to find path to executable file for given core
      # first mapping is usually program executable
      - >
        for core in $core_files;
        do
        exe=$(gdb --batch -ex 'info proc mappings' -c $core | tail -1 | awk '{print $5}');
        gdb --batch -ex 'bt' -c $core $exe; echo '---';
        done
      - exit $EXIT_CODE
    environment:
      HTTP_PUT_AUTH: { from_secret: http_put_auth }

  - name: send-coverage
    image: rspamd/ci-ubuntu-test
    pull: if-not-exists
    volumes:
      - name: rspamd
        path: /rspamd
    depends_on: [ functional, rspamd-test ]
    commands:
      - cd /rspamd/build
      # extract coverage data for C code from .gcda files and save it in a format suitable for coveralls.io
      - $CI_WORKSPACE/test/tools/gcov_coveralls.py --exclude test --prefix /rspamd/build --prefix $CI_WORKSPACE --out coverage.c.json
      # luacov-coveralls reads luacov.stats.out generated by functional tests
      # (see collect_lua_coverage() in test/functional/lib/rspamd.py)
      # and writes json report for coveralls.io
      - luacov-coveralls -o coverage.functional.lua.json --dryrun
      # * merge coverage for C and Lua code
      # * remove prefixes from absolute paths (in luacov-coveralls files), filter test, contrib, e. t.c
      # * upload report to coveralls.io
      - $CI_WORKSPACE/test/tools/merge_coveralls.py --root $CI_WORKSPACE --input coverage.c.json unit_test_lua.json coverage.functional.lua.json --token=$COVERALLS_REPO_TOKEN
    environment:
      COVERALLS_REPO_TOKEN: { from_secret: coveralls_repo_token }
    when:
      branch: [ master ]
      # don't send coverage report for pull request
      event: [push, tag]

  - name: eslint
    image: node:17-alpine
    pull: if-not-exists
    commands:
      - npm install
      - ./node_modules/.bin/eslint -v
      - ./node_modules/.bin/eslint ./
      # Run stylelint checks
      - ./node_modules/.bin/stylelint -v
      - npm show stylelint-config-standard version
      - ./node_modules/.bin/stylelint ./**/*.css ./**/*.html ./**/*.js

  - name: perl-tidyall
    # https://github.com/rspamd/rspamd-build-docker/blob/master/perl-tidyall/Dockerfile
    image: rspamd/ci-perl-tidyall
    pull: if-not-exists
    commands:
      - tidyall --version
      - perltidy --version | head -1
      # checks are configured in .tidyallrc at the top of rspamd repo
      - tidyall --all --check-only --no-cache --data-dir /tmp/tidyall

  - name: notify
    image: drillster/drone-email
    pull: if-not-exists
    depends_on:
      - rspamd-test
      - test-fedora-clang
      - functional
      - send-coverage
      - eslint
      - perl-tidyall
    settings:
      from: noreply@rspamd.com
      host: { from_secret: email_host }
      username: { from_secret: email_username }
      password: { from_secret: email_password }
    when:
      status: [ failure ]

volumes:
  - name: rspamd
    temp: {}

trigger:
  event: [push, tag, pull_request]

---
kind: signature
hmac: 7f6cf1f220412438eb05bcddf8b4354e2f7344d5cd925cd952eee9ab88772d9d

...