.cirrus.yml

env:
    CIRRUS_CLONE_DEPTH: 1
    CI: 1

linux_task:
    matrix:
        - name: alpine
          container: &step
              image: ghcr.io/fish-shell/fish-ci/alpine:latest
              memory: 4GB
        - name: bionic
          container:
              <<: *step
              image: ghcr.io/fish-shell/fish-ci/bionic:latest
        - name: bionic-asan-clang
          container:
              <<: *step
              image: ghcr.io/fish-shell/fish-ci/bionic-asan-clang:latest
        - name: bionic-tsan
          container:
              <<: *step
              image: ghcr.io/fish-shell/fish-ci/bionic-tsan:latest
        - name: bionic-tsan-clang
          container:
              <<: *step
              image: ghcr.io/fish-shell/fish-ci/bionic-tsan-clang:latest
        - name: centos7
          container:
              <<: *step
              image: ghcr.io/fish-shell/fish-ci/centos7:latest
        - name: centos8
          container:
              <<: *step
              image: ghcr.io/fish-shell/fish-ci/centos8:latest
        - name: focal-32bit
          container:
              <<: *step
              image: ghcr.io/fish-shell/fish-ci/focal-32bit:latest
        - name: xenial
          container:
              <<: *step
              image: ghcr.io/fish-shell/fish-ci/xenial:latest

    tests_script:
        # cirrus at times gives us 32 procs and 2 GB of RAM
        # Unrestriced parallelism results in OOM
        - lscpu || true
        - (cat /proc/meminfo | grep MemTotal) || true
        - mkdir build && cd build
        - cmake -G Ninja -DCMAKE_BUILD_TYPE=Debug -DCTEST_PARALLEL_LEVEL=6 ..
        - ninja -j 6 fish
        - ninja fish_run_tests

    # CI task disabled during RIIR transition
    only_if: false && $CIRRUS_REPO_OWNER == 'fish-shell'

linux_arm_task:
    matrix:
        - name: focal-arm64
          arm_container:
              image: ghcr.io/fish-shell/fish-ci/focal-arm64
              only_if: $CIRRUS_REPO_OWNER == 'fish-shell'
        - name: jammy-armv7-32bit
          arm_container:
              image: ghcr.io/fish-shell/fish-ci/jammy-armv7-32bit

    tests_script:
        # cirrus at times gives us 32 procs and 2 GB of RAM
        # Unrestriced parallelism results in OOM
        - lscpu || true
        - (cat /proc/meminfo | grep MemTotal) || true
        - mkdir build && cd build
        - cmake -G Ninja -DCMAKE_BUILD_TYPE=Debug -DCTEST_PARALLEL_LEVEL=6 ..
        - ninja -j 6 fish
        - file ./fish
        - ninja fish_run_tests

    # CI task disabled during RIIR transition
    only_if: false && $CIRRUS_REPO_OWNER == 'fish-shell'

freebsd_task:
    matrix:
        # - name: FreeBSD 14
        #   freebsd_instance:
        #       image_family: freebsd-14-0-snap
        - name: FreeBSD 13
          freebsd_instance:
              image: freebsd-13-2-release-amd64
        # - name: FreeBSD 12.3
        #   freebsd_instance:
        #       image: freebsd-12-3-release-amd64
    tests_script:
        - pkg install -y cmake-core devel/pcre2 devel/ninja misc/py-pexpect git-lite
        # libclang.so is a required build dependency for rust-c++ ffi bridge
        - pkg install -y llvm
        # BSDs have the following behavior: root may open or access files even if
        # the mode bits would otherwise disallow it. For example root may open()
        # a file with write privileges even if the file has mode 400. This breaks
        # our tests for e.g. cd and path. So create a new unprivileged user to run tests.
        - pw user add -n fish-user -s /bin/csh -d /home/fish-user
        - mkdir -p /home/fish-user
        - chown -R fish-user /home/fish-user
        - mkdir build && cd build
        - chown -R fish-user ..
        - sudo -u fish-user -s whoami
        # FreeBSD's pkg currently has rust 1.66.0 while we need rust 1.67.0+. Use rustup to install
        # the latest, but note that it only installs rust per-user.
        - sudo -u fish-user -s fetch -qo - https://sh.rustup.rs > rustup.sh
        - sudo -u fish-user -s sh ./rustup.sh -y --profile=minimal
        # `sudo -s ...` does not invoke a login shell so we need a workaround to make sure the
        # rustup environment is configured for subsequent `sudo -s ...` commands.
        # For some reason, this doesn't do the job:
        # - sudo -u fish-user sh -c 'echo source \$HOME/.cargo/env >> $HOME/.cshrc'
        - sudo -u fish-user -s cmake -G Ninja -DCMAKE_BUILD_TYPE=Debug -DCTEST_PARALLEL_LEVEL=1 ..
        - sudo -u fish-user sh -c '. $HOME/.cargo/env; ninja -j 6 fish'
        - sudo -u fish-user sh -c '. $HOME/.cargo/env; ninja fish_run_tests'

    only_if: $CIRRUS_REPO_OWNER == 'fish-shell'