# CI configuration file for CI utilizing cirrus-ci.org # # For instructions on how to enable the CI integration in a repository and # further details, see src/tools/ci/README env: # The lower depth accelerates git clone. Use a bit of depth so that # concurrent tasks and retrying older jobs have a chance of working. CIRRUS_CLONE_DEPTH: 500 # Useful to be able to analyse what in a script takes long CIRRUS_LOG_TIMESTAMP: true CCACHE_MAXSIZE: "250M" # target to test, for all but windows CHECK: check-world PROVE_FLAGS=$PROVE_FLAGS CHECKFLAGS: -Otarget PROVE_FLAGS: --timer MTEST_ARGS: --print-errorlogs --no-rebuild -C build PGCTLTIMEOUT: 120 # avoids spurious failures during parallel tests TEMP_CONFIG: ${CIRRUS_WORKING_DIR}/src/tools/ci/pg_ci_base.conf PG_TEST_EXTRA: kerberos ldap ssl load_balance # What files to preserve in case tests fail on_failure_ac: &on_failure_ac log_artifacts: paths: - "**/*.log" - "**/*.diffs" - "**/regress_log_*" type: text/plain on_failure_meson: &on_failure_meson testrun_artifacts: paths: - "build*/testrun/**/*.log" - "build*/testrun/**/*.diffs" - "build*/testrun/**/regress_log_*" type: text/plain # In theory it'd be nice to upload the junit files meson generates, so that # cirrus will nicely annotate the commit. Unfortunately the files don't # contain identifiable file + line numbers right now, so the annotations # don't end up useful. We could probably improve on that with a some custom # conversion script, but ... meson_log_artifacts: path: "build*/meson-logs/*.txt" type: text/plain # To avoid unnecessarily spinning up a lot of VMs / containers for entirely # broken commits, have a minimal task that all others depend on. task: name: SanityCheck # If a specific OS is requested, don't run the sanity check. This shortens # push-wait-for-ci cycle time a bit when debugging operating system specific # failures. Uses skip instead of only_if, as cirrus otherwise warns about # only_if conditions not matching. skip: $CIRRUS_CHANGE_MESSAGE =~ '.*\nci-os-only:.*' env: CPUS: 4 BUILD_JOBS: 8 TEST_JOBS: 8 IMAGE_FAMILY: pg-ci-bullseye CCACHE_DIR: ${CIRRUS_WORKING_DIR}/ccache_dir # no options enabled, should be small CCACHE_MAXSIZE: "150M" # While containers would start up a bit quicker, building is a bit # slower. This way we don't have to maintain a container image. <<: *linux_task_template ccache_cache: folder: $CCACHE_DIR create_user_script: | useradd -m postgres chown -R postgres:postgres . mkdir -p ${CCACHE_DIR} chown -R postgres:postgres ${CCACHE_DIR} echo '* - memlock 134217728' > /etc/security/limits.d/postgres.conf su postgres -c "ulimit -l -H && ulimit -l -S" # Can't change container's kernel.core_pattern. Postgres user can't write # to / normally. Change that. chown root:postgres / chmod g+rwx / configure_script: | su postgres <<-EOF meson setup \ --buildtype=debug \ --auto-features=disabled \ -Dtap_tests=enabled \ build EOF build_script: | su postgres <<-EOF ninja -C build -j${BUILD_JOBS} EOF upload_caches: ccache # Run a minimal set of tests. The main regression tests take too long for # this purpose. For now this is a random quick pg_regress style test, and a # tap test that exercises both a frontend binary and the backend. test_minimal_script: | su postgres <<-EOF ulimit -c unlimited meson test $MTEST_ARGS --suite setup meson test $MTEST_ARGS --num-processes ${TEST_JOBS} \ cube/regress pg_ctl/001_start_stop EOF on_failure: <<: *on_failure_meson cores_script: | mkdir -m 770 /tmp/cores find / -maxdepth 1 -type f -name 'core*' -exec mv '{}' /tmp/cores/ \; src/tools/ci/cores_backtrace.sh linux /tmp/cores task: name: FreeBSD - 13 - Meson env: # FreeBSD on GCP is slow when running with larger number of CPUS / # jobs. Using one more job than cpus seems to work best. CPUS: 2 BUILD_JOBS: 3 TEST_JOBS: 3 IMAGE_FAMILY: pg-ci-freebsd-13 DISK_SIZE: 50 CCACHE_DIR: /tmp/ccache_dir CPPFLAGS: -DRELCACHE_FORCE_RELEASE -DCOPY_PARSE_PLAN_TREES -DWRITE_READ_PARSE_PLAN_TREES -DRAW_EXPRESSION_COVERAGE_TEST -DENFORCE_REGRESSION_TEST_NAME_RESTRICTIONS CFLAGS: -Og -ggdb <<: *freebsd_task_template depends_on: SanityCheck only_if: $CIRRUS_CHANGE_MESSAGE !=~ '.*\nci-os-only:.*' || $CIRRUS_CHANGE_MESSAGE =~ '.*\nci-os-only:[^\n]*freebsd.*' sysinfo_script: | id uname -a ulimit -a -H && ulimit -a -S export ccache_cache: folder: $CCACHE_DIR # Work around performance issues due to 32KB block size repartition_script: src/tools/ci/gcp_freebsd_repartition.sh create_user_script: | pw useradd postgres chown -R postgres:postgres . mkdir -p ${CCACHE_DIR} chown -R postgres:postgres ${CCACHE_DIR} setup_core_files_script: | mkdir -m 770 /tmp/cores chown root:postgres /tmp/cores sysctl kern.corefile='/tmp/cores/%N.%P.core' setup_additional_packages_script: | #pkg install -y ... # NB: Intentionally build without -Dllvm. The freebsd image size is already # large enough to make VM startup slow, and even without llvm freebsd # already takes longer than other platforms except for windows. configure_script: | su postgres <<-EOF meson setup \ --buildtype=debug \ -Dcassert=true -Duuid=bsd -Dtcl_version=tcl86 -Ddtrace=auto \ -DPG_TEST_EXTRA="$PG_TEST_EXTRA" \ -Dextra_lib_dirs=/usr/local/lib -Dextra_include_dirs=/usr/local/include/ \ build EOF build_script: su postgres -c 'ninja -C build -j${BUILD_JOBS}' upload_caches: ccache test_world_script: | su postgres <<-EOF ulimit -c unlimited meson test $MTEST_ARGS --num-processes ${TEST_JOBS} EOF # test runningcheck, freebsd chosen because it's currently fast enough test_running_script: | su postgres <<-EOF set -e ulimit -c unlimited meson test $MTEST_ARGS --quiet --suite setup export LD_LIBRARY_PATH="$(pwd)/build/tmp_install/usr/local/pgsql/lib/:$LD_LIBRARY_PATH" mkdir -p build/testrun build/tmp_install/usr/local/pgsql/bin/initdb -N build/runningcheck --no-instructions -A trust echo "include '$(pwd)/src/tools/ci/pg_ci_base.conf'" >> build/runningcheck/postgresql.conf build/tmp_install/usr/local/pgsql/bin/pg_ctl -c -o '-c fsync=off' -D build/runningcheck -l build/testrun/runningcheck.log start meson test $MTEST_ARGS --num-processes ${TEST_JOBS} --setup running build/tmp_install/usr/local/pgsql/bin/pg_ctl -D build/runningcheck stop EOF on_failure: # if the server continues running, it often causes cirrus-ci to fail # during upload, as it doesn't expect artifacts to change size stop_running_script: | su postgres <<-EOF build/tmp_install/usr/local/pgsql/bin/pg_ctl -D build/runningcheck stop || true EOF <<: *on_failure_meson cores_script: src/tools/ci/cores_backtrace.sh freebsd /tmp/cores # configure feature flags, shared between the task running the linux tests and # the CompilerWarnings task LINUX_CONFIGURE_FEATURES: &LINUX_CONFIGURE_FEATURES >- --with-gssapi --with-icu --with-ldap --with-libxml --with-libxslt --with-llvm --with-lz4 --with-pam --with-perl --with-python --with-selinux --with-ssl=openssl --with-systemd --with-tcl --with-tclconfig=/usr/lib/tcl8.6/ --with-uuid=ossp --with-zstd LINUX_MESON_FEATURES: &LINUX_MESON_FEATURES >- -Dllvm=enabled -Duuid=e2fs task: env: CPUS: 4 BUILD_JOBS: 4 TEST_JOBS: 8 # experimentally derived to be a decent choice IMAGE_FAMILY: pg-ci-bullseye CCACHE_DIR: /tmp/ccache_dir DEBUGINFOD_URLS: "https://debuginfod.debian.net" # Enable a reasonable set of sanitizers. Use the linux task for that, as # it's one of the fastest tasks (without sanitizers). Also several of the # sanitizers work best on linux. # # The overhead of alignment sanitizer is low, undefined behaviour has # moderate overhead. Test alignment sanitizer in the meson task, as it # does both 32 and 64 bit builds and is thus more likely to expose # alignment bugs. # # Address sanitizer in contrast is somewhat expensive. Enable it in the # autoconf task, as the meson task tests both 32 and 64bit. # # disable_coredump=0, abort_on_error=1: for useful backtraces in case of crashes # print_stacktraces=1,verbosity=2, duh # detect_leaks=0: too many uninteresting leak errors in short-lived binaries UBSAN_OPTIONS: print_stacktrace=1:disable_coredump=0:abort_on_error=1:verbosity=2 ASAN_OPTIONS: print_stacktrace=1:disable_coredump=0:abort_on_error=1:detect_leaks=0 # SANITIZER_FLAGS is set in the tasks below CFLAGS: -Og -ggdb -fno-sanitize-recover=all $SANITIZER_FLAGS CXXFLAGS: $CFLAGS LDFLAGS: $SANITIZER_FLAGS CC: ccache gcc CXX: ccache g++ LINUX_CONFIGURE_FEATURES: *LINUX_CONFIGURE_FEATURES LINUX_MESON_FEATURES: *LINUX_MESON_FEATURES <<: *linux_task_template depends_on: SanityCheck only_if: $CIRRUS_CHANGE_MESSAGE !=~ '.*\nci-os-only:.*' || $CIRRUS_CHANGE_MESSAGE =~ '.*\nci-os-only:[^\n]*linux.*' ccache_cache: folder: ${CCACHE_DIR} sysinfo_script: | id uname -a cat /proc/cmdline ulimit -a -H && ulimit -a -S export create_user_script: | useradd -m postgres chown -R postgres:postgres . mkdir -p ${CCACHE_DIR} chown -R postgres:postgres ${CCACHE_DIR} echo '* - memlock 134217728' > /etc/security/limits.d/postgres.conf su postgres -c "ulimit -l -H && ulimit -l -S" setup_core_files_script: | mkdir -m 770 /tmp/cores chown root:postgres /tmp/cores sysctl kernel.core_pattern='/tmp/cores/%e-%s-%p.core' setup_hosts_file_script: | cat >> /etc/hosts <<-EOF 127.0.0.1 pg-loadbalancetest 127.0.0.2 pg-loadbalancetest 127.0.0.3 pg-loadbalancetest EOF setup_additional_packages_script: | #apt-get update #DEBIAN_FRONTEND=noninteractive apt-get -y install ... matrix: - name: Linux - Debian Bullseye - Autoconf env: SANITIZER_FLAGS: -fsanitize=address # Normally, the "relation segment" code basically has no coverage in our # tests, because we (quite reasonably) don't generate tables large # enough in tests. We've had plenty bugs that we didn't notice due the # code not being exercised much. Thus specify a very small segment size # here. Use a non-power-of-two segment size, given we currently allow # that. configure_script: | su postgres <<-EOF ./configure \ --enable-cassert --enable-debug --enable-tap-tests \ --enable-nls \ --with-segsize-blocks=6 \ \ ${LINUX_CONFIGURE_FEATURES} \ \ CLANG="ccache clang" EOF build_script: su postgres -c "make -s -j${BUILD_JOBS} world-bin" upload_caches: ccache test_world_script: | su postgres <<-EOF ulimit -c unlimited # default is 0 make -s ${CHECK} ${CHECKFLAGS} -j${TEST_JOBS} EOF on_failure: <<: *on_failure_ac - name: Linux - Debian Bullseye - Meson env: CCACHE_MAXSIZE: "400M" # tests two different builds SANITIZER_FLAGS: -fsanitize=alignment,undefined configure_script: | su postgres <<-EOF meson setup \ --buildtype=debug \ -Dcassert=true \ ${LINUX_MESON_FEATURES} \ -DPG_TEST_EXTRA="$PG_TEST_EXTRA" \ build EOF # Also build & test in a 32bit build - it's gotten rare to test that # locally. configure_32_script: | su postgres <<-EOF export CC='ccache gcc -m32' meson setup \ --buildtype=debug \ -Dcassert=true \ ${LINUX_MESON_FEATURES} \ -Dllvm=disabled \ --pkg-config-path /usr/lib/i386-linux-gnu/pkgconfig/ \ -DPERL=perl5.32-i386-linux-gnu \ -DPG_TEST_EXTRA="$PG_TEST_EXTRA" \ build-32 EOF build_script: su postgres -c 'ninja -C build -j${BUILD_JOBS}' build_32_script: su postgres -c 'ninja -C build-32 -j${BUILD_JOBS}' upload_caches: ccache test_world_script: | su postgres <<-EOF ulimit -c unlimited meson test $MTEST_ARGS --num-processes ${TEST_JOBS} EOF # so that we don't upload 64bit logs if 32bit fails rm -rf build/ # There's currently no coverage of icu with LANG=C in the buildfarm. We # can easily provide some here by running one of the sets of tests that # way. Newer versions of python insist on changing the LC_CTYPE away # from C, prevent that with PYTHONCOERCECLOCALE. test_world_32_script: | su postgres <<-EOF ulimit -c unlimited PYTHONCOERCECLOCALE=0 LANG=C meson test $MTEST_ARGS -C build-32 --num-processes ${TEST_JOBS} EOF on_failure: <<: *on_failure_meson on_failure: cores_script: src/tools/ci/cores_backtrace.sh linux /tmp/cores task: name: macOS - Ventura - Meson env: CPUS: 4 # always get that much for cirrusci macOS instances BUILD_JOBS: $CPUS # Test performance regresses noticably when using all cores. 8 seems to # work OK. See # https://postgr.es/m/20220927040208.l3shfcidovpzqxfh%40awork3.anarazel.de TEST_JOBS: 8 IMAGE: ghcr.io/cirruslabs/macos-ventura-base:latest CIRRUS_WORKING_DIR: ${HOME}/pgsql/ CCACHE_DIR: ${HOME}/ccache MACPORTS_CACHE: ${HOME}/macports-cache CC: ccache cc CXX: ccache c++ CFLAGS: -Og -ggdb CXXFLAGS: -Og -ggdb <<: *macos_task_template depends_on: SanityCheck only_if: $CIRRUS_CHANGE_MESSAGE !=~ '.*\nci-os-only:.*' || $CIRRUS_CHANGE_MESSAGE =~ '.*\nci-os-only:[^\n]*(macos|darwin|osx).*' sysinfo_script: | id uname -a ulimit -a -H && ulimit -a -S export setup_core_files_script: - mkdir ${HOME}/cores - sudo sysctl kern.corefile="${HOME}/cores/core.%P" # Use macports, even though homebrew is installed. The installation # of the additional packages we need would take quite a while with # homebrew, even if we cache the downloads. We can't cache all of # homebrew, because it's already large. So we use macports. To cache # the installation we create a .dmg file that we mount if it already # exists. # XXX: The reason for the direct p5.34* references is that we'd need # the large macport tree around to figure out that p5-io-tty is # actually p5.34-io-tty. Using the unversioned name works, but # updates macports every time. macports_cache: folder: ${MACPORTS_CACHE} setup_additional_packages_script: | sh src/tools/ci/ci_macports_packages.sh \ ccache \ icu \ kerberos5 \ lz4 \ meson \ openldap \ openssl \ p5.34-io-tty \ p5.34-ipc-run \ tcl \ zstd # Make macports install visible for subsequent steps echo PATH=/opt/local/sbin/:/opt/local/bin/:$PATH >> $CIRRUS_ENV upload_caches: macports ccache_cache: folder: $CCACHE_DIR configure_script: | export PKG_CONFIG_PATH="/opt/local/lib/pkgconfig/" meson setup \ --buildtype=debug \ -Dextra_include_dirs=/opt/local/include \ -Dextra_lib_dirs=/opt/local/lib \ -Dcassert=true \ -Duuid=e2fs -Ddtrace=auto \ -DPG_TEST_EXTRA="$PG_TEST_EXTRA" \ build build_script: ninja -C build -j${BUILD_JOBS} upload_caches: ccache test_world_script: | ulimit -c unlimited # default is 0 ulimit -n 1024 # default is 256, pretty low meson test $MTEST_ARGS --num-processes ${TEST_JOBS} on_failure: <<: *on_failure_meson cores_script: src/tools/ci/cores_backtrace.sh macos "${HOME}/cores" WINDOWS_ENVIRONMENT_BASE: &WINDOWS_ENVIRONMENT_BASE env: # Half the allowed per-user CPU cores CPUS: 4 # The default cirrus working dir is in a directory msbuild complains about CIRRUS_WORKING_DIR: "c:/cirrus" # git's tar doesn't deal with drive letters, see # https://postgr.es/m/b6782dc3-a7b0-ed56-175f-f8f54cb08d67%40dunslane.net TAR: "c:/windows/system32/tar.exe" # Avoids port conflicts between concurrent tap test runs PG_TEST_USE_UNIX_SOCKETS: 1 PG_REGRESS_SOCK_DIR: "c:/cirrus/" DISK_SIZE: 50 sysinfo_script: | chcp systeminfo powershell -Command get-psdrive -psprovider filesystem set task: name: Windows - Server 2019, VS 2019 - Meson & ninja << : *WINDOWS_ENVIRONMENT_BASE env: TEST_JOBS: 8 # wild guess, data based value welcome # Cirrus defaults to SetErrorMode(SEM_NOGPFAULTERRORBOX | ...). That # prevents crash reporting from working unless binaries do SetErrorMode() # themselves. Furthermore, it appears that either python or, more likely, # the C runtime has a bug where SEM_NOGPFAULTERRORBOX can very # occasionally *trigger* a crash on process exit - which is hard to debug, # given that it explicitly prevents crash dumps from working... # 0x8001 is SEM_FAILCRITICALERRORS | SEM_NOOPENFILEERRORBOX CIRRUS_WINDOWS_ERROR_MODE: 0x8001 IMAGE_FAMILY: pg-ci-windows-ci-vs-2019 <<: *windows_task_template depends_on: SanityCheck only_if: $CIRRUS_CHANGE_MESSAGE !=~ '.*\nci-os-only:.*' || $CIRRUS_CHANGE_MESSAGE =~ '.*\nci-os-only:[^\n]*windows.*' setup_additional_packages_script: | REM choco install -y --no-progress ... setup_hosts_file_script: | echo 127.0.0.1 pg-loadbalancetest >> c:\Windows\System32\Drivers\etc\hosts echo 127.0.0.2 pg-loadbalancetest >> c:\Windows\System32\Drivers\etc\hosts echo 127.0.0.3 pg-loadbalancetest >> c:\Windows\System32\Drivers\etc\hosts type c:\Windows\System32\Drivers\etc\hosts # Use /DEBUG:FASTLINK to avoid high memory usage during linking configure_script: | vcvarsall x64 meson setup --backend ninja --buildtype debug -Dc_link_args=/DEBUG:FASTLINK -Dcassert=true -Db_pch=true -Dextra_lib_dirs=c:\openssl\1.1\lib -Dextra_include_dirs=c:\openssl\1.1\include -DTAR=%TAR% -DPG_TEST_EXTRA="%PG_TEST_EXTRA%" build build_script: | vcvarsall x64 ninja -C build check_world_script: | vcvarsall x64 meson test %MTEST_ARGS% --num-processes %TEST_JOBS% on_failure: <<: *on_failure_meson crashlog_artifacts: path: "crashlog-*.txt" type: text/plain task: << : *WINDOWS_ENVIRONMENT_BASE name: Windows - Server 2019, MinGW64 - Meson # due to resource constraints we don't run this task by default for now trigger_type: manual # worth using only_if despite being manual, otherwise this task will show up # when e.g. ci-os-only: linux is used. only_if: $CIRRUS_CHANGE_MESSAGE !=~ '.*\nci-os-only:.*' || $CIRRUS_CHANGE_MESSAGE =~ '.*\nci-os-only:[^\n]*mingw.*' # otherwise it'll be sorted before other tasks depends_on: SanityCheck env: TEST_JOBS: 4 # higher concurrency causes occasional failures CCACHE_DIR: C:/msys64/ccache CCACHE_MAXSIZE: "500M" CCACHE_SLOPPINESS: pch_defines,time_macros CCACHE_DEPEND: 1 # for some reason mingw plpython cannot find its installation without this PYTHONHOME: C:/msys64/ucrt64 # prevents MSYS bash from resetting error mode MSYS: winjitdebug # Start bash in current working directory CHERE_INVOKING: 1 BASH: C:\msys64\usr\bin\bash.exe -l IMAGE_FAMILY: pg-ci-windows-ci-mingw64 <<: *windows_task_template ccache_cache: folder: ${CCACHE_DIR} setup_additional_packages_script: | REM C:\msys64\usr\bin\pacman.exe -S --noconfirm ... mingw_info_script: | %BASH% -c "where gcc" %BASH% -c "gcc --version" %BASH% -c "where perl" %BASH% -c "perl --version" # disable -Dnls as the number of files it creates cause a noticable slowdown configure_script: | %BASH% -c "meson setup -Ddebug=true -Doptimization=g -Dcassert=true -Db_pch=true -Dnls=disabled -DTAR=%TAR% build" build_script: | %BASH% -c "ninja -C build" upload_caches: ccache test_world_script: | %BASH% -c "meson test %MTEST_ARGS% --num-processes %TEST_JOBS%" on_failure: <<: *on_failure_meson crashlog_artifacts: path: "crashlog-*.txt" type: text/plain task: name: CompilerWarnings # To limit unnecessary work only run this once the SanityCheck # succeeds. This is particularly important for this task as we intentionally # use always: to continue after failures. Task that did not run count as a # success, so we need to recheck SanityChecks's condition here ... depends_on: SanityCheck only_if: $CIRRUS_CHANGE_MESSAGE !=~ '.*\nci-os-only:.*' env: CPUS: 4 BUILD_JOBS: 4 IMAGE_FAMILY: pg-ci-bullseye # Use larger ccache cache, as this task compiles with multiple compilers / # flag combinations CCACHE_MAXSIZE: "1G" CCACHE_DIR: "/tmp/ccache_dir" LINUX_CONFIGURE_FEATURES: *LINUX_CONFIGURE_FEATURES LINUX_MESON_FEATURES: *LINUX_MESON_FEATURES <<: *linux_task_template sysinfo_script: | id uname -a cat /proc/cmdline ulimit -a -H && ulimit -a -S gcc -v clang -v export ccache_cache: folder: $CCACHE_DIR setup_additional_packages_script: | #apt-get update #DEBIAN_FRONTEND=noninteractive apt-get -y install ... ### # Test that code can be built with gcc/clang without warnings ### setup_script: echo "COPT=-Werror" > src/Makefile.custom # Trace probes have a history of getting accidentally broken. Use the # different compilers to build with different combinations of dtrace on/off # and cassert on/off. # gcc, cassert off, dtrace on always: gcc_warning_script: | time ./configure \ --cache gcc.cache \ --enable-dtrace \ ${LINUX_CONFIGURE_FEATURES} \ CC="ccache gcc" CXX="ccache g++" CLANG="ccache clang" make -s -j${BUILD_JOBS} clean time make -s -j${BUILD_JOBS} world-bin # gcc, cassert on, dtrace off always: gcc_a_warning_script: | time ./configure \ --cache gcc.cache \ --enable-cassert \ ${LINUX_CONFIGURE_FEATURES} \ CC="ccache gcc" CXX="ccache g++" CLANG="ccache clang" make -s -j${BUILD_JOBS} clean time make -s -j${BUILD_JOBS} world-bin # clang, cassert off, dtrace off always: clang_warning_script: | time ./configure \ --cache clang.cache \ ${LINUX_CONFIGURE_FEATURES} \ CC="ccache clang" CXX="ccache clang++" CLANG="ccache clang" make -s -j${BUILD_JOBS} clean time make -s -j${BUILD_JOBS} world-bin # clang, cassert on, dtrace on always: clang_a_warning_script: | time ./configure \ --cache clang.cache \ --enable-cassert \ --enable-dtrace \ ${LINUX_CONFIGURE_FEATURES} \ CC="ccache clang" CXX="ccache clang++" CLANG="ccache clang" make -s -j${BUILD_JOBS} clean time make -s -j${BUILD_JOBS} world-bin # cross-compile to windows always: mingw_cross_warning_script: | time ./configure \ --host=x86_64-w64-mingw32 \ --enable-cassert \ --without-icu \ CC="ccache x86_64-w64-mingw32-gcc" \ CXX="ccache x86_64-w64-mingw32-g++" make -s -j${BUILD_JOBS} clean time make -s -j${BUILD_JOBS} world-bin ### # Verify docs can be built ### # XXX: Only do this if there have been changes in doc/ since last build always: docs_build_script: | time ./configure \ --cache gcc.cache \ CC="ccache gcc" \ CXX="ccache g++" \ CLANG="ccache clang" make -s -j${BUILD_JOBS} clean time make -s -j${BUILD_JOBS} -C doc ### # Verify headerscheck / cpluspluscheck succeed # # - Don't use ccache, the files are uncacheable, polluting ccache's # cache # - Use -fmax-errors, as particularly cpluspluscheck can be very verbose # - XXX have to disable ICU to avoid errors: # https://postgr.es/m/20220323002024.f2g6tivduzrktgfa%40alap3.anarazel.de ### always: headers_headerscheck_script: | time ./configure \ ${LINUX_CONFIGURE_FEATURES} \ --without-icu \ --quiet \ CC="gcc" CXX"=g++" CLANG="clang" make -s -j${BUILD_JOBS} clean time make -s headerscheck EXTRAFLAGS='-fmax-errors=10' headers_cpluspluscheck_script: | time make -s cpluspluscheck EXTRAFLAGS='-fmax-errors=10' always: upload_caches: ccache