30b5246f9f
- For each OS, builds of the default compiler plus the latest-supported compilers are run. When multiple operating systems are supported (such as Ubuntu 16.04 and latest), a build on the oldest OS using its default compiler is also performed. - Debug builds are used because they often are more thorough at detecting coding issues (debug warning counts are higher). - Runtime dynamic sanitizers are added and serialized per-compiler. Their build and runtime log-files are xz-compressed, and then GitHub's asset upload Zips the log directory. - Each workflow now holds the maximum allowed compiler warnings per-build, so we can have tighter control of when new warnings are introduced (that would otherwise pass if still below the maximum) - Use of github's new 'cache' feature has been leveraged to restore the brew, macports, and msys2 environments to eliminate the lenghthy setup times for those environments. If a new cache is needed, then we simply increment the cache `key:` value and the next CI run will archive new caches. (Note that GitHub has a 400MB limit on cache size however they have already said they are raising it - so we might be able to cache out longest running job which is MSYS+Clang) - Where it makes sense, multi-line workflow statements have been broken out into .github/scripts as files to make the workflow YAML leaner and more readable, while giving us a richer environment in the scripts.
58 lines
1.4 KiB
Bash
Executable file
58 lines
1.4 KiB
Bash
Executable file
#!/bin/bash
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# Copyright (c) 2019 Kevin R Croft <krcroft@gmail.com>
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# SPDX-License-Identifier: GPL-2.0-or-later
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# This simple script is used to build, test, and archive the log output from
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# various sanitizer-builds.
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#
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# Usage:
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# ./build-and-run-sanitizers.sh COMPILER VERSION SANITIZER [SANITIZER [...]]"
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#
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# Examples:
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# ./build-and-run-sanitizers.sh clang 8 msan usan
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# ./build-and-run-sanitizers.sh gcc 9 asan uasan usan tsan
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#
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set -euo pipefail
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# Check the arguments
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if [[ "$#" -lt 3 ]]; then
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echo "Usage: $0 COMPILER VERSION SANITIZER [SANITIZER [...]]"
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exit 1
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fi
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# Defaults and arguments
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compiler="${1}"
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compiler_version="${2}"
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logs="${compiler}-logs"
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shift 2
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sanitizers=("$@")
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# Move to the top of our source directory
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cd "$(dirname "${0}")/../.."
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# Make a directory to hold our build and run output
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mkdir -p "${logs}"
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for sanitizer in "${sanitizers[@]}"; do
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# Build DOSBox for each sanitizer
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time ./scripts/build.sh \
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--compiler "${compiler}" \
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--version-postfix "${compiler_version}" \
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--build-type "${sanitizer}" \
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&> "${logs}/${compiler}-${sanitizer}-compile.log"
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# Exercise the testcase(s) for each sanitizer
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# Sanitizers return non-zero if one or more issues were found,
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# so we or-to-true to ensure our script doesn't end here.
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time xvfb-run ./src/dosbox -c exit \
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&> "${logs}/${compiler}-${sanitizer}-EnterExit.log" || true
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done
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# Compress the logs
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(
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cd "${logs}"
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xz -T0 -e ./*.log
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)
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