git/azure-pipelines.yml

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YAML
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variables:
Agent.Source.Git.ShallowFetchDepth: 1
Add a build definition for Azure DevOps This commit adds an azure-pipelines.yml file which is Azure DevOps' equivalent to Travis CI's .travis.yml. The main idea is to replicate the Travis configuration as faithfully as possible, to make it easy to compare the Azure Pipeline builds to the Travis ones (spoiler: some parts, especially the macOS jobs, are way faster in Azure Pileines). Meaning: the number and the order of the jobs added in this commit faithfully replicates what we have in .travis.yml. Note: Our .travis.yml configuration has a Windows part that is *not* replicated in the Azure Pipelines definition. The reason is easy to see: As Travis cannot support our Windws needs (even with the preliminary Windows support that was recently added to Travis after waiting for *years* for that feature, our test suite would simply hit Travis' timeout every single time). To make things a bit easier to understand, we refrain from using the `matrix` feature here because (while it is powerful) it can be a bit confusing to users who are not familiar with CI setups. Therefore, we use a separate phase even for similar configurations (such as GCC vs Clang on Linux, GCC vs Clang on macOS). Also, we make use of the shiny new feature we just introduced where the test suite can output JUnit-style .xml files. This information is made available in a nice UI that allows the viewer to filter by phase and/or test number, and to see trends such as: number of (failing) tests, time spent running the test suite, etc. (While this seemingly contradicts the intention to replicate the Travis configuration as faithfully as possible, it is just too nice to show off that capability here already.) Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-01-29 17:19:29 +03:00
jobs:
ci: parallelize testing on Windows The fact that Git's test suite is implemented in Unix shell script that is as portable as we can muster, combined with the fact that Unix shell scripting is foreign to Windows (and therefore has to be emulated), results in pretty abysmal speed of the test suite on that platform, for pretty much no other reason than that language choice. For comparison: while the Linux build & test is typically done within about 8 minutes, the Windows build & test typically lasts about 80 minutes in Azure Pipelines. To help with that, let's use the Azure Pipeline feature where you can parallelize jobs, make jobs depend on each other, and pass artifacts between them. The tests are distributed using the following heuristic: listing all test scripts ordered by size in descending order (as a cheap way to estimate the overall run time), every Nth script is run (where N is the total number of parallel jobs), starting at the index corresponding to the parallel job. This slicing is performed by a new function that is added to the `test-tool`. To optimize the overall runtime of the entire Pipeline, we need to move the Windows jobs to the beginning (otherwise there would be a very decent chance for the Pipeline to be run only the Windows build, while all the parallel Windows test jobs wait for this single one). We use Azure Pipelines Artifacts for both the minimal Git for Windows SDK as well as the built executables, as deduplication and caching close to the agents makes that really fast. For comparison: while downloading and unpacking the minimal Git for Windows SDK via PowerShell takes only one minute (down from anywhere between 2.5 to 7 when using a shallow clone), uploading it as Pipeline Artifact takes less than 30s and downloading and unpacking less than 20s (sometimes even as little as only twelve seconds). Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-01-29 17:19:38 +03:00
- job: windows_build
displayName: Windows Build
condition: succeeded()
pool: Hosted
timeoutInMinutes: 240
steps:
- powershell: |
if ("$GITFILESHAREPWD" -ne "" -and "$GITFILESHAREPWD" -ne "`$`(gitfileshare.pwd)") {
net use s: \\gitfileshare.file.core.windows.net\test-cache "$GITFILESHAREPWD" /user:AZURE\gitfileshare /persistent:no
cmd /c mklink /d "$(Build.SourcesDirectory)\test-cache" S:\
}
displayName: 'Mount test-cache'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- powershell: |
$urlbase = "https://dev.azure.com/git-for-windows/git/_apis/build/builds"
$id = ((Invoke-WebRequest -UseBasicParsing "${urlbase}?definitions=22&statusFilter=completed&resultFilter=succeeded&`$top=1").content | ConvertFrom-JSON).value[0].id
$downloadUrl = ((Invoke-WebRequest -UseBasicParsing "${urlbase}/$id/artifacts").content | ConvertFrom-JSON).value[1].resource.downloadUrl
(New-Object Net.WebClient).DownloadFile($downloadUrl,"git-sdk-64-minimal.zip")
Expand-Archive git-sdk-64-minimal.zip -DestinationPath . -Force
Remove-Item git-sdk-64-minimal.zip
# Let Git ignore the SDK and the test-cache
"/git-sdk-64-minimal/`n/test-cache/`n" | Out-File -NoNewLine -Encoding ascii -Append "$(Build.SourcesDirectory)\.git\info\exclude"
displayName: 'Download git-sdk-64-minimal'
- powershell: |
& git-sdk-64-minimal\usr\bin\bash.exe -lc @"
ci: parallelize testing on Windows The fact that Git's test suite is implemented in Unix shell script that is as portable as we can muster, combined with the fact that Unix shell scripting is foreign to Windows (and therefore has to be emulated), results in pretty abysmal speed of the test suite on that platform, for pretty much no other reason than that language choice. For comparison: while the Linux build & test is typically done within about 8 minutes, the Windows build & test typically lasts about 80 minutes in Azure Pipelines. To help with that, let's use the Azure Pipeline feature where you can parallelize jobs, make jobs depend on each other, and pass artifacts between them. The tests are distributed using the following heuristic: listing all test scripts ordered by size in descending order (as a cheap way to estimate the overall run time), every Nth script is run (where N is the total number of parallel jobs), starting at the index corresponding to the parallel job. This slicing is performed by a new function that is added to the `test-tool`. To optimize the overall runtime of the entire Pipeline, we need to move the Windows jobs to the beginning (otherwise there would be a very decent chance for the Pipeline to be run only the Windows build, while all the parallel Windows test jobs wait for this single one). We use Azure Pipelines Artifacts for both the minimal Git for Windows SDK as well as the built executables, as deduplication and caching close to the agents makes that really fast. For comparison: while downloading and unpacking the minimal Git for Windows SDK via PowerShell takes only one minute (down from anywhere between 2.5 to 7 when using a shallow clone), uploading it as Pipeline Artifact takes less than 30s and downloading and unpacking less than 20s (sometimes even as little as only twelve seconds). Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-01-29 17:19:38 +03:00
ci/make-test-artifacts.sh artifacts
"@
if (!$?) { exit(1) }
displayName: Build
env:
HOME: $(Build.SourcesDirectory)
MSYSTEM: MINGW64
DEVELOPER: 1
NO_PERL: 1
- task: PublishPipelineArtifact@0
displayName: 'Publish Pipeline Artifact: test artifacts'
inputs:
artifactName: 'windows-artifacts'
targetPath: '$(Build.SourcesDirectory)\artifacts'
- task: PublishPipelineArtifact@0
displayName: 'Publish Pipeline Artifact: git-sdk-64-minimal'
inputs:
artifactName: 'git-sdk-64-minimal'
targetPath: '$(Build.SourcesDirectory)\git-sdk-64-minimal'
- powershell: |
if ("$GITFILESHAREPWD" -ne "" -and "$GITFILESHAREPWD" -ne "`$`(gitfileshare.pwd)") {
cmd /c rmdir "$(Build.SourcesDirectory)\test-cache"
}
displayName: 'Unmount test-cache'
condition: true
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- job: windows_test
displayName: Windows Test
dependsOn: windows_build
condition: succeeded()
pool: Hosted
timeoutInMinutes: 240
strategy:
parallel: 10
steps:
- powershell: |
if ("$GITFILESHAREPWD" -ne "" -and "$GITFILESHAREPWD" -ne "`$`(gitfileshare.pwd)") {
net use s: \\gitfileshare.file.core.windows.net\test-cache "$GITFILESHAREPWD" /user:AZURE\gitfileshare /persistent:no
cmd /c mklink /d "$(Build.SourcesDirectory)\test-cache" S:\
}
displayName: 'Mount test-cache'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: DownloadPipelineArtifact@0
displayName: 'Download Pipeline Artifact: test artifacts'
inputs:
artifactName: 'windows-artifacts'
targetPath: '$(Build.SourcesDirectory)'
- task: DownloadPipelineArtifact@0
displayName: 'Download Pipeline Artifact: git-sdk-64-minimal'
inputs:
artifactName: 'git-sdk-64-minimal'
targetPath: '$(Build.SourcesDirectory)\git-sdk-64-minimal'
- powershell: |
& git-sdk-64-minimal\usr\bin\bash.exe -lc @"
test -f artifacts.tar.gz || {
echo No test artifacts found\; skipping >&2
exit 0
}
tar xf artifacts.tar.gz || exit 1
# Let Git ignore the SDK and the test-cache
printf '%s\n' /git-sdk-64-minimal/ /test-cache/ >>.git/info/exclude
ci: parallelize testing on Windows The fact that Git's test suite is implemented in Unix shell script that is as portable as we can muster, combined with the fact that Unix shell scripting is foreign to Windows (and therefore has to be emulated), results in pretty abysmal speed of the test suite on that platform, for pretty much no other reason than that language choice. For comparison: while the Linux build & test is typically done within about 8 minutes, the Windows build & test typically lasts about 80 minutes in Azure Pipelines. To help with that, let's use the Azure Pipeline feature where you can parallelize jobs, make jobs depend on each other, and pass artifacts between them. The tests are distributed using the following heuristic: listing all test scripts ordered by size in descending order (as a cheap way to estimate the overall run time), every Nth script is run (where N is the total number of parallel jobs), starting at the index corresponding to the parallel job. This slicing is performed by a new function that is added to the `test-tool`. To optimize the overall runtime of the entire Pipeline, we need to move the Windows jobs to the beginning (otherwise there would be a very decent chance for the Pipeline to be run only the Windows build, while all the parallel Windows test jobs wait for this single one). We use Azure Pipelines Artifacts for both the minimal Git for Windows SDK as well as the built executables, as deduplication and caching close to the agents makes that really fast. For comparison: while downloading and unpacking the minimal Git for Windows SDK via PowerShell takes only one minute (down from anywhere between 2.5 to 7 when using a shallow clone), uploading it as Pipeline Artifact takes less than 30s and downloading and unpacking less than 20s (sometimes even as little as only twelve seconds). Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-01-29 17:19:38 +03:00
ci/run-test-slice.sh `$SYSTEM_JOBPOSITIONINPHASE `$SYSTEM_TOTALJOBSINPHASE || {
ci/print-test-failures.sh
exit 1
}
"@
if (!$?) { exit(1) }
ci: parallelize testing on Windows The fact that Git's test suite is implemented in Unix shell script that is as portable as we can muster, combined with the fact that Unix shell scripting is foreign to Windows (and therefore has to be emulated), results in pretty abysmal speed of the test suite on that platform, for pretty much no other reason than that language choice. For comparison: while the Linux build & test is typically done within about 8 minutes, the Windows build & test typically lasts about 80 minutes in Azure Pipelines. To help with that, let's use the Azure Pipeline feature where you can parallelize jobs, make jobs depend on each other, and pass artifacts between them. The tests are distributed using the following heuristic: listing all test scripts ordered by size in descending order (as a cheap way to estimate the overall run time), every Nth script is run (where N is the total number of parallel jobs), starting at the index corresponding to the parallel job. This slicing is performed by a new function that is added to the `test-tool`. To optimize the overall runtime of the entire Pipeline, we need to move the Windows jobs to the beginning (otherwise there would be a very decent chance for the Pipeline to be run only the Windows build, while all the parallel Windows test jobs wait for this single one). We use Azure Pipelines Artifacts for both the minimal Git for Windows SDK as well as the built executables, as deduplication and caching close to the agents makes that really fast. For comparison: while downloading and unpacking the minimal Git for Windows SDK via PowerShell takes only one minute (down from anywhere between 2.5 to 7 when using a shallow clone), uploading it as Pipeline Artifact takes less than 30s and downloading and unpacking less than 20s (sometimes even as little as only twelve seconds). Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-01-29 17:19:38 +03:00
displayName: 'Test (parallel)'
env:
HOME: $(Build.SourcesDirectory)
MSYSTEM: MINGW64
ci: parallelize testing on Windows The fact that Git's test suite is implemented in Unix shell script that is as portable as we can muster, combined with the fact that Unix shell scripting is foreign to Windows (and therefore has to be emulated), results in pretty abysmal speed of the test suite on that platform, for pretty much no other reason than that language choice. For comparison: while the Linux build & test is typically done within about 8 minutes, the Windows build & test typically lasts about 80 minutes in Azure Pipelines. To help with that, let's use the Azure Pipeline feature where you can parallelize jobs, make jobs depend on each other, and pass artifacts between them. The tests are distributed using the following heuristic: listing all test scripts ordered by size in descending order (as a cheap way to estimate the overall run time), every Nth script is run (where N is the total number of parallel jobs), starting at the index corresponding to the parallel job. This slicing is performed by a new function that is added to the `test-tool`. To optimize the overall runtime of the entire Pipeline, we need to move the Windows jobs to the beginning (otherwise there would be a very decent chance for the Pipeline to be run only the Windows build, while all the parallel Windows test jobs wait for this single one). We use Azure Pipelines Artifacts for both the minimal Git for Windows SDK as well as the built executables, as deduplication and caching close to the agents makes that really fast. For comparison: while downloading and unpacking the minimal Git for Windows SDK via PowerShell takes only one minute (down from anywhere between 2.5 to 7 when using a shallow clone), uploading it as Pipeline Artifact takes less than 30s and downloading and unpacking less than 20s (sometimes even as little as only twelve seconds). Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-01-29 17:19:38 +03:00
NO_SVN_TESTS: 1
GIT_TEST_SKIP_REBASE_P: 1
- powershell: |
if ("$GITFILESHAREPWD" -ne "" -and "$GITFILESHAREPWD" -ne "`$`(gitfileshare.pwd)") {
cmd /c rmdir "$(Build.SourcesDirectory)\test-cache"
}
displayName: 'Unmount test-cache'
condition: true
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: PublishTestResults@2
displayName: 'Publish Test Results **/TEST-*.xml'
inputs:
mergeTestResults: true
testRunTitle: 'windows'
platform: Windows
publishRunAttachments: false
condition: succeededOrFailed()
- task: PublishBuildArtifacts@1
displayName: 'Publish trash directories of failed tests'
condition: failed()
inputs:
PathtoPublish: t/failed-test-artifacts
ArtifactName: failed-test-artifacts
- job: vs_build
displayName: Visual Studio Build
condition: succeeded()
pool: Hosted VS2017
timeoutInMinutes: 240
steps:
- powershell: |
if ("$GITFILESHAREPWD" -ne "" -and "$GITFILESHAREPWD" -ne "`$`(gitfileshare.pwd)") {
net use s: \\gitfileshare.file.core.windows.net\test-cache "$GITFILESHAREPWD" /user:AZURE\gitfileshare /persistent:no
cmd /c mklink /d "$(Build.SourcesDirectory)\test-cache" S:\
}
displayName: 'Mount test-cache'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- powershell: |
$urlbase = "https://dev.azure.com/git-for-windows/git/_apis/build/builds"
$id = ((Invoke-WebRequest -UseBasicParsing "${urlbase}?definitions=22&statusFilter=completed&resultFilter=succeeded&`$top=1").content | ConvertFrom-JSON).value[0].id
$downloadUrl = ((Invoke-WebRequest -UseBasicParsing "${urlbase}/$id/artifacts").content | ConvertFrom-JSON).value[1].resource.downloadUrl
(New-Object Net.WebClient).DownloadFile($downloadUrl,"git-sdk-64-minimal.zip")
Expand-Archive git-sdk-64-minimal.zip -DestinationPath . -Force
Remove-Item git-sdk-64-minimal.zip
# Let Git ignore the SDK and the test-cache
"/git-sdk-64-minimal/`n/test-cache/`n" | Out-File -NoNewLine -Encoding ascii -Append "$(Build.SourcesDirectory)\.git\info\exclude"
displayName: 'Download git-sdk-64-minimal'
- powershell: |
& git-sdk-64-minimal\usr\bin\bash.exe -lc @"
make NDEBUG=1 DEVELOPER=1 vcxproj
"@
if (!$?) { exit(1) }
displayName: Generate Visual Studio Solution
env:
HOME: $(Build.SourcesDirectory)
MSYSTEM: MINGW64
DEVELOPER: 1
NO_PERL: 1
GIT_CONFIG_PARAMETERS: "'user.name=CI' 'user.email=ci@git'"
- powershell: |
$urlbase = "https://dev.azure.com/git/git/_apis/build/builds"
$id = ((Invoke-WebRequest -UseBasicParsing "${urlbase}?definitions=9&statusFilter=completed&resultFilter=succeeded&`$top=1").content | ConvertFrom-JSON).value[0].id
$downloadUrl = ((Invoke-WebRequest -UseBasicParsing "${urlbase}/$id/artifacts").content | ConvertFrom-JSON).value[0].resource.downloadUrl
(New-Object Net.WebClient).DownloadFile($downloadUrl, "compat.zip")
Expand-Archive compat.zip -DestinationPath . -Force
Remove-Item compat.zip
displayName: 'Download vcpkg artifacts'
- task: MSBuild@1
inputs:
solution: git.sln
platform: x64
configuration: Release
maximumCpuCount: 4
- powershell: |
& compat\vcbuild\vcpkg_copy_dlls.bat release
if (!$?) { exit(1) }
& git-sdk-64-minimal\usr\bin\bash.exe -lc @"
mkdir -p artifacts &&
eval \"`$(make -n artifacts-tar INCLUDE_DLLS_IN_ARTIFACTS=YesPlease ARTIFACTS_DIRECTORY=artifacts | grep ^tar)\"
"@
if (!$?) { exit(1) }
displayName: Bundle artifact tar
env:
HOME: $(Build.SourcesDirectory)
MSYSTEM: MINGW64
DEVELOPER: 1
NO_PERL: 1
MSVC: 1
VCPKG_ROOT: $(Build.SourcesDirectory)\compat\vcbuild\vcpkg
- powershell: |
$tag = (Invoke-WebRequest -UseBasicParsing "https://gitforwindows.org/latest-tag.txt").content
$version = (Invoke-WebRequest -UseBasicParsing "https://gitforwindows.org/latest-version.txt").content
$url = "https://github.com/git-for-windows/git/releases/download/${tag}/PortableGit-${version}-64-bit.7z.exe"
(New-Object Net.WebClient).DownloadFile($url,"PortableGit.exe")
& .\PortableGit.exe -y -oartifacts\PortableGit
# Wait until it is unpacked
while (-not @(Remove-Item -ErrorAction SilentlyContinue PortableGit.exe; $?)) { sleep 1 }
displayName: Download & extract portable Git
- task: PublishPipelineArtifact@0
displayName: 'Publish Pipeline Artifact: MSVC test artifacts'
inputs:
artifactName: 'vs-artifacts'
targetPath: '$(Build.SourcesDirectory)\artifacts'
- powershell: |
if ("$GITFILESHAREPWD" -ne "" -and "$GITFILESHAREPWD" -ne "`$`(gitfileshare.pwd)") {
cmd /c rmdir "$(Build.SourcesDirectory)\test-cache"
}
displayName: 'Unmount test-cache'
condition: true
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- job: vs_test
displayName: Visual Studio Test
dependsOn: vs_build
condition: succeeded()
pool: Hosted
timeoutInMinutes: 240
strategy:
parallel: 10
steps:
- powershell: |
if ("$GITFILESHAREPWD" -ne "" -and "$GITFILESHAREPWD" -ne "`$`(gitfileshare.pwd)") {
net use s: \\gitfileshare.file.core.windows.net\test-cache "$GITFILESHAREPWD" /user:AZURE\gitfileshare /persistent:no
cmd /c mklink /d "$(Build.SourcesDirectory)\test-cache" S:\
}
displayName: 'Mount test-cache'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: DownloadPipelineArtifact@0
displayName: 'Download Pipeline Artifact: VS test artifacts'
inputs:
artifactName: 'vs-artifacts'
targetPath: '$(Build.SourcesDirectory)'
- powershell: |
& PortableGit\git-cmd.exe --command=usr\bin\bash.exe -lc @"
test -f artifacts.tar.gz || {
echo No test artifacts found\; skipping >&2
exit 0
}
tar xf artifacts.tar.gz || exit 1
# Let Git ignore the SDK and the test-cache
printf '%s\n' /PortableGit/ /test-cache/ >>.git/info/exclude
cd t &&
PATH=\"`$PWD/helper:`$PATH\" &&
test-tool.exe run-command testsuite --jobs=10 -V -x --write-junit-xml \
`$(test-tool.exe path-utils slice-tests \
`$SYSTEM_JOBPOSITIONINPHASE `$SYSTEM_TOTALJOBSINPHASE t[0-9]*.sh)
"@
if (!$?) { exit(1) }
displayName: 'Test (parallel)'
env:
HOME: $(Build.SourcesDirectory)
MSYSTEM: MINGW64
NO_SVN_TESTS: 1
GIT_TEST_SKIP_REBASE_P: 1
- powershell: |
if ("$GITFILESHAREPWD" -ne "" -and "$GITFILESHAREPWD" -ne "`$`(gitfileshare.pwd)") {
cmd /c rmdir "$(Build.SourcesDirectory)\test-cache"
}
displayName: 'Unmount test-cache'
condition: true
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: PublishTestResults@2
displayName: 'Publish Test Results **/TEST-*.xml'
inputs:
mergeTestResults: true
testRunTitle: 'vs'
platform: Windows
publishRunAttachments: false
condition: succeededOrFailed()
- task: PublishBuildArtifacts@1
displayName: 'Publish trash directories of failed tests'
condition: failed()
inputs:
PathtoPublish: t/failed-test-artifacts
ArtifactName: failed-vs-test-artifacts
Add a build definition for Azure DevOps This commit adds an azure-pipelines.yml file which is Azure DevOps' equivalent to Travis CI's .travis.yml. The main idea is to replicate the Travis configuration as faithfully as possible, to make it easy to compare the Azure Pipeline builds to the Travis ones (spoiler: some parts, especially the macOS jobs, are way faster in Azure Pileines). Meaning: the number and the order of the jobs added in this commit faithfully replicates what we have in .travis.yml. Note: Our .travis.yml configuration has a Windows part that is *not* replicated in the Azure Pipelines definition. The reason is easy to see: As Travis cannot support our Windws needs (even with the preliminary Windows support that was recently added to Travis after waiting for *years* for that feature, our test suite would simply hit Travis' timeout every single time). To make things a bit easier to understand, we refrain from using the `matrix` feature here because (while it is powerful) it can be a bit confusing to users who are not familiar with CI setups. Therefore, we use a separate phase even for similar configurations (such as GCC vs Clang on Linux, GCC vs Clang on macOS). Also, we make use of the shiny new feature we just introduced where the test suite can output JUnit-style .xml files. This information is made available in a nice UI that allows the viewer to filter by phase and/or test number, and to see trends such as: number of (failing) tests, time spent running the test suite, etc. (While this seemingly contradicts the intention to replicate the Travis configuration as faithfully as possible, it is just too nice to show off that capability here already.) Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-01-29 17:19:29 +03:00
- job: linux_clang
displayName: linux-clang
condition: succeeded()
pool: Hosted Ubuntu 1604
steps:
- bash: |
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || ci/mount-fileshare.sh //gitfileshare.file.core.windows.net/test-cache gitfileshare "$GITFILESHAREPWD" "$HOME/test-cache" || exit 1
sudo apt-get update &&
sudo apt-get -y install git gcc make libssl-dev libcurl4-openssl-dev libexpat-dev tcl tk gettext git-email zlib1g-dev apache2-bin &&
export CC=clang || exit 1
ci/install-dependencies.sh || exit 1
ci/run-build-and-tests.sh || {
ci/print-test-failures.sh
exit 1
}
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || sudo umount "$HOME/test-cache" || exit 1
displayName: 'ci/run-build-and-tests.sh'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: PublishTestResults@2
displayName: 'Publish Test Results **/TEST-*.xml'
inputs:
mergeTestResults: true
testRunTitle: 'linux-clang'
platform: Linux
publishRunAttachments: false
condition: succeededOrFailed()
- task: PublishBuildArtifacts@1
displayName: 'Publish trash directories of failed tests'
condition: failed()
inputs:
PathtoPublish: t/failed-test-artifacts
ArtifactName: failed-test-artifacts
- job: linux_gcc
displayName: linux-gcc
condition: succeeded()
pool: Hosted Ubuntu 1604
steps:
- bash: |
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || ci/mount-fileshare.sh //gitfileshare.file.core.windows.net/test-cache gitfileshare "$GITFILESHAREPWD" "$HOME/test-cache" || exit 1
sudo add-apt-repository ppa:ubuntu-toolchain-r/test &&
sudo apt-get update &&
sudo apt-get -y install git gcc make libssl-dev libcurl4-openssl-dev libexpat-dev tcl tk gettext git-email zlib1g-dev apache2 language-pack-is git-svn gcc-8 || exit 1
ci/install-dependencies.sh || exit 1
ci/run-build-and-tests.sh || {
ci/print-test-failures.sh
exit 1
}
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || sudo umount "$HOME/test-cache" || exit 1
displayName: 'ci/run-build-and-tests.sh'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: PublishTestResults@2
displayName: 'Publish Test Results **/TEST-*.xml'
inputs:
mergeTestResults: true
testRunTitle: 'linux-gcc'
platform: Linux
publishRunAttachments: false
condition: succeededOrFailed()
- task: PublishBuildArtifacts@1
displayName: 'Publish trash directories of failed tests'
condition: failed()
inputs:
PathtoPublish: t/failed-test-artifacts
ArtifactName: failed-test-artifacts
- job: osx_clang
displayName: osx-clang
condition: succeeded()
pool: Hosted macOS
steps:
- bash: |
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || ci/mount-fileshare.sh //gitfileshare.file.core.windows.net/test-cache gitfileshare "$GITFILESHAREPWD" "$HOME/test-cache" || exit 1
export CC=clang
ci/install-dependencies.sh || exit 1
ci/run-build-and-tests.sh || {
ci/print-test-failures.sh
exit 1
}
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || umount "$HOME/test-cache" || exit 1
displayName: 'ci/run-build-and-tests.sh'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: PublishTestResults@2
displayName: 'Publish Test Results **/TEST-*.xml'
inputs:
mergeTestResults: true
testRunTitle: 'osx-clang'
platform: macOS
publishRunAttachments: false
condition: succeededOrFailed()
- task: PublishBuildArtifacts@1
displayName: 'Publish trash directories of failed tests'
condition: failed()
inputs:
PathtoPublish: t/failed-test-artifacts
ArtifactName: failed-test-artifacts
- job: osx_gcc
displayName: osx-gcc
condition: succeeded()
pool: Hosted macOS
steps:
- bash: |
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || ci/mount-fileshare.sh //gitfileshare.file.core.windows.net/test-cache gitfileshare "$GITFILESHAREPWD" "$HOME/test-cache" || exit 1
ci/install-dependencies.sh || exit 1
ci/run-build-and-tests.sh || {
ci/print-test-failures.sh
exit 1
}
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || umount "$HOME/test-cache" || exit 1
displayName: 'ci/run-build-and-tests.sh'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: PublishTestResults@2
displayName: 'Publish Test Results **/TEST-*.xml'
inputs:
mergeTestResults: true
testRunTitle: 'osx-gcc'
platform: macOS
publishRunAttachments: false
condition: succeededOrFailed()
- task: PublishBuildArtifacts@1
displayName: 'Publish trash directories of failed tests'
condition: failed()
inputs:
PathtoPublish: t/failed-test-artifacts
ArtifactName: failed-test-artifacts
- job: gettext_poison
displayName: GETTEXT_POISON
condition: succeeded()
pool: Hosted Ubuntu 1604
steps:
- bash: |
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || ci/mount-fileshare.sh //gitfileshare.file.core.windows.net/test-cache gitfileshare "$GITFILESHAREPWD" "$HOME/test-cache" || exit 1
sudo apt-get update &&
sudo apt-get -y install git gcc make libssl-dev libcurl4-openssl-dev libexpat-dev tcl tk gettext git-email zlib1g-dev &&
export jobname=GETTEXT_POISON || exit 1
ci/run-build-and-tests.sh || {
ci/print-test-failures.sh
exit 1
}
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || sudo umount "$HOME/test-cache" || exit 1
displayName: 'ci/run-build-and-tests.sh'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: PublishTestResults@2
displayName: 'Publish Test Results **/TEST-*.xml'
inputs:
mergeTestResults: true
testRunTitle: 'gettext-poison'
platform: Linux
publishRunAttachments: false
condition: succeededOrFailed()
- task: PublishBuildArtifacts@1
displayName: 'Publish trash directories of failed tests'
condition: failed()
inputs:
PathtoPublish: t/failed-test-artifacts
ArtifactName: failed-test-artifacts
- job: linux32
displayName: Linux32
condition: succeeded()
pool: Hosted Ubuntu 1604
steps:
- bash: |
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || ci/mount-fileshare.sh //gitfileshare.file.core.windows.net/test-cache gitfileshare "$GITFILESHAREPWD" "$HOME/test-cache" || exit 1
res=0
sudo AGENT_OS="$AGENT_OS" BUILD_BUILDNUMBER="$BUILD_BUILDNUMBER" BUILD_REPOSITORY_URI="$BUILD_REPOSITORY_URI" BUILD_SOURCEBRANCH="$BUILD_SOURCEBRANCH" BUILD_SOURCEVERSION="$BUILD_SOURCEVERSION" SYSTEM_PHASENAME="$SYSTEM_PHASENAME" SYSTEM_TASKDEFINITIONSURI="$SYSTEM_TASKDEFINITIONSURI" SYSTEM_TEAMPROJECT="$SYSTEM_TEAMPROJECT" CC=$CC MAKEFLAGS="$MAKEFLAGS" bash -lxc ci/run-linux32-docker.sh || res=1
sudo chmod a+r t/out/TEST-*.xml
test ! -d t/failed-test-artifacts || sudo chmod a+r t/failed-test-artifacts
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || sudo umount "$HOME/test-cache" || res=1
exit $res
displayName: 'ci/run-linux32-docker.sh'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- task: PublishTestResults@2
displayName: 'Publish Test Results **/TEST-*.xml'
inputs:
mergeTestResults: true
testRunTitle: 'linux32'
platform: Linux
publishRunAttachments: false
condition: succeededOrFailed()
- task: PublishBuildArtifacts@1
displayName: 'Publish trash directories of failed tests'
condition: failed()
inputs:
PathtoPublish: t/failed-test-artifacts
ArtifactName: failed-test-artifacts
- job: static_analysis
displayName: StaticAnalysis
condition: succeeded()
pool: Hosted Ubuntu 1604
steps:
- bash: |
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || ci/mount-fileshare.sh //gitfileshare.file.core.windows.net/test-cache gitfileshare "$GITFILESHAREPWD" "$HOME/test-cache" || exit 1
sudo apt-get update &&
sudo apt-get install -y coccinelle libcurl4-openssl-dev libssl-dev libexpat-dev gettext &&
Add a build definition for Azure DevOps This commit adds an azure-pipelines.yml file which is Azure DevOps' equivalent to Travis CI's .travis.yml. The main idea is to replicate the Travis configuration as faithfully as possible, to make it easy to compare the Azure Pipeline builds to the Travis ones (spoiler: some parts, especially the macOS jobs, are way faster in Azure Pileines). Meaning: the number and the order of the jobs added in this commit faithfully replicates what we have in .travis.yml. Note: Our .travis.yml configuration has a Windows part that is *not* replicated in the Azure Pipelines definition. The reason is easy to see: As Travis cannot support our Windws needs (even with the preliminary Windows support that was recently added to Travis after waiting for *years* for that feature, our test suite would simply hit Travis' timeout every single time). To make things a bit easier to understand, we refrain from using the `matrix` feature here because (while it is powerful) it can be a bit confusing to users who are not familiar with CI setups. Therefore, we use a separate phase even for similar configurations (such as GCC vs Clang on Linux, GCC vs Clang on macOS). Also, we make use of the shiny new feature we just introduced where the test suite can output JUnit-style .xml files. This information is made available in a nice UI that allows the viewer to filter by phase and/or test number, and to see trends such as: number of (failing) tests, time spent running the test suite, etc. (While this seemingly contradicts the intention to replicate the Travis configuration as faithfully as possible, it is just too nice to show off that capability here already.) Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-01-29 17:19:29 +03:00
export jobname=StaticAnalysis &&
ci/run-static-analysis.sh || exit 1
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || sudo umount "$HOME/test-cache" || exit 1
displayName: 'ci/run-static-analysis.sh'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)
- job: documentation
displayName: Documentation
condition: succeeded()
pool: Hosted Ubuntu 1604
steps:
- bash: |
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || ci/mount-fileshare.sh //gitfileshare.file.core.windows.net/test-cache gitfileshare "$GITFILESHAREPWD" "$HOME/test-cache" || exit 1
sudo apt-get update &&
Documentation: fix build with Asciidoctor 2 Our documentation toolchain has traditionally been built around DocBook 4.5. This version of DocBook is the last DTD-based version of DocBook. In 2009, DocBook 5 was introduced using namespaces and its syntax is expressed in RELAX NG, which is more expressive and allows a wider variety of syntax forms. Asciidoctor, one of the alternatives for building our documentation, moved support for DocBook 4.5 out of core in its recent 2.0 release and now only supports DocBook 5 in the main release. The DocBoook 4.5 converter is still available as a separate component, but this is not available in most distro packages. This would not be a problem but for the fact that we use xmlto, which is still stuck in the DocBook 4.5 era. xmlto performs DTD validation as part of the build process. This is not problematic for DocBook 4.5, which has a valid DTD, but it clearly cannot work for DocBook 5, since no DTD can adequately express its full syntax. In addition, even if xmlto did support RELAX NG validation, that wouldn't be sufficient because it uses the libxml2-based xmllint to do so, which has known problems with validating interleaves in RELAX NG. Fortunately, there's an easy way forward: ask Asciidoctor to use its DocBook 5 backend and tell xmlto to skip validation. Asciidoctor has supported DocBook 5 since v0.1.4 in 2013 and xmlto has supported skipping validation for probably longer than that. We also need to teach xmlto how to use the namespaced DocBook XSLT stylesheets instead of the non-namespaced ones it usually uses. Normally these stylesheets are interchangeable, but the non-namespaced ones have a bug that causes them not to strip whitespace automatically from certain elements when namespaces are in use. This results in additional whitespace at the beginning of list elements, which is jarring and unsightly. We can do this by passing a custom stylesheet with the -x option that simply imports the namespaced stylesheets via a URL. Any system with support for XML catalogs will automatically look this URL up and reference a local copy instead without us having to know where this local copy is located. We know that anyone using xmlto will already have catalogs set up properly since the DocBook 4.5 DTD used during validation is also looked up via catalogs. All major Linux distributions distribute the necessary stylesheets and have built-in catalog support, and Homebrew does as well, albeit with a requirement to set an environment variable to enable catalog support. On the off chance that someone lacks support for catalogs, it is possible for xmlto (via xmllint) to download the stylesheets from the URLs in question, although this will likely perform poorly enough to attract attention. People still have the option of using the prebuilt documentation that we ship, so happily this should not be an impediment. Finally, we need to filter out some messages from other stylesheets that occur when invoking dblatex in the CI job. This tool strips namespaces much like the unnamespaced DocBook stylesheets and prints similar messages. If we permit these messages to be printed to standard error, our documentation CI job will fail because we check standard error for unexpected output. Due to dblatex's reliance on Python 2, we may need to revisit its use in the future, in which case this problem may go away, but this can be delayed until a future patch. The final message we filter is due to libxslt on modern Debian and Ubuntu. The patch which they use to implement reproducible ID generation also prints messages about the ID generation. While this doesn't affect our current CI images since they use Ubuntu 16.04 which lacks this patch, if we upgrade to Ubuntu 18.04 or a modern Debian, these messages will appear and, like the above messages, cause a CI failure. Signed-off-by: brian m. carlson <sandals@crustytoothpaste.net> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-09-16 01:43:32 +03:00
sudo apt-get install -y asciidoc xmlto asciidoctor docbook-xsl-ns &&
Add a build definition for Azure DevOps This commit adds an azure-pipelines.yml file which is Azure DevOps' equivalent to Travis CI's .travis.yml. The main idea is to replicate the Travis configuration as faithfully as possible, to make it easy to compare the Azure Pipeline builds to the Travis ones (spoiler: some parts, especially the macOS jobs, are way faster in Azure Pileines). Meaning: the number and the order of the jobs added in this commit faithfully replicates what we have in .travis.yml. Note: Our .travis.yml configuration has a Windows part that is *not* replicated in the Azure Pipelines definition. The reason is easy to see: As Travis cannot support our Windws needs (even with the preliminary Windows support that was recently added to Travis after waiting for *years* for that feature, our test suite would simply hit Travis' timeout every single time). To make things a bit easier to understand, we refrain from using the `matrix` feature here because (while it is powerful) it can be a bit confusing to users who are not familiar with CI setups. Therefore, we use a separate phase even for similar configurations (such as GCC vs Clang on Linux, GCC vs Clang on macOS). Also, we make use of the shiny new feature we just introduced where the test suite can output JUnit-style .xml files. This information is made available in a nice UI that allows the viewer to filter by phase and/or test number, and to see trends such as: number of (failing) tests, time spent running the test suite, etc. (While this seemingly contradicts the intention to replicate the Travis configuration as faithfully as possible, it is just too nice to show off that capability here already.) Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2019-01-29 17:19:29 +03:00
export ALREADY_HAVE_ASCIIDOCTOR=yes. &&
export jobname=Documentation &&
ci/test-documentation.sh || exit 1
test "$GITFILESHAREPWD" = '$(gitfileshare.pwd)' || sudo umount "$HOME/test-cache" || exit 1
displayName: 'ci/test-documentation.sh'
env:
GITFILESHAREPWD: $(gitfileshare.pwd)