Age | Commit message (Collapse) | Author | Files | Lines |
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unneeded flags
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* Add test list CL switch
* End-To-End Test Run on Windows
* Cleanup
* MAX_PATH Workaround
* Set Execution directory for CoreFX tests
* Add All CoreFX PR Tests
* Add test dependencies
* Add extra dependencies
* Add parallel test execution
* Disable OuterLoop tests and System.Data.SqlClient.* tests
* Initialize maximum degree of parallelization to Environment.ProcessCount
* Remove unnecessary cli option
* Update Dependencies
* Add "enabled" property to tests
* Remove exclusions due to TestUtilities mismatch
* Add capability to run all tests for running Helix test lists directly
* Refactor build script to build testhost when skipping managed tests
* Disable failing System.Threading.Tests.EventWaitHandleTests.Ctor_InvalidMode
* Add switch to skip native test build
* Add testing documentation
* Don't run tests marked as "disabled" when running all available tests
* Add switch to build only testhost and remove Core_Root_Stage
* Clean up TopN.CoreFX.Windows.issues.json
* Refactor build-test.cmd
* PR feedback - build pipeline and documentation
* PR Feedback - Test Helper headers and comments
* Fix buildtesthost option for only building CoreFX test dependencies
* Disable intermittently failing test DrawBezier_PointFs
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We don't need the binclash logger for optdata so disable it
by pass a single space (note empty string means default).
The default value points at net46 which isn't what we want on
linux.
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There were various restore targets happening independently
when they should all be combined so the sync step can be
independent from the build step. This change merges them
together under the Sync target.
In particular this moves RestoreOptData and RestoreNETCorePlatforms
to be part of the sync step instead of being individually ran.
Pass BuildType to sync commands so optdata gets restored correctly
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Pass unprocessed args to restore optdata step so it
can override the sources when doing restore
Handle prority as an unprocessed arg for the sync alias
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* Add __DoCrossArchBuild settings to config.json
* HasCrossTargetComponents computes to 'true' on Linux when __DoCrossArchBuild is 1 in dir.props
* Include cross-architecture libclrjit.so crossgen into NuGet props files when HasCrossTargetComponents is 'true'
* Pass $__DoCrossArchBuild to run.sh when generating NuGet packages in build.sh
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clean.cmd supports removal of bin dir, repo-local nuget packeges
directory and user-local nuget packages directory. In addition it
is possible to clean repo using git clean -xdf command by passing
-all command line switch to clean.cmd. In addition logic supporting
killing of VBCScompiler.exe process is added
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abstract MSBuild /maxcpucount switch (#14578)
This commit frees -ExtraParameters and uses MSBuild v15 extension point to control CL compiler parallelism.
If MSBuild 15.0 is available - installed with Visual Studio 2017 - CL parallelism control is achieved by using extension point in Microsoft.Common.props file which allows to include Directory.Build.props - for details see [Microsoft.Common.props] [1] file in MSBuild repo. https://github.com/Microsoft/msbuild/blob/b38e4ceeaaec36c5237ae698041e9b9f18c84876/src/Tasks/Microsoft.Common.props#L36.
MSBuild parallelism is controled via abstracted /maxcpucount command line switch
which now is available as -MSBuildNodeCount pass through run.cmd/run.sh command line
argument with default value equal to /maxcpucount (what defaults to number of logical processors).
This allows to control MSBuild parallelism on all supported platforms.
It is possible to control MSBuild parallelism programatically via MSBuild public
API using MaxNodeCount properties available on the following APIs:
Microsoft.Build.Evaluation.ProjectCollection.MaxNodeCount
Microsoft.Build.Execution.BuildParameters.MaxNodeCount
It's use in current build infrastructure would require creating unnecessary
complexity and was ruled out.
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* Allow not to build SOS.NETCore.dll
* Automatically enable SkipSOS when a mscorlib option is given
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* First steps for generating nuget packages for ARM64/Android. Adds Android RIDS and related conditionals to appropriate files
* Additional changes for Android package build
* Revert addition of Android to supported packages
* Allow Android .nuget package build
Adding runtime.Android files for package generation
Adding TODO for reliable generation of __DistroRid for Android
* Added/corrected logic for detecting __DistroRid at commandline
Removed hack and TODO
* Removed newline
* Revert unintentional change to osx rid
* Removed commenting of __DistroRid initialization
* Latest fixes for __DistroRid cmdline detection
Removed __DistroRid initialization (clobbers value set at cmdline)
Removed echo test of __DistroRid in generate nuget pkg function
(Hopefully) fixed cross-build os-release detection
* Removed android.21-arm from supported RIDs
Removed arm32 from supported RIDs until test build can be done or CI for arm32 added (?)
* Fixes for package generation for android
Modified build-android-rootfs.sh so it would generate file w/platform info
Reverted all prior changes to initTargetDistroRid, added new android platform detection
* Fixed conditional for Android
* Added platform generation for Android portable build, if ever needed
* Added information about android_platform
Added help info about android_platform file
Added TODO for dynamic generation of RID based on $__ApiLevel and $__BuildArch
* Syntax cleanup for build.sh
Removed extra space in initTargetDistroRid() logic
* Recommended review changes
removed Android-specific runtime files for packaging
added conditional to have Android use Linux runtime files
* Updated topic branch from master, resolving SPC.ni.dll file nuget pkg issue
* ericstj review changes
Fixed accidental fedora version change
Fixed indenting
* Removed TODO comment; logic already in place, added in earlier commit
* Removed Android OfficialBuildRID
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This change factors the Ildasm round trip logic so that it should not
require a separate test build. The ildasmroundtrip flag is no longer
passed to build-test.cmd; instead the wrapper scripts are always
generated with a check for an environment variable that can be set from
runtests.
Also remove separate test build for ilrt in the ci scripts
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Add some fixes around the use of IBCMerge in CoreCLR, along with a BuildTools patch (which the fixes are dependent upon):
* don't restore the default optdata package through BuildTools
* don't use partial ngen by default in CoreCLR for SPC.dll
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* remove fedora 23
* Fedora rename
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* Enable Portable RID support for Windows and OSX.
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Add a new build switch, `ibcinstrument`, that adds `/Tuning` on the `crossgen`
command line when building System.Private.CoreLib and its peers. Automatically
consume IBC optdata during builds when these conditions are met:
1. `ibcinstrument` is *not* passed to the build,
2. optdata is available
3. ibcmerge is available
Note that `optdata` will not yet be restored with this change; once packages for
master are made available, a new package reference will still need to be added.
This PR attempts to unblock manually testing IBC, as well as surrounding
CI/infrastructure work.
To help produce an IBC-optimized build using manually generated profile data,
run the newly added `tests/scripts/optdata/bootstrap.py` script. It will
configure the build to consume IBC data from a path automatically, and print out
that path where profile data can be copied.
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transport packages (#10020)
* Update BuildTools fixes
* Update to buildtools version 1.0.27-prerelease-01407-02, and enable
building transport packages
* fix netcore project
* Avoid msb3644 error
* Fix bad copy
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The bulk of this PR is a cherry-pick of commit fa02660 that shipped in
release/1.1.0, updating the build system support for PGO to support
consuming PGDs properly during release builds on Windows.
Also included are the following new changes:
* Skip restore of opdata if the requisite project.json is missing
* If the optdata package restore fails, fail the build.
* Add new build option: 'skiprestoreoptdata'
Note: This change doesn't by itself enable PGO in master yet, because
training data (optdata packages) for master don't exist on myget yet.
However, with these changes, the only step remaining to enable PGO
optimizations is to add a project.json referencing the correct optdata
package.
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Specify packages.builds by default in build-packages command
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