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authorBruce Forstall <Bruce_Forstall@msn.com>2018-08-22 13:55:53 -0700
committerBruce Forstall <Bruce_Forstall@msn.com>2018-09-19 11:34:28 -0700
commit707e84e98920546264db5af4252509a3a54f6203 (patch)
tree13cdbc5268758fbb063f1c481c028062c1be81f8 /tests/runtest.proj
parent541f710095b6c10f2e650ad68e3f5961aa467d02 (diff)
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Enable arm64 Linux testing in CI
Testing is enabled on a set of Qualcomm Centriq arm64 servers running Ubuntu 16.04. The set of jobs enabled almost matches the set run for arm32 Linux testing, including innerloop, JIT and GC Stress, corefx, and R2R. Temporarily, the innerloop jobs are commit jobs (invoked when a PR is merged) instead of "default trigger" jobs (invoked when a PR is submitted), until we get more experience with the robustness of the machines and jobs. The machines are fast enough that they are not marked as "limited hardware" (like arm32 Linux machines). That means that many jobs are run daily, not weekly, as periodic jobs. Notes about the changes: 1. The Linux arm64 machines are managed by Helix, which allocates them to Jenkins. 2. The arm64 OS used has been renamed from "small_page_size" to "Ubuntu16.04". If we add large page size machines, we'll need to add a differentiator. 3. The Jenkins "copy artifacts" plug-in runs ridiculously slowly on this hardware, for unknown reasons, so we copy artifacts directly using "wget". 4. Tests are built using "build-test.sh" on the (cross) build machine; we don't use Windows-built tests. 5. Added Jenkins archiving of build .log/.wrn/.err files. 6. Various tests were disabled in issues.targets, and with a new arm64/corefx_linux_test_exclusions.txt file, to get jobs to run clean. (Several issues have been opened to track these and other known failures.)
Diffstat (limited to 'tests/runtest.proj')
-rw-r--r--tests/runtest.proj6
1 files changed, 4 insertions, 2 deletions
diff --git a/tests/runtest.proj b/tests/runtest.proj
index 2db2918353..fc81b1528a 100644
--- a/tests/runtest.proj
+++ b/tests/runtest.proj
@@ -57,7 +57,9 @@
<!-- Target to check the test build, to see if it looks ok. We've had several cases where a change inadvertently and drastically changes
the set of tests that are built, and that change is unnoticed. The most common case is for a build of the Priority 1 tests
to only build the Priority 0 tests. This target is run after a test build to verify that the basic number of tests that were
- built is basically what was expected.
+ built is basically what was expected. When this was written, there were about 2500 Priority 0 tests and about 12270 Priority 1
+ tests (differing slightly based on platform). We currently check that the number of Priority 0 tests is greater than 2000 and
+ less than 3000, and the number of Priority 1 tests is greater than 11000.
-->
<Target Name="CheckTestBuild" DependsOnTargets="GetListOfTestCmds">
<Error Condition="!Exists('$(XunitTestBinBase)')"
@@ -71,7 +73,7 @@
<Error Condition="'$(CLRTestPriorityToBuild)' == '0' and '$(TestCount)' &lt;= 2000" Text="Unexpected test count. Expected &gt; 2000, found $(TestCount).'" />
<Error Condition="'$(CLRTestPriorityToBuild)' == '0' and '$(TestCount)' &gt;= 3000" Text="Unexpected test count. Expected &lt; 3000, found $(TestCount).'" />
- <Error Condition="'$(CLRTestPriorityToBuild)' == '1' and '$(TestCount)' &lt;= 11500" Text="Unexpected test count. Expected &gt; 1150, found $(TestCount).'" />
+ <Error Condition="'$(CLRTestPriorityToBuild)' == '1' and '$(TestCount)' &lt;= 11000" Text="Unexpected test count. Expected &gt; 11000, found $(TestCount).'" />
<Error Condition="'$(CLRTestPriorityToBuild)' != '0' and '$(CLRTestPriorityToBuild)' != '1'" Text="Unknown priority $(CLRTestPriorityToBuild)" />
</Target>