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The job matrix for 48a66b0 (job_work.txt)
and 73642da (job_broken.txt)
differ but there is only one small fix which should not affect the CI matrix.
Due to the fact that the CI matrix is not equal we hit sometimes a configuration where nvcc + clang jobs failing. Will be addressed in PR #2295.
The problem is not that we found a broken combination the problem is that two CI runs are not reproduceable.
I added the job generator output to this issue. I did a diff and what I saw is that the alpine linux version differ for the runner, could it be that the version of the parwise testing library differ?
There is randomness somewhere in the allpairspy library, which generates the combinations. I didn't found out, where setting an initial seed does not solve the problem:
The job matrix for 48a66b0 (job_work.txt)
and
73642da (job_broken.txt)
differ but there is only one small fix which should not affect the CI matrix.
Due to the fact that the CI matrix is not equal we hit sometimes a configuration where nvcc + clang jobs failing. Will be addressed in PR #2295.
The problem is not that we found a broken combination the problem is that two CI runs are not reproduceable.
I added the job generator output to this issue. I did a diff and what I saw is that the alpine linux version differ for the runner, could it be that the version of the parwise testing library differ?
job_works.txt
job_broken.txt
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