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numpy/scipy test suite failures on aarch64/neoverse_v1
(SciPy-bundle)
#318
Comments
As discussed with @laraPPr, next steps before looking into reporting this upstream are:
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While trying to rerun the tests (numpy.fft.test(verbose=3) and numpy.polynomial.test(verbose=3)) on the neoverse_v1 aws clusters ( c7g.2xlarge and c7g.4xlarge). I found that EESSI was using the neoverse_n1 installs. So it will be difficult to rerun the failing tests of the numpy that is now in place for neoverse_v1 architectures.
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Hmm, it's worth figuring out why You can bypass what archspec thinks is the most suited software substack by setting
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Where should I open that issue? |
numpy.fft.test(verbose=3)
c |
numpy.polynomial.test(verbose=3)
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Issue on problems with CPU detection should go here in |
aarch64/neoverse_v1
(SciPy-bundle)
When extending the list of known issues with more info (see PR #340), I noticed that there are also 2 failing tests in the
and 55 failing tests in
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With There are also failing tests for
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With
edit: this should be put in context though, since total tests also went up from 35441 (scipy 1.8.1) to 49043 (scipy 1.10.1) |
Some more updates here: For
For |
{2023.06}[foss/2023a,foss/2023b] ignore fakeroot and do not remove packages & rebuild GCCcore 12.3.0 / 13.2.0
For
That's in line with what we've seen for |
We're seeing a number of failing tests in the numpy test suite on ARM neoverse_v1 in:
For now, we've ignored the failure of the following tests, but we'll need to investigate this issue in more detail. Will the test failures of SciPy-bundle pop up in more installs on ARM neoverse_v1 where we also increased the number of accepted test failures for OpenBlas? Or will this result in more problems when installing other software dependant on numpy?
See also:
It did not seem to be a problem however in:
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