- First, support.fixup_build_ext (already used to set proper
library_dirs value under Unix shared builds) gains the ability to
correctly set the debug attribute under Windows debug builds.
- Second, the filename for the extension module gets a _d suffix under
debug builds.
- Third, the test code properly puts our customized build_ext object
into an internal dictionary to make sure that the install command will
later use our object instead of re-creating one. That’s the downside
of using low-level APIs in our test code: we have to manually push
knobs and turn handles that would otherwise be handled behind the
scenes.
Thanks to Nadeem for the testing.
- First, support.fixup_build_ext (already used to set proper
library_dirs value under Unix shared builds) gains the ability to
correctly set the debug attribute under Windows debug builds.
- Second, the filename for the extension module gets a _d suffix under
debug builds.
- Third, the test code properly puts our customized build_ext object
into an internal dictionary to make sure that the install command will
later use our object instead of re-creating one. That’s the downside
of using low-level APIs in our test code: we have to manually push
knobs and turn handles that would otherwise be handled behind the
scenes.
Thanks to Nadeem for the testing.
I made a note a month ago that install --record wrote incorrect entries
for extension modules (I think the problem was that the first character
of the file was stripped), so I’m now adding a test to try to reproduce
that in the current versions.
I made a note a month ago that install --record wrote incorrect entries
for extension modules (I think the problem was that the first character
of the file was stripped), so I’m now adding a test to try to reproduce
that in the current versions.
I need to copy this file in another test too, so I moved the support
code to distutils.tests.support and improved it:
- don’t skip when run from the Lib/distutils/tests directory
- use proper skip machinery instead of custom print/return/test suite
fiddling.
If the version of zlib used to compile the zlib module is incompatible
with the one that is actually linked in, then calls into zlib will fail.
This can leave attributes of the z_stream uninitialized, so we must take
care to avoid segfaulting by trying to use an invalid pointer.
Fix by Richard M. Tew.
-j doesn't pass the memlimit on to child processes, so this doesn't work at
present, and even if it did, running multiple bigmem tests at once would
usually not be desirable (since you generally want to devote as much of the
available RAM as possible to each test).
