Itai added the comment:
Sure, that's what i'll do for now. Its an ok workaround for me, I was just
posting to support the
notion that its a bug (lets call it usability bug) and something that people
out there do run into.
There's also a scenerio where you couldn't use t
Itai added the comment:
You are right, ofcourse... I haven't got the time for doing the right thing,
But I've found another workaround that helped me though and might be helpful
to others.
(not sure its for this thread though but...) Windows on default limits the
amount of memory
Itai i added the comment:
Hi all,
I'm joining Mark's assertion - this is a real issue for me too. I've stumbled
into this problem too.
I have a numpy/scipy kind of application (about 6000+ lines so far) which needs
to allocate alot of memory for statistics derived from
Itai Steinherz added the comment:
I'd like to work on this, however I'm not sure how this could be unit-tested.
Any ideas?
--
nosy: +itaisteinherz
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Itai Steinherz added the comment:
Thanks for the comprehensive reply, Eryk!
I have a few questions regarding your suggestion:
1. Why catch ERROR_NOT_READY and ERROR_BAD_NET_NAME as well? How do you know
that FindFirstFileW() may return them?
2. Why can't the filename of the "foo&
Change by Itai Steinherz :
--
keywords: +patch
pull_requests: +29956
stage: needs patch -> patch review
pull_request: https://github.com/python/cpython/pull/31858
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Itai Steinherz added the comment:
Interesting, thanks again :)
--
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<https://bugs.python.org/issue46785>
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New submission from Itai Bar-Natan:
While browsing the Python source code, I found this suspicious snippet in
Py_ReprEnter:
dict = PyThreadState_GetDict();
if (dict == NULL)
return 0;
It seems to me like the last line should be "return -1;". The way the program
New submission from Itai Bar-Natan:
The following embedded application, which calls Py_Main with a "-W X" argument
where X is not a valid Unicode string, returns a segmentation fault:
```
#include "Python.h"
main() {
wchar_t *invalid_str;
invalid_str = mal
