at stopping test_signal from hanging forever on the Tru64
buildbot. That could be because there's no such thing as
signal.SIGALARM. Changed to the idiotic (but standard)
signal.SIGALRM instead, and added some more debug output.
64-bit boxes. I have no idea what the ctypes docs mean
by "integers", and blind-guessing here that it intended to
mean the signed C "int" type, in which case perhaps I can
repair this by feeding the thread id argument to type
ctypes.c_long().
Also made the worker thread daemonic, so it doesn't hang
Python shutdown if the test continues to fail.
of quoted test data relied on preserving a single trailing
blank. Changed the string from raw to regular, and forced
in the trailing blank via an explicit \x20 escape.
PyThreadState_SetAsyncExc(): internal correctness changes wrt
refcount safety and deadlock avoidance. Also added a basic test
case (relying on ctypes) and repaired the docs.
directories each time it ran, at least on Windows.
Several changes: explicitly closed all files; wrapped long
lines; stopped suppressing errors when removing a file or
directory fails (removing /shouldn't/ fail!); and changed
what appeared to be incorrect usage of os.removedirs() (that
doesn't remove empty directories at and /under/ the given
path, instead it must be given an empty leaf directory and
then deletes empty directories moving /up/ the path -- could
be that the conceptually simpler shutil.rmtree() was really
actually intended here).
In the 2.5 development cycle, MAKE_CLOSURE as changed to take free
variables as a tuple rather than as individual items on the stack.
Closes patch #1534084.
on each iteration. I'm not positive this is the best way to handle
this. I'm also not sure that there aren't other cases where
the lnotab is generated incorrectly. It would be great if people
that use pdb or tracing could test heavily.
Also:
* Remove dead/duplicated code that wasn't used/necessary
because we already handled the docstring prior to entering the loop.
* add some debugging code into the compiler (#if 0'd out).
writing the crc to file on the "PPC64 Debian trunk" buildbot
when running test_tarfile.
This is again a case where the native zlib crc is an unsigned
32-bit int, but the Python wrapper implicitly casts it to
signed C long, so that "the sign bit looks different" on
different platforms.
buildbot (& possibly other 64-bit boxes) during test_gzip.
The native zlib crc32 function returns an unsigned 32-bit integer,
which the Python wrapper implicitly casts to C long. Therefore the
same crc can "look negative" on a 32-bit box but "look positive" on
a 64-bit box. This patch papers over that platform difference when
writing the crc to file.
It may be better to change the Python wrapper, either to make
the result "look positive" on all platforms (which means it may
have to return a Python long at times on a 32-bit box), or to
keep the sign the same across boxes. But that would be a visible
change in what users see, while the current hack changes no
visible behavior (well, apart from stopping the struct deprecation
warning).
Note that the module-level write32() function is no longer used.
Patch by Douglas Greiman.
The test_run_abort() testcase produces a core file on Unix systems,
even though the test is successful. This can be confusing or alarming
to someone who runs 'make test' and then finds that the Python
interpreter apparently crashed.
warning on Windows.
Afraid I can't detect a pattern to when the pack formats decide
to use a signed or unsigned format code -- appears nearly
arbitrary to my eyes. So I left all the pack formats alone and
changed the special-case data values instead.
warnings on Win32.
Also added an XXX about the line:
pos3 = self.fp.tell()
`pos3` is never referenced, and I have no idea what the code
intended to do instead.
Tim Peters
Guido van Rossum
Kurt B. Kaiser
Andrew M. Kuchling
Armin Rigo
Martin v. Löwis
Thomas Heller
Georg Brandl
Andrew MacIntyre
Bob Ippolito
Neil Schemenauer
Neal Norwitz
Anthony Baxter
George Yoshida