This may be causing the debian sparc buildbot to fail.
Print a little message to let the user ^w buildbot know it's still thinking.
We may want to adjust the time period which is currently 5 minutes.
Will backport.
prepends the exception's module name to non-builtin exceptions, like
the interpreter itself does.
broke a number of doctests. should be discussed before checking in (see
discussion on python-dev).
bsddb.*open() methods cachesize parameter wouldn't work (raised an
internal bsddb.db exception when it was given). The set_cachesize
call needed to be moved from the DB object to the DBEnv since the env
was introduced to allow for threading.
(will backport to 2.4)
Using None for a filename with the 'n' flag when calling bsddb.btopen
would cause an error while checking if the file None existed. error
not likely to be seen as anyone using None for a filename would likely
use the 'c' flag in the first place.
"x86 OpenBSD trunk" buildbot due to changing Python so that
Python-exposed addresses are always non-negative.
test_int_pointer_arg(): This line failed now whenever the
box happened to assign an address to `ci` "with the sign
bit set":
self.failUnlessEqual(addressof(ci), func(byref(ci)))
The problem is that the ctypes addressof() inherited "all
addresses are non-negative now" from changes to
PyLong_FromVoidPtr(), but byref() did not inherit that
change and can still return a negative int.
I don't know whether, or what, the ctypes implementation wants
to do about that (possibly nothing), but in the meantime
the test fails frequently.
So, introduced a Python positive_address() function in
the test module, that takes a purported machine address and,
if negative, converts it to a non-negative value "with the
same bits". This should leave the test passing under all
versions of Python.
Belated thanks to Armin Rigo for teaching me the sick trick ;-)
for determining the # of bits in a machine pointer via abuse
of the struct module.
tests. Alas, because only the "x86 OpenBSD trunk" buildbot fails
these tests, and test_descr stops after the first failure, there's
no sane way for me to fix these short of fixing one and then
waiting for the buildbot to reveal the next one.
to that id() can now return a Python long on a 32-bit box that allocates
addresses "with the sign bit set".
test_set.py test_subclass_with_custom_hash(): it's never been portably
legal for a __hash__() method to return id(self), but on 32-bit boxes
that never caused a problem before it became possible for id() to
return a Python long. Changed __hash__ here to return a Python int
regardless of platform.
test_descr.py specials():
vereq(hash(c1), id(c1))
has never been a correct test -- just removed it (hash() is always
a Python int; id() may be a Python long).
default decimal context, causing test_tokenize to fail
if it ran after test_contextlib. Changed to restore
the decimal context in effect at the test's start.
soon after because the gmail address it connects to started timing
out on all the buildbot slaves. Rewrote the test to produce a
warning message (instead of failing) when the address times out.
Also removed the special case for Windows -- this test started to
work on Windows as soon as bug 1462352 was fixed.
If RTLD_LOCAL is not #defined in any header file (Windows), set it to 0.
If RTLD_GLOBAL is not #defined, set it equal to RTLD_LOCAL.
This should fix ctypes on cygwin.
mouse events. This makes the test fail. Catch that case and don't run
the tests. Should make the debian/ubuntu buildbots that run in a chroot
work again.
Will backport to release24-maint.
least as big as a long. I believe this to be a safe assumption that is being
made in many parts of CPython, but a check could be added.
len(xrange(sys.maxint)) works now, so fix the testsuite's odd exception for
64-bit platforms too. It also fixes 'zip(xrange(sys.maxint), it)' as a
portable-ish (if expensive) alternative to enumerate(it); since zip() now
calls len(), this was breaking on (real) 64-bit platforms. No additional
test was added for that behaviour.
- The buildbot "fetch it" step failed at the end, due to
using Unix syntax in the final "copy the DLL" step.
test_sqlite was skipped as a result.
- test_sqlite is no longer an expected skip on Windows.
Re-enable all the tests in test_trace.py except one. Still not sure that these tests test what they used to test, but they pass. One failing test seems to be caused by undocumented line number table behavior in Python 2.4.
tracing/line number table in except blocks.
Reflow long lines introduced by col_offset changes. Update test_ast
to handle new fields in excepthandler.
As note in Python.asdl says, we might want to rethink how attributes
are handled. Perhaps they should be the same as other fields, with
the primary difference being how they are defined for all types within
a sum.
Also fix asdl_c so that constructors with int fields don't fail when
passed a zero value.
converted to CR CR NL. There may be a way to fix this with tcsetattr,
but I couldn't find it. There was a similar problem on IRIX.
Just normalize the output and compare that.
Will backport.
like cause the interpreter to exit abruptly. If there's a way to fix this,
it would be good to really fix it. It could just be the operation of the
std C library and we just aren't supposed to do that.
When the test case is skipped, we print a message so the user can check
for themselves.
This is based on pysqlite2.1.3, and provides a DB-API interface in
the standard library. You'll need sqlite 3.2.2 or later to build
this - if you have an earlier version, the C extension module will
not be built.
we are about to leave behind. An example of the cause of this leak can be
found in the leakers directory, in case we ever want to tackle the
underlying problem.
effect at the time test_decimal was imported. Else
running test_decimal had the bad side effect of
permanently changing the decimal context in effect.
That caused text_tokenize to fail if it ran after
test_decimal.
- The doctests in decistmt() weren't run at all when
test_tokenize was run via regrtest.py.
- Some expected output in decistmt() was Windows-specific
(but nobody noticed because the doctests weren't getting
run).
- test_roundtrip() didn't actually test anything when
running the tests with -O. Now it does.
- Changed test_roundtrip() to show the name of the input
file when it fails. That would have saved a lot of
time earlier today.
- Added a bunch of comments.
adds the following API calls: PySet_Clear(), _PySet_Next(), and
_PySet_Update(). The latter two are considered non-public. Tests and
documentation (for the public API) are included.
itertools.tee->instance->attribute->itertools.tee and
itertools.tee->teedataobject->itertools.tee cycles, which can be found now
that itertools.tee and its teedataobject participate in GC, remain findable
and cleanable. The test won't fail when they aren't, but at least the
frequent hunt-refleaks runs would spot the rise in refleaks.
def foo((x)): was getting recognized as requiring tuple unpacking
which is not correct.
Add tests for this case and the proper way to unpack a tuple of one:
def foo((x,)):
test_inpsect was incorrect before. I'm not sure why it was passing,
but that has been corrected with a test for both functions above.
This means the test (and therefore inspect.getargspec()) are broken in 2.4.
that yields after a throw(). Make @contextmanager not reraise
exceptions, but return a false value in that case instead. Add test
cases for both behaviors.
as diagnosed by Nick Coghlan.
test_capi.py: A test module should never spawn a thread as
a side effect of being imported. Because this one did, the
segfault one of its thread tests caused didn't occur until
a few tests after test_regrtest.py thought test_capi was
finished. Repair that. Also join() the thread spawned
at the end, so that test_capi is truly finished when
regrtest reports that it's done.
_testcapimodule.c test_thread_state(): this spawns a
couple of non-threading.py threads, passing them a PyObject*
argument, but did nothing to ensure that those threads
finished before returning. As a result, the PyObject*
_could_ (although this was unlikely) get decref'ed out of
existence before the threads got around to using it.
Added explicit synchronization (via a Python mutex) so
that test_thread_state can reliably wait for its spawned
threads to finish.
This was a fair amount of rework of the patch. Refactored test_fork1 so it
could be reused by the new tests for wait3/4. Also made them into new style
unittests (derive from unittest.TestCase).
This patch adds a-LAW encoding to audioop and replaces the old
u-LAW encoding/decoding code with the current code from sox.
Possible issues: the code from sox uses int16_t.
Code by Lars Immisch
Tim Peters
Georg Brandl
Neal Norwitz
Anthony Baxter
Gregory P. Smith
Thomas Heller
Walter Dörwald
Thomas Wouters
Vinay Sajip
Phillip J. Eby
Martin v. Löwis
Fred Drake
Jeremy Hylton
Barry Warsaw
Guido van Rossum
Armin Rigo
Raymond Hettinger
Hye-Shik Chang
Nick Coghlan
Kurt B. Kaiser
Trent Mick