* The following tests were disabled since the initial ctypes commit
in 2006, commit babddfca75:
* Callbacks.test_char_p()
* DeletePointerTestCase.test_X()
* NumberTestCase.test_perf()
* StructureTestCase.test_subclass_creation()
* Tests.test_X() of test_byteswap
* NumberTestCase.test_bool_from_address() was disabled in 2007 by
commit 5dc4fe09b7.
* Remove check_perf() and run_test() of test_numbers.
Re-arrange `pathlib.Path` test methods in source code. No other changes.
The test methods are arranged in two groups. The first group checks
`stat()`, `open()`, `iterdir()`, `readlink()`, and derived methods like
`exists()`, `read_text()`, `glob()` and `resolve()`. The second group
checks all other `Path` methods. To minimise the diff I've maintained the
method order within groups where possible.
This patch prepares the ground for a new `_AbstractPath` class, which will
support methods in the first group above. By churning the test methods
here, subsequent patches will be easier to review and less likely to break
things.
* Move imports at top level and sort imports.
* Replace c_buffer() with create_string_buffer(): c_buffer is a
deprecated alias.
* PEP 8: Add empty lines for readability between imports and classes.
Remove the @need_symbol('...') decorator of test.test_ctypes since
requested symbols are now always always available in ctypes.
Use the @unittest.skipUnless() decorator directly for the two types
only available on Windows:
* ctypes.WINFUNCTYPE
* ctypes.oledll
test_xmlrpc_net was skipped since 2017:
commit 73ffd3f203.
The public buildbot.python.org server has no XML-RPC interface
anymore, and no replacement server was found in 6 years.
Reimplement _iso8601_format() using the datetime isoformat() method.
Ignore the timezone.
Co-Authored-by: Paul Ganssle <1377457+pganssle@users.noreply.github.com>
Deprecate two methods of creating typing.TypedDict classes with 0 fields using the functional syntax: `TD = TypedDict("TD")` and `TD = TypedDict("TD", None)`. Both will be disallowed in Python 3.15. To create a TypedDict class with 0 fields, either use `class TD(TypedDict): pass` or `TD = TypedDict("TD", {})`.
Deprecate creating a typing.NamedTuple class using keyword arguments to denote the fields (`NT = NamedTuple("NT", x=int, y=str)`). This will be disallowed in Python 3.15. Use the class-based syntax or the functional syntax instead.
Two methods of creating `NamedTuple` classes with 0 fields using the functional syntax are also deprecated, and will be disallowed in Python 3.15: `NT = NamedTuple("NT")` and `NT = NamedTuple("NT", None)`. To create a `NamedTuple` class with 0 fields, either use `class NT(NamedTuple): pass` or `NT = NamedTuple("NT", [])`.
test_ctypes now gets attributes specific to Windows from the ctypes
module, rather than relying on "from ctypes import *".
Attributes:
* ctypes.FormatError
* ctypes.WINFUNCTYPE
* ctypes.WinError
* ctypes.WinDLL
* ctypes.windll
* ctypes.oledll
* ctypes.get_last_error()
* ctypes.set_last_error()
* GH-104554: Add RTSPS support to `urllib/parse.py`
RTSPS is the permanent scheme defined in
https://www.iana.org/assignments/uri-schemes/uri-schemes.xhtml
alongside RTSP and RTSPU schemes.
* 📜🤖 Added by blurb_it.
---------
Co-authored-by: blurb-it[bot] <43283697+blurb-it[bot]@users.noreply.github.com>
For a while now, pending calls only run in the main thread (in the main interpreter). This PR changes things to allow any thread run a pending call, unless the pending call was explicitly added for the main thread to run.
Adds start_offset, cache_offset, end_offset, baseopcode,
baseopname, jump_target and oparg to dis.Instruction.
Also slightly improves the disassembly output by allowing
opnames to overflow into the space reserved for opargs.
When inverting a Flag member (or boundary STRICT), only consider other canonical flags; when inverting an IntFlag member (or boundary KEEP), also consider aliases.
Mostly, these are changes so that we use shorter sentences and shorter paragraphs. In particular, I've tried to make the first sentence introducing each object in the typing API short and declarative.
