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GeezerVison is showing github.com — gh-103763: Implement PEP 695 by JelleZijlstra · Pull Request #103764 · python/cpython Conversation
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* main: pythonGH-104510: Fix refleaks in `_io` base types (python#104516) pythongh-104539: Fix indentation error in logging.config.rst (python#104545) pythongh-104050: Don't star-import 'types' in Argument Clinic (python#104543) pythongh-104050: Add basic typing to CConverter in clinic.py (python#104538) pythongh-64595: Fix write file logic in Argument Clinic (python#104507) pythongh-104523: Inline minimal PGO rules (python#104524) pythongh-103861: Fix Zip64 extensions not being properly applied in some cases (python#103863) pythongh-69152: add method get_proxy_response_headers to HTTPConnection class (python#104248) pythongh-103763: Implement PEP 695 (python#103764) pythongh-104461: Run tkinter test_configure_screen on X11 only (pythonGH-104462) pythongh-104469: Convert _testcapi/watchers.c to use Argument Clinic (python#104503) pythongh-104482: Fix error handling bugs in ast.c (python#104483) pythongh-104341: Adjust tstate_must_exit() to Respect Interpreter Finalization (pythongh-104437) pythonGH-102613: Fix recursion error from `pathlib.Path.glob()` (pythonGH-104373)
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Congrats! Really excellent work on a tight timeframe. |
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Awesome! But will python support from typing import Protocol class Dance(Protocol): def dance(self): ... class Sing(Protocol): def sing(self): ... def perform[P: Dance + Sing](person: P): person.dance() person.sing() |
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It will not, at least not soon. Changes like this often need a PEP. If you are interested in it, new ideas are welcomed at https://discuss.python.org/c/ideas/6. As for this specific question, I think you are asking for a https://discuss.python.org/t/type-intersection-and-negation-in-type-annotations/23879 |
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Adding the feature like a I hope that the adoption of PEP695 will lead to more discussion on this as well and improve the representation of type hints. |
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A C-accelerator was introduced for the typing module in Python 3.12 (see python/cpython#103764). Because a pure python source is no longer available, now we stub out the missing classes and provide some __class_getitem__ methods to allow subscripting like Type[int]. This may mean when 3.12 is the minimum, we can remove older brain features like infer_typing_alias().
A C-accelerator was introduced for the typing module in Python 3.12 (see python/cpython#103764). Because a pure python source is no longer available, now we stub out the missing classes and provide some __class_getitem__ methods to allow subscripting like Type[int]. This may mean when 3.12 is the minimum, we can remove older brain features like infer_typing_alias().
A C-accelerator was introduced for the typing module in Python 3.12 (see python/cpython#103764). Because a pure python source is no longer available, now we stub out the missing classes and provide some __class_getitem__ methods to allow subscripting like Type[int]. This may mean when 3.12 is the minimum, we can remove older brain features like infer_typing_alias().
A C-accelerator was introduced for the typing module in Python 3.12 (see python/cpython#103764). Because a pure python source is no longer available, now we stub out the missing classes and provide some __class_getitem__ methods to allow subscripting like Type[int]. This may mean when 3.12 is the minimum, we can remove older brain features like infer_typing_alias().
A C-accelerator was introduced for the typing module in Python 3.12 (see python/cpython#103764). Because a pure python source is no longer available, now we stub out the missing classes and provide some __class_getitem__ methods to allow subscripting like Type[int]. This may mean when 3.12 is the minimum, we can remove older brain features like infer_typing_alias().
A C-accelerator was introduced for the typing module in Python 3.12 (see python/cpython#103764). Because a pure python source is no longer available, now we stub out the missing classes and provide some __class_getitem__ methods to allow subscripting like Type[int]. This may mean when 3.12 is the minimum, we can remove older brain features like infer_typing_alias().
A C-accelerator was introduced for the typing module in Python 3.12 (see python/cpython#103764). Because a pure python source is no longer available, now we stub out the missing classes and provide some __class_getitem__ methods to allow subscripting like Type[int]. This may mean when 3.12 is the minimum, we can remove older brain features like infer_typing_alias().
A C-accelerator was introduced for the typing module in Python 3.12 (see python/cpython#103764). Because a pure python source is no longer available, now we stub out the missing classes and provide some __class_getitem__ methods to allow subscripting like Type[int]. This may mean when 3.12 is the minimum, we can remove older brain features like infer_typing_alias().
A C-accelerator was introduced for the typing module in Python 3.12 (see python/cpython#103764). Because a pure python source is no longer available, now we stub out the missing classes and provide some __class_getitem__ methods to allow subscripting like Type[int]. This may mean when 3.12 is the minimum, we can remove older brain features like infer_typing_alias().
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@python/organization-owners, please block @johnnyjeannatasha as a spammer — see the review on this PR and the comment at a390ec2#commitcomment-124994466 |
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