Also removes the exec() and eval() caveats on the reference implementation
(those have been migrated now, albeit not using a code structure that we
would genuinely want to merge).
* Rename __parameters__ to __args__, for typing.py compatibility
* Genericize, re.{Pattern,Match} and io.IO
* list != list[int], but list[int] == list[int] (and list[str] != list[int])
* Add a lazy __parameters__ that contains the unique type vars in __args__ (also for typing.py compatibility)
* make dict[str][str] fail, but dict[T, str][int] return dict[int, str]
* expose proxy type as types.GenericAlias
* Link to implementation
* Explicitly state that pickling or copying should work
* PEP 376: Use ReST code syntax for literal characters
Without markup, it is very easy to confuse code with adjoining
punctuation.
* PEP 376: Use ReST syntax for code, rather than Markdown syntax
* Made various edits and clarifications to the pep including:
* letting the PSF appoint offline key holders
* moving content from abstract to motivation to make the abstract more succinct
* updating the threat model
* resolving some minor inconsistencies
* add link to cncf blog post
* PEP 458: use "OpenPGP" instead of "GPG". The signature format is OpenPGP. Other
OpenPGP implementations exist aside from gpg, the OpenPGP tool from the GnuPG project.
* PEP 611: relax hard limits and make 1 million a soft limit. Include recursion depth in limits.
* Reorganize part of motivation to account for soft vs. hard limits. Add qualification about recursion depth.
* Add non-goals section to clarify that this PEP does not remove support for GPG signatures.
* Update pep-0458.txt
Co-Authored-By: Trishank Karthik Kuppusamy <33133073+trishankatdatadog@users.noreply.github.com>
Co-authored-by: Trishank Karthik Kuppusamy <33133073+trishankatdatadog@users.noreply.github.com>
- Remove the MRO walker, PyType_DefiningTypeFromSlotFunc, as it was
found it can give wrong results when a type's special methods are
changed (which can be done from Python code).
Solving the issue is deferred to a future PEP (and/or perhaps a
private CPython function).
- Split public C-API from CPython implementation details. It turns out
that alternate C-API implementations have grown more important
since 2016, if only for experimenting with possible optimizations.
- Add potentially confusing terms "Defining Class" and "C-API" to the
terminology section.
- Mention that ht_module is not inherited by subclasses.
- Remove modules to be ported initially: zipimport (since rewritten
in Python), _io and _cvs (need module state from slot methods).
* Mention __class__ cell, expand slot methods in Future extensions
And fix a typo.
Add subsection to section "Managing Future Changes to the Update
Process" that explains how to transition from an old (e.g. because
it has become weak) to a new (e.g. stronger) hashing algorithm
without disrupting client workflows.
* report TypeError rather than SystemError when bad types are passed
to new APIs
* add PyType_FromModuleAndSpec to the list of new functions
* wrap text at 80 columns
* add C API docs links for thread-local storage and context variables
* note in abstract that only the initial state lookup from slots is
inherently slow, with subsequent lookups being amenable to caching
* other minor wording tweaks
When updating the PEP to specify independent snapshots for locals()
at function scope, I missed this reference to the old semantics
that returned a direct reference to the dynamic internal snapshot.
* Switch to independent snapshots at function scope
* New public C API, PyEval_Get_PyLocals(), that matches the updated locals() builtin
* At function scope, PyEval_GetLocals() returns the internal shared mapping from inside the proxy (returning a borrowed reference means this API can't offer the new independent snapshot semantics)
Brandt Bucher
Nick Coghlan
Sumana Harihareswara
Guido van Rossum
Petr Viktorin
Trishank Karthik Kuppusamy
Inada Naoki
Georg Brandl
Stéphane Bidoul
Shannon Zhu
Jason Fried
mnm678
dkg
Mark Shannon
Stéphane Bidoul
Łukasz Langa
Shannon Zhu
Jonathan Jackson
lukpueh
Goutham Bhat
Carl Friedrich Bolz-Tereick
Mark Mendoza
Ned Deily
Eitan Adler
Frank Dana