Now that the specializing interpreter works with free threading,
replace ENABLE_SPECIALIZATION_FT with ENABLE_SPECIALIZATION and
replace requires_specialization_ft with requires_specialization.
Also limit the uniquely referenced check to FOR_ITER_RANGE. It's not
necessary for FOR_ITER_GEN and would cause test_for_iter_gen to fail.
We didn't catch this because of a combination of:
1) falling through to the if-statement below works
2) we only specialized FOR_ITER_GEN for uniquely referenced generators,
so we didn't trigger the non-thread-safe behavior.
The code in test_makefile was attempting to ignore any
non-interesting files, but missed some corners:
1. There is never a *file* called `__pycache__`.
2. A directory containing only a `__pycache__` subdirectory should be
ignored.
3. A directory containing only hidden files should be ignored.
Simplify this all into a couple of filters that let us check for empty
lists.
Make the deprecated set_type method resets the format, using the
same code as in type initialization.
Implementation note: this was done in PyCPointerType_init
after calling PyCPointerType_SetProto, but was forgotten
after in PyCPointerType_set_type_impl's call to
PyCPointerType_SetProto.
With this change, setting the format is conceptually part of
setting proto (i.e. the pointed-to type).
Co-authored-by: AN Long <aisk@users.noreply.github.com>
This ensures the buffers used by the empty `bytearray` and `array.array`
are aligned the same as a pointer returned by the allocator. This is a
more convenient default for interop with other languages that have
stricter requirements of type-safe buffers (e.g. Rust's `&[T]` type)
even when empty.
This affects string formatting as well as bytes and bytearray formatting.
* For errors in the format string, always include the position of the
start of the format unit.
* For errors related to the formatted arguments, always include the number
or the name of the formatted argument.
* Suggest more probable causes of errors in the format string (stray %,
unsupported format, unexpected character).
* Provide more information when the number of arguments does not match
the number of format units.
* Raise more specific errors when access of arguments by name is mixed with
sequential access and when * is used with a mapping.
* Add tests for some uncovered cases.
Instead of long and uninteresting output for all checked libraries, only print found issues by default.
Add a new -v/--verbose option to list all symbols (useful for checking that the script finds the symbols).
In 3.11 ResourceReader, Traversable, & TraversableResources moved from importlib.abc to importlib.resources.abc (commit e712a5b277).
In 3.12 old import locations were deprecated (commit 71848c9609).
In 3.14 backwards-compat support was removed (commit 0751511d24).
Co-authored-by: Brett Cannon <brett@python.org>
Optimize bytes.translate() by deferring change detection
Move the equality check out of the hot loop to allow better compiler
optimization. Instead of checking each byte during translation, perform
a single memcmp at the end to determine if the input can be returned
unchanged.
This allows compilers to unroll and pipeline the loops, resulting in ~2x
throughput improvement for medium-to-large inputs (tested on an AMD zen2).
No change observed on small inputs.
It will also be faster for bytes subclasses as those do not need change
detection.
Changes in the urllib.parse module:
* Add option missing_as_none in urlparse(), urlsplit() and urldefrag(). If
it is true, represent not defined components as None instead of an
empty string.
* Add option keep_empty in urlunparse() and urlunsplit(). If it is
true, keep empty non-None components in the resulting string.
* Halve size of buffers by reusing combined trace + optimizer buffers for TOS caching
* Add simple buffer struct for more maintainable handling of buffers
* Decouple JIT structs from thread state struct
* Ensure terminator is added to trace, when optimizer gives up
