OpenSSL and HACL*-based hash functions constructors now support both `data` and `string` parameters.
Previously these constructor functions inconsistently supported sometimes `data` and sometimes `string`,
while the documentation expected `data` to be given in all cases.
Reorder result tuple of parse_code_object
The standard followed by APIs like pstat.Stats is to take a file, line,
function triplet. The parse_code_object function (and callers exposing
this in Python like RemoteUnwinder.get_stack_trace) return function,
file, line triplets which requires the caller to reorder these when
using it in classes like pstat.Stats.
In 121ed71f4e, mt_continue_should_break
was changed to be guarded by `Py_DEBUG`, but it's used in `compress_mt_continue_lock_held`
with just `assert`, so it needs to be available when `NDEBUG` is undefined
too.
`Py_DEBUG` implies `NDEBUG` is undefined, so we can check just that.
Fixes: 121ed71f4e
Replace most PyUnicodeWriter_WriteUTF8() calls with
PyUnicodeWriter_WriteASCII().
Unrelated change to please the linter: remove an unused
import in test_ctypes.
Co-authored-by: Peter Bierma <zintensitydev@gmail.com>
Co-authored-by: Bénédikt Tran <10796600+picnixz@users.noreply.github.com>
Some curses module-level functions and window methods now raise
a `curses.error` when a call to a C curses function fails:
- Module-level functions: assume_default_colors, baudrate, cbreak,
echo, longname, initscr, nl, raw, termattrs, termname, and unctrl.
- Window methods: addch, addnstr, addstr, border, box, chgat,
getbkgd, inch, insstr, and insnstr.
In addition, `curses.window.refresh` and `curses.window.noutrefresh`
now raise a `TypeError` instead of a `curses.error` when called with an
incorrect number of arguments for pads.
See also ee36db5500 for similar
changes.
Rename components related to `_hashlib.{HASH,HASHXOF}` objects.
- The `EVPobject` structure is renamed `HASHobject`.
- Non-clinic `HASH` methods are now prefixed by `_hashlib_HASH_*`.
A similar change is made for non-clinic `HASHXOF` methods.
- Functions extracting information from `EVP_MD` objects and functions
constructing `EVP_MD` objects now include `openssl_evp_md` in their name.
This change allows us to avoid future ambiguities between the `EVP_MD`
and the `EVP_MAC` APIs (currently, we only use `EVP_MD` for hash functions
and rely on the legacy interface for HMAC instead of using `EVP_MAC`).
* gh-132876: workaround broken ldexp() on Windows 10
ldexp() fails to round subnormal results before Windows 11,
so hide their bug.
Co-authored-by: Tim Peters <tim.peters@gmail.com>
Completely refactor Modules/_remote_debugging_module.c with improved
code organization, replacing scattered reference counting and error
handling with centralized goto error paths. This cleanup improves
maintainability and reduces code duplication throughout the module while
preserving the same external API.
Implement memory page caching optimization in Python/remote_debug.h to
avoid repeated reads of the same memory regions during debugging
operations. The cache stores previously read memory pages and reuses
them for subsequent reads, significantly reducing system calls and
improving performance.
Add code object caching mechanism with a new code_object_generation
field in the interpreter state that tracks when code object caches need
invalidation. This allows efficient reuse of parsed code object metadata
and eliminates redundant processing of the same code objects across
debugging sessions.
Optimize memory operations by replacing multiple individual structure
copies with single bulk reads for the same data structures. This reduces
the number of memory operations and system calls required to gather
debugging information from the target process.
Update Makefile.pre.in to include Python/remote_debug.h in the headers
list, ensuring that changes to the remote debugging header force proper
recompilation of dependent modules and maintain build consistency across
the codebase.
Also, make the module compatible with the free threading build as an extra :)
Co-authored-by: Łukasz Langa <lukasz@langa.pl>
Previously the module would fail to load because the `alloca()` symbol
was undefined. Now we check for GCC/Clang builtins for systems who do
not define `alloca()` in headers.
Move from using critical sections to locks for the (de)compression methods.
Since the methods allow other threads to run, we should use a lock rather
than a critical section.
