* Adding readability-qualified-auto to .clang-tidy
Ported from @henryiii's 287527f705
* fix: support Python < 3.6
Co-authored-by: Henry Schreiner <henryschreineriii@gmail.com>
* Restoring `const` removed from pytypes.h in PR #3254, adding tests reflective of user code that breaks when those `const` are removed.
* clang-tidy NOLINTs (and one collateral fix).
* Inserting PYBIND11_CONST_FOR_STRICT_PLATFORMS
* Trying `defined(__APPLE__)`
* Trying again: `auto it` for strict platforms.
* Adding NOLINTNEXTLINE(bugprone-macro-parentheses), expanding comments.
* Labeling all changes with `PR #3263`, for easy reference, and to make it easy to undo these changes if we decide to do so in the future.
* Trivial change to avoid (ssize_t) cast.
* Demo for safe_ssize_t idea.
* Removing safe_ssize_t.cpp (proof-of-concept code) to not upset the GHA Format workflow.
* Completing changes in pytypes.h
* New ssize_t_cast (better replacement for safe_ssize_t).
* clang-format-diff (no manual changes).
* bytes_ssize_t -Wnarrowing reproducer (see PR #2692).
* Backing out tuple(), list() ssize_t support, for compatibility with older compilers (to resolve link failures).
* Bug fix: missing `py::` for `py::ssize_t`
* Restoring tuple(), list() ssize_t support, but passing `size` by value, for compatibility with older compilers (to resolve link failures).
* Full test coverage of all functions with modified signatures.
* Raise codec errors when casting to std::string
Allow the codec's exception to be raised instead of RuntimeError when
casting from py::str to std::string.
PY2 allows ucs surrogates in UTF-8 conversion
Signed-off-by: Shane Loretz <sloretz@openrobotics.org>
Signed-off-by: Shane Loretz <sloretz@osrfoundation.org>
* Attempt to fix py2 error
* Revert all unicode literals
* Fixed
Co-authored-by: Aaron Gokaslan <skylion.aaron@gmail.com>
* Demonstrate issue with weakref constructor overloads
* Fix weakref constructor to convert on being passed a non-weakref object
* Improve on nonlocal-scoped variable in test_weakref
* Keep backwards-compatibility by introducing PYBIND11_OBJECT_CVT_DEFAULT macro
* Simplify test_weakref
* Fail on passing py::object with wrong Python type to py::object subclass using PYBIND11_OBJECT macro
* Split off test_non_converting_constructors from test_constructors
* Fix test_as_type, as py::type constructor now throws an error itself if the argument is not a type
* Replace tp_name access by pybind11::detail::get_fully_qualified_tp_name
* Move forward-declaration of get_fully_qualified_tp_name to detail/common.h
* Don't add the builtins module name in get_fully_qualified_tp_name for PyPy
* Add PYBIND11_BUILTINS_MODULE macro, and use it in get_fully_qualified_tp_name
* Add check if `str(handle)` correctly converted the object, and throw py::error_already_set if not
* Fix tests on Python 3
* Apply @rwgk's fixes to cherry-picked commits from #2392
Adding missing `bytes` type to `test_constructors()`, to exercise the code change.
The changes in the PR were cherry-picked from PR #2409 (with a very minor
modification in test_pytypes.py related to flake8). Via PR #2409, these
changes were extensively tested in the Google environment, as summarized here:
https://docs.google.com/document/d/1TPL-J__mph_yHa1quDvsO12E_F5OZnvBaZlW9IIrz8M/
The changes in this PR did not cause an issues at all.
Note that `test_constructors()` before this PR passes for Python 2 only
because `pybind11::str` can hold `PyUnicodeObject` or `PyBytesObject`. As a
side-effect of this PR, `test_constructors()` no longer relies on this
permissive `pybind11::str` behavior. However, the permissive behavior is still
exercised/exposed via the existing `test_pybind11_str_raw_str()`.
The test code change is designed to enable easy removal later, when Python 2
support is dropped.
For completeness: confusingly, the non-test code changes travelled through PR
Example `ambiguous conversion` error fixed by this PR:
```
pybind11/tests/test_pytypes.cpp:214:23: error: ambiguous conversion for functional-style cast from 'pybind11::detail::item_accessor' (aka 'accessor<accessor_policies::generic_item>') to 'py::bytes'
"bytes"_a=py::bytes(d["bytes"]),
^~~~~~~~~~~~~~~~~~~~
pybind11/include/pybind11/detail/../pytypes.h:957:21: note: candidate constructor
PYBIND11_OBJECT(bytes, object, PYBIND11_BYTES_CHECK)
^
pybind11/include/pybind11/detail/../pytypes.h:957:21: note: candidate constructor
pybind11/include/pybind11/detail/../pytypes.h:987:15: note: candidate constructor
inline bytes::bytes(const pybind11::str &s) {
^
1 error generated.
```
These tests will also alert us to any behavior changes across Python and PyPy versions.
Hardening tests in preparation for changing `pybind11::str` to only hold `PyUnicodeObject` (NOT also `bytes`). Note that this test exposes that `pybind11::str` can also hold `bytes`.
* Fix undefined memoryview format
* Add missing <algorithm> header
* Add workaround for py27 array compatibility
* Workaround py27 memoryview behavior
* Fix memoryview constructor from buffer_info
* Workaround PyMemoryView_FromMemory availability in py27
* Fix up memoryview tests
* Update memoryview test from buffer to check signedness
* Use static factory method to create memoryview
* Remove ndim arg from memoryview::frombuffer and add tests
* Allow ndim=0 memoryview and documentation fixup
* Use void* to align to frombuffer method signature
* Add const variants of frombuffer and frommemory
* Add memory view section in doc
* Fix docs
* Add test for null buffer
* Workaround py27 nullptr behavior in test
* Rename frombuffer to from_buffer
object_api::operator[] has a powerful overload for py::handle that can
accept slices, tuples (for NumPy), etc.
Lists, sequences, and tuples provide their own specialized operator[],
which unfortunately disables this functionality. This is accidental, and
the purpose of this commit is to re-enable the more general behavior.
This commit is tangentially related to the previous one in that it makes
py::handle/py::object et al. behave more like their Python counterparts.
This commit revamps the object_api class so that it maps most C++
operators to their Python analogs. This makes it possible to, e.g.
perform arithmetic using a py::int_ or py::array.
There are two separate additions:
1. `py::hash(obj)` is equivalent to the Python `hash(obj)`.
2. `.def(hash(py::self))` registers the hash function defined by
`std::hash<T>` as the Python hash function.
