AArch64 | |
ppc64le | |
s390x | |
x86-64 |
- Update to 4.2.4.2 * Packaging-only release: fix Python 2.7 manylinux wheels. 4.2.4.1: * Packaging-only release: get manylinux wheel built automatically. 4.2.4: * Avoid raising a SystemError: error return without exception set when loading an object with slots whose jar generates an exception (such as a ZODB POSKeyError) in setstate. 4.2.3: * Fix the hashcode of Python TimeStamp objects on 64-bit Python on Windows. See https://github.com/zopefoundation/persistent/pull/55 * Stop calling gc.collect every time PickleCache.incrgc is called (every transaction boundary) in pure-Python mode (PyPy). This means that the reported size of the cache may be wrong (until the next GC), but it is much faster. This should not have any observable effects for user code. * Stop clearing the dict and slots of objects added to PickleCache.new_ghost (typically these values are passed to __new__ from the pickle data) in pure-Python mode (PyPy). This matches the behaviour of the C code. * Add support for Python 3.6. * Fix __setstate__ interning when state parameter is not a built-in dict 4.2.2: * Drop use of ctypes for determining maximum integer size, to increase pure-Python compatibility. See https://github.com/zopefoundation/persistent/pull/31 * Ensure that __slots__ attributes are cleared when a persistent object is ghostified. (This excluses classes that override __new__. See https://github.com/zopefoundation/persistent/wiki/Notes_on_state_ new_and_slots if you’re curious.) 4.2.1: * Fix the hashcode of C TimeStamp objects on 64-bit Python 3 on Windows. 4.2.0: * Fixed the Python(/PYPY) implementation TimeStamp.timeTime method to have subsecond precision. * When testing PURE_PYTHON environments under tox, avoid poisoning the user’s global wheel cache. * Add support for Python 3.5. * Drop support for Python 2.6 and 3.2. 4.1.1: * Fix manifest and re-upload to fix stray files included in 4.1.0. 4.1.0: * Make the Python implementation of Persistent and PickleCache behave more similarly to the C implementation. In particular, the Python version can now run the complete ZODB and ZEO test suites. * Fix the hashcode of the Python TimeStamp on 32-bit platforms. - Converted to single-spec - Dropped fix_32-bit_timestamp_hashcode.patch (fixed upstream)
- update to version 4.0.9: * Make the C and Python TimeStamp objects behave more alike * Intern keys of object state in __setstate__ to reduce memory usage when unpickling multiple objects with the same attributes * Add support for PyPy3 * 100% branch coverage - additional changes from version 4.0.8: * Add support for Python 3.4 * In pure-Python Persistent, avoid loading state in _p_activate for non-ghost objects (which could corrupt their state). (PR #9) * In pure-Python, and don’t throw POSKeyError if _p_activate is called on an object that has never been committed. (PR #9) * In pure-Python Persistent, avoid calling a subclass’s __setattr__ at instance creation time. (PR #8) * Make it possible to delete _p_jar / _p_oid of a pure-Python Persistent object which has been removed from the jar’s cache (fixes aborting a ZODB Connection that has added objects). (PR #7) - additional changes from version 4.0.7: * Avoid a KeyError from _p_accessed() on newly-created objects under pure-Python: these objects may be assigned to a jar, but not yet added to its cache. (PR #6) * Avoid a failure in Persistent.__setstate__ when the state dict contains exactly two keys. (PR #5) * Fix a hang in picklecache invalidation if OIDs are manually passed out-of-order. (PR #4) * Add PURE_PYTHON environment variable support: if set, the C extensions will not be built, imported, or tested - update project URL - point the source URL to pypi - drop type-mismatch.patch: fixed upstream - add fix_32-bit_timestamp_hashcode.patch: fix timestamp hash computation on 32 bit platform - pass -q to test to avoid spamming the build log - rename CHANGES.txt and README.txt to CHANGES.rst and README.rst: changed upstream
- type-mismatch.patch: Use Py_ssize_t rather than PY_LONG_LONG for sizes
- version 4.0.6: initial build