Sourced from cffi's releases.

v2.0.0

What's Changed

• Add Python 3.14 support.
• Add CPython free-threaded support (3.14t+ only) - huge thanks to the folks at Quansight Labs for all the work to get this one sorted!
• Drop Python <= 3.8 support.
• Fix order dependency affecting nested type size calculation (#148).

Full Changelog: python-cffi/cffi@v1.17.1...v2.0.0

v2.0.0b1

What's Changed

• Add Python 3.14 support.
• Add CPython free-threaded support (3.14t+ only).
• Drop Python <= 3.8 support.
• Fix order dependency affecting nested type size calculation (#148).

Full Changelog: python-cffi/cffi@v1.17.1...v2.0.0b1

v1.17.1

• Fix failing distutils.msvc9compiler imports under Windows (#118).
• ffibuilder.emit_python_code() and ffibuiler.emit_c_code() accept file-like objects (#115).
• ffiplatform calls are bypassed by ffibuilder.emit_python_code() and ffibuilder.emit_c_code() (#81).

Full Changelog: python-cffi/cffi@v1.17.0...v1.17.1

v1.17.0

• Add support for Python 3.13.
  • Free-threaded CPython builds (i.e. python3.13t and the 3.13t ABI) are not currently supported.
• In API mode, when you get a function from a C library by writing fn = lib.myfunc, you get an object of a special type for performance reasons, instead of a <cdata 'C-function-type'>. Before version 1.17 you could only call such objects. You could write ffi.addressof(lib, "myfunc") in order to get a real <cdata> object, based on the idea that in these cases in C you'd usually write &myfunc instead of myfunc. In version 1.17, the special object lib.myfunc can now be passed in many places where CFFI expects a regular <cdata> object. For example, you can now pass it as a callback to a C function call, or write it inside a C structure field of the correct pointer-to-function type, or use ffi.cast() or ffi.typeof() on it.

Full Changelog: python-cffi/cffi@v1.16.0...v1.17.0

v1.17.0rc1

• Add support for Python 3.13.
• In API mode, when you get a function from a C library by writing fn = lib.myfunc, you get an object of a special type for performance reasons, instead of a <cdata ‘C-function-type’>. Before version 1.17 you could only call such objects. You could write ffi.addressof(lib, “myfunc”) in order to get a real object, based on the idea that in these cases in C you’d usually write &myfunc instead of myfunc. In version 1.17, the special object lib.myfunc can now be passed in many places where CFFI expects a regular object. For example, you can now pass it as a callback to a C function call, or write it inside a C structure field of the correct pointer-to-function type, or use ffi.cast() or ffi.typeof() on it.
• Build wheels for musllinux aarch64.

... (truncated)

• 6366c01 release 2.0.0 (#196)
• 95c8476 2.0.0 post beta backports (#195)
• 195cbda Release 2.0.0b1 (#183)
• b4bbe79 fix version test to support beta
• 7ed073d Add support for the free-threaded build (#178)
• 67a170d Change the license from MIT to MIT-no-attribution, which is the same without ...
• 92645ec Add Python 3.14 support/testing (#177)
• 2b81170 doc: update test commands in Section Testing/development tips (#158)
• 25172b8 doc: update year (#153)
• b57a92c issue 147: force-compute nested structs before parent structs. Occurs mainly...
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