1. `for x in mapping` now yields keys rather than values, to match Python conventions and the behavior of the old library.
2. Lookup operations now correctly reject unhashable types as map keys.
3. We implement `repr()` to use the same format as `dict`
PiperOrigin-RevId: 459491734
Lots of changes but it's all just moving things around.
Backward-compatible stub #include's have been provided for now.
upb_Arena/upb_Status have been split out from upb/upb.?
upb_Array/upb_Map/upb_MessageValue have been split out from upb/collections.?
upb_ExtensionRegistry has been split out from upb/msg.?
upb/decode_internal.h is now upb/internal/decode.h
upb/mini_table_accessors_internal.h is now upb/internal/mini_table_accessors.h
upb/table_internal.h is now upb/internal/table.h
upb/upb_internal.h is now upb/internal/upb.h
PiperOrigin-RevId: 456297617
This is somewhat of a rough cut, since it doesn't split apart the lite and full targets, or unit tests. However, it does split sources under src/google/protobuf into a separate package, which is a fairly impactful change.
The previous change did not have the desired effect, because the generated code uses the class named "Message" instead of "CMessage."
There was no real need to use the class "CMessage" instead of "Message." The new name is simpler and will make the previous change work.
PiperOrigin-RevId: 449309343
If the user provides a `--link-objects` (or `-O`) flag that looks like it points to libprotobuf, use that for static linking instead of using the hard-coded path `../src/.libs/libprotobuf.a`. (Also, if we see such a flag, assume they want to link it statically, even if they don't provide `--compile_static_extension`.)
Similarly, if they provide a `--library-dirs=` (or `-L`), assume that is the location to search, and don't add the hard-coded path `../src/.libs`.
After some debugging I was able to determine that the Win32 DLL was failing to load libgcc_s_sjlj-1.dll. If we statically link libgcc instead, there should be no runtime dependency on libgcc.
PiperOrigin-RevId: 448338965
When I tried the previous `arm64` wheel on macOS, I discovered that `pip` on macOS only supports the `arm64` platform tag in a limited set of circumstances. pip seems to prefer `universal2` wheels.
To build a `universal2` wheel, we must run the `llvm-lipo` tool to bundle multiple `cc_binary()` outputs into a single output wheel. We use a transition to depend on multiple architectures for the extension, if we see that we are building for a multiarch CPU.
PiperOrigin-RevId: 447486256
Eric Salo
Joshua Haberman
theodorerose
Protobuf Team Bot
Deanna Garcia
Protobuf Team Bot
Dennis Shao
Dennis Shao
Charlie Burnett
Elliotte Rusty Harold
Tomer Vromen
Sandy Zhang
Protobuf Team
David L. Jones
Protobuf Team