This commit resolves#18331.
This commit resolves#18256.
This commit resolves... another TODO that apparently didn't have an
associated github issue.
We swap out pubref's implementation of py_proto_library with our own,
which more closely mirrors the interface of the internal
py_proto_library, taking the descriptor file output of a proto_library
rule as input.
One minor change in behavior was introduced for simplicity. When a
py_proto_library depends on a proto_library with a source proto file in
a subdirectory of the bazel package, the import module of the resultant
python library will reflect the package, *not* the full directory of the
proto file, including both the bazel package and the subdirectories, as
pubref did previously. This behavior also more closely mirrors google
internal behavior.
This commit also introduces a slightly more stringent bazel format
script. Buildifier on its own will not take care of long lines, but by
running yapf first, we end up with a more legible file. At the moment,
there is no sanity check associated with this formatter.
alignment options (for cache-alignment).
We shrink by:
1) Removing an unnecessary zone pointer.
2) Replacing gpr_mu (40 bytes when using pthread_mutex_t) with
std::atomic_flag.
We also header-inline the fastpath alloc (ie. when not doing a zone
alloc) and move the malloc() for a zone alloc outside of the mutex
critical zone, which allows us to replace the mutex with a spinlock.
We also cache-align created arenas.
This reverts commit dc1089a6d1, reversing
changes made to 31843787cc.
This change also includes - Revert "Merge pull request #17932 from soheilhy/gprpp-mutex"
This reverts commit df4b6a763d, reversing
changes made to dc1089a6d1.
Introduce RAII wrappers in the grpc::internal and grpc_core
namespaces, and use them in place of std::mutex and
std::condition_variable.
Note that, since std::mutex is also used by the public
C++ headers we cannot introduce these wrappers in grpc_core.
Also, note that in grpcpp we cannot use gRPC core and vice versa.
So we had to duplicate the code, once using core_codegen_interface
and once using direct calls.