gRPC is currently getting formatted with two different clang-format implementations, and due to some weirdness they have different include file orderings. This change introduces clang-format configuration to ensure that the two systems align - it's *highly* expected that this will need some maintenance going forward as the two systems evolve.
Closes#40905
PiperOrigin-RevId: 819606209
* Refactor end2end tests to exercise each EventEngine
* fix incorrect bazel_only exclusions
* Automated change: Fix sanity tests
* microbenchmark fix
* sanitize, fix iOS flub
* Automated change: Fix sanity tests
* iOS fix
* reviewer feedback
* first pass at excluding EventEngine test expansion
Also caught a few cases where we should not test pollers, but should
test all engines. And two cases where we likely shouldn't be testing
either product.
* end2end fuzzers to be fuzzed differently via EventEngine.
* sanitize
* reviewer feedback
* remove misleading comment
* reviewer feedback: comments
* EE test_init needs to play with our build system
* fix golden file test runner
Co-authored-by: drfloob <drfloob@users.noreply.github.com>
This commit fixes an issue in which the following sequence of operations
leads to use of uninitialized memory:
1. Caller invokes GrpcBufferWriter::Next(), and then makes use of 8191
bytes in the returned buffer (which is 8192 bytes in size).
2. Caller then returns the unused single byte via
GrpcBufferWriter::BackUp(). This method invokes
g_core_codegen_interface->grpc_slice_split_tail(), which causes
backup_slice_ to be a grpc_slice with one byte.
3. At the next invocation of GrpcBufferWriter::Next(), a reference to
the single byte grpc_slice is returned to the caller.
The problem here is that the returned reference is to the inlined buffer
in the grpc_slice, which is resident in slice_, not the location of the
buffer inside slice_buffer_ after
g_core_codegen_interface->grpc_slice_buffer_add() in
GrpcBufferWriter::Next(). As a result, any data the caller writes to the
returned void* data is lost.
The solution is to avoid inlined backup slices.
