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This paves the way for making pick_first the universal leaf policy (see
#32692), which will be needed for the dualstack design. That change will
require changing pick_first to see both the raw connectivity state and
the health-checking connectivity state of a subchannel, so that we can
enable health checking when pick_first is used underneath round_robin
without actually changing the pick_first connectivity logic (currently,
pick_first always disables health checking). To make it possible to do
that, this PR moves the health checking code out of the subchannel and
into a separate API using the same data-watcher mechanism that was added
for ORCA OOB calls.
Change was created by the release automation script. See go/grpc-release
---------
Co-authored-by: Stanley Cheung <stanleycheung@google.com>
Co-authored-by: AJ Heller <hork@google.com>
Co-authored-by: Yijie Ma <yijiem.main@gmail.com>
Co-authored-by: apolcyn <apolcyn@google.com>
Co-authored-by: Jan Tattermusch <jtattermusch@google.com>
`tearDownClass` is not executed when `setUpClass` failed. In URL Map
test suite, this leads to a test client that failed to start not being
cleaned up.
This PR change the URL Map test suite to register a custom
`addClassCleanup` callback, instead of relying on the `tearDownClass`.
Unlike `tearDownClass`, cleanup callbacks are executed when the
`setUpClass` failed.
ref b/276761453
The PR also creates a separate BUILD target for:
- chttp2 context list
- iomgr buffer_list
- iomgr internal errqueue
This would allow the context list to be included as standalone
dependencies for EventEngine implementations.
In order to help https://github.com/grpc/grpc/pull/32748, change the
test so that it tells us what the problem is in the logs.
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As Protobuf is going to support Cord to reduce memory copy when
[de]serializing Cord fields, gRPC is going to leverage it. This
implementation is based on the internal one but it's slightly modified
to use the public APIs of Cord. only
This test proves that `global_stats.IncrementHttp2MetadataSize(0)` works
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Followup for https://github.com/grpc/grpc/pull/31141.
IWYU and clang-tidy have been "moved" to a separate kokoro job, but as
it turns out the sanity job still runs all of `[sanity, clang-tidy,
iwyu]`, which makes the grpc_sanity jobs very slow.
The issue is that grpc_sanity selects tasks that have "sanity" label on
them and as of now, clang-tidy and iwyu still do.
It can be verified by:
```
tools/run_tests/run_tests_matrix.py -f sanity --dry_run
Will run these tests:
run_tests_sanity_linux_dbg_native: "python3 tools/run_tests/run_tests.py --use_docker -t -j 2 -x run_tests/sanity_linux_dbg_native/sponge_log.xml --report_suite_name sanity_linux_dbg_native -l sanity -c dbg --iomgr_platform native --report_multi_target"
run_tests_clang-tidy_linux_dbg_native: "python3 tools/run_tests/run_tests.py --use_docker -t -j 2 -x run_tests/clang-tidy_linux_dbg_native/sponge_log.xml --report_suite_name clang-tidy_linux_dbg_native -l clang-tidy -c dbg --iomgr_platform native --report_multi_target"
run_tests_iwyu_linux_dbg_native: "python3 tools/run_tests/run_tests.py --use_docker -t -j 2 -x run_tests/iwyu_linux_dbg_native/sponge_log.xml --report_suite_name iwyu_linux_dbg_native -l iwyu -c dbg --iomgr_platform native --report_multi_target"
```
This PR should fix this (be removing the umbrella "sanity" label from
clang-tidy and iwyu)
Initial bazel tests for C# protoc and grpc_protoc_plugin.
This initial test just generated code from the proto file and compares
the generated code against expected files.
I've put the tests in `test/csharp/codegen` as that is similar to where
the C++ tests are placed, but they could be moved to
`src\csharp` if that is a better place.
Further tests can be added once the initial framework for the tests is
agreed.
- Added `fuzzer_input.proto` and `NetworkInput` proto message
- Migrated client_fuzzer and server_fuzzer to proto fuzzer
- Migrated the existing corpus and verified that the code coverage (e.g.
chttp2) stays the same
Probably need to cherrypick due to amount of files changed.
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@sampajano
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This change allows metadata keys to set the appropriate compression
algorithm in the hpack encoder, without needing to change the source
text of the hpack encoder.
We'll leverage this with #32650 to allow some important but
Google-internal metadata to be compressed appropriately.
---------
Co-authored-by: ctiller <ctiller@users.noreply.github.com>
This bug occurred when the same xDS server was configured twice in the
same bootstrap config, once in an authority and again as the top-level
server. In that case, we were incorrectly failing to de-dup them and
were creating a separate channel for the LRS stream than the one that
already existed for the ADS stream. We fix this by canonicalizing the
server keys the same way in both cases.
As a separate follow-up item, I will work on trying to find a better way
to key these maps that does not suffer from this kind of fragility.
Previously, we didn't configure the failureThreshold, so it used its
default value. The final `startupProbe` looked like this:
```json
{
"startupProbe": {
"failureThreshold": 3,
"periodSeconds": 3,
"successThreshold": 1,
"tcpSocket": {
"port": 8081
},
"timeoutSeconds": 1
}
```
Because of it, the total time before k8s killed the container was 3
times `failureThreshold` * 3 seconds wait between probes `periodSeconds`
= 9 seconds total (±3 seconds waiting for the probe response).
This greatly affected PSM Security test server, some implementations of
which waited for the ADS stream to be configured before starting
listening on the maintenance port. This lead for the server container
being killed for ~7 times before a successful startup:
```
15:55:08.875586 "Killing container with a grace period"
15:53:38.875812 "Killing container with a grace period"
15:52:47.875752 "Killing container with a grace period"
15:52:38.874696 "Killing container with a grace period"
15:52:14.874491 "Killing container with a grace period"
15:52:05.875400 "Killing container with a grace period"
15:51:56.876138 "Killing container with a grace period"
```
These extra delays lead to PSM security tests timing out.
ref b/277336725
This maybe used to quickly verify the code coverage of a modified test
locally (e.g. fuzzer).
Example:
```
# Build and run target; the raw profile will be written to $LLVM_PROFILE_FILE when the program exits
$ bazel build --config=dbg --config=fuzzer_asan --config=coverage //test/core/end2end/fuzzers:api_fuzzer
$ LLVM_PROFILE_FILE="api_fuzzer.profraw" bazel-bin/test/core/end2end/fuzzers/api_fuzzer test/core/end2end/fuzzers/api_fuzzer_corpus/*
# Create coverage report
$ llvm-profdata-14 merge -sparse api_fuzzer.profraw -o api_fuzzer.profdata
$ llvm-cov-14 report ./bazel-bin/test/core/end2end/fuzzers/api_fuzzer --instr-profile=api_fuzzer.profdata
```
Sample report:
f94e444f25/gistfile1.txt
One trick is that the binary needs to be statically linked, e.g. specify
`linkstatic = 1` on the BUILD target.
See https://clang.llvm.org/docs/SourceBasedCodeCoverage.html for more
info.
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We shouldn't depend on how much the compression algorithm compresses the
bytes to. This is causing flakiness internally.
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It already started hitting the limit resulting in continuous failure.
https://github.com/grpc/grpc/pull/32603 is believed to contribute to
this time increase but let's bump it first and visit this issue later.
The very non-trivial upgrade of third_party/protobuf to 22.x
This PR strives to be as small as possible and many changes that were
compatible with protobuf 21.x and didn't have to be merged atomically
with the upgrade were already merged.
Due to the complexity of the upgrade, this PR wasn't created
automatically by a tool, but manually. Subsequent upgraded of
third_party/protobuf with our OSS release script should work again once
this change is merged.
This is best reviewed commit-by-commit, I tried to group changes in
logical areas.
Notable changes:
- the upgrade of third_party/protobuf submodule, the bazel protobuf
dependency itself
- upgrade of UPB dependency to 22.x (in the past, we used to always
upgrade upb to "main", but upb now has release branch as well). UPB
needs to be upgraded atomically with protobuf since there's a de-facto
circular dependency (new protobuf depends on new upb, which depends on
new protobuf for codegen).
- some protobuf and upb bazel rules are now aliases, so `
extract_metadata_from_bazel_xml.py` and `gen_upb_api_from_bazel_xml.py`
had to be modified to be able to follow aliases and reach the actual
aliased targets.
- some protobuf public headers were renamed, so especially
`src/compiler` needed to be updated to use the new headers.
- protobuf and upb now both depend on utf8_range project, so since we
bundle upb with grpc in some languages, we now have to bundle utf8_range
as well (hence changes in build for python, PHP, objC, cmake etc).
- protoc now depends on absl and utf8_range (previously protobuf had
absl dependency, but not for the codegen part), so python's
make_grpcio_tools.py required partial rewrite to be able to handle those
dependencies in the grpcio_tools build.
- many updates and fixes required for C++ distribtests (currently they
all pass, but we'll probably need to follow up, make protobuf's and
grpc's handling of dependencies more aligned and revisit the
distribtests)
- bunch of other changes mostly due to overhaul of protobuf's and upb's
internal build layout.
TODOs:
- [DONE] make sure IWYU and clang_tidy_code pass
- create a list of followups (e.g. work to reenable the few tests I had
to disable and to remove workaround I had to use)
- [DONE in cl/523706129] figure out problem(s) with internal import
---------
Co-authored-by: Craig Tiller <ctiller@google.com>
This enables the EventEngine experiments in end2end tests, excluding the
ResourceQuota tests which have known failures.
Some Windows tests are hanging, so they will be enabled later.
---------
Co-authored-by: drfloob <drfloob@users.noreply.github.com>
With this change, gpr_now(GPR_CLOCK_MONOTONIC) adds 5 seconds of padding
to the returned timestamp on Linux as well as iOS. This makes gRPC start
quickly on recently started machines (e.g. freshly booted micro-VMs).
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If an engine is created, it should be fully functional regardless of
whether gRPC-core experiments are on or off. The trade-off for now is
that when the core experiments are not enabled, the engine will be
slowly polling with nothing to do.
---------
Co-authored-by: drfloob <drfloob@users.noreply.github.com>
Since we are adding an annotation for experiments internally, we need to
ensure the length of the annotation does not exceed 2 KB (used slightly
lower number in the check). Added a check to gen_experiments.py for
this.
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Yash Tibrewal
Mark D. Roth
Esun Kim
Larry Safran
Vignesh Babu
apolcyn
Craig Tiller
Jan Tattermusch
tony
Yijie Ma
AJ Heller
Eugene Ostroukhov
Matthew Stevenson
alto-ruby
Hannah Shi
Sergii Tkachenko
Xuan Wang
Dave Bailey
Alisha Nanda