Changes the xDS interop test client to support timeout test.
- Synced xDS test proto messages with grpc-proto.
- Changed RpcConfig to be the configuration for per test method type. Added timeoutSec for its deadline configuration.
- Changed accumulated stats to include RPC status instead of just succeeded/failed.
Resolves#7741
Some of the static methods in generated code have the same method name but different package name, such `ClientCalls.asyncClientStreamingCall` and `ServerCalls.asyncClientStreamingCall`. It's less readable using static import than using full-qualified method name in-place.
The proto field is named as num_failures but its comment is saying it is for number of RPCs that failed to record a remote peer. RPC failed == RPC failed to record a remote peer was true previously (so no existing tests should be affected by this changed) as server completed RPCs immediately. It is no longer true with server capability to keep the call open/delayed.
This change clarifies the proto definition for stats RPC. rpcs_by_peer is for recording RPCs succeeded and num_failures is for RPCs failed. RPCs in the flight when the stats call times out are not counted towards any of the stats.
Update xDS interop test proto to aggregate accumulated stats based on RPC methods (mirroring 643e5bcd1e8db931cf76a3be19cd9bba223ee987 in C-core's change). Updated the xDS interop test client to support querying accumulated stats aggregated to RPC methods.
The main() Thread will call tearDown() itself. It appears this
redundancy has existed since e813eaae2f, where the normal error handling
was enhanced at the same time as cleaning up resource management. The
cleanup should have made it obvious the hook was no longer needed, but
alas. Technically, it did originally provide a purpose if setup()
failed, but it would have been better to just move setup() into the
try-catch instead. Today it doesn't even provide that purpose.
If the server fails (e.g.: with an unimplemented status), the test still succeeds.
This change adds assertions to check the status code as well as the expected number of responses.
This is a java analogue of the C++ test added in grpc/grpc#19623.
Proto changes were synced from grpc/grpc-proto
This client is suitable for testing fallback with any "grpclb" load-balanced service, but is particularly meant to implement a set of test cases described in an internal doc titled "DirectPath Cloud-to-Prod End-to-End Test Cases", section "gRPC DirectPath-to-CFE fallback".
This reverts commit c5f48b8e38. (#6780)
Revert because caused a regression in the ALTS tests. https://source.cloud.google.com/results/invocations/691d9965-fea1-487d-b606-352a5234039e/targets/grpc%2Fcore%2Fpull_request%2Flinux%2Fgrpc_interop_toprod/log
2020-03-01 20:02:12,491 Exception in thread "main" java.lang.NoClassDefFoundError: org/apache/commons/lang3/SystemUtils
at io.grpc.alts.CheckGcpEnvironment.isRunningOnGcp(CheckGcpEnvironment.java:69)
at io.grpc.alts.CheckGcpEnvironment.isOnGcp(CheckGcpEnvironment.java:44)
at io.grpc.alts.ComputeEngineChannelBuilder.(ComputeEngineChannelBuilder.java:62)
at io.grpc.alts.ComputeEngineChannelBuilder.forTarget(ComputeEngineChannelBuilder.java:72)
at io.grpc.alts.ComputeEngineChannelBuilder.forAddress(ComputeEngineChannelBuilder.java:77)
at io.grpc.testing.integration.TestServiceClient$Tester.createChannel(TestServiceClient.java:399)
at io.grpc.testing.integration.AbstractInteropTest.setUp(AbstractInteropTest.java:309)
at io.grpc.testing.integration.TestServiceClient.setUp(TestServiceClient.java:198)
at io.grpc.testing.integration.TestServiceClient.main(TestServiceClient.java:56)
Caused by: java.lang.ClassNotFoundException: org.apache.commons.lang3.SystemUtils
at java.net.URLClassLoader.findClass(URLClassLoader.java:381)
at java.lang.ClassLoader.loadClass(ClassLoader.java:424)
at sun.misc.Launcher$AppClassLoader.loadClass(Launcher.java:349)
at java.lang.ClassLoader.loadClass(ClassLoader.java:357)
... 9 more
Eric Anderson
yifeizhuang
Chengyuan Zhang
Doug Fawley
ZHANG Dapeng
Sergii Tkachenko
sanjaypujare
Eric Gribkoff
Trustin Lee
Philippe Laflamme
Jihun Cho
apolcyn
ZhenLian