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#include <kikimr/persqueue/sdk/deprecated/cpp/v2/persqueue.h>
#include <kikimr/persqueue/sdk/deprecated/cpp/v2/ut_utils/test_server.h>
#include <kikimr/persqueue/sdk/deprecated/cpp/v2/ut_utils/test_utils.h>
#include <kikimr/persqueue/sdk/deprecated/cpp/v2/ut_utils/sdk_test_setup.h>
#include <library/cpp/testing/unittest/registar.h>
namespace NPersQueue {
Y_UNIT_TEST_SUITE(TProducerTest) {
Y_UNIT_TEST(NotStartedProducerCanBeDestructed) {
// Test that producer doesn't hang on till shutdown
TPQLib lib;
TProducerSettings settings;
settings.Server = TServerSetting{"localhost"};
settings.Topic = "topic";
settings.SourceId = "src";
lib.CreateProducer(settings, {}, false);
}
TProducerSettings MakeProducerSettings(const TTestServer& testServer) {
TProducerSettings producerSettings;
producerSettings.ReconnectOnFailure = false;
producerSettings.Topic = "topic1";
producerSettings.SourceId = "123";
producerSettings.Server = TServerSetting{"localhost", testServer.GrpcPort};
producerSettings.Codec = ECodec::LZOP;
return producerSettings;
}
Y_UNIT_TEST(CancelsOperationsAfterPQLibDeath) {
TTestServer testServer(false);
testServer.GrpcServerOptions.SetGRpcShutdownDeadline(TDuration::MilliSeconds(10));
testServer.StartServer(false);
const size_t partitions = 1;
testServer.AnnoyingClient->FullInit(!GrpcV1EnabledByDefault() ? DEFAULT_CLUSTERS_LIST : CLUSTERS_LIST_ONE_DC);
testServer.AnnoyingClient->CreateTopicNoLegacy("rt3.dc1--topic1", partitions);
testServer.WaitInit("topic1");
auto producer = testServer.PQLib->CreateProducer(MakeProducerSettings(testServer), testServer.PQLibSettings.DefaultLogger, false);
UNIT_ASSERT(!producer->Start().GetValueSync().Response.HasError());
auto isDead = producer->IsDead();
UNIT_ASSERT(!isDead.HasValue());
auto write1 = producer->Write(1, TString("blob1"));
auto write2 = producer->Write(2, TString("blob2"));
auto write3 = producer->Write(3, TString("blob3"));
auto write4 = producer->Write(4, TString("blob4"));
auto write5 = producer->Write(5, TString("blob5"));
testServer.PQLib = nullptr;
Cerr << "PQLib destroyed" << Endl;
UNIT_ASSERT(write1.HasValue());
UNIT_ASSERT(write2.HasValue());
UNIT_ASSERT(write3.HasValue());
UNIT_ASSERT(write4.HasValue());
UNIT_ASSERT(write5.HasValue());
UNIT_ASSERT(write1.GetValue().Response.HasError());
UNIT_ASSERT(write2.GetValue().Response.HasError());
UNIT_ASSERT(write3.GetValue().Response.HasError());
UNIT_ASSERT(write4.GetValue().Response.HasError());
UNIT_ASSERT(write5.GetValue().Response.HasError());
auto write6 = producer->Write(6, TString("blob6"));
UNIT_ASSERT(write6.HasValue());
UNIT_ASSERT(write6.GetValue().Response.HasError());
}
Y_UNIT_TEST(WriteToDeadProducer) {
TTestServer testServer(false);
testServer.GrpcServerOptions.SetGRpcShutdownDeadline(TDuration::MilliSeconds(10));
testServer.StartServer(false);
TIntrusivePtr<TCerrLogger> logger = MakeIntrusive<TCerrLogger>(TLOG_DEBUG);
TPQLibSettings pqLibSettings;
pqLibSettings.DefaultLogger = logger;
THolder<TPQLib> PQLib = MakeHolder<TPQLib>(pqLibSettings);
auto producer = PQLib->CreateProducer(MakeProducerSettings(testServer), logger, false);
auto f = producer->Start();
UNIT_ASSERT(f.GetValueSync().Response.HasError());
Cerr << f.GetValueSync().Response << "\n";
auto isDead = producer->IsDead();
isDead.Wait();
UNIT_ASSERT(isDead.HasValue());
auto write = producer->Write(1, TString("blob"));
Cerr << write.GetValueSync().Response << "\n";
UNIT_ASSERT(write.GetValueSync().Response.HasError());
UNIT_ASSERT_STRINGS_EQUAL(write.GetValueSync().Response.GetError().GetDescription(), "Destroyed");
}
Y_UNIT_TEST(Auth_StartProducerWithInvalidTokenFromGrpcMetadataPointOfView_StartFailedAndProduerDiedWithBadRequestErrors) {
TPQLibSettings pqLibSettings;
if (!std::getenv("PERSQUEUE_GRPC_API_V1_ENABLED"))
return;
TTestServer testServer(false);
testServer.GrpcServerOptions.SetGRpcShutdownDeadline(TDuration::MilliSeconds(10));
testServer.StartServer();
TIntrusivePtr<TCerrLogger> logger = MakeIntrusive<TCerrLogger>(TLOG_DEBUG);
pqLibSettings.DefaultLogger = logger;
THolder<TPQLib> PQLib = MakeHolder<TPQLib>(pqLibSettings);
auto fillCredentialsWithInvalidToken = [](NPersQueue::TCredentials* authInfo) {
authInfo->set_tvm_service_ticket("token\n");
};
auto producerSettings = MakeProducerSettings(testServer);
producerSettings.CredentialsProvider = std::make_shared<TCallbackCredentialsProvider>(std::move(fillCredentialsWithInvalidToken));
auto producer = PQLib->CreateProducer(producerSettings, logger, false);
Cerr << "Wait for producer start procedure end" << Endl;
auto startResponse = producer->Start().GetValueSync().Response;
UNIT_ASSERT(startResponse.has_error());
UNIT_ASSERT_EQUAL_C(NPersQueue::NErrorCode::ERROR, startResponse.error().code(), startResponse);
Cerr << "Wait for producer death" << Endl;
auto deathCause = producer->IsDead().GetValueSync();
UNIT_ASSERT_EQUAL_C(NPersQueue::NErrorCode::ERROR, deathCause.code(), deathCause);
}
Y_UNIT_TEST(Codecs_WriteWithNonDefaultCodecThatRequiresAdditionalConfiguration_ConsumerDiesWithBadRequestError) {
SDKTestSetup setup{"Codecs_WriteWithNonDefaultCodecThatRequiresAdditionalConfiguration_ConsumerIsDeadWithBadRequestError"};
auto log = setup.GetLog();
auto producerSettings = setup.GetProducerSettings();
// TTestServer::AnnoyingClient creates topic with default codecs set: raw, gzip, lzop. zstd not included
producerSettings.Codec = ECodec::ZSTD;
auto producer = setup.GetPQLib()->CreateProducer(producerSettings, nullptr, false);
log << TLOG_INFO << "Wait for producer start";
auto startResponse = producer->Start().GetValueSync().Response;
UNIT_ASSERT_C(!startResponse.HasError(), startResponse);
log << TLOG_INFO << "Wait for write response";
auto writeResponse = producer->Write(NUnitTest::RandomString(250 * 1024, std::rand())).GetValueSync().Response;
UNIT_ASSERT(writeResponse.HasError());
Cerr << writeResponse << "\n";
UNIT_ASSERT_EQUAL_C(NPersQueue::NErrorCode::BAD_REQUEST, writeResponse.GetError().GetCode(), writeResponse);
}
void StartProducerWithDiscovery(bool cds, const TString& preferredCluster = {}, bool addBrokenDatacenter = !GrpcV1EnabledByDefault()) {
SDKTestSetup setup{"StartProducerWithDiscovery", false};
setup.Start(true, addBrokenDatacenter);
auto log = setup.GetLog();
auto producerSettings = setup.GetProducerSettings();
if (preferredCluster) {
producerSettings.PreferredCluster = preferredCluster;
}
auto producer = setup.GetPQLib()->CreateProducer(producerSettings, nullptr, false);
auto startResponse = producer->Start().GetValueSync().Response;
UNIT_ASSERT_C(!startResponse.HasError(), startResponse);
log << TLOG_INFO << "Wait for write response";
auto writeResponse = producer->Write(1, TString("blob1")).GetValueSync().Response;
UNIT_ASSERT(!writeResponse.HasError());
producerSettings.Server.UseLogbrokerCDS = cds ? EClusterDiscoveryUsageMode::Use : EClusterDiscoveryUsageMode::DontUse;
producer = setup.GetPQLib()->CreateProducer(producerSettings, nullptr, false);
startResponse = producer->Start().GetValueSync().Response;
UNIT_ASSERT_C(!startResponse.HasError(), startResponse);
log << TLOG_INFO << "Wait for write response";
writeResponse = producer->Write(2, TString("blob2")).GetValueSync().Response;
UNIT_ASSERT(!writeResponse.HasError());
}
Y_UNIT_TEST(StartProducerWithCDS) {
StartProducerWithDiscovery(true);
}
Y_UNIT_TEST(StartProducerWithoutCDS) {
StartProducerWithDiscovery(false);
}
Y_UNIT_TEST(StartProducerWithCDSAndPreferAvailableCluster) {
StartProducerWithDiscovery(true, "dc1");
}
Y_UNIT_TEST(StartProducerWithCDSAndPreferUnavailableCluster) {
StartProducerWithDiscovery(true, "dc2", true);
}
Y_UNIT_TEST(StartProducerWithCDSAndPreferUnknownCluster) {
SDKTestSetup setup{"PreferUnknownCluster"};
auto producerSettings = setup.GetProducerSettings();
producerSettings.Server.UseLogbrokerCDS = EClusterDiscoveryUsageMode::Use;
producerSettings.PreferredCluster = "blablabla";
auto producer = setup.GetPQLib()->CreateProducer(producerSettings, nullptr, false);
auto startResponse = producer->Start().GetValueSync().Response;
UNIT_ASSERT_C(startResponse.HasError(), startResponse);
}
}
} // namespace NPersQueue
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