public void SendingTest_FromTestAggregate_CompletesSaga()
{
var eventProbe = CreateTestProbe("event-probe");
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSaga, TestSagaId, TestSagaStartedEvent>));
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSaga, TestSagaId, TestSagaCompletedEvent>));
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSaga, TestSagaId, TestSagaTransactionCompletedEvent>));
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSaga, TestSagaId, TestSagaTimeoutOccurred>));
var aggregateManager = Sys.ActorOf(Props.Create(() => new TestAggregateManager()), "test-aggregatemanager");
Sys.ActorOf(Props.Create(() => new TestSagaManager(() => new TestSaga(aggregateManager))), "test-sagaaggregatemanager");
var senderAggregateId = TestAggregateId.New;
var senderCreateAggregateCommand = new CreateTestCommand(senderAggregateId, CommandId.New);
aggregateManager.Tell(senderCreateAggregateCommand);
var receiverAggregateId = TestAggregateId.New;
var receiverCreateAggregateCommand = new CreateTestCommand(receiverAggregateId, CommandId.New);
aggregateManager.Tell(receiverCreateAggregateCommand);
var senderTestId = TestId.New;
var senderTest = new Test(senderTestId);
var nextAggregateCommand = new AddTestCommand(senderAggregateId, CommandId.New, senderTest);
aggregateManager.Tell(nextAggregateCommand);
var sagaStartingCommand = new GiveTestCommand(senderAggregateId, CommandId.New, receiverAggregateId, senderTest);
aggregateManager.Tell(sagaStartingCommand);
eventProbe.
ExpectMsg <DomainEvent <TestSaga, TestSagaId, TestSagaStartedEvent> >(
x => x.AggregateEvent.Sender.Equals(senderAggregateId) &&
x.AggregateEvent.Receiver.Equals(receiverAggregateId) &&
x.AggregateEvent.SentTest.Equals(senderTest), new TimeSpan(0, 0, 20));
eventProbe.
ExpectMsg <DomainEvent <TestSaga, TestSagaId, TestSagaTransactionCompletedEvent> >(new TimeSpan(0, 0, 20));
eventProbe.
ExpectMsg <DomainEvent <TestSaga, TestSagaId, TestSagaCompletedEvent> >(new TimeSpan(0, 0, 20));
eventProbe.ExpectMsg <DomainEvent <TestSaga, TestSagaId, TestSagaTimeoutOccurred> >(
timeoutMsg => timeoutMsg.AggregateEvent.TimeoutMessage.Equals("First timeout test"),
TimeSpan.FromSeconds(15));
eventProbe.ExpectMsg <DomainEvent <TestSaga, TestSagaId, TestSagaTimeoutOccurred> >(
timeoutMsg => timeoutMsg.AggregateEvent.TimeoutMessage.StartsWith("Second timeout test"),
TimeSpan.FromSeconds(15));
}
private bool Execute(GiveTestCommand command)
{
if (!IsNew)
{
if (State.TestCollection.Any(x => x.Id == command.TestToGive.Id))
{
Emit(new TestSentEvent(command.TestToGive, command.ReceiverAggregateId));
}
}
else
{
TestErrors++;
Throw(new TestedErrorEvent(TestErrors));
}
return(true);
}
public void SendingTest_FromTestAggregate_CompletesSagaAsync()
{
var eventProbe = CreateTestProbe("event-probe");
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestAsyncSaga, TestAsyncSagaId, TestAsyncSagaStartedEvent>));
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestAsyncSaga, TestAsyncSagaId, TestAsyncSagaCompletedEvent>));
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestAsyncSaga, TestAsyncSagaId, TestAsyncSagaTransactionCompletedEvent>));
var aggregateManager = Sys.ActorOf(Props.Create(() => new TestAggregateManager()), "test-aggregatemanager");
Sys.ActorOf(Props.Create(() => new TestAsyncSagaManager(() => new TestAsyncSaga(aggregateManager))), "test-sagaaggregatemanager");
var senderAggregateId = TestAggregateId.New;
var senderCreateAggregateCommand = new CreateTestCommand(senderAggregateId, CommandId.New);
aggregateManager.Tell(senderCreateAggregateCommand);
var receiverAggregateId = TestAggregateId.New;
var receiverCreateAggregateCommand = new CreateTestCommand(receiverAggregateId, CommandId.New);
aggregateManager.Tell(receiverCreateAggregateCommand);
var senderTestId = TestId.New;
var senderTest = new Test(senderTestId);
var nextAggregateCommand = new AddTestCommand(senderAggregateId, CommandId.New, senderTest);
aggregateManager.Tell(nextAggregateCommand);
var sagaStartingCommand = new GiveTestCommand(senderAggregateId, CommandId.New, receiverAggregateId, senderTest);
aggregateManager.Tell(sagaStartingCommand);
eventProbe.
ExpectMsg <DomainEvent <TestAsyncSaga, TestAsyncSagaId, TestAsyncSagaStartedEvent> >(
x => x.AggregateEvent.Sender.Equals(senderAggregateId) &&
x.AggregateEvent.Receiver.Equals(receiverAggregateId) &&
x.AggregateEvent.SentTest.Equals(senderTest) &&
x.Metadata.ContainsKey("some-key"));
eventProbe.
ExpectMsg <DomainEvent <TestAsyncSaga, TestAsyncSagaId, TestAsyncSagaTransactionCompletedEvent> >();
eventProbe.
ExpectMsg <DomainEvent <TestAsyncSaga, TestAsyncSagaId, TestAsyncSagaCompletedEvent> >();
}
public async Task <Result> Do(GiveTestCommand command)
{
if (!IsNew)
{
if (State.TestCollection.Any(x => x.Id == command.TestToGive.Id))
{
await Emit(new TestSentEvent(Id, command.ReceiverAggregateId, command.TestToGive));
return(Result.Success);
}
}
TestErrors++;
await Emit(new TestedErrorEvent(Id, TestErrors));
return(Result.Fail("TestedErrorEvent"));
}
private bool Execute(GiveTestCommand command)
{
if (!IsNew)
{
if (State.TestCollection.Any(x => x.Id == command.TestToGive.Id))
{
Emit(new TestSentEvent(command.TestToGive, command.ReceiverAggregateId));
Reply(TestExecutionResult.SucceededWith(command.SourceId));
}
}
else
{
TestErrors++;
Throw(new TestedErrorEvent(TestErrors));
ReplyFailure(TestExecutionResult.FailedWith(command.SourceId));
}
return(true);
}
public Task <IExecutionResult> Execute(GiveTestCommand command)
{
if (!IsNew)
{
if (State.TestCollection.Any(x => x.Id == command.TestToGive.Id))
{
Emit(new TestSentEvent(command.TestToGive, command.ReceiverAggregateId));
Reply(TestExecutionResult.SucceededWith(command.Metadata.SourceId));
}
}
else
{
TestErrors++;
Throw(new TestedErrorEvent(TestErrors));
ReplyFailure(TestExecutionResult.FailedWith(command.Metadata.SourceId));
}
return(Task.FromResult(ExecutionResult.Success()));
}
public void SendingTest_FromTestAggregate_CompletesSaga()
{
var eventProbe = CreateTestProbe("event-probe");
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSagaId, TestSagaStartedEvent>));
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSagaId, TestSagaCompletedEvent>));
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSagaId, TestSagaTransactionCompletedEvent>));
var bus = Sys.GetExtension <ServiceProviderHolder>().ServiceProvider.GetRequiredService <ICommandBus>();
var senderAggregateId = TestAggregateId.New;
var senderCreateAggregateCommand = new CreateTestCommand(senderAggregateId, CommandId.New);
bus.Publish(senderCreateAggregateCommand).GetAwaiter().GetResult();
var receiverAggregateId = TestAggregateId.New;
var receiverCreateAggregateCommand = new CreateTestCommand(receiverAggregateId, CommandId.New);
bus.Publish(receiverCreateAggregateCommand).GetAwaiter().GetResult();
var senderTestId = TestId.New;
var senderTest = new Test(senderTestId);
var nextAggregateCommand = new AddTestCommand(senderAggregateId, CommandId.New, senderTest);
bus.Publish(nextAggregateCommand).GetAwaiter().GetResult();
var sagaStartingCommand = new GiveTestCommand(senderAggregateId, CommandId.New, receiverAggregateId, senderTest);
bus.Publish(sagaStartingCommand).GetAwaiter().GetResult();
eventProbe.ExpectMsg <DomainEvent <TestSagaId, TestSagaStartedEvent> >(
x => x.AggregateEvent.Sender.Equals(senderAggregateId) &&
x.AggregateEvent.Receiver.Equals(receiverAggregateId) &&
x.AggregateEvent.SentTest.Equals(senderTest));
eventProbe.ExpectMsg <DomainEvent <TestSagaId, TestSagaTransactionCompletedEvent> >();
eventProbe.ExpectMsg <DomainEvent <TestSagaId, TestSagaCompletedEvent> >();
}
public void SendingTest_FromTestAggregate_CompletesSaga()
{
var probe = CreateTestActor("probeActor");
Sys.EventStream.Subscribe(probe, typeof(DomainEvent <TestSaga, TestSagaId, TestSagaStartedEvent>));
var aggregateManager = Sys.ActorOf(Props.Create(() => new TestAggregateManager()), "test-aggregatemanager");
Sys.ActorOf(Props.Create(() => new TestSagaManager(() => new TestSaga(aggregateManager))), "test-sagaaggregatemanager");
var senderAggregateId = TestAggregateId.New;
var senderCreateAggregateCommand = new CreateTestCommand(senderAggregateId, probe);
aggregateManager.Tell(senderCreateAggregateCommand);
var receiverAggregateId = TestAggregateId.New;
var receiverCreateAggregateCommand = new CreateTestCommand(receiverAggregateId, probe);
aggregateManager.Tell(receiverCreateAggregateCommand);
var senderTestId = TestId.New;
var senderTest = new Test(senderTestId);
var nextAggregateCommand = new AddTestCommand(senderAggregateId, senderTest);
aggregateManager.Tell(nextAggregateCommand);
var sagaStartingCommand = new GiveTestCommand(senderAggregateId, receiverAggregateId, senderTest);
aggregateManager.Tell(sagaStartingCommand);
ExpectMsg <DomainEvent <TestSaga, TestSagaId, TestSagaStartedEvent> >(
x => x.AggregateEvent.Sender.Equals(senderAggregateId) &&
x.AggregateEvent.Receiver.Equals(receiverAggregateId) &&
x.AggregateEvent.SentTest.Equals(senderTest));
}
public void Aggregates_can_be_hydrated()
{
var senderTestId = TestId.NewDeterministic(TestIdNamespace, (DateTime.UtcNow.Day - 1).ToString());
var senderTest = new Test(senderTestId);
var receiver = TestAggregateId.NewDeterministic(TestIdNamespace, (DateTime.UtcNow.Day + 1).ToString());
var sender = TestAggregateId.NewDeterministic(TestIdNamespace, DateTime.UtcNow.Day.ToString());
RunOn(() =>
{
//set up event probe
// set up sender
var senderProbe = CreateTestProbe("sender-probe");
var commandId = CommandId.New;
_aggregateProxy.Value.Tell(new CreateTestCommand(sender, commandId), senderProbe);
senderProbe.ExpectMsg <TestExecutionResult>(
x => x.Result.IsSuccess &&
x.SourceId.Value == commandId.Value, TimeSpan.FromSeconds(10));
var nextAggregateCommand = new AddTestCommand(sender, CommandId.New, senderTest);
_aggregateProxy.Value.Tell(nextAggregateCommand, senderProbe);
senderProbe.ExpectMsg <TestExecutionResult>(
x => x.Result.IsSuccess, TimeSpan.FromSeconds(10));
// set up receiver
var receiverProbe = CreateTestProbe("receiver-probe");
var commandId2 = CommandId.New;
_aggregateProxy.Value.Tell(new CreateTestCommand(receiver, commandId2), receiverProbe);
receiverProbe.ExpectMsg <TestExecutionResult>(
x => x.Result.IsSuccess &&
x.SourceId.Value == commandId2.Value, TimeSpan.FromSeconds(10));
}, _config.Client);
EnterBarrier("aggregates-hydrated");
var eventProbe = CreateTestProbe("event-probe");
RunOn(() =>
{
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSaga, TestSagaId, TestSagaStartedEvent>));
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSaga, TestSagaId, TestSagaCompletedEvent>));
Sys.EventStream.Subscribe(eventProbe, typeof(DomainEvent <TestSaga, TestSagaId, TestSagaTransactionCompletedEvent>));
}, _config.Worker);
RunOn(() =>
{
var senderProbe = CreateTestProbe("saga-starting-probe");
var nextAggregateCommand = new GiveTestCommand(sender, CommandId.New, receiver, senderTest);
_aggregateProxy.Value.Tell(nextAggregateCommand, senderProbe);
senderProbe.ExpectMsg <TestExecutionResult>(
x => x.Result.IsSuccess, TimeSpan.FromSeconds(10));
}, _config.Client);
RunOn(() =>
{
eventProbe.
ExpectMsg <DomainEvent <TestSaga, TestSagaId, TestSagaStartedEvent> >(
x => x.AggregateEvent.Sender.Equals(sender) &&
x.AggregateEvent.Receiver.Equals(receiver) &&
x.AggregateEvent.SentTest.Equals(senderTest), TimeSpan.FromSeconds(20));
eventProbe.
ExpectMsg <DomainEvent <TestSaga, TestSagaId, TestSagaTransactionCompletedEvent> >(TimeSpan.FromSeconds(20));
eventProbe.
ExpectMsg <DomainEvent <TestSaga, TestSagaId, TestSagaCompletedEvent> >(TimeSpan.FromSeconds(20));
}, _config.Worker);
EnterBarrier("saga-finished");
}
