public void TriggerEvent1()
{
if (Event1 != null)
{
Event1.Invoke(this, new Event1Args($"Total subscribers: ${Event1.GetInvocationList().Length}"));
}
}
public void WHEN_throws_THEN_retries()
{
var handler = new TestableBuggyEventHandler();
this.processor.Register(handler);
// Registering also a generic handler
var genericHandler = new Mock <IEventHandler>();
genericHandler.As <IEventHandler <IEvent> >();
this.processor.Register(genericHandler.Object);
this.processor.Start();
var event1 = new Event1 {
SourceId = Guid.NewGuid()
};
var event2 = new Event2 {
SourceId = Guid.NewGuid()
};
this.receiverMock.Raise(r => r.MessageReceived += null, new MessageReceivedEventArgs(new MessageForDelivery(Serialize(event1))));
Assert.Throws(new AggregateException().GetType(), () => this.receiverMock.Raise(r => r.MessageReceived += null, new MessageReceivedEventArgs(new MessageForDelivery(Serialize(event2)))));
}
public async Task sut_supports_multiple_state_types_having_same_stream_id(
IMessageBus eventBus, Guid streamId, Event1 evt1, Event2 evt2)
{
// Arrange
EntityEventStore <State1> store1 = GenerateEventStore <State1>(eventBus);
EntityEventStore <State2> store2 = GenerateEventStore <State2>(eventBus);
int startVersion = 1;
// Act
Func <Task> action = async() =>
{
await store1.CollectEvents(streamId, startVersion, new[] { evt1 });
await store2.CollectEvents(streamId, startVersion, new[] { evt2 });
};
// Assert
await action.Should().NotThrowAsync();
IEnumerable <object> actual1 = await store1.QueryEvents(streamId, fromVersion : 1);
actual1.Should().BeEquivalentTo(evt1);
IEnumerable <object> actual2 = await store2.QueryEvents(streamId, fromVersion : 1);
actual2.Should().BeEquivalentTo(evt2);
}
public void when_receives_message_then_notifies_registered_handler()
{
var handlerAMock = new Mock <IEventHandler>();
handlerAMock.As <IEventHandler <Event1> >();
handlerAMock.As <IEventHandler <Event2> >();
var handlerBMock = new Mock <IEventHandler>();
handlerBMock.As <IEventHandler <Event2> >();
processor.Register(handlerAMock.Object);
processor.Register(handlerBMock.Object);
processor.Start();
var event1 = new Event1 {
SourceId = Guid.NewGuid()
};
var event2 = new Event2 {
SourceId = Guid.NewGuid()
};
receiverMock.Raise(r => r.MessageReceived += null, new MessageReceivedEventArgs(new Message(Serialize(event1))));
receiverMock.Raise(r => r.MessageReceived += null, new MessageReceivedEventArgs(new Message(Serialize(event2))));
handlerAMock.As <IEventHandler <Event1> >().Verify(h => h.Handle(It.Is <Event1>(e => e.SourceId == event1.SourceId)));
handlerAMock.As <IEventHandler <Event2> >().Verify(h => h.Handle(It.Is <Event2>(e => e.SourceId == event2.SourceId)));
handlerBMock.As <IEventHandler <Event2> >().Verify(h => h.Handle(It.Is <Event2>(e => e.SourceId == event2.SourceId)));
}
public async Task DispatcherShouldRegisterPipelineForMultipleEventsAsync()
{
var actWrapper = ActWrapper <Event> .From(nopAct);
var eventTypes = new List <Type> {
typeof(Event1), typeof(Event2)
};
var acts = new ActList {
actWrapper.Act
};
dispatcher.RegisterPipeline(eventTypes, acts);
Event1 event1 = new Event1 {
Property = "event1"
};
dispatcher.Dispatch(event1);
await actWrapper.ActTask;
(actWrapper.Event as Event1).Property.ShouldBeEquivalentTo(event1.Property);
actWrapper.Rearm();
Event2 event2 = new Event2 {
Property = "event2"
};
dispatcher.Dispatch(event2);
await actWrapper.ActTask;
(actWrapper.Event as Event2).Property.ShouldBeEquivalentTo(event2.Property);
}
public Task <Event1> DoSomething(Event1 input)
{
return(Task.FromResult(new Event1()
{
Quantity = 100
}));
}
public async Task CreateMessageAsync_CreatesCorrectMessageType()
{
IEvent @event = new Event1();
IEventMessageDraft message = await sut.CreateMessageAsync(@event);
message.Should().BeOfType <EventMessageDraft <Event1> >();
message.Event.Should().Be(@event);
}
public void SafeInvoke_WhenNullArgs()
{
bool invoked = false;
Event1 += (sender, args) => invoked = true;
Event1.SafeInvoke(null, null);
invoked.Should().BeTrue();
}
public void DisallowUnpersistEventWithSets()
{
Session.BeginUpdate();
Event1 = QueryHelper.Read <Event>(Event1SimpleKey, Location1, Session);
Assert.Throws <ConstraintException>(() =>
Event1.Unpersist(Session));
Session.Commit();
}
public void SafeInvoke_WhenExplicitArgs()
{
bool invoked = false;
Event1 += (sender, args) => invoked = true;
Event1.SafeInvoke(this, new EventArgs());
invoked.Should().BeTrue();
}
public void HandleEvent_InvokesHandle()
{
var sut = Substitute.ForPartsOf <Saga1>(Guid.NewGuid());
var event1 = new Event1().ToMessageDraft();
sut.HandleEvent(event1);
sut.Received(1).Handle(event1);
}
public void PushEvent_AddsToEvents()
{
var ev1 = new Event1().ToMessageDraft();
sut.PushEvent(ev1);
sut.Events.Should().HaveCount(1);
sut.Events.Should().Contain(ev1);
}
public void RaiseEvents()
{
Event1.Invoke();
// have difference of 20 ms between both events
Thread.Sleep(20);
Event2.Invoke();
}
public static void Registe(string key, Event1 e)
{
if (m_Event1.ContainsKey(key))
{
m_Event1[key] += e;
}
else
{
m_Event1.Add(key, e);
}
}
public void ReplayEvents_ExecutesHandlers()
{
List <DomainAggregateEvent> events = new List <DomainAggregateEvent>();
var ev1 = new Event1();
sut.Register <Event1>(ev => events.Add(ev));
sut.Publish(ev1);
Assert.Equal(events[0], ev1);
}
public void Show()
{
var sut = new HasRoutesDiscoveredByConvention();
var event1 = new Event1();
var event2 = new Event2();
sut.InvokeApply(event1);
sut.InvokeApply(event2);
Assert.Equal(event1, sut.RouteForEvent1.Captured);
Assert.Equal(event2, sut.RouteForEvent2.Captured);
}
// Start is called before the first frame update
void Start()
{
//subscribe
GameObject go = GameObject.Find("Event1");//gameobject with attached script
Event1 event1 = go.GetComponent <Event1>();
Event1.onSpacePressedSecond += localFunctionSecond;
event1.onSpacePressed += localFunction;
//event1.onSpacePressedSecond += localFunctionSecond;
}
public void Publish_PushesEventToUncomittedEvents()
{
var ev1 = new Event1();
var ev2 = new Event2();
sut.Publish(ev1);
sut.Publish(ev2);
Assert.Equal(2, sut.UncommitedEvents.Count());
Assert.Equal(ev1, sut.UncommitedEvents.ElementAt(0));
Assert.Equal(ev2, sut.UncommitedEvents.ElementAt(1));
}
void OnGUI()
{
if (GUI.Button(new Rect(10, 10, 150, 50), "send eve1"))
{
Event1 eve = new Event1(1, 2, "123");
eve.Send();
}
if (GUI.Button(new Rect(10, 70, 150, 50), "send eve2"))
{
EventData.CreateEvent(EventID.EVENT_2).Send();
}
}
public void CommittingAtPreviewObservationStageThrows()
{
var event1 = new Event1
{
ShouldCommit = true,
CommitAtStage = ObservationStage.Preview,
CommitAtEventProcesserId = EventProcessor1Id,
};
_router.PublishEvent(_model1.Id, event1);
_terminalErrorHandler.Errors.Count.ShouldBe(1);
_terminalErrorHandler.Errors[0].ShouldBeOfType <InvalidOperationException>();
}
public void Apply_FiresAllHandlers()
{
List <DomainAggregateEvent> events1 = new List <DomainAggregateEvent>();
List <DomainAggregateEvent> events2 = new List <DomainAggregateEvent>();
var ev1 = new Event1();
sut.Register <Event1>(ev => events1.Add(ev));
sut.Register <Event1>(ev => events2.Add(ev));
sut.Publish(ev1);
Assert.Equal(events1[0], ev1);
Assert.Equal(events2[0], ev1);
}
public void RemovalAtPreviewStageEndsEventWorkflow()
{
var event1 = new Event1
{
ShouldRemove = true,
RemoveAtStage = ObservationStage.Preview,
RemoveAtEventProcesserId = EventProcessor1Id,
};
_router.PublishEvent(_model1.Id, event1);
_model1EventProcessor.Event1Details.PreviewStage.ReceivedEvents.Count.ShouldBe(1);
_model1EventProcessor.Event1Details.NormalStage.ReceivedEvents.Count.ShouldBe(0);
_model1Controller.ReceivedModels.Count.ShouldBe(0);
}
public Trigger Clone()
{
return(new Trigger()
{
Name = Name,
PersistantType = PersistantType,
House = House,
EventControl = EventControl,
Event1 = Event1.Clone(),
Event2 = Event2.Clone(),
Action1 = Action1.Clone(),
Action2 = Action2.Clone()
});
}
public void Should_not_get_events_not_subscribed_to()
{
Event1 capturedEvent = null;
eventBus.Subscribe <Event1>(@event => capturedEvent = @event);
var publishedEvent = new Event2
{
Text = "Hello World"
};
eventBus.Publish(publishedEvent);
capturedEvent.ShouldBeNull();
}
public void HandleEvent(EventData data)
{
switch (data.eid)
{
case EventID.EVENT_1:
Event1 eve = data as Event1;
Debug.Log("receive event_1 msg!");
Debug.Log(string.Format("t1:{0},t2:{1},s1:{2}", eve.t1, eve.t2, eve.s1));
break;
case EventID.EVENT_2:
Debug.Log("receive event_2 msg!");
break;
}
}
public void RegisterEvents_RegistersAllHandlers()
{
var sut = new ConventionEventApplyRegistrator();
var entity = new MyEntity();
var aggregate = Substitute.For <IAggregateRoot>();
var router = new AggregateEventRouter(aggregate);
sut.RegisterEvents(entity, router);
var ev1 = new Event1();
router.Publish(ev1);
Assert.Equal(ev1, entity.Events[0]);
}
public void ShouldNotGetEventsNotSubscribedTo()
{
Event1 capturedEvent = null;
eventBus.Subscribe <Event1>(@event => capturedEvent = @event);
var publishedEvent = new Event2
{
Text = "Hello World"
};
eventBus.Publish(publishedEvent);
capturedEvent.Should().BeNull();
}
public async Task FlushAsync_PublishesEvents()
{
var ev1 = new Event1().ToMessageDraft();
var ev2 = new Event1().ToMessageDraft();
sut.PushEvent(ev1);
sut.PushEvent(ev2);
await sut.FlushAsync(CancellationToken.None);
eventBus.Received(1).PublishAsync(ev1);
eventBus.Received(1).PublishAsync(ev2);
sut.Events.Should().HaveCount(0);
}
public void Should_be_able_to_get_subscribed_to_events()
{
Event1 capturedEvent = null;
eventBus.Subscribe <Event1>(@event => capturedEvent = @event);
var publishedEvent = new Event1
{
Text = "Hello World"
};
eventBus.Publish(publishedEvent);
capturedEvent.ShouldNotBeNull();
capturedEvent.ShouldBeTheSameAs(publishedEvent);
}
public void Should_be_able_to_get_subscribed_to_events()
{
Event1 capturedEvent = null;
eventBus.Subscribe<Event1>(@event => capturedEvent = @event);
var publishedEvent = new Event1
{
Text = "Hello World"
};
eventBus.Publish(publishedEvent);
capturedEvent.ShouldNotBeNull();
capturedEvent.ShouldBeTheSameAs(publishedEvent);
}
public void TestMultiCodec()
{
MultiCodec <BaseEvent> codec = new MultiCodec <BaseEvent>();
codec.Register(new Event1Codec());
codec.Register(new Event2Codec());
byte[] d1Data = codec.Encode(new Event1(42));
byte[] d2Data = codec.Encode(new Event2("Tony"));
Event1 e1 = (Event1)codec.Decode(d1Data);
Event2 e2 = (Event2)codec.Decode(d2Data);
Assert.Equal(42, e1.Number);
Assert.Equal("Tony", e2.Name);
}
public void when_receives_message_then_notifies_generic_handler()
{
var handler = new Mock<IEventHandler>();
handler.As<IEventHandler<IEvent>>();
this.processor.Register(handler.Object);
this.processor.Start();
var event1 = new Event1 { SourceId = Guid.NewGuid() };
var event2 = new Event2 { SourceId = Guid.NewGuid() };
this.receiverMock.Raise(r => r.MessageReceived += null, new MessageReceivedEventArgs(new Message(Serialize(event1))));
this.receiverMock.Raise(r => r.MessageReceived += null, new MessageReceivedEventArgs(new Message(Serialize(event2))));
handler.As<IEventHandler<IEvent>>().Verify(h => h.Handle(It.Is<Event1>(e => e.SourceId == event1.SourceId)));
handler.As<IEventHandler<IEvent>>().Verify(h => h.Handle(It.Is<Event2>(e => e.SourceId == event2.SourceId)));
}
public void Should_handle_resubscription_from_handler()
{
Event1 eventFromSubscription = null;
eventBus.Subscribe<Event1>(@event =>
{
eventFromSubscription = @event;
eventBus.Subscribe<Event1>(x => { });
});
var publishedEvent1 = new Event1
{
Text = "Hello World"
};
eventBus.Publish(publishedEvent1);
eventFromSubscription.ShouldNotBeNull();
}
public void ShouldPublishEventSynchronouslyFromMethodParam()
{
eventBus.IsAsynchronous.ShouldBe(true);
Event1 firedArgs = null;
Action<Event1> handler = e => { firedArgs = e; };
eventBus.Subscribe(handler);
// ---
var publishArgs = new Event1 { Message = "My Message" };
eventBus.Publish(publishArgs, isAsynchronous: false);
firedArgs.ShouldBe(publishArgs);
eventBus.PublishedCount<Event1>().ShouldBe(1L);
eventBus.IsAsynchronous.ShouldBe(true);
}
public void ShouldPublishEventAsynchronouslyFromMethodParam()
{
eventBus.IsAsynchronous = false;
AsyncTest.Start(test =>
{
var publishArgs = new Event1 { Message = "My Message" };
var fired = false;
Action<Event1> handler = e =>
{
fired = true;
e.ShouldBe(publishArgs);
test.Complete();
};
eventBus.Subscribe(handler);
eventBus.Publish(publishArgs, isAsynchronous:true);
fired.ShouldBe(false);
});
}
public void OnFire(Event1 e)
{
FireCount++;
}
public bool Handle(Event1 x)
{
return true;
}
private void OnFire(Event1 e)
{
fireCount++;
}
public void Should_handle_cancelation_from_handler()
{
Event1 eventFromSubscription = null;
CancelSubscription cancelEvent = null;
cancelEvent = eventBus.Subscribe<Event1>(@event =>
{
cancelEvent();
eventFromSubscription = @event;
});
var publishedEvent1 = new Event1
{
Text = "Hello World"
};
eventBus.Publish(publishedEvent1);
eventFromSubscription.ShouldNotBeNull();
}
