public void DispatchShouldSupportMultipleHandlers()
{
// Arrange.
var evt = new OrderCancelledEvent();
var executed = 0;
var handler1 = new OrderCancelledEventHandler1(() => { executed++; });
var handler2 = new OrderCancelledEventHandler2(() => { executed++; });
var map = new MessageHandlerMap();
map.Add(typeof(OrderCancelledEvent), handler1.GetType());
map.Add(typeof(OrderCancelledEvent), handler2.GetType());
var container = A.Fake <IContainer>();
A.CallTo(() => container.Resolve(handler1.GetType())).Returns(handler1);
A.CallTo(() => container.Resolve(handler2.GetType())).Returns(handler2);
var dispatcher = new MessageDispatcher(container, map);
// Act.
dispatcher.Dispatch("CreateOrder", new Envelope <OrderCancelledEvent>(evt)).Wait();
// Assert.
Assert.Equal(2, executed);
}
public void DispatchShouldSupportMultipleHandlers()
{
// Arrange.
var evt = new OrderCancelledEvent();
var executed = 0;
var handler1 = new OrderCancelledEventHandler1(() => { executed++; });
var handler2 = new OrderCancelledEventHandler2(() => { executed++; });
var map = new MessageHandlerMap();
map.Add(typeof(OrderCancelledEvent), handler1.GetType());
map.Add(typeof(OrderCancelledEvent), handler2.GetType());
var container = A.Fake<IContainer>();
A.CallTo(() => container.Resolve(handler1.GetType())).Returns(handler1);
A.CallTo(() => container.Resolve(handler2.GetType())).Returns(handler2);
var dispatcher = new MessageDispatcher(container, map);
// Act.
dispatcher.Dispatch("CreateOrder", new Envelope<OrderCancelledEvent>(evt)).Wait();
// Assert.
Assert.Equal(2, executed);
}
