public void ShouldCallAddedInterceptorsOnConsume()
{
var sourceMessage = new ConsumedMessage(null, new MessageProperties(), new byte[0]);
var firstMessage = new ConsumedMessage(null, new MessageProperties(), new byte[0]);
var secondMessage = new ConsumedMessage(null, new MessageProperties(), new byte[0]);
var first = Substitute.For <IProduceConsumeInterceptor>();
var second = Substitute.For <IProduceConsumeInterceptor>();
first.OnConsume(secondMessage).Returns(firstMessage);
second.OnConsume(sourceMessage).Returns(secondMessage);
var compositeInterceptor = new CompositeInterceptor();
compositeInterceptor.Add(first);
compositeInterceptor.Add(second);
Assert.Equal(firstMessage, compositeInterceptor.OnConsume(sourceMessage));
}
public void ShouldCallAddedInterceptorsOnConsume()
{
var sourceMessage = new RawMessage(new MessageProperties(), new byte[0]);
var firstMessage = new RawMessage(new MessageProperties(), new byte[0]);
var secondMessage = new RawMessage(new MessageProperties(), new byte[0]);
var first = NewMock <IProduceConsumeInterceptor>();
var second = NewMock <IProduceConsumeInterceptor>();
first.Expect(x => x.OnConsume(secondMessage)).Return(firstMessage);
second.Expect(x => x.OnConsume(sourceMessage)).Return(secondMessage);
var compositeInterceptor = new CompositeInterceptor();
compositeInterceptor.Add(first);
compositeInterceptor.Add(second);
Assert.AreEqual(firstMessage, compositeInterceptor.OnConsume(sourceMessage));
}
