private static async Task <IRawInboundEnvelope> HandleAsync(IRawInboundEnvelope envelope)
{
if (envelope.Endpoint.Serializer is BinaryFileMessageSerializer ||
envelope.Endpoint.Serializer.GetType().IsGenericType&&
envelope.Endpoint.Serializer.GetType().GetGenericTypeDefinition() ==
typeof(BinaryFileMessageSerializer <>))
{
return(envelope);
}
var messageType = SerializationHelper.GetTypeFromHeaders(envelope.Headers, false);
if (messageType == null || !typeof(IBinaryFileMessage).IsAssignableFrom(messageType))
{
return(envelope);
}
var(deserializedObject, deserializedType) = await BinaryFileMessageSerializer.Default.DeserializeAsync(
envelope.RawMessage,
envelope.Headers,
MessageSerializationContext.Empty)
.ConfigureAwait(false);
// Create typed message for easier specific subscription
return(SerializationHelper.CreateTypedInboundEnvelope(envelope, deserializedObject, deserializedType));
}
public void CreateTypedInboundEnvelope_EnvelopeReturned()
{
var endpoint = TestConsumerEndpoint.GetDefault();
var rawEnvelope = new RawInboundEnvelope(
Array.Empty <byte>(),
new[] { new MessageHeader("one", "1"), new MessageHeader("two", "2") },
endpoint,
"test",
new TestOffset());
var message = new TestEventOne();
var envelope = SerializationHelper.CreateTypedInboundEnvelope(rawEnvelope, message, typeof(TestEventOne));
envelope.Should().BeOfType <InboundEnvelope <TestEventOne> >();
envelope.As <InboundEnvelope <TestEventOne> >().Message.Should().Be(message);
envelope.Headers.Should().ContainSingle(header => header.Name == "one" && header.Value == "1");
envelope.Headers.Should().ContainSingle(header => header.Name == "two" && header.Value == "2");
envelope.Endpoint.Should().Be(endpoint);
}
