public async Task DeserializeMessageAsync_WithMultipleDeserializers_ShouldPickTheFirstReturnNonNull()
{
FooMessage message;
var node = new TestRemoteNode(
new IMessageSerializer[]
{
new BazSerializer(),
new FooSerializer(),
new BarSerializer()
},
Enumerable.Empty <IMessageProcessor>()
);
using (var payload = FooSerializer.CreateFooPayload(3))
{
message = (FooMessage)await node.DeserializeMessageAsync(
FooMessage.Id,
FooMessage.Size,
payload,
CancellationToken.None);
}
Assert.Equal(3, message.Value1);
}
public void DeserializeMessageAsync_PassInvalidPayload_ShouldThrow()
{
var node = new TestRemoteNode(
new[] { new FooSerializer() },
Enumerable.Empty <IMessageProcessor>()
);
using (var payload = FooSerializer.CreateFooPayload(-1))
{
Assert.ThrowsAnyAsync <InvalidMessageException>(() =>
{
return(node.DeserializeMessageAsync(
FooMessage.Id,
FooMessage.Size,
payload,
CancellationToken.None));
});
}
}
public async Task DeserializeMessageAsync_PassSupportedMessage_ShouldReturnDeserializedMessage()
{
FooMessage message;
var node = new TestRemoteNode(
new[] { new FooSerializer() },
Enumerable.Empty <IMessageProcessor>()
);
using (var payload = FooSerializer.CreateFooPayload(5))
{
message = (FooMessage)await node.DeserializeMessageAsync(
FooMessage.Id,
FooMessage.Size,
payload,
CancellationToken.None);
}
Assert.Equal(5, message.Value1);
}