public void can_send_command()
{
var handler = new WoftamCommandHandler(_longProp);
_subscriptions.Add(_localBus.Subscribe(handler));
// First send the command to server so it knows where to send the response.
_tcpBusClientSide.Handle(MessageBuilder.New(() => new WoftamCommand(ShortProp)));
// expect to receive it on the client side
var gotMessage = _tcs.Task.Wait(TimeSpan.FromMilliseconds(1000));
Assert.True(gotMessage);
Assert.IsType <Success>(_tcs.Task.Result);
}
public void can_filter_out_message_types()
{
// server side
var serverInbound = new QueuedHandler(
new AdHocHandler <IMessage>(_tcs.SetResult),
"InboundMessageQueuedHandler",
true,
TimeSpan.FromMilliseconds(1000));
var tcpBusServerSide = new TcpBusServerSide(
_hostAddress,
port,
inboundNondiscardingMessageTypes: new[] { typeof(WoftamEvent) },
inboundNondiscardingMessageQueuedHandler: serverInbound);
serverInbound.Start();
// client side
var tcpBusClientSide = new TcpBusClientSide(_hostAddress, port);
// wait for tcp connection to be established
AssertEx.IsOrBecomesTrue(() => tcpBusClientSide.IsConnected, 200);
// put disallowed message into client
tcpBusClientSide.Handle(new WoftamCommand("abc"));
// expect to receive it in the server but drop it on the floor
var gotMessage = _tcs.Task.Wait(TimeSpan.FromMilliseconds(1000));
Assert.False(gotMessage);
tcpBusClientSide.Dispose();
tcpBusServerSide.Dispose();
}
public void can_handle_split_frames()
{
// 16kb large enough to cause the transport to split up the frame.
// it would be better if we did the splitting manually so we were sure it really happened.
// would require mocking more things.
var prop1 = "prop1";
var prop2 = string.Join("", Enumerable.Repeat("a", 16 * 1024));
// server side
var serverInbound = new QueuedHandler(
new AdHocHandler <IMessage>(_tcs.SetResult),
"InboundMessageQueuedHandler",
true,
TimeSpan.FromMilliseconds(1000));
var tcpBusServerSide = new TcpBusServerSide(
_hostAddress,
port,
inboundNondiscardingMessageTypes: new[] { typeof(WoftamEvent) },
inboundNondiscardingMessageQueuedHandler: serverInbound);
serverInbound.Start();
// client side
var tcpBusClientSide = new TcpBusClientSide(_hostAddress, port);
// wait for tcp connection to be established
AssertEx.IsOrBecomesTrue(() => tcpBusClientSide.IsConnected, 200);
// put message into client
tcpBusClientSide.Handle(new WoftamEvent(prop1, prop2));
// expect to receive it in the server
var gotMessage = _tcs.Task.Wait(TimeSpan.FromMilliseconds(1000));
Assert.True(gotMessage);
var evt = Assert.IsType <WoftamEvent>(_tcs.Task.Result);
Assert.Equal(prop1, evt.Property1);
Assert.Equal(prop2, evt.Property2);
tcpBusClientSide.Dispose();
tcpBusServerSide.Dispose();
}
public void can_handle_split_frames()
{
// 16kb large enough to cause the transport to split up the frame.
// it would be better if we did the splitting manually so we were sure it really happened.
// would require mocking more things.
var hostAddress = IPAddress.Loopback;
var prop1 = "prop1";
var prop2 = string.Join("", Enumerable.Repeat("a", 16 * 1024));
var port = 10000;
var tcs = new TaskCompletionSource <IMessage>();
// server side
var serverInbound = new QueuedHandler(
new AdHocHandler <IMessage>(tcs.SetResult),
"InboundMessageQueuedHandler",
true,
TimeSpan.FromMilliseconds(1000));
var tcpBusServerSide = new TcpBusServerSide(hostAddress, port, null)
{
InboundMessageQueuedHandler = serverInbound,
InboundSpamMessageTypes = new List <Type>(),
};
serverInbound.Start();
// client side
var tcpBusClientSide = new TcpBusClientSide(null, hostAddress, port);
// wait for tcp connection to be established (maybe an api to detect this would be nice)
Thread.Sleep(TimeSpan.FromMilliseconds(200));
// put message into client
tcpBusClientSide.Handle(new WoftamEvent(prop1, prop2));
// expect to receive it in the server
var gotMessage = tcs.Task.Wait(TimeSpan.FromMilliseconds(1000));
Assert.True(gotMessage);
var evt = Assert.IsType <WoftamEvent>(tcs.Task.Result);
Assert.Equal(prop1, evt.Property1);
Assert.Equal(prop2, evt.Property2);
}