public void CanHandleResends()
{
var printer = CreateTestProbe();
var protocol = ActorOf(PrinterProtocol.Props(printer));
var transport = CreateTestProbe();
protocol.Tell(new ConnectProtocol(transport), TestActor);
transport.ExpectMsg <ConnectTransport>();
// Simulate transport connection behavior.
// Otherwise the protocol layer will get stuck.
protocol.Tell(TransportConnected.Instance, transport.Ref);
protocol.Tell(new PrinterCommand(1, "G0"), TestActor);
transport.ExpectMsg <PrinterCommand>(x => x.LineNumber == 1);
protocol.Tell(new PrinterResponse("ok"), transport);
protocol.Tell(new PrinterCommand(2, "G1"), TestActor);
transport.ExpectMsg <PrinterCommand>(x => x.LineNumber == 2);
protocol.Tell(new PrinterResponse("rsnd N:1"), transport);
transport.ExpectMsg <PrinterCommand>(x => x.LineNumber == 1);
protocol.Tell(new PrinterResponse("ok"), transport);
transport.ExpectMsg <PrinterCommand>(x => x.LineNumber == 2);
protocol.Tell(new PrinterResponse("ok"), transport);
}
public void CanHandleAsyncTemperatureReports()
{
var printer = CreateTestProbe();
var protocol = ActorOf(PrinterProtocol.Props(printer));
var transport = CreateTestProbe();
//TODO: Send a command and reply with an out-of-band temperature report + ok.
}
public void CanConnect()
{
var printer = CreateTestProbe();
var protocol = ActorOf(PrinterProtocol.Props(printer));
var transport = CreateTestProbe();
protocol.Tell(new ConnectProtocol(transport), TestActor);
transport.ExpectMsg <ConnectTransport>();
// Simulate transport connection behavior.
// Otherwise the protocol layer will get stuck.
protocol.Tell(TransportConnected.Instance, transport.Ref);
protocol.Tell(DisconnectProtocol.Instance, TestActor);
transport.ExpectMsg <DisconnectTransport>();
// Simulate transport disconnection behavior.
// Otherwise the protocol layer will get stuck.
protocol.Tell(TransportDisconnected.Instance, transport.Ref);
}
