private void Setup()
{
var partFactory = PartFactoryTestObjects.GetAlwaysValidPartFactory();
CommandFactory = CommandsTestObjects.GetProperAlwaysValidCommandFactory();
var idGenerator = new IdGenerator(4);
var dataPackFactory = new ReflectionBasedDataPackFactory();
var orderFactory = new OrderFactory(idGenerator, dataPackFactory);
var replyFactory = new ReplyFactory(idGenerator);
var confirmationFactory = new ConfirmationFactory();
Mock <IDataStreamSplitter> splitter = new Mock <IDataStreamSplitter>();
Mock <ICommunicationDeviceAsync> comDevice = new Mock <ICommunicationDeviceAsync>();
var translator = new CommandTranslator(new OrderCommandTranslator(partFactory, CommandFactory, orderFactory),
new ReplyCommandTranslator(partFactory, CommandFactory, replyFactory),
new ConfirmationCommandTranslator(partFactory, CommandFactory, confirmationFactory), new ErrorCommandTranslator());
Translator = translator;
Mock <IDeviceHandler> handler = new Mock <IDeviceHandler>();
handler.Setup(h => h.SendAsync(It.IsAny <ICommand>())).ReturnsAsync(true);
DeviceMoq = handler;
ResponseAwaiterDispatch = ResponseAwaiterDispatchTestObjects.GetProperResponseAwaiterDispatch();
ProtocolHandler = new ProtocolHandlerTestWrapper(handler.Object, confirmationFactory, replyFactory, orderFactory, translator, ResponseAwaiterDispatch);
}
public void Setup()
{
Dispatch = ResponseAwaiterDispatchTestObjects.GetProperResponseAwaiterDispatch();
NormalOrder = ProtocolTestObjects.GetNormalOrder();
NormalConfirmation = ProtocolTestObjects.GetNormalConfirmation();
NormalReply = ProtocolTestObjects.GetNormalReply();
}