public void When_A_New_Socket_Can_Not_Connect_Should_Notify_An_Abort_Via_Dispatcher()
{
// use always IP addresses or a valid and resolvable DNS entry, otherwise the problem will be a DNS error instead a TCP one.
//Keep in mind that if the hostname could not be resolved, the first error will be a DNS, not a TCP.
string unavailableService = "127.0.0.1:59999";
string unavailableServiceUrl = "http://" + unavailableService;
var cancel = new CancellationToken();
var events = new List <Message>();
var dispatcherMoq = WatcherTest.PrepareMock(events);
var winsock = new WinsockWatcher(dispatcherMoq.Object);
//act
winsock.StartWatching(cancel);
Thread.Sleep(2000);
//now we force a tcp connection to nowhere
CallService(unavailableServiceUrl);
//give some room to ETW to raise the Tcp Event
Thread.Sleep(4000);
WatcherTest.AssertSendCalled(dispatcherMoq, Times.AtLeastOnce());
WatcherTest.AssertExpectedEventSent(events, WinsockWatcher.ABORT, string.Empty);
}
public void When_A_New_Socket_Connects_Should_Notify_An_Connect_Via_Dispatcher()
{
var cancel = new CancellationToken();
var events = new List <Message>();
var dispatcherMoq = WatcherTest.PrepareMock(events);
var winsock = new WinsockWatcher(dispatcherMoq.Object);
//act
winsock.StartWatching(cancel);
//give some room to ETW to raise the Tcp Event
Thread.Sleep(4000);
CreateSocketListener(cancel);
Connect();
WatcherTest.AssertSendCalled(dispatcherMoq, Times.AtLeastOnce());
WatcherTest.AssertExpectedEventSent(events, WinsockWatcher.CONNECT, string.Empty);
}
