public WhatConnectionIsPossible()
{
Detect detect = new Detect();
// Add listener for the ProgressChanged event. This is so we can give user feedback on what is being done right now.
detect.ProgressChanged += new Detect.ProgressChange(detect_ProgressChanged);
// Tells detection in what mode it should run. If you dont know what this is you should probably use NoThread.
// NoThread = Works in current thread.
// ThreadInBackground = Works in a thread where IsBackground is set to true.
// ThreadInForeground = Works in a thread where IsBackground is set to false.
detect.Start(Detect.WorkMethod.ThreadInBackground);
}
public void ConnectionDetection_WorksAllWayToTheEnd()
{
Detect det = new Detect();
det.Port = 9000;
det.Start(Detect.WorkMethod.NoThread);
if (det.Progress != Detect.Functions.End)
{
throw new AssertFailedException("Detect didn't work it's way all the way to the end.");
}
}
public void ConnectionDetection_GetInternalIp()
{
Detect det = new Detect();
det.Port = 9005;
det.Start(Detect.WorkMethod.NoThread);
if (det.InternalIP != null)
{
// This is for debuging test case
//throw new AssertFailedException(det.InternalIP.ToString());
}
else
{
throw new AssertFailedException("Unable to get Internal IP Adress");
}
}
public void ConnectionDetection_GetExternalIp()
{
Detect det = new Detect();
det.Port = 9004;
det.Start(Detect.WorkMethod.NoThread);
if (det.ExternalIP != null || det.ExternalIPUPnP != null)
{
// This is for debuging test case
//throw new AssertFailedException(string.Format("{0} : {1}", det.ExternalIP, det.ExternalIPUPnP));
}
else
{
throw new AssertFailedException("Unable to get External IP Adress");
}
}
void detect_ProgressChanged(Detect sender, Detect.Functions prog)
{
switch (prog)
{
case Detect.Functions.Start:
Console.WriteLine("Connection detection has started");
break;
case Detect.Functions.End:
Console.WriteLine("Finished");
Console.Write("Connection Mode:");
switch (sender.ConnectionType)
{
case 0: // No Internet Access?
Console.WriteLine("It seems like you have no Internet connection.");
Console.WriteLine("External IP:" + sender.ExternalIP);
break;
case 1: // Passive mode
Console.WriteLine("It seems like you can only be passive.");
Console.WriteLine("External IP:" + sender.ExternalIP);
break;
case 2: // Active mode
Console.WriteLine("It seems like you can be active. Congratulations!");
Console.WriteLine("External IP:" + sender.ExternalIP);
break;
case 4: // Active mode through UPnP
Console.WriteLine("It seems like you can be active (Through UPnP). Congratulations!");
if (sender.ExternalIP != sender.ExternalIPUPnP)
{
Console.WriteLine("External IP:" + sender.ExternalIP);
Console.WriteLine("External IP (According to your IGD):" + sender.ExternalIPUPnP);
}
else
{
Console.WriteLine("External IP:" + sender.ExternalIP);
}
Console.WriteLine("Internal IP:" + sender.InternalIP);
break;
}
Console.WriteLine("Port:" + sender.Port);
break;
default:
Console.WriteLine("Working on:" + prog);
break;
}
}
public void ConnectionDetection_DoWeFindAConnection()
{
Detect det = new Detect();
det.Port = 9001;
det.Start(Detect.WorkMethod.NoThread);
switch (det.ConnectionType)
{
case 0:
throw new AssertFailedException("Can't find any usable Internet connection.");
case 1:
throw new AssertFailedException("You only seem to be able to be passive.");
case 2:
case 4:
break;
default:
throw new AssertFailedException("We got a value that shouldn't be possible");
}
}
protected void OnSuccessChanged(Detect sender, Detect.Functions prog)
{
}
protected void OnSuccessChanged(Detect sender, Detect.Functions prog)
{
}
