static void Main(string[] args)
{
Console.WriteLine("Version: {0}", SimpleTCP.SimpleConnection.Version);
var _manager = new StateMachineManager <testSM, int>(() => new testSM());
var _list = _manager.ApplyObjects(new[] { 2, 8, 90, 1, 1 });
Console.WriteLine("StateMachineTest {0}", _list.Count == 2 ? "OK" : "FAILED");
var testTime = 100;
var _c1m = 0;
var _c2m = 0;
int _sm = 0;
var _server = new SimpleServer(1807);
_server.ReceiveAction += (aData) =>
{
Console.WriteLine("Server: " + aData.Aggregate("", (current, v) => current + (char)v));
_sm++;
};
Thread.Sleep(testTime);
var _client1 = new SimpleClient("127.0.0.1", 1807);
_client1.ReceiveAction += aData =>
{
Console.WriteLine("Client1: " + aData.Aggregate("", (current, v) => current + (char)v));
_c1m++;
};
Thread.Sleep(testTime);
_client1.Send(StringToByte("client1 message 1/4"));
Thread.Sleep(testTime);
_client1.Send(StringToByte("client1 message 2/4"));
Thread.Sleep(testTime);
var _client2 = new SimpleClient("127.0.0.1", 1807);
_client2.ReceiveAction += aData =>
{
Console.WriteLine("Client2: " + aData.Aggregate("", (current, v) => current + (char)v));
_c2m++;
};
Thread.Sleep(testTime);
_client2.Send(StringToByte("client2 message 1/2"));
Thread.Sleep(testTime);
_client2.Send(StringToByte("client2 message 2/2"));
Thread.Sleep(testTime);
_client1.Send(StringToByte("client1 message 3/4"));
Thread.Sleep(testTime);
_server.Send(StringToByte("server message 1/2"));
Thread.Sleep(testTime);
Console.WriteLine("Server has {0} connections", _server.GetEndPoints().Count);
IPEndPoint _testPoint = null;
_server.ReceiveActionWithEndPoint += (aData, aEndPoint) =>
{
_testPoint = aEndPoint;
};
Thread.Sleep(testTime);
_client1.Send(StringToByte("client1 message 4/4"));
Thread.Sleep(testTime);
if (_testPoint != null)
{
_server.Send(StringToByte("server message 2/2 (only for Client1)"), _testPoint);
}
else
{
Console.WriteLine("Server didn't get IpEndPoint");
}
var PollingTestOK = false;
//_client2.ReceiveAction = null;
//_server.ReceiveAction = null;
Console.WriteLine("TestPolling:");
Thread.Sleep(testTime);
new Thread(() =>
{
Thread.Sleep(testTime);
_server.Send(StringToByte("123"));
Thread.Sleep(testTime);
_server.Send(StringToByte("45"));
}).Start();
var _pollingReturn = _client1.Poll(StringToByte("Pollling Request"), testTime * 10, () => new TestStateMachine());
if (_pollingReturn == null)
{
Console.WriteLine("Polling didn't receive Data");
}
else
{
Console.WriteLine("Polling returned: {0}", _pollingReturn.data);
PollingTestOK = _pollingReturn.data == "1234";
}
Console.WriteLine("_clien1 should be Connected: {0}", _client1.Connected ? "Connected" : "Not Connected");
_server.Stop();
Thread.Sleep(testTime);
_client1.Send(StringToByte("Not important Message"));
Thread.Sleep(testTime);
Console.WriteLine("_clien1 should not be Connected: {0}", _client1.Connected ? "Connected" : "Not Connected");
Thread.Sleep(testTime);
SimpleConnection.StopAll();
Console.WriteLine("stopped all");
Thread.Sleep(testTime);
Console.WriteLine("\n");
var _udpServer = new SimpleUDP(1808);
var _udpClient1 = new SimpleUDP("127.0.0.1", 1808);
var _udpClient2 = new SimpleUDP("255.255.255.255", 1808);
var _udpms = 0;
_udpServer.ReceiveAction += aData =>
{
Console.WriteLine("UDP-Server: " + aData.Aggregate("", (current, v) => current + (char)v));
_udpms++;
};
Thread.Sleep(testTime);
_udpClient1.Send(StringToByte("UDP message 1/2"));
Thread.Sleep(testTime);
_udpClient2.Send(StringToByte("UDP message 2/2"));
Thread.Sleep(testTime);
Console.WriteLine("\n{0}% Messages to server,\n{1}% messages to client 1,\n{2}% messages to client 2,\n{3}% Polling Test,\n{4}% UDP Messages", _sm / 6f * 100f, _c1m / 2f * 100f, _c2m / 1f * 100f, PollingTestOK ? 100f : 0f, _udpms / 2f * 100f);
Console.WriteLine("Programm has to end in 5 Seconds");
Thread.Sleep(5000);
}