private void Initialize()
{
Log.Debug("Setup UDP Client");
_localEndPoint = new IPEndPoint(IPAddress.Any, LocalPort);
_udpClient = new UdpClient(_localEndPoint);
_localEndPoint = _udpClient.Client.LocalEndPoint as IPEndPoint;
LocalPort = _localEndPoint?.Port ?? 0;
Log.Debug($"Local Port {LocalPort}");
manager = new RaceManager();
}
static void Main(string[] args)
{
RaceManager MyRaceManager = new RaceManager();
MyRaceManager.start();
// Console.WriteLine("Hello World!");
// Communicator communicator = new Communicator(12000);
// communicator.Start();
//while (!communicator.IsMessageAvailable())
// Console.WriteLine("Message Not Ready");
//Console.WriteLine("Message Ready:");
//Console.ReadKey();
}
public void Process(string[] Message, ref RaceManager _MyRaceManager, System.Net.IPEndPoint senderEndPoint)
{
_MyRaceManager.RaceName = Message[1];
_MyRaceManager.CourseLength = Convert.ToDouble(Message[2]);
_MyRaceManager.RaceStarted = true;
//Race,< race name >,< course length in meters >
string message = "Race," + _MyRaceManager.RaceName + "," + _MyRaceManager.CourseLength;
foreach (var ob in _MyRaceManager.MyClients)
{
//ob.Update();
_MyRaceManager.MyCommunicator.Send(message, ob.MyEndPoint);
}
//Here is where all the communication logic would go
}
public void Process(string[] Message, ref RaceManager _MyRaceManager, System.Net.IPEndPoint senderEndPoint)
{
foreach (var client in _MyRaceManager.MyClients)
{
if (client.MyEndPoint.Address == senderEndPoint.Address && client.MyEndPoint.Port == senderEndPoint.Port)
{
foreach (var runner in _MyRaceManager.MyRunners)
{
if (Convert.ToInt32(Message[1]) == runner.bibNumber)
{
runner.Detach(client);
runner.Notify("Detach", runner);
}
}
}
}
}
public void Process(string [] Message, ref RaceManager _MyRaceManager, System.Net.IPEndPoint senderEndPoint)
{
foreach (var client in _MyRaceManager.MyClients)
{
if (client.MyEndPoint.Address.Equals(senderEndPoint.Address) && client.MyEndPoint.Port.Equals(senderEndPoint.Port))
{
foreach (var runner in _MyRaceManager.MyRunners)
{
if (Convert.ToInt32(Message[1]) == runner.bibNumber)
{
runner.Attach(client);
runner.Notify("Attach", runner);
}
}
}
}
//Since I can't get the communicator working, we'll pretend that the message is
//in this order unsubscribe,bibnumber,ipaddress,endpoint
}
public void Process(string[] Message, ref RaceManager _MyRaceManager, System.Net.IPEndPoint senderEndPoint)
{
Athlete MyAthlete = new Athlete();
MyAthlete.bibNumber = Convert.ToInt32(Message[1]);
MyAthlete.startTime = Convert.ToDouble(Message[2]);
MyAthlete.firstName = Message[3];
MyAthlete.lastName = Message[4];
MyAthlete.gender = Message[5];
MyAthlete.age = Convert.ToInt32(Message[6]);
_MyRaceManager.MyRunners.Add(MyAthlete);
string message = "Athlete," + MyAthlete.bibNumber + "," + MyAthlete.firstName + "," + MyAthlete.lastName + "," + MyAthlete.gender + "," + MyAthlete.age;
foreach (var client in _MyRaceManager.MyClients)
{
_MyRaceManager.MyCommunicator.Send(message, client.MyEndPoint);
}
//here is where the communication logic would go
}
public void Process(string[] Message, ref RaceManager _MyRaceManager, System.Net.IPEndPoint senderEndPoint)
{
Client client = new Client(senderEndPoint);
_MyRaceManager.MyClients.Add(client);
if (_MyRaceManager.RaceStarted)
{
string OutGoingMessage1 = "Race," + _MyRaceManager.RaceName + "," + _MyRaceManager.CourseLength;
_MyRaceManager.MyCommunicator.Send(OutGoingMessage1, client.MyEndPoint);
}
if (_MyRaceManager.MyRunners.Count != 0)
{
foreach (var runner in _MyRaceManager.MyRunners)
{
string OutGoingMessage2 = "Athlete," + runner.bibNumber + "," + runner.firstName + "," + runner.lastName + "," + runner.gender + "," + runner.age;
_MyRaceManager.MyCommunicator.Send(OutGoingMessage2, client.MyEndPoint);
}
}
//Usually the communicator would have the ip and endpoint info,
//but since I can't get it working, we'll pretend that the message
// is hello,ip,endpoint.
}
public void Process(string[] Message, ref RaceManager _MyRaceManager, System.Net.IPEndPoint senderEndPoint)
{
foreach (var athlete in _MyRaceManager.MyRunners)
{
if (athlete.bibNumber == Convert.ToInt32(Message[1]))
{
athlete.lastUpdatedTime = Convert.ToDouble(Message[2]);
athlete.finishTime = athlete.lastUpdatedTime;
athlete.status = "DidNotFinish";
string outGoingMessage = "Status," + athlete.bibNumber + "," + athlete.status + "," + athlete.startTime + "," + athlete.distanceCovered + "," + athlete.lastUpdatedTime + "," + athlete.finishTime;
foreach (var client in _MyRaceManager.MyClients)
{
foreach (var subject in client.MyAthleteSubjects)
{
if (subject.bibNumber == athlete.bibNumber)
{
_MyRaceManager.MyCommunicator.Send(outGoingMessage, client.MyEndPoint);
}
}
}
}
}
}