public void AddHelloMesssage(HelloMessage helloMessage, PeerToPeerConnection connection)
{
Debug.Log("Manager of " + myClientName + ": Received Hello message from: " + helloMessage.name);
sockets.Add(helloMessage.name, connection);
peers.Add(helloMessage.name, helloMessage.ipAndPort);
AddIncommingMessage(helloMessage);
}
private void ConnectToExistingPeers()
{
Debug.Log("Manager of " + myClientName + ": connect to existing peer: " + ipOfFirstPeerConnecton + " at port = " + remotePort);
//verbindung zu einem peer
connectionToFirstPeer = new PeerToPeerClient(this, ipOfFirstPeerConnecton, remotePort, "");
//2.zu zuvor definierten ip verbindung aufbauen(remote server)
//get ips and ports of all servers
Thread.Sleep(1000);
Debug.Log("should send message get Peers now!");
connectionToFirstPeer.SendGetPeers();
}
private bool WaitForConnection(PeerToPeerConnection client)
{
int secondsWaiting = 0;
int secondsWaitLimit = 10;
while (false) // !is.connected()
{
Thread.Sleep(1000);
secondsWaiting++;
if (secondsWaiting > 1)
{
Debug.LogWarning("Manager of " + myClientName + ": Still waiting for connection of first client (since " + secondsWaiting + " Seconds");
}
if (secondsWaiting > secondsWaitLimit)
{
Debug.LogWarning("Manager of " + myClientName + ": stopped waiting after " + secondsWaiting + " Seconds!!!");
return(false);
}
}
return(true);
}
private void HandlePeersMessage(PeersMessage peersMessage)
{
Debug.Log("handling peers message!");
//parsed message should contain a dictionary
//iteratate through it and send hello message to each node
if (peersMessage.peers == null)
{
Debug.Log("Manager of " + myClientName + ": Received empty peers message");
return;
}
foreach (KeyValuePair <string, string> entry in peersMessage.peers)
{
string playerName = entry.Key;
string ipAndPort = entry.Value;
string[] splits = ipAndPort.Split(':');
string ip = splits[0];
int port = Int32.Parse(splits[1]);
Debug.Log("received ip = " + ip + " first ip = " + ipOfFirstPeerConnecton + " received port = " + port + " fist port = " + remotePort);
if (ip.Equals(ipOfFirstPeerConnecton) && port == remotePort)
{
sockets.Add(playerName, connectionToFirstPeer);
peers.Add(playerName, ipAndPort);
connectionToFirstPeer.clientName = playerName;
Debug.Log("added first peer to dictionaries");
connectionToFirstPeer = null;
}
else
{
if (!peers.ContainsKey(playerName))
{
PeerToPeerClient anotherClient = new PeerToPeerClient(this, ip, port, playerName);
sockets.Add(playerName, anotherClient);
peers.Add(playerName, ipAndPort);
Debug.Log("Manager of " + myClientName + ": Added new Player to known peers: " + playerName + " - " + ipAndPort);
}
}
// do something with entry.Value or entry.Key
}
//now send hello message
Debug.Log("Manager of " + myClientName + ": sending hello message known peers: " + string.Join(";", peers));
HelloMessage helloMessage = new HelloMessage(myClientName, playersPosition, peers[myClientName]);
Thread.Sleep(5000);
foreach (KeyValuePair <string, PeerToPeerConnection> entry in sockets)
{
Debug.Log("Manager of " + myClientName + ": sending hello message to " + entry.Key);
entry.Value.CreateAndSendMessage(helloMessage);
}
//annahme jetzt kennen mich einfach alle #fame
//seclect one randomly and ask for world model
List <string> keyList = new List <string>(sockets.Keys);
System.Random rand = new System.Random();
string randomKey = keyList[rand.Next(keyList.Count)];
Debug.Log("sending get state message to " + randomKey);
sockets[randomKey].SendGetState();
//ask everybody for position
/*OPTIONAL START!(gilt nicht für erste instanz)
*
*
* 3.sendden einer hello message mit eigenen spielernamen(nee erst wenn alle verbindungen aufgebaut sind?)
* 4.senden eines getip -> getPeers an obigen server -> liefert ips UND PORTS!
* 5.beim erhalt der ips über einen peerToPeer client
* a) Aufbau einer client verbindung zu jeder erhaltenen ip adresse
* b) senden einer hello nachricht an jede der aufgebauten sockts
* b) Spielerposition kommt als Antwort auf hello Nachricht
*
* OPTIONAL ENDE!
* */
}
