masterserver connection

var connectToIP : String = "127.0.0.1"; var connectPort : int = 25002; private var entrypassword: String =""; private var passwordID = "id"; private var password : String = ""; private var tempPassword = password; // stores temporary password private var ps =0; private var pw =0; private var sx =0; private var sy =0; private var a = false;

var doWindow0 = false;

private var connectStatus = "";

function DoWindow0 (windowID : int) { if(GUI.Button (Rect (10,30, 80,20), "Ok")) { doWindow0 = false; } }

function Awake() { // Make sure list is empty and request a new list MasterServer.ClearHostList(); MasterServer.RequestHostList("LarusTest"); }

function Update() { // If any hosts were received, display game name, the clear host list again if (MasterServer.PollHostList().length != 0) { var hostData: HostData[] = MasterServer.PollHostList(); for (var i:int=0; i<hostData.length; i++) { Debug.Log("Game name: " + hostData[i].gameName); } MasterServer.ClearHostList(); connectStatus = "in if"; doWindow0 = true; }

}

//Obviously the GUI is for both client&servers (mixed!) function OnGUI () { //if gui window pressed enter this if (doWindow0) { GUI.Window (0, Rect (110,10,200,60), DoWindow0, connectStatus); }

if(a==false) { //entry password GUILayout.Label("enter password"); entrypassword = GUILayout.PasswordField (entrypassword, "*"[0], 25); tempPassword = entrypassword;

 if(GUILayout.Button("Ok")) 
 {
     if(passwordID == tempPassword)
     {
         tempPassword = "";
         a= true;
         print("right");
         connectStatus = "Correct";
         doWindow0 = true;
     }
     else 
     {
         connectStatus = "Wrong password try again";
         doWindow0 = true;
         print("wrong");
     }
 }

} //doWindow0 = GUI.Toggle (Rect (10,10,100,20), doWindow0, "Window 0"); else if(a==true) { if (Network.peerType == NetworkPeerType.Disconnected) { //We are currently disconnected: Not a client or host GUILayout.Label("Connection status: Disconnected");

     connectToIP = GUILayout.TextField(connectToIP, GUILayout.MinWidth(100));
     connectPort = parseInt(GUILayout.TextField(connectPort.ToString()));
     //password =  GUILayout.TextField(password, GUILayout.MinWidth(100));
     password = GUILayout.PasswordField (password, "*"[0], 25);




         GUILayout.BeginVertical();
         if (GUILayout.Button ("Connect as client"))
         {
             //Connect to the "connectToIP" and "connectPort" as entered via the GUI
             //Ignore the NAT for now
             //~ if(password == tempPassword)            
             //~ {
                 connectStatus = "Checking";
                 doWindow0 = true;
                 Network.useNat = false;
                 Network.Connect(connectToIP, connectPort,password);
                 tempPassword = "";
             //~ }


         }



         if (GUILayout.Button ("Start Server"))
         {
             //Start a server for 32 clients using the "connectPort" given via the GUI
             //Ignore the nat for now    
             //Network.useNat = false;
             Network.useNat = !Network.HavePublicAddress();
             Network.incomingPassword = password;
             Network.InitializeServer(32, connectPort);

             MasterServer.RegisterHost("MyUniqueGameType", "JohnDoes game", "l33t game for all");
         }
         GUILayout.EndVertical();


 }
 else
 {
     //We've got a connection(s)!


     if (Network.peerType == NetworkPeerType.Connecting)
     {

         GUILayout.Label("Connection status: Connecting");

     }
     else if (Network.peerType == NetworkPeerType.Client)
     {

         GUILayout.Label("Connection status: Client!");
         GUILayout.Label("Ping to server: "+Network.GetAveragePing(  Network.connections[0] ) );     

     } 
     else if (Network.peerType == NetworkPeerType.Server)
     {

         GUILayout.Label("Connection status: Server!");
         GUILayout.Label("Connections: "+Network.connections.length);
         if(Network.connections.length>=1)
         {
             GUILayout.Label("Ping to first player: "+Network.GetAveragePing(  Network.connections[0] ) );
         }           
     }

     if (GUILayout.Button ("Disconnect"))
     {
         Network.Disconnect(200);
     }
 }

 }

}

// NONE of the functions below is of any use in this demo, the code below is only used for demonstration. // First ensure you understand the code in the OnGUI() function above.

//Client functions called by Unity function OnConnectedToServer() { Debug.Log("This CLIENT has connected to a server"); }

function OnDisconnectedFromServer(info : NetworkDisconnection) { Debug.Log("This SERVER OR CLIENT has disconnected from a server"); }

function OnFailedToConnect(error: NetworkConnectionError) { Debug.Log("Could not connect to server: "+ error);

 connectStatus = "Error Failed";
 doWindow0 = true;

}

//Server functions called by Unity function OnPlayerConnected(player: NetworkPlayer) { Debug.Log("Player connected from: " + player.ipAddress +":" + player.port); }

function OnServerInitialized() { Debug.Log("Server initialized and ready"); }

function OnPlayerDisconnected(player: NetworkPlayer) { Debug.Log("Player disconnected from: " + player.ipAddress+":" + player.port); }

// OTHERS: // To have a full overview of all network functions called by unity // the next four have been added here too, but they can be ignored for now

function OnFailedToConnectToMasterServer(info: NetworkConnectionError) { Debug.Log("Could not connect to master server: "+ info); }

function OnNetworkInstantiate (info : NetworkMessageInfo) { Debug.Log("New object instantiated by " + info.sender); }

function OnSerializeNetworkView(stream : BitStream, info : NetworkMessageInfo) { //Custom code here (your code!) }

/* The last networking functions that unity calls are the RPC functions. As we've added "OnSerializeNetworkView", you can't forget the RPC functions that unity calls..however; those are up to you to implement.