public void StartNewRTSession(RTSessionInfo _info)
{
Debug.Log("GSM| Creating New RT Session Instance...");
sessionInfo = _info;
gameSparksRTUnity = this.gameObject.AddComponent <GameSparksRTUnity>(); // Adds the RT script to the game
// In order to create a new RT game we need a 'FindMatchResponse' //
// This would usually come from the server directly after a successful MatchmakingRequest //
// However, in our case, we want the game to be created only when the first player decides using a button //
// therefore, the details from the response is passed in from the gameInfo and a mock-up of a FindMatchResponse //
// is passed in. //
GSRequestData mockedResponse = new GSRequestData()
.AddNumber("port", (double)_info.GetPortID())
.AddString("host", _info.GetHostURL())
.AddString("accessToken", _info.GetAccessToken()); // construct a dataset from the game-details
FindMatchResponse response = new FindMatchResponse(mockedResponse); // create a match-response from that data and pass it into the game-config
// So in the game-config method we pass in the response which gives the instance its connection settings //
// In this example, I use a lambda expression to pass in actions for
// OnPlayerConnect, OnPlayerDisconnect, OnReady and OnPacket actions //
// These methods are self-explanatory, but the important one is the OnPacket Method //
// this gets called when a packet is received //
gameSparksRTUnity.Configure(response,
(peerId) => { OnPlayerConnectedToGame(peerId); },
(peerId) => { OnPlayerDisconnected(peerId); },
(ready) => { OnRTReady(ready); },
(packet) => { OnPacketReceived(packet); });
gameSparksRTUnity.Connect(); // when the config is set, connect the game
}
private void OnMatchFound(GameSparks.Api.Messages.MatchFoundMessage _message)
{
tempRTSessionInfo = new RTSessionInfo(_message);
GameSparksManager.Instance().StartNewRTSession(tempRTSessionInfo);
Debug.Log("Match Found");
}
