public void RegisterRoomAndFinalize(NetworkManager networkManager, SpawnTaskController controller)
{
// Create room options
var options = new RoomOptions()
{
IsPublic = true,
Properties = new Dictionary <string, string>(),
RoomPort = networkManager.networkPort, // or Msf.Args.AssignedPort
RoomIp = Msf.Args.MachineIp // Spawner should have passed us his own IP
};
var prop = controller.Properties;
if (prop.ContainsKey(MsfDictKeys.RoomName))
{
options.Name = prop[MsfDictKeys.RoomName];
}
if (prop.ContainsKey(MsfDictKeys.MaxPlayers))
{
options.MaxPlayers = int.Parse(prop[MsfDictKeys.MaxPlayers]);
}
options.Properties[MsfDictKeys.SceneName] = SceneManager.GetActiveScene().name;
Msf.Server.Rooms.RegisterRoom(options, (roomController, error) =>
{
controller.FinalizeTask(new Dictionary <string, string>()
{
{ MsfDictKeys.RoomId, roomController.RoomId.ToString() }
});
});
}
public void StartGameServer(SpawnTaskController controller)
{
// We can access data, which Client sent to spawner
var data = controller.Properties;
// You can start any kind of server here.
// For example, we'll start Unet HLAPI server
var networkManager = FindObjectOfType <NetworkManager>();
// If an arg was provided to use websockets
if (Msf.Args.IsProvided(Msf.Args.Names.WebGl))
{
networkManager.useWebSockets = true;
}
// Spawner added an argument with assigned port number that we can use
networkManager.networkPort = Msf.Args.AssignedPort;
// Start the server
networkManager.StartServer();
// We could finalize it now, but we haven't registered the room yet
RegisterRoomAndFinalize(networkManager, controller);
}
public void RegisterRoomAndFinalize(NetworkManager networkManager, SpawnTaskController controller)
{
// Create room options
var options = new RoomOptions()
{
IsPublic = true,
Properties = new Dictionary <string, string>(),
RoomPort = networkManager.networkPort, // or Msf.Args.AssignedPort
RoomIp = Msf.Args.MachineIp // Spawner should have passed us his own IP
};
// We can read some of the options from what player provided
// when he sent a request
var prop = controller.Properties;
if (prop.ContainsKey(MsfDictKeys.RoomName))
{
options.Name = prop[MsfDictKeys.RoomName];
}
if (prop.ContainsKey(MsfDictKeys.MaxPlayers))
{
options.MaxPlayers = int.Parse(prop[MsfDictKeys.MaxPlayers]);
}
if (prop.ContainsKey(MsfDictKeys.RoomPassword))
{
options.Password = prop[MsfDictKeys.RoomPassword];
}
if (prop.ContainsKey(MsfDictKeys.MapName))
{
options.Properties[MsfDictKeys.MapName] = prop[MsfDictKeys.MapName];
}
// Also, add the scene name
options.Properties[MsfDictKeys.SceneName] = SceneManager.GetActiveScene().name;
// Register the room to master server
Msf.Server.Rooms.RegisterRoom(options, (roomController, error) =>
{
if (roomController == null)
{
Debug.LogError(error);
return;
}
// So the room was registered successfully, we can now finalize the
// spawn request
controller.FinalizeTask(new Dictionary <string, string>()
{
// Add our room id to finalization data
{ MsfDictKeys.RoomId, roomController.RoomId.ToString() }
});
});
}
public void StartGameServer(SpawnTaskController controller)
{
var networkManager = FindObjectOfType <NetworkManager>();
if (Msf.Args.IsProvided(Msf.Args.Names.WebGl))
{
networkManager.useWebSockets = true;
}
networkManager.networkPort = Msf.Args.AssignedPort;
networkManager.StartServer();
RegisterRoomAndFinalize(networkManager, controller);
}
