/// <summary>
/// This will start server in test mode
/// </summary>
protected virtual void StartServerInEditor()
{
if (startServerAsHost)
{
MirrorNetworkManager.StopHost();
MsfTimer.WaitForSeconds(0.2f, () => MirrorNetworkManager.StartHost());
}
else
{
MirrorNetworkManager.StopServer();
MsfTimer.WaitForSeconds(0.2f, () => MirrorNetworkManager.StartServer());
}
}
/// <summary>
/// Before we register our room we need to register spawned process if required
/// </summary>
protected void RegisterSpawnedProcess()
{
// Let's register this process
Msf.Server.Spawners.RegisterSpawnedProcess(Msf.Args.SpawnTaskId, Msf.Args.SpawnTaskUniqueCode, (taskController, error) =>
{
if (taskController == null)
{
logger.Error($"Room server process cannot be registered. The reason is: {error}");
return;
}
// If max players param was given from spawner task
if (taskController.Options.Has(MsfDictKeys.maxPlayers))
{
roomOptions.MaxConnections = taskController.Options.AsInt(MsfDictKeys.maxPlayers);
}
// If password was given from spawner task
if (taskController.Options.Has(MsfDictKeys.roomPassword))
{
roomOptions.Password = taskController.Options.AsString(MsfDictKeys.roomPassword);
}
// If max players was given from spawner task
if (taskController.Options.Has(MsfDictKeys.roomName))
{
roomOptions.Name = taskController.Options.AsString(MsfDictKeys.roomName);
}
// Set port of the Mirror server
SetPort(roomOptions.RoomPort);
// Finalize spawn task before we start mirror server
taskController.FinalizeTask(new DictionaryOptions(), () =>
{
// Start Mirror server
MirrorNetworkManager.StartServer();
});
});
}