void PregameTimerThread()
{
MRKToSLogger.LogInfo("Pregame timer thread started");
while (true)
{
if (PregameTimer.Enabled)
{
MatchListener.OnPregameTimerStateChanged(new MRKToSTimerEvent(PregameTimer, MRKTosTimerEventState.Updated));
if (PregameTimer.RelativeCurrent <= 0)
{
MRKToSLogger.LogInfo("Pregame timer ended");
Players = new List <MRKToSPlayer>();
foreach (MRKToSUser user in m_QueuedUsers)
{
Players.Add(new MRKToSPlayer(user, this, Players.Count + 1));
}
SwitchToState(State.Names);
break;
}
}
Thread.Sleep(200); // i like to sleep for 200 mils
}
}
/// <summary>
/// Add a user to the queue
/// </summary>
/// <param name="user"></param>
public bool QueueUser(MRKToSUser user)
{
if (MatchState != State.Waiting)
{
MRKToSLogger.LogError($"Can not queue {user.Username} to the match, match has already started or is still idle");
return(false);
}
if (FindQueuedUser(user.Username) != null)
{
MRKToSLogger.LogWarning($"User {user.Username} is already queued");
return(false);
}
if (m_QueuedUsers.Count >= Settings.MaximumPlayerCount)
{
MRKToSLogger.LogWarning($"Can not que {user.Username} to the match, match has maximum player count");
return(false);
}
m_QueuedUsers.Add(user);
MRKToSLogger.LogInfo($"User {user.Username} has been added to the queue");
LogQueueCount();
MatchListener.OnQueueUserAdded(user);
UpdatePregame();
return(true);
}
/// <summary>
/// Updates the pregame counter
/// </summary>
void UpdatePregame()
{
if (Settings.MinimumPlayerCount > m_QueuedUsers.Count)
{
if (PregameTimer.Enabled)
{
//disable timer
PregameTimer.Stop();
MatchListener.OnPregameTimerStateChanged(new MRKToSTimerEvent(PregameTimer, MRKTosTimerEventState.Stopped));
MRKToSLogger.LogInfo("Pregame timer state: start -> stop due to 0");
}
}
else if (m_QueuedUsers.Count >= Settings.MinimumPlayerCount)
{
if (!PregameTimer.Enabled)
{
//start timer
PregameTimer.Max = Settings.MinimumStartTime * 1000;
PregameTimer.Start();
MatchListener.OnPregameTimerStateChanged(new MRKToSTimerEvent(PregameTimer, MRKTosTimerEventState.Started));
MRKToSLogger.LogInfo("Pregame timer state: stop -> start due to 1");
}
if (m_QueuedUsers.Count == Settings.MaximumPlayerCount)
{
if (PregameTimer.Max == Settings.MinimumStartTime * 1000)
{
PregameTimer.Max = Settings.MaximumStartTime * 1000;
PregameTimer.Reset();
MatchListener.OnPregameTimerStateChanged(new MRKToSTimerEvent(PregameTimer, MRKTosTimerEventState.Changed));
MRKToSLogger.LogInfo("Pregame timer state: reset due to 2");
}
}
else
{
if (PregameTimer.Max == Settings.MaximumStartTime * 1000)
{
PregameTimer.Max = Settings.MinimumStartTime * 1000;
PregameTimer.Reset();
MatchListener.OnPregameTimerStateChanged(new MRKToSTimerEvent(PregameTimer, MRKTosTimerEventState.Changed));
MRKToSLogger.LogInfo("Pregame timer state: reset due to 3");
}
}
}
if (m_PregameTimerThread == null)
{
(m_PregameTimerThread = new Thread(PregameTimerThread)).Start();
}
}
/// <summary>
/// Remove a user from the queue
/// </summary>
/// <param name="user"></param>
public bool DequeueUser(MRKToSUser user)
{
if (MatchState != State.Waiting)
{
MRKToSLogger.LogError($"Can not dequeue {user.Username} to the match, match has already started or is still idle");
return(false);
}
if (FindQueuedUser(user.Username) == null)
{
MRKToSLogger.LogWarning($"User {user.Username} is not queued");
return(false);
}
m_QueuedUsers.Remove(user);
MRKToSLogger.LogInfo($"User {user.Username} has been removed from the queue");
LogQueueCount();
MatchListener.OnQueueUserRemoved(user);
UpdatePregame();
return(true);
}
/// <summary>
/// Logs the queue count
/// </summary>
void LogQueueCount()
{
MRKToSLogger.LogInfo($"Queue[{m_QueuedUsers.Count}/{Settings.MaximumPlayerCount}]");
}
public void Start()
{
MatchState = State.Waiting;
MRKToSLogger.LogInfo("MRKTownOfSalem started... v1\nBy MRKDaGods\n\n");
}