public void AddTimer(Nuid id, string timer_name, long gap_millseconds, int count, NEventCallback callback)
{
if (gap_millseconds <= 0)
{
return;
}
if (count == 0)
{
return;
}
Tuple <Nuid, string> tuple = new Tuple <Nuid, string>(id, timer_name);
if (_ObjectDic.ContainsKey(tuple))
{
return;
}
long now_time = TimeUtils.NowMilliseconds;
long start_time = now_time;
long stop_time = now_time + gap_millseconds;
_Serial++;
Timer timer = Timer.New(_Serial, id, timer_name, gap_millseconds, count, start_time, stop_time, callback);
_TimerDic.Add(timer.Serial, timer);
_ObjectDic.Add(tuple, timer.Serial);
HashSet <int> timers = null;
if (!_TimerHeap.TryGetValue(stop_time, out timers))
{
timers = new HashSet <int>();
_TimerHeap.Add(stop_time, timers);
}
timers.Add(timer.Serial);
}
public static Timer New(int new_serial, Nuid id, string name,
long gap_ticks, int beat_count, long start_ticks, long stop_ticks, NEventCallback func)
{
Timer timer = new Timer();
timer.Id = id;
timer.Name = name;
timer.GapTicks = gap_ticks;
timer.Func = func;
timer.RemainBeatCount = beat_count;
timer.MaxBeatCount = beat_count;
timer.Serial = new_serial;
timer.StartTicks = start_ticks;
timer.StopTicks = stop_ticks;
return(timer);
}
public void AddTimer(Nuid id, string timer_name, long over_millseconds, NEventCallback callback)
{
AddTimer(id, timer_name, over_millseconds, 1, callback);
}
