internal void DeallocateTimer(LightWeightTimer timer, LightWeightTimerTimeClass timeClass)
{
lock (_timeClasses)
{
timeClass.DeallocateTimer(timer);
if (timeClass.Count == 0)
{
_timeClasses.Remove(timeClass);
_timeClassesByTimeSpan.Remove(timeClass.Interval);
}
}
}
public LightWeightTimer AllocateTimer(TimeSpan interval)
{
lock (_timeClasses)
{
if (!_timeClassesByTimeSpan.TryGetValue(interval, out LightWeightTimerTimeClass timeClass))
{
timeClass = new LightWeightTimerTimeClass(this, interval);
_timeClasses.Add(timeClass);
_timeClassesByTimeSpan[interval] = timeClass;
}
return(timeClass.AllocateTimer());
}
}
private void Execute(object obj)
{
if (Started != null)
{
Started(this, new EventArgs());
}
while (!Terminated)
{
try
{
int i = 0;
LightWeightTimerTimeClass timeClass = null;
do
{
lock (_timeClasses)
{
if (i < _timeClasses.Count)
{
timeClass = _timeClasses[i];
}
else
{
timeClass = null;
}
i++;
}
if (timeClass != null)
{
timeClass.Execute();
}
}while (timeClass != null);
Thread.Sleep(1);
}
catch (Exception)
{
// TODO : Manage exceptions properly
}
}
}
internal LightWeightTimer(LightWeightTimerTimeClass timeClass,
LightWeightTimerScheduler scheduler)
{
TimeClass = timeClass;
Scheduler = scheduler;
}
internal void DeallocateTimer(LightWeightTimer timer, LightWeightTimerTimeClass timeClass)
{
lock (_timeClasses)
{
timeClass.DeallocateTimer(timer);
if (timeClass.Count == 0)
{
_timeClasses.Remove(timeClass);
_timeClassesByTimeSpan.Remove(timeClass.Interval);
}
}
}
public LightWeightTimer AllocateTimer(TimeSpan interval)
{
lock (_timeClasses)
{
LightWeightTimerTimeClass timeClass;
if (!_timeClassesByTimeSpan.TryGetValue(interval, out timeClass))
{
timeClass = new LightWeightTimerTimeClass(this, interval);
_timeClasses.Add(timeClass);
_timeClassesByTimeSpan[interval] = timeClass;
}
return timeClass.AllocateTimer();
}
}
internal LightWeightTimer(LightWeightTimerTimeClass timeClass,
LightWeightTimerScheduler scheduler)
{
TimeClass = timeClass;
Scheduler = scheduler;
}
