private void DoTasks()
{
while (true)
{
KSPTSParametrizedTask currentTask = null;
lock (locker)
{
while (!_tasks.hasTasks())
{
Monitor.Wait(locker);
}
currentTask = _tasks.Dequeue();
}
if (currentTask.action == null)
{
KSPTSThreadController.instance.EnqueuePostFunction(null, null, currentTask.threadingGroup);
continue;
}
object postFuncParam = currentTask.action(currentTask.parameter);
KSPTSThreadController.instance.EnqueuePostFunction(currentTask.postFunction, postFuncParam, currentTask.threadingGroup);
}
}
internal void EnqueueNewTask(Func<object, object> newTask, object newParameter, Action<object> newPostFunction, KSPTSThreadingGroup group)
{
KSPTSParametrizedTask _paraAction = new KSPTSParametrizedTask(newTask, newParameter, newPostFunction, group);
lock(locker)
{
_tasks.Enqueue(_paraAction, group);
Monitor.Pulse(locker);
}
}
internal void EnqueueNewTask(Func <object, object> newTask, object newParameter, Action <object> newPostFunction, KSPTSThreadingGroup group)
{
KSPTSParametrizedTask _paraAction = new KSPTSParametrizedTask(newTask, newParameter, newPostFunction, group);
lock (locker)
{
_tasks.Enqueue(_paraAction, group);
Monitor.Pulse(locker);
}
}
internal void Enqueue(KSPTSParametrizedTask newTask, KSPTSThreadingGroup group)
{
taskQueues[group].Enqueue(newTask);
_hasTasks = true;
}
internal KSPTSParametrizedTask Dequeue()
{
Queue <KSPTSParametrizedTask> tmpQueue = null;
KSPTSParametrizedTask returnVal = null;
if (urgent) //The main unity thread is waiting on something, clear everything out
{
tmpQueue = taskQueues[urgentQueue];
if (tmpQueue.Count > 0)
{
returnVal = tmpQueue.Dequeue();
_hasTasks = privateTaskCheck();
return(returnVal);
}
else
{
urgent = false;
}
}
tmpQueue = taskQueues[KSPTSThreadingGroup.IN_LOOP_FIXED_UPDATE];
if (tmpQueue.Count > 0)
{
returnVal = tmpQueue.Dequeue();
_hasTasks = privateTaskCheck();
return(returnVal);
}
tmpQueue = taskQueues[KSPTSThreadingGroup.ACROSS_LOOP_FIXED_UPDATE];
if (tmpQueue.Count > 0)
{
returnVal = tmpQueue.Dequeue();
_hasTasks = privateTaskCheck();
return(returnVal);
}
tmpQueue = taskQueues[KSPTSThreadingGroup.IN_LOOP_UPDATE];
if (tmpQueue.Count > 0)
{
returnVal = tmpQueue.Dequeue();
_hasTasks = privateTaskCheck();
return(returnVal);
}
tmpQueue = taskQueues[KSPTSThreadingGroup.IN_LOOP_LATE_UPDATE];
if (tmpQueue.Count > 0)
{
returnVal = tmpQueue.Dequeue();
_hasTasks = privateTaskCheck();
return(returnVal);
}
tmpQueue = taskQueues[KSPTSThreadingGroup.ACROSS_LOOP_UPDATE];
if (tmpQueue.Count > 0)
{
returnVal = tmpQueue.Dequeue();
_hasTasks = privateTaskCheck();
return(returnVal);
}
tmpQueue = taskQueues[KSPTSThreadingGroup.ACROSS_LOOP_LATE_UPDATE];
if (tmpQueue.Count > 0)
{
returnVal = tmpQueue.Dequeue();
_hasTasks = privateTaskCheck();
return(returnVal);
}
return(null);
}
internal void Enqueue(KSPTSParametrizedTask newTask, KSPTSThreadingGroup group)
{
taskQueues[group].Enqueue(newTask);
_hasTasks = true;
}
