public IEnumerator ProcessQueue()
{
Started = true;
var wait = new WaitUntil(() => (DroneQueue.Count > 0) && JobQueue.Count > 0 && (TimeKeeper.TimeSpeed != TimeSpeed.Pause));
while (true)
{
if (DroneQueue.Count <= 0 || JobQueue.Count <= 0 || TimeKeeper.TimeSpeed == TimeSpeed.Pause)
{
yield return(wait);
}
var drone = DroneQueue.Dequeue();
if (drone.InPool)
{
continue;
}
Scheduling.Complete();
for (var i = _jobs.Length; i < JobQueue.Count; i++)
{
_jobs.Add(new EPStruct {
job = (SchedulingData)JobQueue[i]
});
}
for (var i = _precedence.Length; i < JobQueue.Count * JobQueue.Count; i++)
{
_precedence.Add(0);
}
var num = _jobs.Length;
var initializer = new EpInitializerJob
{
Time = TimeKeeper.Chronos.Get(),
Results = _jobs
};
var initJob = initializer.Schedule(num, 4);
var calculator = new EpCalculatorJob
{
Time = TimeKeeper.Chronos.Get(),
Input = _jobs,
Ep = _precedence
};
Scheduling = calculator.Schedule(num, 1, initJob);
yield return(new WaitUntil(() => Scheduling.IsCompleted));
Scheduling.Complete();
var n = FindMax(ref calculator.Ep);
var end = _jobs.Length - 1;
var j = JobQueue[n];
var b = j.Status == JobStatus.Failed;
if (b || drone.AssignJob(j))
{
if (b)
{
DroneQueue.Enqueue(drone);
}
_jobs.RemoveAtSwapBack(n);
JobQueue.RemoveAtSwapBack(n);
var sq = end * end;
while (_precedence.Length != sq)
{
_precedence.RemoveAtSwapBack(0);
}
_owner.JobDequeued(j.IsDelayed);
}
// Clean Queue
for (var i = JobQueue.Count - 1; i >= 0 && FailedInQueue > 0; i--)
{
if (JobQueue[i].Status != JobStatus.Failed)
{
continue;
}
_owner.JobDequeued(JobQueue[i].IsDelayed);
JobQueue.RemoveAtSwapBack(i);
_jobs.RemoveAtSwapBack(i);
var x = _jobs.Length * _jobs.Length;
while (_precedence.Length != x)
{
_precedence.RemoveAtSwapBack(0);
}
FailedInQueue--;
}
yield return(null);
}
}
public IEnumerator ProcessQueue()
{
Started = true;
var wait = new WaitUntil(() => (DroneQueue.Count > 0) && JobQueue.Count > 0 && (TimeKeeper.TimeSpeed != TimeSpeed.Pause));
while (true)
{
if (DroneQueue.Count <= 0 || JobQueue.Count <= 0 || TimeKeeper.TimeSpeed == TimeSpeed.Pause)
{
yield return(wait);
}
var drone = DroneQueue.Dequeue();
if (drone.InPool)
{
continue;
}
for (var i = _jobs.Length; i < JobQueue.Count; i++)
{
_jobs.Add(new LLVStruct {
job = (SchedulingData)JobQueue[i]
});
_netLossValue.Add(0);
}
var num = _jobs.Length;
var initializer = new LLVInitializerJob
{
Time = TimeKeeper.Chronos.Get(),
Results = _jobs
};
var initJob = initializer.Schedule(num, 4);
var summer = new LLVSumJob
{
jobs = _jobs,
totalLosses = _loss,
totalDuration = _duration
};
var sumJob = summer.Schedule(initJob);
var calculator = new LLVCalculatorJob
{
time = TimeKeeper.Chronos.Get(),
input = summer.jobs,
totalLosses = _loss,
totalDuration = _duration,
nlv = _netLossValue
};
Scheduling = calculator.Schedule(num, 4, sumJob);
yield return(new WaitUntil(() => Scheduling.IsCompleted));
Scheduling.Complete();
var n = FindMin(ref calculator.nlv);
var end = _jobs.Length - 1;
var j = JobQueue[n];
var b = j.Status == JobStatus.Failed;
if (b || drone.AssignJob(j))
{
if (b)
{
DroneQueue.Enqueue(drone);
}
_jobs.RemoveAtSwapBack(n);
_netLossValue.RemoveAtSwapBack(n);
JobQueue.RemoveAtSwapBack(n);
_owner.JobDequeued(j.IsDelayed);
}
// Clean Queue
for (var i = JobQueue.Count - 1; i >= 0 && FailedInQueue > 0; i--)
{
if (JobQueue[i].Status != JobStatus.Failed)
{
continue;
}
_owner.JobDequeued(JobQueue[i].IsDelayed);
JobQueue.RemoveAtSwapBack(i);
_jobs.RemoveAtSwapBack(i);
_netLossValue.RemoveAtSwapBack(i);
FailedInQueue--;
}
yield return(null);
}
}