public override PullDecision PullUnitload(Queue queueIn, UnitloadList unitloadListIn)
{
PullDecision decision = new PullDecision();
//First blocked first served
foreach (Unitload unit in unitloadListIn)
{
if (unit.Station.InQueue == queueIn)
{
decision.Unitload = unit;
decision.InQueue = unit.Station.InQueue;
return(decision);
//first one added to blocked list is found, break
}
}
return(null);
}
//ProcessorSelectionAlgorithm
public void Execute()
{
this.PreOperation();
QueueList queueList = this.Manager.LayoutManager.QueuesToPull;
UnitloadList unitloadList = this.Manager.JobManager.BlockedUnitloads;
foreach (Queue queue in queueList)
{
while (queue.IsAvailable == true)
{
PullDecision decision = this.PullUnitload(queue, unitloadList);
if (decision == null)
{
break;
}
else
{
Processor ProcessorToRelease = ((Processor)decision.Unitload.Location);
Unitload unitloadToGo = decision.Unitload;
//int transferTime = this.Manager.LayoutManager.Layout.DistanceMatrix[(Station)ProcessorToRelease.Parent, unitloadToGo.Station]; ie486f18
int transferTime = 1;
queue.Reserved++;
unitloadToGo.InTransfer = true;
this.Manager.LayoutManager.Layout.UnitloadsOnMover.Add(unitloadToGo);
//geldiği processorün/inqueuecellin queusunun blockedı açılacak. (Release)
ProcessorToRelease.Release(this.Manager.Time, unitloadToGo);
ProcessorToRelease.ChangeBlocked(this.Manager.Time, false);
this.Manager.TriggerStationControllerAlgorithm((Station)ProcessorToRelease.Parent);
this.Manager.EventCalendar.ScheduleEnterQueueEvent(this.Manager.Time + transferTime, queue, unitloadToGo);
unitloadList.Remove(unitloadToGo);
}
}
}
queueList.Clear();
this.PostOperation();
}