public void PrioSchedule()
{
int totalJobs = 0;
if (PCBManager.getCurrentPcbSortType() != PCBManager.PCB_SORT_TYPE.JOB_PRIORITY)
{
PCBManager.sortPcbList(PCBManager.PCB_SORT_TYPE.JOB_PRIORITY);
}
for (int i = 1; i < totalJobs + 1; i++)
{
readyQueue.Add(PCBManager.getPCB(i));
}
sortType = PCBManager.PCB_SORT_TYPE.JOB_PRIORITY;
}
public void Schedule(SchedulingType type)
{
PCBManager.PCB_SORT_TYPE sort_type = PCBManager.PCB_SORT_TYPE.JOB_NUMBER;
switch (type)
{
case 1:
sort_type = PCBManager.PCB_SORT_TYPE.JOB_PRIORITY;
break;
case 2:
case 3:
}
}
public void Schedule(Schedulingtype type)
{
PCBManager.PCB_SORT_TYPE sort_type = PCBManager.PCB_SORT_TYPE.JOB_NUMBER;
switch (type)
{
case Schedulingtype.PRIORITY:
sort_type = PCBManager.PCB_SORT_TYPE.JOB_PRIORITY;
break;
case Schedulingtype.FIFO:
sort_type = PCBManager.PCB_SORT_TYPE.JOB_NUMBER;
break;
case Schedulingtype.SJF:
sort_type = PCBManager.PCB_SORT_TYPE.SHORTEST_JOB;
break;
}
PCBManager.sortPcbList(sort_type, readyQueue);
}
public void FIFOSChedule()
{
int totalJobs = PCBManager.getJobListSize();
if (PCBManager.getCurrentPcbSortType() != PCBManager.PCB_SORT_TYPE.JOB_NUMBER)
{
;
}
{
PCBManager.sortPcbList(PCBManager.PCB_SORT_TYPE.JOB_NUMBER);
}
if (readyQueue.Count() == 0)
{
readyQueue.Clear();
}
for (int i = 1; i < totalJobs + 1; i++)
{
readyQueue.Add(PCBManager.getPCB(i));
}
sortType = PCBManager.PCB_SORT_TYPE.JOB_NUMBER;
}
