public static void terminateJobs()
{
for (int i = 0; i < Driver.CPUs.Length; i++)
{
int currentJobNumber = Driver.CPUs[i].currentJobNumber();
try
{
if (Driver.CPUs[i].isIdle() && Driver.CPUs[i].shouldTerminate())
{
Console.WriteLine(String.Format("TERMINATING" + currentJobNumber + ":is idle:{0} shouldTerminate:{1} cpu loaded:{2} shouldUnload:{3}", Driver.CPUs[i].isIdle(), Driver.CPUs[i].shouldTerminate(), Driver.CPUs[i].isJobLoaded(), Driver.CPUs[i].shouldUnload()));
Console.WriteLine("Terminating Job" + currentJobNumber + "ON CPU:" + i);
Driver.commands[currentJobNumber] += "TERMINATING JOB" + currentJobNumber + "ON CPU: " + i;
Driver.CPUs[i].unload(PCBManager.getPCB(currentJobNumber));
MMU.synchronizeCache(PCBManager.getPCB(currentJobNumber));
RAM.deallocatePcb(PCBManager.getPCB(currentJobNumber));
Console.WriteLine(string.Format("TERMINATED" + currentJobNumber + ":is idle:%s shouldTerminate:%s cpu loaded:%s shouldUnload:%s", Driver.CPUs[i].isIdle(), Driver.CPUs[i].shouldTerminate(), Driver.CPUs[i].isJobLoaded(), Driver.CPUs[i].shouldUnload()));
if (PCBManager.getPCB(currentJobNumber).getProcessStatus() == PCB.PROCESS_STATUS.TERMINATE)
{
Driver.completedJobs++;
}
Driver.updateOsMetric();
}
}
catch (IndexOutOfRangeException ex)
{
throw new IndexOutOfRangeException("Exception Terminating Job" + currentJobNumber + "On CPU:" + i + " " + ex.ToString());
}
}
}
private String read(int address)
{
return(MMU.read(VMA[address / RAM.getPageSize()] * RAM.getPageSize() + (address % RAM.getPageSize())));
}
