public SimulationStatus InicializeModuleByStream(System.IO.Stream XMLInputstream)
{
XmlSerializer serializer = new XmlSerializer(typeof(TS_Descriptor));
try
{
using (XmlReader reader = XmlReader.Create(XMLInputstream))
{
InputDescriptor = (TS_Descriptor)serializer.Deserialize(reader);
}
}
catch (Exception e)
{
return SimulationStatus.Corrupted;
}
try
{
SimulatorViewModel.SimulatorModel = new TS_SimulatorModel();
SimulatorViewModel.SimulatorModel.CreateSimulatorDomain(InputDescriptor);
SimulatorViewModel.InputDescriptor = InputDescriptor;
}
catch (Exception e)
{
return SimulationStatus.Corrupted;
}
return SimulationStatus.Runnable;
}
public Metrics(TS_SimulatorModel simulatorModel, TS_Descriptor descriptor)
{
this.simulatorModel = simulatorModel;
avarageOverheadTimeInOneThousandthMs = (double)descriptor.AvarageOverheadTime/1000.0;
countOfMillisecondsWhereProcessWasRunning = countOfMillisecondsWhereProcessWasNotRunning = 0;
countOfContextSwitchings = CountOfTaskSchedulings = 0;
}
public void CreateSimulatorDomain(TS_Descriptor descriptor)
{
// erőforrások létrehozása
foreach (ResourceDescriptor resourceDescriptor in descriptor.Resources)
{
Resource resource = new Resource(resourceDescriptor, this);
Resources.Add(resource);
}
// processzek létrehozása és használt erőforrásainak ellenőrzése
foreach (ProcessDescriptor processDescriptor in descriptor.Processes)
{
Process process = new Process(this, MyCloner.DeepClone<ProcessDescriptor>(processDescriptor), Resources);
InitialProcessList.Add(process);
}
Metrics = new Metrics(this, descriptor);
LoadSchedulerAlgorithm(descriptor.SchedulerAlgorithm);
Process runningProcess = ArrivedProcesses.FirstOrDefault(x => x.ProcessStatus == ProcessStatusEnum.Running);
GanntHistory.AddToHistory(ActualStep, runningProcess, queue);
InitiateProcesses();
RunSchedulerIfNecassary();
}