/// <summary>
/// Resets the Scheduler to defaults
/// </summary>
public void Reset()
{
EventLogger.Clear();
//Clears algorithm storage (queue, etc.)
selectedAlgorithm.Reset();
//Reset all process
processList.ForEach(i => i.Reset());
//Forward the processes (again...)
selectedAlgorithm.Initialize(processList);
// Unset process in CPU if there's any set
cpu.UnsetProcess();
worktime = 0;
turn = 1;
elapsed = 1;
logCounter = 0;
wasted = 0;
//Initialize EventLogger and set headers
EventLogger.Initialize();
EventLogger.AddEvent("Selected algorithm: " + selectedAlgorithm.GetType().Name);
EventLogger.AddEvent("Process Count: " + processList.Count);
EventLogger.AddEvent("Processes: ");
processList.ForEach(x => EventLogger.AddEvent(x.Process.ToString()));
LogCurrentState();
}
/// <summary>
/// Constructor of the class
/// </summary>
/// <param name="list">List of the processes</param>
/// <param name="alg">Instance of the chosen algorithm</param>
public Scheduler(List <Process> list, SchedulingAlgorithm alg)
{
// Set PID default value
counter = 0;
processList = EncapsulateProcesses(list);
selectedAlgorithm = alg;
// Initialize algorithm with the list of processes
selectedAlgorithm.Initialize(processList);
cpu = new CPU();
worktime = 0;
turn = 1;
elapsed = 1;
logCounter = 0;
wasted = 0;
//Initialize EventLogger and set headers
EventLogger.Initialize();
EventLogger.AddEvent("Selected algorithm: " + selectedAlgorithm.GetType().Name);
EventLogger.AddEvent("Process Count: " + processList.Count);
EventLogger.AddEvent("Processes: ");
processList.ForEach(x => EventLogger.AddEvent(x.Process.ToString()));
LogCurrentState();
}
