/// <summary>
/// Process Constructor
/// </summary>
/// <param name="processId">the readonly unique id for this Process</param>
/// <param name="memorySize">the ammount of memory this Process and address</param>
public Process(uint processId, uint memorySize)
{
PCB = new ProcessControlBlock(processId, memorySize);
}
private static void pain()
{
IProcess p1 = new ProcessControlBlock {
ArrivalTime = 5, BurstTime = 25, Name = "Process A"
};
IProcess p2 = new ProcessControlBlock {
ArrivalTime = 1, BurstTime = 53, Name = "Process B"
};
IProcess p3 = new ProcessControlBlock {
ArrivalTime = 3, BurstTime = 27, Name = "Process C"
};
IProcess p4 = new ProcessControlBlock {
ArrivalTime = 4, BurstTime = 12, Name = "Process D"
};
IProcess p5 = new ProcessControlBlock {
ArrivalTime = 2, BurstTime = 69, Name = "Process E"
};
/*
#region FCFS
* Console.WriteLine("# FCFS");
* var fcfs = new FcfsQueue();
* fcfs.Enqueue(p1);
* fcfs.Enqueue(p2);
* fcfs.Enqueue(p3);
* fcfs.Enqueue(p4);
* fcfs.Enqueue(p5);
*
* Console.WriteLine(fcfs);
* fcfs.Order();
* Console.WriteLine(fcfs);
*
* fcfs.Run();
* Console.WriteLine(fcfs.Chart);
* Console.WriteLine(fcfs.TotalRunTime);
#endregion
*
#region SJF
* Console.WriteLine("# SJF");
* var sjf = new SjfQueue();
* sjf.Enqueue(p1);
* sjf.Enqueue(p2);
* sjf.Enqueue(p3);
* sjf.Enqueue(p4);
* sjf.Enqueue(p5);
*
* Console.WriteLine(sjf);
* sjf.Order();
* Console.WriteLine(sjf);
*
* sjf.Run();
* Console.WriteLine(sjf.Chart);
* Console.WriteLine(sjf.TotalRunTime);
#endregion
*/
#region Round Robin
Console.WriteLine("# RR");
var rr = new RoundRobin(10);
rr.Enqueue(p1);
rr.Enqueue(p2);
rr.Enqueue(p3);
rr.Enqueue(p4);
rr.Enqueue(p5);
Console.WriteLine(rr);
rr.Run();
Console.WriteLine(rr.Chart);
Console.WriteLine(rr.TotalRunTime);
#endregion
End();
}
