public static void GenerateProcesses(ScheduleClass Temp)
{
int i;
Process CPU;
Process Eql;
Process IO;
Random rand = new Random();
for (i = 0; i <= 15; i++)
{
CPU = new Process();
Eql = new Process();
IO = new Process();
CPU.Name = "CPU" + i.ToString();
Eql.Name = "Equal" + i.ToString();
IO.Name = "IO" + i.ToString();
CPU.CurrentPriority = CPU.StartingPriority = i;
Eql.CurrentPriority = Eql.StartingPriority = i;
IO.CurrentPriority = IO.StartingPriority = i;
CPU.TimeNeededInCPU = rand.Next(5, 8);
CPU.TimeNeededInIO = rand.Next(3,4);
Eql.TimeNeededInCPU = rand.Next(3,5);
Eql.TimeNeededInIO = rand.Next(3,5);
IO.TimeNeededInCPU = rand.Next(3,4);
IO.TimeNeededInIO = rand.Next(5,8);
CPU.TotalCyclesNeeded = rand.Next(4,6);
IO.TotalCyclesNeeded = rand.Next(4, 6);
Eql.TotalCyclesNeeded = rand.Next(4,6);
Temp.InsertProcesses(CPU, Eql, IO);
}
Temp.SortLists();
}
private Dictionary <uint, List <string> > GenerateControlledObjectForEachController(ScheduleClass sch)
{
var controlledObjectsForEachController = new Dictionary <uint, List <string> >();
foreach (var controlledObject in sch.ControlledObjects)
{
var tmp = controlledObject.Split('.')[0];
uint controller;
if (uint.TryParse(tmp, out controller))
{
var obj = controlledObject.Split('.')[1];
if (controlledObjectsForEachController.ContainsKey(controller))
{
controlledObjectsForEachController[controller].Add(obj);
}
else
{
controlledObjectsForEachController.Add(controller, new List <string> {
obj
});
}
}
}
return(controlledObjectsForEachController);
}
private void cbx_ScheduleTime_SelectedIndexChanged(object sender, EventArgs e)
{
SelectedScheduleClass = ScheduleQuery.GetScheduleClass(cbx_ScheduleTime.Text);
UpdateSchedules(1);
}