protected void OnSelectScheduler(object sender, EventArgs e)
{
switch (((ComboBox)sender).ActiveText)
{
case "SJF":
if (sjf != null)
{
escalonadPlot.AnimateData(sjf, true, "SJF");
}
break;
case "RR":
if (rr != null)
{
escalonadPlot.AnimateData(rr, true, "Round Robin / Quantum: " + ((int)quantum).ToString());
}
break;
case "FCFS":
if (fcfs != null)
{
escalonadPlot.AnimateData(fcfs, true, "FCFS");
}
break;
}
}
protected void OnSelectScheduler(object sender, EventArgs e)
{
escalonadPlot.Pause();
switch (((ComboBox)sender).ActiveText)
{
case "Benchmark":
MediaButtonSensitibe(false);
GenereteList(responseTimeFCFS, turnarondTimeFCFS, waitTimeFCFS, out List <double> fcfsTime);
GenereteList(responseTimeSJF, turnarondTimeSJF, waitTimeSJF, out List <double> sjfTime);
GenereteList(responseTimeRR, turnarondTimeRR, waitTimeRR, out List <double> rrTime);
GenereteList("Tempo de Resposta", "Tempo de Vida", "Tempo de Espera", out List <string> text);
escalonadPlot.AnimateData(fcfsTime, sjfTime, rrTime, text, "Benchmark");
break;
case "SJF":
MediaButtonSensitibe(true);
if (sjf != null)
{
escalonadPlot.AnimateData(sjf, true, "SJF", plot.YLabel);
}
break;
case "RR":
MediaButtonSensitibe(true);
if (rr != null)
{
escalonadPlot.AnimateData(rr, true, "Round Robin / Quantum: " + ((int)quantumScale.Value).ToString(), plot.YLabel);
}
break;
case "FCFS":
MediaButtonSensitibe(true);
if (fcfs != null)
{
escalonadPlot.AnimateData(fcfs, true, "FCFS", plot.YLabel);
}
break;
}
}
public ImportView(SchedulersResult result) :
base(WindowType.Toplevel)
{
Build();
fcfs = result.FCFS.ConvertAll((input) => { return(new PlotableProcess(input.Name, input.execTime)); });
sjf = result.SJF.ConvertAll((input) => { return(new PlotableProcess(input.Name, input.execTime)); });
rr = result.RR.ConvertAll((input) => { return(new PlotableProcess(input.Name, input.execTime)); });
quantum = result.Quantum;
escalonadPlot = new PlotInterface(vbox1);
escalonadPlot.AnimateData(fcfs, true, "FCFS");
}