private void UpdateCpuValues(object sender)
{
// Update CPU utilisation values
Array.Copy(Utilisation, 1, Utilisation, 0, Utilisation.Length - 1);
Utilisation[Utilisation.Length - 1] = _cpuModel.PercentageProcessorTimeCounter.NextValue();
Array.Copy(KernalUtilisation, 1, KernalUtilisation, 0, KernalUtilisation.Length - 1);
KernalUtilisation[KernalUtilisation.Length - 1] = _cpuModel.PercentagePrivilegedTimeCounter.NextValue();
;
CurrentUtilisation = (int)Utilisation.LastOrDefault();
// Update CPU speed
var maxSpeed = MaxSpeed / 1000;
Speed = maxSpeed * _cpuModel.PercentagePerformanceCounter.NextValue() / 100;
// Update process, thread and handles count
var procs = Process.GetProcesses();
Processes = procs.Length;
Threads = procs.Sum(p => p.Threads.Count);
Handles = procs.Sum(p => p.HandleCount);
// Get the system up time
UpTime = TimeSpan.FromSeconds(_cpuModel.SystemUpTimeCounter.NextValue());
}
public void MyTestInitialize()
{
app1 = new Appareil("Ampoule 100 Watts", 100);
app2 = new Appareil("Plinthe chauffante", 1000);
ampoule1 = new Utilisation(600, app1);
ampoule2 = new Utilisation(90, app1);
plinthe = new Utilisation(60, app2);
}
