private async void WatchingTask(string usage, Action <float> Update)
{
try
{
using (var performance = ProcessPerformanceCounterFactory.GetPerfCounterForProcess(process, usage, this.instanceName))
{
while (this.refresh)
{
Update?.Invoke(performance.NextValue());
await Task.Delay(REFRESH_CYLCE);
}
}
}
catch (Exception)
{
// closing application
}
}
public void StartWatching()
{
try
{
if (string.IsNullOrEmpty(this.instanceName))
{
this.instanceName = ProcessPerformanceCounterFactory.GetInstanceNameForProcess(process);
}
this.refresh = true;
}
catch (Exception)
{
// closing application
}
Task.Run(
() => { WatchingTask(ProcessPerformanceCounterFactory.PROCESSOR_USAGE, x => this.CPU = x); }
);
Task.Run(
() => { WatchingTask(ProcessPerformanceCounterFactory.THREAD_COUNT, x => this.ThreadCount = x); }
);
Task.Run(
() => { WatchingTask(ProcessPerformanceCounterFactory.MEMORY, x => this.Memory = x / KILO); }
);
Task.Run(
() => { WatchingTask(ProcessPerformanceCounterFactory.VIRTUAL_MEMORY, x => this.VirtualMemory = x / KILO); }
);
Task.Run(
() => { WatchingTask(ProcessPerformanceCounterFactory.PAGE_FILE, x => this.PageFile = x / KILO); }
);
Task.Run(
() => { WatchingTask(ProcessPerformanceCounterFactory.PRIVATE_MEMORY, x => this.PrivateKBytes = x / KILO); }
);
Task.Run(
() => { WatchingTask(ProcessPerformanceCounterFactory.READ_MEMORY, x => this.ReadKBytes = x / KILO); }
);
Task.Run(
() => { WatchingTask(ProcessPerformanceCounterFactory.WRITE_MEMORY, x => this.WriteKBytes = x / KILO); }
);
}
