private void ProcessChecking(object comp)
{
if (TPcastRemoteDevices.GetTPcastDevStatus(ref this.devcount, ref this.devstatus) && this.DevStsChgEvent != null)
{
TPcastDeviceStatus tPcastDeviceStatus = new TPcastDeviceStatus();
tPcastDeviceStatus.Count = this.devcount;
tPcastDeviceStatus.Status = this.devstatus;
this.DevStsChgEvent(comp, tPcastDeviceStatus);
Console.WriteLine("run event handler!");
}
EventWaitHandle[] waitHandles = new EventWaitHandle[]
{
this.ewh_devstatus,
this.ewh_stopthread
};
while (true)
{
Console.WriteLine("waiting for events!");
TPcastEventType tPcastEventType = (TPcastEventType)WaitHandle.WaitAny(waitHandles);
if (tPcastEventType != TPcastEventType.DeviceStatus)
{
if (tPcastEventType == TPcastEventType.StopThread)
{
break;
}
}
else
{
this.ewh_devstatus.Reset();
Console.WriteLine("TPcastEventType.DeviceStatus triggered!");
if (TPcastRemoteDevices.GetTPcastDevStatus(ref this.devcount, ref this.devstatus) && this.DevStsChgEvent != null)
{
TPcastDeviceStatus tPcastDeviceStatus2 = new TPcastDeviceStatus();
tPcastDeviceStatus2.Count = this.devcount;
tPcastDeviceStatus2.Status = this.devstatus;
this.DevStsChgEvent(comp, tPcastDeviceStatus2);
Console.WriteLine("run event handler!");
}
}
if (this.StopThread)
{
goto Block_7;
}
}
Console.WriteLine("TPcastEventType.StopThread triggered!");
TPcastRemoteDevices.ThreadIsRunning = false;
return;
Block_7:
TPcastRemoteDevices.ThreadIsRunning = false;
Console.WriteLine("checking exist");
}
public void StartRemoteDevice()
{
TPcastRemoteDevices.ConnectToRemote();
}
