private void OnTimedSleepCheckerEvent(object source, ElapsedEventArgs e)
{
//App has to target x86 for this gamepad checking thing to work, otherwise compiler throws runtime errors.
GamePadState xboxControllerCurrentState = GamePad.GetState(PlayerIndex.One); // Get the current gamepad state. // Process input only if controller is connected.
var idleTime = Win32_IdleHandler.GetIdleTime();
Logger.LogInfo($@"{nameof(_sleepChecker)} - PC idle time: {TimeHelper.ConvertTicksToTime(idleTime)}.{(xboxControllerCurrentState.IsConnected ? " Game pad is connected!" : "")}");
if (IsItNightTime() && !xboxControllerCurrentState.IsConnected && idleTime > GetTimeWithTolerance(NightIdleTimeLimit))
{
PcManager.MakePcSleep();
}
}
private void OnTimedWakeUpEvent(object source, ElapsedEventArgs e)
{
var idleTime = Win32_IdleHandler.GetIdleTime();
Logger.LogInfo($@"{nameof(_wakeUpChecker)} - PC idle time: {TimeHelper.ConvertTicksToTime(idleTime)}.");
if (idleTime > TimeHelper.Seconds(50))
{
DisplayNotification(8);
Logger.LogInfo("Displayed Windows notification.");
}
if ((DateTime.UtcNow - WakeUpCheckerStartTime) > WakeUpCheckerMaxLifespan)
{
Logger.LogInfo($@"{nameof(_wakeUpChecker)} managed to stay up through its lifespan. Disposing...");
NullifyWakeUpChecker(null, null); //delete it if user has been active longer than max lifespan
}
if (idleTime > WakeUpIdleTimeLimit)
{
NullifyWakeUpChecker(null, null); //in case it wasn't already disposed of above
PcManager.MakePcSleep();
}
}