private void CheckWaterChangeTime(object state)
{
if (TimerController.IsTimeReadyToRun(_waterChangeTime, _waterChangeInterval))
{
WaterChange();
}
}
/// <summary>
/// Constructs a new <see cref="BasePinController"/> object by initialzing the timer controller
/// </summary>
public BasePinController(IEnumerable <DateTime?> feedingTimes, int pinches)
{
TimerController = new TimerController(feedingTimes);
TimerController.PumpOff += _timerController_PumpOff;
TimerController.PumpOn += _timerController_PumpOn;
TimerController.FeederStart += _timerController_FeederStart;
IsFillActive = false;
IsDrainActive = false;
Pinches = pinches;
}
/// <summary>
/// Initicates the drain sequence. Will start the associated timer and set the GPIO pins.
/// to turn on the correct valves.
/// </summary>
public void Drain()
{
IsDrainActive = true;
OpenValve(_outPin_Open, _outPin_Close);
OpenValve(_wastePin_Open, _wastePin_Close);
CloseValve(_inPin_Open, _inPin_Close);
CloseValve(_fillSaltPin_Open, _fillSaltPin_Close);
TimerController.SetPumpOnDelay();
}
/// <summary>
/// Starts the Fill fresh water
/// </summary>
public void FillFreshWater()
{
IsFillActive = true;
OpenValve(_inPin_Open, _inPin_Close);
OpenValve(_fillFreshPin_Open, _fillFreshPin_Close);
CloseValve(_outPin_Open, _outPin_Close);
CloseValve(_wastePin_Open, _wastePin_Close);
TimerController.SetPumpOnDelay();
}
public void Stop()
{
TurnValvesOff();
TimerController.SetPumpOffDelay();
}
/// <summary>
/// GUI click event for draining. Will start the associated timer and set the selected GPIO pins LOW
/// to turn on the correct valves.
/// </summary>
public void Drain()
{
IsDrainActive = true;
Console.WriteLine($"----------------{DateTime.Now}: DRAIN ON");
TimerController.SetPumpOnDelay();
}
/// <summary>
/// Starts the Fill fresh water
/// </summary>
public void FillFreshWater()
{
IsFillActive = true;
Console.WriteLine($"----------------{DateTime.Now}: FILL FRESH ON");
TimerController.SetPumpOnDelay();
}
