private async Task activationSequence(ToggleChangedModel toggleChanged)
{
try
{
var sPin = GpioService.getGpioPin(_gpioSettings, toggleChanged.ToggleType);
//Sequence is;
// Power on -> Valve in correct position -> Sprinkler on -> Pump on
_logger.LogDebug("Checking if ports are ready...");
if (_gpioController.IsPinOpen(_gpioSettings.PowerPin) &&
_gpioController.IsPinOpen(_gpioSettings.ValvePin) &&
_gpioController.IsPinOpen(sPin) &&
_gpioController.IsPinOpen(_gpioSettings.PumpPin))
{
_logger.LogDebug("Power on...");
#if Linux
_gpioController.Write(_gpioSettings.PowerPin, PinValue.High);
#endif
await notifyFrontend(ToggleType.POWER, true);
_logger.LogDebug("Power is on! Checking for valve...");
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Power on");
var val = _gpioController.Read(_gpioSettings.WaterLevelPin);
if (val == PinValue.High)
{
_logger.LogDebug("Waterlevel is good! Switching to reservoir...");
#if Linux
_gpioController.Write(_gpioSettings.ValvePin, PinValue.High);
#endif
await notifyFrontend(ToggleType.VALVE, true);
_logger.LogDebug("Valve switched! Waiting until valve is in position...");
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Switching valve...");
await Task.Delay(Convert.ToInt32(TimeSpan.FromSeconds(Convert.ToDouble(_gpioSettings.ValveDelay)).TotalMilliseconds));
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Valve on");
_logger.LogDebug("Valve is in position! Switching sprinkler on...");
#if Linux
_gpioController.Write(sPin, PinValue.High);
#endif
await notifyFrontend(toggleChanged.ToggleType, true);
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, $"Sprinkler {toggleChanged.ToggleType} on");
_logger.LogDebug("Sprinkler is on! Activating pump...");
#if Linux
_gpioController.Write(_gpioSettings.PumpPin, PinValue.High);
#endif
await notifyFrontend(ToggleType.PUMP, true);
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Pump on");
_logger.LogDebug("Pump is on!");
}
else
{
_logger.LogDebug("Waterlevel is bad! Switching to water pipe...");
#if Linux
_gpioController.Write(_gpioSettings.ValvePin, PinValue.Low);
#endif
_logger.LogDebug("Valve switched! Waiting until valve is in position...");
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Switching valve...");
await notifyFrontend(ToggleType.VALVE, false);
await Task.Delay(Convert.ToInt32(TimeSpan.FromSeconds(Convert.ToDouble(_gpioSettings.ValveDelay)).TotalMilliseconds));
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Valve off");
_logger.LogDebug("Valve is in position! Switching sprinkler on...");
#if Linux
_gpioController.Write(sPin, PinValue.High);
#endif
await notifyFrontend(toggleChanged.ToggleType, true);
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, $"Sprinkler {toggleChanged.ToggleType} on");
_logger.LogDebug("Sprinkler is on!");
}
}
else
{
var msg = $"Error a pin is not open: \n\tPower: {_gpioController.IsPinOpen(_gpioSettings.PowerPin)}";
msg = $"{msg}\n\tValve: {_gpioController.IsPinOpen(_gpioSettings.ValvePin)}";
msg = $"{msg}\n\tSprinkler: {_gpioController.IsPinOpen(sPin)}";
msg = $"{msg}\n\tPumpe: {_gpioController.IsPinOpen(_gpioSettings.PumpPin)}";
throw new Exception(msg);
}
}
catch (Exception ex)
{
_logger.LogError(ex, $"Error activating sequence for {toggleChanged.ToggleType}: {ex.Message}!");
}
}
private async Task deactivationSequence(ToggleChangedModel toggleChanged)
{
try
{
var sPin = GpioService.getGpioPin(_gpioSettings, toggleChanged.ToggleType);
//Sequence is;
// Pump off and wait until pressure is gone -> Sprinkler off -> Valve to water pipe and wait until in position -> Power off
_logger.LogDebug("Checking if ports are ready...");
if (_gpioController.IsPinOpen(_gpioSettings.PowerPin) &&
_gpioController.IsPinOpen(_gpioSettings.ValvePin) &&
_gpioController.IsPinOpen(sPin) &&
_gpioController.IsPinOpen(_gpioSettings.PumpPin))
{
_logger.LogDebug("Pump off and wait until pressure is gone...");
#if Linux
_gpioController.Write(_gpioSettings.PumpPin, PinValue.Low);
#endif
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Pump off! Waiting...");
await notifyFrontend(ToggleType.PUMP, false);
await Task.Delay(Convert.ToInt32(TimeSpan.FromSeconds(Convert.ToDouble(_gpioSettings.PumpDelay)).TotalMilliseconds));
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Pump off");
_logger.LogDebug("Pump is off! Setting valve to water pipe...");
#if Linux
_gpioController.Write(_gpioSettings.ValvePin, PinValue.Low);
#endif
await notifyFrontend(toggleChanged.ToggleType, false);
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Switching valve...");
_logger.LogDebug("Valve switched! Waiting until valve is in position...");
await Task.Delay(Convert.ToInt32(TimeSpan.FromSeconds(Convert.ToDouble(_gpioSettings.ValveDelay)).TotalMilliseconds));
await notifyFrontend(ToggleType.VALVE, false);
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Valve off");
_logger.LogDebug("Valve is in position! Switching power off...");
#if Linux
_gpioController.Write(_gpioSettings.PowerPin, PinValue.Low);
#endif
await notifyFrontend(ToggleType.POWER, false);
await _appState.SprinklerMessageAsync(toggleChanged.ToggleType, "Power off");
_logger.LogDebug("Sprinkler is off!");
}
else
{
var msg = $"Error a pin is not open: \n\tPower: {_gpioController.IsPinOpen(_gpioSettings.PowerPin)}";
msg = $"{msg}\n\tValve: {_gpioController.IsPinOpen(_gpioSettings.ValvePin)}";
msg = $"{msg}\n\tSprinkler: {_gpioController.IsPinOpen(sPin)}";
msg = $"{msg}\n\tPumpe: {_gpioController.IsPinOpen(_gpioSettings.PumpPin)}";
throw new Exception(msg);
}
}
catch (Exception ex)
{
_logger.LogError(ex, $"Error deactivating sequence for {toggleChanged.ToggleType}: {ex.Message}!");
}
}