public void SetPin(GpIO target, bool isOn)
{
_log.Info(string.Format("Set GpIO : {0} [{1}]", target, isOn ? "On" : "Off"));
}
public void SetPin(GpIO target, bool isOn)
{
var targetFound = _configuration.Targets.FirstOrDefault(x => x.Pin == target);
SetPin(targetFound, isOn);
}
private ProcessorPin GetPin(GpIO gpIo)
{
switch (gpIo)
{
case GpIO.GPIO2:
return ProcessorPin.Pin2;
case GpIO.GPIO3:
return ProcessorPin.Pin3;
case GpIO.GPIO4:
return ProcessorPin.Pin4;
case GpIO.GPIO17:
return ProcessorPin.Pin17;
case GpIO.GPIO27:
return ProcessorPin.Pin27;
case GpIO.GPIO22:
return ProcessorPin.Pin22;
case GpIO.GPIO10:
return ProcessorPin.Pin10;
case GpIO.GPIO9:
return ProcessorPin.Pin9;
case GpIO.GPIO11:
return ProcessorPin.Pin11;
case GpIO.GPIO7:
return ProcessorPin.Pin7;
case GpIO.GPIO8:
return ProcessorPin.Pin8;
case GpIO.GPIO25:
return ProcessorPin.Pin25;
case GpIO.GPIO24:
return ProcessorPin.Pin24;
case GpIO.GPIO23:
return ProcessorPin.Pin23;
case GpIO.GPIO18:
return ProcessorPin.Pin18;
case GpIO.GPIO15:
return ProcessorPin.Pin15;
case GpIO.GPIO14:
return ProcessorPin.Pin14;
default:
throw new ArgumentOutOfRangeException();
}
}
public SequencesGpIo(GpIO pin, bool isOn)
: this()
{
Pin = (int) pin;
IsOn = isOn;
}
public void AddButton(GpIO p1Pin24, bool b)
{
_buttons.Add(new Button() {Pin = p1Pin24, IsToggle = false});
}
public Target(PinName target, GpIO pin, bool isReverse = false)
{
_target = target;
_pin = pin;
_isReverse = isReverse;
}
