void Device::SetupDevice(bool Debug, int PinNumber, bool Digital, bool Input, int MinValue, int MaxValue, int InitialValue, int StepValue, bool StepDirectionUp, int DelayToChange)
{
//Serial.println("Device Setup");
pinNumber = PinNumber;
digital = Digital;
input = Input;
maxValue = MaxValue;
minValue = MinValue;
delayToChangeValue = DelayToChange;
lastUpdated = millis();
stepValue = StepValue;
stepDirectionUp = StepDirectionUp;
currentValue = InitialValue;
//Setup PIN Mode
pinMode(pinNumber,getPinMode());
}
void resetPinMode(int pin)
{
if (pin >= 0 && pin < NUM_DIGITAL_PINS) {
PinMode mode = getPinMode(pin);
switch (mode) {
case PinModeUnused:
break;
case PinModeInput:
if (resetPinModeInput != NULL) {
resetPinModeInput(pin);
}
goto change;
case PinModeOutput:
if (resetPinModeOutput != NULL) {
resetPinModeOutput(pin);
}
goto change;
case PinModeInputPullUp:
if (resetPinModeInputPullUp != NULL) {
resetPinModeInputPullUp(pin);
}
goto change;
case PinModeOutputHigh:
if (resetPinModeOutputHigh != NULL) {
resetPinModeOutputHigh(pin);
}
goto change;
case PinModeOutputOpenDrain:
if (resetPinModeOutputOpenDrain != NULL) {
resetPinModeOutputOpenDrain(pin);
}
goto change;
case PinModeAnalogRead:
if (resetPinModeAnalogRead != NULL) {
resetPinModeAnalogRead(pin);
}
goto change;
case PinModeAnalogWrite:
if (resetPinModeAnalogWrite != NULL) {
resetPinModeAnalogWrite(pin);
}
goto change;
case PinModeTone:
if (resetPinModeTone != NULL) {
resetPinModeTone(pin);
}
goto change;
case PinModeServo:
if (resetPinModeServo != NULL) {
resetPinModeServo(pin);
}
goto change;
case PinModeDac:
if (resetPinModeDac != NULL) {
resetPinModeDac(pin);
}
goto change;
case PinModeOther:
if (resetPinModeOther != NULL) {
resetPinModeOther(pin);
}
change:
changePinMode(pin, PinModeUnused);
break;
default:
break;
}
}
}
