Пример #1
0
    public Rly16Hal(string comPort)
    {
      if (comPort == string.Empty)
      {
        return;
      }
      _port = new SerialPort(comPort, 19200, Parity.None, 8, StopBits.Two) {ReadTimeout = 1500, WriteTimeout = 1500};
      _port.Open();

      _tempinputs = new byte[2];
      _index = 0;
      _inUse = false;

      Info = new HardwareInfo() {Inputs = 8, Outputs = 8};
      Log.Debug("Rly16Hal started");
    }
Пример #2
0
 public ConsoleHal()
 {
     Info = new HardwareInfo() { PwmMinValue = 0, PwmMaxValue = 1023, AnalogMinValue = 0, AnalogMaxValue = 1023 };
 }
Пример #3
0
    public GpioHal(IList<Pin> pins, string driverName = "", bool useProcessorPinsNames = false, PinResistor inputResistor = PinResistor.PullUp)
    {
      _inUse = false;
      _driver = GetDriver(driverName);  // GPIO driver
      _inputResistor = inputResistor;   // Pullup/pulldown input resistors
      _pins = new Dictionary<string, ProcessorPin>(); // Global pins

      foreach (var pin in pins)
      {
        ProcessorPin procPin;

        if (useProcessorPinsNames)
        {
          ConnectorPin userPin;

          if (!Enum.TryParse(pin.Source, true, out userPin))
          {
            throw new HardwareException(string.Format("raspberry connector pin {0} not found", pin.Source));
          }

          procPin = userPin.ToProcessor();
        }
        else
        {
          if (!Enum.TryParse(pin.Source, true, out procPin))
          {
            throw new HardwareException(string.Format("raspberry processor pin {0} not found", pin.Source));
          }
        }

        switch (pin.Type)
        {
          case PinTypes.Input:
          case PinTypes.Counter:
          case PinTypes.Analog:

            //Allocate pin
            _driver.Allocate(procPin, PinDirection.Input);

            //Set pullup/pulldown resistor
            if (_inputResistor != PinResistor.None && (_driver.GetCapabilities() & GpioConnectionDriverCapabilities.CanSetPinResistor) > 0)
              _driver.SetPinResistor(procPin, _inputResistor);

            break;
          case PinTypes.Output:
          case PinTypes.Pwm:
            //Allocate output pin
            _driver.Allocate(procPin, PinDirection.Output);
            break;
        }

        //set input pins in global input pins
        _globalPins |= (ProcessorPins)((uint)1 << (int)procPin);

        //Add proessor pin
        _pins.Add(pin.Source, procPin);

      }
      Info = new HardwareInfo
      {
        Name = "Raspberry model " + Raspberry.Board.Current.Model + "GPIO HAL",
        Inputs = GpioConnectionSettings.ConnectorPinout == Raspberry.ConnectorPinout.Rev2 ? 26 : 17,
        Outputs = GpioConnectionSettings.ConnectorPinout == Raspberry.ConnectorPinout.Rev2 ? 26 : 17,
        Analogs = 0,
        Pwms = 0,
        Counters = 0,
        Vendor = "Raspberry foundation"
      };
    }