RaspberryIO/Unosquare.RaspberryIO/Gpio/GpioPin.Factory.cs

using System;

namespace Unosquare.RaspberryIO.Gpio {
  public partial class GpioPin {
    #region Static Pin Definitions

    internal static readonly Lazy<GpioPin> Pin08 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin08, 3) {
      Capabilities = new[] { PinCapability.GP, PinCapability.I2CSDA },
      Name = "BCM 2 (SDA)"
    });

    internal static readonly Lazy<GpioPin> Pin09 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin09, 5) {
      Capabilities = new[] { PinCapability.GP, PinCapability.I2CSCL },
      Name = "BCM 3 (SCL)"
    });

    internal static readonly Lazy<GpioPin> Pin07 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin07, 7) {
      Capabilities = new[] { PinCapability.GP, PinCapability.GPCLK },
      Name = "BCM 4 (GPCLK0)"
    });

    internal static readonly Lazy<GpioPin> Pin00 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin00, 11) {
      Capabilities = new[] { PinCapability.GP, PinCapability.UARTRTS },
      Name = "BCM 17"
    });

    internal static readonly Lazy<GpioPin> Pin02 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin02, 13) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 27"
    });

    internal static readonly Lazy<GpioPin> Pin03 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin03, 15) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 22"
    });

    internal static readonly Lazy<GpioPin> Pin12 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin12, 19) {
      Capabilities = new[] { PinCapability.GP, PinCapability.SPIMOSI },
      Name = "BCM 10 (MOSI)"
    });

    internal static readonly Lazy<GpioPin> Pin13 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin13, 21) {
      Capabilities = new[] { PinCapability.GP, PinCapability.SPIMISO },
      Name = "BCM 9 (MISO)"
    });

    internal static readonly Lazy<GpioPin> Pin14 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin14, 23) {
      Capabilities = new[] { PinCapability.GP, PinCapability.SPICLK },
      Name = "BCM 11 (SCLCK)"
    });

    internal static readonly Lazy<GpioPin> Pin30 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin30, 27) {
      Capabilities = new[] { PinCapability.I2CSDA },
      Name = "BCM 0 (ID_SD)"
    });

    internal static readonly Lazy<GpioPin> Pin31 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin31, 28) {
      Capabilities = new[] { PinCapability.I2CSCL },
      Name = "BCM 1 (ID_SC)"
    });

    internal static readonly Lazy<GpioPin> Pin11 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin11, 26) {
      Capabilities = new[] { PinCapability.GP, PinCapability.SPICS },
      Name = "BCM 7 (CE1)"
    });

    internal static readonly Lazy<GpioPin> Pin10 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin10, 24) {
      Capabilities = new[] { PinCapability.GP, PinCapability.SPICS },
      Name = "BCM 8 (CE0)"
    });

    internal static readonly Lazy<GpioPin> Pin06 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin06, 22) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 25"
    });
    internal static readonly Lazy<GpioPin> Pin05 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin05, 18) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 24"
    });

    internal static readonly Lazy<GpioPin> Pin04 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin04, 16) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 23"
    });

    internal static readonly Lazy<GpioPin> Pin01 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin01, 12) {
      Capabilities = new[] { PinCapability.GP, PinCapability.PWM },
      Name = "BCM 18 (PWM0)"
    });

    internal static readonly Lazy<GpioPin> Pin16 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin16, 10) {
      Capabilities = new[] { PinCapability.UARTRXD },
      Name = "BCM 15 (RXD)"
    });

    internal static readonly Lazy<GpioPin> Pin15 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin15, 8) {
      Capabilities = new[] { PinCapability.UARTTXD },
      Name = "BCM 14 (TXD)"
    });

    internal static readonly Lazy<GpioPin> Pin21 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin21, 29) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 5"
    });

    internal static readonly Lazy<GpioPin> Pin22 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin22, 31) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 6"
    });

    internal static readonly Lazy<GpioPin> Pin23 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin23, 33) {
      Capabilities = new[] { PinCapability.GP, PinCapability.PWM },
      Name = "BCM 13 (PWM1)"
    });

    internal static readonly Lazy<GpioPin> Pin24 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin24, 35) {
      Capabilities = new[] { PinCapability.GP, PinCapability.SPIMISO },
      Name = "BCM 19 (MISO)"
    });

    internal static readonly Lazy<GpioPin> Pin25 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin25, 37) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 26"
    });

    internal static readonly Lazy<GpioPin> Pin29 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin29, 40) {
      Capabilities = new[] { PinCapability.GP, PinCapability.SPICLK },
      Name = "BCM 21 (SCLK)"
    });

    internal static readonly Lazy<GpioPin> Pin28 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin28, 38) {
      Capabilities = new[] { PinCapability.GP, PinCapability.SPIMOSI },
      Name = "BCM 20 (MOSI)"
    });

    internal static readonly Lazy<GpioPin> Pin27 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin27, 36) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 16"
    });
    internal static readonly Lazy<GpioPin> Pin26 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin26, 32) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 12 (PWM0)"
    });

    internal static readonly Lazy<GpioPin> Pin17 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin17, 3) {
      Capabilities = new[] { PinCapability.GP, PinCapability.I2CSDA },
      Name = "BCM 28 (SDA)"
    });

    internal static readonly Lazy<GpioPin> Pin18 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin18, 4) {
      Capabilities = new[] { PinCapability.GP, PinCapability.I2CSCL },
      Name = "BCM 29 (SCL)"
    });

    internal static readonly Lazy<GpioPin> Pin19 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin19, 5) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 30"
    });

    internal static readonly Lazy<GpioPin> Pin20 = new Lazy<GpioPin>(() => new GpioPin(WiringPiPin.Pin20, 6) {
      Capabilities = new[] { PinCapability.GP },
      Name = "BCM 31"
    });

    #endregion
  }
}