EnOceanDevice_RPS_simple.h

#ifndef EnOceanDevice_RPS_SIMPLE_H_
#define EnOceanDevice_RPS_SIMPLE_H_

#include "EnOcean.h"

class EnOceanDevice_RPS_simple: public IEnOceanDevice
{
  private:
    uint8_t tasterId_Arr[4] = { 0, 0, 0, 0 };
    boolean buttonState[6][2] = { { 0 } };
  public:
    uint32_t tasterId = 0;

    EnOceanDevice_RPS_simple()
    {
      // We have
      //  A, B, AB
      //  A_release, B_release, AB_release
      numberOfComObjects = 6;

      // We have only the Id of the push-button
      numberOfParameters = 1;
    }

    // pre-configure device, set sender-id etc.
    void init(uint8_t startAtComObj, uint8_t startAtParameter)
    {
      firstComObj = startAtComObj;
      firstParameter = startAtParameter;

      // we only store the first comObj as this information is sufficient to identify all the com-objects

      // regarding configuration:
      // in this case here we only have one configuration, which is the Enocean-ID of the button-set.
      tasterId = ((uint32_t) Konnekting.getUINT32Param(startAtParameter));
      tasterId_Arr[0] = tasterId >> 24;
      tasterId_Arr[1] = tasterId >> 16;
      tasterId_Arr[2] = tasterId >> 8;
      tasterId_Arr[3] = tasterId;

#ifdef KDEBUG
      Debug.print(F("I am: "));
      for (int i = 0; i < BASEID_BYTES; i++)
      {
        Debug.print(F("%X"), tasterId_Arr[i]);
      }
      Debug.println(F(""));
#endif
    }

    // things that need to be done regularly
    void task()
    {
      // nothing to be done regularly for the button-set that is listened to
      return;
    }

    // something happened on the bus, let's react
#pragma GCC diagnostic push // I don't want a warning, just because we don't do anything here
#pragma GCC diagnostic ignored "-Wunused-parameter"
    void handleKnxEvents(byte index)
    {
      // nothing to listen for from Knx
      return;
    }
#pragma GCC diagnostic pop

    // decode enocean message. Fail fast!
    bool handleEnOceanPacket(PACKET_SERIAL_TYPE* f_Pkt_st)
    {
      // Get rid of messages we can't handle
      if (f_Pkt_st->u8DataBuffer[0] != u8RORG_RPS)
        return false;

      RPS_TELEGRAM_TYPE* lRpsTlg_p = (RPS_TELEGRAM_TYPE*) & (f_Pkt_st->u8DataBuffer[1]);

      // Get rid of messages not intended for us
      if (lRpsTlg_p->u8SenderId_p[0] != tasterId_Arr[0])
        return false;
      if (lRpsTlg_p->u8SenderId_p[1] != tasterId_Arr[1])
        return false;
      if (lRpsTlg_p->u8SenderId_p[2] != tasterId_Arr[2])
        return false;
      if (lRpsTlg_p->u8SenderId_p[3] != tasterId_Arr[3])
        return false;

      // Here we only have Telegrams that are intended for us

#ifdef KDEBUG
      Debug.println(F("detected: RPS %X"), tasterId);
#endif
      // Check welcher Taster gedr�ckt ist

      if (RPS_BUTTON_2NDACT_VALID == lRpsTlg_p->u8RpsTelData.SA)
      {
        switch (lRpsTlg_p->u8RpsTelData.R2) {
          case RPS_BUTTON_CHANNEL_AO:
#ifdef KDEBUG
            DEBUGSERIAL.println("Button DO");
#endif
            break;
          case RPS_BUTTON_CHANNEL_AI:
#ifdef KDEBUG
            DEBUGSERIAL.println("Button DI");
#endif
            break;
          case RPS_BUTTON_CHANNEL_BO:
#ifdef KDEBUG
            DEBUGSERIAL.println("Button CO");
#endif
            if (1 == lRpsTlg_p->u8RpsTelData.EB) //Pressed
            {
              buttonState[2][0] = true;
              buttonState[2][1] = 0;
              Knx.write(firstComObj + 2, 0);
            }
            break;
          case RPS_BUTTON_CHANNEL_BI:
#ifdef KDEBUG
            DEBUGSERIAL.println("Button CI");
#endif
            if (1 == lRpsTlg_p->u8RpsTelData.EB) //Pressed
            {
              buttonState[2][0] = true;
              buttonState[2][1] = 1;
              Knx.write(firstComObj + 2, 1);
            }
            break;
        }
      }
      else
      {
        switch (lRpsTlg_p->u8RpsTelData.R1) {
          case RPS_BUTTON_CHANNEL_AO:
#ifdef KDEBUG
            DEBUGSERIAL.println("Button AO");
#endif
            if (1 == lRpsTlg_p->u8RpsTelData.EB) //ob pressed ist
            {
              buttonState[0][0] = true;
              buttonState[0][1] = 0;
              Knx.write(firstComObj, 0);
            }
            break;
          case RPS_BUTTON_CHANNEL_AI:

            if (0 == lRpsTlg_p->u8RpsTelData.EB)
            {
#ifdef KDEBUG
              DEBUGSERIAL.println("Released");
#endif
              for (int i = 0; i < 6; i++)
              {
                if (buttonState[i][0] == true)
                {
                  buttonState[i][0] = false;
                  bool state = buttonState[i][1];
                  Knx.write(firstComObj + i + 3, state);
                }
              }

            }
            else if (1 == lRpsTlg_p->u8RpsTelData.EB) //ob pressed ist
            {
#ifdef KDEBUG
              DEBUGSERIAL.println("Button AI");
#endif
              buttonState[0][0] = true;
              buttonState[0][1] = 1;
              Knx.write(firstComObj, 1);
            }
            break;
          case RPS_BUTTON_CHANNEL_BO:
#ifdef KDEBUG
            DEBUGSERIAL.println("Button BO");
#endif
            if (1 == lRpsTlg_p->u8RpsTelData.EB) //ob pressed ist
            {
              buttonState[1][0] = true;
              buttonState[1][1] = 0;
              Knx.write(firstComObj + 1, 0);
            }
            break;
          case RPS_BUTTON_CHANNEL_BI:
#ifdef KDEBUG
            DEBUGSERIAL.println("Button BI");
#endif
            if (1 == lRpsTlg_p->u8RpsTelData.EB) //ob pressed ist
            {
              buttonState[1][0] = true;
              buttonState[1][1] = 1;
              Knx.write(firstComObj + 1, 1);
            }
            break;
        } //ENDE Switch
      } //Ende Else 2nd Action
      return true;
    }
};

#endif /* EnOceanDevice_RPS_SIMPLE_H_ */