eoEEP_A52006.h

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#ifndef EO_EEP_A52006_H
#define EO_EEP_A52006_H

#include "eoA5EEProfile.h"
#include "eoISimpleBidirectionalProfile.h"
typedef enum
{
  A52006_CV = 0,
  A52006_LOM = 1,
  A52006_LO = 2,
  A52006_LOCH0 = 3,
  A52006_TMPLOCALAMBIENT = 4,
  A52006_TMPFEEDPOINT = 5,
  A52006_TSL = 6,
  A52006_ENIE = 7,
  A52006_ES = 8,
  A52006_DWO = 9,
  A52006_LRNB = 10,
  A52006_RCE = 11,
  A52006_RSS = 12,
  A52006_ACO = 13,
  A52006_REF = 14,
  A52006_RFC = 15,
  A52006_SB = 16,
  A52006_SPS = 17,
  A52006_SBY = 18,
  A52006_VP, //Valve position
  A52006_SP, // Setpoint
  A52006_TMP,
} A52006_CHANNELS;

typedef enum
{
  A52006_LOM_LO_IS_RELATIVE___OFFSETTEMPERATURE = 0,
  A52006_LOM_LO_IS_ABSOLUTE___ABSOLUTTEMPERATURE = 1,
} A52006_LOM_ENUM;
typedef enum
{
  A52006_LO_LOCAL_OFFSET_0C = 0,
  A52006_LO_LOCAL_OFFSET_1C = 1,
  A52006_LO_LOCAL_OFFSET_2C = 2,
  A52006_LO_LOCAL_OFFSET_3C = 3,
  A52006_LO_LOCAL_OFFSET_4C = 4,
  A52006_LO_LOCAL_OFFSET_5C = 5,
  A52006_LO_LOCAL_OFFSET_N5C = 123,
  A52006_LO_LOCAL_OFFSET_N4C = 124,
  A52006_LO_LOCAL_OFFSET_N3C = 125,
  A52006_LO_LOCAL_OFFSET_N2C = 126,
  A52006_LO_LOCAL_OFFSET_B1C = 127,
} A52006_LO_ENUM;
typedef enum
{
  A52006_TSL_AMBIENT_SENSOR_TEMPERATURE = 0,
  A52006_TSL_FEED_SENSOR_TEMPERATURE = 1,
} A52006_TSL_ENUM;
typedef enum
{
  A52006_ENIE_NOT_HARVESTING = 0,
  A52006_ENIE_HARVESTING_ACTIVE = 1,
} A52006_ENIE_ENUM;
typedef enum
{
  A52006_ES_LOW___ALMOST_DISCHARGED = 0,
  A52006_ES_SUFFICENTLY_CHARGED = 1,
} A52006_ES_ENUM;
typedef enum
{
  A52006_DWO_NO_WINDOW_OPEN_DETECTED = 0,
  A52006_DWO_WINDOW_OPEN_DETECTED = 1,
} A52006_DWO_ENUM;
typedef enum
{
  A52006_LRNB_TEACH_IN_TELEGRAM = 0,
  A52006_LRNB_DATA_TELEGRAM = 1,
} A52006_LRNB_ENUM;
typedef enum
{
  A52006_RCE_RADIO_COMMUNICATION_IS_STABLE = 0,
  A52006_RCE_6_OR_MORE_CONSECUTIVE_COMMUNICATION_ERROS_HAVE_OCC = 1,
} A52006_RCE_ENUM;
typedef enum
{
  A52006_RSS_RADIO_SIGNAL_IS_STRONG = 0,
  A52006_RSS_RADIO_SIGNAL_IS_WEAK_UNDER__77DBM = 1,
} A52006_RSS_ENUM;
typedef enum
{
  A52006_ACO_ACTUATOR_WORKING_CORRECTLY = 0,
  A52006_ACO_ACTUATOR_BLOCKED = 1,
} A52006_ACO_ENUM;
typedef enum
{
  A52006_REF_NORMAL_OPERATION = 0,
  A52006_REF_REFERENCE_RUN = 1,
} A52006_REF_ENUM;
typedef enum
{
  A52006_RFC_AUTO = 0,
  A52006_RFC_2_MINUTES = 1,
  A52006_RFC_5_MINUTES = 2,
  A52006_RFC_10_MINUTES = 3,
  A52006_RFC_20_MINUTES = 4,
  A52006_RFC_30_MINUTES = 5,
  A52006_RFC_60_MINUTES = 6,
  A52006_RFC_120_MINUTES = 7,
} A52006_RFC_ENUM;
typedef enum
{
  A52006_SB_NORMAL_OPERATION = 0,
  A52006_SB_SUMMER_MODE_WITH_8HOURS_RADIO_DUTY_CYCLE = 1,
} A52006_SB_ENUM;
typedef enum
{
  A52006_SPS_VALVE_POSITION_MODE = 0,
  A52006_SPS_TEMPERATURE_SETPOINT = 1,
} A52006_SPS_ENUM;
typedef enum
{
  A52006_SBY_NORMAL_OPERATION = 0,
  A52006_SBY_ENTER_STANDBYE = 1,
} A52006_SBY_ENUM;


class eoEEP_A52006: public eoA5EEProfile, public eoISimpleBidirectionalProfile
{
private:   //internal helper tries to set the channel for Direction and type
  eoReturn SetChannels(SIMPLE_DIRECTION direction);
  eoMessage outMessage;
  eoEEPChannelInfo *outChannels;
  uint8_t outChannelCount;
public:

  virtual eoReturn SetType(uint8_t type);
  virtual eoReturn SetValue(CHANNEL_TYPE type, float value, uint8_t subFlag) override;
  virtual eoReturn SetValue(CHANNEL_TYPE type, uint32_t value, uint8_t subFlag) override;
  virtual eoReturn SetDirection(SIMPLE_DIRECTION direction) override;
  virtual eoChannelInfo * GetOutChannel(CHANNEL_TYPE type) override;
  virtual eoChannelInfo * GetOutChannel(uint8_t channelNumber) override;
  virtual eoChannelInfo * GetOutChannel(CHANNEL_TYPE type,uint8_t index) override;
  eoEEP_A52006(uint16_t size=14);
  virtual ~eoEEP_A52006();
};
#endif // !eoEEP_A52006