#ifndef __SOLAR_CBF_PYLON  // include GUARD
#define __SOLAR_CBF_PYLON
#include "esphome.h"
#include <utility>
#include "common.h"
#include "cb_frame.h"
using namespace esphome;

namespace solar 
{
  
  class cbf_pylon : virtual public cb_frame {

    public:
        // Pylontech battery CAN IDs
        // All unverified IDs are taken from the Pylontech CAN protocol documentation
        // https://domosimple.eu/en/documentation/manuels/pylontech-can-bus-protocole
        // VERIFIED IDs have been confirmed by capturing actual CAN bus traffic from a Pylontech battery  
        static const int CB_BATTERY_LIMITS = 0x351; // VERIFIED: Pylontech battery max charging/discharging values message
        static const int CB_BATTERY_SETTING2 = 0x352; // used for Pylontech batteries
        static const int CB_BATTERY_SETTING3 = 0x353; // used for Pylontech batteries
        static const int CB_BATTERY_SETTING4 = 0x354; // used for Pylontech batteries
        static const int CB_BATTERY_STATE = 0x355; // VERIFIED: Pylontech battery state message
        static const int CB_BATTERY_STATUS = 0x356; // VERIFIED: Pylontech battery status message
        static const int CB_BATTERY_ERROR = 0x357;
        static const int CB_BATTERY_WARNING = 0x358;
        static const int CB_BATTERY_FAULT = 0x359; // VERIFIED: Pylontech battery fault message
        static const int CB_BATTERY_REQUEST = 0x35A;
        static const int CB_BATTERY_RESPONSE = 0x35B; 
        static const int CB_BATTERY_REQUEST_FLAGS = 0x35C; // VERIFIED: Pylontech battery request flag message       
        static const int CB_BATTERY_MANUFACTURER_ID = 0x35D;
        static const int CB_BATTERY_MODEL_ID = 0x35E;
        static const int CB_BATTERY_MANUFACTURER = 0x35E; // VERIFIED: Pylontech battery manufacturer message
        static const int CB_BATTERY_MODEL = 0x35D;
        static const int CB_BATTERY_SERIAL_NUMBER = 0x35F;
        static const int CB_BATTERY_VERSION = 0x360;
        static const int CB_BATTERY_CAPACITY = 0x361;
        static const int CB_BATTERY_TEMPERATURE = 0x362;
        static const int CB_BATTERY_VOLTAGE = 0x363;
        static const int CB_BATTERY_CURRENT = 0x364;
        static const int CB_BATTERY_SOC = 0x365;
        static const int CB_BATTERY_SOH = 0x366;
        static const int CB_BATTERY_CHARGE_POWER = 0x367;
        static const int CB_BATTERY_DISCHARGE_POWER = 0x368;
        static const int CB_BATTERY_CHARGE_ENERGY = 0x369;
        static const int CB_BATTERY_DISCHARGE_ENERGY = 0x36A;
        static const int CB_BATTERY_CHARGE_CYCLES = 0x36B;
        static const int CB_BATTERY_CHARGE_LIMIT = 0x36C;
        static const int CB_BATTERY_DISCHARGE_LIMIT = 0x36D;
        static const int CB_BATTERY_CHARGE_MODE = 0x36E;
        static const int CB_BATTERY_DISCHARGE_MODE = 0x36F;
        static const int CB_BATTERY_CHARGE_STATUS = 0x370;
        static const int CB_BATTERY_DISCHARGE_STATUS = 0x371;
        static const int CB_BATTERY_CHARGE_CYCLE_COUNT = 0x372;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT = 0x373;
        static const int CB_BATTERY_CHARGE_CYCLE_STATUS = 0x374;
        static const int CB_BATTERY_CHARGE_CYCLE_MODE = 0x375;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT_STATUS = 0x376;
        static const int CB_BATTERY_CHARGE_CYCLE_MODE_STATUS = 0x377;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT_MODE = 0x378;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT_MODE_STATUS = 0x379;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT_MODE_STATUS2 = 0x37A;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT_MODE_STATUS3 = 0x37B;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT_MODE_STATUS4 = 0x37C;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT_MODE_STATUS5 = 0x37D;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT_MODE_STATUS6 = 0x37E;
        static const int CB_BATTERY_CHARGE_CYCLE_LIMIT_MODE_STATUS7 = 0x37F;  
        // Pylontech battery publish spec
        // This is used to determine when to publish the battery data  
        static const publish_spec_t publish_spec; 

        cbf_pylon() = default;
        void clear();
        std::string to_string() const override;
        cbf_pylon& operator=(cbf_pylon&& src);  // required due to double inheritance in cbf_store_pylon
        // using default (compiler auto generated) copy and move constructors and assignment operators
  };

} // namespace solar
#endif // __SOLAR_CBF_PYLON