#pragma once

// EnOcean manufacturer names
enum ENOCEAN_MANUFACTURER : uint16_t
{
	UNKNOWN_MANUFACTURER = 0x000,
	PEHA = 0x001,
	ENOCEAN_MANUFACTURER_FIRST = PEHA, // First manufacturer value
	THERMOKON = 0x002,
	SERVODAN = 0x003,
	ECHOFLEX_SOLUTIONS = 0x004,
	OMNIO_AG = 0x005,
	AWAG_ELEKTROTECHNIK_AG = 0x005, // Merged
	HARDMEIER_ELECTRONICS = 0x006,
	REGULVAR_INC = 0x007,
	AD_HOC_ELECTRONICS = 0x008,
	DISTECH_CONTROLS = 0x009,
	KIEBACK_AND_PETER = 0x00A,
	ENOCEAN_GMBH = 0x00B,
	PROBARE = 0x00C,
	VICOS_GMBH = 0x00C, // Merged
	ELTAKO = 0x00D,
	LEVITON = 0x00E,
	HONEYWELL = 0x00F,
	SPARTAN_PERIPHERAL_DEVICES = 0x010,
	SIEMENS = 0x011,
	T_MAC = 0x012,
	RELIABLE_CONTROLS_CORPORATION = 0x013,
	ELSNER_ELEKTRONIK_GMBH = 0x014,
	DIEHL_CONTROLS = 0x015,
	BSC_COMPUTER = 0x016,
	S_AND_S_REGELTECHNIK_GMBH = 0x017,
	ZENO_CONTROLS = 0x018,
	MASCO_CORPORATION = 0x018, // Reassigned
	INTESIS_SOFTWARE_SL = 0x019,
	VIESSMANN = 0x01A,
	LUTUO_TECHNOLOGY = 0x01B,
	CAN2GO = 0x01C,
	SAUTER = 0x01D,
	BOOT_UP = 0x01E,
	OSRAM_SYLVANIA = 0x01F,
	UNOTECH = 0x020,
	DELTA_CONTROLS_INC = 0x21,
	UNITRONIC_AG = 0x022,
	NANOSENSE = 0x023,
	THE_S4_GROUP = 0x024,
	MSR_SOLUTIONS = 0x025,
	VEISSMANN_HAUSATOMATION_GMBH = 0x025, // Purchased
	GE = 0x26,
	MAICO = 0x027,
	RUSKIN_COMPANY = 0x28,
	MAGNUM_ENERGY_SOLUTIONS = 0x29,
	KMC_CONTROLS = 0x02A,
	ECOLOGIX_CONTROLS = 0x02B,
	TRIO_2_SYS = 0x2C,
	AFRISO_EURO_INDEX = 0x02D,
	WALDMANN_GMBH = 0x02E,
	NEC_PLATFORMS_LTD = 0x030,
	ITEC_CORPORATION = 0x031,
	SIMICX_CO_LTD = 0x32,
	PERMUNDO_GMBH = 0x33,
	EUROTRONIC_TECHNOLOGY_GMBH = 0x34,
	ART_JAPAN_CO_LTD = 0x35,
	TIANSU_AUTOMATION_CONTROL_SYSTE_CO_LTD = 0x36,
	WEINZIERL_ENGINEERING_GMBH = 0x37,
	GRUPPO_GIORDANO_IDEA_SPA = 0x38,
	ALPHAEOS_AG = 0x39,
	TAG_TECHNOLOGIES = 0x3A,
	WATTSTOPPER = 0x3B,
	PRESSAC_COMMUNICATIONS_LTD = 0x3C,
	GIGA_CONCEPT = 0x3E,
	SENSORTEC = 0x3F,
	JAEGER_DIREKT = 0x40,
	AIR_SYSTEM_COMPONENTS_INC = 0x41,
	ERMINE_CORP = 0x042,
	SODA_GMBH = 0x043,
	EKE_AUTOMATION = 0x044,
	HOLTER_REGELARMUTREN = 0x045,
	NODON = 0x046,
	DEUTA_CONTROLS_GMBH = 0x047,
	EWATTCH = 0x048,
	MICROPELT = 0x049,
	CALEFFI_SPA = 0x04A,
	DIGITAL_CONCEPTS = 0x04B,
	EMERSON_CLIMATE_TECHNOLOGIES = 0x04C,
	ADEE_ELECTRONIC = 0x04D,
	ALTECON = 0x04E,
	NANJING_PUTIAN_TELECOMMUNICATIONS = 0x04F,
	TERRALUX = 0x050,
	MENRED = 0x051,
	IEXERGY_GMBH = 0x052,
	OVENTROP_GMBH = 0x053,
	BUILDING_AUTOMATION_PRODUCTS_INC = 0x054,
	FUNCTIONAL_DEVICES_INC = 0x055,
	OGGA = 0x056,
	ITHO_DAALDEROP = 0x057,
	RESOL = 0x058,
	ADVANCED_DEVICES = 0x059,
	AUTANI_LCC = 0x05A,
	DR_RIEDEL_GMBH = 0x05B,
	HOPPE_HOLDING_AG = 0x05C,
	SIEGENIA_AUBI_KG = 0x05D,
	ADEO_SERVICES = 0x05E,
	EIMSIG_EFP_GMBH = 0x05F,
	VIMAR_SPA = 0x060,
	GLEN_DIMLAX_GMBH = 0x061,
	PMDM_GMBH = 0x062,
	HUBBEL_LIGHTNING = 0x063,
	DEBFLEX = 0x64,
	PERIFACTORY_SENSORSYSTEMS = 0x65,
	WATTY_CORP = 0x66,
	WAGO_KONTAKTTECHNIK = 0x67,
	KESSEL = 0x68,
	AUG_WINKHAUS = 0x69,
	DECELECT = 0x6A,
	MST_INDUSTRIES = 0x6B,
	BECKER_ANTRIEBS_GMBH = 0x06C,
	NEXELEC = 0x06D,
	WIELAND_ELECTRIC_GMBH = 0x06E,
	ADVISEN = 0x06F,
	CWS_BCO_INTERNATIONAL_GMBH = 0x070,
	ROTO_FRANCK_AG = 0x071, 
	ALM_CONTROLS_E_K = 0x072,
	TOMMASO_TECHNOLOGIES_CO_LTD = 0x073,
	REHAUS_AG_AND_CO = 0x074,
	INABA_DENKI_SANGYO_CO_LTD = 0x075,
	HAGER_CONTROL_SAS = 0x076,
	ENOCEAN_MANUFACTURER_LAST = HAGER_CONTROL_SAS, // Last manufacturer value
	MULTI_USER_MANUFACTURER = 0x7FF
};

// ESP3 RORGs
enum ESP3_RORG_TYPE : uint8_t
{
	RORG_ST = 0x30,			// Secure telegram
	RORG_ST_WE = 0x31,		// Secure telegram with RORG encapsulation
	RORG_STT_FW = 0x35,		// Secure teach-in telegram for switch
	RORG_4BS = 0xA5,		// 4 Bytes Communication
	RORG_ADT = 0xA6,		// Adressing Destination Telegram
	RORG_SM_REC = 0xA7,		// Smart Ack Reclaim
	RORG_GP_SD = 0xB3,		// Generic Profiles selective data
	RORG_SM_LRN_REQ = 0xC6,	// Smart Ack Learn Request
	RORG_SM_LRN_ANS = 0xC7,	// Smart Ack Learn Answer
	RORG_SM_ACK_SGNL = 0xD0, // Smart Acknowledge Signal telegram
	RORG_MSC = 0xD1,		// Manufacturer Specific Communication
	RORG_VLD = 0xD2,		// Variable length data telegram
	RORG_UTE = 0xD4,		// Universal teach-in EEP based
	RORG_1BS = 0xD5,		// 1 Byte Communication
	RORG_RPS = 0xF6,		// Repeated Switch Communication
	RORG_SYS_EX = 0xC5		// Remote Management
};

class CEnOceanEEP
{
      public:
	const char *GetManufacturerLabel(const uint32_t ID);
	const char *GetManufacturerName(const uint32_t ID);

	const char *GetRORGLabel(const uint8_t RORG);
	const char *GetRORGDescription(const uint8_t RORG);

	const char *GetEEP(const int RORG, const int func, const int type);
	const char *GetEEPLabel(const int RORG, const int func, const int type);
	const char *GetEEPDescription(const int RORG, const int func, const int type);

	uint32_t GetNodeID(const uint8_t ID3, const uint8_t ID2, const uint8_t ID1, const uint8_t ID0);

	std::string GetDeviceID(const uint32_t nodeID);

	float GetDeviceValue(const uint32_t rawValue, const uint32_t rangeMin, const uint32_t rangeMax, const float scaleMin, const float scaleMax);
};

//convert id from  buffer[] to unsigned int
unsigned int DeviceArrayToInt(unsigned char m_buffer[]);
void         DeviceIntToArray(unsigned int sID, unsigned char buf[]);
unsigned int DeviceIdStringToUInt(std::string DeviceID);
void         ProfileToRorgFuncType(int EEP, int & Rorg, int & Func, int & Type);
int          RorgFuncTypeToProfile(int Rorg, int Func, int Type);
int          getRorg(int EEP);
int          getFunc(int EEP);
int          getType(int EEP);

#define CheckIsGatewayAdress( deviceid) (((deviceid > m_id_base) && (deviceid < m_id_base + 128))? true: false)

std::string GetEnOceanIDToString(unsigned int DeviceID);

void setDestination(unsigned char * opt, unsigned int destID);