#ifndef _SetGetRawValue
#define _SetGetRawValue

#include <stdint.h>
#include <vector>
#include <stdio.h>
//Profile descriptor from eep.xml
class T_DATAFIELD  {
      public:
	uint32_t Offset;
	uint32_t Size;
	double  RangeMin;
	double  RangeMax;
	double  ScaleMin;
	double  ScaleMax;

	std::string ShortCut;
	std::string description;
	std::string  enumerate       ;


	std::string toString()
	{
		char buf[1024];
		snprintf(buf, sizeof(buf), "%2d;%2d;%5.2f;%5.2f;%5.2f;%5.2f;%-10s;%s",
			Offset,
			Size,
			RangeMin,
			RangeMax,
			ScaleMin,
			ScaleMax,
//			ShortCut ,
//			description );
			ShortCut.c_str(),
			description.c_str());
			return buf;

	}

};

//Profile descriptor from eep.xml


typedef struct {
  T_DATAFIELD* Dataf  ;
	std::string Title;
	std::string Desc ;
}T_EEP_CASE_ ; 

class  T_PROFIL_LIST{
      public:
  int Profil ; 
  int Rorg;
  int Func;
  int type;
  T_EEP_CASE_* *cases  ;
  int nbCases;
  std::string FuncTitle ;
  std::string TypeTitle ;



  std::string toString() 
  {
    char buf[1024] ;
    snprintf ( buf,sizeof(buf),"%06x;%2x;%2x;%2x;%-10s;%s", 
   Profil , 
   Rorg,
   Func,
   type,
	 FuncTitle.c_str(),
	 TypeTitle.c_str() );
   return buf;

  }
}  ;


//descriptor for a eep case
//a profil a as several case 
// a case as several datafield
typedef std::vector<T_DATAFIELD> _T_EEP_CASE;

//value for the last argument of a telegram data payload
#define END_ARG_DATA  (((unsigned int)1<<31)-1)

//return the value at bit offset offset length : size
//as described in eep profile 
uint32_t GetRawValue(uint8_t * data, uint16_t offset, uint8_t size);

//copy the value at bit offset offset length : size
//as described in eep profile 
//return true if ok
bool SetRawValue(uint8_t * data, uint32_t value, uint16_t offset, uint8_t size);

T_DATAFIELD* GetOffsetFromName(char * OffsetName, T_DATAFIELD * OffsetDes);

bool SetRawValue(uint8_t * data, uint32_t value, T_DATAFIELD* offset);

uint32_t GetRawValue(uint8_t * data, T_DATAFIELD* offset);

uint32_t GetRawValue(uint8_t * data, T_DATAFIELD* offset, uint32_t offsetIndex);

bool SetRawValue(uint8_t * data, uint32_t value, char *  OffsetName, T_DATAFIELD * OffsetDes);

uint32_t GetRawValue(uint8_t * data, char *  OffsetName, T_DATAFIELD * OffsetDes);

uint32_t SetRawValuesNb(uint8_t * data, T_DATAFIELD * OffsetDes, int NbParameter, va_list value);

uint32_t SetRawValuesNb(uint8_t * data, T_DATAFIELD * OffsetDes, int NbParameter, ...);

uint32_t SetRawValues(uint8_t * data, T_DATAFIELD * OffsetDes, va_list value);

uint32_t SetRawValues(uint8_t * data, T_DATAFIELD * OffsetDes, ...);

uint32_t GetRawValue(uint8_t * data, _T_EEP_CASE* offset, uint32_t offsetIndex);

uint32_t SetRawValues(uint8_t * data, _T_EEP_CASE * EEP_case, ...);

uint32_t setRawDataValues(uint8_t* data, T_DATAFIELD* OffsetDes, int value[], int NbData);

uint32_t getRawDataValues(uint8_t* data, T_DATAFIELD* OffsetDes, int value[], int NbData);

std::string printRawDataValues(uint8_t* data, T_DATAFIELD* OffsetDes);

//vld D2-03-0A : len=2 offset 0 battery level 1= action : //1 = simple press, 2=double press, 3=long press, 4=press release


extern T_DATAFIELD D2030A[];

#define D2030A_BAT 0
#define D2030A_BUT 1
#define D2030A_NB_DATA    1
#define D2030A_DATA_SIZE  2

extern T_DATAFIELD TEACHIN_4BS[] ;

#define WITHOUT_EEP 0
#define WITH_EEP 1
#define TEACHIN  0
#define DATA_TELEG  1

extern T_DATAFIELD TEACHIN_UTE[] ;
#endif