data_flash_access.h

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#pragma once
 
#include <Arduino.h>
 
#include "globals.h"
#include "utils.h"
#include "alt_manufacturer_access.h"
#include "service.h"
 
class DF_ADDR {
  public:
    static const word MIN = 0x4000;  
    static const word MAX = 0x5FFF;  
 
    static const word MANUFACTURER_NAME = 0x406B;  
    static const word DEVICE_NAME = 0x4080;  
    static const word DEVICE_CHEMISTRY = 0x4095;  
 
    static const word GAS_GAUGING_CYCLE_COUNT = 0x4240;  
    static const word GAS_GAUGING_UPDATE_STATUS = 0x420E;  
 
    static const word FET_OPTIONS = 0x4600;  
 
    static const word DESIGN_CAPACITY_MAH = 0x462A;  
    static const word DESIGN_CAPACITY_CWH = 0x462C;  
 
    static const word SOC_FLAG_CONFIG_A = 0x4632;  
 
    static const word TC_SET_RSOC_THRESHOLD = 0x464B;  
    static const word TC_CLEAR_RSOC_THRESHOLD = 0x464C;  
 
    static const word DA_CONFIGURATION = 0x469B;  
 
    static const word CHARGE_TERM_TAPER_CURRENT = 0x4693;  
 
    static const word OCC_THRESHOLD = 0x46C9;  
 
    static const word OTC_THRESHOLD = 0x46D8;  
    static const word OTC_RECOVERY = 0x46DB;   
 
    static const word Q_MAX_CELL_1 = 0x4206;  
    static const word Q_MAX_CELL_2 = 0x4208;  
    static const word Q_MAX_PACK = 0x420A;   
 
    static const word CELL0_RA_FLAG = 0x4100;
    static const word CELL1_RA_FLAG = 0x4140;  
    static const word X_CELL0_RA_FLAG = 0x4180;  
    static const word X_CELL1_RA_FLAG = 0x41C0;  
};
 
void dfReadBytes(word addr, byte *retval, int len);
 
void dfWriteBytes(word addr, byte *data, int len);
 
byte dfReadByte(word addr);
 
byte dfReadU1(word addr);
 
void dfWriteByte(word addr, byte value);
 
word dfReadWord(word addr);
 
void dfWriteWord(word addr, word value);
 
int dfReadI2(word addr);
 
void dfWriteI2(word addr, int value);
 
word dfReadU2(word addr);
 
void dfWriteU2(word addr, word value);
 
String dfReadString(word addr);
 
String dfDeviceName();
 
int dfReadDesignCapacityMah();
 
void dfWriteDesignCapacityMah(int designCapacityMah);
 
int dfReadDesignCapacityCwh();
 
void dfWriteDesignCapacityCwh(int designCapacityCwh);
 
byte dfReadFetOptions();
 
void dfWriteFetOptionsCHGFET(bool chgFetBitValue);
 
byte dfReadDaConfiguration();
 
byte dfReadGasGaugingUpdateStatus();
 
void dfWriteGasGaugingUpdateStatus(byte updateStatus);
 
void dfReadAllData();
 
void dfPrintRaTable();
 
int dfReadTaperCurrent();
 
void dfWriteTaperCurrent(int taperCurrent);
 
void dfResetRaTableFlags();
 
word dfReadSocFlagConfigA();
 
void dfWriteSocFlagConfigA(word socFlagConfigA);
 
byte dfReadTcSetRsocThreshold();
 
void dfWriteTcSetRsocThreshold(byte setThreshold);
 
byte dfReadTcClearRsocThreshold();
 
void dfWriteTcClearRsocThreshold(byte clearThreshold);
 
int dfReadQmaxCell1();
 
int dfReadQmaxCell2();
 
int dfReadQmaxPack();
 
void dfWriteQmax(word qMaxCell0, word qMaxCell1);
 
word dfReadCycleCount();
 
void dfWriteCycleCount(word cycleCount);