#ifndef _MODULE_NAME_PARSING_H_
#define _MODULE_NAME_PARSING_H_
//------------------------------------------------------------------------------
#include <stdint.h>
//------------------------------------------------------------------------------
#define BADKEY (-1)
//------------------------------------------------------------------------------
// model type key
//------------------------------------------------------------------------------
#define MODEL_AC (0x01) //Ac EVse Cordset
#define MODEL_AW (0x02) //Ac EVse Wallmount
#define MODEL_AP (0x03) //Ac EVse Pedestal
#define MODEL_DW (0x04) //Dc EVse Wallmount
#define MODEL_DS (0x05) //Dc EVse Standalone
#define MODEL_DM (0x06) //Dc EVse Moveable (Battery equipped)
#define MODEL_DR (0x07) //Dc EVse Power Rack (without cabinet)
//#define MODEL_DM (0x08) //Dc EVse Moveable (移動)
#define MODEL_DD (0x09) //Dc EVse Dispenser
#define MODEL_DO (0x0A) //Dc EVse Output power cabinet
//------------------------------------------------------------------------------
// regulation key
//------------------------------------------------------------------------------
#define REG_CE (0x01) // CE / European Market
#define REG_UL (0x02) // UL / North America Market
#define REG_GB (0x03) // GB / China Market
#define REG_CNS (0x04) // CNS / Taiwan Market
#define REG_JARI (0x05) // JARI / Japan Market
#define REG_TR25 (0x06) // TR25 / Singapor Market
#define REG_KC (0x07) // KC / Korea Market
#define REG_B (0x08) // British / UK Market
#define REG_Z (0x09) // EV ready / French Market
#define REG_M (0x0A) // E + MID Meter
#define REG_P (0x0B) // E + PTB certification
#define REG_I (0x0C) // Z + TIC Meter pcb
#define REG_F (0x0D) // Z + MID Meter
#define REG_L (0x0E) // U + UL meter
//------------------------------------------------------------------------------
// rate power key
//------------------------------------------------------------------------------
#define POWER_30W (0x01)
#define POWER_60W (0x02)
#define POWER_90W (0x03)
#define POWER_120W (0x04)
#define POWER_150W (0x05)
#define POWER_180W (0x06)
#define POWER_240W (0x07)
#define POWER_360W (0x08)
#define POWER_480W (0x09)
#define POWER_720W (0x0A)
//------------------------------------------------------------------------------
// gun type key
//------------------------------------------------------------------------------
#define GUN_TYPE_0 (0x00) //none
#define GUN_TYPE_1 (0x01) //IEC 62196-2 Type 1/SAE J1772 Plug
#define GUN_TYPE_2 (0x02) //IEC 62196-2 Type 1/SAE J1772 Socket
#define GUN_TYPE_3 (0x03) //IEC 62196-2 Type 2 Plug
#define GUN_TYPE_4 (0x04) //IEC 62196-2 Type 2 Socket
#define GUN_TYPE_5 (0x05) //GB/T AC Plug
#define GUN_TYPE_6 (0x06) //GB/T AC Socket
#define GUN_TYPE_7 (0x07) //CS2 AC Plug
#define GUN_TYPE_8 (0x08) //Type E socket
#define GUN_TYPE_J (0x09) //CHAdeMO
#define GUN_TYPE_U (0x0A) //Natural cooling CCS1 combo
#define GUN_TYPE_V (0x0B) //Liquid cooling CCS1 combo
#define GUN_TYPE_E (0x0C) //Natural cooling CCS2 combo
#define GUN_TYPE_F (0x0D) //Liquid cooling CCS2 combo
#define GUN_TYPE_G (0x0E) //GBT DC
#define GUN_TYPE_T (0x0F) //Rema CCS1
#define GUN_TYPE_D (0x10) //Rema CCS2
#define GUN_TYPE_K (0x11) //CHAdeMO 200A/500V
#define GUN_TYPE_M (0x12) //CCS2 80A
#define GUN_TYPE_N (0x13) //CCS1 80A
#define GUN_TYPE_P (0x14) //Phoenix CCS2 500A 水冷
#define GUN_TYPE_R (0x15) //Phoenix CCS1 500A 水冷
//------------------------------------------------------------------------------
// rating current parameters
//------------------------------------------------------------------------------
#define RC_0A (0)
#define RC_60A (600)
#define RC_65A (650)
#define RC_80A (800)
#define RC_125A (1250)
#define RC_200A (2000)
#define RC_250A (2500)
#define RC_300A (3000)
#define RC_500A (5000)
//------------------------------------------------------------------------------
// maximum voltage parameters
//------------------------------------------------------------------------------
#define VOL_CHADEMO (5000)
#define VOL_CCS (9500)
#define VOL_GBT (7500)
#define DC_ONE (7)
#define DC_SEC (9)
#define AC_ONE (8)
//------------------------------------------------------------------------------
// power parameters
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
// rating current case
//------------------------------------------------------------------------------
//J
#define DW_CE_30_J ((uint32_t)((MODEL_DW << 24) | (REG_CE << 16) | (POWER_30W << 8) | GUN_TYPE_J))
#define DM_CE_30_J ((uint32_t)((MODEL_DM << 24) | (REG_CE << 16) | (POWER_30W << 8) | GUN_TYPE_J))
#define DW_UL_30_J ((uint32_t)((MODEL_DW << 24) | (REG_UL << 16) | (POWER_30W << 8) | GUN_TYPE_J))
#define DM_UL_30_J ((uint32_t)((MODEL_DM << 24) | (REG_UL << 16) | (POWER_30W << 8) | GUN_TYPE_J))
#define DW_CNS_30_J ((uint32_t)((MODEL_DW << 24) | (REG_CNS << 16) | (POWER_30W << 8) | GUN_TYPE_J))
#define DM_CNS_30_J ((uint32_t)((MODEL_DM << 24) | (REG_CNS << 16) | (POWER_30W << 8) | GUN_TYPE_J))
#define DS_CE_60_J ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_60W << 8) | GUN_TYPE_J))
#define DS_CE_90_J ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_90W << 8) | GUN_TYPE_J))
#define DS_CE_120_J ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_120W << 8) | GUN_TYPE_J))
#define DS_CE_150_J ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_150W << 8) | GUN_TYPE_J))
#define DS_CE_180_J ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_J))
#define DS_UL_60_J ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_60W << 8) | GUN_TYPE_J))
#define DS_UL_90_J ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_90W << 8) | GUN_TYPE_J))
#define DS_UL_120_J ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_120W << 8) | GUN_TYPE_J))
#define DS_UL_150_J ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_150W << 8) | GUN_TYPE_J))
#define DS_UL_180_J ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_J))
#define DS_CNS_60_J ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_60W << 8) | GUN_TYPE_J))
#define DS_CNS_90_J ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_90W << 8) | GUN_TYPE_J))
#define DS_CNS_120_J ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_120W << 8) | GUN_TYPE_J))
#define DS_CNS_150_J ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_150W << 8) | GUN_TYPE_J))
#define DS_CNS_180_J ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_180W << 8) | GUN_TYPE_J))
//U
#define DD_CE_180_U ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_U))
#define DD_CE_360_U ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_360W << 8) | GUN_TYPE_U))
#define DW_UL_30_U ((uint32_t)((MODEL_DW << 24) | (REG_UL << 16) | (POWER_30W << 8) | GUN_TYPE_U))
#define DM_UL_30_U ((uint32_t)((MODEL_DM << 24) | (REG_UL << 16) | (POWER_30W << 8) | GUN_TYPE_U))
#define DW_CNS_30_U ((uint32_t)((MODEL_DW << 24) | (REG_CNS << 16) | (POWER_30W << 8) | GUN_TYPE_U))
#define DM_CNS_30_U ((uint32_t)((MODEL_DM << 24) | (REG_CNS << 16) | (POWER_30W << 8) | GUN_TYPE_U))
#define DS_UL_60_U ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_60W << 8) | GUN_TYPE_U))
#define DS_UL_90_U ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_90W << 8) | GUN_TYPE_U))
#define DS_UL_120_U ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_120W << 8) | GUN_TYPE_U))
#define DS_UL_150_U ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_150W << 8) | GUN_TYPE_U))
#define DS_UL_180_U ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_U))
#define DD_UL_180_U ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_U))
#define DD_UL_360_U ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_360W << 8) | GUN_TYPE_U))
#define DS_CNS_60_U ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_60W << 8) | GUN_TYPE_U))
#define DS_CNS_90_U ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_90W << 8) | GUN_TYPE_U))
#define DS_CNS_120_U ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_120W << 8) | GUN_TYPE_U))
#define DS_CNS_150_U ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_150W << 8) | GUN_TYPE_U))
#define DS_CNS_180_U ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_180W << 8) | GUN_TYPE_U))
#define DD_CNS_180_U ((uint32_t)((MODEL_DD << 24) | (REG_CNS << 16) | (POWER_180W << 8) | GUN_TYPE_U))
#define DD_CNS_360_U ((uint32_t)((MODEL_DD << 24) | (REG_CNS << 16) | (POWER_360W << 8) | GUN_TYPE_U))
//V
#define DD_CE_180_V ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_V))
#define DD_UL_180_V ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_V))
#define DD_CNS_180_V ((uint32_t)((MODEL_DD << 24) | (REG_CNS << 16) | (POWER_180W << 8) | GUN_TYPE_V))
#define DD_CE_360_V ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_360W << 8) | GUN_TYPE_V))
#define DD_UL_360_V ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_360W << 8) | GUN_TYPE_V))
#define DD_CNS_360_V ((uint32_t)((MODEL_DD << 24) | (REG_CNS << 16) | (POWER_360W << 8) | GUN_TYPE_V))
#define DO_CE_180_V ((uint32_t)((MODEL_DO << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_V))
#define DO_UL_180_V ((uint32_t)((MODEL_DO << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_V))
#define DO_CNS_180_V ((uint32_t)((MODEL_DO << 24) | (REG_CNS << 16) | (POWER_180W << 8) | GUN_TYPE_V))
#define DO_CE_360_V ((uint32_t)((MODEL_DO << 24) | (REG_CE << 16) | (POWER_360W << 8) | GUN_TYPE_V))
#define DO_UL_360_V ((uint32_t)((MODEL_DO << 24) | (REG_UL << 16) | (POWER_360W << 8) | GUN_TYPE_V))
#define DO_CNS_360_V ((uint32_t)((MODEL_DO << 24) | (REG_CNS << 16) | (POWER_360W << 8) | GUN_TYPE_V))
//E
#define DW_CE_30_E ((uint32_t)((MODEL_DW << 24) | (REG_CE << 16) | (POWER_30W << 8) | GUN_TYPE_E))
#define DM_CE_30_E ((uint32_t)((MODEL_DM << 24) | (REG_CE << 16) | (POWER_30W << 8) | GUN_TYPE_E))
#define DS_CE_60_E ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_60W << 8) | GUN_TYPE_E))
#define DS_CE_90_E ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_90W << 8) | GUN_TYPE_E))
#define DS_CE_120_E ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_120W << 8) | GUN_TYPE_E))
#define DS_CE_150_E ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_150W << 8) | GUN_TYPE_E))
#define DS_CE_180_E ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_E))
//F
#define DD_CE_360_F ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_360W << 8) | GUN_TYPE_F))
#define DO_CE_360_F ((uint32_t)((MODEL_DO << 24) | (REG_CE << 16) | (POWER_360W << 8) | GUN_TYPE_F))
//G
#define DM_CNS_30_G ((uint32_t)((MODEL_DM << 24) | (REG_CNS << 16) | (POWER_30W << 8) | GUN_TYPE_G))
#define DS_UL_30_G ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_30W << 8) | GUN_TYPE_G))
#define DS_CNS_120_G ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_120W << 8) | GUN_TYPE_G))
//T
#define DS_CE_90_T ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_90W << 8) | GUN_TYPE_T))
#define DS_CE_120_T ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_120W << 8) | GUN_TYPE_T))
#define DS_CE_150_T ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_150W << 8) | GUN_TYPE_T))
#define DS_CE_180_T ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_T))
#define DD_CE_180_T ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_T))
#define DD_CE_360_T ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_360W << 8) | GUN_TYPE_T))
#define DS_UL_90_T ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_90W << 8) | GUN_TYPE_T))
#define DS_UL_120_T ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_120W << 8) | GUN_TYPE_T))
#define DS_UL_150_T ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_150W << 8) | GUN_TYPE_T))
#define DS_UL_180_T ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_T))
#define DD_UL_180_T ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_T))
#define DD_UL_360_T ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_360W << 8) | GUN_TYPE_T))
#define DS_CNS_90_T ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_90W << 8) | GUN_TYPE_T))
#define DS_CNS_120_T ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_120W << 8) | GUN_TYPE_T))
#define DS_CNS_150_T ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_150W << 8) | GUN_TYPE_T))
#define DS_CNS_180_T ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_180W << 8) | GUN_TYPE_T))
#define DD_CNS_180_T ((uint32_t)((MODEL_DD << 24) | (REG_CNS << 16) | (POWER_180W << 8) | GUN_TYPE_T))
#define DD_CNS_360_T ((uint32_t)((MODEL_DD << 24) | (REG_CNS << 16) | (POWER_360W << 8) | GUN_TYPE_T))
//D
#define DS_CE_90_D ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_90W << 8) | GUN_TYPE_D))
#define DS_CE_120_D ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_120W << 8) | GUN_TYPE_D))
#define DS_CE_150_D ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_150W << 8) | GUN_TYPE_D))
#define DS_CE_180_D ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_D))
#define DD_CE_180_D ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_D))
#define DD_CE_360_D ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_360W << 8) | GUN_TYPE_D))
#define DS_UL_90_D ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_90W << 8) | GUN_TYPE_D))
#define DS_UL_120_D ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_120W << 8) | GUN_TYPE_D))
#define DS_UL_150_D ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_150W << 8) | GUN_TYPE_D))
#define DS_UL_180_D ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_D))
#define DD_UL_180_D ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_D))
#define DD_UL_360_D ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_360W << 8) | GUN_TYPE_D))
#define DS_CNS_90_D ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_90W << 8) | GUN_TYPE_D))
#define DS_CNS_120_D ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_120W << 8) | GUN_TYPE_D))
#define DS_CNS_150_D ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_150W << 8) | GUN_TYPE_D))
#define DS_CNS_180_D ((uint32_t)((MODEL_DS << 24) | (REG_CNS << 16) | (POWER_180W << 8) | GUN_TYPE_D))
#define DD_CNS_180_D ((uint32_t)((MODEL_DD << 24) | (REG_CNS << 16) | (POWER_180W << 8) | GUN_TYPE_D))
#define DD_CNS_360_D ((uint32_t)((MODEL_DD << 24) | (REG_CNS << 16) | (POWER_360W << 8) | GUN_TYPE_D))
//K
#define DS_CE_90_K ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_90W << 8) | GUN_TYPE_K))
#define DS_CE_120_K ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_120W << 8) | GUN_TYPE_K))
#define DS_CE_150_K ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_150W << 8) | GUN_TYPE_K))
#define DS_CE_180_K ((uint32_t)((MODEL_DS << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_K))
#define DD_CE_180_K ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_180W << 8) | GUN_TYPE_K))
#define DD_CE_360_K ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_360W << 8) | GUN_TYPE_K))
#define DS_UL_90_K ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_90W << 8) | GUN_TYPE_K))
#define DS_UL_120_K ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_120W << 8) | GUN_TYPE_K))
#define DS_UL_150_K ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_150W << 8) | GUN_TYPE_K))
#define DS_UL_180_K ((uint32_t)((MODEL_DS << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_K))
#define DD_UL_180_K ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_180W << 8) | GUN_TYPE_K))
#define DD_UL_360_K ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_360W << 8) | GUN_TYPE_K))
//M
#define DW_CE_30_M ((uint32_t)((MODEL_DW << 24) | (REG_CE << 16) | (POWER_30W << 8) | GUN_TYPE_M))
#define DM_CE_30_M ((uint32_t)((MODEL_DM << 24) | (REG_CE << 16) | (POWER_30W << 8) | GUN_TYPE_M))
//N
#define DW_UL_30_N ((uint32_t)((MODEL_DW << 24) | (REG_UL << 16) | (POWER_30W << 8) | GUN_TYPE_N))
#define DM_UL_30_N ((uint32_t)((MODEL_DM << 24) | (REG_UL << 16) | (POWER_30W << 8) | GUN_TYPE_N))
#define DW_CNS_30_N ((uint32_t)((MODEL_DW << 24) | (REG_CNS << 16) | (POWER_30W << 8) | GUN_TYPE_N))
#define DM_CNS_30_N ((uint32_t)((MODEL_DM << 24) | (REG_CNS << 16) | (POWER_30W << 8) | GUN_TYPE_N))
//P
#define DD_CE_360_P ((uint32_t)((MODEL_DD << 24) | (REG_CE << 16) | (POWER_360W << 8) | GUN_TYPE_P))
//R
#define DD_UL_360_R ((uint32_t)((MODEL_DD << 24) | (REG_UL << 16) | (POWER_360W << 8) | GUN_TYPE_R))
#define DD_CNS_360_R ((uint32_t)((MODEL_DD << 24) | (REG_CNS << 16) | (POWER_360W << 8) | GUN_TYPE_R))
//------------------------------------------------------------------------------
typedef enum EnGunType {
Gun_Type_Chademo = 0,
Gun_Type_CCS_2,
Gun_Type_GB,
Gun_Type_AC,
} GunType;
typedef struct StSymStruct {
char *key;
int val;
} SymStruct;
typedef struct StGunTypeAndVolInfo {
uint8_t GunType;
uint16_t GunVoltage;
} GunTypeAndVolInfo;
typedef struct StRateCurInfo {
uint8_t GunType;
uint16_t Current; //* 0.1A
uint16_t Voltage; //* 0.1V
uint8_t Reserved[3];
} RateCurInfo;
typedef struct StParsingRatingCur {
uint8_t GetGunCount;
uint16_t Power;
RateCurInfo ParsingInfo[3];
uint8_t Reserved;
} ParsingRatedCur;
//------------------------------------------------------------------------------
int RatedCurrentParsing(char *pModuleName, void *pDestStruct);
void TestParsingRatingCurrent(void);
#endif /* _MODULE_NAME_PARSING_H_ */