/*
* Config.h
*
* Created on: 2019年4月23日
* Author: foluswen
*/
#ifndef CONFIG_H_
#define CONFIG_H_
//------------------------------------------------------------------------------
#include <stdint.h>
//------------------------------------------------------------------------------
//Dispenser simulation ev signal
//------------------------------------------------------------------------------
#define SIMULATION 0
//------------------------------------------------------------------------------
//independent common share memory key
//------------------------------------------------------------------------------
#define ShmCsuMeterKey 2001
#define ShmCommonKey 2002
//------------------------------------------------------------------------------
#define TOTAL_QUANTITY_GUN 4 //Max Count
//------------------------------------------------------------------------------
//system runtime state
//------------------------------------------------------------------------------
#define MODE_BOOT (0)
#define MODE_IDLE (1)
#define MODE_AUTHORIZING (2)
#define MODE_REASSIGN_CHECK (3)
#define MODE_REASSIGN (4)
#define MODE_PRECHARGE (5)
#define MODE_PREPARE_FOR_EV (6)
#define MODE_PREPARE_FOR_EVSE (7)
#define MODE_CHARGING (8)
#define MODE_TERMINATING (9)
#define MODE_COMPLETE (10)
#define MODE_ALARM (11)
#define MODE_FAULT (12)
#define MODE_RESERVATION (13)
#define MODE_BOOKING (14)
#define MODE_MAINTAIN (15)
#define MODE_DEBUG (16)
#define MODE_CCS_PRECHARGE_STEP0 (17) // ready for ccs precharge processing, For D+ relay to precharge relay
#define MODE_CCS_PRECHARGE_STEP1 (18) // waitting for ev board inform to enter to charging, For precharge relay to D+ relay
#define MODE_UPDATE (19)
#define GFD_WAIT (0)
#define GFD_PASS (1)
#define GFD_FAIL (2)
#define GFD_WARNING (3)
#define PRECHARGE_WAIT (0)
#define PRECHARGE_READY (1)
#define PRECHARGE_PRERELAY_PASS (2)
#define PRECHARGE_CHARELAY_PASS (3)
#define BOOTTING (0)
#define BOOT_COMPLETE (1)
//------------------------------------------------------------------------------
//common define
//------------------------------------------------------------------------------
#define ARRAY_SIZE(A) (sizeof(A) / sizeof(A[0]))
#define PASS (1)
#define FAIL (-1)
#define START (1)
#define STOP (0)
#define YES (1)
#define NO (0)
#define NORMAL (0)
#define ABNORMAL (1)
#define EQUAL (0)
#define NO_DEFINE (255)
#define MtdBlockSize (0x300000) //(0x600000)
//------------------------------------------------------------------------------
//gun temperatures
//------------------------------------------------------------------------------
#define GUN_OTP_VALUE (150)
#define GUN_OTP_RECOVERY (140)
#define UNDEFINED_TEMP (255)
#define TEMP_BOUNDARY (200)
#define WARN_LV_NL (0) //normal state
#define WARN_LV_WARN (1)
#define WARN_LV_ER (2) //emergency state
//------------------------------------------------------------------------------
enum _SYSTEM_STATUS {
S_BOOTING = 0,
S_IDLE,
S_AUTHORIZING,
S_REASSIGN_CHECK,
S_REASSIGN,
S_PREPARNING,
S_PREPARING_FOR_EV,
S_PREPARING_FOR_EVSE,
S_CHARGING,
S_TERMINATING,
S_COMPLETE,
S_ALARM,
S_FAULT,
S_RESERVATION,
S_BOOKING,
S_MAINTAIN,
S_DEBUG,
S_CCS_PRECHARGE_ST0,
S_CCS_PRECHARGE_ST1,
S_UPDATE,
S_NONE,
};
enum _AC_SYSTEM_STATUS {
AC_SYS_NONE = 0,
AC_SYS_A,
AC_SYS_B,
AC_SYS_C,
AC_SYS_D,
AC_SYS_E
};
enum _GUN_TYPE {
_Type_Chademo = 0,
_Type_CCS_2,
_Type_GB,
_Type_AC,
};
enum _CCS_GUN_TYPE {
_TYPE_CCS_NONE = 0,
_TYPE_CCS1_Natural,
_TYPE_CCS1_Liquid,
_TYPE_CCS2_Natural,
_TYPE_CCS2_Liquid,
};
enum _LCM_INDEX {
_LCM_INIT = 0x00,
_LCM_IDLE = 0x01,
_LCM_AUTHORIZING = 0x02,
_LCM_AUTHORIZ_COMP = 0x03,
_LCM_AUTHORIZ_FAIL = 0x04,
_LCM_WAIT_FOR_PLUG = 0x05,
_LCM_PRE_CHARGE = 0x06,
_LCM_CHARGING = 0x07,
_LCM_COMPLETE = 0x08,
_LCM_FIX = 0x09,
#ifdef DD360Audi
_LCM_SELECT_GUN = 0x0A,
_LCM_EMERGENCY = 0x0B,
_LCM_DISCONNECT = 0x0C,
#else
_LCM_EMERGENCY = 0x0A,
#endif
_LCM_NONE = 0xFF,
};
enum _SELF_TEST_SEQ {
_STEST_VERSION = 0x00,
_STEST_AC_CONTACTOR = 0x01,
_STEST_PSU_DETECT = 0x02,
_STEST_PSU_CAP = 0x03,
_STEST_FAIL = 0x04,
_STEST_COMPLETE = 0xEE,
};
enum _MODULE_PSU_WORK_STEP {
INITIAL_START = 0,
GET_PSU_COUNT = 1,
GET_SYS_CAP = 2,
BOOTING_COMPLETE = 3,
_WORK_CHARGING = 10,
_TEST_MODE = 20,
_NO_WORKING = 254,
_INIT_PSU_STATUS = 255,
};
enum _OFFLINE_POLICY {
_OFFLINE_POLICY_LOCAL_LIST = 0x00,
_OFFLINE_POLICY_PHIHONG_RFID_TAG = 0x01,
_OFFLINE_POLICY_FREE_CHARGING = 0x02,
_OFFLINE_POLICY_NO_CHARGING = 0x03,
};
enum _REASSIGNED_RESOURCE_STEP {
_REASSIGNED_NONE = 0, //
_REASSIGNED_PREPARE_M_TO_A = 1, // 系統收到需要降載需求 (輸出總電流降低)，PSU Task 收到將狀態切換至下個狀態
_REASSIGNED_GET_NEW_CAP = 2, // 充電中的重新取得屬於自己火線上的總能量並透過小板通知車端 - 超過10秒直接跳下一步
_REASSIGNED_ADJUST_M_TO_A = 3, // 模塊重新分配完成
_REASSIGNED_RELAY_M_TO_A = 4, // 切斷橋接的 Relay
_REASSIGNED_PREPARE_A_TO_M = 11,
_REASSIGNED_ADJUST_A_TO_M = 12, // 模塊升壓
_REASSIGNED_RELAY_A_TO_M = 13, // 搭接橋接的 Relay
_REASSIGNED_WAITING = 14,
_REASSIGNED_COMP = 15,
};
enum _MAIN_CHARGING_MODE {
_MAIN_CHARGING_MODE_MAX = 0,
_MAIN_CHARGING_MODE_AVER = 1,
};
enum _EXTRA_ERR_PROCESS {
_EXTRA_ERR_PROCESS_NONE = 0,
_EXTRA_ERR_PROCESS_INUVP = 1,
_EXTRA_ERR_PROCESS_INOVP = 2,
};
enum _CHARGER_TYPE {
_CHARGER_TYPE_IEC = 0,
_CHARGER_TYPE_UL = 1,
};
enum _SYS_WIFI_MODE {
_SYS_WIFI_MODE_DISABLE = 0,
_SYS_WIFI_MODE_STATION = 1,
_SYS_WIFI_MODE_AP = 2,
};
enum _LED_INTENSITY_LV {
_LED_INTENSITY_DARKEST = 0,
_LED_INTENSITY_MEDIUM = 1,
_LED_INTENSITY_BRIGHTEST = 2,
};
enum _CCS_COMM_PROTOCOL {
_CCS_COMM_V2GMessage_DIN70121 = 0x01,
_CCS_COMM_V2GMessage_ISO15118_2014 = 0x02,
_CCS_COMM_V2GMessage_ISO15118_2018 = 0x03
};
enum _ETHERNET_USAGE {
_ETHERNET_USAGE_NONE = 0,
_ETHERNET_USAGE_LAN,
_ETHERNET_USAGE_WIFI,
_ETHERNET_USAGE_3G_4g,
};
enum _PRIMARY_CHECK_TAG {
_PRIMARY_CHECK_TAG_AC_CONTACT = 0,
_PRIMARY_CHECK_TAG_MAIN_BREAKER = 1,
};
enum _CCS_VERSION_CHECK_TAG {
_CCS_VERSION_CHECK_TAG_V015S0 = 0,
_CCS_VERSION_CHECK_TAG_V013S0 = 1,
};
enum RELAY_STATUS_ERROR_INDEX {
RELAY_SMR1_P_STATUS = 0,
RELAY_SMR1_N_STATUS = 1,
RELAY_SMR2_P_STATUS = 2,
RELAY_SMR2_N_STATUS = 3,
RELAY_PARA_P_STATUS = 4,
RELAY_PARA_N_STATUS = 5,
};
enum RELAY_STATUS_ERROR_TYPE {
RELAY_STATUS_ERROR_NONE = 0,
RELAY_STATUS_ERROR_WELDING = 10,
RELAY_STATUS_ERROR_DRIVING = 11,
};
enum _CCS_TYPE {
_CCS_TYPE_CCS1 = 0,
_CCS_TYPE_CCS2 = 1,
};
enum _WEATHER_TYPE {
_WEATHER_TYPE_SUN = 1,
_WEATHER_TYPE_CLOUDY,
_WEATHER_TYPE_RAIN,
_WEATHER_TYPE_THUNDER,
_WEATHER_TYPE_SNOW,
_WEATHER_TYPE_FOG,
};
enum _CREDITCARD_STATUS {
_CREDITCARD_IDLE,
_CREDITCARD_PREAUTH,
_CREDITCARD_PREAUTHCOMPLETE,
_CREDITCARD_CANCEL,
_CREDITCARD_SETTLEMENT,
_CREDITCARD_START,
};
//------------------------------------------------------------------------------
//struct StructMeter {
// float curMeterValue;
// float newMeterValue;
// uint8_t isCalculation;
// float _chargingValue;
// float _curTotalCharging;
//};
//struct MeterInformation {
// struct StructMeter _meter[2];
// uint8_t isWorking;
//};
//struct DcCommonInformation {
// // check if the guns are of the same type
// uint8_t SysGunAreSameType;
// // to check the ccs version
// uint8_t CcsVersion;
// // for relay welding/driving check
// char RelayCheckStatus[6];
// char GunRelayWeldingOccur[2];
// char GunRelayDrivingOccur[2];
//};
typedef union {
uint32_t GunErrMessage;
struct {
// Chademo
uint8_t ChaGfdTrip: 1;
uint8_t ChaUvpFail: 1;
uint8_t ChaConnectOTP: 1;
uint8_t ChaConnectOVP: 1;
uint8_t ChaGfdWarning: 1;
uint8_t ChaRelayWeldingFault: 1;
uint8_t ChaRelayDrivingFault: 1;
uint8_t ChaConnectTempSensorFail: 1;
// CCS
uint8_t CCSGfdTrip : 1;
uint8_t CCSUvpFail : 1;
uint8_t CCSConnectOTP : 1;
uint8_t CCSConnectOVP : 1;
uint8_t CCSGfdWarning : 1;
uint8_t CCSRelayWeldingFault : 1;
uint8_t CCSRelayDrivingFault : 1;
uint8_t CCSConnectTempSensorFail : 1;
// GBT
uint8_t GBTGfdTrip : 1;
uint8_t GBTUvpFail : 1;
uint8_t GBTConnectOTP : 1;
uint8_t GBTConnectOVP : 1;
uint8_t GBTGfdWarning : 1;
uint8_t GBTRelayWeldingFault : 1;
uint8_t GBTRelayDrivingFault : 1;
uint8_t GBTConnectTempSensorFail : 1;
} GunBits;
} EvBoardErrMsg;
typedef union {
uint8_t AlarmState;
struct {
uint8_t EmergencyStop: 1; //Power cabinet emergency stop
uint8_t DoorOpen: 1; //Power cabinet emergency door open
uint8_t DcInputOVP: 1;
uint8_t DcInputUVP: 1;
uint8_t SystemL1InputOVP: 1; //Power cabinet system L1 input OVP
uint8_t SystemL2InputOVP: 1; //Power cabinet System L2 input OVP
uint8_t SystemL3InputOVP: 1; //Power cabinet System L3 input OVP
uint8_t PsuFailure: 1; //Power cabinet PSU Failure Alarm
} StatusBit;
} PowerAlarmState;
typedef union {
uint8_t TempErrMsg;
struct {
uint8_t ChillerOTP: 1; //chiller Temperature OVP
uint8_t ChillerTempSensorFail: 1; //Chiller temperature sensor failure
uint8_t ChillerTubeOTP : 1;
uint8_t Reserved: 5;
} StatusBit;
} ChillerTempErr;
typedef struct StChillerValve {
uint8_t MultiChillerGun; //0x80, 0: 沒有水冷槍, 1: 有水冷槍, 0x7F: 紀錄水冷槍數
uint8_t LeftTemp; //左槍最高溫度
uint8_t RightTemp; //右槍最高溫度
uint8_t Reserved;
} ChillerValve;
typedef struct StPcPsuOutput { //from power cabinet PSU output
uint16_t Voltage;
uint16_t Current;
} PcPsuOutput;
typedef struct StPowerConsumptionInfo {
float Gun1_Consumption;
float Gun2_Consumption;
float Gun3_Consumption;
float Gun4_Consumption;
} PowerConsumptionValue;
typedef struct StPowConsumValue {
uint32_t Gun1_Consumption;
uint32_t Gun2_Consumption;
uint32_t Gun3_Consumption;
uint32_t Gun4_Consumption;
} PowConsumValue;
typedef struct StGunInfo {
int ConnectorID;
char ReceiptInfo[255];
int finalcost_flag;
time_t EVLoseTimer;
uint8_t EVLoseFlag;
char ReservationID[32];
uint8_t ReservationStatus;
char UserPriceString[255];
float PowerConsumption;
time_t RecordEnergyTime;
char ChargeStartTime[32];
char ChargeStopTime[32];
char ChargeDuration[32];
uint8_t withChiller; //是否有水冷機
} GunInfo;
typedef struct Psu_VersionInfo{
uint8_t n_PSU;
uint8_t DCVersion[32];
uint8_t FPCVersion[32];
}PsuVerInfo;
enum _LCM_UPGRADE_RESULT {
_LCM_UPGRADE_RESULT_WAIT = 0,
_LCM_UPGRADE_RESULT_PASS,
_LCM_UPGRADE_RESULT_FAIL,
};
typedef struct stTransInfo
{
unsigned char TransDate[6]; //交易日期
unsigned char TransTime[6]; //交易時間
unsigned char ROC[12]; //EDC簽單調閱編號 (左靠右補空白)
unsigned char ApprovalNo[9]; //授權碼[信用卡退貨交易] (左靠右補空白)
unsigned char StoreId[18]; //櫃號,機號,發票號碼(左靠右補空白)
unsigned char RRN[12]; //信用卡交易序號
unsigned char CardNo[20]; //卡號(左靠右補空白),卡號部份隱藏
unsigned char TransAmount[12]; //交易金額
unsigned char VemData[64]; //無人自助設備交易資訊 交易別31/32 (預授權完成/預授權取消) 必要欄位 資訊來源為交易別13 (預授權)的回傳
}TransInfo;
typedef struct stRecordTransactionInfo
{
int TransactionId;
unsigned char DeductResult; // 0: Fail, 1: Pass
unsigned char IsDonateInvoice; // 0: Do not donate, 1: Donate
unsigned char ApprovalNo[9];
unsigned char CardNo[20]; //卡號(左靠右補空白),卡號部份隱藏
unsigned char VemData[64];
float Amount;
unsigned char IsUpload; // 0: not upload, 1: uploaded
unsigned char res;
}RecordTransactionInfo;
typedef struct StDcCommonInfo {
uint8_t RebootCount;
uint8_t CcsVersion;
EvBoardErrMsg ConnectErrList[2]; //connector error list, 0: left gun, 1: right gun
uint8_t CheckRelayStatus[6]; //check Relay welding or driving fault
uint8_t GunRelayWeldingOccur[2];
uint8_t GunRelayDrivingOccur[2];
uint8_t ConnectorTemp[2][2];
uint8_t SystemTemp[4];
uint8_t SystemModeChange[2]; //for Module_EvRxComm
PowerAlarmState PowerAlarmState;
ChillerTempErr ChillerTempErr[2];
ChillerValve ChillerValve;
uint8_t TestTemperature; //ReadCmdline test, manual input value
uint8_t CcsTypeSaved[2];
PcPsuOutput PcPsuOutput[2];
uint8_t chillerCtrl;
uint8_t debugflag;
uint8_t LcmFwVersion;
int TZOffset;
uint8_t AuthroizeType; // 0: Central 1: eMAID 2: ISO14443 3: ISO15693 4: KeyCode 5: Local 6: MacAddress 7: NoAuthorization
char QRCodeString[255];
char DefaultPriceString[255];
PowerConsumptionValue pConsumption;
int WeatherID;
float Temperature;
int Location;
GunInfo pGunInfo[2];
uint8_t showNetPackage;
uint8_t showCanPackage;
} DcCommonInfo;
#endif /* CONFIG_H_ */