/*
* Config.h
*
* Created on: 2019年4月23日
* Author: foluswen
*/
#ifndef CONFIG_H_
#define CONFIG_H_
#include <stdbool.h>
typedef unsigned char byte;
#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
#define uSEC_VAL 1000000
#define mSEC_VAL 1000
#define MAX_DISPENSER_QUANTITY 4
#define MAX_GUN_QUANTITY 4
#define MAX_GROUP_QUANTITY 4
#define MAX_PSU_MODULE_QUANTITY 62
#define MAX_MODULE_PER_GROUP 12
#define INFY_SINGLE_PSU_POWER 30000 // unit: 1W
#define SM_ChargerInfoKey 3000
#define MAX_OUTPUT_VOLTAGE 9500
#define SAFETY_TEST_ENABLE 0
#define MAX_SLAVE_CABINET_QUANTITY 4
#define MASTER_ETH1_IP "192.168.100.1"
#define MASTER_ETH1_SUBMASK "255.255.255.0"
#define SLAVE_ETH1_IP "192.168.0.10"
#define SLAVE_ETH1_SUBMASK "255.255.255.0"
#define AUTHORIZE_COMPLETED_TIME 3
#define STARTTRANSATION_IMMEDIATELY
#define ENABLE_PCBA_TEST 0
#define PARALLEL_RELAY_COUNT 6
#define GRAB_AT_START_CHARGING 0
#define FAN_DUTY_OF_QUIET_MODE 35 // unit:1 %
#define _PHIHONG_PRICE_SPLIT_KEY ","
#define _AUDI_PRICE_SPLIT_KEY ";"
#define _OIL_PRICE_SPLIT_KEY "\n"
// ********** Audi ********** //
// Model Name: DOYC182000D2AD
// Model Name: DDYC182V0UE2AD
// ********** e4you ********** //
// Model Name: DKYE182000D1E4
// Model Name: DXYE182E00E1E4
// ********** xpeng ********** //
// Model Name: DOYE362000D2XP
// Model Name: DDYE362F0KE2XP
// *********** BYD *********** //
// Model Name: DOYE242000D2BD
// Model Name: DDYE242V0UE2BD
// *********** TCC *********** //
// Model Name: DBYE182000D1PH
// Model Name: DBYC182000D1TC
// Model Name: DDYC182V0EE1TC
#define STR_LITTLE_ENDIAN "Little Endian"
#define STR_BIG_ENDIAN "Big Endian"
#define STR_MODE_BOOT "Booting"
#define STR_MODE_IDLE "Idle"
#define STR_MODE_AUTHORIZING "Authorizing"
#define STR_MODE_REASSIGN_CHECK "ReassignCheck"
#define STR_MODE_REASSIGN "Reassign"
#define STR_MODE_PREPARNING "Preparing"
#define STR_MODE_PREPARING_EV "PreparnForEV"
#define STR_MODE_PREPARING_EVSE "PrepareForEVSE"
#define STR_MODE_CHARGING "Charging"
#define STR_MODE_TERMINATING "Terminating"
#define STR_MODE_COMPLETE "Completed"
#define STR_MODE_ALARM "Alarm"
#define STR_MODE_FAULT "Fault"
#define STR_MODE_RESERVATION "Reservation"
#define STR_MODE_BOOKING "Booking"
#define STR_MODE_MAINTAIN "Maintain"
#define STR_MODE_DEBUG "Debug"
#define STR_MODE_CCS_ST0 "CCS_ST0"
#define STR_MODE_CCS_ST1 "CCS_ST1"
#define STR_MODE_UPDATE "Update"
#define STR_MODE_NONE "None"
#define GUN_IDLE_TYPE_NORMAL 0
#define GUN_IDLE_TYPE_WHOLE 1
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,
};
#define STR_GUN_TYPE_CHADEMO "CHAdeMO"
#define STR_GUN_TYPE_CCS "CCS"
#define STR_GUN_TYPE_GBT "GBT"
#define STR_GUN_TYPE_AC "AC"
#define STR_GUN_TYPE_UNKNOWN "Unknown Type"
enum _GUN_TYPE
{
_Type_Chademo = 0,
_Type_CCS_2,
_Type_GB,
_Type_AC,
_Type_Unknown = 0xFF
};
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,
_LCM_NONE = 0xFF,
};
enum _DispenserAuthorizeStatus
{
_AuthorizeStatus_Idle = 0x00,
_AuthorizeStatus_Wait = 0x01,
_AuthorizeStatus_Busy = 0x02,
_AuthorizeStatus_Done = 0x03,
_AuthorizeStatus_End = 0x04,
};
enum _ConnectorAuthorizeResult
{
_AuthResult_None = 0x00,
_AuthResult_Valid = 0x01,
_AuthResult_Invalid = 0x02,
};
enum _AuthorizedType
{
_AuthType_None = 0x00,
_AuthType_RFID = 0x01,
_AuthType_RemoteStart = 0x02,
};
enum _SELF_TEST_SEQ
{
_STEST_VERSION = 0x00,
_STEST_CabinetSwitch = 0x01,
_STEST_AC_CONTACTOR = 0x02,
_STEST_PSU_DETECT = 0x03,
_STEST_PSU_CAP = 0x04,
_STEST_PSU_RETRY = 0x05,
_STEST_EMG_BTN = 0x06,
_STEST_FAIL = 0x07,
_STEST_COMPLETE = 0xEE,
};
enum _MODULE_PSU_WORK_STEP
{
INITIAL_START = 0,
GET_PSU_COUNT = 1,
Get_PSU_LOCATION = 2,
Get_PSU_VERSION = 3,
PSU_COUNT_CONFIRM = 4,
GET_SYS_CAP = 5,
BOOTING_COMPLETE = 6,
_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,
_EXTRA_ERR_PROCESS_PRIMARY = 3,
};
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 _SYS_POWER_SHARING_MODE
{
_SYS_POWER_SHARING_MODE_DISABLE = 0,
_SYS_POWER_SHARING_MODE_MASTER = 1,
_SYS_POWER_SHARING_MODE_SLAVE = 2,
};
#define STR_CONN_DISABLE "Disable"
#define STR_CONN_CONNECTED "Connected"
#define STR_CONN_DISCONNECTED "Disconnected"
#define STR_DARKEST "Darkest"
#define STR_MEDIUM "Medium"
#define STR_BRIGHTEST "Brightest"
#define STR_PAGE_NONE "PageNone"
#define STR_REMOTE_NO_ID "PlugInPage"
enum _CONN_STATUS
{
_Connnection_Disable = 0,
_Connnection_Connected = 1,
_Connnection_Disconnected = 2,
};
enum _LED_INDICATION_STATUS
{
_LED_INDICATION_OFF = 0, // all led off
_LED_INDICATION_RUN = 1, // green led on, red led off
_LED_INDICATION_FAULT = 2, // green led off, red led on
_LED_INDICATION_ON = 3, // all led on
_LED_INDICATION_GREEN_TOGGLE = 4, // green led toggle
_LED_INDICATION_RED_TOGGLE = 5, // red led toggle
};
enum _STANDARD_INDICATION_STATUS
{
_STANDARD_LED_None = 0,
_STANDARD_LED_Disconnection = 1,
_STANDARD_LED_Running = 2,
_STANDARD_LED_Alarm = 3,
};
enum _E4YOU_INDICATION_STATUS
{
_E4YOU_LED_None = 0,
_E4YOU_LED_Disconnection = 1,
_E4YOU_LED_Idle = 2,
_E4YOU_LED_Charging = 3,
_E4YOU_LED_Alarm = 4,
};
#define STR_QR_DEFAULT "Default"
#define STR_QR_CUSTOMIZED "Customized"
#define STR_QR_CHARGEBOXID "ChargeBoxId"
enum _QR_MODE
{
_QR_MODE_Default = 0,
_QR_MODE_Customized = 1,
_QR_MODE_ChargeBoxId = 2, // for audi
};
enum _CUSTOMER_CODE
{
_CUSTOMER_CODE_Phihong = 0,
_CUSTOMER_CODE_Audi = 1,
_CUSTOMER_CODE_E4U = 2,
_CUSTOMER_CODE_UCar = 3,
_CUSTOMER_CODE_TCC = 4,
_CUSTOMER_CODE_Shell = 5,
};
#define STR_FAN_AUTO_MODE "Auto"
#define STR_FAN_QUITE_MODE "Quite"
enum _FAN_CONTROL_POLICY
{
_FAN_POLICY_AUTO_MODE = 0x00,
_FAN_POLICY_QUITE_MODE = 0x01,
};
#define STR_CABINET_ROLE_NONE "Single"
#define STR_CABINET_ROLE_MASTER "Master"
#define STR_CABINET_ROLE_SLAVE "Slave"
enum _CABINET_ROLE
{
_CROLE_SINGLE = 0, // single power cabinet mode
_CROLE_MASTER = 1, // power cabinet master mode
_CROLE_SLAVE = 2, // power cabinet slave mode
};
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int SelfTestOK:1; // 0: self test not completed, 1: self test ok
unsigned int NeedSelfTest:1; // 0: no effect, 1: need execute self test
unsigned int NeedSoftReset:1; // 0: no effect, 1: system need soft reset
unsigned int NeedHardReset:1; // 0: no effect, 1: system need hard reset
unsigned int PrimaryDisable:1; // 0: primary enable, 1: primary disable
unsigned int RelayBoardDisable:1; // 0: relay board enable, 1: relay board disable
unsigned int FanBoardDisable:1; // 0: fan board enable, 1: fan board disable
unsigned int LedBoardDisable:1; // 0: led board enable, 1: led board disable
unsigned int SecondRelayBoardEnable:1; // 0: second relay disable, 1: second relay enable
unsigned int DOLedIndication:1; // 0: no led indication, 1: enable DO Model led indication
unsigned int DKLedIndication:1; // 0: no led indication, 1: enable DK Model led indication
unsigned int BackendEnable:1; // 0: backend disable, 1: backend enable
unsigned int Wifi4gResetEnable:1; // 0: wifi/4g reset io disable, 1: wifi/4g reset io enable
unsigned int PsuInit:1; // 0: no effect, 1: psu is initialized
unsigned int Enable6ParallelRelay:1; // 0: no effect, 1: enable 6 parallel relay
unsigned int FlashConfigChanged:1; // 0: no effect, 1: flash content has changed
unsigned int WriteFlashEnable:1; // 0: no effect, 1: enable write flash after timeout
unsigned int WriteFlashBusy:1; // 0: no effect, 1: flash is writing
unsigned int WriteFlashImmediately:1; // 0: no effect, 1: write flash immediately
unsigned int WriteFlashAndReset:1; // 0: no effect, 1: write flash and soft reset
unsigned int res:12;
}bits;
}SystemControl;
typedef union
{
unsigned int LibValue;
struct
{
unsigned int InfyPwrLib:1; // 0: no effect, 1: infy pwr lib used
unsigned int PhPwrLib:1; // 0: no effect, 1: phihong pwr lib used
unsigned int res:30;
}bits;
}LibUse;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int DisableBalance:1; // 0: no effect, 1: disable announce balance
unsigned int FastStandbyTime:1; // 0: no effect, 1: enable fast standby time
unsigned int ChargingSimulation:1; // 0: no effect, 1: enable charging simulation
unsigned int FChargingReleaseExtend:1; // 0: no effect, 1: enable Release and Extend when Force Charging
unsigned int TryUndisposedBill:1; // 0: no effect, 1: enable TryUndisposedBill
unsigned int res:27;
}bits;
}TestControl;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int MsgMain:1; // 0: no effect, 1: enable debug message in main
unsigned int MsgPrimaryComm:1; // 0: no effect, 1: enable debug message in primary comm
unsigned int MsgPsu:1; // 0: no effect, 1: enable debug message in psu
unsigned int MsgEvComm:1; // 0: no effect, 1: enable debug message in ev comm
unsigned int MsgInternalComm:1; // 0: no effect, 1: enable debug message in internal comm
unsigned int res:27;
}bits;
}DebugControl;
#define MAX_EVCOMM_DEBUG_LEN 4
typedef union
{
unsigned int DebugVal[MAX_EVCOMM_DEBUG_LEN];
struct
{
// DebugVal[0]
unsigned int RegDbg_All:1;
unsigned int RegDbg_ModelName:1;
unsigned int RegDbg_ConnectorID:1;
unsigned int RegDbg_PowerCabinetStatus:1;
unsigned int RegDbg_DispenserStatus:1;
unsigned int RegDbg_ChargingCapability:1;
unsigned int RegDbg_ChargingTarget:1;
unsigned int RegDbg_SoftwareUpdate:1;
unsigned int RegDbg_PlugInStatus:1;
unsigned int RegDbg_ConnectorState:1;
unsigned int RegDbg_UserID:1;
unsigned int RegDbg_Charging_Permission:1;
unsigned int RegDbg_MiscControl:1;
unsigned int RegDbg_DispenserCsuVersion:1;
unsigned int RegDbg_DispenserOtherVersion:1;
unsigned int RegDbg_ChargingInfo:1;
unsigned int RegDbg_QRCodeDate:1;
unsigned int RegDbg_WaitPlugIn:1;
unsigned int RegDbg_GroundFaultDetection:1;
unsigned int RegDbg_Cabinet_CSU_Version:1;
unsigned int RegDbg_Cabinet_Other_Version:1;
unsigned int RegDbg_PsuQuantity:1;
unsigned int RegDbg_PsuVersion:1;
unsigned int RegDbg_Reservation:1;
unsigned int RegDbg_Dispenser_Request:1;
unsigned int RegDbg_RemoteStartNoIDState:1;
unsigned int RegDbg_RefundAmount:1;
unsigned int RegDbg_PrepaymentInfo:1;
unsigned int RegDbg_PaymentFailReason:1;
unsigned int RegDbg_ConnectorQRCode:1;
unsigned int RegDbg_StationInfo:1;
unsigned int RegDbg_DeductResult:1;
// DebugVal[1]
unsigned int RegDbg_CabinetSystemID:1;
unsigned int RegDbg_DefaultPriceString:1;
unsigned int RegDbg_UserPriceString:1;
unsigned int RegDbg_Receipt:1;
unsigned int RegDbg_PowerConsumption:1;
unsigned int RegDbg_ChargingTimestamp:1;
unsigned int res:26;
// DebugVal[2]
unsigned int DebugVal2:32;
// DebugVal[3]
unsigned int DebugVal3:32;
}bits;
}DebugEvCommMsgFlag;
typedef union
{
unsigned int DebugVal;
struct
{
// DebugVal[0]
unsigned int MsgId_None:1;
unsigned int MsgId_Gun_1:1;
unsigned int MsgId_Gun_2:1;
unsigned int MsgId_Gun_3:1;
unsigned int MsgId_Gun_4:1;
unsigned int MsgId_Gun_5:1;
unsigned int MsgId_Gun_6:1;
unsigned int MsgId_Gun_7:1;
unsigned int MsgId_Gun_8:1;
unsigned int res:23;
}bits;
}DebugEvCommIdFlag;
typedef struct
{
DebugEvCommMsgFlag MsgFlag;
DebugEvCommIdFlag IdFlag;
}EvCommCtrlInfo;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int EnableForceCharging:1; // 0: disable, 1: enable force charging
unsigned int StartForceCharging:1; // 0: disable, 1: start force charging
unsigned int EnableReleaseAndExtend:1; // 0: disable, 1: enable Release And Extend when force charging
unsigned int WebApiTrigger:1; // 0: no effect, 1: force charging is triggered by web api
unsigned int res:28;
}bits;
}ForceChargingControl;
typedef struct
{
ForceChargingControl FCtrl;
unsigned short FTargetVoltage; // target voltage, unit: 0.1V
unsigned short FTargetCurrent; // target current, unit: 0.1A
}ForceCharging;
typedef union
{
unsigned int AuthFlag;
struct
{
unsigned int APPEnable:1; // 0: disable, 1: app auth enable
unsigned int QRCodeEnable:1; // 0: disable, 1: qr code auth enable
unsigned int RFIDEnable:1; // 0: disable, 1: rfid auth enable
unsigned int res:29;
}bits;
}AuthModeInfo;
typedef struct
{
AuthModeInfo AuthMode;
unsigned char QRCodeMode; // 0: default, 1: customized, 2: audi type
unsigned char res[3];
}SystemAuthInfoData;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int SelfTestOK:1; // 0: self test not completed, 1: self test ok
unsigned int NeedSelfTest:1; // 0: no effect, 1: need execute self test
unsigned int Paused:1; // 0: no effect, 1: primary paused
unsigned int DisableDoorSensor:1; // 0: door sensor enable, 1: door sensor disable
unsigned int DisableEmergencyButton:1; // 0: emergency button enable, 1: emergency button disable
unsigned int DoorSensorReverse:1; // 0: the same as ds's, 1: status is different from ds's
unsigned int AcContactorReverse:1; // 0: the same as ds's, 1: status is different from ds's
unsigned int CabinetSwitchDetect:1; // 0: no effect, 1: need detect cabinet switch
unsigned int res:24;
}bits;
}PrimaryControl;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int SelfTestOK:1; // 0: self test not completed, 1: self test ok
unsigned int NeedSelfTest:1; // 0: no effect, 1: need execute self test
unsigned int Paused:1; // 0: no effect, 1: relay paused
unsigned int AbnormalRelay:1; // 0: no effect, 1: relay abnormal control enable
unsigned int AcContactor:1; // 0: ac contactor off, 1: ac contactor on
unsigned int AcContactorOffByPsu:1; // 0: no effect, 1: ac contactor off
unsigned int AcContactorOffByEmergency:1; // 0: no effect, 1: ac contactor off
unsigned int StandbyCountdown:1; // 0: charger is using, 1: start countdown
unsigned int AcInputDisable:1; // 0: ac input enable, 1: ac input disable
unsigned int DcInputEnable:1; // 0: dc input disable, 1: dc input enable
unsigned int AutoTest:1; // 0: no effect, 1: relay auto test enable
unsigned int res:21;
}bits;
}RelayControl;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int SelfTestOK:1; // 0: self test not completed, 1: self test ok
unsigned int NeedSelfTest:1; // 0: no effect, 1: need execute self test
unsigned int Paused:1; // 0: no effect, 1: fan paused
unsigned int AbnormalFan:1; // 0: no effect, 1: fan abnormal control enable
unsigned int res:28;
}bits;
}FanControl;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int SelfTestOK:1; // 0: self test not completed, 1: self test ok
unsigned int NeedSelfTest:1; // 0: no effect, 1: need execute self test
unsigned int Paused:1; // 0: no effect, 1: led paused
unsigned int res:29;
}bits;
}LedFanControl;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int SelfTestOK:1; // 0: self test not completed, 1: self test ok
unsigned int NeedSelfTest:1; // 0: no effect, 1: need execute self test
unsigned int Paused:1; // 0: no effect, 1: psu paused
unsigned int FailureResume:1; // 0: no error, 1: psu failure, need resume
unsigned int CommunicationLost:1; // 0: no error, 1: psu communication lost
unsigned int res:27;
}bits;
}PsuControl;
enum _OCPP_PAGE_INDEX
{
_OCPP_Page_None = 0, // page none
_OCPP_Page_LineStatus_1 = 1, // line status 1 page
_OCPP_Page_LineStatus_2 = 2, // line status 2 page
_OCPP_Page_LineStatus_3 = 3, // line status 3 page
_OCPP_Page_LineStatus_4 = 4, // line status 4 page
};
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int RemoteStartNoId:1; // 0: no effect, 1: trigger remote start without connector id
unsigned int res:31;
}bits;
}OcppControl;
typedef struct
{
int TxCnt;
int RxCnt;
int LostCnt;
int CommCnt;
}DevideCommInfo;
typedef struct
{
DevideCommInfo PrimaryComm;
DevideCommInfo Relay1Comm;
DevideCommInfo Relay2Comm;
DevideCommInfo FanComm;
DevideCommInfo LedComm;
DevideCommInfo PsuComm;
}CommInfoData;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int UpdateReq:1; // 0: no effect, 1: update request
unsigned int UpdateConfirm:1; // 0: no effect, 1: update confirm
unsigned int UpdateDone:1; // 0: no effect, 1: update done
unsigned int res:29;
}bits;
}UpdateControl;
typedef struct
{
int Pri232Fd;
int Rs422Fd;
int PsuCanFd;
int EvCanFd;
}FdControl;
typedef enum
{
_TILT_SENSOR_NONE = 0,
_TILT_SENSOR_WAIT = 1,
_TILT_SENSOR_STEP_1 = 2,
_TILT_SENSOR_WAIT_STEP_1 = 3,
_TILT_SENSOR_STEP_2 = 4,
_TILT_SENSOR_WAIT_STEP_2 = 5,
_TILT_SENSOR_OUTCOME = 6,
_TILT_SENSOR_STOP = 7,
_TILT_SENSOR_WAIT_STOP = 8,
_TILT_SENSOR_FINISH = 9,
}_TILT_SENSOR_TEST_STEP;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int StandbyTimeDisable:1; // 0: no effect, 1: disable standby time
unsigned int StandbyTimeDisableForTcc:1; // 0: no effect, 1: disable standby time at specific time for tcc
unsigned int StandbyImmediately:1; // 0: no effect, 1: standby immediately
unsigned int CustomizedStandbyTime:1; // 0: no effect, 1: enable customized standby time
unsigned int TiltSensorEnable:1; // 0: no effect, 1: enable tilt sensor
unsigned int res:27;
}bits;
}CustomizedFlagInfo;
typedef struct
{
int TiltSensorStep;
int TiltSensorFail;
int StandbyTime; // unit: 1 minute
CustomizedFlagInfo Flag;
}CustomizedFunctionInfo;
#define DIAGNOSTICS_TYPE_NONE 0
#define DIAGNOSTICS_TYPE_ALL 1
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int Request:1; // 0: no effect, 1: diagnostics request
unsigned int Confirm:1; // 0: no effect, 1: diagnostics confirm
unsigned int Completed:1; // 0: no effect, 1: diagnostics completed
unsigned int Stop:1; // 0: no effect, 1: diagnostics stop
unsigned int res:28;
}bits;
}DiagnosticsFlagInfo;
typedef struct
{
int DiagnosticsType;
DiagnosticsFlagInfo DispenserDiagnostics[MAX_DISPENSER_QUANTITY];
}DiagnosticsInfo;
typedef struct
{
unsigned char MaxDispenser;
unsigned char MaxConnector;
unsigned char CabinetSwitch;
unsigned char CabinetRole;
unsigned char SelfTestStep;
unsigned char CustomerCode;
unsigned short ChargerRatingPower; // unit: 0.1kw, charger rating power, parsing from model name
unsigned char PsuQuantityByModel;
unsigned char res;
CommInfoData CommInfo;
SystemControl SysCtrl;
LibUse LibCtrl;
UpdateControl UpdateCtrl;
TestControl TestCtrl;
DebugControl DebugCtrl;
EvCommCtrlInfo EvCommCtrl;
PrimaryControl PrimaryCtrl;
RelayControl RelayCtrl;
FanControl FanCtrl;
LedFanControl LedCtrl;
PsuControl PsuCtrl;
OcppControl OcppCtrl;
FdControl FdCtrl;
ForceCharging FCharging[MAX_GROUP_QUANTITY];
unsigned char GunAvailable[MAX_GROUP_QUANTITY];
unsigned char PsuInitQuantity[MAX_GROUP_QUANTITY];
char ResevedIdTag[MAX_GROUP_QUANTITY][32];
CustomizedFunctionInfo CustomizedInfo;
DiagnosticsInfo Diagnostics;
}SysControl;
// ************************************************************************************************* //
typedef struct
{
bool CheckIn;
unsigned char res;
unsigned short Full_Address;
unsigned char GroupNo;
unsigned char GIndex;
}PsuAddressInfoData;
typedef struct
{
unsigned char GroupPsuQuantity;
unsigned char res;
unsigned short PsuIndex[MAX_MODULE_PER_GROUP];
}GroupInfoData;
#define PSU_STATUS_FLAG_OUTPUT 0x00000001
#define PSU_STATUS_FLAG_FAULT 0x00000002
#define PSU_STATUS_FLAG_ALARM 0x00000004
#define PSU_STATUS_FLAG_LOCK 0x00000008
typedef union
{
unsigned int StatusVal;
struct
{
unsigned int Output:1; // 0: no output, 1: psu is output
unsigned int Fault:1; // 0: no fault, 1: psu is fault
unsigned int Alarm:1; // 0: no alarm, 1: psu is alarm
unsigned int Lock:1; // 0: no lock, 1: psu is lock
unsigned int res:28;
}bits;
}PsuStatusInfo;
typedef union
{
unsigned int StatusVal;
struct
{
unsigned int Changed:1;
unsigned int Indicated:1;
unsigned int res:30;
}bits;
}PsuErrorStatusInfo;
typedef struct
{
int ErrorCount;
PsuErrorStatusInfo PhPwrStateFlag;
unsigned char PsuError[8];
}PhPwrStateInfo;
typedef union
{
unsigned char StateVal[4];
struct
{
//StateVal[0]
unsigned char OutputShort:1; // OFF, Red
unsigned char State_0_1_7:7;
//StateVal[1]
unsigned char PsuOff:1; // OFF
unsigned char PsuFault:1; // OFF, Red
unsigned char PsuProtect:1; // OFF, Yellow
unsigned char FanFault:1; // OFF, Red Blink
unsigned char OverTemperature:1; // OFF, Yellow
unsigned char OutputOverVoltage:1; // OFF, Red
unsigned char WalkInEnable:1;
unsigned char CanCommInterrupt:1; // OFF, Yellow Blink
//StateVal[2]
unsigned char PowerLimit:1; // ON
unsigned char PsuIdRepetition:1; // OFF, Red
unsigned char LoadUnsharing:1; // ON, Red
unsigned char InputPhaseLost:1; // OFF, Yellow
unsigned char InputUnbalance:1; //
unsigned char InputUnderVoltage:1; // OFF, Yellow
unsigned char InputOverVoltage:1; // OFF, Yellow
unsigned char PfcOff:1; // OFF
//StateVal[3]
unsigned char State_3:8;
}bits;
}InfyPsuStateFlagInfo;
typedef struct
{
PsuErrorStatusInfo InfyPwrStateFlag;
InfyPsuStateFlagInfo InfyPwrState;
}InfyPwrStateInfo;
typedef struct
{
bool PsuLocationInit;
bool ReInitPsuLocation;
unsigned char TotalPsuQuantity;
GroupInfoData GroupLocationInfo[MAX_GROUP_QUANTITY];
PsuAddressInfoData PsuAddressInfo[MAX_PSU_MODULE_QUANTITY];
PsuStatusInfo SinglePsuStatus[MAX_PSU_MODULE_QUANTITY];
PhPwrStateInfo SinglePhPsuError[MAX_PSU_MODULE_QUANTITY];
InfyPwrStateInfo SingleInfyPwrState[MAX_PSU_MODULE_QUANTITY];
}PsuPositionInfoData;
// ************************************************************************************************* //
typedef enum
{
_GROLE_IDLE = 0,
_GROLE_MASTER = 1,
_GROLE_SLAVE = 2,
_GROLE_PREPARE_SWITCH_OFF = 10, // reduce output current capability
_GROLE_SLAVE_POWER_OFF = 11, // power off
_GROLE_SWITCH_OFF_OK = 12, // power off completed
_GROLE_WAIT_IDLE = 13, // wait a while to change to idle, open parallel relay at this state
_GROLE_WAIT_SLAVE = 14, // wait a while to change to slave
_GROLE_PREPARE_ATTACH_ON = 20, // raise voltage to master output voltage
_GROLE_PRECHARGE_READY = 21, // extend pre-charge ready
_GROLE_EXTEND_STOP = 22, // extend capability stop
_GROLE_REQUEST_TO_CHARGING = 30,
_GROLE_TERMINATE = 40,
_GROLE_WAIT_TERMINATED = 41,
_GROLE_DUMMY_MASTER = 50,
_GROLE_DUMMY_FAULT = 51,
_GROLE_NO_RESOURCE = 90,
_GROLE_NONE = 99,
}_GROUP_ROLE;
typedef union
{
unsigned int CtrlValue[7];
struct
{
unsigned int IdleCtrlValue;
unsigned int MasterCtrlValue;
unsigned int StopChargingCtrlValue;
unsigned int DeratingCtrlValue;
unsigned int ExtendCapabilityCtrlValue;
unsigned int SlaveCtrlValue;
unsigned int DummyMasterCtrlValue;
}RoleCtrl;
struct
{
// IdleCtrlValue
unsigned int ChargingRequest:1; // 0: no effect, 1: charging request from main.c
unsigned int ChargingRequestConfirmed:1; // 0: no effect, 1: request confirmed by psu task
unsigned int GroupShareCheck:1; // 0: no effect, 1: check is there any psu can share
unsigned int ShareConfirmed:1; // 0: no effect, 1: psu share confirmed
unsigned int GrabGroupWait:1; // 0: no effect, 1: need to wait grab psu
unsigned int ShareCheckDone:1; // 0: no effect, 1: psu share completed
unsigned int FindGroupPartner:1; // 0: no effect, 1: find available group partner
unsigned int ParallelRelayOn:1; // 0: no effect, 1: set parallel relay on
unsigned int ParallelRelayConfirmed:1; // 0: no effect, 1: parallel relay confirmed
unsigned int GroupingDone:1; // 0: no effect, 1: grouping completed
unsigned int IdleCtrlRes:22;
// MasterCtrlValue
unsigned int CableCheckDone:1; // 0: no effect, 1: CableCheck done
unsigned int InPrechargeMode:1; // 0: no effect, 1: system status in PreCharge mode
unsigned int AlreadyInChargingMode:1; // 0: no effect, 1: system status ever enter charging mode
unsigned int ExtendAvailable:1; // 0: no effect, 1: extend capability is available
unsigned int NeedCurrentBalance:1; // 0: no effect, 1: need to current balance
unsigned int OutputCurrentStable:1; // 0: no effect, 1: output current is stable
unsigned int ReachMaxCurrentDemand:1; // 0: no effect, 1: reach ev max current demand
unsigned int ReachMaxStageCurrent:1; // 0: no effect, 1: reach ev max stage current
unsigned int SmoothDerating:1; // 0: no effect, 1: start smooth derating
unsigned int AlternateMasterStopRequest:1; // 0: no effect, 1: alternate master need stop
unsigned int MasterCtrlRes:22;
// StopChargingCtrlValue
unsigned int StopChargingRequest:1; // 0: no effect, 1: master need to stop
unsigned int StopChargingConfirmed:1; // 0: no effect, 1: stop charging confirmed
unsigned int AllPowerOffDone:1; // 0: no effect, 1: all member power off done
unsigned int AllParallelRelayOff:1; // 0: no effect, 1: all member's parallel relay off
unsigned int AllParallelRelayConfirmed:1; // 0: no effect, 1: all member's parallel relay off confirmed
unsigned int AllMemberStopCompleted:1; // 0: no effect, 1: all member stop completed
unsigned int StopChargingCompleted:1; // 0: no effect, 1: stop charging completed
unsigned int StopChargingCtrlRes:25;
// DeratingCtrlValue
unsigned int NeedDerating:1; // 0: no effect, 1: need derating
unsigned int DeratingConfirmed:1; // 0: no effect, 1: derating confirmed
unsigned int DeratingStart:1; // 0: no effect, 1: derating start
unsigned int DeratingPowerOffDone:1; // 0: no effect, 1: derating member power off done
unsigned int DeratingRelayOff:1; // 0: no effect, 1: set derating member parallel relay off
unsigned int DeratingRelayConfirmed:1; // 0: no effect, 1: derating member parallel relay confirmed
unsigned int DeratingCompleted:1; // 0: no effect, 1: derating completed
unsigned int DeratingCtrlRes:25;
// ExtendCapabilityCtrlValue
unsigned int MorePowerRequest:1; // 0: no effect, 1: need to request more psu
unsigned int MorePowerConfirmed:1; // 0: no effect, 1: request more psu confirmed
unsigned int ExtendPrecharge:1; // 0: no effect, 1: extend group need to pre-charge
unsigned int ExtendPrechargeDone:1; // 0: no effect, 1: extend group pre-charge completed
unsigned int ExtendRelayOn:1; // 0: no effect, 1: extend group parallel relay on
unsigned int ExtendRelayConfirmed:1; // 0: no effect, 1: extend group parallel relay confirmed
unsigned int ExtendCompleted:1; // 0: no effect, 1: extend capability completed
unsigned int ExtendCapabilityCtrlRes:25;
// SlaveCtrlValue
unsigned int SlaveChargingRequest:1; // 0: no effect, 1: request slave to charging after power off
unsigned int CheckSlaveReady:1; // 0: no effect, 1: check if slave is ready
unsigned int WaitSlaveReady:1; // 0: no effect, 1: wait slave is ready
unsigned int WaitDummyMaster:1; // 0: no effect, 1: wait dummy master stop
unsigned int SlavePowerOffRequest:1; // 0: no effect, 1: request slave to power off
unsigned int SlavePowerOffConfirmed:1; // 0: no effect, 1: slave power off confirmed
unsigned int SlaveCtrlRes:26;
// DummyMasterCtrlValue
unsigned int DummyMasterRequest:1; // 0: no effect, 1: dummy master request process start
unsigned int DummyMasterReqConfirmed:1; // 0: no effect, 1: dummy master request process confirmed
unsigned int DummyMasterPermission:1; // 0: no effect, 1: dummy master permission
unsigned int DummyMasterGrabCheck:1; // 0: no effect, 1: dummy master grab check
unsigned int DummyMasterWait:1; // 0: no effect, 1: wait dummy master ready
unsigned int DummyMasterReady:1; // 0: no effect, 1: dummy master ready
unsigned int DummyMasterFindPartner:1; // 0: no effect, 1: find dummy master
unsigned int DummyMasterRelayOn:1; // 0: no effect, 1: set dummy master parallel relay on
unsigned int DummyMasterRelayConfirmed:1; // 0: no effect, 1: dummy master parallel relay confirmed
unsigned int DummyMasterCompleted:1; // 0: no effect, 1: dummy master process is completed
unsigned int DummyMasterFault:1; // 0: no effect, 1: dummy master request fault
unsigned int DummyMasterCtrlRes:21;
}bits;
}PsuGroupControl;
typedef struct
{
unsigned char Quantity;
unsigned char RealQuantity;
unsigned char Member[MAX_GROUP_QUANTITY]; // record slave group index
unsigned short ParallelFlag[MAX_GROUP_QUANTITY];
}PsuGroupPartner;
typedef struct
{
unsigned short Voltage; // output voltage limit, unit: 0.1V
unsigned short Current; // output current limit, unit: 0.1A
unsigned short Power; // output power limit, unit: 0.1kw
}PsuGroupOutputValue;
typedef struct
{
unsigned char Index;
unsigned char Role;
unsigned char PreRole;
unsigned char Location;
PsuGroupPartner Partner; // record slave group information
PsuGroupPartner PossibleMember; // record possible slave group information
unsigned char TargetGroup; // target group index + 1
unsigned char ReservedTarget; // reserved target group index + 1
unsigned char SmoothDeratingTarget; // group index + 1
unsigned char AlternateMaster; // alternate target group index + 1
PsuGroupControl GroupCtrl;
unsigned short ReAssignAvailableCurrent; // group available current when reassign, unit: 0.1A
unsigned short ParallelCheck;
unsigned char ParallelConfig[MAX_GROUP_QUANTITY]; // group parallel relay setting
unsigned short GunLoading; // gun output loading, unit: 0.01%
unsigned char GunPsuQuantity; // record psu quantity at this gun
unsigned char ExtendQuantityLimit; // limit of extend psu group quantity
float MaxOutputRatio; // max output ratio (gun psu quantity / total psu in using)
float DiffPower_Capability; // unit: 1kW, different power between output power and Capability power
float DiffPower_Available; // unit: 1kW, different power between output power and Available power
float DiffPower_PhysicalLimit; // unit: 1kW, different power between output power and PhysicalLimit power
float DiffPower_ConfigLimit; // unit: 1kW, different power between output power and config power
}PsuGroupCollectionData;
typedef struct
{
unsigned short GTargetVoltage; // group target voltage config, unit: 0.1V
unsigned short GTargetCurrent; // group target current config, unit: 0.1A
unsigned short OutputLoading; // group output loading, unit: 0.01%
}GroupOutputConfigInfo;
typedef union
{
unsigned short CtrlValue;
struct
{
unsigned short Output_N:1; // 0: set Output_N off, 1: set Output_N on
unsigned short Output_P:1; // 0: set Output_P off, 1: set Output_P on
unsigned short res:14;
}bits;
}PsuGroupOutputRelay;
typedef union
{
unsigned short CtrlValue;
struct
{
unsigned short Location_1_2:1; // 0: set parallel off, 1: set parallel on
unsigned short Location_2_3:1; // 0: set parallel off, 1: set parallel on
unsigned short Location_3_4:1; // 0: set parallel off, 1: set parallel on
unsigned short Location_4_1:1; // 0: set parallel off, 1: set parallel on
unsigned short Location_4_2:1; // 0: set parallel off, 1: set parallel on
unsigned short Location_3_1:1; // 0: set parallel off, 1: set parallel on
unsigned short res:10;
}bits;
}PsuGroupParallelRelay;
typedef struct
{
byte Location[MAX_GROUP_QUANTITY];
byte Layout[MAX_GROUP_QUANTITY];
PsuGroupCollectionData GroupCollection[MAX_GROUP_QUANTITY];
GroupOutputConfigInfo GroupOutput[MAX_GROUP_QUANTITY]; // for individual group command
GroupOutputConfigInfo TotalGroupOutput[MAX_GROUP_QUANTITY]; // for total group command
PsuGroupOutputRelay OutputRelayConfig[MAX_GUN_QUANTITY];
PsuGroupOutputRelay OutputRelayConfirmed[MAX_GUN_QUANTITY];
PsuGroupParallelRelay ParallelRelayConfig;
PsuGroupParallelRelay ParallelRelayConfirmed;
PsuStatusInfo GroupPsuStatus_OR[MAX_GROUP_QUANTITY];
PsuStatusInfo GroupPsuStatus_AND[MAX_GROUP_QUANTITY];
}PsuGroupingInfoData;
// ************************************************************************************************* //
typedef enum
{
_SCONN_FREE = 0,
_SCONN_WAIT = 1,
_SCONN_MATCHED = 2,
}_SOCKET_CONN_STATUS;
typedef enum
{
_DeviceStatus_DisConnect = 0x00, // _DS_None , slave cabinet in re-connection
_DeviceStatus_Identification = 0x01, // _DS_Identification , slave cabinet in identification
_DeviceStatus_Idle = 0x02, // _DS_Idle , slave cabinet in idle
_DeviceStatus_Alarm = 0x03, // _DS_Alarm , slave cabinet in alarm
_DeviceStatus_Charging = 0x04, // _DS_Charging , no use in slave cabinet
_DeviceStatus_Timeout = 0x05, // _DS_Timeout , no use in slave cabinet
_DeviceStatus_RetryWait = 0x06,
}_DEVICE_STATUS;
typedef enum
{
_Parallel_None = 0,
_Parallel_Wait = 1, // ac contactor off, 3s
_Parallel_Working = 2, // ac contactor on and start re-initial psu
_Parallel_Done = 3, // re-initial psu done
}_PARALLEL_STATUS;
typedef struct
{
unsigned char Status; // 0: free, 1: WaitModelName, 2: DispenserMatched
unsigned char DeviceIndex; // record device index
unsigned int IpAddress; // record device ip address
unsigned char DuplicateIp; // 0: unique ip, 1: duplicate ip
unsigned char res;
}SocketConnInfoData;
typedef struct
{
unsigned char LocalStatus; // 0: None, 1: Identification, 2: Idle, 3: Alarm, 4: Charging, 5: _DS_Timeout
unsigned char SlaveID;
unsigned char ModelName[64]; //charger model name
unsigned char SerialNumber[64]; //charger system serial number
unsigned char SystemId[128]; //charger system ID
unsigned char CsuBootLoadFwRev[32]; //CSU board bootloader firmware version
unsigned char CsuKernelFwRev[32]; //CSU board OS kernel firmware version
unsigned char CsuRootFsFwRev[32]; //CSU board root file system firmware version
unsigned char CsuPrimFwRev[32]; //CSU board root file system firmware version
unsigned char LcmFwRev[32]; //LCM module firmware version
unsigned char PsuPrimFwRev[32]; //PSU primary firmware version
unsigned char PsuSecFwRev[32]; //PSU secondary firmware version
unsigned char FanModuleFwRev[32]; //Fan module firmware version
unsigned char RelayModuleFwRev[32]; //Relay control module firmware version
unsigned char TelcomModemFwRev[32]; //the 3G/4G modem firmware version
unsigned char LedModuleFwRev[32]; //LED control module firmware version
unsigned char Connector1FwRev[32]; //Connector1 module firmware version
unsigned char Connector2FwRev[32]; //Connector2 module firmware version
unsigned char AcContactorSetting; // 0: OFF, 1: ON Master -> Slave
unsigned char AcContactorState; // 0: OFF, 1: ON Slave -> Master
unsigned char OutputRelaySetting[MAX_GROUP_QUANTITY]; // 0: OFF, 1: ON Master -> Slave
unsigned char GunOutputRelayState[MAX_GROUP_QUANTITY]; // 0: OFF, 1: ON Slave -> Master
unsigned char ParallelRelaySetting[MAX_GROUP_QUANTITY]; // 0: OFF, 1: ON Master -> Slave
unsigned char ParallelRelayState[MAX_GROUP_QUANTITY]; // 0: OFF, 1: ON Slave -> Master
unsigned char UpdateRequest; // 0: no effect, 1: need to update
unsigned char res;
char FwFileName[128];
unsigned char SocketChannel; // record socket index
unsigned char IpDuplicatedFlag; // 0: no effect, 1: ip is duplicated
unsigned char ParallelRequest; // 0: no effect, 1: parallel request
unsigned char ParallelConfirm; // 0: no effect, 1: parallel confirm
unsigned short ParallelPower; // parallel power, unit: 0.1kw
}SlaveCabinetInfoData;
typedef struct
{
unsigned char ParallelStatus; // 0: parallel none, 1: wait, 2: in paralleling, 3: parallel done
unsigned char ParallelCabinetQuantity; // record max dispenser quantity
unsigned char PresentParallelCabinetQuantity; // present slave cabinet quantity
unsigned char res;
SlaveCabinetInfoData PCabinet[MAX_SLAVE_CABINET_QUANTITY];
unsigned char PCUpdateState[MAX_SLAVE_CABINET_QUANTITY]; // 0: Not in Update, 1: Updating, 2: Updated
unsigned short TotalParallelPower; // max total parallel power, unit: 0.1kw
}ParallelCabinetInfoData;
typedef struct
{
unsigned char SCabinetStatus;
unsigned char SCabinetID;
unsigned char SOutputRelay[MAX_GROUP_QUANTITY]; // parallel cabinet output relay state
unsigned char SParallelRelay[MAX_GROUP_QUANTITY]; // parallel cabinet parallel relay state
unsigned char SAcContactor; // slave cabinet ac contactor state
unsigned char NeedUpgrade; // 1: Need Upgrade, 2: No Update
unsigned char UpgradeState; // 0: Not in Update, 1: Updating, 2: Updated
unsigned char res;
char FwFileName[128];
}SlaveCabinetControl;
// ************************************************************************************************* //
#define LCM_REQ_REMOTE_START_NO_ID 0x00000001
typedef union
{
unsigned int CtrlValue;
struct
{
// cabinet -> connector
unsigned int RemoteStartNoID:1; // 0: no request, 1: lcm page change to RemoteStartNoID
unsigned int res:31;
}bits;
}ConnectorPageControl;
#define MISC_DISP_CONNECTION_TIMEOUT 0x00000001
#define MISC_DISP_DEFAULT_PRICE 0x00000002
#define MISC_DISP_CURRENCY 0x00000004
#define MISC_DISP_BACKEND_STATUS 0x00000008
#define MISC_DISP_ETHERNET_STATUS 0x00000010
#define MISC_DISP_WIFI_STATUS 0x00000020
#define MISC_DISP_TELCOM_MODEM_STATUS 0x00000040
#define MISC_DISP_BILLING_STATUS 0x00000080
#define MISC_DISP_STOP_BUTTON_STATUS 0x00000100
#define MISC_DISP_AUTH_MODE_CONFIG 0x00000200
#define MISC_DISP_EVCCID_CONFIG 0x00000400
#define MISC_DISP_LED_INTENSITY 0x00000800
#define MISC_DISP_HARDWARE_REBOOT 0x00001000
#define MISC_DISP_SOFTWARE_RESET 0x00002000
#define MISC_DISP_CHANGE_LCM_INFO 0x00004000
#define MISC_DISP_STATION_INFO 0x00008000
#define MISC_DISP_TIME_OFFSET 0x00010000
#define MISC_DISP_DEFAULT_PRICE_STRING 0x00020000
#define MISC_DISP_PARKING_PRICE 0x00040000
#define MISC_DISP_RFID_CARD_ENDIAN 0x00080000
#define MISC_DISP_RFID_ENABLE 0x00100000
typedef union
{
unsigned int CtrlValue;
struct
{
// cabinet -> dispenser
unsigned int ConnectionTimeout:1; // msic: 0x0001, 0: no request, 1: connection timeout request
unsigned int DefaultPrice:1; // msic: 0x0003, 0: no request, 1: default price request
unsigned int Currency:1; // msic: 0x0004, 0: no request, 1: currency request
unsigned int BackendStatus:1; // msic: 0x0006, 0: no request, 1: backend status request
unsigned int EthernetStatus:1; // msic: 0x0007, 0: no request, 1: ethernet status request
unsigned int WiFiStatus:1; // msic: 0x0008, 0: no request, 1: wifi status request
unsigned int TelcomModemStatus:1; // msic: 0x0009, 0: no request, 1: telcom modem status request
unsigned int BillingStatus:1; // msic: 0x000A, 0: no request, 1: billing status request
unsigned int StopButtonStatus:1; // msic: 0x000B, 0: no request, 1: stop button status request
unsigned int AuthModeConfig:1; // msic: 0x000C, 0: no request, 1: auth mode config request
unsigned int EVCCIDConfig:1; // msic: 0x000D, 0: no request, 1: EVCCID config request
unsigned int LEDIntensity:1; // msic: 0x000E, 0: no request, 1: led intensity request
unsigned int HardwareReboot:1; // msic: 0x0101, 0: no request, 1: hardware reboot request
unsigned int SoftwareReset:1; // msic: 0x0102, 0: no request, 1: software reset request
unsigned int ChangeLcmInfo:1; // msic: 0x0107, 0: no request, 1: change lcm info request
unsigned int ChargerStationInfo:1; // msic: 0x0109, 0: no request, 1: charger station info request
unsigned int TimeOffset:1; // msic: 0x0010, 0: no request, 1: time offset request
unsigned int DefaultPriceString:1; // msic: 0x0010, 0: no request, 1: default price string request
unsigned int ParkingPrice:1; // msic: 0x0011, 0: no request, 1: parking price request
unsigned int RFIDCardEndian:1; // msic: 0x0012, 0: no request, 1: RFID card endian request
unsigned int RFIDEnable:1; // msic: 0x0013, 0: no request, 1: RFID enable request
unsigned int res:11;
}bits;
}DispenserMiscControl;
#define MISC_CONN_AVAILABILITY 0x00000001
#define MISC_CONN_ACCOUNT_BALANCE 0x00000002
#define MISC_CONN_REMOTE_START 0x00000004
#define MISC_CONN_REMOTE_STOP 0x00000008
#define MISC_CONN_UNLOCK 0x00000010
#define MISC_CONN_RESERVATION 0x00000020
#define MISC_CONN_QRCODE_INFO 0x00000040
#define MISC_CONN_FINAL_COST 0x00000080
#define MISC_CONN_LINE_STATUS 0x00000100
#define MISC_CONN_USER_PRICE_STRING 0x00000200
#define MISC_CONN_RECEIPT 0x00000400
#define MISC_CONN_CHARGING_BILL 0x00000800
#define MISC_CONN_PARKING_STATUS 0x00001000
typedef union
{
unsigned int CtrlValue;
struct
{
// cabinet -> connector
unsigned int Availability:1; // msic: 0x0002, 0: no request, 1: availability request
unsigned int AccountBalance:1; // msic: 0x0005, 0: no request, 1: account balance request
unsigned int RemoteStart:1; // msic: 0x0103, 0: no request, 1: remote start request
unsigned int RemoteStop:1; // msic: 0x0104, 0: no request, 1: remote stop request
unsigned int Unlock:1; // msic: 0x0105, 0: no request, 1: unlock request
unsigned int Reservation:1; // msic: 0x0106, 0: no request, 1: reservation request
unsigned int QRCodeRequest:1; // msic: 0x0108, 0: no request, 1: QR Code request
unsigned int FinalCostRequest:1; // msic: 0x010A, 0: no request, 1: Final Cost request
unsigned int LineStatusRequest:1; // msic: 0x010B, 0: no request, 1: Line Status request
unsigned int UserPriceStringRequest:1; // msic: 0x010D, 0: no request, 1: User Price String request
unsigned int ReceiptRequest:1; // msic: 0x010E, 0: no request, 1: Receipt request
unsigned int ChargingBillRequest:1; // msic: 0x010F, 0: no request, 1: charging bill request
unsigned int ParkingStatusRequest:1; // msic: 0x0110, 0: no request, 1: parking status request
unsigned int res:19;
}bits;
}ConnectorMiscControl;
typedef struct
{
unsigned int ConnectionTimeout; // unit: 1s
float DefaultPrice; // unit: 1 (dollar/kWh)
unsigned int Currency; // currency index
unsigned int BackendStatus; // 0: disable, 1: connected, 2: disconnected
unsigned int EthernetStatus; // 0: disable, 1: connected, 2: disconnected
unsigned int WiFiStatus; // 0: disable, 1: connected, 2: disconnected
unsigned int TelcomModemStatus; // 0: disable, 1: connected, 2: disconnected
unsigned int BillingStatus; // 0: disable, 1: enable
unsigned int StopChargingButton; // 0: disable, 1: enable
unsigned int HardwareReboot; // 1: HardwareReboot, Other value: no effect
unsigned int SoftwareRestart; // 1: SoftwareRestart, Other value: no effect
unsigned int AuthModeConfig; // 0: enable, 1: disable
unsigned int EVCCIDConfig; // 0: disable, 1: enable
unsigned int LEDIntensity; // LED intensity, 0: Darkest 1: Medium 2: Brightest
int TimeOffset; // time offset value, unit: 1 minute
float ParkingPrice; // unit: 1 (dollar/minute)
unsigned int RfidEndian; // 0: little endian, 1: big endian
unsigned int RfidReaderEnable; // 0: disable, 1: enable
}MiscCommandValue;
typedef union
{
unsigned int CtrlValue;
struct
{
// dispenser -> cabinet
unsigned int ChargingCancel:1; // cmd: 0x0001, 0: no request, 1: charging cancel request
unsigned int ParkingFeeRequest:1; // cmd: 0x0002, 0: no request, 1: parking fee request
unsigned int res:30;
}bits;
}ConnectorActionFlag;
typedef union
{
unsigned int CtrlValue[32];
struct
{
// dispenser -> cabinet
unsigned int Refund; // 1: request, other: no effect
unsigned int RefundCancel; // 1: cancel, other: no effect
unsigned int InvoiceIndex; // invoice index, start from 1 ~
unsigned int Res[29];
}bits;
}ConnectorActionValue;
typedef struct
{
unsigned char ConnectorId; // Connector Id
unsigned char DeductReq; // 0: no request, 1: deduct request
unsigned char ReaderStatusReq; // 0: no request, 1: reader status request
int TransactionId;
unsigned char creditNo[20];
unsigned char DeductResult; // DeductResult, 0: Fail, 1: Pass
unsigned char IsDonateInvoice; // IsDonateInvoice, 0: Do not donate, 1: Donate
int DeductAmount; // DeductAmount, unit = 0.01 dollar
char ApprovalNumber[9]; // ApprovalNumber
char VemData[64]; // Vem Data
char Sn[36];
}DeductResultInfoData;
typedef struct
{
ConnectorActionFlag Flag;
ConnectorActionValue ActionValue;
}ConnectorActionRequest;
#define STR_WEATHER_NONE "None"
#define STR_WEATHER_SUNNY "Sunny"
#define STR_WEATHER_CLOUDY "Cloudy"
#define STR_WEATHER_RAIN "Rain"
#define STR_WEATHER_THUNDERSTORM "ThunderStorm"
#define STR_WEATHER_SNOW "Snow"
#define STR_WEATHER_MIST "Mist"
enum _WEATHER_INFO
{
_WEATHER_None = 0,
_WEATHER_Sunny = 1,
_WEATHER_Cloudy = 2,
_WEATHER_Rain = 3,
_WEATHER_ThunderStorm = 4,
_WEATHER_Snow = 5,
_WEATHER_Mist = 6,
};
typedef struct
{
int StationID;
char StationName[64];
char QRCode[MAX_GROUP_QUANTITY][128];
int WeatherID;
float Temperature;
}StationInfoData;
typedef struct
{
int StatusCode[MAX_GROUP_QUANTITY];
}LineApiStatusInfo;
typedef struct
{
int TransactionId; // connector TransactionId
float UserPrice; // connector user's user price, unit: 1 (dollar / kWh)
float TotalCost; // connector user's total cost, unit: 1 dollar
float AccountBalance; // connector user's account balance, unit: 1 dollar
float CostDiscount; // connector user's account balance, unit: 1 dollar
}TransactionInfoData;
enum DeductResult
{
_Deduct_PreAuth_Fail = 0x0, // pre-auth fail
_Deduct_PreAuth_Pass = 0x1, // pre-auth pass
_Deduct_PreAuth_Cancel = 0x2, // pre-auth cancel
_Deduct_PreAuth = 0x3, // pre-auth
_Deduct_Sale_Fail = 0x4, // sale fail
_Deduct_Sale_Pass = 0x5, // sale pass
};
#define STR_DEDUCT_FAIL "Deduct Fail"
#define STR_DEDUCT_PASS "Deduct Pass"
#define STR_DEDUCT_CANCEL "PreAuth Cancel"
#define STR_DEDUCT_PREAUTH "PreAuth OK"
#define STR_SALE_FAIL "Sale Fail"
#define STR_SALE_PASS "Sale Pass"
typedef struct
{
float CurrentRate;
float TimeOfDayPricing[24];
char DefaultPriceString[512]; // default price string
char DispenserPriceString[MAX_GUN_QUANTITY][512]; // dispenser user price string
char UserPriceString[MAX_GUN_QUANTITY][512]; // connector user price string
char ReceiptUrl[MAX_GUN_QUANTITY][512]; // connector receipt url
}PriceReceiptInfoData;
typedef enum
{
_Type_Central = 0x0,
_Type_eMAID = 0x1,
_Type_ISO14443 = 0x2,
_Type_ISO15693 = 0x3,
_Type_KeyCode = 0x4,
_Type_Local = 0x5,
_Type_MacAddress = 0x6,
_Type_NoAuthorization = 0x7,
}UserIdType;
#define STR_ID_TYPE_CENTRAL "Central"
#define STR_ID_TYPE_EMAID "eMAID"
#define STR_ID_TYPE_ISO14443 "ISO14443"
#define STR_ID_TYPE_ISO15693 "ISO15693"
#define STR_ID_TYPE_KEYCODE "KeyCode"
#define STR_ID_TYPE_LOCAL "Local"
#define STR_ID_TYPE_MAC_ADDRESS "MacAddress"
#define STR_ID_TYPE_NO_AUTHORIZATION "NoAuthorization"
typedef struct
{
float LocalConsumption; // power consumption store in cabinet
float GunConsumption; // power consumption store in dispenser
}MeterValueInfoData;
typedef struct
{
char StartCharging[32]; // start charging timestamp
char StopCharging[32]; // stop charging timestamp
}TimestampInfoData;
typedef struct
{
char MainVersion[32];
char SubVersion[32];
}SysMiscInfoData;
typedef struct
{
unsigned char Status;
}ConnectorConfigAndStatus;
#define MAX_GUN_ERROR_QUANTITY 5
typedef union
{
unsigned int ErrorValue;
struct
{
unsigned int PsuGroupNoResource:1; // 0: no effect, 1: psu group all alarm or fault >> group no resource
unsigned int ParallelRelayWelding:1; // 0: no effect, 1: Welding
unsigned int ParallelRelayDrivingFault:1; // 0: no effect, 1: DrivingFault
unsigned int OutputRelayWelding:1; // 0: no effect, 1: Welding
unsigned int OutputRelayDrivingFault:1; // 0: no effect, 1: DrivingFault
unsigned int res:27;
}bits;
}GunErrorFlag;
typedef struct
{
GunErrorFlag ErrFlag;
char GunAlarmCode[7];
}GunError;
typedef struct
{
int Offline_MaxChargingPower; // unit: W, offline max charging power, received from backend
int GunOfflineMaxPower[MAX_GUN_QUANTITY]; // unit: W, calculate from Offline_MaxChargingPower
int GunMaxProfilePower[MAX_GUN_QUANTITY]; // unit: W, calculate from MaxChargingProfilePower
int GunMaxProfileCurrent[MAX_GUN_QUANTITY]; // unit: 0.1A, Calculate from MaxChargingProfilePower
int GunAbsoluteMaxPower[MAX_GUN_QUANTITY]; // unit: W
int GunAbsoluteMaxVoltage[MAX_GUN_QUANTITY]; // unit: 0.1V
int GunAbsoluteMaxCurrent[MAX_GUN_QUANTITY]; // unit: 0.1A
int GunOtpMaxPower[MAX_GUN_QUANTITY]; // unit: W
int GunOtpMaxCurrent[MAX_GUN_QUANTITY]; // unit: 0.1A
int GunDynamicMaxPower[MAX_GUN_QUANTITY]; // unit: W
int GunDynamicMaxCurrent[MAX_GUN_QUANTITY]; // unit: 0.1A
int GunManualLimitPower[MAX_GUN_QUANTITY]; // unit: W
int GunManualLimitVoltage[MAX_GUN_QUANTITY]; // unit: 0.1V
int GunManualLimitCurrent[MAX_GUN_QUANTITY]; // unit: 0.1A
// final output limitation
int GunLimitPower[MAX_GUN_QUANTITY]; // unit: 0.1kW
int GunLimitVoltage[MAX_GUN_QUANTITY]; // unit: 0.1V
int GunLimitCurrent[MAX_GUN_QUANTITY]; // unit: 0.1A
int IndividualLimit[MAX_GUN_QUANTITY];
}OutputLimitation;
typedef enum
{
_BillStatus_Idle = 0x00, // no final cost received
_BillStatus_MiscReq = 0x01, // receive final cost and set final cost misc command
_BillStatus_WaitMiscClean = 0x02, // wait for dispenser to read misc command
_BillStatus_MiscClean = 0x03, // final cost misc command has update to dispenser, timeout: 3s
_BillStatus_UpdateDone = 0x04, // dispenser read final cost packet
_BillStatus_Completed = 0x05, // stay this status 3s
_BillStatus_Fail = 0x06, // clean bill info and return to idle
_BillStatus_End = 0x07, // clean bill info and return to idle
}BillStatus;
#define BILL_SATAUS_UNDISPOSED -1
#define BILL_SATAUS_UPDATED_FAIL 0
#define BILL_SATAUS_UPDATED_OK 1
#define BILL_SATAUS_Bypass_OK 2
typedef struct
{
float TotalCost; // connector user's total cost, unit: 1 dollar
float AccountBalance; // connector user's account balance, unit: 1 dollar
float CostDiscount; // connector user's Discount or couponPoint, unit: 1 point
float EnergyCost; // connector user's energy cost, unit: 1 dollar
float ParkingFee; // connector user's parking fee, unit: 1 dollar
float RemainAmount; // connector user's remain amount, unit: 1 dollar
float ConnectionFee; // connector user's connection fee, unit: 1 dollar
float SessionFee; // connector user's session fee, unit: 1 dollar
}FeeInfoData;
typedef struct
{
unsigned char BillStatus; // 0: idle, 1: misc request, 2 misc clean, 3: bill update done
unsigned char PreStatus; // 0: idle, 1: misc request, 2 misc clean, 3: bill update done
unsigned short TryCnt;
int TxId;
FeeInfoData FeeInfo;
char Receipt[512];
}ChargingBillInfoData;
typedef enum
{
_ParkingAction_None = 0x00, // no action
_ParkingAction_DisplayButton = 0x01, // Display Occupancy Fee button
_ParkingAction_CancelOccupancy = 0x02, // Cancel Occupancy Fee button
_ParkingAction_PaidOnlineOK = 0x03, // Successed to pay occupancy fee with online method, then close Occupancy Fee button
_ParkingAction_PaidOnlineFail = 0x04, // Failed to pay occupancy fee with online method
}OccupancyAction;
#define STR_OCCUPANCY_ACT_NONE "NoAction"
#define STR_OCCUPANCY_ACT_DISPLAY "DisplayButton"
#define STR_OCCUPANCY_ACT_CANCEL "CancelOccupancy"
#define STR_OCCUPANCY_ACT_PAID_OK "PaidOnlineOK"
#define STR_OCCUPANCY_ACT_PAID_NG "PaidOnlineFail"
typedef enum
{
_Parking_NoOccupancy = 0x00, // no occupancy
_Parking_SyncOccupancy = 0x01, // sync occupancy with dispenser
_Parking_Occupied = 0x02, // occupancy start
_Parking_RequestFee = 0x03, // user request occupancy fee
_Parking_WaitToPay = 0x04, // wait for user to pay the fee
_Parking_PaidOnlineOK = 0x05, // user to paid success via online method
_Parking_PaidOnlineFail = 0x06, // user to paid fail via online method
}OccupancyStatus;
#define STR_NO_OCCUPANCY "NoOccupancy"
#define STR_SYNC_OCCUPANCY "SyncOccupancy"
#define STR_OCCUPIED "Occupied"
#define STR_REQUEST_FEE "RequestFee"
#define STR_WAIT_TO_PAY "WaitToPay"
#define STR_PAID_ONLINE_OK "PaidOK"
#define STR_PAID_ONLINE_FAIL "PaidFail"
#define STR_NOTIFY_NONE "Notify None"
#define STR_GET_OCCUPANCY_FEE "GetOccupancyFee"
#define STR_CANCEL_OCCUPANCY_DEDUCT "CancelDeduction"
#define STR_CANCEL_OCCUPANCY_FEE "CancelOccupancyFee"
typedef enum
{
_Notify_None = 0x00, // act: None
_Notify_GetOccupancyFee = 0x01, // act: Get OccupancyFee
_Notify_CancelLocalDeduction = 0x02, // act: Cancel Local Deduction
_Notify_CancelOccupancyFee = 0x03, // act: Cancel Occupancy Fee
}NotifyOccupancyFeeAct;
typedef struct
{
unsigned char MiscStatus; // 0: idle, 1: misc request, 2 misc clean, 3: bill update done
unsigned char PreStatus; // 0: idle, 1: misc request, 2 misc clean, 3: bill update done
unsigned short TryCnt;
}MiscRequestStatus;
typedef struct
{
char StartTime[32];
unsigned int Duration;
float Fee;
char Sn[37];
char res;
}OccupancyBillInfo;
typedef struct
{
float Fee;
char Sn[37];
char res;
char creditNo[21];
char ApprovalNumber[10]; // ApprovalNumber
char VemData[65]; // Vem Data
}OccupancyDeductInfo;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int DeductReq:1; // 0: no request, 1: deduct request
unsigned int KeepCounting:1; // 0: no effect, 1: occupancy keep counting
unsigned int ForceCancel:1; // 0: no effect, 1: force cancel occupancy fee because of charging status
unsigned int SelfReq:1; // 0: no request, 1: self request
unsigned int res:28;
}bits;
}OccupancyReqFlag;
typedef struct
{
unsigned char Status; // 0: NoOccupancy, 1: Occupied, 2: RequestFee, 3: WaitToPay
unsigned char PreStatus; // 0: NoOccupancy, 1: Occupied, 2: RequestFee, 3: WaitToPay
MiscRequestStatus ButtonReqStatus;
MiscRequestStatus BillReqStatus;
unsigned char ActionId;
unsigned char res;
OccupancyReqFlag OccupancyReq; // 0: no request, 1: deduct request
OccupancyBillInfo OccupancyBill;
OccupancyDeductInfo OccupancyDeduct;
}OccupancyInfoData;
typedef struct
{
ChargingBillInfoData DispBill[MAX_DISPENSER_QUANTITY];
ChargingBillInfoData GunBill[MAX_GUN_QUANTITY];
OccupancyInfoData OccupancyInfo[MAX_GUN_QUANTITY];
}AllBillInfoData;
#define OCMF_SATAUS_INSERTED 0
#define OCMF_SATAUS_UPDATED_OK 1
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int OcmfReceived:1; // 0: no request, 1: ocmf info received
unsigned int res:31;
}bits;
}GunOcmfFlag;
typedef struct
{
// ocmf file path: /mnt
// ocmf file name: Gun_X_TxId_OCMF
// X: Gun Id
// TxId: Transaction Id
char OcmfTxId[36];
char PublicKey[200];
GunOcmfFlag OcmfFlag;
}OCMFInfoData;
typedef union
{
unsigned int CtrlValue;
struct
{
unsigned int OcmfPending:1; // 0: no request, 1: exist pending ocmf
unsigned int OcmfNeedUpload:1; // 0: no request, 1: ocmf need upload
unsigned int OcmfUploading:1; // 0: no request, 1: ocmf is uploading
unsigned int res:29;
}bits;
}SysOcmfFlag;
typedef struct
{
int SysOcmfIndex;
char SysOcmfTxId[36];
char SysOcmfPublicKey[200];
char SysOcmfInfo[2048];
SysOcmfFlag SysOcmfFlag;
OCMFInfoData GunOcmf[MAX_GUN_QUANTITY];
}SysOCMFInfoData;
// ************************************************************************************************* //
typedef struct
{
SysMiscInfoData SysMisc;
SystemAuthInfoData AuthInfo;
SysControl Control;
PsuPositionInfoData PsuPosition;
PsuGroupingInfoData PsuGrouping;
SocketConnInfoData CabinetConnInfo[MAX_SLAVE_CABINET_QUANTITY];
ParallelCabinetInfoData ParallelCabinet;
SlaveCabinetControl SCabinetControl;
ConnectorPageControl ConnectorPageReq[MAX_GROUP_QUANTITY];
DispenserMiscControl DispenserMiscReq[MAX_GROUP_QUANTITY];
ConnectorMiscControl ConnectorMiscReq[MAX_GROUP_QUANTITY];
MiscCommandValue CabinetMiscValue;
ConnectorActionRequest ConnectorActReq[MAX_GROUP_QUANTITY];
StationInfoData StationInfo;
TransactionInfoData UserTransaction[MAX_GROUP_QUANTITY];
DeductResultInfoData DeductResultReq[MAX_GROUP_QUANTITY];
DeductResultInfoData ReDeductReq;
DeductResultInfoData ReaderStatus[MAX_GROUP_QUANTITY];
LineApiStatusInfo LineApi;
ConnectorConfigAndStatus Connector[MAX_GUN_QUANTITY];
PriceReceiptInfoData PriceAndReceiptInfo;
MeterValueInfoData MeterValue[MAX_GUN_QUANTITY];
TimestampInfoData Timestamp[MAX_GUN_QUANTITY];
GunError GunError[MAX_GUN_QUANTITY];
OutputLimitation OutputLimit;
AllBillInfoData AllBill;
SysOCMFInfoData OcmfInfo;
}ChargerInfoData;
#endif /* CONFIG_H_ */