csu3_am335x/EVSE/Projects/EVSE-Emulator/Apps/main.h

/*
 * Config.h
 *
 *  Created on: 2020/01/15
 *      Author: Eason Yang
 */

#ifndef CONFIG_MAIN_H_
#define CONFIG_MAIN_H_

#include    		<sys/types.h>
#include   		<sys/stat.h>
#include 			<sys/time.h>
#include 			<sys/timeb.h>
#include 			<sys/types.h>
#include 			<sys/ioctl.h>
#include 			<sys/socket.h>
#include 			<sys/ipc.h>
#include 			<sys/shm.h>
#include 			<sys/mman.h>
#include 			<linux/wireless.h>
#include 			<arpa/inet.h>
#include 			<netinet/in.h>
#include			<dirent.h>

#include 			<unistd.h>
#include 			<stdarg.h>
#include    		<stdio.h>
#include    		<stdlib.h>
#include    		<unistd.h>
#include    		<fcntl.h>
#include    		<termios.h>
#include    		<errno.h>
#include 			<errno.h>
#include 			<string.h>
#include			<time.h>
#include			<ctype.h>
#include 			<ifaddrs.h>
#include			<stdbool.h>
#include			<stddef.h>
#include			<stdint.h>
#include			<sqlite3.h>

//#define ENABLE_CCS

//===================================
// Define Alarm code constant
//===================================
#define ALARM_L1_OVER_VOLTAGE					0x00000001
#define ALARM_L1_UNDER_VOLTAGE					0x00000002
#define ALARM_L1_OVER_CURRENT					0x00000004
#define ALARM_OVER_TEMPERATURE	                0x00000008
#define ALARM_GROUND_FAIL							0x00000010
#define ALARM_CP_ERROR									0x00000020
#define ALARM_CURRENT_LEAK_AC                   0x00000040
#define ALARM_CURRENT_LEAK_DC                   0x00000080

#define ALARM_MCU_TESTFAIL							0x00000100
#define ALARM_HANDSHAKE_TIMEOUT               0x00000200
#define ALARM_EMERGENCY_STOP                    0x00000400
#define ALARM_RELAY_WELDING                     	0x00000800
#define ALARM_LEAK_MODULE_FAIL                  0x00001000
#define ALARM_SHUTTER_FAULT                     		0x00002000
#define ALARM_LOCKER_FAULT                      	0x00004000
#define ALARM_POWER_DROP                        	0x00008000

#define ALARM_L1_CIRCUIT_SHORT                  	0x00010000
#define ALARM_ROTATORY_SWITCH_FAULT        	0x00020000
#define ALARM_RELAY_DRIVE_FAULT                 	0x00040000
#define ALARM_BLE_MODULE_BROKEN              	0x00080000
#define ALARM_L2_OVER_VOLTAGE                  	0x00100000
#define ALARM_L3_OVER_VOLTAGE                  	0x00200000
#define ALARM_L2_UNDER_VOLTAGE                 0x00400000
#define ALARM_L3_UNDER_VOLTAGE                 0x00800000

#define ALARM_L2_OVER_CURRENT					0x01000000
#define ALARM_L3_OVER_CURRENT					0x02000000
#define ALARM_L2_CIRCUIT_SHORT                  	0x04000000
#define ALARM_L3_CIRCUIT_SHORT                  	0x08000000
#define ALARM_METER_TIMEOUT							0x10000000
#define ALARM_METER_IC_TIMEOUT					0x20000000
#define ALARM_CP_NEG_ERROR 						0x40000000
#define ALARM_QCA_FLASH_FAIL						0x80000000

//=================================
//CCS related define
//=================================
#define CCS_PWM_DUTY_CP_STATE_F					0
#define CCS_PWM_DUTY_CP_STATE_E					1
#define CCS_PWM_DUTY_5									5
#define CCS_PWM_DUTY_100								100

//=================================
//Model Name Byte  define .. lwtest
//=================================
#define 		EVSE_OUTPUT_TYPE				0
#define 		EVSE_TYPE							1
#define 		INPUT_TYPE							2
#define 		SAFETY_REGULATION			3
#define		RATING_POWER					4
#define 		CONNECTOR_TYPE1			7
#define 		CONNECTOR_TYPE2			8
#define 		CONNECTOR_TYPE3			9
#define 		INTERNET_TYPE						10
#define 		GEN_NO								11
#define 		VENDOR_CODE					12
#define 		MODEL_NAME_LENGTH		14

#define 		MAX_GUN_NUM						2
#define		AC_OUTPUT_VOL						220
#define 		DC_SIMULATE_OUTPUT_VOL		500
#define        SIM_DEVIATION						5
//===================================
//	Define CP State constant
//===================================
enum CP_STATE
{
	CP_STATE_UNKNOWN = 0,
	CP_STATE_A,
	CP_STATE_B,
	CP_STATE_C,
	CP_STATE_D,
	CP_STATE_E,
	CP_STATE_F
};

//===================================
//	Define CCS CP State constant
//===================================
enum CCS_CP_STATE
{
	CCS_CP_STATE_UNKNOWN = 0, CCS_CP_STATE_A,				//A (12V, no PWM)
	CCS_CP_STATE_B1,																//B1 (9V, no PWM)
	CCS_CP_STATE_B2,																//B2 (9V, with PWM)
	CCS_CP_STATE_C,																//C (6V, with PWM)
	CCS_CP_STATE_D,																//D (3V, with PWM)
	CCS_CP_STATE_E,																//E (0V, no PWM)
	CCS_CP_STATE_F,																	//F (-12V, no PWM)
	CCS_CP_STATE_G,																//G (>12V)
	CCS_CP_STATE_H																	//H  (<12V)
};

//===================================
// Define Speaker type constant
//===================================
enum SPEAKER_ACTION
{
	SPEAKER_STOP = 0,
	SPEAKER_ALWAYS_ON,
	SPEAKER_SHORT,
	SPEAKER_LONG,
	SPEAKER_INTERVAL_SHORT,
	SPEAKER_INTERVAL_LONG,
	SPEAKER_INTERVAL_3COUNT
};

//===================================
// Define Led constant
//===================================
enum LED_ACTION
{
	LED_ACTION_INIT = 0,
	LED_ACTION_IDLE,
	LED_ACTION_AUTHED,
	LED_ACTION_CONNECTED,
	LED_ACTION_CHARGING,
	LED_ACTION_STOP,
	LED_ACTION_ALARM,
	LED_ACTION_MAINTAIN,
	LED_ACTION_RFID_PASS,
	LED_ACTION_RFID_FAIL,
	LED_ACTION_BLE_CONNECT,
	LED_ACTION_BLE_DISABLE,
	LED_ACTION_DEBUG,
	LED_ACTION_ALL_OFF,
	LED_RELAY_ON,
	LED_RELAY_OFF,
	LED_ACTION_HANDSHAKE_FAIL,
	LED_ACTION_INTERNET_DISCONNECT,
	LED_ACTION_RESTORE_SETTING,
	LED_ACTION_IDLE_BACKEND_CONNECTED,
	LED_ACTION_IDLE_BACKEND_CONNECTED_SLEEP,
	LED_ACTION_IDLE_BACKEND_DISCONNECTED,
	LED_ACTION_IDLE_BACKEND_DISCONNECTED_SLEEP,
	LED_ACTION_RESERVATION_MODE
};

//===================================
// Define start mode constant
//===================================
enum START_METHOD
{
	START_METHOD_FREE = 0,
	START_METHOD_RFID,
	START_METHOD_BACKEND,
	START_METHOD_BLE,
	START_METHOD_EVCCID,
	START_METHOD_CMD
};

enum HANDSHAKE_STATE
{
	HANDSHAKE_IDLE = 0,
	HANDSHAKE_DUTY_5,
	HANDSHAKE_DUTY_5_CHECK,
	HANDSHAKE_CCS,
	HANDSHAKE_CP_STATE_E,
	HANDSHAKE_SET_MAX_CURRENT,
	HANDSHAKE_BS_MODE,
	HANDSHAKE_HLC_MODE
};

enum EV_READY_STATE
{
	EV_READY_STAT_E = 1, EV_READY_STAT_C, EV_READY_SET_MAX_CURRENT
};

enum CHARGING_MODE
{
	CHARGING_MODE_BS = 0, CHARGING_MODE_HLC, CHARGING_MODE_SOCKETE
};

enum HLC_MODE
{
	HLC_START_MODE = 0, HLC_STOP_MODE, HLC_RENEGOTIATE_MODE, HLC_STANDBY_MODE
};

enum EVSE_NOTIFICATION
{
	NOTIFICATION_NONE = 0, NOTIFICATION_STOP, NOTIFICATION_RENEGOTIATION
};

enum TIMER_IDX
{
	TMR_IDX_HANDSHAKING = 0,
	TMR_IDX_AUTH,
	TMR_IDX_REFRESH_CHARGING_INFO,
	TMR_IDX_PROFILE_PREPARE,
	TMR_IDX_BS_HLC_HANDSHAKE,
	TMR_IDX_CCS_HEARTBEAT_COUNT_RESET,
	TMR_IDX_PWN_CHANGE,
	TMR_IDX_POWERSAVING_LCD,
	TMR_IDX_POWERSAVING_RFID,
	TMR_IDX_POWERSAVING_METER,
	TMR_IDX_POWERSAVING_STATE_B,
	TMR_IDX_CHECK_TASK,
	TMR_IDX_POWERSAVING_LED_STATUS,
	TMR_IDX_CHECK_POWER_CONSUMPTION,
	TMR_IDX_LCM_POWER_CONSUMPTION,
	TMR_IDX_RESET_WIFI,
	TMR_IDX_CLEAN_REMOTE_START_WAIT,
	TMR_IDX_SIMULATION,
	TMR_IDX_18,
	TMR_IDX_19,
	TMR_IDX_GUN_DETECT,
	TMR_IDX_CNT
};

//===================================
//	Define Authorization State constant
//===================================
enum RFID_AUTHORIZATION_STATUS
{
	DEFAULT_RFID = 0, VALIDATED_RFID, UNVALIDATED_RFID, UNKNOW_RFID
};

#define DEBUG_INFO(format, args...) StoreLogMsg("[%s:%d][%s][Info] "format, (strrchr(__FILE__, '/') ? strrchr(__FILE__, '/') + 1 : __FILE__), __LINE__, __FUNCTION__, ##args)
#define DEBUG_WARN(format, args...) StoreLogMsg("[%s:%d][%s][Warn] "format, (strrchr(__FILE__, '/') ? strrchr(__FILE__, '/') + 1 : __FILE__), __LINE__, __FUNCTION__, ##args)
#define DEBUG_ERROR(format, args...) StoreLogMsg("[%s:%d][%s][Error] "format, (strrchr(__FILE__, '/') ? strrchr(__FILE__, '/') + 1 : __FILE__), __LINE__, __FUNCTION__, ##args)

extern int StoreLogMsg(const char *fmt, ...);

//============================================================
// Private shared memory key define
//============================================================
#define ShmChargerKey		2001

typedef struct Verion
{
	char Version_FW[32];
	char Version_HW[32];
} Ver;

typedef struct PRESENTINPUTVOLTAGE
{
	unsigned char inputType;	// 0x00: Line to Line       0x01: Line to Neutral
	double L1N_L12;
	double L2N_L23;
	double L3N_L31;
} PresentInputVoltage;

typedef struct PRESENTOUTPUTVOLTAGE
{
	double behindFuse_Voltage_C1;
	double behindRelay_Voltage_C1;
	double behindFuse_Voltage_C2;
	double behindRelay_Voltage_C2;
} PresentOutputVoltage;

typedef struct FANSPEED
{
	unsigned short int speed[4];
} FanSpeed;

typedef struct TEMPERATURE
{
	unsigned char point[8];
} Temperature;

typedef struct AUXPOWER
{
	unsigned char voltage[8];
} AuxPower;

typedef struct RELAY
{
	unsigned char relay_status[2][8];
} Relay;

typedef struct GFD
{
	unsigned short int adc_value_positive[2];
	unsigned short int adc_value_negative[2];
} Gfd;

typedef struct GPIO_IN
{
	unsigned char AC_Connector;
	unsigned char AC_MainBreaker;
	unsigned char SPD;
	unsigned char Door_Open;
	unsigned char GFD[2];
	unsigned char Button[2];
	unsigned char Button_Emergency;
	unsigned char Button_Mode_Switch;
} Gpio_in;

typedef struct GPIO_OUT
{
	unsigned char AC_Connector;
	unsigned char Button_LED[2];
	unsigned char System_LED[4];
} Gpio_out;

typedef struct ALARM_LOG
{
	unsigned char logArea;
	unsigned int alarmIndex;
	unsigned char log[8];
} Alarm_Log;

typedef struct BLE_CONFIG_DATA
{
	unsigned char isLogin :1;
	unsigned char isRequestStart :1;
	unsigned char isRequestStop :1;
} Ble_Config_Data;

typedef struct BLE_LONGIN_CENTRAL_ID
{
	unsigned char id[32];
} Ble_Login_Central_Id;

typedef struct RTC
{
	unsigned short int year;
	unsigned char month;
	unsigned char day;
	unsigned char hour;
	unsigned char min;
	unsigned char sec;
} Rtc;

typedef struct PRESENTOUTPUTCURRENT
{
	double L1N_L12[2];
	double L2N_L23[2];
	double L3N_L31[2];
} Presentoutputcurrent;

typedef struct SOCKET_E
{
	unsigned char isSocketEMode :1;
	unsigned char isSocketEPinOn :1;
} Socket_E;

typedef struct AC_PRIMARY_MCU
{
	unsigned char cp_state;
	unsigned int current_limit;
	float cp_voltage_positive;
	float cp_voltage_negtive;
	unsigned char locker_state;
	unsigned char relay_state;
	unsigned char shutter_state;
	unsigned char meter_state;
	unsigned char pp_state;
	unsigned char rating_current;
	unsigned char rotatory_switch;
	Relay relayState;
	Socket_E socket_e;
} Ac_Primary_Mcu;

typedef struct AC_PRIMARY_MCU_ALARM
{
	union
	{
		unsigned long InputAlarmCode;
		struct
		{
			unsigned long OVP_L1 :1;
			unsigned long UVP_L1 :1;
			unsigned long OCP_L1 :1;
			unsigned long OTP :1;
			unsigned long gmi_fault :1;
			unsigned long cp_fault :1;
			unsigned long ac_leak :1;
			unsigned long dc_leak :1;
			unsigned long mcu_selftest_fail :1;
			unsigned long handshaking_timeout :1;
			unsigned long emergency_stop :1;
			unsigned long relay_welding :1;
			unsigned long leak_module_fail :1;
			unsigned long shutter_fault :1;
			unsigned long locker_fault :1;
			unsigned long power_drop :1;
			unsigned long rotate_switch_fault :1;
			unsigned long short_circuit_L1 :1;
			unsigned long relay_drive_fault :1;
			unsigned long comm_timeout :1;
			unsigned long OVP_L2 :1;
			unsigned long UVP_L2 :1;
			unsigned long OCP_L2 :1;
			unsigned long OVP_L3 :1;
			unsigned long UVP_L3 :1;
			unsigned long OCP_L3 :1;
			unsigned long short_circuit_L2 :1;
			unsigned long short_circuit_L3 :1;
			unsigned long meter_comm_timeout :1;
			unsigned long meter_ic_comm_timeout :1;
			unsigned long pilot_negative_error :1;
		} bits;
	};
} Ac_Primary_Mcu_Alarm;

typedef struct AC_PRIMARY_MCU_LED
{
	unsigned char mode;
	unsigned long alarm_code;
} Ac_Primary_Mcu_Led;

typedef struct EVSE_ID
{
	unsigned char model_name[14];
	unsigned char serial_number[12];
} Evse_Id;

typedef struct AC_PRIMARY_MCU_CP_PWM_DUTY
{
	unsigned int max_current;
} Ac_Primary_Mcu_Cp_Pwm_Duty;

typedef struct LEGACY_REQUEST
{
	unsigned char isLegacyRequest :1;
	uint8_t isRelayOn :1;
} Legacy_Request;

typedef struct POWER_CONSUMPTION
{
	uint64_t power_consumption;
	uint64_t power_consumption_at_start;

} Power_Consumption;

typedef struct MCU_OP_FLAG
{
	unsigned char isSetModePass :1;
	unsigned char isSetSerialNumberPass :1;
	unsigned char isSetModelNamePass :1;
	unsigned char isReadFwVerPass :1;
	unsigned char isMcuUpgradeReq :1;
	unsigned char isSetCpPwmDuty :1;
	unsigned char isReadMeterIcCorrectionStatus :1;
} Mcu_Op_Flag;

typedef struct SYSTEM_ALARM_CODE
{
	unsigned long SystemAlarmCode;

} System_Alarm_Code;

typedef struct OTHER_ALARM_CODE
{
	unsigned long isHandshakingTimeOut :1;
	unsigned long isDcLeakage :1;
	unsigned long isACLeakage :1;
} Other_Alarm_Code;

typedef struct PILOT_VOLTAGE
{
	float PilotVoltagePositive;
	float PilotVoltageNegative;

} Pilot_Voltage;

typedef struct FW_UPGRADE_INFO
{
	int fwType;
	char modelName[17];
	char location[384];
} Fw_Upgrade_Info;

typedef struct GUN_PLUGIN_TIMES
{
	uint32_t GunPluginTimes;

} Gun_Plugin_Times;

typedef struct MCU_RESET_REQUEST
{
	unsigned char isMcuResetRequest :1;
} Mcu_Reset_Request;

typedef struct TIMEOUT_SPEC
{
	int Setting_Timeout_Spec;
	int Present_Timeout_Spec;
	int Handshake_Timeout;
} Timeout_Spec;

typedef struct SET_BREATHE_LED_TIMING
{
	uint16_t set_Led_Action_Connected_Fade_In;
	uint16_t set_Led_Action_Connected_Fade_Out;
	uint16_t set_Led_Action_Authed_Fade_In;
	uint16_t set_Led_Action_Authed_Fade_Out;
	uint16_t Set_Led_Action_Chaging_Fade_In;
	uint16_t set_Led_Action_Chaging_Fade_Out;
} Set_Breathe_Led_Timing;

typedef struct SET_LED_BRIGHTNESS
{
	uint8_t sector_1;	// 0~1 AM and 1~2 AM
	uint8_t sector_2;	// 2~3 AM and 3~4 AM
	uint8_t sector_3;	// 4~5 AM and 5~6 AM
	uint8_t sector_4;	// 6~7 AM and 7~8 AM
	uint8_t sector_5;	// 8~9 AM and 9~10 AM
	uint8_t sector_6;	// 10~11 AM and 11~12 AM
	uint8_t sector_7;	// 12~13 PM and 13~14 PM
	uint8_t sector_8;	// 14~15 PM and 15~16 PM
	uint8_t sector_9;	// 16~17 PM and 17~18 PM
	uint8_t sector_10;	// 18~19 PM and 19~20 PM
	uint8_t sector_11;	// 20~21 PM and 21~22 PM
	uint8_t sector_12;	// 22~23 PM and 23~24 PM
} Set_Led_Brightness;

typedef struct SET_AUX_POWER_SWITCH
{
	uint8_t power_type;		// 0xff: All	0x01: Meter
	uint8_t power_switch;	// 0: OFF	1: ON
} Set_Aux_Power_Switch;

typedef union
{
	unsigned int value;
	struct
	{
		unsigned int isCalibratedVaGain :1;			// Voltage phase a gain is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedVbGain :1;			// Voltage phase b gain is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedVcGain :1;			// Voltage phase c gain is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedVaOffset :1;		// Voltage phase a offset is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedVbOffset :1;		// Voltage phase b offset is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedVcOffset :1;		// Voltage phase c offset is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedCaGain :1;			// Current phase a gain is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedCbGain :1;			// Current phase b gain is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedCcGain :1;			// Current phase c gain is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedCaOffset :1;		// Current phase a offset is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedCbOffset :1;		// Current phase b offset is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedCcOffset :1;		// Current phase c offset is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedPa :1;						// Phase angle a is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedPb :1;					// Phase angle b gain is calibrated, 0: default	1: Calibrated
		unsigned int isCalibratedPc :1;					// Phase angle c gain is calibrated, 0: default	1: Calibrated
		unsigned int :17;
	} bits;
} MeterIcCorrection;

typedef struct CCS_INFO
{
	uint8_t BatteryChargeType; /*0x00: AC charging, 0x01: DC charging*/
	uint8_t PresentMsgFlowStatus;
	/*  ISO15118_2018
	 0: Idle(wait B2 state),
	 1: CM_SLAC_PARM.REQ,
	 2: CM_SLAC_PARM.CNF,
	 3: CM_START_ATTEN_CHAR.IND
	 4: CM_MNBC_SOUND.IND,
	 5: CM_ATTEN_CHAR.IND,
	 6: CM_ATTEN_CHAR.RSP,
	 7: CM_VALIDATE.REQ
	 8: CM_VALIDATE.CNF,
	 9: CM_SLAC_MATCH.REQ,
	 10: CM_SLAC_MATCH.CNF,
	 11: CM_AMP_MAP.REQ
	 12: CM_AMP_MAP.CNF,
	 13: SLACC/SDP/TCP connection,
	 16: SupportedAppProtocolRequest,
	 17: SupportedAppProtocolResponse,
	 18: SessionSetupRequest
	 19: SessionSetupResponse,
	 20: ServiceDiscoveryRequest,
	 21: ServiceDiscoveryResponse
	 22: ServiceDetailRequest,
	 23: ServiceDetailResponse
	 24:ServiceAndPaymentSelectionRequest/ServiceSelectionRequest,
	 25: ServiceAndPaymentSelectionResponse/ServiceSelectionResponse
	 26: PaymentDetailsRequest/IdentificationDetailsRequest;,
	 27: PaymentDetailsResponse/IdentificationDetailsResponse,
	 28: AuthorizationRequest,
	 29: AuthorizationResponse,
	 30: CertificateUpdateRequest,
	 31: CertificateUpdateResponse,
	 32:CertificateInstallationRequest,
	 33: CertificateInstallationResponse
	 34: ChargeParameterDiscoveryRequest,
	 35: ChargeParameterDiscoveryResponse
	 36: CableCheckRequest,
	 37: CableCheckResponse,
	 38: PreChargeRequest,
	 39: PreChargeResponse
	 40: PowerDeliveryRequest start,
	 41: PowerDeliveryResponse start,
	 42: ChargingStatusRequest,
	 43: ChargingStatusResponse
	 44:CurrentDemandRequest,
	 45:CurrentDemandResponse,
	 46:MeteringReceiptRequest,
	 47: MeteringReceiptResponse
	 48: PowerDeliveryRequest end,
	 49: PowerDeliveryRequest end,
	 50: WeldingDetectionRequest,
	 51: WeldingDetectionResponse,
	 52: SessionStopRequest,
	 53: SessionStopResponse
	 253: Performance Timeout,
	 254: Sequence Timeout,
	 255: Fault
	 */

	float ConnectorTemperature1; /*unit: 1°C*/
	float ConnectorTemperature2; /*unit: 1°C*/
	uint16_t ChargingRemainTime; /*0x0000: 0 sec ~ 0xFFFF: 65535 sec, unit: 1 second*/
	float TotalBatteryCapacity; /*unit: Wh*/
	float BatteryMaximumVoltage; /*unit: 1 volt*/
	float BatteryMaximumCurrent; /*unit: 1 amp*/
	uint8_t EVCCID[8];
	uint8_t EVSEID[40];
	uint8_t CCSLibRev[32];
	uint8_t EVSEModelName[32];
	uint32_t CSUAlarmStatusCode;
	uint16_t CCSAlarmStatusCode;
	uint8_t PaymentOption; /* 0x00 EIM, 0x01 Pnc */
	float EVSEMaxCurrent; /*unit: 1 amp*/
	float EVSEMinCurrent; /*unit: 1 amp*/
	float GridVoltage[3]; /*unit: 1 volt*/
	uint8_t MeterID[32]; /*unit: 1 amp*/
	float MeterReadingValue; /*unit: 1Wh*/
	uint8_t EVOperation; /*0:Charge, 1:Discharge*/
	uint8_t EVChargeProgress; /*0: Stop
	 1: Start
	 2: Renegotiate
	 3: Standby */
	uint8_t CpSetPWMDuty; /*unit: 1%
	 0: 0%
	 5: 5%
	 100: 100%*/
	uint8_t CpSetStateE; /*0:disable, 1:enable*/
	uint8_t CpPresentPWMDuty; /*unit:1%*/
	uint8_t CpPresentState; /*1: A (12V, no PWM)
	 2: B1 (9V, no PWM)
	 3: B2 (9V, with PWM)
	 4: C (6V, with PWM)
	 5: D (3V, with PWM)
	 6: E (0V, no PWM)
	 7: F (-12V, no PWM)
	 8: G (>12V)
	 9: H  (<12V)*/
	float CpPositiveVoltage; /*uint: 1V*/
	float CpNegativeVoltage; /*uint: 1V*/
	uint32_t CcsHeartBeat; /*unit: 1*/
	float EVSEPresentCurrent[3];			//unit: 1A
	float AvailableChargingPower;			//1KW
	uint8_t EVSENotification; /*0: None
	 1: StopCharging
	 2: ReNegotiation*/
	uint16_t ChargingPermission :1; /*0x00: Not ready yet, stay in idle mode or go into terminating process.
	 0x01: start charging process*/
	uint16_t ConnectorLockerStatus :1; /*0x00: released
	 0x01: locked*/

	uint16_t RcdStatus :1; /* 0x00 no error
	 0x01 an error */
	uint16_t OutputRelayStatus :1; /*0: OFF
	 1: ON*/
	uint16_t TempFlag4 :1;
	uint16_t TempFlag5 :1;
	uint16_t TempFlag6 :1;
	uint16_t TempFlag7 :1;
	uint16_t TempFlag8 :1;
	uint16_t TempFlag9 :1;
	uint16_t TempFlag10 :1;
	uint16_t TempFlag11 :1;
	uint16_t TempFlag12 :1;
	uint16_t TempFlag13 :1;
	uint16_t TempFlag14 :1;
	uint16_t TempFlag15 :1;
} Ac_Ccs_Info;

typedef struct GUN_INFO
{
	Ver ver;
	PresentInputVoltage inputVoltage;
	Presentoutputcurrent outputCurrent;
	Temperature temperature;
	Ble_Config_Data bleConfigData;
	Ble_Login_Central_Id bleLoginCentralId;
	Rtc rtc;
	Ac_Primary_Mcu primaryMcuState;
	Ac_Primary_Mcu_Alarm primaryMcuAlarm;
	Ac_Primary_Mcu_Led primaryMcuLed;
	Mcu_Op_Flag mcuFlag;
	Power_Consumption powerConsumptionTotal;
	Power_Consumption powerConsumption[3];
	Legacy_Request legacyRequest;
	System_Alarm_Code systemAlarmCode;
	Ac_Primary_Mcu_Cp_Pwm_Duty primaryMcuCp_Pwn_Duty;
	Other_Alarm_Code otherAlarmCode;
	Pilot_Voltage PilotVoltage;
	Gun_Plugin_Times gunPluginTimes;
	Mcu_Reset_Request mcuResetRequest;
	Set_Breathe_Led_Timing setBreatheLedTiming;
	Set_Led_Brightness setLedBrightness;
	Set_Aux_Power_Switch setAuxPowerSwitch;
	Gpio_in GPIO_Input;
	Ac_Ccs_Info acCcsInfo;
	float presentChargedEnergyPeriod[24];		// Session present charged energy at each period, resolution: 0.01 KWH
	uint8_t ccsHandshakeState;
	uint8_t PreviousEVChargeProgress;
	uint8_t chargingMode;
	uint16_t targetCurrent;
	uint8_t evReadyState;
	uint8_t resultAuthorization;
	MeterIcCorrection meterIcCorrectionStatus;
	uint8_t isGunUnpluggedBefore;
	uint8_t AuthAcceptUserId[32];
	float ChargingProfilePower;
	float ChargingProfileCurrent;

	uint32_t isAuthPassEnd :1;
	uint32_t rfidReq :1;
	uint32_t isGunPlugged :1;
	uint32_t isSetBreatheLedTiming :1;
	uint32_t isSetLedBrightness :1;
	uint32_t isUnlockerConnetor :1;
	uint32_t isOperactive :1;
	uint32_t isCCSWaitChangeDuty :1;
	uint32_t isCCSStartTransation :1;
	uint32_t isEvReady2StateE :1;
	uint32_t isDoEvReadyOnce :1;
	uint32_t isChargerStopByCondition :1;
	uint32_t isMeterOn :1;
	uint32_t isSleepOn :1;
	uint32_t isCheckPowerConsumption :1;
	uint32_t isHandshakeTimerRefresh :1;
	uint32_t isEmergencyStopReport :1;
	uint32_t isGetEvCCID :1;
	uint32_t isGetEvCCIDTimeout :1;
	uint32_t isRemoteStartWait :1;
	uint32_t isEvCCIDAuthorizeFail :1;
	uint32_t isCmdToPrepareMode :1; //lwtest
} Gun_Info;

struct Charger
{
	Ver ver;
	Evse_Id evseId;
	Gun_Info gun_info[3];
	Fw_Upgrade_Info fwUpgradeInfo;
	Timeout_Spec timeoutSpec;

	uint8_t gun_selectd;
	uint8_t speaker_type;
	uint16_t isSpeakerOn :1;
	uint16_t isUpdateSuccess :1;
	uint16_t isCcsEnable :1;
	uint16_t isLcdOn :1;
	uint16_t isAuthrizing :1;
	uint16_t isGetAuthResult :1;
	uint16_t isUpgradeLcmReq :1;
	uint16_t isUpgradeLcmSuccess :1;
};

#endif /* CONFIG_MAIN_H_ */