#ifndef __CDZ_State_H
#define __CDZ_State_H

#include <stdbool.h>
#include <stdint.h>

/**********************版本号管理*******************/

#define MAJOR_VERSION A
#define MINOR_VERSION 40
#define PATCH_VERSION U
#define Version_number 60


#define STRINGIFY(x) #x
#define VERSION_STRING(major, minor, patch,num) STRINGIFY(major) STRINGIFY(minor) STRINGIFY(patch) \
                                            STRINGIFY(num) 

#define Version() VERSION_STRING(MAJOR_VERSION, MINOR_VERSION, PATCH_VERSION,Version_number)

enum GB_Types
{
	GB2015=1,
	GB2011=2
};

// 定义状态
typedef enum {
	
  STATE_IDLE,
	STATE_INIT,
	STATE_HAND,
  STATE_READY,
	
	STATE_START,
	STATE_RUNNING,
  STATE_STOPPED,
	STATE_AC_Charge,
  STATE_NUM,
	
} State;

// 定义事件
typedef enum {
    EVENT_0,//事件0认为是没有任何跳转
    EVENT_1,//正常进入下一状态
		EVENT_2,
		EVENT_3,
	
		EVENT_4,
		EVENT_5,
    EVENT_NUM
} Event;

// 状态转换函数
typedef State (*TransitionFunction)(Event);

// 状态操作函数
typedef void (*ActionFunction)(void);

// 事件转换函数
typedef Event (*EventFun)(void);

extern ActionFunction actionTable[];
extern TransitionFunction stateTable[][EVENT_NUM];
extern Event getNextEvent(void);
extern EventFun EventTable[STATE_NUM];

typedef struct 
{
	/****滤波的****/
	int8_t  GUN_TEMP_Filter;
	bool HV_DSG_CHECJ_Signal_Filter;
	bool HV_DSG_CHECJ_2_Signal_Filter;
	bool AC_Relay_State_Filter;
	bool DC_Relay_State_Filter;
	
	/****继电器状态****/
	bool AC_Relay_State;
	bool DC_Relay_State;
	bool CP_CC1_State;
	bool CC_CC2_State;
	bool L_Relay_State;
	
	/****调试的****/
	uint8_t Falut;
	uint8_t DC_Realy_N;
	uint8_t DC_Realy_P;
}Dcu_State;
extern Dcu_State DCU_SendState;

typedef struct CDZ_Sys
{
	State This_State;//记录当前的状态
	uint8_t KCOpenFlag;//大概是用来计算开关次数
	uint16_t poweron_delay_time;//电源开启延时??
	uint8_t identifystep;//发送报文状态标志位?!
	uint8_t GB_TYPE;
	uint32_t CHM_timer_count;
	uint16_t timer_count;
	uint8_t work_pattern;
	
	/****计数****/
	uint8_t Enter_AC_State_count;
	uint16_t BROAA_Count;
	
	/****标志位****/
	bool Stop_BSD_Send_Falg;
	bool REV_CML_FLAG;
	bool REV_CCS_FLAG;
}CDZ_Sys;
extern struct CDZ_Sys SysInfo;
/***********基础构建**********/

enum Time_CDZ
{
	CDZ_TIMEER,
	Timer_print,
	CC_CHARGE_READY_timer,
	CC_CHARGE_READY_timer1,
	START_timer,
	START_timer1,
	CHARGEING_timer,
	CHARGEING_timer1,
	CHARGEING_timer2,
	timer_print,
	end_timer,
	ACChagre_timer,
	VCU_Charging_Mode_time,
	
	Timer_Number
};


struct New_CDZ{
	uint32_t timer[Timer_Number];//软件定时器
};

void AppCtrOnoffHandle(void);
bool DCDC_emergency_stop(void);
extern CDZ_Sys CDZ_SYS;
/**各阶段的调试信息**/
//#define CDZ_Idle_DEBUG
//#define CDZ_Init_DEBUG
//#define CDZ_HAND_DEBUG
//#define CDZ_Ready_DEBUG

//#define CDZ_STARTD_DEBUG
//#define CDZ_Running_DEBUG
//#define	CDZ_Stopped_DEBUG

#ifdef CDZ_Idle_DEBUG
#define CDZ_Idle(fmt, ...)			printf(fmt, ##__VA_ARGS__)
#else
#define CDZ_Idle(fmt, ...)	
#endif


#ifdef CDZ_Init_DEBUG
#define CDZ_Init(fmt, ...)			printf(fmt, ##__VA_ARGS__)
#else
#define CDZ_Init(fmt, ...)	
#endif

#ifdef CDZ_HAND_DEBUG
#define CDZ_HAND(fmt, ...)			printf(fmt, ##__VA_ARGS__)
#else
#define CDZ_HAND(fmt, ...)	
#endif

#ifdef CDZ_Ready_DEBUG
#define CDZ_Ready(fmt, ...)			printf(fmt, ##__VA_ARGS__)
#else
#define CDZ_Ready(fmt, ...)	
#endif

#ifdef CDZ_STARTD_DEBUG
#define CDZ_STARTD(fmt, ...)			printf(fmt, ##__VA_ARGS__)
#else
#define CDZ_STARTD(fmt, ...)	   
#endif


#ifdef CDZ_Running_DEBUG
#define CDZ_Running(fmt, ...)			printf(fmt, ##__VA_ARGS__)
#else
#define CDZ_Running(fmt, ...)	      
#endif

#ifdef CDZ_Stopped_DEBUG
#define CDZ_Stopped(fmt, ...)			printf(fmt, ##__VA_ARGS__)
#else
#define CDZ_Stopped(fmt, ...)	     
#endif
#endif