#ifndef __ALARM_H__
#define __ALARM_H__

#include "stdint.h"

#ifdef __cplusplus
extern "C"
{
#endif

#define ERR_TOF_SPI_RW (0)
#define ERR_BW_FLOW (1)
#define ERR_LOW_POWER (2)
#define ERR_MEMORY (3)
#define ERR_BLANK_PIPE (4)
#define ERR_LARGE_FLOW (5)
#define ERR_CNTI_FLOW (6)
#define ERR_HIGH_PRESSURE (7)
#define ERR_LOW_PRESSURE (8)
#define ERR_LEAK (9)
#define ERR_HIGH_TEMP (10)
#define ERR_LOW_TEMP (11)
#define ERR_CH0 (12)
#define ERR_CH1 (13)
#define ERR_CH2 (14)
#define ERR_CH3 (15)
#define ERR_END (16)
#define LOG_MCU_RESET (17)
#define LOG_PARA_CRC_ERROR (18)
#define LOG_SET_STATIC_OT (19)

#define ALARM_START_ADDR (0x17400)
#define ALARM_INFO_ADDR (0x17800)

#define MAX_ALARM_NUM 64
#define ALARM_DATA_SIZE 16

#define ALARM_INDEX(err_no, type) ((err_no * 2) + type)

  typedef struct
  {
    uint8_t flag;
    uint8_t time[7];
    uint8_t err_no;
    uint8_t type;
    uint8_t arg[4];
    //  uint8_t gcnt;
    uint8_t check;
  } alarm_t;

  typedef struct
  {
    uint8_t flag;
    uint8_t start; // 当前记录起�?�位�?
    uint8_t end;   // 当前记录最终位�?的下一�?
    // uint8_t end_cnt;//当前记录计数�?
    uint8_t num;
  } ALARM_INFO_DEF;

  extern void alarm_init(void);
  extern void all_alarm_status(uint32_t **status);
  extern uint8_t alarm_status(uint8_t err_no);
  extern void Alarm(uint8_t err_no, uint8_t type, uint32_t arg);
  // extern uint8_t read_alarm(uint8_t err_no, uint8_t type, alarm_t *alarm);
  uint8_t read_alaram(uint8_t num, alarm_t *alarm);
  extern void AlarmHandle(void);
  extern void get_alarm_info(ALARM_INFO_DEF *info);
  extern uint8_t get_alarm_num(void);
  extern uint8_t read_alarm(uint8_t num, alarm_t *alarm);
  extern void write_alarm(uint8_t err_no, uint8_t type, uint32_t arg);
  extern ALARM_INFO_DEF alarm_info;
#ifdef __cplusplus
}
#endif

#endif