#ifndef _MASTER_SLAVE_INTER_H_
#define _MASTER_SLAVE_INTER_H_

#include "define_all.h" 
#include "master_slave_recv_api.h"
#include "administrator.h"
#include "system_parameter.h"
#include "sundry.h"
#include "lcd.h"

#define CMD_DATATABLE_CRC_LENGTH 4     //ÃüÁî-Êý¾Ý±í-CRCУÑéµÄÊý¾Ý³¤¶È
#define ONE_BYTE_DATA_LENGTH 1         //Ò»×Ö½ÚµÄÊý¾Ý³¤¶È
#define WRITE_HARDWARE_DATA_LENGTH 15  //дӲ¼þ²ÎÊýµÄÊý¾Ý³¤¶È
#define WRITE_UT_CAL_DATA_LENGTH 14    //д̽ͷУ׼²ÎÊýµÄÊý¾Ý³¤¶È
#define WRITE_UT_ERR_TH_DATA_LENGTH 10 //д̽ͷãÐÖµ²ÎÊýµÄÊý¾Ý³¤¶È
#define WRITE_UART_DATA_LENGTH 3       //дUARTµÄÊý¾Ý³¤¶È

// ¼ÆÁ¿°åµçÔ´
#define MEASURE_PWR_PORT 	GPIOC
#define MEASURE_PWR_PIN 	GPIO_Pin_14

// Ö÷´Ó¿ØÖÆ
#define MAIN_TO_SLAVE_PORT 	GPIOC
#define MAIN_TO_SLAVE_PIN 	GPIO_Pin_8 

// ´ÓÖ÷¿ØÖÆ
#define SLAVE_TO_MAIN_PORT 	GPIOC
#define SLAVE_TO_MAIN_PIN 	GPIO_Pin_7

// Ö÷´Óʱ¼äͬ²½
#define SYNC_PORT 					GPIOC
#define SYNC_PIN 						GPIO_Pin_13


//Ö÷´Óʱ¼äͬ²½
#define SLAVE_SYNC(__HANDLE__) ((__HANDLE__ == SET) ? GPIO_SetBits(SYNC_PORT,SYNC_PIN) : GPIO_ResetBits(SYNC_PORT,SYNC_PIN))

//Ö÷´ÓͨѶÁ¬½Ó
#define SLAVE_CONNECT(__HANDLE__) ((__HANDLE__ == SET) ? GPIO_SetBits(MAIN_TO_SLAVE_PORT,MAIN_TO_SLAVE_PIN) : GPIO_ResetBits(MAIN_TO_SLAVE_PORT,MAIN_TO_SLAVE_PIN))


//´Ó»úµçÔ´¿ª¹Ø
#define SLAVE_PWR_ON 		GPIO_ResetBits(MEASURE_PWR_PORT, MEASURE_PWR_PIN)
#define SLAVE_PWR_OFF 	GPIO_SetBits(MEASURE_PWR_PORT, MEASURE_PWR_PIN)

#define MASTER_SEND_NORMAL(__DATA__,__SIZE__) 	UARTx_SendData_Normal(UART3,__DATA__,__SIZE__)

//´Ó»úÖØÆô
#define SLAVE_PWR_RESTART \
  do                      \
  {                       \
    SLAVE_PWR_OFF;        \
    SLAVE_PWR_ON;         \
  } while (0)

#define SLAVE_SYNC_CMD          \
  do                            \
  {                             \
    SLAVE_SYNC(SET);   					\
    delay_ms(1);               \
    SLAVE_SYNC(RESET); 					\
  } while (0)

#pragma pack(1)

#define MICRO_CONSTANT_FLOW_FORMAT_SIZE sizeof(MICRO_CONSTANT_FLOW_PARA_T)
typedef struct{
	uint8_t micro_flow_time_start_bcd[2];
	uint8_t micro_flow_time_end_bcd[2];
	uint16_t micro_flow_once_duration_min;
	uint32_t micro_flow_threshold;
	uint8_t micro_flow_duration_days;
	uint8_t constant_flow_time_start_bcd[2];
	uint8_t constant_flow_time_end_bcd[2];
	uint16_t constant_flow_once_duration_min;
	uint32_t constant_flow_threshold_down;
	uint32_t constant_flow_threshold_up;
	uint8_t constant_flow_duration_days;
	uint8_t reserve[12];
}MICRO_CONSTANT_FLOW_PARA_T;


#define ZERO_DRIFT_CFG_SIZE sizeof(ZERO_DRIFT_CORR_CFG_T)
typedef struct
{
	FlagStatus zero_corr_ctl;
	uint8_t start_hour_min_bcd[2];
	uint8_t reserve[4];
}ZERO_DRIFT_CORR_CFG_T;	

#pragma pack()

extern uint8_t zero_drift_valve_flag;

extern MICRO_CONSTANT_FLOW_PARA_T micro_constant_flow_para_g;
extern ZERO_DRIFT_CORR_CFG_T zero_drift_cfg_g;

extern ErrorStatus_STM32 sys_mode_conversion_show_g;

void Measure_IO_Init(void);
	
void Send_Write_Slave_Command(uint8_t data_table, uint8_t *pBuffer, uint16_t data_len);
void Send_Read_Slave_Command(uint8_t data_table);

void Slave_Inter_Normal_FlowDataProcess(SYS_DELAY_SEC_PARA_T *sys_delay_sec_para_p);
void Slave_Inter_Cal_FlowDataProcess(void);
void Master_Slave_SysModeConversionProcess(SYS_DISPLAY_PAPA_T *sys_display_para_p);
void State_Alarm_Bytes_TempPressDataHandler(struct measure_para *sys_realtime_data_p);
float Per_Second_InstantScCalculate(struct measure_para *sys_realtime_data_p);
uint8_t ZeroDrift_Correction(float instant_sc,ZERO_DRIFT_CORR_CFG_T * zero_drift_p);
#endif