#ifndef __SENSOR_H
#define __SENSOR_H

#include "main.h"
#include "fifo.h"
#include "usart_user.h"


#define SENSOR_DATA_LENGTH 		64
#define NH3_DATA_LENGTH 			9
#define H2S_DATA_LENGTH 			9
#define PM2D5_DATA_LENGTH 		32
#define CH2O_DATA_LENGTH 			9
#define CO2_DATA_LENGTH 			9
#define O3_DATA_LENGTH				9


enum DEVICE_TYPE
{
	NH3_TYPE = 0,
	H2S_TYPE,
	PM25_TYPE,
	CH2O_TYPE,
	CO2_TYPE,
	O3_TYPE
};
typedef struct sensor_parse_control_st{
	//osSemaphoreId recvBinarySemHandle;
	uint8_t type;
	RingBuff_t recvRingBuff; 
	uint8_t sensorData[SENSOR_DATA_LENGTH];
	uint8_t data_length;
	
	void (*function) (RingBuff_t *ringBuff);
}sensor_parse_ctrl_t;



typedef struct
{
	float temperature;
	float humidity;
	float nh3;
	float h2s;
	float ch2o;
	int o3;
	int co2;
	int tvoc;
	int pm25;
	int pm10;
	
	uint8_t symbol;
	uint8_t temperature1;
	uint8_t temperature2;
	uint8_t humidity1;
	uint8_t humidity2;
	uint8_t nh31;
	uint8_t nh32;
	uint8_t h2s1;
	uint8_t h2s2;
	uint8_t ch2o1;
	uint8_t ch2o2;
		
	uint8_t co21;
	uint8_t co22;
	
	uint8_t o31;
	uint8_t o32;
		
	uint8_t tvoca;
	uint8_t tvocb;
		
	uint8_t pm251;
	uint8_t pm252;
		
	uint8_t pm101;
	uint8_t pm102;
	
}SensorDataTypeDef;




extern sensor_parse_ctrl_t nh3;
extern sensor_parse_ctrl_t h2s;
extern sensor_parse_ctrl_t co2;
extern sensor_parse_ctrl_t pm25;
extern sensor_parse_ctrl_t ch2o;
extern sensor_parse_ctrl_t o3;

extern SensorDataTypeDef sensorData;

void InitSonsorData(SensorDataTypeDef *sensorData);
void InitSonsorCtrlData(sensor_parse_ctrl_t *sensor_parse_ctrl, uint8_t data_length, uint8_t type);
void SensorModeInitSet(void);
void GetSensorData(void);
void ReadSensorData(sensor_parse_ctrl_t *sensor_parse_ctrl);
void AnalysisSensorData(sensor_parse_ctrl_t *sensor_parse_ctrl);

#endif /* __FIFO_H */