small_water_meter_4g_src/Users/param/param.h

#ifndef __PARAMX_H
#define __PARAMX_H

#ifndef DEV_ID_LEN
#define DEV_ID_LEN (6)
#endif

#ifndef CHECK_CORRECT_ENABLE
#define CHECK_CORRECT_ENABLE
#endif

#ifndef Q1
#define Q1 (0.0126f) //modified by yuewei 20260610 0.2f->0.0126f
#endif

#ifndef Q3
#define Q3 (6.3f) //modified by yuewei 20260610 100->6.3f
#endif

#ifndef CHECK_Q_VALUE
#define CHECK_Q_VALUE (32)
#endif

#ifndef CHECK_C_VALUE
#define CHECK_C_VALUE (1340)
#endif

#ifndef CHECK_POINT_NUM

#define CHECK_POINT_NUM (8)
#define CHECK_TEMP_POINT (3)

#define EEPROM_MAX_WRITE_SIZE 128
#define EEPROM_MAX_READ_SIZE 128
#define EEPROM_PAGE_SIZE 256
#define EEPROM_MAX_SIZE 128 * 1024
#define PARAMX_START_ADDR 00000

// #define CUM_FLOW_START_ADDR      (0x17c00u)//循环存储最新流量记录的eeprom地址
// #define MAX_CUM_FLOW_NUM	256		//循环存储数量
// #define CUM_FLOW_SIZE	40		//每个记录占用的空间大小

#define QUAD_CELL_START_ADDR 0x1B000
#define QUAD_CELL_LEN 500

///////////////////////FLASH 空间划分////////////////////////
#define FLASH_BOOT_LOADER_START 0x00000
#define FLASH_BOOT_LOADER_SIZE 0x08000 // 32KB bootloader代码空间
#define DIFF_PATCH_PACKET_START 0x38000
#define DIFF_PATCH_PACKET_SIZE 0x7c00											  // 31KB//差分包空间
#define DIFF_UPDATE_INFO_START (DIFF_PATCH_PACKET_START + DIFF_PATCH_PACKET_SIZE) // 差分升级相关信息
#define DIFF_UPDATE_INFO_SIZE 0x200												  //(APP1_CODE_START-DIFF_UPDATE_INFO_START)
#define APP1_CODE_START 0x08000
#define APP1_CODE_SIZE 0x18000
#define APP2_CODE_START 0x20000
#define APP2_CODE_SIZE 0x18000

#include "stdint.h"

typedef struct
{
	uint16_t spd_lvl[CHECK_POINT_NUM];
	uint16_t cur_c[CHECK_POINT_NUM];
	uint16_t base_c[CHECK_POINT_NUM];
} CheckSpdLvlC_t;
#endif

typedef struct
{
	uint32_t para_len;
	uint32_t para_crc32;
	float path_skew[4];	  // 偏差修正系数
	float pipe_coe;		  // coe系数
	//char imei[16];		  // 设备imei号
	//char ccid[32];		  // 设备ccid号
	uint8_t mux_ch_no[4]; // 多路通道地址

	uint8_t dev_id[DEV_ID_LEN]; // 设备地址,6字节
	uint8_t reserved1[2];		// 保留 4字节对齐

//	uint8_t ver_type;	  // 水表类型
//	uint8_t ver_operator; // 运营商
//	uint8_t ver_module;	  // 模组
//	uint8_t ver_firmware; // 软件版本号

	uint16_t diameter;		 // 直径
	uint8_t chan_num;		 // 超声波通道数
	uint8_t pressure_sensor; // 是否带压力传感器

	uint8_t settlement_day;	  // 结算日
	uint8_t report_base_hour; // 上报时间小时
	uint8_t report_base_min;  // 分
	uint8_t report_base_sec;  // 秒

	uint16_t report_interval; // 上报时间间隔
	uint16_t reserved2;

	int16_t high_temp_alarm_thres; // 高温报警阈值
	int16_t low_temp_alarm_thres;  // 低温报警阈值

	uint32_t large_flow_alarm_thres;	// 大流量报警阈值
	uint16_t large_flow_cnti_moni_time; // 大流量监测持续时间
	uint16_t cnti_flow_cnti_moni_time;	// 持续流量持续监测时间

	uint32_t leak_flow_alarm_thres;	   // 渗流报警阈值
	uint16_t leak_flow_cnti_moni_time; // 渗漏监测持续时间

	uint16_t high_press_alarm_thres; // 高压力告警阈值
	uint16_t low_press_alarm_thres;	 // 低压力报警阈值

	uint16_t q_value; // q值

	uint8_t main_server_ip[4]; // 主服务器ip地址
	uint8_t sub_server_ip[4];  // 备用服务器ip地址
	uint16_t main_server_port; // 主服务器端口号
	uint16_t sub_server_port;  // 备用服务器端口号

	uint8_t dma_report_start[4]; // DMA上报开始时间,时分秒 第四个字节未用
	// uint8_t dma_report_start_min;
	// uint8_t dma_report_start_sec;
	// uint8_t reserv3;

	uint8_t dma_report_end[3]; // DMA上报结束时间,时分秒
	// uint8_t dma_report_end_min;
	// uint8_t dma_report_end_sec;
	uint8_t dma_interval; // DMA上报间隔 分钟单位

	uint8_t total_positive_water[4]; // 表底读数

	uint8_t cmp_thers[8]; // 自动匹配电平参数
	uint8_t cmp_thers_width[8];
	uint8_t buffer_config;
	uint8_t reserv4[13];
	uint8_t reserv5[2];

	CheckSpdLvlC_t check_spdLvl_c[CHECK_TEMP_POINT]; // 数据校正参数

	uint16_t n; // 新增q3值
	uint16_t b; // n始动值
	uint16_t q; // q值
	uint16_t r; // 量程比
		uint8_t nb_band_flag;
} Param_t;

typedef struct
{
	uint8_t pressure_sensor;
	float pipe_coe;

} HardWareParaDef; // 硬件参数
#include "eeprom.h"
#define DIFF_PACKET_LEN 512
typedef struct
{
	uint8_t update_status;
	uint8_t cur_ver[5]; // 上位机送下来的当前版本号,校对当前版本号

	uint8_t new_ver[5]; // 目标版本号,仅用于比较
	// uint8_t reserv[2];
	uint32_t patch_len;		 // 升级包总长度
	uint16_t per_packet_len; // 每包大小
	uint16_t packet_crc;	 // crc值(上位机写入的)

	// 写入控制的相关参数
	uint16_t cur_num;		 // 当前包序号
	uint16_t res_crc16;		 // 累计当前校验值  uint16_t com_crc16H_next(uint16_t crc_cur, uint8_t *data, uint32_t len, uint16_t pattern)//pattern=0x1021
	uint32_t flash_addr_ptr; // 当前flash写入地址

	// uint8_t reserv2[3];
	uint32_t run_app_ver_addr;
	// uint32_t new_app_addr;
	// uint8_t run_app_ver[5];//当前正在运行的应用代码版本号
	// uint8_t reserv3[3];
} PATCH_INFO_DEF;
typedef struct
{
	uint16_t packet_numb;
	uint16_t packet_size;
	uint8_t data[DIFF_PACKET_LEN];
} DIFF_PACKET_DEF;
typedef struct
{
	uint8_t main_server_ip[4];
	uint16_t main_server_port;
	uint8_t sub_server_ip[4];
	uint16_t sub_server_port;
} SERVER_IP_PORT_DEF;
typedef struct
{
	uint8_t report_base_hour; // 上报时间小时
	uint8_t report_base_min;  // 分
	uint8_t report_base_sec;  // 秒
	uint16_t report_interval; // 上报时间间隔
} REGULAR_REPORT_DEF;
typedef struct
{
	uint8_t dma_report_start_hour; // DMA上报开始时间,时分秒 第四个字节未用
	uint8_t dma_report_start_min;
	uint8_t dma_report_start_sec;
	uint8_t reserv1;
	uint8_t dma_report_end_hour; // DMA上报结束时间,时分秒
	uint8_t dma_report_end_min;
	uint8_t dma_report_end_sec;
	uint8_t dma_interval; // DMA上报间隔 分钟单位
} DMA_REGULAR_REPORT_DEF;
typedef struct
{
	uint32_t large_flow_alarm_thres;	// 大流量报警阈值
	uint16_t large_flow_cnti_moni_time; // 大流量监测持续时间
	uint16_t cnti_flow_cnti_moni_time;	// 持续流量持续监测时间

	uint32_t leak_flow_alarm_thres;	   // 渗流报警阈值
	uint16_t leak_flow_cnti_moni_time; // 渗漏监测持续时间
} FLOW_ALARM_PARA_DEF;
typedef struct
{
	uint8_t high_press_alarm_thres; // 高压力告警阈值
	uint8_t low_press_alarm_thres;	// 低压力报警阈值
} PRESS_ALARM_PARA_DEF;
typedef struct
{
	int16_t high_temp_alarm_thres; // 高温报警阈值
	int16_t low_temp_alarm_thres;  // 低温报警阈值
} TEMP_ALARM_PARA_DEF;
typedef struct
{
	int8_t settlement_day;
} SETTLEMENT_DAY_DEF;
typedef struct
{
	uint8_t fw[4];
	uint8_t bw[4];

} METER_BOTTOM_DEF;
typedef struct
{
	uint8_t start_time[6];
	uint8_t end_time[6];

} GET_5MIN_REOCORD_DEF;
typedef struct
{
	uint16_t cur_c[8];
	int16_t temp;
} FLOW_PARA_DEF;
typedef struct
{
	uint16_t cur_c[8];
	uint16_t spd_lvl[8];
	int16_t temp;
} DELTA_TC_FLOW_PARA_DEF;
typedef struct
{

	float compensation[125];
	uint16_t diameter;

} DIAMETER_AND_TEMP_COMPENSATION_DEF;
typedef struct
{
	uint8_t cmp_thers[8];
	uint8_t cmp_thers_width[8];
	uint8_t buffer_config;
	uint8_t reserv4[13];
} AUTO_MATCH_LEVEL_PARA_DEF;
typedef struct
{
	uint16_t n;
	uint16_t b;
	uint16_t q;
	uint16_t r;
} NBQR_PARA_DEF;
typedef struct
{
	float skew[4];
} SKEW_PARA_DEF;

// #define DIFF_PER_PACKET_SIZE 512
extern PATCH_INFO_DEF PatchInfo;
extern Param_t Paramx;
extern void ParamInit(void);
extern void GetParam(Param_t **);
extern uint32_t BillTime(uint8_t, uint8_t);
extern float CheckFlowCorrectFactor(float, uint16_t);
extern uint8_t CheckCValueIndex(uint16_t, uint16_t);
extern uint16_t CheckTempRangeIndex(float);
extern uint8_t GetChNum(void);
extern uint16_t GetSpdLvl(double);
#ifndef __PARAM_FUN_INCLUDE
#define __PARAM_FUN_INCLUDE
extern void set_param_firmware_ver(uint8_t);
extern void SaveParam(void);
extern int8_t get_current_app_ver_from_flash(void);															  // 从flash读取当前app版本
extern uint8_t get_param_firmware_ver(void);																  // 获取当前版本号
extern int8_t set_hardware_para(HardWareParaDef *HardWarePara);												  // 设置硬件参数
extern int8_t get_hardware_para(HardWareParaDef *HardWarePara);												  // 读取硬件参数
extern int8_t set_patch_info(PATCH_INFO_DEF *patch_info);													  // 设置表端开始升级信息,收到升级指令后调用
extern uint8_t write_diff_patch_to_flash(DIFF_PACKET_DEF *Packet);											  // 写差分包,收到差分包后调用
extern int8_t set_server_ip_port_para(SERVER_IP_PORT_DEF *server_ip_para);									  // 设置服务器ip和端口号
extern int8_t get_server_ip_port_para(SERVER_IP_PORT_DEF *server_ip_para);									  // 读取服务ip和端口号
extern int8_t set_regular_report_para(REGULAR_REPORT_DEF *regular_report_para);								  // 设置定时上报周期和时间间隔
extern int8_t get_regular_report_para(REGULAR_REPORT_DEF *regular_report_para);								  // 读取定时上报周期和时间间隔
extern int8_t set_dma_regular_report_para(DMA_REGULAR_REPORT_DEF *dma_report_para);							  // 设置dma上报时间参数
extern int8_t get_dma_regular_report_para(DMA_REGULAR_REPORT_DEF *dma_report_para);							  // 读取dma定时上报时间参数
extern int8_t set_flow_alarm_para(FLOW_ALARM_PARA_DEF *flow_alarm_para);									  // 设置流量告警参数
extern int8_t get_flow_alarm_para(FLOW_ALARM_PARA_DEF *flow_alarm_para);									  // 读取流量告警参数
extern int8_t set_press_alarm_para(PRESS_ALARM_PARA_DEF *press_alarm_para);									  // 设置压力告警参数
extern int8_t get_press_alarm_para(PRESS_ALARM_PARA_DEF *press_alarm_para);									  // 获取压力告警参数
extern int8_t set_temp_alarm_para(TEMP_ALARM_PARA_DEF *temp_alarm_para);									  // 设施温度告警参数
extern int8_t get_temp_alarm_para(TEMP_ALARM_PARA_DEF *temp_alarm_para);									  // 读取温度告警参数
extern int8_t set_settlement_day_para(SETTLEMENT_DAY_DEF *settlement_day_para);								  // 设置表端结算日参数
extern int8_t get_settlement_day_para(SETTLEMENT_DAY_DEF *settlement_day_para);								  // 读取表端结算日参数
extern int8_t set_meter_bottom_data(METER_BOTTOM_DEF *bottom_data);											  // 设置表底读数
extern int8_t get_18month_record_data(uint8_t *data);														  // 读取月结数据
extern int8_t get_30day_record_data(uint8_t *data);															  // 读取日结数据
extern int8_t get_hour_record_data(uint8_t year, uint8_t month, uint8_t day, uint8_t *data);				  // 读取时结数据
extern int8_t get_5min_record_data(GET_5MIN_REOCORD_DEF *get_5min_record_data, uint16_t numb, uint8_t *data); // 读取5分钟密集数据
extern int8_t get_log_record(uint8_t start, uint8_t num, uint8_t *data);									  // 读取日志数据 暂未实现
extern int8_t set_channel_numb(uint8_t *numb);																  // 设置声道数
extern int8_t get_channel_numb(uint8_t *numb);																  // 设置声道数

extern int8_t get_device_addr(uint8_t *data);							   // 获取设备地址
extern int8_t set_device_addr(uint8_t *data);							   // 设置表地址
extern int8_t set_flow_para(FLOW_PARA_DEF *flow_para);					   // 设置流量参数
extern int8_t get_flow_para(FLOW_PARA_DEF *flow_para);					   // 读取流量参数
extern int8_t set_deltaTC_flow_para(DELTA_TC_FLOW_PARA_DEF *deltaTC_para); // 设置德尔塔TC流量参数
extern int8_t get_deltaTC_flow_para(DELTA_TC_FLOW_PARA_DEF *deltaTC_para); // 读取德尔塔TC流量参数
// extern int8_t set_diameter_and_temp_compensation(DIAMETER_AND_TEMP_COMPENSATION_DEF *data);//设置口径和温度补偿系数
// extern int8_t get_diameter_and_temp_compensation(DIAMETER_AND_TEMP_COMPENSATION_DEF *data);//读取口径和温度补偿系数
extern int8_t set_auto_match_level_para(AUTO_MATCH_LEVEL_PARA_DEF *data); // 设置自动匹配电平参数
extern int8_t get_auto_match_level_para(AUTO_MATCH_LEVEL_PARA_DEF *data); // 获取自动匹配电平参数
// extern void get_temp_compensation_from_eeprom(void);
extern uint8_t set_crc_check_para(void);
extern uint16_t pack_crc_check(uint16_t prev_data, uint8_t *data, uint16_t len);
extern uint8_t eeprom_MassRead(uint8_t *dat, uint32_t addr, uint16_t len);
extern uint8_t eeprom_MassWrite(uint8_t *dat, uint32_t addr, uint16_t len);
extern int8_t set_nbqr_para(NBQR_PARA_DEF *nbqr_para);
extern int8_t get_nbqr_para(NBQR_PARA_DEF *nbqr_para);
extern int8_t set_skew_para(SKEW_PARA_DEF *skew_para);
extern int8_t datecmp(tm_t date1, tm_t date2);
extern void update_run_app_info(void);
extern void write_flash_memory(uint8_t *data, uint32_t addr, uint32_t len);
extern void erase_flash_memory(uint32_t addr, uint32_t size);
extern int8_t get_quad_cell_data(void *quad_cell_data);
extern int8_t set_diameter_and_quad_cell_data(uint16_t diameter, void *quad_cell_data);
extern const uint16_t ccitt_table[256];
extern const uint8_t app_addr;
extern int8_t Check_quad_cell_data_valid(uint32_t quad_cell_data);
extern const char SOFT_VER[5];
extern uint8_t rewrite_para_flag;
extern void check_rewrite_para(void);
extern void run_clk_task_handler(void);
extern int8_t set_nb_band(void);
// extern Quad_Cell_t Quad_Cell_Ary[];

#endif
#endif