small_water_meter_4g_src/Users/app_nb/app_nb.h

#ifndef __NB_H__
#define __NB_H__

#include "stdint.h"
#include "base_types.h"

#ifdef __cplusplus
extern "C"
{
#endif

#define NB_RXLEN_MAX (1024)
#define NB_TXLEN_MAX (1024)

#define NB_REC_DELAY_TICK 100 // 等待接收时间节拍 100ms

#define MB_MAX_RETRY_GATT_QUERY_TIME 4
#define QUERY_RETRY_TIME 90

#define NB_FLAG_ARG_VLD (0x0001u)

#define NB_AT "AT\r\n"
#define NB_AT_ACK "OK" // AT rsp: OK

#define NB_ATI "ATI\r\n" // ATI rsp: Revision:BC28CNSCLR01A04

#define NB_ATE0 "ATE0\r\n"
#define NB_ATE0_ACK NB_AT_ACK // ATE0 rsp: ATE0 \r\nOK

#define NB_ATE1 "ATE1\r\n"

#define NB_CGATT "AT+CGATT=1\r\n"
#define NB_CGATT_ACK NB_AT_ACK // AT+CGATT? rsp: +CGATT:1\r\nOK

#define NB_CGATT_QUERY "AT+CGATT?\r\n"
#define NB_CGATT_QUERY_ACK "+CGATT: 1" // AT+CGATT? rsp: +CGATT:1\r\nOK

#define NB_CFUN_QUERY "AT+CFUN?\r\n"
#define NB_CFUN0 "AT+CFUN=0\r\n"
#define NB_CFUN1 "AT+CFUN=1\r\n"

#define NB_NCSEARFCN "AT+NCSEARFCN\r\n"

#define NB_CMEE_QUERY "AT+CMEE?\r\n" // AT+CMEE? rsp: +CMEE:0\r\nOK CURITY_PMU_POWER_ON_RESET\r\nOK
#define NB_CMEE0 "AT+CMEE=0\r\n"
#define NB_CMEE1 "AT+CMEE=1\r\n"
#define NB_CMEE_ACK NB_AT_ACK // rsp: OK

#define NB_CGPADDR "AT+CGPADDR\r\n"
#define NB_CGPADDR_ACK "+CGPADDR:0" //+CGPADDR:0,56.212.216.60 \r\nOK

#define NB_CGSN "AT+CGSN=1\r\n"
#define NB_CGSN_ACK "+CGSN:" //+CGSN:864490066795103 \r\nOK

#define NB_CIMI "AT+CIMI\r\n" // AT+CIMI rsp: 460113030153660 \r\nOK

#define NB_NCCID "AT+QCCID\r\n" // different from bc28 AT+NCCID
#define NB_NCCID_ACK "+QCCID:"  //+QCCID:89861124205002135676 \r\n OK

#define NB_NUESTATS "AT+NUESTATS=CELL\r\n"
#define NB_NUESTATS_ACK "NUESTATS:CELL" // NUESTATS:CELL,2504,331,1,-550,-47,-503,186 \r\nOK

#define NB_NNMI "AT+NNMI=0\r\n"
#define NB_NNMI_ACK NB_AT_ACK //+NNMI:1 \r\nOK

#define NB_NCDP "AT+NCDP=221.229.214.202,5683\r\n"
#define NB_NCDP_ACK NB_AT_ACK

#define NB_QCFG "AT+QCFG=\"LWM2M/lifetime\",900\r\n"
#define NB_QCFG_ACK NB_AT_ACK

#define NB_QREGSWT "AT+QREGSWT=1\r\n"
#define NB_QREGSWT_ACK NB_AT_ACK

// #define NB_NMGS "AT+NMGS="
#define NB_NMGS "AT+QLWULDATA="
#define NB_NMGS_ACK "+NNMI:"

#define NB_CSQ "AT+CSQ\r\n"
#define NB_CSQ_ACK "+CSQ:" //+CSQ:31,99 \r\nOK

#define NB_CEREG "AT+CEREG?\r\n" // AT+CEREG? rsp: +CEREG:0,1 \r\nOK

#define NB_CLOSEAUTOCON "AT+NCONFIG=AUTOCONNECT,FALSE\r\n"
#define NB_NRB "AT+NRB\r\n"
#define NB_CEDRXS "AT+CEDRXS=0,5\r\n"
#define NB_CPSMS "AT+CPSMS=0\r\n"

#define NB_SUBSCRIBE_SUCCESS "+QLWEVTIND:3"

#define NB_NMGR "AT+NMGR\r\n"

#define NB_CHECK_REG_STA "AT+NMSTATUS?\r\n" // 查询当前注册状态
#define NB_CHECK_REG_ACK "+NMSTATUS:1"      // 返回注册状态关键字,第1个字段==1表示注册成功

#define NB_QLWCFG "AT+QLWCFG=1,1\r\n"
#define NB_QLINIT "AT+QLINIT=1\r\n"

#define NB_QLWEVTIND_SET "AT+QLWEVTIND=1,255\r\n" // 查询当前注册状态
  // #define NB_CHECK
#define NB_UPLOAD_MANUAL 0x01
#define NB_UPLOAD_TIMER 0x02
#define NB_UPLOAD_REPT 0x04       // 1小时补报
#define NB_UPLOAD_SETTLE_DAY 0x08 // 结算日上报
#define NB_UPLOAD_ERR 0x10
#define NB_UPLOAD_DMA 0x20

#define NB_VOID_UPLOAD_TIME 120
  typedef enum en_at_num
  {
    at_ati = 0x0000u,
    at_cgsn = 0x0001u,
    at_cimi = 0x0002u,
    at_csq = 0x0003u,
    at_cgpaddr = 0x0004u,
    at_cfun = 0x0005u,
    at_cereg = 0x0006u,
    at_nccid = 0x0007u,
    at_nuestats = 0x0008u,
    at_end
  } en_at_num_t;

  enum
  {
    COAP_SAT = 0,          // COAP模式启动NB
    COAP_AT = 1,           // AT
    COAP_ATE0 = 2,         // 关闭回显
    COAP_CLOSEAUTOCON = 3, // 关闭自动连接
    COAP_NCDP = 4,         // 连接电信平台
    COAP_QCFG = 5,
    COAP_QREGSWT = 6,
    COAP_NRB_0 = 7,        // 软件启动模块
    COAP_CFUN1 = 8,        //
    COAP_CEDRXS = 9,       // 关闭模块eDRX功能
    COAP_PSM = 10,         // 关闭模块PSM功能
    COAP_CGATT = 11,       // 注网命令
    COAP_CGATT_QUERY = 12, // 检查是否成功入网
    COAP_CFUN0 = 13,       //
    COAP_NCSEARFCN = 14,   // 清除先验频点
    COAP_ERROR = 15,       // 设置错误码
		COAP_NNMI = 16,        // 设置直吐模式
    COAP_CGPADDR = 17,     // 查询注网是否成功
    COAP_IMEI = 18,        // IMEI
    COAP_CIMI = 19,        // CIMI
    COAP_ICCID = 20,       // ICCID
    COAP_NUESTATS = 21,    // 查询UE统计信息
    COAP_CSQ = 22,         // 查询信号值
    COAP_WAIT_REG = 23,    // 等待注册完成
    COAP_QLWDATASEND = 24, // 发送数据
    COAP_WAITCMD = 25,     // 等待数据
    COAP_DATADIS = 26,     // 数据处理
    COAP_CLOSEPOWER = 27,  // 关闭NB电源
    COAP_EXIT = 28         // 退出上报
  };

  typedef struct
  {
    boolean_t flag; // 正在上报标志,
    uint8_t mode;   // 上报类型

    // uint8_t  regular_report_time[4][3];
    // uint8_t   sta;//上传是否成功标志

  } NbUpload_t;

  typedef struct
  {
    uint16_t count;
  } NbUploadFail_t;

  typedef struct
  {
    uint32_t count;
    boolean_t flag;
  } TimedTask_t;
  typedef struct
  {
    uint8_t hour;
    uint8_t minute;
    uint8_t second;
  } TIME_DEF;
  typedef struct
  {
    uint8_t flag;  // 1:需要补报,0:不补报
    TIME_DEF time; // 时分秒 下次补报时间
  } REPT_REPORT_DEF;

  typedef struct
  {
    // boolean_t rx_flag;
    uint8_t rx_over_time;

    uint8_t rx_buf[NB_RXLEN_MAX];
    uint16_t rx_idx;

    char *ack;

    uint8_t tx_buf[NB_TXLEN_MAX];

    en_at_num_t cur_at;

    uint8_t cur_state;     // 当前状态
    uint8_t reset_mcu_cnt; // 复位倒计时

    uint16_t mid;
    NbUpload_t upload;
    // NbUploadFail_t fail;
    TimedTask_t task;

    // uint16_t open_time_out;
    // uint16_t reset_count;

    uint16_t bts_id;
    uint16_t physical_cell_id;
    int16_t rsrq;
    int16_t rsrp;
    int16_t rsrp_bak;

    int16_t snr;
    uint8_t rssi;
    char imsi[20];
    char imei[20];
    char ccid[32];
    char ip[16];
    uint8_t get_imei_flag;
    uint8_t get_imsi_flag;
    uint8_t get_ccid_flag;
    uint32_t status;

    uint16_t cur_afn;
    uint16_t get_patch_time_out;
    // uint8_t req_data[32];
    // uint16_t req_data_len;

    //   uint8_t cur_ver[4];
    // uint8_t target_ver[4];
    // uint32_t total_pack_bytes;
    // uint16_t per_pack_bytes;
    // uint16_t total_pack_num;
    // uint16_t pack_num;
    // uint16_t pack_crc;
    // uint16_t pack_data_crc;
    // uint16_t upgrade_data_ok;
    // uint16_t upgrade_data_rx_len;

    // uint16_t next_report_cnt;
    uint8_t get_patch_retry_cnt;
    // uint16_t void_load_timout;

  } Nb_Run_t;
  typedef struct
  {
    uint8_t start_date[3];
    uint8_t end_date[3];
    uint8_t total_num;
    uint8_t cur_num;
  } HOUR_REC_UPLOAD_DEF;

  typedef struct
  {
    // uint8_t init_flag;
    // uint8_t regular_runflag[4];//定时上报标志
    // tm_t regular_time[4];
    uint32_t err_mem_dat;   // 错误上报保存错误码
    uint8_t manual_runflag; // 手动上报标志
    // uint8_t settlement_runflag;//结算日上报标志
    uint8_t rept_runflag; // 重复上报标志
    tm_t rept_time;       // 重复上报时间
    // HOUR_REC_UPLOAD_DEF hour_up;
    uint8_t rept_addr;
  } UPLOAD_DEF;

#pragma pack(1)
  typedef struct
  {
    unsigned char prefix[2];
    unsigned char head;
    unsigned char type;
    unsigned char addr[7];
    unsigned char ctrl;
    unsigned char len[2];
    unsigned char data[600];
  } NbAppFrame_t;
#pragma pack()

  extern Nb_Run_t NbRun;
  extern NbAppFrame_t NbAppFrame;

  extern void nb_run_init(void);
  extern void GetNbRun(Nb_Run_t **nb_run);
  extern void NbRxCh(uint8_t ch);
  extern void NbRxTimeout(void);
  extern void NbClrRxBuf(void);

  extern void NbHandler(void);

  extern void NbPowerOnCmd(uint8_t argc, char **argv);
  extern void NbPowerOffCmd(uint8_t argc, char **argv);
  extern void NbAtCmd(uint8_t argc, char **argv);
  extern void NbAtiCmd(uint8_t argc, char **argv);
  extern void NbAteCmd(uint8_t argc, char **argv);

  extern void NbCgattCmd(uint8_t argc, char **argv);
  extern void NbCfunCmd(uint8_t argc, char **argv);
  extern void NbNcsearfcnCmd(uint8_t argc, char **argv);
  extern void NbCmeeCmd(uint8_t argc, char **argv);

  extern void NbCgpaddrCmd(uint8_t argc, char **argv);

  extern void NbCgsnCmd(uint8_t argc, char **argv);
  extern void NbCimiCmd(uint8_t argc, char **argv);
  extern void NbNccidCmd(uint8_t argc, char **argv);
  extern void NbNuestatsCmd(uint8_t argc, char **argv);
  extern void NbNnmiCmd(uint8_t argc, char **argv);
  extern void NbNcdpCmd(uint8_t argc, char **argv);
  extern void NbNmgsCmd(uint8_t argc, char **argv);
  extern void NbCsqCmd(uint8_t argc, char **argv);

  extern void NbCeregCmd(uint8_t argc, char **argv);

  extern void NbCloseAutoCon(uint8_t argc, char **argv);
  extern void NbNrb(uint8_t argc, char **argv);
  extern void NbCedrxs(uint8_t argc, char **argv);
  extern void NbCpsms(uint8_t argc, char **argv);

  extern void NbShowrunCmd(uint8_t argc, char **argv);
  extern void NbUploadCmd(uint8_t argc, char **argv);

  extern uint32_t NbServerMsgValid(void);

  extern void NbBuildDataReport(void);
  extern void NbBuildSetIpAndPortRsp(void);
  extern void NbBuildSetReportPointRsp(int8_t ret);
  extern void NbBuildSetDmaReportPointRsp(int8_t ret);
  extern void NbBuildSetDateTimeRsp(int8_t ret);
  extern void NbBuildSetFlowAlarmThresRsp(int8_t ret);
  extern void NbBuildSetPressureAlarmThresRsp(int8_t ret);
  extern void NbBuildSetTempAlarmThresRsp(int8_t ret);
  extern void NbBuildSetSettleRsp(int8_t ret);
  extern void NbBuildSetBaseReadingRsp(int8_t ret);
  extern void NbBuildReadMonthRecordRsp(void);
  extern void NbBuildReportMonthRecord(void);
  extern void NbBuildReportDayRecord(void);
  extern void NbBuildReportHourRecord(uint8_t, uint8_t, uint8_t);
  extern void NbBuildReport5MinRecord(tm_t *);
  extern void NbBuildReportLogRecord(void);
  extern void NbBuildGetPackage(void);
  extern void NbBuildReportUpdateStatus(int8_t);

  extern int NbAppDataDispatch(void);
  extern void NbUploadFrame(void);

  extern void NbIotTimedTask(void);
  extern void NbOpenTimeOut(void);
  extern void NbSettleDayUpload(void);
  extern void NbNextReport(void);
  extern void nb_task_run_check(void);
  extern void update_rtc_run(void);
  extern void NbTread(void);
  extern int8_t at_cmd_send(uint8_t stat, char *cmd_str, char *ack, uint16_t retry_time, uint8_t time_out);
  extern uint8_t G_NB_CAN_DEEP_SLEEP;
  extern UPLOAD_DEF upload_dat;
  extern int8_t datecmp(tm_t date1, tm_t date2);
  extern char *get_upload_type_str(uint8_t type);
  extern void Debug_NB(void);
  extern void nb_set_para_rept(uint16_t dat_len, uint16_t afn, int8_t ret);
  // extern uint8_t G_TDC_CAN_DEEP_SLEEP;
  extern uint8_t NB_CHECK_TDC_COMPLETE_FLAG;
  // #ifdef DEBUG_LOG_WARM
  extern void Debug_log(void);
	extern uint8_t memstr_exist(uint8_t *, size_t, const char *, size_t);
	  extern int8_t get_code(uint8_t *buf, const char *keyword, uint16_t dat_len, int16_t *ret);
  extern void save_datetime_from_at(uint8_t *buf, uint16_t dat_len);
  extern uint8_t get_nb_signal(uint8_t *buf, uint16_t dat_len);
  extern uint8_t check_sub_service_flag(void);
  extern uint8_t check_main_service_flag(void);
	extern int8_t at_cmd_send2(uint8_t stat, char *cmd_str, char *ack1, char *ack2, uint16_t retry_time, uint8_t time_out);
// #endif
#ifdef __cplusplus
}
#endif

#endif