banban/ql-application/threadx/interface/custom_app/inc/app_inc.h

#ifndef _HAL_APP_INC_FILE_H
#define _HAL_APP_INC_FILE_H

#ifdef __cplusplus
extern "C" {
#endif

#include <stdio.h>
#include <stddef.h>
#include <stdarg.h>
#include <stdint.h>
#include "ql_rtos.h"

#define APP_VER "1.0.0"
#define ROM_VER "1.0.0"

#define RLOGV printf
#define RLOGD printf
#define RLOGI printf
#define RLOGW printf
#define RLOGE printf

#define LOG_W printf
#define LOG_I printf
#define LOG_E printf
#define LOG_D printf

#define VOLUME_10   106
#define VOLUME_20   110
#define VOLUME_30   114
#define VOLUME_40   118
#define VOLUME_50   122
#define VOLUME_60   126
#define VOLUME_70   130
#define VOLUME_80   134
#define VOLUME_90   138
#define VOLUME_100  142

#define ES8311_I2C  0
#define NFC_I2C     1

#define GNSS_FAST_MODE_HOLD_TIME   300000   //300s
#define GNSS_SLOW_MODE_SLEEP_TIME  300000   //300s
#define GNSS_FAST_MODE_HEART_REPORT_TIME 10000  //10s
#define GNSS_SLOW_MODE_HEART_REPORT_TIME 6 * 60 * 1000  //360s
#define APP_VOLUME_SAVE_TIME  30*1000  //30s



int app_net_mgt_init();
int app_ws_talkingq_init();
int app_http_aofei_init();

void app_http_aofei_net_ready();
void app_ws_talkingq_net_ready();
void app_aofei_key_init(void);
void app_audio_init(void);

void aofei_mp3_player(char *file_name);
void aofei_4g_mp3_player_stop(void);
void start_aofei_audio_key_func(void);

void xiaoice_wss_audio_in_task_del(void);
int app_get_data_call_net_status(void);
void app_data_recall(void);

void app_codec_pa_close(void);
void app_codec_pa_open(void);

//#define USING_MIC_8K
#define USING_MIC_16K

//#define USING_MIC_TEST
#define USING_MIC

void hal_led_init(void);
void hal_led_b_on(void);
void hal_led_b_off(void);

int app_uartsh_init();

typedef struct
{						
	int	type;	
    int arg1;
    int arg2;	
    int datalen;
	uint8_t *data;				
}app_work_item;

/* ÏûÏ¢ÀàÐÍö¾Ù */
typedef enum {
    MSG_HEARTBEAT = 0,      // ¶¨Ê±Éϱ¨
    MSG_GPS_QUERY = 1,      // GPSλÖòéѯ
    MSG_VOLUME_SET = 2,     // ÒôÁ¿µ÷½Ú
    MSG_OTA_UPGRADE = 3,    // OTAÉý¼¶
    MSG_NFC_NOTICE = 4,     // NFCÁôÑÔÏ·¢Ìáʾ
    MSG_NFC_TRIGGER = 5,    // NFC´¥·¢ÊÕÌýÁôÑÔ
    MSG_NFC_BIND = 6,    // NFC绑定
    MSG_DEVICE_STATUS = 7,    //设备开关状�
    MSG_DEVICE_SLEEP = 8,    //设置设备休眠时间段
    MSG_DEVICE_WAKE = 9,    //主动唤醒设备
    MSG_DEVICE_ALARM = 10,    //设备上报告警
    MSG_KEY_LEAVE = 11,    //给家长留言
    MSG_GET_AUTH = 12,    //获�SN和设备ID
} msg_type_t;

/* GPSÊý¾Ý½á¹¹ */
typedef struct {
    double latitude;
    double longitude;
} gps_data_t;


/* É豸ÐÅÏ¢½á¹¹Ìå */
typedef struct {
    char device_id[32];
    int power;              // µçÁ¿ 10-100, ¼ä¸ô10
    int signal;             // ÐźŠ1-5
    int voice;              // ÒôÁ¿ 40-100, ¼ä¸ô20
    char imei[32];
    char version[64];
	gps_data_t real_gps;
} device_info_t;



/* OTA²ÎÊý½á¹¹ */
typedef struct {
    char url[256];
    char version[16];
} ota_params_t;

/* NFCÁôÑÔ²ÎÊý */
typedef struct {
    char url[256];
} nfc_notice_t;

typedef struct {
    char url[256];
} nfc_bind_t;


/* NFC´¥·¢²ÎÊý */
typedef struct {
    char uuid[64];
} nfc_trigger_t;

// 在 command_t 的 params ��中添加
typedef struct {
    char start[6];  // "22:00"
    char end[6];    // "07:00"
} sleep_params_t;

typedef struct {
    char switch_state[4];  // "on" 或 "off"
} wake_params_t;

typedef struct {
    char msg_id[8];
    msg_type_t type;
    int sub_type;
    
    // 改为字符串存储UTC时间戳（16�数字 + '\0'）
    char time[20];      // 足够存16�数字 + 终止符
    
    union {
        int volume_level;
        ota_params_t ota;
        nfc_notice_t nfc;
        nfc_bind_t   bind;
        sleep_params_t sleep;
        wake_params_t wake;
    } params;
} command_t;


typedef struct {
    char msg_id[8];
    char status[16];        // "success", "accepted", "error"
    
    // 新增：011/012 通用�数解�
    char url[256];          // 通用URL字段
    char uuid[64];          // 设备UUID
    char device_id[32];     // 012: DeviceID
    char device_sn[32];     // 012: SN
    char server_url[128];   // 012: �务器地�
    
    union {
        device_info_t device;   // 心跳上报
        gps_data_t gps;         // GPS�应
        int current_volume;     // 音��应
        struct {
            char current_ver[16];
            char target_ver[16];
            char new_ver[16];
        } version;              // OTA版本信�
        nfc_notice_t nfc;       // NFC通知URL列表
    } data;
    
    int type;               // NFC事件类型: 0普通, 1留言
} response_t;

// ========== 在代�头部添加 ==========

// 休眠�置结构体
typedef struct {
    uint8_t start_hour;     // 休眠开始�时 (0-23)
    uint8_t start_min;      // 休眠开始分钟 (0-59)
    uint8_t end_hour;       // 休眠结��时 (0-23)
    uint8_t end_min;        // 休眠结�分钟 (0-59)
    uint8_t enable;         // 0=�用 1=�用
} sleep_config_t;

typedef enum {
    BAT_LEVEL_0 = 0,        // 0%  (关机)
    BAT_LEVEL_10 = 10,      // 20%
    BAT_LEVEL_20 = 20,      // 40%
    BAT_LEVEL_30 = 30,      // 60%
    BAT_LEVEL_40 = 40,      // 80%
    BAT_LEVEL_50 = 50,    // 100%
    BAT_LEVEL_60 = 60,        // 0%  (关机)
    BAT_LEVEL_70 = 70,      // 20%
    BAT_LEVEL_80 = 80,      // 40%
    BAT_LEVEL_90 = 90,      // 60%
    BAT_LEVEL_100 = 100,    // 100%
} bat_level_t;

/*============================================================================
 * Positioning mode enum and global structure definition
 *===========================================================================*/
typedef enum {
    GNSS_MODE_FAST = 0,     // Fast positioning mode：30secondsInterval
    GNSS_MODE_SLOW = 1      // Slow positioning mode：5minutesInterval
} gnss_mode_t;

// GPSPosition info global structure
typedef struct {
    double latitude;        // Latitude (degree format，e.g. 23.1171298)
    double longitude;       // Longitude (degree format，e.g. 113.2863118)
    int is_valid;           // Data validity (1=valid, 0=invalid)
    char raw_nmea[256];     // Raw NMEA sentence
} gps_location_info_t;


#ifdef __cplusplus
}
#endif

#endif