tuya_bt.h

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#ifndef TUYA_BT_H__
#define TUYA_BT_H__
#include "tuya_cloud_types.h"
#include "tuya_cloud_com_defs.h"
#include "base_event_info.h"
 
#ifdef __cplusplus
extern "C" {
#endif
 
typedef BYTE_T TUYA_BLE_ABILITY_T;
#define TUYA_BLE_ABILITY_NONE      0x0
#define TUYA_BLE_ABILITY_NETCFG    0x1
#define TUYA_BLE_ABILITY_DP_CTRL   0x2
#define TUYA_BLE_ABILITY_ALL       0xFF
 
typedef enum {
    TUYA_BT_UNBONDING_UNCONN = 0,
    TUYA_BT_UNBONDING_CONN,
    TUYA_BT_BONDING_UNCONN,
    TUYA_BT_BONDING_CONN,
    TUYA_BT_UNKNOW_STATUS
} TUYA_BT_CONN_STAT;
 
typedef enum {
    TUYA_BLE_OP_UNBIND = 0,
    TUYA_BLE_OP_BIND,
} TUYA_BLE_BIND_TYPE;
 
 
typedef struct {
    CHAR_T *uuid;    //uuid
    CHAR_T *auth_key;//authentication key
} TY_BT_SDK_PARAM_S;
 
//callback function for user dp query
typedef VOID_T(*BT_DP_QUERY_CB)(VOID_T);
typedef UINT_T(*BT_DP_GET_TM_CB)(CHAR_T*       time_str);
 
typedef struct {
    UINT8_T priority_flag;      //0:wifi first  1:bt first
    UINT8_T share_flag;         //0:no shared device  1:tuya shared device
    UINT8_T dp_rept_with_time;  //0:without time  1:with time
    UINT8_T rsvd;               //reserved param
    BT_DP_QUERY_CB query_dp_cb; //callback function for dp query
    BT_DP_GET_TM_CB get_timestamp_cb;
} TUYA_BLE_BT_PARA;
 
OPERATE_RET ty_bt_init_env(IN CONST TY_BT_SDK_PARAM_S *p);
 
OPERATE_RET ty_ble_init_env_for_mftest(VOID_T);
 
OPERATE_RET tuya_set_bt_device_name(CHAR_T* dev_name);
 
OPERATE_RET ty_bt_update_local_key(UINT8_T* p_buf, UINT8_T len);
 
OPERATE_RET bt_netcfg_init(VOID_T);
 
OPERATE_RET bt_netcfg_uninit(VOID_T);
 
OPERATE_RET ty_bt_dp_report(IN CONST DP_REPT_TYPE_E dp_rept_type, IN CONST VOID_T* data);
 
OPERATE_RET tuya_ble_monitor_init(VOID_T);
 
BOOL_T is_bt_connected(VOID_T);
 
//callback function for getting the connection status of bluetooth
typedef VOID (*GET_BT_CONN_STAT_CB)(IN CONST TUYA_BT_CONN_STAT stat);
 
OPERATE_RET tuya_ble_reg_get_bt_stat_cb(IN CONST GET_BT_CONN_STAT_CB bt_conn_stat_cb);
 
TUYA_BT_CONN_STAT tuya_bt_get_connect_status(VOID);
 
OPERATE_RET tuya_set_bt_device_name(CHAR_T* dev_name);
 
VOID_T tuya_ble_set_bt_para(TUYA_BLE_BT_PARA* para);
 
#if defined(BT_REMOTE_CTRL) && (BT_REMOTE_CTRL==1)
 
VOID_T tuya_ble_init_beacon_key(VOID_T);
 
OPERATE_RET tuya_ble_save_beacon_key(BOOL_T force);
 
VOID_T tuya_ble_clear_beacon_key(VOID_T);
 
VOID_T tuya_ble_clear_rmt_ctrl_info(UINT8_T stat);
 
 
//callback function for advertisement scanning data processing
typedef VOID (*TUYA_BLE_APP_SCAN_HANDLE)(UCHAR_T *data, UCHAR_T len,  UCHAR_T type, UCHAR_T* mac);
 
OPERATE_RET tuya_ble_reg_app_scan_adv_cb(TUYA_BLE_APP_SCAN_HANDLE cb);
 
//callback function for validity check for bind or unbind operation
typedef OPERATE_RET(*BLE_SCAN_ADV_BIND_CHECK_CB)(TUYA_BLE_BIND_TYPE type, UCHAR_T *data, UCHAR_T len);
//callback function for result notify for bind or unbind operation
typedef VOID_T(*BLE_SCAN_ADV_BIND_RSLT_NOTIFY_CB)(TUYA_BLE_BIND_TYPE type, int rslt);
 
typedef struct {
    BLE_SCAN_ADV_BIND_CHECK_CB       bind_check;
    BLE_SCAN_ADV_BIND_RSLT_NOTIFY_CB bind_notify;
} TUYA_BLE_SCAN_ADV_HANDLE_CBS;
 
OPERATE_RET tuya_ble_reg_app_scan_adv_handle_cbs(TUYA_BLE_SCAN_ADV_HANDLE_CBS* cbs);
 
VOID_T tuya_ble_set_bind_window(UINT_T time_out);
 
VOID_T tuya_ble_open_bind_window(VOID_T);
#endif
 
VOID_T tuya_ble_set_serv_switch(BOOL_T swith);
 
BOOL_T tuya_ble_is_serv_opened(VOID_T);
 
VOID_T tuya_ble_restart_adv(VOID_T);
 
 
VOID_T tuya_ble_connect_enable(BOOL_T enable);
 
VOID_T tuya_ble_set_auto_close(BOOL_T auto_close);
 
VOID_T tuya_ble_set_startup_attr(TUYA_BLE_ABILITY_T attr);
 
 
#ifdef __cplusplus
}
#endif
 
#endif