/** * @file tkl_bluetooth.c * @brief this file was auto-generated by tuyaos v&v tools, developer can add implements between BEGIN and END * * @warning: changes between user 'BEGIN' and 'END' will be keeped when run tuyaos v&v tools * changes in other place will be overwrited and lost * * @copyright Copyright 2020-2021 Tuya Inc. All Rights Reserved. * */ // --- BEGIN: user defines and implements --- #include "tkl_bluetooth.h" #include "tuya_error_code.h" #include "utilities/uni_log.h"/*PR_xxx打印*/ #include // --- END: user defines and implements --- extern uint16_t blesmt_write_handle; extern uint16_t blesmt_notify_handle; extern uint16_t blesmt_read_handle; static TKL_BLE_GAP_EVT_FUNC_CB g_gap_evt_cb = NULL; static TKL_BLE_GATT_EVT_FUNC_CB g_gatt_evt_cb = NULL; OPERATE_RET tkl_ble_gap_evt_cb(TKL_BLE_GAP_EVT_TYPE_E e) { PR_DEBUG("tkl_ble_gap_evt_cb %d",e); TKL_BLE_GAP_PARAMS_EVT_T evt; evt.type = e; g_gap_evt_cb(&evt); return OPRT_OK; } OPERATE_RET tkl_ble_gatt_evt_cb(TKL_BLE_GATT_EVT_TYPE_E e) { PR_DEBUG("tkl_ble_gatt_evt_cb %d",e); TKL_BLE_GATT_PARAMS_EVT_T evt; evt.type = e; g_gatt_evt_cb(&evt); return OPRT_OK; } /** * @brief Function for initializing the ble stack * @param role Indicate the role for ble stack. * role = 1: ble peripheral @TKL_BLE_ROLE_SERVER * role = 2: ble central @TKL_BLE_ROLE_CLIENT * @return SUCCESS Initialized successfully. * ERROR * */ OPERATE_RET tkl_ble_stack_init(UCHAR_T role) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_stack_init"); main_bleapp(); tkl_ble_gap_evt_cb(TKL_BLE_EVT_STACK_INIT); return OPRT_OK; // --- END: user implements --- } /** * @brief Function for de-initializing the ble stack features * @param role Indicate the role for ble stack. * role = 1: ble peripheral * role = 2: ble central * @return SUCCESS Deinitialized successfully. * ERROR * */ OPERATE_RET tkl_ble_stack_deinit(UCHAR_T role) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_stack_deinit"); tkl_ble_gap_evt_cb(TKL_BLE_EVT_STACK_DEINIT); return OPRT_OK; // --- END: user implements --- } /** * @brief Function for getting the GATT Link-Support. * @param p_link return gatt link * @return SUCCESS Support Gatt Link * ERROR Only Beacon or Mesh Beacon, Not Support Gatt Link. * */ OPERATE_RET tkl_ble_stack_gatt_link(USHORT_T *p_link) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_stack_deinit"); return OPRT_OK; // --- END: user implements --- } /** * @brief Register GAP Event Callback * @param TKL_BLE_GAP_EVT_FUNC_CB Refer to @TKL_BLE_GAP_EVT_FUNC_CB * @return SUCCESS Register successfully. * ERROR * */ OPERATE_RET tkl_ble_gap_callback_register(CONST TKL_BLE_GAP_EVT_FUNC_CB gap_evt) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_callback_register"); g_gap_evt_cb = gap_evt; // xm_ble_gap_callback_register(gap_evt); return OPRT_OK; // --- END: user implements --- } /** * @brief Register GATT Event Callback * @param TKL_BLE_GATT_EVT_FUNC_CB Refer to @TKL_BLE_GATT_EVT_FUNC_CB * @return SUCCESS Register successfully. * ERROR * */ OPERATE_RET tkl_ble_gatt_callback_register(CONST TKL_BLE_GATT_EVT_FUNC_CB gatt_evt) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gatt_callback_register"); g_gatt_evt_cb = gatt_evt; // xm_ble_gatt_callback_register(gatt_evt); return OPRT_OK; // --- END: user implements --- } /******************************************************************************************************************************/ /** @brief Define All GAP Interface */ /** * @brief Set the local Bluetooth identity address. * The local Bluetooth identity address is the address that identifies this device to other peers. * The address type must be either @ref TKL_BLE_GAP_ADDR_TYPE_PUBLIC or @ref TKL_BLE_GAP_ADDR_TYPE_RANDOM. * @param [in] p_peer_addr: pointer to local address parameters * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_addr_set(TKL_BLE_GAP_ADDR_T CONST *p_peer_addr) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_addr_set"); return OPRT_OK; // --- END: user implements --- } /** * @brief Get the local Bluetooth identity address. * @param [out] p_peer_addr: pointer to local address * @return SUCCESS Set Address successfully. * ERROR * */ OPERATE_RET tkl_ble_gap_address_get(TKL_BLE_GAP_ADDR_T *p_peer_addr) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_address_get"); return OPRT_OK; // --- END: user implements --- } /** * @brief Start advertising * @param [in] p_adv_params : pointer to advertising parameters * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_adv_start(TKL_BLE_GAP_ADV_PARAMS_T CONST *p_adv_params) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_adv_start"); // if (g_adv_rsp_data_set == 1) xm_ble_gap_adv_start(p_adv_params); // else // PR_DEBUG("set adv&rsp data first"); return OPRT_OK; // --- END: user implements --- } /** * @brief Stop advertising * @param VOID * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_adv_stop(VOID) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_adv_stop!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Setting advertising data * @param [in] p_adv: Data to be used in advertisement packets, and include adv data len * [in] p_scan_rsp: Data to be used in advertisement respond packets, and include rsp data len * @Note Please Check p_adv and p_scan_rsp, if data->p_data == NULL or data->length == 0, we will not update these values. * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_adv_rsp_data_set(TKL_BLE_DATA_T CONST *p_adv, TKL_BLE_DATA_T CONST *p_scan_rsp) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_adv_rsp_data_set!\n"); xm_ble_gap_adv_rsp_data_set(p_adv, p_scan_rsp); return OPRT_OK; // --- END: user implements --- } /** * @brief Update advertising data * @param [in] p_adv: Data to be used in advertisement packets, and include adv data len * [in] p_scan_rsp: Data to be used in advertisement respond packets, and include rsp data len * @Note Please Check p_adv and p_scan_rsp, if data->p_data == NULL or data->length == 0, we will not update these values. * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_adv_rsp_data_update(TKL_BLE_DATA_T CONST *p_adv, TKL_BLE_DATA_T CONST *p_scan_rsp) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_adv_rsp_data_update!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Start scanning * @param [in] scan_param: scan parameters including interval, windows * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_scan_start(TKL_BLE_GAP_SCAN_PARAMS_T CONST *p_scan_params) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_scan_start!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Stop scanning * @param VOID * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_scan_stop(VOID) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_scan_stop!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Start connecting one peer * @param [in] p_peer_addr: include address and address type * [in] p_scan_params: scan parameters * [in] p_conn_params: connection parameters * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_connect(TKL_BLE_GAP_ADDR_T CONST *p_peer_addr, TKL_BLE_GAP_SCAN_PARAMS_T CONST *p_scan_params, TKL_BLE_GAP_CONN_PARAMS_T CONST *p_conn_params) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_connect!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Disconnect from peer * @param [in] conn_handle: the connection handle * [in] hci_reason: terminate reason * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_disconnect(USHORT_T conn_handle, UCHAR_T hci_reason) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_disconnect!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Start to update connection parameters * @param [in] conn_handle: connection handle * [in] p_conn_params: connection parameters * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_conn_param_update(USHORT_T conn_handle, TKL_BLE_GAP_CONN_PARAMS_T CONST *p_conn_params) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_conn_param_update!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Set the radio's transmit power. * @param [in] role: 0: Advertising Tx Power; 1: Scan Tx Power; 2: Connection Power * [in] tx_power: tx power:This value will be magnified 10 times. * If the tx_power value is -75, the real power is -7.5dB.(or 40 = 4dB) * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_tx_power_set(UCHAR_T role, INT_T tx_power) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_tx_power_set!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Get the received signal strength for the last connection event. * @param [in]conn_handle: connection handle * @return SUCCESS Successfully read the RSSI. * ERROR No sample is available. * */ OPERATE_RET tkl_ble_gap_rssi_get(USHORT_T conn_handle) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_rssi_get!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Set the GAP Name For Bluetooth * @param [in]p_name: GAP Name String * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gap_name_set(CHAR_T *p_name) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gap_name_set!\n"); PR_DEBUG("name=[%s]\n", p_name); return OPRT_OK; // --- END: user implements --- } /** * @brief Add Ble Gatt Service * @param [in] p_service: define the ble service * * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gatts_service_add(TKL_BLE_GATTS_PARAMS_T *p_service) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gatts_service_add!\n"); // 待实现 // ble_smart_gatt_svcs_init();//初始接口有调用不需要重复调用会失败的 int i = 0; for (i = 0; i < p_service->p_service[0].char_num; i++) { // p_service->p_service[0].p_char[i].handle = 0x2902; if(TKL_BLE_GATT_CHAR_PROP_NOTIFY == p_service->p_service[0].p_char[i].property){ p_service->p_service[0].p_char[i].handle = blesmt_notify_handle; }else if(TKL_BLE_GATT_CHAR_PROP_WRITE== p_service->p_service[0].p_char[i].property){ p_service->p_service[0].p_char[i].handle = blesmt_write_handle; }else if(TKL_BLE_GATT_CHAR_PROP_READ== p_service->p_service[0].p_char[i].property){ p_service->p_service[0].p_char[i].handle = blesmt_read_handle; } } return OPRT_OK; // --- END: user implements --- } OPERATE_RET tkl_ble_gatts_service_change(USHORT_T conn_handle, USHORT_T start_handle, USHORT_T end_handle) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gatts_service_change!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Set the value of a given attribute. After Config Tuya Read-Char, we can update read-value at any time. * @param [in] conn_handle Connection handle. * [in] char_handle Attribute handle. * [in,out] p_value Attribute value information. * @return SUCCESS * ERROR * * @note Values other than system attributes can be set at any time, regardless of whether any active connections exist. * */ OPERATE_RET tkl_ble_gatts_value_set(USHORT_T conn_handle, USHORT_T char_handle, UCHAR_T *p_data, USHORT_T length) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gatts_value_set!\n"); fflush(stdout); XmBleReadBuf(p_data, length); int i = 0; PR_DEBUG("data="); fflush(stdout); for(;i < length;i++){ printf("%x ", p_data[i]); } fflush(stdout); return OPRT_OK; // --- END: user implements --- } /** * @brief Get the value of a given attribute. * @param [in] conn_handle Connection handle. Ignored if the value does not belong to a system attribute. * @param [in] char_handle Attribute handle. * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gatts_value_get(USHORT_T conn_handle, USHORT_T char_handle, UCHAR_T *p_data, USHORT_T length) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gatts_value_get!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Notify an attribute value. * @param [in] conn_handle Connection handle. * @param [in] char_handle Attribute handle. * [in] p_data Notify Values * [in] length Value Length * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gatts_value_notify(USHORT_T conn_handle, USHORT_T char_handle, UCHAR_T *p_data, USHORT_T length) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gatts_value_notify!\n"); int rc; rc = gatt_svr_chr_notify(conn_handle, char_handle, p_data, length); if (rc != 0) PR_ERR("gatt_svr_chr_notify error\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Indicate an attribute value. * @param [in] conn_handle Connection handle. * @param [in] char_handle Attribute handle. * [in] p_data Notify Values * [in] length Value Length * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gatts_value_indicate(USHORT_T conn_handle, USHORT_T char_handle, UCHAR_T *p_data, USHORT_T length) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gatts_value_indicate!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Reply to an ATT_MTU exchange request by sending an Exchange MTU Response to the client. * @param [in] conn_handle Connection handle. * [in] server_rx_mtu mtu size. * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gatts_exchange_mtu_reply(USHORT_T conn_handle, USHORT_T server_rx_mtu) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gatts_exchange_mtu_reply!\n"); return OPRT_OK; // --- END: user implements --- } /******************************************************************************************************************************/ /** @brief Define All Gatt Client Interface, Refer to current ble gw and ble stack. * * Notes: notice the handle will be the one of signed point. * Discovery Operations belongs to GAP Interface, But declear here, because it will be used for the gatt client. */ /** * @brief [Ble Central] Will Discovery All Service * @param [in] conn_handle Connection handle. * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gattc_all_service_discovery(USHORT_T conn_handle) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gattc_all_service_discovery!\n"); return 0; // --- END: user implements --- } /** * @brief [Ble Central] Will Discovery All Characteristic * @param [in] conn_handle Connection handle. * [in] start_handle Handle of start * [in] end_handle Handle of End * @return SUCCESS * ERROR * @Note: For Tuya Service, it may contains more optional service, it is more better to find all Characteristic * instead of find specific uuid. * */ OPERATE_RET tkl_ble_gattc_all_char_discovery(USHORT_T conn_handle, USHORT_T start_handle, USHORT_T end_handle) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gattc_all_char_discovery!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief [Ble Central] Will Discovery All Descriptor of Characteristic * @param [in] conn_handle Connection handle. * @param [in] conn_handle Connection handle. * [in] start_handle Handle of start * [in] end_handle Handle of End * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gattc_char_desc_discovery(USHORT_T conn_handle, USHORT_T start_handle, USHORT_T end_handle) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gattc_char_desc_discovery!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief [Ble Central] Write Data without Response * @param [in] conn_handle Connection handle. * @param [in] char_handle Attribute handle. * [in] p_data Write Values * [in] length Value Length * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gattc_write_without_rsp(USHORT_T conn_handle, USHORT_T char_handle, UCHAR_T *p_data, USHORT_T length) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gattc_write_without_rsp!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief [Ble Central] Write Data with response * @param [in] conn_handle Connection handle. * @param [in] char_handle Attribute handle. * [in] p_data Write Values * [in] length Value Length * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gattc_write(USHORT_T conn_handle, USHORT_T char_handle, UCHAR_T *p_data, USHORT_T length) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gattc_write!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief [Ble Central] Read Data * @param [in] conn_handle Connection handle. * @param [in] char_handle Attribute handle. * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gattc_read(USHORT_T conn_handle, USHORT_T char_handle) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gattc_read!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief Start an ATT_MTU exchange by sending an Exchange MTU Request to the server. * @param [in] conn_handle Connection handle. * [in] client_rx_mtu mtu size. * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_gattc_exchange_mtu_request(USHORT_T conn_handle, USHORT_T client_rx_mtu) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_gattc_exchange_mtu_request!\n"); return OPRT_OK; // --- END: user implements --- } /** * @brief [Special Command Control] Base on Bluetooth, We can do some special commands for exchanging some informations. * @param [in] opcode Operations Opcode. * [in] user_data Post Some Special Commands Data. * [in] data_len User's Data Length. * @note For Operations Codes, we can do anythings after exchange from TAL Application * And We define some Opcodes as below for reference. * For Bluetooth NCP Module: Mask=0x01, Code ID: 0x00~0xff. Opcode = ((0x01 << 8) & Code ID) * eg: 0x0100: Special Vendor Module Init * 0x0101: Special Vendor Module Deinit * 0x0102: Special Vendor Module Reset * 0x0103: Special Vendor Module Check Exist: Return OPRT_OK or OPRT_NOT_FOUND .. * 0x0104: Specail Vendor Module Version Get. * 0x0105: Specail Vendor Module Version Set. * 0x0106: Specail Vendor Module Version Update. * 0x0107: Specail Vendor Module Scan Switch. * 0x0108: Specail Vendor Module Scan Stop. * 0x0109: Specail Vendor Module Auth Check. * 0x0110: Specail Vendor Module Auth Erase. * * * @return SUCCESS * ERROR * */ OPERATE_RET tkl_ble_vendor_command_control(USHORT_T opcode, VOID_T *user_data, USHORT_T data_len) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_vendor_command_control!\n"); return OPRT_OK; // --- END: user implements --- } OPERATE_RET tkl_ble_set_mode(CONST BOOL_T enable, CONST UCHAR_T mode) { // --- BEGIN: user implements --- PR_DEBUG("tkl_ble_set_mode!\n"); return OPRT_OK; // --- END: user implements --- }