Abstract: An audio output method and a system including first and second electronic devices and an audio output device. The first and second devices are connected to a network using a system authentication account, the first device has installed thereon a music application, and the second device has installed thereon a voice call application. When the audio output device outputs an audio signal corresponding to audio data of the music application, in response to the second electronic receiving an incoming call from the voice call application, the first device displays a first prompt corresponding to the incoming call. The first device sends an indication of answering the incoming call to the second device, which answers the incoming call and sends audio data of the incoming call to the first device, and the first device causes the audio output device to output an audio signal corresponding to the audio data of the incoming call.

Abstract: This application provides network-based device connection methods and devices. One method includes: receiving a first broadcast message from a second device and a second broadcast message from a third device, in response to determining that a quantity of available Wi-Fi connections of the second device is not greater than zero, and the second device is not connected to the first device through Wi-Fi, determining, based on connected device information of the second device and available Wi-Fi connection information of the third device, that the third device is connected to the second device through Wi-Fi and that a quantity of available Wi-Fi connections of the third device is greater than zero, and establishing a Wi-Fi link between the first device and the third device for the third device to forward the first packet received from the first device to the second device through a Wi-Fi link between the third device and the second device.

Abstract: This application discloses a Wi-Fi Aware link establishment method and system, an electronic device, and a storage medium. The Wi-Fi Aware link establishment method includes: A primary device receives first connection information sent by a secondary device, where the first connection information includes a Wi-Fi Aware service name needed by the secondary device. The primary device sends second connection information to the secondary device based on the Wi-Fi Aware service name needed by the secondary device, where the second connection information includes confirmation information, the confirmation information is notification information indicating that the primary device confirms that there is the Wi-Fi Aware service name needed by the secondary device. The primary device obtains a Wi-Fi Aware data path request frame sent by the secondary device. The primary device completes link establishment with the secondary device based on the Wi-Fi Aware data path request frame.

Abstract: A method for displaying a BLUETOOTH device identifier includes a first electronic device that broadcasts a first BLUETOOTH packet. The first BLUETOOTH packet includes first indication information. A second electronic device broadcasts a second BLUETOOTH packet. A third electronic device displays a BLUETOOTH scanning interface, and scans a third BLUETOOTH packet. The third electronic device displays the first link identifier and a second link identifier on the BLUETOOTH scanning interface in response to receiving the first BLUETOOTH packet and the second BLUETOOTH packet. The third electronic device displays the first link identifier in the highlighting manner on the BLUETOOTH scanning interface in response to the first BLUETOOTH packet comprising the first indication information.

Abstract: This application provides an audio output method and a terminal device. The method helps to reduce the operation complexity of a user, improve a degree of intelligence of the terminal device, and finally improve the user experience. The method includes that: a second terminal device may send an audio output request to a first terminal device, and a user may operate the first terminal device or an audio output device connected to the first terminal device, to trigger the second terminal device to obtain audio data corresponding to the audio output request.

Abstract: A method is disclosed for a coprocessor of a device. The coprocessor may initiate, based on an instruction received from a processor, a wireless communication service required by the processor. The coprocessor further generates a drive instruction for driving a wireless communications module of the device to perform the wireless communication service, and then the coprocessor sends the drive instruction to the wireless communications module.

Abstract: A data processing method includes, when receiving a BLUETOOTH scanning enabling indication of a first application, a first device that receives broadcast data from a second device, sends a scanning request to the second device, and receives a scanning response. Accordingly, when the broadcast data is a data packet of a specified type, the broadcast data is reported to the first application, and the scanning response is discarded.

Abstract: An audio processing method includes determining an audio data source, registering an audio block service for the audio data source to obtain registration information of the audio block service, where the registration information of the audio block service includes identification information used for performing the audio block service on the audio data source, performing software decoding on the audio data source to obtain audio track data when it is determined, based on the identification information, that the audio data source needs to be blocked, and performing behavior analysis based on the audio track data. Hence, audio track data can be collected in a targeted manner, the collected audio track data is converted into text through speech recognition, and the text can be used for semantic analysis or internally-recorded audio recognition.

Abstract: A file sending method, a file receiving method, and related terminals, where a first terminal is configured to scan on a BLUETOOTH low energy (BLE) broadcast channel to obtain a broadcast packet from at least one second terminal, determine at least one discoverable second terminal based on the broadcast packet, determine a target terminal that is configured to receive a file and that is in the at least one discoverable second terminal, send a coupling request to the target terminal, establish a BLE coupling between the first terminal and the target terminal, and send WI-FI direct coupling parameters to the target terminal using a BLE data channel of the BLE coupling. The WI-FI direct is established between the first terminal and the target terminal.

Abstract: A file sending method, a file receiving method, and related terminals, where a first terminal is configured to scan on a BLUETOOTH low energy (BLE) broadcast channel to obtain a broadcast packet from at least one second terminal, determine at least one discoverable second terminal based on the broadcast packet, determine a target terminal that is configured to receive a file and that is in the at least one discoverable second terminal, send a coupling request to the target terminal, establish a BLE coupling between the first terminal and the target terminal, and send WI-FI direct coupling parameters to the target terminal using a BLE data channel of the BLE coupling. The WI-FI direct is established between the first terminal and the target terminal.

Abstract: An audio processing method includes determining an audio data source, registering an audio block service for the audio data source to obtain registration information of the audio block service, where the registration information of the audio block service includes identification information used for performing the audio block service on the audio data source, performing software decoding on the audio data source to obtain audio track data when it is determined, based on the identification information, that the audio data source needs to be blocked, and performing behavior analysis based on the audio track data. Hence, audio track data can be collected in a targeted manner, the collected audio track data is converted into text through speech recognition, and the text can be used for semantic analysis or internally-recorded audio recognition.