Speaker module, and audio compensation method and apparatus
A speaker module, and an audio compensation method and apparatus and relates to the field of terminal technologies. The speaker module includes an audio component and a speaker board. A power contact, a ground contact, and a general-purpose input/output (GPIO) contact are disposed on the speaker board, and a connecting component is disposed between the audio component and the speaker board. A connection status of the GPIO contact is any one of the following. The connecting component is a conductor, and the GPIO contact is conducted to the power contact using the connecting component, the connecting component is a conductor, and the GPIO contact is conducted to the ground contact using the connecting component, or the connecting component is a non-conductor, and the GPIO contact is disconnected from both the power contact and the ground contact.
1. An audio compensation method applied to an audio compensation apparatus comprising a speaker circuit, the method comprising:
obtaining an actual status parameter of a general-purpose input/output (GPIO) contact of the speaker circuit;
obtaining a coupling status of the GPIO contact based on the actual status parameter of the GPIO contact, wherein the coupling status is a pull-up state, a pull-down state, or a suspended state, and wherein the coupling status is different than the actual status parameter;
obtaining a first preset status parameter corresponding to the coupling status of the GPIO contact by querying, using the coupling status of the GPIO contact, a correspondence relating each of the pull-up state, the pull-down state, and the suspended state to respective preset status parameters;
comparing the actual status parameter to the first preset status parameter; and
compensating for an audio parameter of the audio compensation apparatus when the actual status parameter of the GPIO contact is equal to the first preset status parameter.
2. The method of claim 1 , further comprising skipping compensating for the audio parameter of the audio compensation apparatus when the actual status parameter of the GPIO contact is not equal to the first preset status parameter.
3. The method of claim 1 , wherein compensating for the audio parameter of the audio compensation apparatus comprises:
determining an identification identifier of the speaker circuit based on the coupling status of the GPIO contact indicated by the actual status parameter of the GPIO contact, wherein the identification identifier comprises an identifier of a manufacturer of the speaker circuit;
obtaining, based on the identification identifier of the speaker circuit, a compensation parameter corresponding to the identification identifier of the speaker circuit from a preset correspondence between identification identifiers and compensation parameters; and
compensating for the audio parameter of the audio compensation apparatus based on the compensation parameter corresponding to the identification identifier of the speaker circuit.
4. An audio compensation apparatus, comprising:
a speaker circuit;
a processor coupled to the speaker circuit; and
a memory coupled to the processor and configured to store code that, when executed by the processor, causes the processor to be configured to:
obtain an actual status parameter of a general-purpose input/output (GPIO) contact of the speaker circuit;
obtain a coupling status of the GPIO contact based on the actual status parameter of the GPIO contact, wherein the coupling status is either a pull-up state, a pull-down state, or a suspended state, and wherein the coupling status is different than the actual status parameter;
obtain a first preset status parameter corresponding to the coupling status of the GPIO contact by querying, using the coupling status of the GPIO contact, a correspondence relating each of the pull-up state, the pull-down state, and the suspended state to respective preset status parameters;
compare the actual status parameter to the first preset status parameter; and
compensate for an audio parameter of the audio compensation apparatus when the actual status parameter of the GPIO contact is equal to the preset status parameter.
5. The audio compensation apparatus of claim 4 , wherein the code further causes the processor to be configured to skip compensating for the audio parameter of the audio compensation apparatus when the actual status parameter of the GPIO contact is not equal to the first preset status parameter.
6. The audio compensation apparatus of claim 4 , wherein the code further causes the processor to be configured to:
determine an identification identifier of the speaker circuit based on the coupling status of the GPIO contact indicated by the actual status parameter of the GPIO contact, wherein the identification identifier comprises an identifier of a manufacturer of the speaker circuit;
obtain, based on the identification identifier of the speaker circuit, a compensation parameter corresponding to the identification identifier of the speaker circuit from a preset correspondence between identification identifiers and compensation parameters; and
compensate for the audio parameter of the audio compensation apparatus based on the compensation parameter corresponding to the identification identifier of the speaker circuit.