audio

You can adjust hardware speaker volume by sending a POST request to the /audio/volume endpoint. This provides low-level hardware control for precise volume management on the lamp's audio subsystem without involving text-to-speech processes.

Play test tones for speaker calibration by calling the /audio/play-tone HTTP endpoint. This function enables low-level hardware testing and diagnostics directly on the lamp's audio devices, verifying speaker response without TTS interference.

Yes, you can record raw microphone input directly from the hardware by accessing the /audio/record HTTP endpoint. This captures raw audio data for hardware testing and calibration workflows, requiring available device drivers.

If microphone or speaker hardware is unavailable, the HTTP endpoints return errors after input validation. The Skill includes error handling specifically designed to manage unavailable audio devices during hardware testing and calibration.

Yes, controlling lamp audio volume and playing tones requires access to underlying hardware drivers. The Skill operates at a low level to manage speaker volume and test tones, necessitating proper device driver availability for execution.

Yes, you can check the current audio volume by sending a GET request to the /audio/volume endpoint. This retrieves the existing hardware volume setting for diagnostics without modifying the current speaker output levels.