Explain Orkid's CoreAudio backend and AudioUnit I/O callback behavior on macOS.
npx skills add https://github.com/tweakoz/orkid --skill orklev2-coreaudio
Please help me install this Agent Skill. Skill: orklev2-coreaudio Source: https://github.com/tweakoz/orkid/tree/main/.claude/skills/orklev2-coreaudio Command: npx skills add https://github.com/tweakoz/orkid --skill orklev2-coreaudio
Provides a focused reference for understanding and troubleshooting Orkid's CoreAudio backend on macOS so developers can trace how audio is captured, processed, and played back through the AudioUnit graph and related systems.
Ask for an explanation of how Orkid's CoreAudioDevice constructs the AudioUnit graph and how the Singularity synth buffers are delivered to the HAL output.
High-intent search queries and answers about installing and using this skill.
The Orkid CoreAudio backend uses an AudioUnit graph to route audio through HAL input/output and I/O callbacks. It maps CoreAudioDevice and AuContext setup directly to source files for tracing how audio is captured and played back on macOS.
To diagnose audio glitches in the Singularity synth, trace the synth compute path and LayerFragment/StereoFragment pool queues. Checking buffer sizing and sample rate configuration helps identify data flow bottlenecks between the synth and HAL output.
Configuring sample rates and buffer sizes for an AudioUnit graph involves examining the AuContext setup and HAL output parameters. The Orkid audio codebase provides specific mappings to these components for accurate performance tuning and audio processing.
Yes, you can trace HAL input/output data flow through the Singularity synth compute path. The backend details how LayerFragment and StereoFragment pools and queues deliver audio buffers from the synth to the HAL output for playback.
Understanding AuContext setup is necessary because it manages the AudioUnit graph construction and I/O callback behavior. Mapping this architecture to source files allows developers to navigate the CoreAudio backend and troubleshoot audio device integration effectively.
Debugging CoreAudio AudioUnit graphs with the Orkid backend is focused on macOS environments. It specifically addresses Singularity synth integration, HAL input/output, and fragment pool queues, but does not cover cross-platform audio systems outside this scope.
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