refactor(core): Architecturally decouple Audio, ASR, and TTS modules
liumaolin
60f8238
This major refactoring decouples core functionalities from the services layer, establishing clearer architectural boundaries and improving modularity. The changes adhere to the principles of Separation of Concerns and single-responsibility, making the system more maintainable and extensible.
Key changes include:
1. **Decoupled Audio Subsystem (Strategy Pattern)**:
- The monolithic `AudioCapture` class has been split into multiple, single-responsibility components within the `audio/` directory.
- `base_capture.py` introduces an abstract base class for all capture strategies.
- `pyaudio_capture.py` and `aec_capture.py` provide concrete implementations for standard and echo-cancelled audio capture.
- The main `capture.py` now acts as a Facade, selecting the appropriate capture strategy at runtime, hiding implementation details from the rest of the application.
2. **Introduced PlayerService to Separate Concerns**:
- Resolved a reverse dependency where `audio/player…
Replace `logging` with centralized `loguru`-based logger across all modules.
liumaolin
851495c
Adjust context window allocation logic based on memory tiers in `apple_silicon.py`
liumaolin
fd3c30a
Introduce Apple Silicon hardware optimization and dynamic LLM configuration
liumaolin
bdc3b7b
- Add `llm_config.py` to manage LLM model parameters dynamically via Apple Silicon detection.
- Implement `apple_silicon.py` utility to retrieve and summarize hardware specifications.
- Refactor `generator.py` to leverage dynamic parameter fetching and optimize threading for performance cores.
- Enhance `system.py` with `is_apple_silicon` check and augment system info output.
Rename 'src/VoiceDialogue' to 'src/voice_dialogue'.
