- Refactored SDL initialization process to enhance clarity and error handling, ensuring proper setup of video, audio, and event subsystems.
- Utilized RAII smart pointers for window and renderer management, improving resource cleanup during shutdown.
- Updated audio buffer allocation to use unique_ptr for automatic memory management.
- Enhanced logging for emulator state and initialization, providing better insights during execution.
- Streamlined timing management and frame processing logic for improved performance and maintainability.
- Decreased logging limits in Snes, Apu, and Spc700 classes to prevent overflow crashes during execution.
- Updated comments in the APU boot ROM for clarity regarding the hardware dump and critical fixes.
- Enhanced logging to provide better insights while maintaining system stability.
- Added deadlock detection in the emulator's main loop to identify when the CPU is stuck, enhancing debugging capabilities.
- Updated logging during emulator shutdown to provide clearer status messages, including final CPU state and resource cleanup.
- Refactored audio and texture cleanup processes to ensure proper resource management during shutdown.
- Updated APU boot ROM comments for clarity and completeness, including details on multi-byte transfer acknowledgments.
- Improved logging in APU and SPC700 classes to provide comprehensive tracing during execution, particularly for transfer protocols and MOVS instructions.
- Refactored MOVS, MOVSX, and MOVSY methods to use consistent address handling, enhancing readability and maintainability.
- Added conditional logging for specific addresses to aid in debugging and tracking state changes during instruction execution.
- Updated Emulator::Run method to accept a Rom* parameter, improving flexibility in ROM handling.
- Refactored texture creation and ROM data initialization to utilize the new parameter.
- Enhanced logging in Snes class to provide detailed information during initialization, reset, and frame processing, aiding in debugging and performance monitoring.
- Introduced cycle tracking in Apu and Spc700 classes for accurate synchronization and debugging.
- Added unit tests for APU DSP functionality and IPL ROM handshake to ensure reliability and correctness of audio processing.
