
Worked on the ECLAIR-Robotics/crackle repository to establish a cross-platform foundation for graphics and audio development using C and C++. Integrated the emotion-raylib library as a subproject reference, then streamlined dependencies by removing the submodule, simplifying external library management. Developed platform-specific modules for RGFW, SDL, DRM, and a web template, updating the core raylib header and audio modules to enhance portability and input handling. Focused on modular project structure and low-level system programming, the work reduced build complexity and prepared the codebase for scalable feature delivery across platforms, with an emphasis on maintainability and future extensibility in cross-platform environments.
2025-03 monthly summary for ECLAIR-Robotics/crackle. Focused delivery on external library integration and cross-platform foundations. Key outcomes: 1) Emotion-raylib integration added as a subproject reference and dependency streamlined by removing the submodule; 2) Cross-platform graphics and audio foundation established with platform-specific C files for RGFW, SDL, DRM, plus a web template; core raylib header and audio modules updated to improve portability, graphics, and input handling. No major bugs reported in this period. Overall impact: reduced build complexity, improved portability, and prepared the codebase for scalable feature development. Technologies demonstrated: C/C++, cross-platform development, platform-specific integration, raylib, submodule management, and modular project structure.
2025-03 monthly summary for ECLAIR-Robotics/crackle. Focused delivery on external library integration and cross-platform foundations. Key outcomes: 1) Emotion-raylib integration added as a subproject reference and dependency streamlined by removing the submodule; 2) Cross-platform graphics and audio foundation established with platform-specific C files for RGFW, SDL, DRM, plus a web template; core raylib header and audio modules updated to improve portability, graphics, and input handling. No major bugs reported in this period. Overall impact: reduced build complexity, improved portability, and prepared the codebase for scalable feature development. Technologies demonstrated: C/C++, cross-platform development, platform-specific integration, raylib, submodule management, and modular project structure.

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