
Worked on enhancing the LizardByte/Sunshine project by modernizing the macOS build system and improving input handling for a more native user experience. Upgraded the build configuration to C++23 and aligned ICU root usage, establishing a robust foundation for future development and easier maintenance. Focused on input pipeline improvements by preserving modifier key states across events, distinguishing left and right modifiers, and introducing a dedicated keyboard event source. Additionally, implemented scroll input scaling based on user settings. Utilized C++, CMake, and event handling expertise to reduce build failures and streamline platform-specific feature delivery, supporting ongoing macOS development and testing readiness.
May 2026 monthly performance summary for LizardByte/Sunshine focused on macOS build reliability and input UX improvements. Modernized the macOS build configuration by upgrading to C++23 and aligning ICU root usage, establishing a stable foundation for future platform enhancements and streamlined maintenance. Implemented comprehensive macOS input handling improvements, including preserving modifier keys across events, providing left/right modifier identities, introducing a dedicated keyboard event source, and scaling scroll input per user settings. These changes reduce platform-specific friction, improve native feel and responsiveness, and accelerate ongoing platform work. The work demonstrates strong attention to build configuration, input pipeline robustness, and end-to-end traceability through commits and testing readiness.
May 2026 monthly performance summary for LizardByte/Sunshine focused on macOS build reliability and input UX improvements. Modernized the macOS build configuration by upgrading to C++23 and aligning ICU root usage, establishing a stable foundation for future platform enhancements and streamlined maintenance. Implemented comprehensive macOS input handling improvements, including preserving modifier keys across events, providing left/right modifier identities, introducing a dedicated keyboard event source, and scaling scroll input per user settings. These changes reduce platform-specific friction, improve native feel and responsiveness, and accelerate ongoing platform work. The work demonstrates strong attention to build configuration, input pipeline robustness, and end-to-end traceability through commits and testing readiness.

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