
Worked on the AstroNvim/astrocommunity repository to address a platform compatibility issue by implementing architecture detection in Lua, specifically targeting the aarch64 platform. The solution involved modifying the installation process to skip the Selene linter on aarch64 systems, thereby preventing startup errors while maintaining linting functionality on other architectures. This approach ensured that onboarding remained smooth for users on affected platforms without disrupting workflows elsewhere. Documentation was updated in the README to clearly communicate the new behavior and its rationale. The work demonstrated attention to cross-platform reliability and leveraged skills in Lua and Neovim plugin development for robust configuration management.
May 2025: In AstroNvim/astrocommunity, delivered a platform compatibility fix by implementing architecture detection to skip the Selene linter on aarch64 during installation, preventing startup errors and preserving functionality across other architectures. Updated README with the new behavior. The change is tracked under commit 8325575603f3505a10c50ed292205fe32d369a78. This adjustment improves onboarding reliability and reduces support friction for users on aarch64, while maintaining feature parity and linting where applicable.
May 2025: In AstroNvim/astrocommunity, delivered a platform compatibility fix by implementing architecture detection to skip the Selene linter on aarch64 during installation, preventing startup errors and preserving functionality across other architectures. Updated README with the new behavior. The change is tracked under commit 8325575603f3505a10c50ed292205fe32d369a78. This adjustment improves onboarding reliability and reduces support friction for users on aarch64, while maintaining feature parity and linting where applicable.

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