
Worked on the radareorg/radare2 repository to address a build system issue related to libuv integration. Focused on C programming and build system configuration, the developer resolved undefined reference errors that occurred when compiling with libuv support enabled. By moving session-related function definitions outside of the HAVE_LIBUV conditional block, the fix ensured these functions remained available across all build configurations. This approach improved build reliability and prevented linker errors, benefiting both libuv-enabled and disabled setups. The work contributed to more stable continuous integration processes and streamlined onboarding for users, reflecting a careful and targeted approach to cross-configuration compatibility in C projects.
January 2026 monthly summary for radare2: Delivered a Libuv Build Compatibility Fix to address undefined references when compiling with -D use_libuv=true. The change moves functions out of the #else branch of the HAVE_LIBUV conditional so they are always available, preventing linker errors and improving cross-configuration build reliability across libuv-enabled and disabled setups. This reduces build failures, speeds onboarding for users with libuv-enabled builds, and stabilizes CI across configurations.
January 2026 monthly summary for radare2: Delivered a Libuv Build Compatibility Fix to address undefined references when compiling with -D use_libuv=true. The change moves functions out of the #else branch of the HAVE_LIBUV conditional so they are always available, preventing linker errors and improving cross-configuration build reliability across libuv-enabled and disabled setups. This reduces build failures, speeds onboarding for users with libuv-enabled builds, and stabilizes CI across configurations.

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