
Worked on the valkey-io/valkey repository to improve build stability for 32-bit ARM platforms, focusing on cross-platform development and embedded systems. Addressed architecture-specific issues by gating NEON optimizations exclusively to AArch64, which resolved persistent compile-time errors in bitops.c related to implicit function declarations. This targeted fix enabled reliable cross-builds for 32-bit ARM under Yocto and OpenEmbedded environments, reducing build failures and streamlining continuous integration feedback. Utilized C programming to implement and document the solution, resulting in more robust automated testing with QEMU ARM builds and minimizing the need for manual intervention during the build and deployment process.
Monthly summary for 2025-11: valkey-io/valkey. Focused on ARM 32-bit build stability and cross-platform portability. Delivered architecture-aware NEON gating so NEON is enabled only on AArch64, addressing 32-bit ARM build issues and eliminating implicit function declaration errors in bitops.c. Result is more reliable 32-bit ARM cross-builds (qemuarm) under Yocto/OpenEmbedded, reduced build failures, and faster feedback from CI.
Monthly summary for 2025-11: valkey-io/valkey. Focused on ARM 32-bit build stability and cross-platform portability. Delivered architecture-aware NEON gating so NEON is enabled only on AArch64, addressing 32-bit ARM build issues and eliminating implicit function declaration errors in bitops.c. Result is more reliable 32-bit ARM cross-builds (qemuarm) under Yocto/OpenEmbedded, reduced build failures, and faster feedback from CI.

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