
Dhaval focused on stabilizing multi-compiler build behavior for RISC-V64 targets in the acidanthera/audk repository, addressing a persistent alignment issue in the build system. He implemented a RISC-V64 build alignment fix by enforcing explicit alignment for the .entry segment and standardizing page sizes, using C and Assembly to modify linker scripts. By introducing separate linker files for Clang and GCC, Dhaval ensured consistent handling of -z options and reduced cross-compiler divergence. This work improved build determinism and reliability across CI pipelines, while also enhancing documentation and maintainability for future embedded systems development on RISC-V architectures.

December 2024 monthly summary for acidanthera/audk focused on stabilizing multi-compiler build behavior for RISC-V64 targets. Implemented RISC-V64 Build Alignment Fix and Clang/GCC Linker Separation to ensure deterministic .entry alignment, standardized page sizes, and separate linker files for Clang and GCC to honor -z options. This change reduces cross-compiler divergence, mitigates build failures, and improves release readiness across CI pipelines.
December 2024 monthly summary for acidanthera/audk focused on stabilizing multi-compiler build behavior for RISC-V64 targets. Implemented RISC-V64 Build Alignment Fix and Clang/GCC Linker Separation to ensure deterministic .entry alignment, standardized page sizes, and separate linker files for Clang and GCC to honor -z options. This change reduces cross-compiler divergence, mitigates build failures, and improves release readiness across CI pipelines.
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