
Worked on the OpenVADL/openvadl repository to deliver cross-system endianness standardization, focusing on enabling big-endian memory support throughout memory definitions, ISS, and PPC64. Implemented annotation-based endianness control, allowing per-memory configuration and improving portability across architectures. Updated code generation and build scripts, including Makefile and Python components, to honor explicit target endianness and ensure consistent behavior. Addressed correctness in memory operations by generating proper little- and big-endian variants for load and store helpers. Additionally, optimized performance by disabling PPC64 cosimulation memory checks, reducing overhead during system testing. Demonstrated depth in backend development, memory management, and build configuration.
March 2026 monthly summary for OpenVADL/openvadl: Delivered cross-system endianness standardization with a focus on big-endian support and performance-oriented cosimulation configuration. Implemented annotation-based endianness control across memory definitions, ISS, and PPC64; aligned code generation and build scripts to honor per-memory endianness and improve portability.
March 2026 monthly summary for OpenVADL/openvadl: Delivered cross-system endianness standardization with a focus on big-endian support and performance-oriented cosimulation configuration. Implemented annotation-based endianness control across memory definitions, ISS, and PPC64; aligned code generation and build scripts to honor per-memory endianness and improve portability.

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