
Worked on the wasm-micro-runtime repository, focusing on build system modernization, cross-platform packaging, and compatibility with evolving toolchains. Applied C, C++, and CMake expertise to refactor build scripts, introduce shared library support, and ensure proper installation of headers and package files, simplifying downstream integration. Addressed cross-compilation challenges by stabilizing builds for 32-bit non-x86 targets and refining PIC and SIMD handling, which improved portability and CI reliability. Enhanced compatibility with LLVM 21 and 22 by adapting to breaking changes while maintaining support for older versions, ensuring the runtime remained robust across toolchains and architectures. Prioritized test stability and maintainability throughout.
May 2026 monthly summary for wasm-micro-runtime (bytecodealliance/wasm-micro-runtime). Focused on enabling compatibility with newer LLVM toolchains while maintaining support for older versions, delivering a robust cross-version runtime ready for LLVM 21/22 upgrades.
May 2026 monthly summary for wasm-micro-runtime (bytecodealliance/wasm-micro-runtime). Focused on enabling compatibility with newer LLVM toolchains while maintaining support for older versions, delivering a robust cross-version runtime ready for LLVM 21/22 upgrades.
March 2025 — Focused on stabilizing cross-target builds for WAMRC within wasm-micro-runtime. Delivered a critical fix to the cross-compiler for 32-bit non-x86 targets by introducing dummy relocation functions for AOT and refining PIC flag handling and SIMD support; ensured successful cross-compilation across targets. This resolved build issue (#4112). Impact: increased portability, CI reliability, and accelerated deployment to additional architectures. Technologies demonstrated: C/C++, cross-compilation workflows, AOT processing, PIC/SIMD configuration, and build-system debugging.
March 2025 — Focused on stabilizing cross-target builds for WAMRC within wasm-micro-runtime. Delivered a critical fix to the cross-compiler for 32-bit non-x86 targets by introducing dummy relocation functions for AOT and refining PIC flag handling and SIMD support; ensured successful cross-compilation across targets. This resolved build issue (#4112). Impact: increased portability, CI reliability, and accelerated deployment to additional architectures. Technologies demonstrated: C/C++, cross-compilation workflows, AOT processing, PIC/SIMD configuration, and build-system debugging.
February 2025 monthly summary for tschneidereit/wasm-micro-runtime. Focused on build reliability, cross-platform packaging, and test stability. Key outcomes include CMake modernization enabling BUILD_SHARED_LIBS and proper header/package installation, cross-platform packaging improvements for Windows and macOS, and a critical libc_builtin_test fix improving test stability and correctness. These changes reduce CI noise, simplify distribution, and enhance portability.
February 2025 monthly summary for tschneidereit/wasm-micro-runtime. Focused on build reliability, cross-platform packaging, and test stability. Key outcomes include CMake modernization enabling BUILD_SHARED_LIBS and proper header/package installation, cross-platform packaging improvements for Windows and macOS, and a critical libc_builtin_test fix improving test stability and correctness. These changes reduce CI noise, simplify distribution, and enhance portability.

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