
Mikhail contributed to esbmc/esbmc and espressif/llvm-project, focusing on cross-platform robustness, build stability, and vectorization improvements. He enhanced esbmc’s HTML reporting and execution engine, refactored test infrastructure, and resolved compatibility issues with Clang 18+, using C++ and LLVM IR to improve debugging and portability. In espressif/llvm-project, Mikhail addressed RISC-V backend issues by removing problematic static assertions, adding null-pointer checks to prevent crashes, and enabling vrgather optimizations for vector instructions. His work demonstrated depth in compiler development, low-level systems programming, and static analysis, resulting in more reliable builds, safer code paths, and clearer outputs for stakeholders and CI systems.
Summary for 2025-01: Focused RISCV backend work in espressif/llvm-project delivering build stability, safety, and vectorization improvements. Key outcomes include enabling vrgather for in-bounds constant indices via a refactor of matchSplatAsGather, fixing rv32 builds by removing a static_assert in dup2.cpp, adding a null-pointer check in RISCV lowering to prevent potential clang crashes, and introducing a regression test for PR119527 to cover 32-bit to 64-bit promotion (add_shl_sext). These changes reduce CI flakiness, harden the toolchain, and improve correctness of vector code paths. Technologies demonstrated: C++, LLVM, RISCV backend development, regression testing, and vectorization.
Summary for 2025-01: Focused RISCV backend work in espressif/llvm-project delivering build stability, safety, and vectorization improvements. Key outcomes include enabling vrgather for in-bounds constant indices via a refactor of matchSplatAsGather, fixing rv32 builds by removing a static_assert in dup2.cpp, adding a null-pointer check in RISCV lowering to prevent potential clang crashes, and introducing a regression test for PR119527 to cover 32-bit to 64-bit promotion (add_shl_sext). These changes reduce CI flakiness, harden the toolchain, and improve correctness of vector code paths. Technologies demonstrated: C++, LLVM, RISCV backend development, regression testing, and vectorization.
December 2024: Delivered cross-platform robustness and improved reporting for esbmc/esbmc. Implemented HTML report improvements, reinforced execution engine stability (breakpoints and recursion), cleaned test infrastructure, and fixed build issues across Clang 18+. Resulting changes reduce debugging time, improve portability, and deliver clearer, more actionable outputs for stakeholders.
December 2024: Delivered cross-platform robustness and improved reporting for esbmc/esbmc. Implemented HTML report improvements, reinforced execution engine stability (breakpoints and recursion), cleaned test infrastructure, and fixed build issues across Clang 18+. Resulting changes reduce debugging time, improve portability, and deliver clearer, more actionable outputs for stakeholders.

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