
During their work on SerenityOS/serenity, filmroellchen developed foundational RISC-V disassembly capabilities within the LibDisassembly library, focusing on decoding uncompressed instruction formats and supporting a range of types including R, I, S, B, U, J, and R4. Using C++ and assembly language, they implemented logic to parse raw bit patterns and extract fields for higher-level analysis, enabling broader architecture support. In a subsequent phase, filmroellchen addressed floating-point decoding order issues for RV64D, expanded test coverage across RV32I/RV64I and ISA extensions, and reinforced the test harness, demonstrating depth in compiler development and low-level programming for embedded systems.

August 2025 — RISC-V disassembly improvements in SerenityOS/serenity: fixed FP decoding ordering issues, expanded test coverage, and reinforced test harness to boost reliability and developer productivity across RV32I/RV64I and ISA extensions.
August 2025 — RISC-V disassembly improvements in SerenityOS/serenity: fixed FP decoding ordering issues, expanded test coverage, and reinforced test harness to boost reliability and developer productivity across RV32I/RV64I and ISA extensions.
March 2025 monthly summary focusing on key accomplishments for SerenityOS/serenity. This month centered on delivering foundational RISC-V disassembly capabilities within LibDisassembly to advance architecture support and analysis tooling.
March 2025 monthly summary focusing on key accomplishments for SerenityOS/serenity. This month centered on delivering foundational RISC-V disassembly capabilities within LibDisassembly to advance architecture support and analysis tooling.
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