
Worked on the Vector35/binaryninja-api repository to address PowerPC instruction decoding and SPE operand parsing issues, focusing on improving the accuracy and reliability of reverse engineering workflows. Applied expertise in CPU architecture and low-level programming to deliver targeted fixes, including correcting Rx/Ry/Rz extraction in vle16.c and ensuring r0 is properly recognized as a register in intermediate language generation. Utilized C and C++ to resolve edge cases in operand parsing, particularly for EVX and SPE instructions. These changes enhanced disassembly and analysis accuracy, reducing downstream debugging time and maintenance costs for users working with PowerPC binaries in Binary Ninja.
November 2025-10 monthly summary focused on PowerPC decoding and SPE operand parsing fixes in Vector35/binaryninja-api. Implemented a consolidated set of fixes across PPC decoding paths to improve accuracy and reliability for reverse engineering workflows.
November 2025-10 monthly summary focused on PowerPC decoding and SPE operand parsing fixes in Vector35/binaryninja-api. Implemented a consolidated set of fixes across PPC decoding paths to improve accuracy and reliability for reverse engineering workflows.

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