
Worked on the Vector35/debugger and Vector35/binaryninja-api repositories, delivering debugger enhancements and reliability improvements over three months. Developed features such as unified active PID retrieval, module-aware address resolution, and conditional breakpoints, improving debugging accuracy and workflow consistency. Implemented multi-row selection in the registers widget and manual rebasing for flexible process analysis. Addressed bugs including deterministic breakpoint stepping, UI stability with nullptr checks, and robust slice handling in core data structures. Leveraged C++, Python, and the Qt Framework to build maintainable, testable solutions, emphasizing API design, backend development, and unit testing to ensure reliability and a seamless user experience.
January 2026 performance summary: Delivered focused debugger enhancements and API robustness across Vector35/debugger and Vector35/binaryninja-api. The work emphasizes business value through improved debugging workflows, reliability, and safer data handling.
January 2026 performance summary: Delivered focused debugger enhancements and API robustness across Vector35/debugger and Vector35/binaryninja-api. The work emphasizes business value through improved debugging workflows, reliability, and safer data handling.
December 2025 delivered targeted debugger enhancements and reliability improvements for Vector35/debugger, focusing on module-aware address resolution, conditional breakpoints, and API stability. The work improves debugging accuracy for modular applications, accelerates issue reproduction, and provides a solid foundation for future features across C++, Python bindings, and GUI integrations.
December 2025 delivered targeted debugger enhancements and reliability improvements for Vector35/debugger, focusing on module-aware address resolution, conditional breakpoints, and API stability. The work improves debugging accuracy for modular applications, accelerates issue reproduction, and provides a solid foundation for future features across C++, Python bindings, and GUI integrations.
October 2025: Delivered Active PID Retrieval Across Debugger Adapters, introducing a unified active_pid property to identify the PID of the currently debugged process across all adapters and the main debugger controller. This change improves precision in process targeting, simplifies attach/detach workflows, and enhances cross-adapter consistency for debugging sessions.
October 2025: Delivered Active PID Retrieval Across Debugger Adapters, introducing a unified active_pid property to identify the PID of the currently debugged process across all adapters and the main debugger controller. This change improves precision in process targeting, simplifies attach/detach workflows, and enhances cross-adapter consistency for debugging sessions.

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