Qubic Lens

This project introduces a Comprehensive Qubic Debugging Suite, specifically engineered to address the current opacity faced by developers working with C++ smart contracts on the Qubic platform. The core of this solution is a powerful Time-Travel Debugger (VCR), which fundamentally changes debugging by allowing users to step forward and backward through transaction execution, frame-by-frame, eliminating guesswork. This capability is significantly enhanced by an AI Insight Engine that analyzes opcode execution in real-time, translating complex C++ logic and memory safety checks into easily understandable, plain English explanations for rapid comprehension. To provide granular visibility into performance and resource usage, the suite incorporates Gas & Opcode Profiling. This feature visualizes the exact QU (Energy) consumption associated with every line of executed code, offering critical data for optimization. Paired with this is a State Diff Engine, which clearly delineates the exact memory slots that have changed during execution, presenting a stark "Before vs. After" comparison that is essential for tracking subtle state corruption bugs. Beyond contract internals, the toolset includes a Network Command Center to offer crucial live operational context. This dashboard visualizes key DevNet metrics such as live hashrate, average block times, and peer latency. By integrating these advanced, transparent tools, this project aims to replace the current slow and error-prone "printf debugging" method with a robust, modern, and efficient workflow essential for leveraging Qubic's high-speed capabilities.