Decompiles functions from debugged binaries into readable C-like pseudocode using the angr analysis framework.
This skill integrates the powerful angr binary analysis engine with x64dbg to provide high-level decompilation capabilities directly within your Claude Code environment. It automates the complex process of identifying function boundaries, resolving symbols, and calculating Relative Virtual Addresses (RVA) to generate human-readable C-like pseudocode. Whether you are analyzing malware, reverse engineering proprietary software, or debugging complex binary crashes, this skill helps you understand low-level logic without having to manually parse assembly code.
Características Principales
01Automated C-like pseudocode generation using the angr analysis engine
0257 GitHub stars
03Support for both 64-bit (RIP) and 32-bit (EIP) instruction pointers
04Automatic module path identification and RVA calculation
05Seamless integration with x64dbg for real-time memory and symbol resolution
06Targeted decompilation via specific hex addresses or symbol names
Casos de Uso
01Security auditing of compiled binaries to identify potential vulnerabilities
02Analyzing malware behavior by converting obfuscated assembly into readable code
03Reverse engineering binary logic to understand undocumented functionality
