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Clean and refactor code with a focus on unnecessary complexity, reducing lines of code, improving readability, and preferring radare2-native portable APIs.
Triage and audit radare2 binaries via r2xsql — find suspicious behavior, surface crypto/network/persistence APIs, hunt high-complexity functions, and run multi-table queries that combine code, data, and xrefs.
Edit radare2 annotations — comments, flag/function names, local variables, bookmarks — via r2xsql. Use when asked to add comments, rename functions/flags, rename or retype locals, or persist analysis state.
Recover C++ class hierarchies, vtables, and RTTI from a compiled binary via r2xsql's classes and class_methods tables. Use when asked about class/inheritance structure, vtable layout, virtual method tables, or 'what C++ classes does this binary define'.
Connect to radare2 sessions via r2xsql and bootstrap analysis. Use when starting a new SQL session, routing to other skills, or setting up CLI/HTTP/MCP connections.
Query radare2 data and memory — bytes, defined data, byte patterns, assembling/demangling a mnemonic or symbol name, strings, imports, entry points, relocations, linked libraries, and binary metadata — via r2xsql.
Get pseudocode for radare2 functions via r2xsql. Use when asked for a higher-level view of a function than raw disassembly. Runtime-gated by an installed decompiler plugin (r2ghidra / r2dec / built-in pdc).