Resolve C++ object class names and vtable layouts via RTTI.
npx skills add https://github.com/vzco/arc-probe --skill identify-class
Please help me install this Agent Skill. Skill: identify-class Source: https://github.com/vzco/arc-probe/tree/main/plugins/arc-probe/skills/identify-class Command: npx skills add https://github.com/vzco/arc-probe --skill identify-class
This skill guides AI agents to identify the C++ class of a runtime object by inspecting RTTI structures and vtables, enabling accurate type resolution in memory-probing scenarios.
Provide an object address (and optional module) to resolve its class via RTTI and map its vtable.
High-intent search queries and answers about installing and using this skill.
To identify a C++ class from an object pointer, you use RTTI and vtable inspection. This skill reads runtime memory and disassembly to resolve the demangled class name and inheritance chain for RTTI-enabled binaries.
The best way to map a vtable layout is by inspecting RTTI structures. This enumerates vtable entries from an object pointer to reveal the method layout and full inheritance chain for debugging.
RTTI helps determine the runtime type by providing type information stored alongside vtables. By reading this data from a memory address, you can accurately resolve the demangled class name without needing source code.
Yes, you can resolve object layouts in game internals using RTTI and vtable mapping. This skill applies to binaries or modules with RTTI enabled to diagnose class structures and inheritance for reverse engineering.
Yes, you need RTTI enabled in the binary or module to resolve C++ class names from memory. The skill relies on RTTI structures and vtable entries to return the demangled class name and inheritance chain.
To enumerate vtable entries, provide an object address to resolve its class via RTTI. This maps the vtable structure to return the method layout and demangled class name for reverse engineering tasks.
vzcoMap C++ object memory layouts from addresses using RTTI and hex dumps.
hzqstDetermine a function's vtable offset and index using IDA Pro MCP.
lewingAnalyze WebAssembly binaries from .NET builds to verify SIMD and diagnose regressions.
marcosd4hReconstructs binary type layouts from CUDA C++ IR and MCU assembly IR; outputs CUDA-C++-compatible .h and .c files.
