Infer Windows x64 function parameters from prologues and register usage.
npx skills add https://github.com/vzco/arc-probe --skill detect-params
Please help me install this Agent Skill. Skill: detect-params Source: https://github.com/vzco/arc-probe/tree/main/plugins/arc-probe/skills/detect-params Command: npx skills add https://github.com/vzco/arc-probe --skill detect-params
Analyze Windows x64 binaries to reveal function parameter counts, types, and calling conventions by inspecting prologues and register usage.
Provide the function start address in hex to begin analysis and receive the inferred parameter signature.
High-intent search queries and answers about installing and using this skill.
To infer function parameters from an x64 prologue, analyze saved registers and the first usage of argument registers to determine parameter count, types, and calling convention. This reveals the function signature directly from binary code.
Yes, you can detect a this pointer during x64 disassembly by analyzing register usage in the function prologue. Identifying the this pointer allows you to adjust the inferred signature accordingly for member functions.
Determining the calling convention of a Windows x64 function involves inspecting the prologue and tracking argument register usage. This analysis identifies parameter count and types, producing a canonical C-style signature.
You start inferring a function signature by providing the function start address in hex. The analysis processes the prologue and register usage to produce the inferred parameter signature and stack-passed argument guidance.
Prologue analysis provides guidance for stack-passed arguments by validating against cross-references at call sites. While it infers register-based parameters from the prologue, stack arguments require checking cross-reference validation.
vzcoTrace reverse call chains to reveal direct and indirect callers of a target function.
HLND2TLocate CS2 weapon-drop call chains in server binaries via IDA Pro.
eraserlabsParse ARM templates, CLI outputs, or descriptions into Azure architecture diagrams via Eraser API.
hzqstLocate and generate signatures for g_pGameTypes and IGameTypes_CreateWorkshopMapGroup in CS2 server binaries.
