Inspect codebases to classify surfaces as BUILT, NOT WIRED, or ABSENT.
npx skills add https://github.com/Arx-Game/arxii --skill verify-against-code
Please help me install this Agent Skill. Skill: verify-against-code Source: https://github.com/Arx-Game/arxii/tree/main/tools/skills/verify-against-code Command: npx skills add https://github.com/Arx-Game/arxii --skill verify-against-code
Before you propose building anything new — or accept that something "doesn't exist" — prove it by reading the code and finding (or failing to find) a live caller. Never let a doc, an index, or a prior summary stand in for that proof.
Inspect the codebase to locate a live caller before proposing a new surface.
High-intent search queries and answers about installing and using this skill.
To verify code surface existence, inspect the codebase to locate a live caller using grep. Classify surfaces as BUILT & WIRED, BUILT, NOT WIRED, or ABSENT to confirm whether a proposed change is truly new or already achievable.
A live caller check is a surface verification process that reads actual code to locate usages, preventing anti-reinvention by proving a surface exists rather than relying on design specs, stubs, or prior documentation summaries.
Prevent duplicate code surfaces by performing capability checks across existing surfaces. Use grep to find live usages and classify them as BUILT & WIRED, BUILT, NOT WIRED, or ABSENT before proposing any new architecture changes.
You cannot trust design specs or stubs to confirm code existence. You must read the actual code and find a live caller to prove the surface exists, classifying its state to accurately determine if a proposed change is already achievable.
Perform a capability check before proposing architecture changes when you need to determine if a proposed change is truly new or already achievable. Verify code surfaces by locating live callers to prevent anti-reinvention across your codebase.
The best way to classify code surfaces is to grep for live usages and categorize them as BUILT & WIRED, BUILT, NOT WIRED, or ABSENT. This surface verification method ensures you confirm existence before proposing changes.
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