Automate ftm-audit wiring checks from static analysis to runtime verification.
npx skills add https://github.com/kkudumu/feed-the-machine --skill ftm-audit
Please help me install this Agent Skill. Skill: ftm-audit Source: https://github.com/kkudumu/feed-the-machine/tree/main/ftm-audit Command: npx skills add https://github.com/kkudumu/feed-the-machine --skill ftm-audit
ftm-audit automates and enforces wiring integrity across the full lifecycle of an FTM task—from static analysis to adversarial checks and automatic changelog updates—so teams ship reliable, wired code.
Run /ftm-audit after finishing a task to perform the full audit cycle: pattern detection, Layer 1 knip, 1.5 INTENT checks, 1.75 path resolution, Layer 2 adversarial audit, and Layer 3 auto-fix with re-verification; optionally perform Phase 3 runtime wiring if prerequisites are met.
High-intent search queries and answers about installing and using this skill.
To automate wiring audits, run /ftm-audit to perform static analysis, adversarial checks across five wiring dimensions, and auto-fix pipelines with changelog generation. This verifies import chains, routing, rendering, store reads, and API calls end-to-end.
An adversarial wiring audit checks code integrity across import chains, rendering, routing, store reads, and API calls. You need it when shipping reliable, wired code that requires reproducible deployments and verified wiring contracts.
To check INTENT.md coverage, the audit verifies that documentation exists for new or changed functions alongside module-level intents. This ensures documentation requirements are met before deployment and tracks decision history.
Yes, knip is used for Layer 1 static analysis to detect unused files, exports, dependencies, and unreachable modules. The pipeline then applies adversarial audits, generates fixes with a changelog, and re-verifies the results automatically.
Yes, the audit uses static analysis to detect unused dependencies and unreachable modules, then generates auto-fixes and a changelog. It re-verifies the fixes to ensure wiring integrity and reproducible deployments.
Automated wiring audits require prerequisites to be met for Phase 3 runtime wiring checks. Without these prerequisites, the audit focuses on static analysis and adversarial checks, potentially missing runtime-specific wiring issues.
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