aria-knowledge

/audit-config — Configuration & Documentation Health Check

Scan all CLAUDE.md files, .claude/settings.local.json configs, plugin manifests, and knowledge files for drift, broken references, and staleness.

Runtime Gate (per ADR-094)

Canonical resolution: This is the Claude Code variant. When both plugin-claude-code and plugin-claude-cowork are loaded in the same session (most common in Claude Desktop), bare /audit-config resolves to this skill — aria-knowledge (Code) is the canonical owner of all 24 dual-port skills per ADR-094 §Part 1. The Cowork variant is namespaced-only: /aria-cowork:audit-config.

Before Step 0: Check that the Bash tool is available in this session. If Bash is NOT available (you are running in Claude Cowork or another non-Code runtime), surface the following notification and wait for explicit user confirmation:

⚠️ Runtime mismatch — you invoked aria-knowledge's /audit-config from a non-Code runtime.

This variant scans local files via Bash + Agent for sub-audits and stats .claude/settings.local.json, none of which are reachable here. For the Cowork-native variant (audits CLAUDE.md + CONFIG.md + plugin manifests reachable from the attached knowledge folder), use /aria-cowork:audit-config.

Use /aria-cowork:audit-config instead? (y / n)

Wait for an explicit reply:

• y / yes — Use the Skill tool to invoke aria-cowork:audit-config with the same arguments the user provided to this invocation. Do not proceed with this skill's steps; the cowork variant takes over and runs to completion. This is the default-yes path — auto-redirect is the helpful action.
• n / no — Proceed with this (aria-knowledge) variant anyway despite the runtime mismatch. The user has explicitly opted in.
• No response / any other reply — Treat as "do not proceed" and exit cleanly without running either variant.

This gate applies even when mode = auto per ADR-094 §Part 3. Auto mode's "implicit-yes on all gates" rule is suspended for the runtime-mismatch check — auto trusts that the user invoked the correct variant, and this gate enforces that precondition. All other auto-mode gates remain bypassed. The friction cost is now low: on y, the auto-redirect runs the correct variant with the original args.

If Bash is available, proceed to Step 0.

Step 0: Resolve Config

Read ~/.claude/aria-knowledge.local.md and extract knowledge_folder and audit_cadence_config. If the file doesn't exist, stop: "aria-knowledge is not configured. Run /setup to get started."

Use {knowledge_folder} as the base path for all knowledge file operations in subsequent steps.

Step 1: Read the Audit Log and Determine Mode

Read {knowledge_folder}/logs/config-audit-log.md.

Note the "Last Audit" date and calculate days since.

Determine how this skill was invoked:

• User-requested (user said /audit-config, "audit configs", "check setup", etc.): Always run the full audit, regardless of how recently the last audit was. Skip directly to Step 2.
• Session-start check (triggered by the SessionStart hook): Check if the configured cadence has been exceeded.
• If cadence exceeded: Prompt the user — "It's been N days since the last config & docs audit. Want me to check for drift?" If they agree, proceed to Step 2. If not, stop.
• If within cadence: Report the last audit date and stop. "Last config & docs audit was N day(s) ago (YYYY-MM-DD). Next check due in M days."

Step 2: Scan Configuration Files

Use agents in parallel to scan these areas:

2a: Settings Files

Find all .claude/settings.local.json files in the current working directory. For each:

• Validate JSON structure
• Check all Bash(...) permission paths exist on disk
• Check all mcp__* references against currently available MCP tools
• Flag stale or redundant permissions
• Check for ghost configs in unexpected locations (e.g., node_modules/)

2b: Plugin Manifests

For each plugin referenced in settings files:

• Compare manifest version against any version claims in CLAUDE.md files
• Verify plugin paths referenced in settings files

2c: Plugin Configs

Check .claude/*.local.md files:

• Verify referenced IDs and paths are properly formatted
• Note configuration settings

Step 3: Scan CLAUDE.md Files

Find all CLAUDE.md files recursively in the current working directory.

Expand via Glob first, then issue Read calls for all found CLAUDE.md files in a single parallel tool-use block. Validation checks run in the main thread after reads complete.

For each file, check:

• File references — do referenced files/paths actually exist?
• Cross-references — do pointers to other CLAUDE.md files resolve?
• Version claims — do stated versions match actual manifests/package.json?
• Version-stamp ripple — when a version appears in one CLAUDE.md, does the same version appear consistently across sibling CLAUDE.md files and memory files that reference the same project? Mismatched versions across surfaces (e.g., root says v2.14.2, sub-project says v2.14.3) signal a post-release update that didn't propagate. See Step 3a for the detection pattern.
• Adoption-state phrases — does language like "NOT YET BUILT", "(placeholder)", "spec drafted, not yet built", "currently disabled", "still has older prototype", "pipeline built but not yet adopted" contradict the actual state of a referenced artifact (plugin.json exists with non-zero version, config flag is enabled, build output is present)? See Step 3a.
• Team roster — is it consistent across CLAUDE.md files?
• Stale content — are there line numbers, dates, or status claims that look outdated?
• Missing references — are there significant docs/files in the project that aren't referenced?

Step 3a: Release-State Cascade Patterns

Two specific cascade shapes are common enough to warrant dedicated detection. Both follow the same structural pattern: one source-of-truth surface changes (a version bump, an enabled flag), and N downstream surfaces fail to update.

3a.1: Version-stamp ripple

After a plugin/package release, version references typically touch 5+ surfaces: the manifest itself, the project's CLAUDE.md status header, any parent container CLAUDE.md table row, the project memory file's description + body + version-row, and the MEMORY.md index entry. Each is small; skipping any creates documentation drift.

Detection:

1. For each plugin manifest (plugin.json) or package.json found, extract the canonical version string (e.g., v2.14.4).
2. Glob CLAUDE.md files in the project + ancestor directories + ~/.claude/projects/.../memory/project_*.md files referencing the project's slug.
3. For each surface, grep for version strings matching the pattern v?\d+\.\d+\.\d+ near a mention of the project name.
4. Flag any surface where the stated version is older than the manifest version. Treat "older" by semver comparison, not string comparison.
5. Do NOT flag surfaces where the version is absent entirely — those are not drift, just under-documentation (out of scope for this check).

Report shape:

Version-stamp drift for {project-slug}:
  Canonical: v{manifest-version} (from {manifest-path})
  Stale surfaces:
    - {surface-path} — stated v{stale-version}
    - {surface-path} — stated v{stale-version}

3a.2: Adoption-state cascade

When a binary config value flips (e.g., enabled=0 → enabled=1 in a deploy script, or a placeholder folder becomes a built artifact), N referenced docs may still describe the prior state.

Detection patterns to grep against CLAUDE.md / README.md / memory files:

| Phrase pattern (case-insensitive) | Inverse-state check | |-----------------------------------|---------------------| | "currently disabled in {flag-name}" | Read the named flag/script; flag drift if value is now enabled | | "NOT YET BUILT" / "(placeholder)" / "spec drafted, not yet built" | Check for pl