Inspect

/rune:inspect — Plan-vs-Implementation Deep Audit

Orchestrate a multi-agent inspection that measures implementation completeness and quality against a plan. Each Inspector Ash gets its own dedicated context window via Agent Teams.

Load skills: roundtable-circle, context-weaving, rune-orchestration, team-sdk, goldmask

Flags

Dry-run mode executes Phase 0 + Phase 0.5 + Phase 1 only. Displays: extracted requirements with IDs and priorities, inspector assignments, relevant codebase files, estimated team size. No teams, tasks, state files, or agents are created.

4 Inspector Ashes

For full prompt templates, focus mode, --max-agents redistribution, and --fix gap-fixer protocol — see inspector-prompts.md.

Verify-TOME Mode (--verify-tome)

Early return — runs the finding-verification flow (TRUE_POSITIVE / FALSE_POSITIVE / NEEDS_CONTEXT) instead of the 4 Inspector Ashes plan-vs-implementation audit. The verify-tome flow uses its own rune-verify-tome-{id} team prefix (standalone) and a separate finding-verifier agent type — keeping it isolated from inspect's plan-vs-impl run (Day 5 Q4).

if (args.includes("--verify-tome")) {
  // Read and execute the verify-tome.md algorithm.
  // The branch is fully self-contained — manages its own TeamCreate, batch
  // dispatch, aggregate, and TeamDelete. Inspect's normal Phase 0–7 do NOT run.
  Read(references/verify-tome.md)
  return  // Do not fall through to Phase 0 pre-flight or downstream phases
}

Phase 0: Pre-flight

Parses input (file path or inline description), validates with SEC-003 path guard, reads talisman config with runtime clamping (RUIN-001), and generates a base-36 identifier.

See phase-0-preflight.md for the full pseudocode (Steps 0.1–0.3).

Phase 0.5: Classification

Extracts requirements from plan using plan-parser.md algorithm, assigns to inspectors via keyword classification, applies --focus and --max-agents redistribution.

See phase-0-preflight.md for Steps 0.5.1–0.5.4. See inspector-prompts.md for assignment logic.

Phase 1: Scope

Identifies relevant codebase files by type (file → Glob, code → Grep, config → Grep with glob filter), deduplicates, caps at 120 files. In --dry-run, displays scope + assignments and stops.

See phase-1-scope.md for the full scope resolution code and dry-run output.

Phase 1.3: Lore Layer (Risk Intelligence)

Runs AFTER scope (Phase 1), BEFORE team creation (Phase 2). Discovers existing risk-map or spawns lore-analyst. Re-sorts scopeFiles by risk tier and enriches requirement classification.

See phase-1-scope.md for skip conditions, discovery steps, and the dual-inspector gate. See lore-layer-integration.md for the shared protocol and risk-tier-sorting.md for sorting.

MCP-First Inspector Discovery (v1.170.0+)

Inspector agents can be discovered via MCP search, enabling user-defined inspectors:

# Phase 2: Inspector Selection
inspectors = []

if mcp_available:
  # Discover phase-appropriate inspectors
  candidates = agent_search({
    query: "inspect plan requirements completeness correctness",
    phase: "inspect",
    limit: 8
  })
  inspectors = candidates.filter(c => c.categories.includes("inspection") or c.categories.includes("investigation"))

  # Write signal
  Bash("mkdir -p tmp/.rune-signals && touch tmp/.rune-signals/.agent-search-called")

if not inspectors or len(inspectors) < 4:
  # Fallback: use hardcoded inspector list (base agents with mode dispatch)
  inspectors = [
    { name: "grace-warden", mode: "inspect" },
    { name: "ruin-prophet", mode: "inspect" },
    { name: "sight-oracle", mode: "inspect" },
    { name: "vigil-keeper", mode: "inspect" }
  ]

# For plan-review mode, just change the mode field — the base agent dispatches via the MODE: line in the spawn prompt:
if mode == "plan-review":
  inspectors = inspectors.map(i => ({ ...i, mode: "plan-review" }))

This allows users to register custom inspectors (e.g., "compliance-inspector" for regulatory projects) that participate alongside the 4 built-in inspectors.

Phase 2: Forge Team

Writes state file (with session isolation: config_dir, owner_pid, session_id), creates output directory + inscription.json, acquires workflow lock (reader), runs pre-create guard (teamTransition), TeamCreate + signal directory, creates tasks per inspector + aggregator.

See phase-2-forge-team.md for the full pseudocode (Steps 2.1–2.6).

Phase 3: Summon Inspectors

Read and execute inspector-prompts.md for the full prompt generation contract, mode-aware template selection, inline plan sanitization, and --focus single-inspector logic.

Key rules:

• Summon all inspectors in a single message (parallel, run_in_background: true)
• All inspectors get full scopeFiles — they filter by relevance internally
• model: resolveModelForAgent(inspector, talisman) for each inspector (cost tier mapping)
• Template path: agents/investigation/{inspector}.md (single base agent — mode is dispatched via MODE: <mode> first line of spawn prompt body)

Step 3.1 — Risk Context Injection (Goldmask Enhancement)

If riskMap is available from Phase 1.3, inject risk context (file tiers, wisdom advisories, inspector-specific guidance) into each inspector's prompt. Only inject when non-empty. See risk-context-injection.md for the full injection protocol and risk-context-template.md for rendering rules.

Phase 4: Monitor

Poll TaskList every 30s with stale detection (3 consecutive no-progress → break with warning). See monitor-utility.md for the shared polling utility.

Phase 5 + Phase 6: Verdict

Read and execute verdict-synthesis.md for the full Verdict Binder aggregation, score aggregation, evidence verification, gap classification, and VERDICT.md structure.

Summary:

1. Phase 5.2 (Verdict Binder): Aggregates inspector outputs. Produces VERDICT.md with requirement matrix, 11 dimension scores, gap analysis (9 categories), recommendations.
2. Phase 5.3 (Wait): TaskList polling, 2-min timeout, 10s interval.
3. Phase 6.1 (Evidence check): Verify up to 10 file references in VERDICT.md against disk.
4. Phase 6.2 (Display): Show verdict summary (verdict, completion %, finding counts, report path).

Phase 5-6 Enhancement: Historical Risk Assessment in VERDICT.md

If riskMap is available from Phase 1.3, the Verdict Binder appends a Historical Risk Assessment section (file risk distribution, bus factor warnings, inspection coverage vs risk) to VERDICT.md. Optional — omitted on null/parse error. See verdict-synthesis.md "Historical Risk Assessment" section.

11 Dimensions + 9 Gap Categories

11 Dimensions

9 Gap Categories

Phase 7: Cleanup

See verdict-synthesis.md for full cleanup protocol.

Summary:

1. Shutdown all inspectors + verdict-binder (SendMessage shutdown_request)
2. TeamDelete with filesystem fallback (CHOME pattern)
3. Update state file to "completed" (preserve config_dir, owner_pid, session_id, verdict, completion)
4. Release workflow lock: Bash(\cd "${CWD}" && source plugins/rune/scripts/lib/workflow-lock.sh && rune_release_lock "inspect"`)`
5. Persist echo if P1 findings exist
6. If --fix: run Phase 7.5 remediation (gap-fixer team, 2-min timeout, append results to VERDICT.md)
7. Post-inspection: AskUserQuestion with options (View VERDICT, Fix gaps /rune:strive, /rune:appraise, Done)

Error Handling

Security

• Plan path validated with /^[a-zA-Z0-9._\/-]+$/ before shell interpolation
• Team name validated with /^[a-zA-Z0-9_-]+$/ before rm -rf
• Inspector outputs treated as untrusted (Truthbinding protocol)
• CHOME pattern used for all filesystem operations
• Inline plan sanitized before prompt injection (SEC-002, SEC-004)
• Inspector Ashes are read-only — they cannot modify the codebase