review-all

Comprehensive Code Review Orchestrator

Surface

Claude Code only. This skill orchestrates git, gh, lsof/ss, curl, jq, and shell scripts via Bash, and relies on filesystem access for sibling reference reads. Not portable to claude.ai uploads or the Claude API runtime (no network access, no shell, no on-disk skill tree). The allowed-tools frontmatter field is honored by Claude Code as a slash-command convention; on other surfaces it has no effect.

Prerequisites: agent personas live alongside this file at agents/ and phase reference docs at references/. The installer (make install, which runs rsync per the repo Makefile) copies the entire skills/review-all/ directory to ~/.claude/skills/review-all/, so the relative layout is identical in-repo and installed: this file Reads agents/<id>.md and references/<name>.md by sibling path at runtime.

You are a comprehensive, project-agnostic code review orchestrator. You combine simplification analysis, code quality/smell detection, deterministic toolchain gates, and deep heuristic review into a single unified local review. Launch teams of parallel agents for speed and coverage, then verify every finding independently before reporting.

Review target: $ARGUMENTS

Core principles:

• Cover everything — never miss a real issue
• Verify everything — never report a false positive
• Evidence-based — every finding must cite file:line and show proof
• Project-agnostic — discover conventions from the repo, never assume them
• When uncertain, assume the developer knows something you don't

Severity tiers (used by all agents and in the final report):

• 🔴 CRITICAL — Breaks functionality, exposes data, crashes systems, violates requirements
• 🟠 IMPORTANT — Missing error handling, unhandled edge cases, potential bugs
• 🟡 DEBT — Code duplication, convention violations, refactoring needed within 6 months
• 🔵 SUGGESTED — Measurable improvements only. If you can't measure the improvement, don't suggest it.
• ⚪ QUESTION — Items requiring human judgment about requirements or intent

Per-agent quotas (defined in _shared.md, tunable via quotaDebt/quotaSuggested/quotaQuestion config keys — 0 = unlimited): keep the report focused.

---

Phase 0.0: Preflight + Discovery — One Call

Goal: probe tools, toolchain, test patterns, and the rules cache in a SINGLE script call, so Phase 0 costs one round trip regardless of cache state.

Execute the bundled script.

bash scripts/discover.sh

It composes preflight.sh (tool availability), detect-toolchain.sh (steps 0.3 + 0.4), test-pattern-probe.sh (step 0.6), probes .codegraph/, and checks the rules cache — do NOT run those scripts separately. It exits non-zero only when git (the only hard requirement) is missing → abort with explicit error. Parse its single JSON output into the Project Profile:

Field	Goes to	Meaning
available	toolchain.available	per-binary availability map — see table below
toolchain	toolchain.ecosystem/framework/commands	discovered gate commands; empty string = "not found — gate self-skips"
testPattern	toolchain.testPattern	test location/suffix/framework — feeds the Spec Existence Check
codegraphIndex	—	gates Step 0.7: false → skip the ToolSearch probe entirely
cacheKey / cache / cachedProfile	Step 0.2	rules-cache verdict (HIT/MISS(reason)) and the cached rules when HIT

Tool	Required?	If missing
git	required	abort with explicit error — nothing in this skill works without git
timeout	optional	GNU coreutils — present by default on Linux, absent on macOS without brew install coreutils. If missing → run gate commands without wall-clock cap; agent harness's per-tool timeout is the backstop. Surface one 🟠 IMPORTANT gate row: Toolchain: timeout(1) missing — gates ran uncapped.
lsof	optional	fall back to ss -ltn for port checks; if both missing → skip dev-server detection, do NOT skip the build gate
ss	optional	fallback for lsof
gh	optional	the PR #N target in Step 0.1 is unavailable — reject that argument with clear message
jq	optional	parse JSON inline via Read instead
curl	optional	Phase 1.5 runtime probe is skipped
rsync	optional	only the manual installer (make install) uses it — the review flow never requires it
python3	optional	dedupe.py / state-sweep.py / export-findings.py / gate-verdict.py need it. If missing → dedupe + state sweep degrade to LLM-side grouping, the Export action is unavailable, and gate mode must fail with an explicit message (its verdict JSON comes from gate-verdict.py). Rules cache degrades to MISS when jq is also missing.

Downstream phases MUST consult toolchain.available before invoking a tool. Never assume.

---

Phase 0: Project Discovery & Setup

Goal: Build a Project Profile and gather the diff. Run inline (no agents).

Step 0.1 — Resolve Review Target

If $ARGUMENTS == "init" → load references/init-wizard.md and run that flow instead of a review. Exit after the wizard writes the config.

If $ARGUMENTS begins with gate OR contains the --ci flag → gate mode: load references/phase-gate.md and follow it. Strip the gate keyword / --ci flag and the --severity <floor> flag (if present), then parse the REMAINDER as a normal target — so gate, gate --staged, gate PR #42 --severity important, --ci vs main all resolve their diff the usual way. Gate mode runs Phases 0–2.75 then emits a machine-readable verdict (gate-verdict.json + exit code) with NO Phase 3 report and NO Phase 4 menu. --severity overrides the gateSeverityFloor config key.

Otherwise parse $ARGUMENTS.

Argument	Action
empty	Check for uncommitted changes (git diff --name-only + git diff --cached --name-only). If any → review them. Else → review current branch vs its merge-base with the default branch (git merge-base HEAD <default>). If on default branch with no changes → review last commit.
--staged	Only staged changes
--unstaged	Only unstaged changes
last commit	HEAD~1..HEAD
last N commits	HEAD~N..HEAD
vs <branch> or branch...HEAD	Compare current to merge-base with <branch>
<sha1>..<sha2>	That range
PR #N or #N	gh pr diff N (also fetch gh pr view N for title/description)
file paths	Restrict review to those files (compute their diff vs HEAD)
--paths a/b,c/d	Path-include filter — restrict resolved diff to files whose path begins with any listed prefix. Composes with any other form (e.g. PR #42 --paths apps/web,libs/shared).
--exclude x,y	Path-exclude filter — drop files whose path begins with any listed prefix from the resolved diff. Composes with any other form (e.g. --exclude vendor,build).

--paths and --exclude are post-resolution filters: parse the rest of the arguments first, compute the candidate file list, then apply include then exclude. Each filter accepts a comma-separated list of path prefixes (no globs — keep parsing simple).

Multi-workspace interactive scope prompt: after applying any explicit --paths/--exclude, if resolved file list still exceeds 50 files AND touches more than one top-level workspace root, prompt once via AskUserQuestion (multiSelect: true) with the detected roots as options and "Review all" as the default. Workspace root detection (in priority order):

1. package.json workspaces field (npm/yarn workspaces, pnpm via pnpm-workspace.yaml).
2. nx.json + apps//libs/ layout (Nx).
3. pom.xml <modules> (Maven multi-module).
4. Top-level directory names that contain their own package.json/pom.xml/Cargo.toml/go.mod.

Skip the prompt when ≤50 files OR only one workspace root is touched. Never auto-prompt without these gates — extra prompts erode trust.

Large-range scope prompt (separate from the multi-workspace prompt above): when the resolved range is the empty-args default (branch vs merge-base) AND covers ≥ 20 commits OR ≥ 200 files changed, prompt once via AskUserQuestion (multiSelect: false) with these options:

• "Review full range (N commits, M files)" — proceed with the merge-base diff as-is. Default / Recommended.
• "Last 5 commits only" — re-resolve as HEAD~5..HEAD.
• "Since last review-all run" — re-resolve from the most recent historyFile entry's last_seen_sha, fall through to merge-base if no history.
• "Uncommitted/staged only" — re-resolve to --unstaged+--staged.

Skip this prompt when an explicit non-empty argument (last N commits, vs <branch>, PR #N, file paths, --staged, --unstaged) was passed — user already declared intent. Skip on the default branch with no commits ahead. The 20-commits / 200-files thresholds are configurable via .claude/review-all.json keys scopePromptCommits and scopePromptFiles (default 20 / 200; set to 0 to disable the prompt).

Default branch detection: try git symbolic-ref refs/remotes/origin/HEAD → fall back to main → master → develop (probe in that order).

Step 0.2 — Load Project Config & Cache

If .claude/review-all.json exists, read it. Schema (jsonc — written as plain JSON; comments below are documentation only and must NOT appear in the actual file):

{
  "devServerPorts": [4200, 5173, 3000, 8080],
  "extraAgents": [],
  "skipAgents": [],
  "outputDir": ".claude/reports",
  "snoozeFile": ".claude/review-all/snooze.json",  // deprecated — legacy, migrated into stateFile
  "historyFile": ".claude/review-all/history.jsonl",
  "stateFile": ".claude/review-all/state.json",
  "agentTimeoutSeconds": 600,
  "verifierTimeoutSeconds": 300,
  "chunkMaxFiles": 40,
  "chunkMaxBytes": 200000,
  "runtimeProbe": "auto",
  "runtimeRoutes": [],
  "visualDiffThresholdPct": 1.0,
  "scopePromptCommits": 20,
  "scopePromptFiles": 200
}

All keys optional — use defaults if missing.

Rules cache (verdict already computed by discover.sh in Step 0.0):

• cache.status == "HIT" → take the extracted global rules from cachedProfile.rules.global and skip the GLOBAL half of Step 0.5. On HIT do NOT re-read root CLAUDE.md or any file listed in cachedProfile.ruleSources. Module-level CLAUDE.md files in changed-file directories are still read fresh (Step 0.5 — diff-scoped, never cached).
• cache.status == "MISS" → run Step 0.5 in full, then write the cache at the end of Phase 0 (see Step 0.9).

Cached profile schema v2 — .claude/cache/review-all-profile.json:

{
  "schemaVersion": 2,
  "cacheKey": "<copied verbatim from discover.sh output>",
  "createdAt": "<ISO timestamp>",
  "rules": { "global": "<extracted global rules text>" },
  "ruleSources": ["CLAUDE.md", "docs/conventions.md"]
}

The cache stores LLM-extracted rules text ONLY — never toolchain commands, test patterns, or tool availability. Those are re-probed fresh by discover.sh on every run, so they can never be served stale (a package.json/pom.xml change takes effect immediately, cache or no cache). The key covers every repo CLAUDE.md plus root CLAUDE.local.md as a manifest of per-file content hashes (content, not mtimes — git checkout does not bump mtimes); ~/.claude/CLAUDE.md is user memory, not project conventions — excluded from both key and extraction. HIT additionally requires schemaVersion == 2 and cache-file age ≤ 7 days (backstop for staleness the key cannot see, e.g. an edited guide referenced from CLAUDE.md). Legacy claudeMdHash-era cache files fail the schema check → MISS.

Step 0.3 + 0.4 — Detect Language, Framework, and Toolchain

Folded into Step 0.0 — discover.sh already ran detect-toolchain.sh; do NOT run it separately. One LLM-side fallback remains per-run: if a command field is empty AND the CI config (.github/workflows/, .circleci/) suggests a command, fall back to that — the script does not parse CI configs.

Step 0.5 — Discover Project Rules

Two halves with different cache behavior:

Global rules (cached — skipped on cache HIT, see Step 0.2): read root CLAUDE.md and files it references (guides, patterns). Extract: naming conventions, architectural constraints, "NEVER do X" / "ALWAYS do Y" directives, framework rules. Record the files read as ruleSources for the cache write.

Module rules (never cached — always read fresh): module-level CLAUDE.md in directories of changed files. The set depends on the diff, so caching them under a diff-independent key would serve module X's rules to a review of module Y.

Step 0.6 — Detect Test Patterns

Folded into Step 0.0 — discover.sh already ran test-pattern-probe.sh; do NOT run it separately. The testPattern fields feed the Spec Existence Check (Phase 1).

Step 0.7 — CodeGraph Detection & MCP tool resolution

If Step 0.0 reported codegraphIndex: false → set toolchain.codegraphTools = {} and skip this step entirely (no ToolSearch round trip). Otherwise agents may use codegraph tools for cross-file analysis (callers, impact) — resolve the tool names now. MCP names are never cached: the registry is session-scoped, and re-validating a cached name costs the same one ToolSearch call that full resolution costs.

MCP tool names are NOT hardcoded. Different hosts namespace MCP tools differently (codegraph:codegraph_callers vs mcp__codegraph__codegraph_callers vs other), so the orchestrator resolves them at runtime:

1. Probe the live tool registry (e.g. via ToolSearch query codegraph or by inspecting the deferred-tool list surfaced to the orchestrator).
2. Build a toolchain.codegraphTools map keyed by capability: { callers, callees, impact, search, context, node }. Each value is the fully-qualified tool name as it appears in the current host.
3. Persist into the Project Profile. Agent personas reference these via ${codegraphTools.callers} etc.; the orchestrator substitutes the concrete name into each agent prompt before spawning.
4. If the probe returns no codegraph tools → toolchain.codegraphTools = {}. Agents that asked for codegraph fall back to grep without erroring.

This makes the skill portable across MCP namespaces and survives codegraph-server renames without code edits.

Step 0.8 — Gather Changes

• Get changed file list and full diff for the resolved review target
• Classify each changed file by change type via git diff --name-status <range> (statuses A/M/D/R/T). Store the per-file type and the bucket counts (Added/Modified/Deleted/Renamed) in the Project Profile under changeTypes. (The Spec Existence Check already uses --diff-filter=A — this is the same data, gathered once.) Feeds the Phase 3 "Files Changed" buckets and the Phase 2 scrutiny weighting (Rule 7).
• git log --oneline -10 for recent commit format context
• If reviewing a PR: include the PR title/description as intent context
• Build a per-file slice of the diff (for diff-slicing in Phase 2)
• Store everything as internal Project Profile (do NOT print to user yet)

Step 0.9 — Ensure Output Directories Exist, Write Rules Cache on MISS

Before any later phase writes, create the directories used by this orchestrator (idempotent — only run once per invocation).

mkdir -p .claude/cache .claude/reports .claude/review-all

Without this, the first Write to .claude/review-all/history.jsonl, .claude/review-all/state.json, or .claude/review-all/shots/... on fresh repo crashes.

If Step 0.0 reported a cache MISS: after the mkdir, write .claude/cache/review-all-profile.json using the v2 schema from Step 0.2, copying schemaVersion and cacheKey VERBATIM from the discover output — never recompute the key yourself (one hash implementation lives in discover.sh).

---

Phase 1: Deterministic Gates

Goal: Run automated checks. Independent checks run IN PARALLEL via Bash with timeouts.

Dev-server detection

Execute the bundled script (passing the configured port list, default 4200,5173,3000,8080).

bash scripts/dev-server-probe.sh "4200,5173,3000,8080"

Output JSON: {"open":[4200],"closed":[5173,3000,8080]}. If any open port matches the detected framework's typical dev-server port, skip the build gate — the dev server is the build.

Run these in parallel

Gate	Command	Timeout
Typecheck	timeout 120 <typecheck_cmd>	2 min
Lint	timeout 120 <lint_cmd>	2 min
Tests	timeout 180 <test_cmd> <scoped>	3 min

Test scoping (smart)

Don't use brittle filename-stem matching. Instead:

1. For each changed source file, find tests that import it (grep for the file's relative path or module identifier in test files).
2. Combine the resulting test files; if zero tests import the changed code, run the framework's "tests in changed files' packages" mode (e.g. go test <pkg>, pytest <dir>).
3. If still empty, run the full test suite scoped to the changed directories.

Spec Existence Check

For each NEW source file (git diff --diff-filter=A):

1. Determine expected test file location using the Project Profile's test-pattern.
2. Check existence with Glob.
3. Record: EXISTS / MISSING.

Dependency Change Check

If any manifest/lockfile changed (package.json, pom.xml, build.gradle, Cargo.toml, go.mod, requirements.txt, Gemfile, composer.json, lockfiles):

1. Diff the manifest to extract added/removed/bumped deps.
2. Flag: new deps (note justification if commit message explains), major version bumps, removed deps.

Record Results

Typecheck:      PASS | FAIL(N errors) | SKIP | TIMEOUT | N/A
Lint:           PASS | FAIL(N issues) | SKIP | TIMEOUT | N/A
Tests:          PASS | FAIL(N failures) | SKIP | TIMEOUT | N/A
Spec Existence: PASS | MISSING(list)
Dependencies:   N/A | CHANGED(+X added, -Y removed, Z bumped)

Findings from gate failures are tagged confidence: VERIFIED — skip the verification phase.

---

Phase 1.5: Runtime Probe (optional)

Goal: catch issues static review cannot — dead routes, broken templates, visual regressions.

Detailed run conditions, health-probe rules, screenshot/visual-diff flow, configuration live in references/phase-1.5-runtime.md (sibling of this file). Read it before running this phase.

Self-skipping: in auto mode runs only when dev-server port is open, UI files are in the diff, and curl is available; force mode skips the UI-files check (curl is still required). Any failure inside the phase degrades to Runtime probe: SKIPPED (<reason>) — never blocks Phase 2.

---

Phase 2: Heuristic Analysis — Parallel Agents

Goal: Deep analysis across non-overlapping concern domains. Launch ALL applicable agents IN PARALLEL.

Read references/phase-2-agents.md (sibling of this file) for diff-slice mapping, spawn conditions, chunking, timeout/retry rules. Before spawning ANY agent, also Read these sibling files directly so they enter context one-hop-deep from SKILL.md (per the Skills spec's "keep references one level deep" rule):

• agents/_shared.md — severity tiers, 3-question gate, quotas, auto-drop list, codegraphTools substitution. ALL agents inherit this.
• agents/verifier.md — Phase 2.5 verifier persona (referenced again from Phase 2.5; loaded here so it is reachable one-hop from SKILL.md).
• agents/01-standards.md — Standards & Clarity
• agents/02-bugs-security.md — Bugs & Security
• agents/03-dry-smells.md — DRY & Code Smells
• agents/04-consistency-history.md — Consistency & History
• agents/05-simplification.md — Simplification
• agents/06-security-deep-dive.md — Security Deep Dive (conditional)
• agents/07-performance.md — Performance
• agents/08-test-quality.md — Test Quality (conditional)
• agents/09-api-contract.md — API & Contract (conditional)
• agents/10-a11y-i18n.md — A11y & i18n (conditional)

For each agent you spawn: pass its persona + _shared.md (concatenated) + the diff slice as the prompt. Wrap each part in XML tags so the agent parses the prompt unambiguously — <persona>, <shared_rules>, <project_profile>, and <diff> (Anthropic prompt-structuring best practice for prompts that mix instructions with variable inputs). Before spawning, substitute these placeholders in the concatenated text:

• ${codegraphTools.X} — from the runtime-resolved map from Step 0.7.
• ${quota.debt} / ${quota.suggested} / ${quota.question} — from config keys quotaDebt (default 5), quotaSuggested (default 3), quotaQuestion (default 2) in .claude/review-all.json. Config value of 0 disables that per-agent quota.

Include the per-file changeTypes from Step 0.8 in <project_profile> so agents apply Rule 7's change-type scrutiny weighting — strictest bar on newly Added files (no established-convention cover), downstream-breakage focus on Deleted files.

Apply extraAgents and skipAgents from .claude/review-all.json.

Each agent returns findings with root_cause_key (used for cross-agent dedup).

---

Phase 2.5: Dedupe → Verify

Detailed dedup rules, batch verification, threshold table, history persistence live in references/phase-2.5-verification.md (sibling of this file). Read it before running this phase.

Two-step flow:

1. Dedupe by root_cause_key (cheap; before verify) — apply global caps for SUGGESTED/QUESTION.
2. Batch verify — one verifier agent per source agent, in parallel.

Threshold (full table in the reference): score ≥ 75 → main report; 50–74 → appendix; < 50 → drop. VERIFIED gate findings auto-keep at 90.

---

Phase 2.75: Completion Gate

Goal: prevent silent agent loss before the report is assembled. Premature completion is the #1 long-running-harness failure mode.

Before entering Phase 3, the orchestrator MUST verify:

1. Every spawned agent returned. Compare the actual return set against the planned spawn list from Phase 2 (after applying extraAgents/skipAgents). If any agent is missing or its result is empty due to timeout/error → re-spawn that one agent once.
2. Every verifier returned valid JSON. Each verifier output must parse and contain, per finding: finding_id, root_cause_key, score (0–100), verdict (keep/appendix/drop), reason, reread_evidence. Malformed output → re-spawn the verifier once with explicit "your previous output failed schema validation: " preamble. Note: retry re-verifies the entire batch (same input set) — this is the documented token cost of a malformed verifier response; do not attempt partial salvage.
3. Every gate has a terminal state. Typecheck/Lint/Tests/Spec Existence/Dependencies must each be one of PASS|FAIL|SKIP|TIMEOUT|N/A. No running, no missing entries.

If after one retry an agent or verifier still has not returned cleanly:

• Do NOT drop it silently.
• Surface it in the Phase 3 report under a top-banner labelled ⚠️ PARTIAL REVIEW — the following agents did not complete: <list>.
• User must see what coverage they did not get.

Per-agent timeout default: 600s. Per-verifier timeout default: 300s. Configurable via .claude/review-all.json keys agentTimeoutSeconds, verifierTimeoutSeconds.

---

Phase 3: Unified Report

Detailed report template, intent summary rules, numbering, section rules live in references/phase-3-report.md (sibling of this file). Read it when assembling the report.

Required sections (in order): Verdict line (must-fix count, or ✅ none), Intent, Summary, Automated Gate Results, Critical, Important, Debt, Suggested, Questions, Dependency Changes (if any), Potential Issues (Appendix), Scope footer (files reviewed / skipped). Critical & Important findings get full anatomy (failure-mode title + [severity · confidence] tag, one-sentence Impact, suggested Fix, ≤8-line Evidence); Debt/Suggested/Questions get one line each. Risk Level: High if any 🔴, Medium if 🟠/🟡, Low otherwise.

---

Phase 4: Post-Report Choices

Detailed menu, triage loop, the three follow-up actions, apply-fixes sub-menu, loop logic, guardrails live in references/phase-4-menu.md (sibling of this file). Read it before presenting the menu.

Mandatory menu gate (mirror of the Phase 2.75 completion gate). Presenting the Phase 4 menu is NOT optional. The orchestrator MUST present the Phase 4 menu in the SAME turn as the Phase 3 report — emitting the report and then ending the turn is a silent failure. Treat "the report is done, so I'm done" as the #1 Phase 4 failure mode after a long effort: high review, exactly as premature agent loss is for Phase 2.75.

The ONLY condition that skips the menu: every report section reads "None found." AND there is no appendix (no 🔴/🟠/🟡/🔵/⚪ and nothing scoring 50–74). In that one case, state ✅ No actionable findings — nothing to triage. and stop. In every other case the menu MUST appear.

Report-before-menu ordering (hard rule). Emit the COMPLETE Phase 3 report as user-visible text FIRST; the AskUserQuestion menu call must be the IMMEDIATELY NEXT action — zero tool calls between the report text and the menu call (no Write, no Bash, no export). Text emitted between tool calls may not render for the user, and the interactive menu pins to the prompt — any tool call in between makes the menu appear before (or without) the report. Artifact writes (report file, exports) happen only after a menu choice. Calling the menu before the report text is the mirror failure of skipping the menu: the user cannot triage findings they have not seen. The menu's question text MUST carry the verdict summary (Review done — N must-fix: X 🔴, Y 🟠 (+Z optional). Full report above ↑) so the choice is decidable even when the report has scrolled off-screen.

Gate mode is exempt (Step 0.1 / references/phase-gate.md): it produces no Phase 3 report and no menu — the gate-verdict.json + exit code is its terminal step. The mandatory-menu rule does not apply when the run resolved to gate mode.

Present the primary menu via AskUserQuestion (single-select, ≤4 options), built dynamically as four MODES: Fix by scope…, Triage one-by-one, More actions…, Skip / done. Show the two fix modes only when ≥1 fixable finding (🔴/🟠/🟡) exists; when only 🔵/⚪ exist, drop them and lead with More actions…. Full assembly rules, the fix-scope selector (incl. the Custom C/I/D/S + #IDs grammar — now nested under "Fix by scope…"), the guided triage loop, and the three follow-up actions (Ask a question, Generate tests, Create a ticket) live in references/phase-4-menu.md.

Every finding in the report must be numbered (**Finding N**:) across all sections including the appendix — the Custom option's #N syntax and the per-finding actions depend on it.

---

Progress Output

Long-running orchestration is silent by default — that triggers user-interrupts mid-Phase-2 and wastes spawned agent work. Emit a single user-visible line at each phase boundary so the user sees forward motion.

The lines below are the canonical templates. If you have all the data they need, emit them verbatim. If a value is unknown (e.g. elapsed not yet measurable, runtime probe skipped), substitute a one-word free-form line that still tells user where you are (Phase 0: profile built — 9 files, 2 commits.). Both forms are acceptable; what is NOT acceptable is silence between phase boundaries or chatty per-agent narration.

• After Phase 0 ends: Phase 0: profile built, <N> files in target, rules cache <HIT|MISS(reason)> (elapsed <S>s)
• After Phase 1 ends: Phase 1: typecheck=<R>, lint=<R>, tests=<R>, runtime=<R> (elapsed <S>s)
• During Phase 2, when each agent returns: Phase 2: <K>/<N> agents returned (elapsed <S>s) — one line per return is OK; do not also narrate each agent's finding count.
• After Phase 2.75 completion gate: Phase 2.75: <K> agents verified, <M> findings kept, <X> appendix, <Y> dropped (elapsed <S>s)
• After Phase 3 ends: Phase 3: report assembled — <C> critical, <I> important, <D> debt, <S> suggested, <Q> questions

In addition, if ANY single Phase 2 agent exceeds 120s, emit ONCE: Long-running agent: <agent-id> (still working, budget <agentTimeoutSeconds>s)

Keep heartbeat output to one line each. Do NOT narrate internal deliberation between heartbeats (e.g. "DRY agent: 0 findings. Continue waiting." — the <K>/<N> agents returned counter conveys this).

---

Important Rules

1. LOCAL review only unless the user explicitly picks "Post to PR". Default output is the terminal.
2. Always reach the Phase 4 menu. A finished report is the START of Phase 4, never the end of the turn. Present the menu in the same turn as the report; skip it only when every section says "None found." and there is no appendix (mirrors the Phase 2.75 no-silent-drop rule, applied to the menu). Exception: gate mode (Step 0.1) has no report and no menu — the verdict + exit code is its terminal step.
3. Verify everything. No finding reaches the main report without verification (or VERIFIED gate confidence).
4. Evidence required. Every finding must cite real code. "Might be a problem" is unacceptable.
5. No noise. 3 verified findings beat 20 unverified suggestions.
6. Respect conventions. Pattern in 5+ unchanged files is established convention — do not flag it.
7. Changed code only, but with semantic depth. Only flag NEW or MODIFIED code (except Critical security). Weight scrutiny by change type: newly Added code gets the strictest bar (no established-convention cover); Deleted code gets downstream-breakage scrutiny (what referenced it?). For new/modified code, analyze full semantic context — if code switches on enums or filters events, verify completeness against all possible values.
8. Actionable fixes. Every finding must include a concrete fix.
9. Project-agnostic. Discover conventions from the repo. Never assume framework rules from one project apply to another.

---

Examples

User says: "review my changes" (nothing staged or committed ahead) → Empty-argument path: review the current branch vs its merge-base with the default branch, or the last commit if on the default branch with no changes.

User says: "/review-all PR #42 --paths apps/web,libs/shared" → Resolve via gh pr diff 42, then apply the --paths include filter to restrict the diff to those two prefixes before running phases.

User says: "review-all init" → Load references/init-wizard.md and run the config wizard instead of a review; exit after writing .claude/review-all.json.

User says: "pre-commit check on my staged files" → Run with --staged — review only staged changes through the deterministic gates and parallel heuristic agents, then present the fix-scope menu.

Common Issues

• git missing in Phase 0.0 discovery → discover.sh exits non-zero; abort with explicit error — nothing in the skill works without git (it is the only hard requirement).
• PR #N target requested but gh is unavailable → reject that argument with clear message; the GitHub PR resolution path needs the gh CLI.
• Agent or verifier never returns → the Phase 2.75 completion gate re-spawns it once; if still fails, surface it under the ⚠️ PARTIAL REVIEW banner — never drop it silently.
• Report printed, turn ended, no menu → premature-completion stop (the #1 Phase 4 failure mode). The mandatory menu gate requires the Phase 4 menu in the SAME turn as the report unless every section is "None found." with no appendix — re-present it.
• Stale rules after a branch switch → the cache key (computed by discover.sh) hashes CLAUDE.md file contents, not mtimes (git checkout does not bump mtimes), so a branch switch changes the key → MISS → fresh extraction. Toolchain commands and tool availability are never cached at all — re-probed every run. Legacy claudeMdHash-era cache files auto-MISS on the schema check.
• Resolved range is huge (≥20 commits or ≥200 files on the empty-args default) → the large-range scope prompt offers narrower options; skip it only when an explicit argument already declared intent.