Bootstrap

Bootstrap Skill

Overview

This skill runs when the Bootstrap Gate is closed (missing CLAUDE.md, Session Config, or .orchestrator/bootstrap.lock) or when the user invokes /bootstrap directly. It scaffolds the minimum structure required by all session-orchestrator skills, commits it, and writes the lock file that opens the gate for all future invocations.

Anti-bureaucracy contract: At most ONE AskUserQuestion call in the normal case (tier confirmation). A second question is only asked when the archetype is truly ambiguous on the Public Path for Standard/Deep tiers. No wizard, no multi-step flow.

Invocation Context

Before starting, determine how this skill was invoked:

• Transitive (gate-closed): Invoked from another skill's Phase 0. The user's original intent (their first prompt) is available in context. After bootstrap completes, execution must return to the original skill's Phase 1.
• Direct (/bootstrap): User invoked manually. Parse $ARGUMENTS for flags: --fast, --standard, --deep, --upgrade <tier>, --retroactive. See commands/bootstrap.md for flag semantics.

Store INVOCATION_MODE = transitive | direct.

Mode dispatch (direct invocation only):

• If --upgrade <tier> is present in $ARGUMENTS: jump to Upgrade Flow section. Do not proceed to Phase 1.
• If --retroactive is present in $ARGUMENTS: jump to Retroactive Flow section. Do not proceed to Phase 1.
• If --sync-rules is present in $ARGUMENTS: jump to Sync-Rules Flow section. Do not proceed to Phase 1.
• If --ecosystem-health is present in $ARGUMENTS: jump to Ecosystem-Health Flow section. Do not proceed to Phase 1.
• Otherwise: continue to Phase 1 below.

Phase 0.5: Determine Private vs. Public Path

Before dispatching to any tier template, read skills/bootstrap/public-fallback.md and execute Step 1 (PATH_TYPE detection). Store the result as PATH_TYPE = private | public. This detection is silent — no user interaction.

• private: plan-baseline-path is present in Session Config AND the path exists on disk. Baseline templates will be used for CLAUDE.md generation and archetype file sourcing.
• public: plan-baseline-path is absent, empty, or points to a non-existent path. Plugin-bundled templates from templates/ will be used.

Pass PATH_TYPE into Phase 1 and all subsequent phases. All tier templates (fast-template.md, standard-template.md, deep-template.md) must consult public-fallback.md for CLAUDE.md generation and archetype file sourcing when PATH_TYPE = public.

Phase 1: Detect Tier + Archetype

Read skills/bootstrap/intensity-heuristic.md and execute the tier + archetype recommendation algorithm.

Inputs to the heuristic:

1. User's first prompt — the message that triggered this skill (most important signal)
2. Repo name — basename $(git rev-parse --show-toplevel) (secondary signal)
3. Existing files — ls -la of repo root (presence of package.json, pyproject.toml, etc. shifts archetype)
4. $ARGUMENTS flags — if --fast, --standard, or --deep is present, skip heuristic and use the specified tier directly

Output from Phase 1:

• RECOMMENDED_TIER = fast | standard | deep
• RECOMMENDED_ARCHETYPE = static-html | node-minimal | nextjs-minimal | python-uv | null
• HEURISTIC_REASON = one-sentence explanation of why this tier was chosen (shown to user)
• PATH_TYPE = private (plan-baseline-path configured and path exists) | public (no baseline)

Detecting PATH_TYPE: Already determined in Phase 0.5 — use the stored PATH_TYPE value. Do not re-run detection.

Fast tier: RECOMMENDED_ARCHETYPE is always null. No stack selection needed.

Phase 2: Present Tier Confirmation (One Question)

Present exactly one AskUserQuestion unless:

• $ARGUMENTS includes --fast, --standard, or --deep (tier pre-selected, skip question)
• --retroactive flag (no scaffolding at all, skip to Phase 4)

AskUserQuestion({
  questions: [{
    question: "Leeres Repo erkannt. Basierend auf '<HEURISTIC_REASON>' empfehle ich **<RECOMMENDED_TIER>**. Passt das?",
    header: "Bootstrap",
    options: [
      { label: "<RECOMMENDED_TIER> (Empfohlen)", description: "<one-line description of what this tier scaffolds>" },
      { label: "fast", description: "Nur CLAUDE.md + .gitignore + README. Für Demos, Spikes, Playgrounds." },
      { label: "standard", description: "Fast + package.json/Manifest + TypeScript + Linting + Tests. Für MVPs und echte Produkte." },
      { label: "deep", description: "Standard + CI + CODEOWNERS + CHANGELOG. Für Production, Team, Langlebige Repos." },
      { label: "Abbrechen", description: "Bootstrap abbrechen. Das ursprüngliche Kommando wird ebenfalls abgebrochen." }
    ],
    multiSelect: false
  }]
})

If user selects "Abbrechen": stop. Report "Bootstrap abgebrochen. Kein Kommando wird ausgeführt." Do not continue.

Store confirmed tier as CONFIRMED_TIER.

Optional Second Question (Public Path + Standard/Deep + Ambiguous Archetype Only)

If ALL of the following are true:

1. PATH_TYPE = public
2. CONFIRMED_TIER is standard or deep
3. intensity-heuristic.md returned ARCHETYPE_CONFIDENCE = low (truly ambiguous)

Then ask one more question — and only then:

AskUserQuestion({
  questions: [{
    question: "Welchen Tech-Stack soll ich für das Grundgerüst verwenden?",
    header: "Archetype",
    options: [
      { label: "node-minimal", description: "package.json + TypeScript + Vitest. Für CLIs, Tools, Libraries." },
      { label: "nextjs-minimal", description: "Next.js bare setup. Für Web Apps, SaaS, Fullstack." },
      { label: "static-html", description: "HTML/CSS/JS, kein Build-Step. Für Animationen, Landingpages, Visualisierungen." },
      { label: "python-uv", description: "pyproject.toml + uv + pytest. Für Python Scripts, APIs, ML." }
    ],
    multiSelect: false
  }]
})

Store as CONFIRMED_ARCHETYPE. Maximum interactions in bootstrap flow: 2 questions total.

Upgrade Flow (--upgrade <tier>)

Entered when $ARGUMENTS contains --upgrade <tier>. No scaffolding questions are asked.

Steps:

1. Read existing lock. Read .orchestrator/bootstrap.lock. If missing, abort with: Error: No bootstrap.lock found. Run /bootstrap first to bootstrap this repo.

2. Parse current and target tier.

   • CURRENT_TIER = value of tier: field in the lock file.
   • TARGET_TIER = the <tier> argument supplied after --upgrade.
   • Valid values for both: fast | standard | deep.

3. Refuse downgrade. Tier order: fast < standard < deep. If TARGET_TIER ranks lower than or equal to CURRENT_TIER, abort with: Error: Cannot downgrade from <CURRENT_TIER> to <TARGET_TIER>. Upgrade path is one-directional (fast → standard → deep). Exit non-zero.

4. Compute delta. Determine which files the target tier adds over the current tier:

   • fast → standard: all Standard-tier files (package.json/pyproject.toml, tsconfig.json, eslint.config.mjs, .prettierrc, .editorconfig, tests/, src/)
   • standard → deep: all Deep-tier files (CI pipeline, CODEOWNERS, CHANGELOG.md, issue templates, MR/PR template, branch protection)
   • fast → deep: union of both deltas (apply Standard first, then Deep)

5. Check idempotency. For each file in the delta, skip if it already exists on disk. Only write files that are absent. This makes the operation safe to run twice.

6. Apply delta files. Execute only the relevant template steps for the missing files. Read the appropriate template (standard-template.md and/or deep-template.md) and execute ONLY the steps that produce the delta files. Do NOT re-run already-completed steps.

7. Update bootstrap.lock atomically. Overwrite .orchestrator/bootstrap.lock with tier: <TARGET_TIER>. Preserve archetype, timestamp (update to now), and source from the existing lock. Write plugin-version from $PLUGIN_ROOT/package.json (current plugin version at upgrade time).

8. Commit. Stage only the delta files that were just written and commit:

   # DELTA_FILES must be populated with the explicit list of files written in step 6
   for _f in "${DELTA_FILES[@]}"; do
     [[ -e "$_f" ]] && git add -- "$_f"
   done
   git commit -m "chore: bootstrap upgrade to <TARGET_TIER>"
   

9. Report. Print a one-line summary: Bootstrap upgraded from <CURRENT_TIER> to <TARGET_TIER>. <N> files added.

Retroactive Flow (--retroactive)

Entered when $ARGUMENTS contains --retroactive. Writes the lock file and, per #182, optionally patches missing mandatory Session Config fields with defaults.

Purpose: Adopt an existing repo that already has CLAUDE.md + ## Session Config but was bootstrapped manually (no bootstrap.lock). Writes the lock so the gate passes on all future invocations, and ensures the Session Config block satisfies the validated schema defined in scripts/lib/config-schema.mjs.

Steps:

1. Verify preconditions. Confirm CLAUDE.md (or AGENTS.md) exists and contains ## Session Config. If not, abort: Error: CLAUDE.md with Session Config required for retroactive bootstrap.

2. Check lock not already present. If .orchestrator/bootstrap.lock already exists and has valid version + tier fields, report: bootstrap.lock already present (tier: <tier>). Nothing to do. and exit 0 (idempotent).

3. Infer tier from file inventory. Examine the repo root:

   Condition (evaluated in order)	Inferred Tier
   CI file present (.gitlab-ci.yml OR .github/workflows/) AND CHANGELOG.md present	deep
   Package manifest present (package.json OR pyproject.toml)	standard
   Neither of the above	fast

   Store as INFERRED_TIER.

4. Infer archetype. Best-effort detection from existing files:

   • pyproject.toml present → python-uv
   • package.json with next in dependencies → nextjs-minimal
   • package.json without next → node-minimal
   • No manifest → null

   Store as INFERRED_ARCHETYPE.

5. Write bootstrap.lock. Create .orchestrator/ if needed, then write:

   # .orchestrator/bootstrap.lock
   version: 1
   tier: <INFERRED_TIER>
   archetype: <INFERRED_ARCHETYPE or null>
   timestamp: <current ISO 8601 UTC>
   source: retroactive
   plugin-version: <current plugin version from $PLUGIN_ROOT/package.json>
   

6. Patch Session Config (#182). Run the validator against the current ## Session Config block; append any missing mandatory fields with defaults. The 7 mandatory fields (per scripts/lib/config-schema.mjs) are: test-command, typecheck-command, lint-command, agents-per-wave, waves, persistence, enforcement.

   CONFIG_OUT="$(node "$PLUGIN_ROOT/scripts/parse-config.mjs" 2>&1 >/dev/null)"
   # parse-config.mjs emits validation warnings to stderr when enforcement=warn.
   # Grep for 'must be' lines (issued by validate-config.mjs) to detect missing fields.
   MISSING_FIELDS="$(echo "$CONFIG_OUT" | grep -oE '(test-command|typecheck-command|lint-command|agents-per-wave|waves|persistence|enforcement)' | sort -u || true)"
   if [[ -n "$MISSING_FIELDS" ]]; then
     # Detect package manager to pick sensible defaults for commands.
     PM_DEFAULTS="$(node --input-type=module -e "
       import {detectPackageManager, defaultQualityGateCommands} from '$PLUGIN_ROOT/scripts/lib/package-manager.mjs';
       const pm = detectPackageManager(process.cwd());
       const cmds = defaultQualityGateCommands(pm);
       console.log('test-command: ' + cmds.test.command);
       console.log('typecheck-command: ' + cmds.typecheck.command);
       console.log('lint-command: ' + cmds.lint.command);
     " 2>/dev/null)"
   
     CONFIG_FILE="CLAUDE.md"
     [[ -f "AGENTS.md" ]] && CONFIG_FILE="AGENTS.md"
   
     # Append each missing field under the ## Session Config block.
     for field in $MISSING_FIELDS; do
       case "$field" in
         test-command|typecheck-command|lint-command)
           default_line="$(echo "$PM_DEFAULTS" | grep "^$field:")" ;;
         agents-per-wave) default_line="agents-per-wave: 6" ;;
         waves)           default_line="waves: 5" ;;
         persistence)     default_line="persistence: true" ;;
         enforcement)     default_line="enforcement: warn" ;;
       esac
       # Insert after `## Session Config` line if not already present.
       grep -q "^$field:" "$CONFIG_FILE" \
         || awk -v insert="$default_line" '/^## Session Config/ && !done { print; print ""; print insert; done=1; next } { print }' "$CONFIG_FILE" > "$CONFIG_FILE.tmp" \
         && mv "$CONFIG_FILE.tmp" "$CONFIG_FILE"
     done
     echo "Patched $CONFIG_FILE with defaults for: $MISSING_FIELDS"
   fi
   

   This patch is best-effort: existing fields are never overwritten. If no fields are missing, this step is a no-op.

7. Commit. Stage the lock file (and the patched config file, if it changed) and commit:

   mkdir -p .orchestrator
   git add .orchestrator/bootstrap.lock
   # Also stage CLAUDE.md/AGENTS.md if step 6 patched it.
   git diff --name-only --cached CLAUDE.md AGENTS.md 2>/dev/null | head -1 >/dev/null || {
     [[ -f CLAUDE.md ]] && git diff --quiet CLAUDE.md || git add CLAUDE.md
     [[ -f AGENTS.md ]] && git diff --quiet AGENTS.md || git add AGENTS.md
   }
   git commit -m "chore: bootstrap lock (retroactive)"
   

8. Report. Print: Retroactive bootstrap complete. Lock written (tier: <INFERRED_TIER>, source: retroactive). Include a second line Patched Session Config: <fields> when step 6 applied any patches, otherwise No config changes..

Sync-Rules Flow (--sync-rules)

Entered when $ARGUMENTS contains --sync-rules. This is a standalone flow — it short-circuits the tier/archetype/scaffolding flow. No bootstrap.lock read, no template dispatched, no initial commit.

Purpose: Vendor canonical rules from the plugin's rules/ library (rules/always-on/*.md, and in the future rules/opt-in-stack/*.md and rules/opt-in-domain/*.md) into the consumer repo's .claude/rules/. Plugin-sourced files (identified by a <!-- source: session-orchestrator plugin … --> header) are overwritten on re-run; files without that header are preserved as local overrides. See rules/_index.md for the canonical manifest and scripts/lib/rules-sync.mjs for the implementation.

Steps:

1. Resolve plugin root. The plugin's rules/_index.md lives next to SKILL.md's plugin directory. Use the plugin root inferred by the harness (PLUGIN_ROOT).

2. Invoke scripts/lib/rules-sync.mjs. Run the CLI entrypoint from the consumer repo:

   node "$PLUGIN_ROOT/scripts/lib/rules-sync.mjs" --repo-root "$(pwd)"
   

   The script reads rules/_index.md from the plugin, iterates always-on/ sources, and writes each file into .claude/rules/ under the target repo. Stdout is a JSON object with written[], skipped[], preserved[], and errors[]. Exit 1 on any error, 0 otherwise.

   Add --dry-run to preview without writing.

3. Interpret the output. Report a human summary:

   • written: files newly created OR plugin-owned files overwritten with fresh canonical content.
   • skipped: plugin-owned files already up-to-date (byte-identical).
   • preserved: existing .claude/rules/*.md files that do NOT carry the plugin source header — left untouched as local overrides.
   • errors: per-file failures (missing source, read/write errors, malformed _index.md).

4. Commit (optional). --sync-rules does not auto-commit. If rules changed, prompt the user to review git status and stage/commit the updates manually. Rationale: rules are canonical artifacts and should travel with an intentional review, not land silently.

5. Report. Print: rules-sync complete. Written: <N>. Skipped: <N>. Preserved: <N>. Errors: <N>. If errors > 0, non-zero exit.

Local overrides. Any .claude/rules/<name>.md without the plugin source header is considered local and never overwritten. To replace a local override with the canonical version, delete it before re-running.

Idempotency. Running /bootstrap --sync-rules twice in a row with no upstream changes emits written: 0, skipped: <N>. Safe to wire into CI or scheduled maintenance.

Phase 3: Dispatch to Template

Based on CONFIRMED_TIER, read and execute the corresponding template file:

Pass the following context into the template execution:

• CONFIRMED_TIER
• CONFIRMED_ARCHETYPE
• PATH_TYPE
• REPO_ROOT = $(git rev-parse --show-toplevel)
• REPO_NAME = $(basename "$REPO_ROOT")
• PLATFORM = detected platform from skills/_shared/platform-tools.md

Follow the template's instructions precisely. The template is responsible for creating all files and the initial git commit.

Platform note for CLAUDE.md generation: When PATH_TYPE = public, read skills/bootstrap/public-fallback.md for the full platform-specific CLAUDE.md generation logic (claude init path for Claude Code; _minimal template synthesis for Codex/Cursor). When PATH_TYPE = private, use the baseline scripts at $BASELINE_PATH.

Phase 3.4: Vault-Registration Prompt (#190)

Standard and Deep tier templates include Step 5.5 (standard) / D6.6 (deep) which runs scripts/lib/product-repo-detect.mjs to check for product-repo signals (framework dep, content dir, product env vars). When signals are detected and no vault: key exists in Session Config, the template prompts the user to register a vault entry. Idempotency via hasVaultConfig. Fast tier skips this step.

Phase 3.5: Owner Persona Interview (first-run only)

Closes session-orchestrator issues #175 (D2 owner interview) + #173 (C4 hardware-sharing consent).

WHEN: Runs after Phase 3.4 when ~/.config/session-orchestrator/owner.yaml is absent AND --no-interview was NOT passed. Skipped entirely on --upgrade, --retroactive, --sync-rules, and --ecosystem-health flows.

WHAT: The coordinator dispatches 5 AskUserQuestion calls using definitions from scripts/lib/owner-interview.mjs:

1. Language — de | en | other (free text)
2. Tone style — direct (recommended) | neutral | friendly
3. Output level — lite (verbose) | full (default) | ultra (telegraphic)
4. Preamble — minimal (one-line updates) | verbose (explain before action)
5. Hardware-sharing consent (C4) — No (default) | Yes (generates random hash-salt) | Preview

HOW (coordinator steps):

import { runOwnerInterview, getInterviewQuestions, applyInterviewAnswers } from '$PLUGIN_ROOT/scripts/lib/owner-interview.mjs';
const probe = runOwnerInterview({ skipIfExists: true });
if (probe.status === 'pending') {
  // dispatch AskUserQuestion for each of probe.questions, collect answers[]
  const result = applyInterviewAnswers(answers, { path: probe.path });
  // result: { ok, path, errors }
}

WHERE: Written to ~/.config/session-orchestrator/owner.yaml (user-global, never committed).

RE-TRIGGER: /bootstrap --owner-reset sets force: true in runOwnerInterview, archives the existing yaml to owner.yaml.bak-<timestamp>, and re-runs the 5 questions.

Phase 3.5.1: Dispatcher-Autonomy Capture (one-time, per-repo)

Closes session-orchestrator issue #681 (Epic #673 P3 — one-time per-repo dispatcher-autonomy capture). Cross-reference .claude/rules/ask-via-tool.md (AUQ via tool, not prose).

WHEN: Runs after Phase 3.5 (Owner Persona Interview) and after the tier template has scaffolded CLAUDE.md (Phase 3 / Phase 3.3). A new project's CLAUDE.md never contains the committed dispatcher-autonomy: block, so bootstrap always asks — the presence guard below is belt-and-suspenders for re-runs.

WHY (one-time guard): The committed ## Dispatcher Autonomy block is the never-re-ask marker. Detect "block absent" via isDispatcherAutonomyBlockPresent($CLAUDE_MD_CONTENT) — a raw /^dispatcher-autonomy:\s*$/m presence check on the file content. Do NOT use the resolved autonomy value from $CONFIG (it returns 'off' for BOTH "absent" AND "present-with-off" and cannot distinguish first-run from a deliberate off).

The guard is gated purely on committed-block PRESENCE, never on the resolved value. A machine whose effective autonomy differs from the committed default — because SO_DISPATCHER_AUTONOMY or owner.yaml dispatcher.autonomy overrides it — STILL counts as "captured" the moment the committed block exists, and is never re-asked. Conversely a host with owner.yaml dispatcher.autonomy set but NO committed block is still asked once: a host-local override does NOT satisfy the migration guard; only the committed CLAUDE.md / AGENTS.md block does. Even a header-present-but-body-malformed block counts as PRESENT (a malformed block is the operator's to fix, not a re-prompt trigger).

WHAT: The coordinator dispatches ONE AskUserQuestion using the definition from scripts/lib/config/dispatcher-autonomy-capture.mjs:

• Dispatcher autonomy — off (Recommended, fail-closed) | advisory | autonomous-gated

On any answer (including off) the committed block is written, presented, and never re-asked. The writer persists ONLY the committed default — host-local overrides (SO_DISPATCHER_AUTONOMY env, owner.yaml dispatcher.autonomy) stay host-local and NEVER land in CLAUDE.md.

Capture writes the committed default; the runtime value flows through resolveDispatcherAutonomy. This phase only persists the operator's one-time choice as the committed baseline. The EFFECTIVE autonomy at run time is resolved separately by resolveDispatcherAutonomy() in scripts/lib/config/dispatcher-autonomy.mjs with host-local precedence SO_DISPATCHER_AUTONOMY env > owner.yaml dispatcher.autonomy > committed > off (#653 pattern). Capture never reads or writes those override tiers — it writes the committed tier only.

AUQ (mandatory — use the tool, not prose): On Claude Code / Cursor IDE, dispatch this via the AskUserQuestion tool per .claude/rules/ask-via-tool.md (AUQ-001) — never an inline markdown "choose 1/2/3" list. Option 1 (off) is the recommended, fail-closed default. Only Codex CLI (no AskUserQuestion) falls back to a numbered-list prose prompt (AUQ-004 exception 1).

HOW (coordinator steps):

import {
  getDispatcherAutonomyQuestion,
  isDispatcherAutonomyBlockPresent,
  writeDispatcherAutonomyBlock,
} from '$PLUGIN_ROOT/scripts/lib/config/dispatcher-autonomy-capture.mjs';
import { readFileSync } from 'node:fs';

const claudeMdPath = `${REPO_ROOT}/CLAUDE.md`;
const content = readFileSync(claudeMdPath, 'utf8');
if (!isDispatcherAutonomyBlockPresent(content)) {
  const q = getDispatcherAutonomyQuestion(); // option 1 = 'off' (Recommended, fail-closed)
  // Claude Code / Cursor: dispatch AskUserQuestion([q]) (the TOOL — AUQ-001); collect the
  //   selected label (the `autonomy` enum). Never an inline numbered-list prose question here.
  // Codex CLI fallback only (no AskUserQuestion — AUQ-004 exception 1): print q.question +
  //   numbered q.options list, read the operator's pick, map it to the option label.
  const autonomy = /* selected option label: 'off' | 'advisory' | 'autonomous-gated' */;
  const result = writeDispatcherAutonomyBlock({ claudeMdPath, autonomy });
  // result: { written: true, path } on first write; { written: false, reason: 'already-present' }
  //   on no-op (block — even a malformed one — already present; defensive double-write guard).
}

WHERE: Appended as a standalone ## Dispatcher Autonomy H2 in the repo's committed CLAUDE.md (NOT a key inside ## Session Config — the standalone-H2 placement keeps claude-md-drift-check Check-6 parity green).

Phase 3.6: (Optional) Rules-Fetch Bridge

Closes session-orchestrator issue #110.

After the tier template completes scaffolding (Phase 3), the Standard and Deep templates run an optional rules-fetch step that pulls canonical .claude/rules/*.md (and optionally .claude/agents/*.md) directly from the baseline GitLab project. The step is opt-in and only fires when:

• baseline-ref is present in Session Config
• GITLAB_TOKEN env var is set
• scripts/lib/fetch-baseline.mjs is present in the plugin
• A GitLab host is resolvable from the gitlab-host Session Config key (or the GITLAB_HOST env var) — never a hardcoded default

When triggered, the step:

1. Loops over a default rule manifest, invoking node scripts/lib/fetch-baseline.mjs <project_id> <file_path> <baseline-ref> once per rule. The CLI prints one file body to stdout (exit 0 success; 1 auth, 2 not-found, 3 network) — bootstrap redirects stdout to the target path and skips failures so a single 404 cannot abort the batch.
2. Fetches each rule listed in the default manifest from the configured baseline-project-id (default 52) at the configured baseline-ref
3. Writes .claude/.baseline-fetch.lock (via an inline node --input-type=module -e) recording what was fetched
4. Populates .claude/.baseline-cache/ for offline fallback on subsequent invocations

When the fetch fails (network error, auth, missing file), bootstrap does not abort. Rules will arrive in the repo via Clank's weekly baseline sync MRs (the legacy path). A warning is printed.

Why opt-in: Repos without baseline-ref continue to receive rules via the existing Clank sync flow. The fetch bridge is a faster on-demand alternative for newly-bootstrapped repos that want current rules immediately.

Local edits: Re-running bootstrap with baseline-ref set will overwrite .claude/rules/*.md (rules are canonical). Repo-specific extensions belong in .claude/rules/local/*.md (not fetched, not overwritten).

See standard-template.md (Step S99) and deep-template.md (Step D99) for the implementation, and docs/session-config-reference.md for the baseline-ref and baseline-project-id field definitions.

.claude/.baseline-fetch.lock Schema

The lock file is committed to git and records what was fetched.

# .claude/.baseline-fetch.lock
version: 1
project_id: 52
baseline_ref: main
fetched_at: 2026-04-17T13:42:00Z   # ISO 8601 UTC
files:
  - .claude/rules/development.md
  - .claude/rules/security.md
  - .claude/rules/...

Ecosystem-Health Flow (--ecosystem-health)

Entered when $ARGUMENTS contains --ecosystem-health. This is a standalone flow — it does not scaffold repo structure and does not write bootstrap.lock. Dispatch immediately; do not proceed to Phase 1.

Purpose: Populate the health-endpoints, pipelines, and criticalIssueLabels configuration consumed by skills/ecosystem-health/SKILL.md. Runs the interactive wizard in scripts/lib/ecosystem-wizard.mjs, which detects CI provider + package manager automatically and prompts the user for the remaining values.

Steps:

1. Run the wizard.

   node "$PLUGIN_ROOT/scripts/lib/ecosystem-wizard.mjs" --repo-root "$(pwd)"
   

   The wizard will:

   • Detect CI provider (.gitlab-ci.yml → gitlab; .github/workflows/ → github; else none)
   • Detect package manager from lockfile
   • Prompt for health endpoints (format: Name|URL, comma-separated)
   • Prompt for CI pipeline identifiers (format: id or id:label, comma-separated)
   • Prompt for critical issue labels (comma-separated strings)

2. Wizard writes two files (or skips each if already present):

   • CLAUDE.md (or AGENTS.md) — appends ecosystem-health: block inside ## Session Config
   • .orchestrator/policy/ecosystem.json — full policy file (schema: .orchestrator/policy/ecosystem.schema.json)

3. No auto-commit. The wizard prints what it wrote. The user reviews with git status && git diff and commits manually.

Report: The wizard prints a one-line summary per file:

Ecosystem-Health Wizard complete.
Written: .orchestrator/policy/ecosystem.json, CLAUDE.md
Skipped (already present): (none)

Review changes with: git status && git diff

Idempotency: Safe to re-run. If both output files are already present with matching content, the wizard exits 0 with "Nothing to do." To update, remove the existing ecosystem-health: key from Session Config and delete .orchestrator/policy/ecosystem.json, then re-run.

See skills/ecosystem-health/wizard.md for the full prompt spec and schema details.

Phase 4: Write bootstrap.lock

After all template files are written and committed, write .orchestrator/bootstrap.lock (and, if the rules-fetch bridge ran, also .claude/.baseline-fetch.lock — see Phase 3.6):

# .orchestrator/bootstrap.lock
version: 1
tier: <CONFIRMED_TIER>
archetype: <CONFIRMED_ARCHETYPE or null>
timestamp: <current ISO 8601 UTC timestamp>
source: <projects-baseline | plugin-template | claude-init>
plugin-version: <current plugin version from package.json>

Determine source:

• projects-baseline if PATH_TYPE = private and baseline scripts were used
• claude-init if claude init was used successfully on Claude Code
• plugin-template otherwise

Read plugin-version from the session-orchestrator plugin's package.json ($PLUGIN_ROOT/package.json, field version). This enables the freshness probe (#290) to detect plugin upgrades that need re-bootstrap. Example:

PLUGIN_VERSION="$(node -e "const p=require('$PLUGIN_ROOT/package.json');console.log(p.version);" 2>/dev/null || node --input-type=module -e "import pkg from '$PLUGIN_ROOT/package.json' assert {type:'json'}; console.log(pkg.version);")"

The template's initial git commit includes bootstrap.lock. If the template already wrote the lock file (as fast-template.md does), skip this step — the lock is already committed.

Phase 5: Resume

Report bootstrap completion with a one-line summary:

Bootstrap complete (tier: <tier>, archetype: <archetype or "none">). Resuming <original command>…

If invoked transitively: return control to the originating skill. The original skill resumes from its Phase 1. If invoked directly via /bootstrap: report the created files list and stop.

Critical Rules

• NEVER create application code during bootstrap — only structural files (CLAUDE.md, .gitignore, README.md, manifests, CI). The feature that follows brings its own implementation.
• NEVER skip the lock file write — .orchestrator/bootstrap.lock is the gate's mechanical truth. Bootstrap without a lock file is incomplete.
• NEVER ask more than 2 questions — even if the user's intent is unclear, make a best-effort recommendation and let the user correct via /bootstrap --upgrade later.
• ALWAYS commit — bootstrap ends with a git commit. The lock file is part of that commit.
• ALWAYS check for retroactive flag — if --retroactive is in $ARGUMENTS, skip all scaffolding and jump directly to writing bootstrap.lock (tier inferred from existing file inventory, fallback: fast).
• NEVER abort bootstrap on rules-fetch failure — rules-fetch is opt-in and best-effort. The legacy Clank sync path is the safety net.