diff --git a/.trivyignore b/.trivyignore index bab49444..b8591d6f 100644 --- a/.trivyignore +++ b/.trivyignore @@ -199,3 +199,27 @@ CVE-2026-41179 # System library transitive dep; container does not process untrusted ECDH ciphertext. # No fix available in Debian bookworm. CVE-2026-41989 + +# libcap2 1:2.66-4+deb12u2+b2: privilege escalation via TOCTOU race in +# cap_set_file(). System library used during container init only — no +# application code path passes untrusted paths to cap_set_file. The race +# requires local file-access on the same filesystem, which doesn't exist +# as a multi-tenant boundary in the sandboxed container model. +# No fix available in Debian bookworm. +CVE-2026-4878 + +# libgnutls30 3.7.9-2+deb12u6: DTLS DoS via zero-length fragment. +# Container does not expose any DTLS/UDP TLS service; GnuTLS is linked +# by CLI tools (curl, wget) for outbound HTTPS only. The vulnerable +# DTLS server path is never reached. +# No fix available in Debian bookworm. +CVE-2026-33845 + +# openssh-client 1:9.2p1-2+deb12u9: arbitrary command execution via shell +# metacharacters in username. Codeflare uses git-over-HTTPS exclusively +# (rules/cloudflare-environment.md: "Git over HTTPS only, no SSH keys"), +# so the openssh-client binary is installed but not invoked. The exploit +# path requires the user to ssh somewhere with attacker-controlled +# username, which doesn't happen in the codeflare workflow. +# No fix available in Debian bookworm. +CVE-2026-35386 diff --git a/documentation/README.md b/documentation/README.md index 0c842665..15db40e4 100644 --- a/documentation/README.md +++ b/documentation/README.md @@ -17,8 +17,10 @@ Technical reference documentation for Codeflare. | [Development & Deployment](deployment.md) | Dev setup, file structure, cost analysis | Developers | | [Troubleshooting](troubleshooting.md) | Diagnostic commands, common failures, resolutions | Operators | | [Mobile Terminal](mobile.md) | Keyboard handling, scroll stability, touch input | Developers | -| [Memory & Preseed](memory.md) | Memory capture, session modes, preseed system | Developers | -| [Architecture Decisions](decisions/README.md) | 42 ADRs with rationale and trade-offs | Developers | +| [Memory](memory.md) | MCP memory server, automatic capture, two-phase compaction | Developers | +| [Preseed System](preseed.md) | Session modes, manifest pipeline, multi-agent adaptation, hooks | Developers | +| [Token Scopes](token-scopes.md) | GitHub PAT and Cloudflare API token scope guidance | Operators | +| [Architecture Decisions](decisions/README.md) | 44 ADRs with rationale and trade-offs | Developers | | [Penetration Testing](PENTEST.md) | Security scan results | Security | | [Stress Testing](STRESS_TEST.md) | Load testing guide | Operators | diff --git a/documentation/architecture.md b/documentation/architecture.md index f81f83ae..1e25159e 100644 --- a/documentation/architecture.md +++ b/documentation/architecture.md @@ -1,3 +1,6 @@ + + + # Architecture System architecture, components, data flow, and design rationale for Codeflare. diff --git a/documentation/authentication.md b/documentation/authentication.md index 9d6a7d6d..10e9ffc8 100644 --- a/documentation/authentication.md +++ b/documentation/authentication.md @@ -1,3 +1,6 @@ + + + # Authentication & Billing Dual authentication (Cloudflare Access and GitHub OIDC), SaaS mode, subscription tiers, Stripe billing, and user provisioning. diff --git a/documentation/container.md b/documentation/container.md index 1f3e100c..e75942be 100644 --- a/documentation/container.md +++ b/documentation/container.md @@ -193,4 +193,5 @@ Optional feature that lets users connect GitHub and Cloudflare accounts once in - [Architecture](architecture.md#container-do) - Container Durable Object - [Storage & Sync](storage-and-sync.md) - R2 sync during startup - [Configuration](configuration.md#container-environment) - Container environment variables -- [Memory](memory.md) - Memory persistence and preseed system +- [Memory](memory.md) - MCP memory server and capture/compact +- [Preseed System](preseed.md) - Session modes, manifest pipeline, multi-agent adaptation, hooks diff --git a/documentation/decisions/README.md b/documentation/decisions/README.md index 6c0705c0..22d64c6a 100644 --- a/documentation/decisions/README.md +++ b/documentation/decisions/README.md @@ -1,3 +1,6 @@ + + + # Architecture Decisions Architecture Decision Records for Codeflare. Each decision documents a design trade-off with rationale. Referenced as AD1-AD44 throughout the codebase and documentation. diff --git a/documentation/memory.md b/documentation/memory.md index 932cea72..e80f6d40 100644 --- a/documentation/memory.md +++ b/documentation/memory.md @@ -1,6 +1,8 @@ -# Memory & Preseed +# Memory -Memory persistence system, automatic memory capture, session modes, and preseed deployment. +MCP memory server, automatic memory capture, two-phase +capture/compact, and R2 sync of memory files. Agent-config preseed +content lives in [preseed.md](preseed.md). **Audience:** Developers @@ -102,145 +104,35 @@ Two prompt files live in `~/.claude/plugins/codeflare-memory/scripts/` (preseede - In **advanced mode**, the `.memory/` directory itself IS synced (it contains the MCP memory JSONL files used across sessions). - In **default mode**, the entire `.memory/**` directory is excluded from sync via a conditional `SESSION_MODE` check. -## Session Modes - -Users can choose between **Default** and **Advanced** session modes via Settings > Session Defaults. The mode controls which preseed files are deployed on Recreate or new bucket creation. - -| Content | Default | Advanced | -|---------|---------|----------| -| Memory plugin & rule | No | Yes | -| CI monitoring, environment, no-local-builds, deploy-credentials rules | Yes | Yes | -| Cloudflare stack, ship, ship references skills | Yes | Yes | -| `consult-llm` skill (CC only) | No | Yes | -| CC hooks: `block-attributed-commits`, `git-push-review-reminder`, `enforce-review-spawn` | No | Yes | -| Language rules (23 files: common, TS, Python, Go, Swift) | No | Yes | -| Agent definitions (8: architect, code-reviewer, spec-reviewer, etc.) | No | Yes | -| Commands (5: /brainstorm, /debug, /deploy, /review, /sdd) | No | Yes | -| Cherry-picked skills (8: api-design, backend-patterns, etc.) | No | Yes | -| `spec-discipline` rule (universal SDD enforcement, all 5 agents) | No | Yes | -| SDD template scaffolding (13 files for `/sdd init`) | No | Yes | -| Known marketplaces plugin config | Yes | Yes | - -**Storage**: `sessionMode?: 'default' | 'advanced'` in `UserPreferences` (KV). Undefined = `'default'`. - -**Resolver**: `resolveSessionMode(prefs)` in `src/lib/session-mode.ts` -- single source of truth for the `?? 'default'` fallback. - -**When mode takes effect**: On any of: explicit "Recreate AI agent skills & rules" click, new bucket creation, Stripe mode change (upgrade or downgrade via webhook), subscription termination (`customer.subscription.deleted`), or Settings toggle of `sessionMode`. The Settings toggle immediately triggers server-side reconciliation as part of the `PATCH /api/preferences` call -- no separate Recreate click is required; the UI shows a confirmation ("Agent skills updated for X mode. Takes effect in new sessions.") when the toggle completes. On Stripe-driven or Settings-driven reconciliation, preseed files are overwritten to match the new mode; user-created files are never deleted. Implements [REQ-AGENT-004](../sdd/agents.md#req-agent-004) AC4–AC5 and [REQ-AGENT-005](../sdd/agents.md#req-agent-005). - -**Cleanup on Recreate**: `reconcileAgentConfigs()` seeds mode-appropriate files then deletes preseed-managed files not in the current mode. Strictly scoped to keys from `AGENTS_SEEDED_CONFIGS` -- no bucket listing, no prefix scans, never touches user-created files. `getPreseedKeysNotInMode()` excludes variant-per-mode keys (instruction files that exist in both modes with different content) to avoid deleting a file that was just seeded. Partial delete failures return `warnings` without failing the overall operation. `getConfigsForMode()` validates no duplicate keys within a single mode. - -**No migration**: Existing users are unaffected. Changes only happen on explicit action. - -## Preseed System - -### Preseed Components - -ECC-derived rules, agents, commands, and skills are preseeded directly to the agent config filesystem. No external plugins are installed. - -**Agents (8)**: `architect`, `build-error-resolver`, `code-reviewer`, `doc-updater`, `refactor-cleaner`, `security-reviewer`, `spec-reviewer`, `tdd-guide`. Preseeded to `~/.claude/agents/*.md` (and adapted equivalents for other agents) via the manifest pipeline with `"modes": ["advanced"]`. Each agent definition has YAML frontmatter with `name`, `description`, `tools` (emitted as a record `{read: true, write: true}` for OpenCode, instead of array format), and `model` (CC only). - -**Commands (5)**: `brainstorm`, `debug`, `deploy`, `review`, `sdd`. Preseeded to `~/.claude/commands/*.md` (CC only -- other agents don't support slash commands). Planning transitions are handled via Plan Mode (a built-in Claude Code primitive), not a slash command. - -**Skills (27 entries)**: `cloudflare-stack`, `ship` (+ 2 reference files), `consult-llm`, `api-design`, `backend-patterns`, `content-hash-cache-pattern`, `database-migrations`, `deployment-patterns`, `frontend-patterns`, `iterative-retrieval`, `search-first`, `spec-driven-development` (+ 13 reference templates for `/sdd init` scaffolding). Preseeded to `~/.claude/skills//SKILL.md` (and adapted equivalents for agents that support skills). `consult-llm` is CC-only (depends on MCP tool). - -**Rules (25 files, 4 in both modes + 21 advanced-only)**: Core environment rules (`ci-monitoring`, `cloudflare-environment`, `no-local-builds`, `deploy-credentials`) in both modes. `memory` and `spec-discipline` rules are advanced-only (memory depends on MCP memory server; spec-discipline is the universal SDD enforcement layer inlined into all 5 agents' instructions). ECC-derived language rules in `{common,typescript,python,golang,swift}/` subdirs (3 + 5*4 = 23 files, advanced only). Common rules cover security, coding style, and git workflow. Language-specific rules provide conventions for TypeScript, Python, Go, and Swift. - -**Known marketplaces**: `plugins/known_marketplaces.json` preseeds the official Anthropic plugin marketplace URL for user discovery. - -**Updates**: Preseed files update when the pipeline is redeployed and users click "Recreate AI agent skills & rules". - -### Preseed Deployment - -All preseed content is deployed via the manifest pipeline: - -1. Source files in `preseed/agents/claude/` organized by type: `rules/`, `agents/`, `commands/`, `skills/`, `plugins/` -2. `preseed/agents/claude/manifest.json` maps each file to modes (`default`, `advanced`, or both) -3. `scripts/generate-agent-seed.mjs` reads manifest + files (manifest-driven, ignores non-manifest files like `plugins/cache/`), generates `src/lib/agent-seed.generated.ts` with `AGENTS_SEEDED_CONFIGS` array (184 documents across all agents) -4. On first bucket creation: `reconcileAgentConfigs(mode, { overwrite: false, cleanup: false })` writes mode-appropriate files to R2 -5. On "Recreate skills & rules" button: `reconcileAgentConfigs(mode, { overwrite: true, cleanup: true })` overwrites in R2 and deletes files not in current mode -6. Bisync pulls from R2 to container config directories (`~/.claude/`, `~/.codex/`, `~/.gemini/`, `~/.copilot/`, `~/.config/opencode/`) - -**Manifest structure (74 total entries)**: -- `rules/` (25): core (4 default+advanced: ci-monitoring, cloudflare-environment, no-local-builds, deploy-credentials; + 2 advanced-only: memory, spec-discipline), common (3), typescript (4), python (4), golang (4), swift (4) -- `agents/` (8): architect, build-error-resolver, code-reviewer, doc-updater, refactor-cleaner, security-reviewer, spec-reviewer, tdd-guide (advanced only) -- `commands/` (5): brainstorm, debug, deploy, review, sdd (advanced only) -- `skills/` (27): cloudflare-stack, ship (+2 refs), consult-llm, api-design, backend-patterns, content-hash-cache-pattern, database-migrations, deployment-patterns, frontend-patterns, iterative-retrieval, search-first, spec-driven-development (+13 reference templates for /sdd init scaffolding) -- `plugins/` (9): known_marketplaces.json (default+advanced), codeflare-memory plugin (4 files, advanced only: plugin.json, memory-capture.sh, memory-agent-prompt.md, memory-compact-prompt.md), codeflare-hooks plugin (4 files, advanced only: plugin.json, block-attributed-commits.sh, git-push-review-reminder.sh, enforce-review-spawn.sh) - -### Multi-Agent Preseed - -The generator produces adapted config files for all supported agents from CC's preseed as single source of truth. No duplicate preseed files exist on disk. - -**Supported agents and their config locations:** - -| Agent | Global Instructions | Skills | Custom Agents | -|-------|-------------------|--------|---------------| -| CC | `~/.claude/rules/*.md` (individual) | `~/.claude/skills//SKILL.md` | `~/.claude/agents/*.md` | -| Codex | `~/.codex/AGENTS.md` (single file) | `~/.codex/skills//SKILL.md` | N/A | -| Gemini | `~/.gemini/GEMINI.md` (single file) | `~/.gemini/skills//SKILL.md` | `~/.gemini/agents/*.md` | -| Copilot | `~/.copilot/copilot-instructions.md` (single file) | N/A | `~/.copilot/agents/.agent.md` | -| OpenCode | `~/.config/opencode/AGENTS.md` (single file) | `~/.config/opencode/skills//SKILL.md` | `~/.config/opencode/agents/*.md` | - -**Tool name mapping** (adapted in agent definition frontmatter): - -| CC | Codex | Gemini | Copilot | OpenCode | -|--------|-------|--------|---------|----------| -| Read | read | read_file | read | read | -| Write | write | write_file | editFiles | write | -| Edit | edit | replace | editFiles | edit | -| Bash | shell | run_shell_command | execute | bash | -| Grep | grep | search_file_content | search | search | -| Glob | glob | glob | search | glob | - -**What each agent gets:** - -| Agent | Total Documents | -|-------|-----------------| -| CC | 74 | -| Codex | 28 | -| Gemini | 36 | -| Copilot | 10 | -| OpenCode | 36 | -| **Total** | **184** | - -**Excluded from non-CC agents**: hooks (CC hook system), commands (CC slash commands), plugins (CC plugin system, including codeflare-memory), `rules/memory.md` (depends on MCP memory server), `consult-llm` skill (depends on CC-specific MCP tool). - -**Adaptation pipeline**: For each non-CC agent, the generator: (1) concatenates applicable rules into a single instructions file, (2) remaps tool names in agent definition frontmatter, (3) removes `model` field from frontmatter, (4) replaces `~/.claude/` path references with agent-specific config paths, (5) uses correct file extensions (e.g., `.agent.md` for Copilot agents). - -**Per-mode counts**: Default mode seeds 25 files, advanced mode seeds 181 files. Total array size is 184 (includes variant-per-mode duplicates for instructions files). - -**Variant-per-mode keys**: Instructions files appear twice in the generated array -- once for default mode (3 rules) and once for advanced mode (all rules including memory, ECC), with the same R2 key but different content. `getPreseedKeysNotInMode()` handles this correctly by excluding keys that have a variant in the target mode. - -### Settings.json Merge - -Implements [REQ-AGENT-008](../sdd/agents.md#req-agent-008) AC3–AC5. - -`entrypoint.sh` merges settings into `~/.claude/settings.json` using a two-phase strategy. Non-hooks settings (statusLine, effortLevel, permissions, etc.) are merged with `jq '. * $cfg'`. Hooks are rebuilt separately: for each hook type and matcher, user-added hooks (commands not matching `codeflare-(hooks|memory)/scripts/`) are preserved, while managed hooks are replaced with the entrypoint's definitions. This prevents stale managed hooks from persisting while keeping user customizations. Handles three cases: - -- **File doesn't exist**: Creates with settings config -- **File exists**: Merges non-hooks settings, rebuilds hooks preserving user additions; empty-hooks matchers and empty hook-type top-level keys are filtered out to keep `settings.json` clean (guards against `null` hooks arrays from pre-existing settings) -- **File malformed**: Skips with warning (includes the jq error text), does not overwrite - -### Plugin Enablement - -`entrypoint.sh` merges `enabledPlugins` into `~/.claude/.claude.json` to enable both the `codeflare-memory` and `codeflare-hooks` plugins. This is permanent (not mode-gated) because missing plugins are silently skipped by Claude Code -- when the plugin files are absent in default mode, the plugins simply don't load. Plugins are used for file organization and delivery via R2 sync only -- hook registration is done via `settings.json` (see above). - -- **codeflare-memory**: Scripts for memory capture (hook registered in settings.json, scripts delivered via plugin) -- **codeflare-hooks**: Scripts for commit attribution blocking, git-push review reminders, and SDD review-agent sequential enforcement — `spec-reviewer` runs first, then `doc-updater` sequentially; on non-SDD projects (no `sdd/`) no agents fire and the push is friction-free (vibe-coding mode). Implements [REQ-AGENT-021](../sdd/agents.md#req-agent-021) AC4. Hooks registered in settings.json, scripts delivered via plugin. - ## Troubleshooting -- **Counter reset**: Delete `~/.memory/counter/{session_id}` to force re-summarization from the beginning of the transcript. -- **Agent not firing**: Check `~/.claude/settings.json` has `UserPromptSubmit` hook entry pointing to `memory-capture.sh`. Verify the script exists at `~/.claude/plugins/codeflare-memory/scripts/memory-capture.sh`. Verify the transcript has 15+ user messages since last capture. Check `rules/memory.md` is loaded (advanced mode only). -- **Compaction not running**: Compaction triggers when the sonnet capture agent writes a `.compact` marker file (total observations >5000). The main agent detects this and spawns an opus agent. Check `~/.memory/counter/{session_id}.compact` exists. The opus agent reads `memory-compact-prompt.md` and removes the marker when done. -- **Attribution blocking not working**: Check `~/.claude/settings.json` has `PreToolUse` hook entry pointing to `block-attributed-commits.sh`. Verify the script exists at `~/.claude/plugins/codeflare-hooks/scripts/block-attributed-commits.sh`. -- **Review-spawn enforcement not firing after push**: Check `~/.claude/settings.json` has a `Stop` hook entry pointing to `enforce-review-spawn.sh`. Verify the script exists at `~/.claude/plugins/codeflare-hooks/scripts/enforce-review-spawn.sh`. Only fires in advanced mode when `sdd/` and `sdd/README.md` are present. Detection uses the local git reflog as the source of truth — a real push writes an `update by push` entry in `.git/logs/refs/remotes/**`; text-only mentions of "git push" in command output or PR bodies are filtered out. The hook tracks the most recently acknowledged push in `.git/sdd-last-ack-push`; acknowledgment advances only when the full pipeline (code-reviewer + spec-reviewer + doc-updater) is observed for that push. Three bypass methods are USER-ONLY actions (the agent must never invoke these autonomously): the user deletes `sdd/.skip-next-review` (sentinel was consumed), the user says "skip review" in a message, or the user waits for the 3-strike circuit breaker to clear after 3 blocks on the same un-acknowledged push. If enforcement fires spuriously after a legitimate pipeline completed: delete `.git/sdd-last-ack-push` and `.git/sdd-review-block-count` to reset both checkpoints. -- **Default mode has hooks**: If `settings.json` has hook entries in default mode, the entrypoint SESSION_MODE gating may have failed. Remove them: `jq 'del(.hooks)' ~/.claude/settings.json > /tmp/s.json && mv /tmp/s.json ~/.claude/settings.json`. +- **Counter reset**: Delete `~/.memory/counter/{session_id}` to force + re-summarization from the beginning of the transcript. +- **Capture agent not firing**: Check `~/.claude/settings.json` has a + `UserPromptSubmit` hook entry pointing to `memory-capture.sh`. + Verify the script exists at + `~/.claude/plugins/codeflare-memory/scripts/memory-capture.sh`. + Verify the transcript has 15+ user messages since last capture. + Check `rules/memory.md` is loaded (advanced mode only). +- **Compaction not running**: Compaction triggers when the sonnet + capture agent writes a `.compact` marker file (total observations + >5000). The main agent detects this and spawns an opus agent. + Check `~/.memory/counter/{session_id}.compact` exists. The opus + agent reads `memory-compact-prompt.md` and removes the marker + when done. + +For hook registration, attribution-blocking, review-spawn +enforcement, or session-mode gating issues, see +[preseed.md](preseed.md#troubleshooting). --- ## Related Documentation -- [Container](container.md#claude-code-integration) - Claude Code configuration -- [Storage & Sync](storage-and-sync.md) - R2 sync of memory files -- [Architecture](architecture.md#system-components) - System overview -- [Decisions](decisions/README.md) - Architecture decisions + +- [Preseed System](preseed.md) — session modes, manifest pipeline, + multi-agent adaptation, hook registration +- [Container](container.md#claude-code-integration) — Claude Code + configuration +- [Storage & Sync](storage-and-sync.md) — R2 sync of memory files +- [Architecture](architecture.md#system-components) — System overview +- [Decisions](decisions/README.md) — Architecture decisions diff --git a/documentation/preseed.md b/documentation/preseed.md new file mode 100644 index 00000000..e55ef7ab --- /dev/null +++ b/documentation/preseed.md @@ -0,0 +1,333 @@ +# Agent Preseed System + + + +**Audience:** Developers + +How AI agent rules, agents, commands, skills, and plugins are deployed +to per-user containers. This file owns the "what gets seeded" and "how +it gets there" content. Memory-system specifics live in +[memory.md](memory.md); container runtime details live in +[container.md](container.md). + +## Session Modes + +Users choose between **Default** and **Advanced** session modes via +Settings > Session Defaults. The mode controls which preseed files are +deployed on Recreate or new bucket creation. + +| Content | Default | Advanced | +|---------|---------|----------| +| Memory plugin & rule | No | Yes | +| CI monitoring, environment, no-local-builds, deploy-credentials rules | Yes | Yes | +| Cloudflare stack, ship, ship references skills | Yes | Yes | +| `consult-llm` skill (CC only) | No | Yes | +| CC hooks: `block-attributed-commits`, `git-push-review-reminder`, `enforce-review-spawn` | No | Yes | +| Language rules (23 files: common, TS, Python, Go, Swift) | No | Yes | +| Agent definitions (8: architect, code-reviewer, spec-reviewer, etc.) | No | Yes | +| Commands (5: /brainstorm, /debug, /deploy, /review, /sdd) | No | Yes | +| Cherry-picked skills (8: api-design, backend-patterns, etc.) | No | Yes | +| `spec-discipline` rule (universal SDD enforcement, all 5 agents) | No | Yes | +| `documentation-discipline` rule (per-file/per-cell budgets, lane separation) | No | Yes | +| `tdd-discipline` rule (test-quality patterns, third sibling of the discipline triad) | No | Yes | +| SDD template scaffolding (13 files for `/sdd init`) | No | Yes | +| Known marketplaces plugin config | Yes | Yes | + +**Storage**: `sessionMode?: 'default' | 'advanced'` in +`UserPreferences` (KV). Undefined = `'default'`. + +**Resolver**: `resolveSessionMode(prefs)` in +`src/lib/session-mode.ts` -- single source of truth for the +`?? 'default'` fallback. + +**When mode takes effect**: On any of: explicit "Recreate AI agent +skills & rules" click, new bucket creation, Stripe mode change +(upgrade or downgrade via webhook), subscription termination +(`customer.subscription.deleted`), or Settings toggle of +`sessionMode`. The Settings toggle immediately triggers server-side +reconciliation as part of the `PATCH /api/preferences` call -- no +separate Recreate click is required; the UI shows a confirmation +("Agent skills updated for X mode. Takes effect in new sessions.") +when the toggle completes. On Stripe-driven or Settings-driven +reconciliation, preseed files are overwritten to match the new mode; +user-created files are never deleted. Implements +[REQ-AGENT-004](../sdd/agents.md#req-agent-004) AC4–AC5 and +[REQ-AGENT-005](../sdd/agents.md#req-agent-005). + +**Cleanup on Recreate**: `reconcileAgentConfigs()` seeds +mode-appropriate files then deletes preseed-managed files not in +the current mode. Strictly scoped to keys from +`AGENTS_SEEDED_CONFIGS` -- no bucket listing, no prefix scans, +never touches user-created files. `getPreseedKeysNotInMode()` +excludes variant-per-mode keys (instruction files that exist in +both modes with different content) to avoid deleting a file that +was just seeded. Partial delete failures return `warnings` without +failing the overall operation. `getConfigsForMode()` validates no +duplicate keys within a single mode. + +**No migration**: Existing users are unaffected. Changes only happen +on explicit action. + +## Preseed Components + +ECC-derived rules, agents, commands, and skills are preseeded directly +to the agent config filesystem. No external plugins are installed. + +**Agents (8)**: `architect`, `build-error-resolver`, `code-reviewer`, +`doc-updater`, `refactor-cleaner`, `security-reviewer`, +`spec-reviewer`, `tdd-guide`. Preseeded to `~/.claude/agents/*.md` +(and adapted equivalents for other agents) via the manifest pipeline +with `"modes": ["advanced"]`. Each agent definition has YAML +frontmatter with `name`, `description`, `tools` (emitted as a record +`{read: true, write: true}` for OpenCode, instead of array format), +and `model` (CC only). + +**Commands (5)**: `brainstorm`, `debug`, `deploy`, `review`, `sdd`. +Preseeded to `~/.claude/commands/*.md` (CC only -- other agents don't +support slash commands). Planning transitions are handled via Plan +Mode (a built-in Claude Code primitive), not a slash command. + +**Skills (27 entries)**: `cloudflare-stack`, `ship` (+ 2 reference +files), `consult-llm`, `api-design`, `backend-patterns`, +`content-hash-cache-pattern`, `database-migrations`, +`deployment-patterns`, `frontend-patterns`, `iterative-retrieval`, +`search-first`, `spec-driven-development` (+ 13 reference templates +for `/sdd init` scaffolding). Preseeded to +`~/.claude/skills//SKILL.md` (and adapted equivalents for +agents that support skills). `consult-llm` is CC-only (depends on +MCP tool). + +**Rules (27 files, 4 in both modes + 23 advanced-only)**: Core +environment rules (`ci-monitoring`, `cloudflare-environment`, +`no-local-builds`, `deploy-credentials`) in both modes. The +discipline triad — `spec-discipline`, `documentation-discipline`, +`tdd-discipline` — is advanced-only (Pro-mode SDD workflow opt-in: +spec-discipline is the universal enforcement layer inlined into all +5 agents' instructions; documentation-discipline defines per-file +line budgets, per-cell word budgets, and lane separation for +`documentation/`; tdd-discipline defines what counts as a real +test, no text-matching theater or tautology). `memory` rule is +advanced-only (depends on MCP memory server). ECC-derived language +rules in `{common,typescript,python,golang,swift}/` subdirs (3 + 5*4 += 23 files, advanced only). Common rules cover security, coding +style, and git workflow. Language-specific rules provide conventions +for TypeScript, Python, Go, and Swift. + +**Known marketplaces**: `plugins/known_marketplaces.json` preseeds +the official Anthropic plugin marketplace URL for user discovery. + +**Updates**: Preseed files update when the pipeline is redeployed +and users click "Recreate AI agent skills & rules". + +## Preseed Deployment + +All preseed content is deployed via the manifest pipeline: + +1. Source files in `preseed/agents/claude/` organized by type: + `rules/`, `agents/`, `commands/`, `skills/`, `plugins/` +2. `preseed/agents/claude/manifest.json` maps each file to modes + (`default`, `advanced`, or both) +3. `scripts/generate-agent-seed.mjs` reads manifest + files + (manifest-driven, ignores non-manifest files like + `plugins/cache/`), generates `src/lib/agent-seed.generated.ts` + with `AGENTS_SEEDED_CONFIGS` array (187 documents across all + agents) +4. On first bucket creation: + `reconcileAgentConfigs(mode, { overwrite: false, cleanup: false })` + writes mode-appropriate files to R2 +5. On "Recreate skills & rules" button: + `reconcileAgentConfigs(mode, { overwrite: true, cleanup: true })` + overwrites in R2 and deletes files not in current mode +6. Bisync pulls from R2 to container config directories + (`~/.claude/`, `~/.codex/`, `~/.gemini/`, `~/.copilot/`, + `~/.config/opencode/`) + +**Manifest structure (77 total entries)**: +- `rules/` (27): core (4 default+advanced: ci-monitoring, + cloudflare-environment, no-local-builds, deploy-credentials; + + 4 advanced-only: memory, spec-discipline, + documentation-discipline, tdd-discipline), common (3), + typescript (4), python (4), golang (4), swift (4) +- `agents/` (8): architect, build-error-resolver, code-reviewer, + doc-updater, refactor-cleaner, security-reviewer, spec-reviewer, + tdd-guide (advanced only) +- `commands/` (5): brainstorm, debug, deploy, review, sdd + (advanced only) +- `skills/` (27): cloudflare-stack, ship (+2 refs), consult-llm, + api-design, backend-patterns, content-hash-cache-pattern, + database-migrations, deployment-patterns, frontend-patterns, + iterative-retrieval, search-first, spec-driven-development (+13 + reference templates for /sdd init scaffolding) +- `plugins/` (10): known_marketplaces.json (default+advanced), + codeflare-memory plugin (4 files, advanced only: plugin.json, + memory-capture.sh, memory-agent-prompt.md, + memory-compact-prompt.md), codeflare-hooks plugin (5 files, + advanced only: plugin.json, block-attributed-commits.sh, + git-push-review-reminder.sh, enforce-review-spawn.sh, + lib/gh-pr-state.sh — shared helper sourced by both PR-aware hooks) + +## Multi-Agent Preseed + +The generator produces adapted config files for all supported agents +from CC's preseed as single source of truth. No duplicate preseed +files exist on disk. + +**Supported agents and their config locations:** + +| Agent | Global Instructions | Skills | Custom Agents | +|-------|-------------------|--------|---------------| +| CC | `~/.claude/rules/*.md` (individual) | `~/.claude/skills//SKILL.md` | `~/.claude/agents/*.md` | +| Codex | `~/.codex/AGENTS.md` (single file) | `~/.codex/skills//SKILL.md` | N/A | +| Gemini | `~/.gemini/GEMINI.md` (single file) | `~/.gemini/skills//SKILL.md` | `~/.gemini/agents/*.md` | +| Copilot | `~/.copilot/copilot-instructions.md` (single file) | N/A | `~/.copilot/agents/.agent.md` | +| OpenCode | `~/.config/opencode/AGENTS.md` (single file) | `~/.config/opencode/skills//SKILL.md` | `~/.config/opencode/agents/*.md` | + +**Tool name mapping** (adapted in agent definition frontmatter): + +| CC | Codex | Gemini | Copilot | OpenCode | +|--------|-------|--------|---------|----------| +| Read | read | read_file | read | read | +| Write | write | write_file | editFiles | write | +| Edit | edit | replace | editFiles | edit | +| Bash | shell | run_shell_command | execute | bash | +| Grep | grep | search_file_content | search | search | +| Glob | glob | glob | search | glob | + +**What each agent gets:** + +| Agent | Total Documents | +|-------|-----------------| +| CC | 77 | +| Codex | 28 | +| Gemini | 36 | +| Copilot | 10 | +| OpenCode | 36 | +| **Total** | **187** | + +**Excluded from non-CC agents**: hooks (CC hook system), commands (CC +slash commands), plugins (CC plugin system, including +codeflare-memory), `rules/memory.md` (depends on MCP memory server), +`consult-llm` skill (depends on CC-specific MCP tool). + +**Adaptation pipeline**: For each non-CC agent, the generator: (1) +concatenates applicable rules into a single instructions file, (2) +remaps tool names in agent definition frontmatter, (3) removes +`model` field from frontmatter, (4) replaces `~/.claude/` path +references with agent-specific config paths, (5) uses correct file +extensions (e.g., `.agent.md` for Copilot agents). + +**Per-mode counts**: Default mode seeds 25 files, advanced mode +seeds 184 files. Total array size is 187 (includes variant-per-mode +duplicates for instructions files). + +**Variant-per-mode keys**: Instructions files appear twice in the +generated array -- once for default mode (3 rules) and once for +advanced mode (all rules including memory, ECC), with the same R2 +key but different content. `getPreseedKeysNotInMode()` handles this +correctly by excluding keys that have a variant in the target mode. + +## Settings.json Merge + +Implements [REQ-AGENT-008](../sdd/agents.md#req-agent-008) AC3–AC5. + +`entrypoint.sh` merges settings into `~/.claude/settings.json` +using a two-phase strategy. Non-hooks settings (statusLine, +effortLevel, permissions, etc.) are merged with `jq '. * $cfg'`. +Hooks are rebuilt separately: for each hook type and matcher, +user-added hooks (commands not matching +`codeflare-(hooks|memory)/scripts/`) are preserved, while managed +hooks are replaced with the entrypoint's definitions. This prevents +stale managed hooks from persisting while keeping user +customizations. Handles three cases: + +- **File doesn't exist**: Creates with settings config +- **File exists**: Merges non-hooks settings, rebuilds hooks + preserving user additions; empty-hooks matchers and empty + hook-type top-level keys are filtered out to keep + `settings.json` clean (guards against `null` hooks arrays from + pre-existing settings) +- **File malformed**: Skips with warning (includes the jq error + text), does not overwrite + +## Plugin Enablement + +`entrypoint.sh` merges `enabledPlugins` into `~/.claude/.claude.json` +to enable both the `codeflare-memory` and `codeflare-hooks` plugins. +This is permanent (not mode-gated) because missing plugins are +silently skipped by Claude Code -- when the plugin files are absent +in default mode, the plugins simply don't load. Plugins are used for +file organization and delivery via R2 sync only -- hook registration +is done via `settings.json` (see above). + +- **codeflare-memory**: Scripts for memory capture (hook registered + in settings.json, scripts delivered via plugin) +- **codeflare-hooks**: Scripts for commit attribution blocking, + git-push review reminders, and SDD review-agent sequential + enforcement — `spec-reviewer` runs first, then `doc-updater` + sequentially; on non-SDD projects (no `sdd/`) no agents fire and + the push is friction-free (vibe-coding mode). Implements + [REQ-AGENT-021](../sdd/agents.md#req-agent-021) AC4. Hooks + registered in settings.json, scripts delivered via plugin. + +## Troubleshooting + +- **Attribution blocking not working**: Check + `~/.claude/settings.json` has a `PreToolUse` hook entry pointing + to `block-attributed-commits.sh`. Verify the script exists at + `~/.claude/plugins/codeflare-hooks/scripts/block-attributed-commits.sh`. +- **Review-spawn enforcement not firing on push**: see + [Resetting the review-spawn checkpoint](#resetting-the-review-spawn-checkpoint) + below. +- **Default mode has hooks**: If `settings.json` has hook entries in + default mode, the entrypoint SESSION_MODE gating may have failed. + Remove them: + `jq 'del(.hooks)' ~/.claude/settings.json > /tmp/s.json && mv /tmp/s.json ~/.claude/settings.json`. + +### Resetting the review-spawn checkpoint + +The `Stop` hook (`enforce-review-spawn.sh`) only fires in advanced mode +when `sdd/` and `sdd/README.md` are present. It triggers at PR-boundary +events: `gh pr create` runs in the session, OR a push lands on a +branch that already has an open PR (the hook calls `gh pr view` to +check). A plain push to a branch with no open PR intentionally does +NOT trigger enforcement — reviews are deferred until the PR opens. +Direct pushes to `main` are expected to be blocked by GitHub branch +protection; if branch protection is off and a direct push lands, +spawn the review agents manually after the push. + +The hook tracks the most recently acknowledged PR HEAD SHA in +`.git/sdd-last-ack-pr-head`. Acknowledgment advances only when the +full pipeline (code-reviewer + spec-reviewer + doc-updater) is +observed for the current PR HEAD. + +Three USER-ONLY bypass methods exist (the agent must never invoke +these autonomously): the user deletes `sdd/.skip-next-review` +(sentinel was consumed), the user says "skip review" in a message, +or the user waits for the 3-strike circuit breaker to clear after +3 blocks on the same un-acknowledged PR HEAD. + +If enforcement fires spuriously after a legitimate pipeline +completed, reset both checkpoints: + +```bash +rm .git/sdd-last-ack-pr-head .git/sdd-review-block-count +``` + +The legacy v4 timestamp file `.git/sdd-last-ack-push` (if present +from a prior install) is auto-deleted on the first v5 invocation, +so no manual cleanup is needed for the v4 → v5 migration path. + +--- + +## Related Documentation + +- [Memory](memory.md) — MCP memory server, capture/compact, R2 sync + of memory files +- [Container](container.md#claude-code-integration) — Claude Code + configuration +- [Storage & Sync](storage-and-sync.md) — R2 sync internals +- [Decisions](decisions/README.md) — Architecture decisions diff --git a/entrypoint.sh b/entrypoint.sh index fbf083c0..3e86b9bc 100644 --- a/entrypoint.sh +++ b/entrypoint.sh @@ -1059,16 +1059,23 @@ PLUGIN_DIR="$USER_HOME/.claude/plugins" if [ "${SESSION_MODE:-default}" = "advanced" ]; then # PreToolUse: block-attributed-commits fires on git * and gh * to catch # AI attribution in commits/PRs/issues/releases. - # PostToolUse: git-push-review-reminder fires on every Bash call (no `if` - # prefix gate — those silently miss chained pipelines like + # PostToolUse: git-push-review-reminder.sh fires on every Bash call (no + # `if` prefix gate — those silently miss chained pipelines like # `git add . && git commit && git push`, see #243). The script's - # in-process case statement filters by command pattern. - # Only fires if sdd/ is bootstrapped (vibe-coding gate). - # Stop: enforce-review-spawn blocks turn-end if SDD review agents - # weren't spawned after the most recent push (per REQ-AGENT-021 AC4). - # Only fires if sdd/ is bootstrapped. Three bypass methods (sentinel + # in-process case statement filters by command pattern. Classifies + # the trigger as PR-OPEN (gh pr create), PR-SYNC (git push to a + # branch with an open PR), or DEFERRED (push to a branch with no + # PR — review fires when the PR opens). Only fires if sdd/ is + # bootstrapped (vibe-coding gate). Cached at .git/sdd-pr-cache + # (60s for OPEN, 10s for empty/transient results). + # Stop: enforce-review-spawn (v5) blocks turn-end if the SDD review + # agents weren't spawned after the most recent PR-tracked push. + # Checkpoint at .git/sdd-last-ack-pr-head (PR HEAD SHA). Only fires + # if sdd/ is bootstrapped. Three USER-ONLY bypass methods (sentinel # file, "skip review" / "skip verification" phrase, 3-strike circuit - # breaker) preserve user agency. + # breaker) preserve user agency. Direct pushes to main are not + # special-cased here — the project should rely on GitHub branch + # protection to require PRs into main; see common/git-workflow.md. SETTINGS_CONFIG='{"skipDangerousModePermissionPrompt":true,"hooks":{"PreToolUse":[{"matcher":"Bash","hooks":[{"if":"Bash(git *)","type":"command","command":"bash '"$PLUGIN_DIR"'/codeflare-hooks/scripts/block-attributed-commits.sh"},{"if":"Bash(gh *)","type":"command","command":"bash '"$PLUGIN_DIR"'/codeflare-hooks/scripts/block-attributed-commits.sh"}]}],"PostToolUse":[{"matcher":"Bash","hooks":[{"type":"command","command":"bash '"$PLUGIN_DIR"'/codeflare-hooks/scripts/git-push-review-reminder.sh"}]}],"Stop":[{"matcher":"","hooks":[{"type":"command","command":"bash '"$PLUGIN_DIR"'/codeflare-hooks/scripts/enforce-review-spawn.sh"}]}],"UserPromptSubmit":[{"matcher":"","hooks":[{"type":"command","command":"bash '"$PLUGIN_DIR"'/codeflare-memory/scripts/memory-capture.sh"}]}]}}' echo "[entrypoint] Advanced mode: configuring settings.json with hooks" else diff --git a/host/__tests__/enforce-review-spawn.test.js b/host/__tests__/enforce-review-spawn.test.js new file mode 100644 index 00000000..d5262ddd --- /dev/null +++ b/host/__tests__/enforce-review-spawn.test.js @@ -0,0 +1,539 @@ +// Real behavioral tests for the SDD Stop hook. +// +// These tests spawn the actual bash script with stdin input and assert +// on exit code + stdout. They exercise the full hook logic against +// fixture transcripts and a fake `gh` binary on PATH. +// +// Each test uses a fresh temp directory as cwd so hook side-effects +// (.git/sdd-last-ack-pr-head, .git/sdd-review-block-count, deleted +// sdd/.skip-next-review sentinel) don't bleed between tests. + +import { describe, it } from 'node:test'; +import assert from 'node:assert/strict'; +import { spawnSync } from 'node:child_process'; +import { mkdtempSync, mkdirSync, writeFileSync, existsSync, chmodSync, readFileSync, utimesSync } from 'node:fs'; +import { tmpdir } from 'node:os'; +import { join, resolve, dirname } from 'node:path'; +import { fileURLToPath } from 'node:url'; + +const __dirname = dirname(fileURLToPath(import.meta.url)); +const HOOK = resolve( + __dirname, + '../../preseed/agents/claude/plugins/codeflare-hooks/scripts/enforce-review-spawn.sh', +); + +function makeFixture() { + const cwd = mkdtempSync(join(tmpdir(), 'enforce-spawn-')); + // Initialize a git repo so $(git rev-parse --git-common-dir) succeeds + spawnSync('git', ['init', '-q'], { cwd }); + spawnSync('git', ['config', 'user.email', 'test@test'], { cwd }); + spawnSync('git', ['config', 'user.name', 'Test'], { cwd }); + spawnSync('git', ['commit', '-q', '--allow-empty', '-m', 'init'], { cwd }); + return cwd; +} + +function withSdd(cwd) { + mkdirSync(join(cwd, 'sdd'), { recursive: true }); + writeFileSync(join(cwd, 'sdd/README.md'), '# fixture\n'); +} + +function fakeGh(cwd, body) { + const binDir = join(cwd, 'fake-bin'); + mkdirSync(binDir, { recursive: true }); + writeFileSync(join(binDir, 'gh'), `#!/usr/bin/env bash\n${body}\n`); + chmodSync(join(binDir, 'gh'), 0o755); + return binDir; +} + +// Exact-match fixtures (not substring): production hook calls +// `gh pr view --json state,headRefOid`. Anything else gets +// exit 99 + stderr noise so future refactors that change the CLI +// shape surface loudly instead of silently passing. +function ghReturning(state, headSha) { + return `ARGS="$*" +if [[ "$ARGS" == "pr view "*" --json state,headRefOid" ]]; then + echo '{"state":"${state}","headRefOid":"${headSha}"}' + exit 0 +fi +echo "FAKE_GH_UNEXPECTED_ARGS: $ARGS" >&2 +exit 99`; +} + +function ghNoPR() { + return `ARGS="$*" +if [[ "$ARGS" == "pr view "*" --json state,headRefOid" ]]; then + exit 1 +fi +echo "FAKE_GH_UNEXPECTED_ARGS: $ARGS" >&2 +exit 99`; +} + +function ghPoison(cwd) { + // Poison gh: any invocation fails loudly with exit 99 and stderr. + // Use to assert that the cheap @{u} pre-check actually short- + // circuited the gh round-trip. + const binDir = join(cwd, 'fake-bin'); + mkdirSync(binDir, { recursive: true }); + writeFileSync( + join(binDir, 'gh'), + `#!/usr/bin/env bash\necho "POISON_GH_CALLED: $*" >&2\nexit 99\n`, + ); + chmodSync(join(binDir, 'gh'), 0o755); + return binDir; +} + +function setupUpstreamTracking(cwd, sha) { + // Configure the test repo so `git rev-parse @{u}` resolves to `sha`. + // Sets branch..remote/merge config and writes the remote- + // tracking ref directly. This avoids needing a real second repo. + const branch = spawnSync('git', ['rev-parse', '--abbrev-ref', 'HEAD'], { + cwd, + encoding: 'utf-8', + }).stdout.trim(); + const gitCommonDir = spawnSync('git', ['rev-parse', '--git-common-dir'], { + cwd, + encoding: 'utf-8', + }).stdout.trim(); + spawnSync('git', ['config', `branch.${branch}.remote`, 'origin'], { cwd }); + spawnSync('git', ['config', `branch.${branch}.merge`, `refs/heads/${branch}`], { cwd }); + mkdirSync(join(cwd, gitCommonDir, 'refs/remotes/origin'), { recursive: true }); + writeFileSync(join(cwd, gitCommonDir, `refs/remotes/origin/${branch}`), sha + '\n'); +} + +function writeTranscript(cwd, lines) { + const path = join(cwd, 'transcript.jsonl'); + writeFileSync(path, lines.join('\n') + '\n'); + return path; +} + +function runHook(cwd, { event = 'Stop', transcriptPath, binDir }) { + const env = { ...process.env }; + if (binDir) env.PATH = `${binDir}:${process.env.PATH}`; + // Prevent the hook from finding a real gh in PATH if we want it absent + return spawnSync('bash', [HOOK], { + cwd, + input: JSON.stringify({ + hook_event_name: event, + transcript_path: transcriptPath, + }), + encoding: 'utf-8', + env, + }); +} + +// Real Bash tool_use lines as the transcript would contain them +const PUSH_LINE = (ts = '2026-05-03T12:00:00.000Z') => + JSON.stringify({ + type: 'assistant', + message: { + content: [ + { + type: 'tool_use', + name: 'Bash', + input: { command: 'git push origin develop' }, + }, + ], + }, + timestamp: ts, + }); + +const AGENT_LINE = (subagentType, ts, toolUseId = 'toolu_x') => + JSON.stringify({ + type: 'assistant', + message: { + content: [ + { + type: 'tool_use', + name: 'Task', + id: toolUseId, + input: { subagent_type: subagentType }, + }, + ], + }, + timestamp: ts, + }); + +const SPEC_DONE_LINE = (toolUseId = 'toolu_sr1') => + `${toolUseId}completed`; + +describe('enforce-review-spawn.sh — vibe-coding gate', () => { + it('exits 0 silently when sdd/ is missing', () => { + const cwd = makeFixture(); + const t = writeTranscript(cwd, [PUSH_LINE()]); + const r = runHook(cwd, { transcriptPath: t }); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); +}); + +describe('enforce-review-spawn.sh — event scoping', () => { + it('exits 0 silently on SubagentStop (only Stop is enforced)', () => { + const cwd = makeFixture(); + withSdd(cwd); + const t = writeTranscript(cwd, [PUSH_LINE()]); + const r = runHook(cwd, { event: 'SubagentStop', transcriptPath: t }); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); +}); + +describe('enforce-review-spawn.sh — bypass 1: sentinel file', () => { + it('exits 0 and deletes the sentinel file (one-shot)', () => { + const cwd = makeFixture(); + withSdd(cwd); + writeFileSync(join(cwd, 'sdd/.skip-next-review'), ''); + const t = writeTranscript(cwd, [PUSH_LINE()]); + const r = runHook(cwd, { transcriptPath: t }); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + assert.equal(existsSync(join(cwd, 'sdd/.skip-next-review')), false, + 'sentinel must be deleted on use (one-shot semantics)'); + }); +}); + +describe('enforce-review-spawn.sh — PR state gating', () => { + it('exits 0 silently when no open PR exists for current branch', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghNoPR()); + const t = writeTranscript(cwd, [PUSH_LINE()]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); + + it('exits 0 silently when gh confirms PR HEAD matches LAST_ACK (no @{u})', () => { + // No upstream tracking → cheap @{u} pre-check skipped → falls + // through to gh → gh returns matching SHA → authoritative-path + // exit 0. Pins the gh-path branch of the matched-ack semantics. + const cwd = makeFixture(); + withSdd(cwd); + const headSha = 'abc123def456'; + const binDir = fakeGh(cwd, ghReturning('OPEN', headSha)); + const gitCommonDir = spawnSync('git', ['rev-parse', '--git-common-dir'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + writeFileSync(join(cwd, gitCommonDir, 'sdd-last-ack-pr-head'), headSha); + const t = writeTranscript(cwd, [PUSH_LINE()]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); + + it('cheap path: @{u} matches LAST_ACK + fresh ack → gh is NOT called', () => { + // Pins the optimization actually fires. Poison-gh exits 99 if + // invoked; the cheap @{u} short-circuit must take the path + // before gh is reached. Requires upstream tracking configured + // to satisfy `git rev-parse @{u}`. + const cwd = makeFixture(); + withSdd(cwd); + const headSha = spawnSync('git', ['rev-parse', 'HEAD'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + setupUpstreamTracking(cwd, headSha); + const gitCommonDir = spawnSync('git', ['rev-parse', '--git-common-dir'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + writeFileSync(join(cwd, gitCommonDir, 'sdd-last-ack-pr-head'), headSha); + const binDir = ghPoison(cwd); + const t = writeTranscript(cwd, [PUSH_LINE()]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + assert.doesNotMatch(r.stderr, /POISON_GH_CALLED/, + 'cheap @{u} pre-check must short-circuit before any gh invocation'); + }); + + it('cheap path: stale ack file (>5 min old) → falls through to gh', () => { + // Pins the mtime bound on the cheap path. If a future refactor + // raises the bound to 24h or drops it, this test fails because + // the marker file (only written when gh runs) won't exist. + const cwd = makeFixture(); + withSdd(cwd); + const headSha = spawnSync('git', ['rev-parse', 'HEAD'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + setupUpstreamTracking(cwd, headSha); + const gitCommonDir = spawnSync('git', ['rev-parse', '--git-common-dir'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + const ackFile = join(cwd, gitCommonDir, 'sdd-last-ack-pr-head'); + writeFileSync(ackFile, headSha); + // Backdate ack file mtime to 10 minutes ago — past the 5-min bound + const tenMinAgo = (Date.now() - 10 * 60 * 1000) / 1000; + utimesSync(ackFile, tenMinAgo, tenMinAgo); + // Custom fakeGh that writes a marker file when invoked. The + // marker is the unfakeable signal "gh was actually called" — + // distinguishes "cheap-path short-circuited (no gh call)" from + // "gh-path took it (gh call happened, returned matching SHA)". + const markerFile = join(cwd, 'gh-invoked-marker'); + const binDir = join(cwd, 'fake-bin'); + mkdirSync(binDir, { recursive: true }); + writeFileSync( + join(binDir, 'gh'), + `#!/usr/bin/env bash +ARGS="$*" +if [[ "$ARGS" == "pr view "*" --json state,headRefOid" ]]; then + echo invoked > "${markerFile}" + echo '{"state":"OPEN","headRefOid":"${headSha}"}' + exit 0 +fi +echo "FAKE_GH_UNEXPECTED_ARGS: $ARGS" >&2 +exit 99 +`, + ); + chmodSync(join(binDir, 'gh'), 0o755); + const t = writeTranscript(cwd, [PUSH_LINE()]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.equal(r.stdout, '', + 'stale ack should fall through to gh, which then matches the SHA and exits 0'); + assert.equal(existsSync(markerFile), true, + 'stale ack must invoke gh — cheap path silent short-circuit would leave marker missing'); + }); + + it('cheap path: HEAD ahead of @{u} → falls through to gh (force-push guard)', () => { + // Regression for the force-push / git reset --hard fail-open class. + // If local HEAD has diverged from @{u} (unpushed commits, or + // reset-then-add), the cheap path must NOT short-circuit even + // when @{u} happens to match LAST_ACK_PR_HEAD — the upstream + // PR HEAD might be different from what @{u} reflects. + const cwd = makeFixture(); + withSdd(cwd); + const oldSha = spawnSync('git', ['rev-parse', 'HEAD'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + setupUpstreamTracking(cwd, oldSha); // @{u} = oldSha + // Make a local commit so HEAD diverges from @{u} + spawnSync('git', ['commit', '-q', '--allow-empty', '-m', 'local'], { cwd }); + const gitCommonDir = spawnSync('git', ['rev-parse', '--git-common-dir'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + writeFileSync(join(cwd, gitCommonDir, 'sdd-last-ack-pr-head'), oldSha); + // Real fakeGh — must be called because cheap path should NOT short-circuit + const binDir = fakeGh(cwd, ghReturning('OPEN', 'realnewsha')); + const t = writeTranscript(cwd, [PUSH_LINE()]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + // gh returned a different SHA → enforcement fires (no agents spawned) + assert.match(r.stdout, /"decision"\s*:\s*"block"/); + }); +}); + +describe('enforce-review-spawn.sh — 3-strike circuit breaker', () => { + it('blocks 3 times then exits silently on the 4th attempt for same PR HEAD', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghReturning('OPEN', 'newsha')); + const t = writeTranscript(cwd, [PUSH_LINE()]); + // First three runs: block (no agents spawned) + for (let i = 1; i <= 3; i++) { + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0, `run ${i} exit code`); + assert.match(r.stdout, /"decision"\s*:\s*"block"/, `run ${i} must block`); + } + // Fourth run: counter exceeded, hook gives up and exits silently + const r4 = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r4.status, 0); + assert.equal(r4.stdout, '', + '4th attempt for same un-acked PR HEAD must release the user (3-strike breaker)'); + }); + + it('counter resets when PR HEAD advances (different SHA = new attempt window)', () => { + const cwd = makeFixture(); + withSdd(cwd); + const t = writeTranscript(cwd, [PUSH_LINE()]); + // First push: block 3x, give up on 4th + let binDir = fakeGh(cwd, ghReturning('OPEN', 'firstsha')); + for (let i = 0; i < 4; i++) { + runHook(cwd, { transcriptPath: t, binDir }); + } + // New PR HEAD: counter resets, blocks again + binDir = fakeGh(cwd, ghReturning('OPEN', 'secondsha')); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.match(r.stdout, /"decision"\s*:\s*"block"/, + 'new PR HEAD must reset the strike counter'); + }); +}); + +describe('enforce-review-spawn.sh — v4 → v5 migration', () => { + it('removes the legacy v4 timestamp checkpoint on first v5 run', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghNoPR()); + const gitCommonDir = spawnSync('git', ['rev-parse', '--git-common-dir'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + const legacyAck = join(cwd, gitCommonDir, 'sdd-last-ack-push'); + writeFileSync(legacyAck, '1730000000'); // legacy v4 timestamp + const t = writeTranscript(cwd, [PUSH_LINE()]); + runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(existsSync(legacyAck), false, + 'legacy .git/sdd-last-ack-push must be deleted on first v5 run'); + }); +}); + +describe('enforce-review-spawn.sh — agent-spawn enforcement', () => { + it('blocks with both agent names when nothing is spawned post-push', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghReturning('OPEN', 'newshasinceack')); + const t = writeTranscript(cwd, [PUSH_LINE()]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.match(r.stdout, /"decision"\s*:\s*"block"/); + // Must name BOTH missing agents in the reason — the directive + // tells the assistant exactly what to spawn + assert.match(r.stdout, /code-reviewer/); + assert.match(r.stdout, /spec-reviewer/); + }); + + it('blocks demanding doc-updater after spec-reviewer completes', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghReturning('OPEN', 'newsha')); + const t = writeTranscript(cwd, [ + PUSH_LINE('2026-05-03T12:00:00.000Z'), + AGENT_LINE('code-reviewer', '2026-05-03T12:00:01.000Z', 'toolu_cr1'), + AGENT_LINE('spec-reviewer', '2026-05-03T12:00:02.000Z', 'toolu_sr1'), + SPEC_DONE_LINE('toolu_sr1'), + ]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.match(r.stdout, /"decision"\s*:\s*"block"/); + assert.match(r.stdout, /doc-updater/); + }); + + it('exits 0 + advances checkpoint when full pipeline completes', () => { + const cwd = makeFixture(); + withSdd(cwd); + const headSha = 'fullpipelinesha'; + const binDir = fakeGh(cwd, ghReturning('OPEN', headSha)); + const t = writeTranscript(cwd, [ + PUSH_LINE('2026-05-03T12:00:00.000Z'), + AGENT_LINE('code-reviewer', '2026-05-03T12:00:01.000Z', 'toolu_cr1'), + AGENT_LINE('spec-reviewer', '2026-05-03T12:00:02.000Z', 'toolu_sr1'), + SPEC_DONE_LINE('toolu_sr1'), + AGENT_LINE('doc-updater', '2026-05-03T12:00:10.000Z', 'toolu_du1'), + ]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + const gitCommonDir = spawnSync('git', ['rev-parse', '--git-common-dir'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + const ackFile = join(cwd, gitCommonDir, 'sdd-last-ack-pr-head'); + assert.equal(readFileSync(ackFile, 'utf-8').trim(), headSha, + 'checkpoint must advance to the just-acked PR HEAD SHA'); + }); +}); + +describe('enforce-review-spawn.sh — bypass 2: magic phrase', () => { + it('exits 0 when user message after push contains "skip review"', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghReturning('OPEN', 'newsha')); + const t = writeTranscript(cwd, [ + PUSH_LINE(), + JSON.stringify({ + type: 'user', + message: { content: 'please skip review for this push' }, + }), + ]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); + + it('exits 0 when user message contains "skip verification"', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghReturning('OPEN', 'newsha')); + const t = writeTranscript(cwd, [ + PUSH_LINE(), + JSON.stringify({ + type: 'user', + message: { content: 'skip verification, this is urgent' }, + }), + ]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); +}); + +describe('enforce-review-spawn.sh — fail-safe behavior', () => { + it('exits 0 silently when timestamp extraction fails (regression for fail-open bug)', () => { + // This test pins the fix for the awk `ts > ""` fail-open bug. + // A push line with no extractable timestamp must NOT silently + // skip enforcement via awk's string-compare semantics — it must + // hit the explicit empty-PUSH_TS guard and exit 0. + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghReturning('OPEN', 'newsha')); + // Bash command line with NO timestamp field + const pushLineNoTs = JSON.stringify({ + type: 'assistant', + message: { + content: [ + { type: 'tool_use', name: 'Bash', input: { command: 'git push origin develop' } }, + ], + }, + }); + const t = writeTranscript(cwd, [pushLineNoTs]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.equal(r.stdout, '', + 'missing timestamp must short-circuit before the spawned_after_push helper, ' + + 'not silently disable enforcement via awk string comparison'); + }); + + it('does not match "git push" inside echo strings (regression for substring false-positive)', () => { + // This test pins the fix for the PUSH_LINE substring bug. + // A Bash command that mentions "git push" inside an echo (not as + // a real command) must NOT trigger enforcement. With the old + // `&& /git push/` substring grep, this was a false positive. + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghReturning('OPEN', 'newsha')); + const echoLine = JSON.stringify({ + type: 'assistant', + message: { + content: [ + { type: 'tool_use', name: 'Bash', input: { command: 'echo "I will git push later"' } }, + ], + }, + timestamp: '2026-05-03T12:00:00.000Z', + }); + const t = writeTranscript(cwd, [echoLine]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + assert.equal(r.stdout, '', + 'echo "git push" must not be classified as a real push'); + }); + + it('detects chained pipelines like `git add && git push`', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, ghReturning('OPEN', 'newsha')); + const chainedLine = JSON.stringify({ + type: 'assistant', + message: { + content: [ + { + type: 'tool_use', + name: 'Bash', + input: { command: 'git add . && git commit -m x && git push origin develop' }, + }, + ], + }, + timestamp: '2026-05-03T12:00:00.000Z', + }); + const t = writeTranscript(cwd, [chainedLine]); + const r = runHook(cwd, { transcriptPath: t, binDir }); + assert.equal(r.status, 0); + // Real chained push → enforcement fires (no agents spawned → block) + assert.match(r.stdout, /"decision"\s*:\s*"block"/); + }); +}); diff --git a/host/__tests__/git-push-review-reminder.test.js b/host/__tests__/git-push-review-reminder.test.js new file mode 100644 index 00000000..3ed7d55e --- /dev/null +++ b/host/__tests__/git-push-review-reminder.test.js @@ -0,0 +1,223 @@ +// Real behavioral tests for the SDD PostToolUse hook. +// +// Tests spawn the actual bash script with stdin input and assert on +// exit code + stdout. Each test uses a fresh temp directory as cwd so +// hook side-effects (.git/sdd-pr-cache) don't bleed between tests. + +import { describe, it } from 'node:test'; +import assert from 'node:assert/strict'; +import { spawnSync } from 'node:child_process'; +import { mkdtempSync, mkdirSync, writeFileSync, chmodSync } from 'node:fs'; +import { tmpdir } from 'node:os'; +import { join, resolve, dirname } from 'node:path'; +import { fileURLToPath } from 'node:url'; + +const __dirname = dirname(fileURLToPath(import.meta.url)); +const HOOK = resolve( + __dirname, + '../../preseed/agents/claude/plugins/codeflare-hooks/scripts/git-push-review-reminder.sh', +); + +function makeFixture() { + const cwd = mkdtempSync(join(tmpdir(), 'pushrev-')); + spawnSync('git', ['init', '-q'], { cwd }); + spawnSync('git', ['config', 'user.email', 'test@test'], { cwd }); + spawnSync('git', ['config', 'user.name', 'Test'], { cwd }); + spawnSync('git', ['commit', '-q', '--allow-empty', '-m', 'init'], { cwd }); + return cwd; +} + +function withSdd(cwd) { + mkdirSync(join(cwd, 'sdd'), { recursive: true }); + writeFileSync(join(cwd, 'sdd/README.md'), '# fixture\n'); +} + +function fakeGh(cwd, { state = '', exitCode = 0 } = {}) { + const binDir = join(cwd, 'fake-bin'); + mkdirSync(binDir, { recursive: true }); + // Exact-match fixture (not substring): both hooks now share the + // gh CLI shape via lib/gh-pr-state.sh — `gh pr view + // --json state,headRefOid`. Anything else gets exit 99 + stderr + // noise so an unintended invocation in a future refactor surfaces + // loudly instead of silently passing. + const body = `#!/usr/bin/env bash +ARGS="$*" +if [[ "$ARGS" == "pr view "*" --json state,headRefOid" ]]; then + ${state ? `echo '{"state":"${state}","headRefOid":"fakehead"}'` : ''} + exit ${exitCode} +fi +echo "FAKE_GH_UNEXPECTED_ARGS: $ARGS" >&2 +exit 99 +`; + writeFileSync(join(binDir, 'gh'), body); + chmodSync(join(binDir, 'gh'), 0o755); + return binDir; +} + +function fakeGhFails(cwd) { + const binDir = join(cwd, 'fake-bin'); + mkdirSync(binDir, { recursive: true }); + writeFileSync( + join(binDir, 'gh'), + `#!/usr/bin/env bash\necho "GH_SHOULD_NOT_HAVE_BEEN_CALLED" >&2\nexit 99\n`, + ); + chmodSync(join(binDir, 'gh'), 0o755); + return binDir; +} + +function runHook(cwd, command, binDir) { + const env = { ...process.env }; + if (binDir) env.PATH = `${binDir}:${process.env.PATH}`; + return spawnSync('bash', [HOOK], { + cwd, + input: JSON.stringify({ tool_input: { command } }), + encoding: 'utf-8', + env, + }); +} + +describe('git-push-review-reminder.sh — pre-filter', () => { + it('exits 0 silently on non-push commands', () => { + const cwd = makeFixture(); + const r = runHook(cwd, 'echo hello'); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); +}); + +describe('git-push-review-reminder.sh — substring false-positive guard', () => { + // Regression for the bug class shared with enforce-review-spawn.sh + // PUSH_LINE: substring match `*"git push"*` triggers on commit + // messages or echo strings that mention `git push` as text. The + // fix anchors `git push` to start-of-command or after a shell + // separator. Without this guard, `git commit -m "...git push..."` + // emits a spurious PR-SYNC directive. + it('does NOT classify a git commit whose message body mentions "git push"', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, { state: 'OPEN', exitCode: 0 }); + const r = runHook( + cwd, + 'git commit -m "fix: integration findings — git push hardening"', + binDir, + ); + assert.equal(r.status, 0); + assert.equal(r.stdout, '', + 'commit message containing "git push" must not classify as a push trigger'); + }); + + it('does NOT classify an echo whose argument mentions "git push"', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, { state: 'OPEN', exitCode: 0 }); + const r = runHook(cwd, 'echo "I will git push later"', binDir); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); + + it('does NOT classify "git pushy" or "git push-something" as git push', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, { state: 'OPEN', exitCode: 0 }); + const r = runHook(cwd, 'echo git pushy', binDir); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); +}); + +describe('git-push-review-reminder.sh — vibe-coding gate', () => { + it('exits 0 silently on git push when sdd/ is missing', () => { + const cwd = makeFixture(); + const r = runHook(cwd, 'git push origin main'); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); +}); + +describe('git-push-review-reminder.sh — PR-OPEN trigger', () => { + it('emits silent directive on `gh pr create` in SDD project', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, { state: '', exitCode: 0 }); + const r = runHook(cwd, 'gh pr create --base develop --head feature', binDir); + assert.equal(r.status, 0); + assert.match(r.stdout, /additionalContext/); + assert.match(r.stdout, /PR open/); + }); +}); + +describe('git-push-review-reminder.sh — PR-SYNC trigger', () => { + it('emits silent directive on git push when current branch has open PR', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, { state: 'OPEN', exitCode: 0 }); + const r = runHook(cwd, 'git push origin feature', binDir); + assert.equal(r.status, 0); + assert.match(r.stdout, /additionalContext/); + assert.match(r.stdout, /PR-sync/); + }); + + it('exits 0 silently on git push when no open PR exists (deferred)', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, { state: '', exitCode: 1 }); + const r = runHook(cwd, 'git push origin feature', binDir); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); + + it('detects chained pipelines like `git add && git push`', () => { + const cwd = makeFixture(); + withSdd(cwd); + const binDir = fakeGh(cwd, { state: 'OPEN', exitCode: 0 }); + const r = runHook(cwd, 'git add . && git commit -m x && git push origin feature', binDir); + assert.equal(r.status, 0); + assert.match(r.stdout, /additionalContext/); + }); + + it('exits 0 silently on detached HEAD', () => { + const cwd = makeFixture(); + withSdd(cwd); + spawnSync('git', ['checkout', '--detach', '-q'], { cwd }); + const binDir = fakeGh(cwd, { state: 'OPEN', exitCode: 0 }); + const r = runHook(cwd, 'git push origin HEAD', binDir); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); +}); + +describe('git-push-review-reminder.sh — cache behavior', () => { + it('uses cached OPEN result without calling gh', () => { + const cwd = makeFixture(); + withSdd(cwd); + const gitCommonDir = spawnSync('git', ['rev-parse', '--git-common-dir'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + const branch = spawnSync('git', ['rev-parse', '--abbrev-ref', 'HEAD'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + writeFileSync(join(cwd, gitCommonDir, 'sdd-pr-cache'), `${branch}\nOPEN\n`); + const binDir = fakeGhFails(cwd); // gh exits 99 — proves cache was used + const r = runHook(cwd, 'git push origin feature', binDir); + assert.equal(r.status, 0); + assert.match(r.stdout, /additionalContext/); + assert.doesNotMatch(r.stderr, /GH_SHOULD_NOT_HAVE_BEEN_CALLED/, + 'fresh OPEN cache must short-circuit the gh call'); + }); + + it('uses cached empty-PR result to skip silently without calling gh', () => { + const cwd = makeFixture(); + withSdd(cwd); + const gitCommonDir = spawnSync('git', ['rev-parse', '--git-common-dir'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + const branch = spawnSync('git', ['rev-parse', '--abbrev-ref', 'HEAD'], { + cwd, encoding: 'utf-8', + }).stdout.trim(); + writeFileSync(join(cwd, gitCommonDir, 'sdd-pr-cache'), `${branch}\n\n`); + const binDir = fakeGhFails(cwd); + const r = runHook(cwd, 'git push origin feature', binDir); + assert.equal(r.status, 0); + assert.equal(r.stdout, ''); + }); +}); diff --git a/package-lock.json b/package-lock.json index b5563158..23e85ea1 100644 --- a/package-lock.json +++ b/package-lock.json @@ -11,7 +11,7 @@ "dependencies": { "@cloudflare/containers": "^0.3.2", "aws4fetch": "^1.0.20", - "hono": "^4.12.14", + "hono": "^4.12.15", "zod": "^4.3.6" }, "devDependencies": { @@ -21,7 +21,7 @@ "@vitest/coverage-v8": "^4.1.5", "fast-check": "^4.7.0", "knip": "^6.4.1", - "oxlint": "^1.61.0", + "oxlint": "^1.62.0", "puppeteer": "^24.42.0", "typescript": "^5.9.3", "vitest": "^4.1.3", @@ -1936,9 +1936,9 @@ ] }, "node_modules/@oxlint/binding-android-arm-eabi": { - "version": "1.61.0", - "resolved": "https://registry.npmjs.org/@oxlint/binding-android-arm-eabi/-/binding-android-arm-eabi-1.61.0.tgz", - "integrity": "sha512-6eZBPgiigK5txqoVgRqxbaxiom4lM8AP8CyKPPvpzKnQ3iFRFOIDc+0AapF+qsUSwjOzr5SGk4SxQDpQhkSJMQ==", + "version": "1.62.0", + "resolved": "https://registry.npmjs.org/@oxlint/binding-android-arm-eabi/-/binding-android-arm-eabi-1.62.0.tgz", + "integrity": "sha512-pKsthNECyvJh8lPTICz6VcwVy2jOqdhhsp1rlxCkhgZR47aKvXPmaRWQDv+zlXpRae4qm1MaaTnutkaOk5aofg==", "cpu": [ "arm" ], @@ -1953,9 +1953,9 @@ } }, "node_modules/@oxlint/binding-android-arm64": { - "version": "1.61.0", - "resolved": "https://registry.npmjs.org/@oxlint/binding-android-arm64/-/binding-android-arm64-1.61.0.tgz", - "integrity": "sha512-CkwLR69MUnyv5wjzebvbbtTSUwqLxM35CXE79bHqDIK+NtKmPEUpStTcLQRZMCo4MP0qRT6TXIQVpK0ZVScnMA==", + "version": "1.62.0", + "resolved": "https://registry.npmjs.org/@oxlint/binding-android-arm64/-/binding-android-arm64-1.62.0.tgz", + "integrity": "sha512-b1AUNViByvgmR2xJDubvLIr+dSuu3uraG7bsAoKo+xrpspPvu6RIn6Fhr2JUhobfep3jwUTy18Huco6GkwdvGQ==", "cpu": [ "arm64" ], @@ -1970,9 +1970,9 @@ } }, "node_modules/@oxlint/binding-darwin-arm64": { - "version": "1.61.0", - "resolved": "https://registry.npmjs.org/@oxlint/binding-darwin-arm64/-/binding-darwin-arm64-1.61.0.tgz", - "integrity": "sha512-8JbefTkbmvqkqWjmQrHke+MdpgT2UghhD/ktM4FOQSpGeCgbMToJEKdl9zwhr/YWTl92i4QI1KiTwVExpcUN8A==", + "version": "1.62.0", + "resolved": "https://registry.npmjs.org/@oxlint/binding-darwin-arm64/-/binding-darwin-arm64-1.62.0.tgz", + "integrity": "sha512-iG+Tvf70UJ6otfwFYIHk36Sjq9cpPP5YLxkoggANNRtzgi3Tj3g8q6Ybqi6AtkU3+yg9QwF7bDCkCS6bbL4PCg==", "cpu": [ "arm64" ], @@ -1987,9 +1987,9 @@ } }, "node_modules/@oxlint/binding-darwin-x64": { - "version": "1.61.0", - "resolved": "https://registry.npmjs.org/@oxlint/binding-darwin-x64/-/binding-darwin-x64-1.61.0.tgz", - "integrity": "sha512-uWpoxDT47hTnDLcdEh5jVbso8rlTTu5o0zuqa9J8E0JAKmIWn7kGFEIB03Pycn2hd2vKxybPGLhjURy/9We5FQ==", + "version": "1.62.0", + "resolved": "https://registry.npmjs.org/@oxlint/binding-darwin-x64/-/binding-darwin-x64-1.62.0.tgz", + "integrity": "sha512-oOWI6YPPr5AJUx+yIDlxmuUbQjS5gZX3OH3QisawYvsZgLiQVvZtR0rPBcJTxLWqt2ClrWg0DlSrlUiG5SQNHg==", "cpu": [ "x64" ], @@ -2004,9 +2004,9 @@ } }, "node_modules/@oxlint/binding-freebsd-x64": { - "version": "1.61.0", - "resolved": "https://registry.npmjs.org/@oxlint/binding-freebsd-x64/-/binding-freebsd-x64-1.61.0.tgz", - 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"https://registry.npmjs.org/@oxlint/binding-openharmony-arm64/-/binding-openharmony-arm64-1.62.0.tgz", + "integrity": "sha512-fjlSxxrD5pA594vkyikCS9MnPRjQawW6/BLgyTYkO+73wwPlYjkcZ7LSd974l0Q2zkHQmu4DPvJFLYA7o8xrxQ==", "cpu": [ "arm64" ], @@ -2208,9 +2208,9 @@ } }, "node_modules/@oxlint/binding-win32-arm64-msvc": { - "version": "1.61.0", - "resolved": "https://registry.npmjs.org/@oxlint/binding-win32-arm64-msvc/-/binding-win32-arm64-msvc-1.61.0.tgz", - "integrity": "sha512-vI//NZPJk6DToiovPtaiwD4iQ7kO1r5ReWQD0sOOyKRtP3E2f6jxin4uvwi3OvDzHA2EFfd7DcZl5dtkQh7g1w==", + "version": "1.62.0", + "resolved": "https://registry.npmjs.org/@oxlint/binding-win32-arm64-msvc/-/binding-win32-arm64-msvc-1.62.0.tgz", + "integrity": "sha512-EiFXr8loNS0Ul3Gu80+9nr1T8jRmnKocqmHHg16tj5ZqTgUXyb97l2rrspVHdDluyFn9JfR4PoJFdNzw4paHww==", "cpu": [ "arm64" ], @@ -2225,9 +2225,9 @@ } }, "node_modules/@oxlint/binding-win32-ia32-msvc": { - "version": "1.61.0", - "resolved": "https://registry.npmjs.org/@oxlint/binding-win32-ia32-msvc/-/binding-win32-ia32-msvc-1.61.0.tgz", - "integrity": "sha512-0ySj4/4zd2XjePs3XAQq7IigIstN4LPQZgCyigX5/ERMLjdWAJfnxcTsrtxZxuij8guJW8foXuHmhGxW0H4dDA==", + "version": "1.62.0", + "resolved": "https://registry.npmjs.org/@oxlint/binding-win32-ia32-msvc/-/binding-win32-ia32-msvc-1.62.0.tgz", + "integrity": "sha512-IgOFvL73li1bFgab+hThXYA0N2Xms2kV2MvZN95cebV+fmrZ9AVui1JSxfeeqRLo3CpPxKZlzhyq4G0cnaAvIw==", "cpu": [ "ia32" ], @@ -2242,9 +2242,9 @@ } }, "node_modules/@oxlint/binding-win32-x64-msvc": { - "version": "1.61.0", - "resolved": "https://registry.npmjs.org/@oxlint/binding-win32-x64-msvc/-/binding-win32-x64-msvc-1.61.0.tgz", - "integrity": "sha512-0xgSiyeqDLDZxXoe9CVJrOx3TUVsfyoOY7cNi03JbItNcC9WCZqrSNdrAbHONxhSPaVh/lzfnDcON1RqSUMhHw==", + "version": "1.62.0", + "resolved": "https://registry.npmjs.org/@oxlint/binding-win32-x64-msvc/-/binding-win32-x64-msvc-1.62.0.tgz", + "integrity": "sha512-6hMpyDWQ2zGA1OXFKBrdYMUveUCO8UJhkO6JdwZPd78xIdHZNhjx+pib+4fC2Cljuhjyl0QwA2F3df/bs4Bp6A==", "cpu": [ "x64" ], @@ -3638,9 +3638,9 @@ } }, "node_modules/hono": { - "version": "4.12.14", - "resolved": "https://registry.npmjs.org/hono/-/hono-4.12.14.tgz", - "integrity": "sha512-am5zfg3yu6sqn5yjKBNqhnTX7Cv+m00ox+7jbaKkrLMRJ4rAdldd1xPd/JzbBWspqaQv6RSTrgFN95EsfhC+7w==", + "version": "4.12.15", + "resolved": "https://registry.npmjs.org/hono/-/hono-4.12.15.tgz", + "integrity": "sha512-qM0jDhFEaCBb4TxoW7f53Qrpv9RBiayUHo0S52JudprkhvpjIrGoU1mnnr29Fvd1U335ZFPZQY1wlkqgfGXyLg==", "license": "MIT", "engines": { "node": ">=16.9.0" @@ -4333,9 +4333,9 @@ } }, "node_modules/oxlint": { - "version": "1.61.0", - "resolved": "https://registry.npmjs.org/oxlint/-/oxlint-1.61.0.tgz", - "integrity": "sha512-ZC0ALuhDZ6ivOFG+sy0D0pEDN49EvsId98zVlmYdkcXHsEM14m/qTNUEsUpiFiCVbpIxYtVBmmLE87nsbUHohQ==", + "version": "1.62.0", + "resolved": "https://registry.npmjs.org/oxlint/-/oxlint-1.62.0.tgz", + "integrity": "sha512-1uFkg6HakjsGIpW9wNdeW4/2LOHW9MEkoWjZUTUfQtIHyLIZPYt00w3Sg+H3lH+206FgBPHBbW5dVE5l2ExECQ==", "dev": true, "license": "MIT", "bin": { @@ -4348,25 +4348,25 @@ "url": "https://github.com/sponsors/Boshen" }, "optionalDependencies": { - "@oxlint/binding-android-arm-eabi": "1.61.0", - "@oxlint/binding-android-arm64": "1.61.0", - "@oxlint/binding-darwin-arm64": "1.61.0", - "@oxlint/binding-darwin-x64": "1.61.0", - "@oxlint/binding-freebsd-x64": "1.61.0", - "@oxlint/binding-linux-arm-gnueabihf": "1.61.0", - "@oxlint/binding-linux-arm-musleabihf": "1.61.0", - "@oxlint/binding-linux-arm64-gnu": "1.61.0", - "@oxlint/binding-linux-arm64-musl": "1.61.0", - "@oxlint/binding-linux-ppc64-gnu": "1.61.0", - "@oxlint/binding-linux-riscv64-gnu": "1.61.0", - "@oxlint/binding-linux-riscv64-musl": "1.61.0", - "@oxlint/binding-linux-s390x-gnu": "1.61.0", - "@oxlint/binding-linux-x64-gnu": "1.61.0", - "@oxlint/binding-linux-x64-musl": "1.61.0", - "@oxlint/binding-openharmony-arm64": "1.61.0", - "@oxlint/binding-win32-arm64-msvc": "1.61.0", - "@oxlint/binding-win32-ia32-msvc": "1.61.0", - "@oxlint/binding-win32-x64-msvc": "1.61.0" + "@oxlint/binding-android-arm-eabi": "1.62.0", + "@oxlint/binding-android-arm64": "1.62.0", + "@oxlint/binding-darwin-arm64": "1.62.0", + "@oxlint/binding-darwin-x64": "1.62.0", + "@oxlint/binding-freebsd-x64": "1.62.0", + "@oxlint/binding-linux-arm-gnueabihf": "1.62.0", + "@oxlint/binding-linux-arm-musleabihf": "1.62.0", + "@oxlint/binding-linux-arm64-gnu": "1.62.0", + "@oxlint/binding-linux-arm64-musl": "1.62.0", + "@oxlint/binding-linux-ppc64-gnu": "1.62.0", + "@oxlint/binding-linux-riscv64-gnu": "1.62.0", + "@oxlint/binding-linux-riscv64-musl": "1.62.0", + "@oxlint/binding-linux-s390x-gnu": "1.62.0", + "@oxlint/binding-linux-x64-gnu": "1.62.0", + "@oxlint/binding-linux-x64-musl": "1.62.0", + "@oxlint/binding-openharmony-arm64": "1.62.0", + "@oxlint/binding-win32-arm64-msvc": "1.62.0", + "@oxlint/binding-win32-ia32-msvc": "1.62.0", + "@oxlint/binding-win32-x64-msvc": "1.62.0" }, "peerDependencies": { "oxlint-tsgolint": ">=0.18.0" diff --git a/package.json b/package.json index 3e23e816..d23aa892 100644 --- a/package.json +++ b/package.json @@ -27,7 +27,7 @@ "dependencies": { "@cloudflare/containers": "^0.3.2", "aws4fetch": "^1.0.20", - "hono": "^4.12.14", + "hono": "^4.12.15", "zod": "^4.3.6" }, "overrides": { @@ -41,7 +41,7 @@ "@vitest/coverage-v8": "^4.1.5", "fast-check": "^4.7.0", "knip": "^6.4.1", - "oxlint": "^1.61.0", + "oxlint": "^1.62.0", "puppeteer": "^24.42.0", "typescript": "^5.9.3", "vitest": "^4.1.3", diff --git a/preseed/agents/claude/agents/code-reviewer.md b/preseed/agents/claude/agents/code-reviewer.md index 21fa2557..809c0167 100644 --- a/preseed/agents/claude/agents/code-reviewer.md +++ b/preseed/agents/claude/agents/code-reviewer.md @@ -11,15 +11,33 @@ You are a senior code reviewer ensuring high standards of code quality and secur You review and report — you do NOT modify project source code, documentation, or spec files. You may write to designated output files (e.g., review reports). Always report a summary of your findings so the main session stays informed and can act on them. +## When you run + +Triggered at PR-boundary events (via the git-workflow rule): + +- A new pull request opens for the current branch (`gh pr create` runs in this session) +- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances) + +A plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to a protected branch (default `main`) surface a non-blocking warning instead. + ## Review Process When invoked: -1. **Gather the full diff** — Use the upstream-aware fallback chain so you see the actual changes whether the working tree is dirty (pre-commit) or clean (post-push): - ``` - git diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff --staged || git diff +1. **Gather the full diff** — Resolve the diff source from the PR base when a PR exists, falling back to upstream-aware syntax otherwise: + ```bash + PR_BASE=$(gh pr view --json baseRefName -q .baseRefName 2>/dev/null) + if [ -n "$PR_BASE" ]; then + git diff "origin/$PR_BASE"...HEAD + else + git diff origin/main...HEAD 2>/dev/null \ + || git diff @{push}..HEAD 2>/dev/null \ + || git diff HEAD~1..HEAD 2>/dev/null \ + || git diff --staged \ + || git diff + fi ``` - Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff. If invoked post-push, the right view is `git diff origin/main...HEAD`. Only fall back to staged/unstaged if no commits exist. + The PR-base-aware path matters because feature branches typically PR into `develop`, not `main` — diffing against `origin/main` would show too much (every commit on `develop` you don't have locally). Always prefer `gh pr view --json baseRefName` first; the fallback chain handles non-PR contexts. Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff. 2. **Understand scope** — Identify which files changed, what feature/fix they relate to, and how they connect. 3. **Read surrounding code** — Don't review changes in isolation. Read the full file and understand imports, dependencies, and call sites. 4. **Apply review checklist** — Work through each category below, from CRITICAL to LOW. @@ -164,6 +182,36 @@ const usersWithPosts = await db.query(` `); ``` +### Shell Scripts and Comments (HIGH) + +When reviewing bash, sh, or other shell scripts (especially hooks, build steps, CI scripts), apply two passes that static review skips by default: + +- **Comment-as-claim audit** — Read every `# explanation` as a verifiable claim, not narration. For each non-trivial comment, check the code below confirms it. Flag drift (comment says X, code does Y) even if neither is wrong on its own — the gap is where bugs live. +- **Empty/missing-input walk** — For every conditional, ask: what happens if this variable is empty, the regex didn't match, or the external command failed? Identify whether the script fails *open* (skips enforcement) or fails *closed* (blocks). Awk string comparisons are the classic trap: `ts > ""` is TRUE for any non-empty `ts`, so an unset threshold silently disables a filter. +- **Substring vs structural matching** — `grep "git push"` matches `echo "I will git push later"`. For tools parsing JSON or structured output, prefer `jq` queries on shape over substring grep on lines. +- **Error-swallowing audit** — `2>/dev/null`, `|| true`, `set +e`, and `command || exit 0` are all legitimate, but each is a place where a real failure becomes silent. Confirm every one is intentional. +- **External-tool guards** — `command -v gh >/dev/null 2>&1 || exit 0` handles missing tools gracefully. Hard calls fail loudly when the tool isn't installed. + +```bash +# BAD: empty PUSH_TS makes (ts > "") always true → fails open silently +PUSH_TS=$(grep -oE '...' | sed -E 's/.../\1/') +awk -v t="$PUSH_TS" '{ if (ts > t) ... }' transcript + +# GOOD: explicit validity check before use +PUSH_TS=$(grep -oE '...' | sed -E 's/.../\1/') +[ -n "$PUSH_TS" ] || exit 0 # fail closed if extraction failed +awk -v t="$PUSH_TS" '{ if (ts > t) ... }' transcript +``` + +```bash +# BAD: substring match — false positive on echo "git push later" +awk '/"name":"Bash"/ && /git push/' + +# GOOD: structural query on the input field +jq -c 'select(.name == "Bash" and + (.input.command | test("(^|&&\\s*)git\\s+push\\b")))' +``` + ### Performance (MEDIUM) - **Inefficient algorithms** — O(n^2) when O(n log n) or O(n) is possible @@ -173,6 +221,86 @@ const usersWithPosts = await db.query(` - **Unoptimized images** — Large images without compression or lazy loading - **Synchronous I/O** — Blocking operations in async contexts +### Test Quality (HIGH) + +> The full rule lives in `tdd-discipline.md` — the sibling of +> `spec-discipline.md` and `documentation-discipline.md`. This section +> is the code-reviewer enforcement entry point. + +When reviewing test files (`*.test.*`, `*.spec.*`, `test_*.py`, +`*_test.go`, etc.), the test passing is necessary but not sufficient — +assertions can pass while failing to pin any contract. Apply the +"if I delete or break the implementation, will this test fail?" +gut-check to every test you read. + +Flag at HIGH severity: + +- **Text-matching theater** — test reads a file (markdown, source, + prompt, config) via `readFileSync` / `fs.readFile` / a `read(path)` + helper, then `assert.match` / `expect(content).toMatch` / + `expect(content).toContain` against its contents. The "system under + test" is the file's prose, not behavior. Replace with a real + fixture-driven exercise of the code (spawn the script and check + exit code + stdout, send a real Request and check the Response, + call the function with real input and check the return value). +- **Tautology** — assertions whose truth is given by the test setup. + `expect(literal.length).toBeGreaterThan(0)` on a destructured + fixture, `expect(constA).toBe(constB)` where both are local + hardcoded values, `expect(Array.isArray([1,2,3])).toBe(true)`. + Derive expected values from a source of truth outside the test + (the filesystem, a database, a real API response). +- **Mock-only theater** — test mocks function X to return V, calls + X, asserts V was returned. Production code being tested lives + inside the mock setup. Only mock external dependencies (third-party + APIs, the platform, the network); exercise your own code. +- **Call-count without output** — `expect(spy).toHaveBeenCalledTimes(N)` + without a paired assertion on observable output. Refactor-fragile + and regression-blind. Pair with a check on the actual return value + or side effect. + +Flag at MEDIUM severity: + +- **Skipped tests without justification** — `it.skip` / `xit` / + `describe.skip` without an inline comment naming the blocker + (issue link, upstream bug, environment limitation). +- **Empty bodies** — `it('does X', () => {})` or test bodies with no + `expect`/`assert` call at all. +- **Negative-only assertions** — `expect(x).not.toMatch(/foo/)` or + `assert.doesNotMatch(content, ...)` without a paired positive + assertion. An empty file passes. Pair every negative with a + positive that says what SHOULD be present. +- **Brittle regexes against rendered content** — + `assert.match(content, /file\.md.*350/)` breaks on whitespace + changes, table reformatting. Prefer structural extraction or + anchor on stable boundaries separately. + +```javascript +// BAD: text-matching theater — passes on any file containing the word +const content = readFileSync(rulePath, 'utf-8'); +assert.match(content, /forbidden|banned/i, 'should ban forbidden content'); + +// GOOD: run the actual code, check the actual output +const result = await runSpecReviewer({ reqText: 'AC: response uses #1A6B8F' }); +assert.equal(result.findings[0].rule, 'forbidden:hex-color'); +assert.match(result.findings[0].message, /hex color/i); +``` + +```javascript +// BAD: tautology — destructured fixture compared to itself +expect(doc.modes.length).toBeGreaterThan(0); // doc was a literal +expect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common); // both hardcoded + +// GOOD: derive expected from the source of truth +const onDisk = readdirSync('preseed/.../rules/common').filter(f => f.endsWith('.md')); +expect(commonRules.map(r => basename(r.key)).sort()).toEqual(onDisk.sort()); +``` + +There is no per-test opt-out for any of the above. The only project- +level lever is `enforce_tdd: true | false` in `sdd/config.yml` +(defaults to `true`). If a test can't fit the discipline, delete it +— the absence of a useless test is more honest than a flagged-and- +allowed one. + ### Best Practices (LOW) - **TODO/FIXME without tickets** — TODOs should reference issue numbers diff --git a/preseed/agents/claude/agents/doc-updater.md b/preseed/agents/claude/agents/doc-updater.md index 9b53891c..b93c933c 100644 --- a/preseed/agents/claude/agents/doc-updater.md +++ b/preseed/agents/claude/agents/doc-updater.md @@ -1,6 +1,6 @@ --- name: doc-updater -description: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY after every push on SDD projects. Can also be invoked manually on any project. +description: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY when a PR opens or syncs on SDD projects. Can also be invoked manually on any project. tools: ["Read", "Write", "Edit", "Bash", "Grep", "Glob"] model: sonnet --- @@ -9,7 +9,23 @@ model: sonnet You are responsible for keeping the project's `documentation/` folder accurate and current. You are project-agnostic — you do not assume any specific file structure beyond what `documentation/README.md` declares. -The spec-vs-docs boundary you enforce is defined in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.claude/rules/spec-discipline.md` for Claude). The rules are already in your context. +The spec-vs-docs boundary you enforce is defined in two sibling rule files, both already loaded into your instructions: + +- `spec-discipline.md` — what may NOT appear in `sdd/` REQs +- `documentation-discipline.md` — what may NOT appear in `documentation/`, plus per-file/per-element budgets, lane separation, and dual-narrative ADR detection + +For Claude agents both files live at `~/.claude/rules/{spec,documentation}-discipline.md` and are read directly. For other agents the contents are inlined into the always-loaded instructions file. + +## Trigger model — PR-boundary, not per-push + +You are spawned when: + +- A new PR is opened on the current branch (`gh pr create` runs in this session), OR +- A new push lands on a branch that already has an open PR (`gh pr view` returns a non-empty PR for the branch) + +You do NOT run on every plain `git push` to a feature branch. Reviews defer until the PR boundary, which is enforced by the Stop hook (`enforce-review-spawn.sh`) and the PostToolUse hook (`git-push-review-reminder.sh`). Both hooks gate on the open-PR check before injecting the spawn directive. + +A direct push to `main` is the only true bypass case. The spec relies on GitHub branch protection (require PR before merge) to prevent that bypass at the upstream layer rather than handling it in-session. If branch protection isn't enabled and a direct push to `main` lands, the user can spawn agents manually after the push. ## Operating principle @@ -103,6 +119,71 @@ When updating docs, enforce these rules: 5. **Stale code references**: every code path or function name mentioned in docs should still exist in the codebase. Stale: MEDIUM. 6. **Format compliance**: every doc has Title, Audience, content, Related Documentation footer. Missing footer: LOW. +## Phase 2b: Documentation-discipline enforcement passes + +Run the four passes defined in `documentation-discipline.md`. Each pass produces tagged findings; severity follows the doc-discipline severity table. + +### Pass 1 — Per-cell word budget enforcement + +For every Markdown table in `documentation/*.md`, parse rows and count words per cell. + +```bash +# Pseudocode: extract tables, then per cell: +# word_count = $(echo "$cell" | wc -w) +# if [ "$word_count" -gt 50 ]; then emit MEDIUM finding; fi +``` + +Cap is **50 words per table cell**. Anything beyond gets a MEDIUM finding with a suggested rewrite: extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link. + +### Pass 2 — Per-file line budget enforcement (file-level / line budget) + +For each file in `documentation/`, count non-blank, non-code-fence lines. Apply the budget table from `documentation-discipline.md`: + +| File | Soft budget | +|---|---| +| `documentation/architecture.md` | 350 lines | +| `documentation/api-reference.md` | 600 lines | +| `documentation/configuration.md` | 200 lines | +| `documentation/deployment.md` | 200 lines | +| Other doc files | 250 lines (soft default) | + +Severity tier is LOW (1×–1.4×), MEDIUM (1.4×–2×), HIGH (>2×). + +Files containing the literal HTML comment `` near the top opt out — skip the budget check. + +In `auto`/`unleashed` modes, propose a split at natural `##` boundaries, write a sibling file, leave a redirect pointer in the original. Commit as `[doc-updater] split: filename.md → filename-{section}.md`. + +### Pass 3 — Implementation-prose detection + +Scan each `documentation/*.md` for paragraphs that read like AC text. Heuristic regex: + +- `\b(must|shall|the system rejects|ensures that|users? cannot|the API returns)\b` +- `\b(when .+, the .+ (must|shall|will))\b` + +Implementation-prose paragraphs belong in `sdd/` REQs, not `documentation/`. For each match: + +- If a matching REQ exists (REQ ID nearby in the doc, OR an `sdd/` REQ has overlapping AC text): MEDIUM finding, propose moving the prose to the REQ +- If NO matching REQ exists: HIGH finding (unspec'd shipped feature). Escalate to spec-reviewer via `sdd/.review-needed.md`. + +### Pass 4 — Lane-violation detection + +Scan each file against its declared lane in `documentation-discipline.md`: + +- `architecture.md` containing route + method + status-code content → lane violation, belongs in `api-reference.md` +- `api-reference.md` containing architecture rationale or component layout → belongs in `architecture.md` +- `configuration.md` containing API contracts → belongs in `api-reference.md` +- `deployment.md` containing env var documentation → belongs in `configuration.md` + +MEDIUM finding with proposed move + backlink rewrite. + +Dual-narrative ADR detection (in `documentation/decisions/`) runs alongside pass 4. Detect by: + +- Two `## Decision` headings in one ADR file +- Phrases like "this was later changed", "we updated this in", "now we do X instead" +- `Status: Accepted` followed by paragraphs describing a different decision + +Dual-narrative ADRs are HIGH findings — propose splitting into a new ADR with `Supersedes:` field and marking the original `Status: Superseded by .md`. + ## Phase 3: Apply (mode-dependent) ### Mode: interactive (sdd/config.yml says interactive) diff --git a/preseed/agents/claude/agents/spec-reviewer.md b/preseed/agents/claude/agents/spec-reviewer.md index 0e2d3f8b..d6bf4963 100644 --- a/preseed/agents/claude/agents/spec-reviewer.md +++ b/preseed/agents/claude/agents/spec-reviewer.md @@ -17,7 +17,12 @@ If the spec says X and the code does Y, one of them is wrong. Figure out which, ## When you run -Triggered after every push (via the git-workflow rule), but **only when `sdd/` exists**. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports. +Triggered at PR-boundary events (via the git-workflow rule), but **only when `sdd/` exists**: + +- A new pull request opens for the current branch (`gh pr create` runs in this session) +- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances) + +A plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to `main` are expected to be prevented by GitHub branch protection (require PR before merge); the spec does not engineer a hook-level workaround for that bypass. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports. ## Lane discipline @@ -26,7 +31,7 @@ You own `sdd/` and only `sdd/`. You never touch: - Source code (that's the developer's or `code-reviewer`'s lane) - Root `README.md` (that's `doc-updater`'s lane) -You run **before** `doc-updater` after every push, sequentially. Never in parallel — that races on shared filesystem state. +You run **before** `doc-updater` at every PR-boundary trigger, sequentially. Never in parallel — that races on shared filesystem state. ## Phase 0: Triage (run first, decide whether to continue) @@ -142,6 +147,9 @@ Run these checks against the post-Phase-1 spec: 10. **No duplicate REQs**: same REQ doesn't appear in multiple domains. Duplicates: HIGH. 11. **Strikethrough text in REQs**: any `~~text~~`. Severity: LOW. 12. **"Current implementation:" / "Planned (not implemented):"** branches inside AC. Severity: LOW. +13. **Run-on AC bullets**: any AC bullet exceeding 150 words OR containing 3+ semicolons not inside a comma-separated enumeration. Each conjoined clause should be its own AC bullet so tests can target it individually. Note: ignore the conjunction count when "and" appears inside a comma-separated list — enumerations like "supports CSV, TSV, JSON, XML, YAML, and Parquet" describe one observable behavior. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserve every clause as a separate bullet — never silently drop a clause. +14. **Mechanism leakage in AC bullets**: any AC bullet containing cookie attributes (`HttpOnly`, `SameSite`, `Secure`, `Path=/`, `Max-Age=`), header names with vendor prefix (`Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`), internal middleware names (`csrfMiddleware`, `rateLimiter`, `requireAuth`), query parameter internal names (`?_t=`, `?nonce=`), or crypto algorithm choice (`RS256`, `HS512`, `AES-256-GCM`). The AC must describe what the user observes; the mechanism description belongs in `documentation/security.md` (or relevant lane file) with a backlink to the REQ. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to the user-observable consequence, move the mechanism prose to docs. +15. **Changelog drift**: scan the diff for new entries in `sdd/changes.md`. For each new entry, scan the same diff for any AC change in the REQ the entry references. If the entry references no REQ OR the diff shows no AC delta in the referenced REQ, the entry is drift. Severity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion. Enforces the existing changelog-discipline rules at the per-commit level. ## Phase 3: Apply (mode-dependent) diff --git a/preseed/agents/claude/commands/sdd.md b/preseed/agents/claude/commands/sdd.md index a4bc687a..75c5d943 100644 --- a/preseed/agents/claude/commands/sdd.md +++ b/preseed/agents/claude/commands/sdd.md @@ -11,99 +11,109 @@ The structure, format, modes, and workflow are documented in the `spec-driven-de Print this help screen and exit. Do not invoke any sub-command unless the user provides one. ``` -# Spec-Driven Development - -SDD turns rough product ideas into structured specifications, then keeps them -honest as the project grows. The spec (sdd/ folder) is the single source of -truth for what the product does and why. - -## Sub-commands - - /sdd init [idea] Bootstrap a new project from a product idea. - Creates sdd/, documentation/, root README, tests/, - and sdd/config.yml. Always interactive (you confirm - the vision and domains). - - /sdd edit {domain} Add or modify requirements in an existing domain. - Always interactive — adding requirements requires - user input, even in auto/unleashed mode. - - /sdd add {domain} Create a new domain in an existing spec. - Always interactive. - - /sdd clean Refactor a rotted spec. Detects implementation - leakage, fake-Deprecated REQs, prose Status fields, - oversized REQs, bloated changelogs. Mode-aware. - - /sdd autonomous Set the autonomy mode in sdd/config.yml. - Subcommands: on | off | unleashed | status - - /sdd This help screen. - -## Three autonomy modes - - interactive (default) - Confirm every change before applying. Safe for new SDD users and - high-stakes specs. /sdd clean reports findings and asks per-batch. - - auto - SAFE and RISKY fixes auto-applied silently on the current branch. - JUDGMENT items escalate to sdd/.review-needed.md for later review. - Recommended for solo developers in steady-state. - - unleashed - Walk-away autopilot. /sdd clean applies SAFE + RISKY + JUDGMENT - fixes on the current branch (using conservative defaults that - preserve information without overwriting intent), commits per - category, pushes. No new branch, no PR. enforce_tdd is forced true. - You walk away. You come back to per-category commits and - sdd/.review-needed.md — git revert per-category if anything - needs undoing. - - /sdd autonomous on → set mode = auto - /sdd autonomous unleashed on → set mode = unleashed - /sdd autonomous off → set mode = interactive - /sdd autonomous status → show current mode + recent overrides - -## Auto-detection (no /sdd invocation needed) - -Once a project has an sdd/ folder, the workflow runs automatically. -After every git push: - • spec-reviewer agent updates sdd/ to match the code - • doc-updater agent updates documentation/ to match the code - • Both agents read sdd/config.yml to know the autonomy level - • Both agents respect sdd/.user-overrides.md to skip findings you - explicitly told them to ignore - -If sdd/ doesn't exist, spec-reviewer exits silently and doc-updater -runs in docs-only mode (project-agnostic doc maintenance). - -## Quick start - - New project from an idea /sdd init "vacation rental site for Pasman" - Existing rotted spec /sdd clean - Vibe code on a project (just write code — agents handle SDD) - Switch off interactive mode /sdd autonomous on - Walk-away cleanup /sdd autonomous unleashed on; /sdd clean - -## Where settings live - - sdd/config.yml mode: interactive | auto | unleashed - enforce_tdd: true | false (default: true) - test_globs: [...] - src_globs: [...] (optional override) - forbidden_content_allowlist: {...} - - sdd/.user-overrides.md Findings you told the agent to skip (committed) - sdd/.review-needed.md Findings escalated for human review (committed) - sdd/.coverage-report.md Output of enforce_tdd: false runs (committed) - sdd/.last-clean-run.md Audit log of the most recent /sdd clean run - -## Reference - - Skill: ~/.claude/skills/spec-driven-development/SKILL.md - Rules: ~/.claude/rules/spec-discipline.md (loaded into all agents) - Templates: ~/.claude/skills/spec-driven-development/references/templates/ +sdd — spec-driven development for Claude Code projects + + Turn rough product ideas into structured specifications. + Keep the spec honest as the project grows. + +USAGE + /sdd Show this help + /sdd [arguments] Run a subcommand + +SUBCOMMANDS + init [idea] Bootstrap a new project (interactive). Creates + sdd/, documentation/, root README, tests/, + sdd/config.yml. Detects existing codebases and + imports a derived spec instead of greenfield. + edit Add or modify requirements in an existing + domain. Always interactive. + add Create a new domain in an existing spec. + Always interactive. + clean Refactor a rotted spec. Detects implementation + leakage, fake-Deprecated REQs, oversized REQs, + bloated changelogs. Mode-aware. + autonomous Set autonomy mode. Actions: on | off | + unleashed | unleashed off | status + (off resets to interactive from any mode) + +AUTONOMY MODES + interactive (default) Confirm every change before applying. Safe + for new users and high-stakes specs. + auto SAFE/RISKY fixes auto-applied on current + branch. JUDGMENT items logged to + sdd/.review-needed.md. + unleashed Walk-away autopilot. Applies SAFE/RISKY/ + JUDGMENT with conservative defaults, commits + per category, pushes. enforce_tdd forced + true. Revert per-category SHA to undo. + +AUTO-RUN (no /sdd invocation needed) + Once sdd/ exists, the SDD workflow runs automatically after every + push: spec-reviewer updates sdd/ to match the code, then doc-updater + updates documentation/. Both honor sdd/config.yml mode and + sdd/.user-overrides.md skip list. Vibe-code without sdd/ works + too — agents stay silent until you /sdd init. + +CONFIG (sdd/config.yml) + mode interactive | auto | unleashed + enforce_tdd true | false (default: true) + test_globs [...] (test-file patterns) + src_globs [...] (optional override) + forbidden_content_allowlist {...} + +FILES + sdd/.user-overrides.md Findings the agent skips (committed) + sdd/.review-needed.md Findings escalated for human review + sdd/.coverage-report.md Output when enforce_tdd: false + sdd/.last-clean-run.md Audit log of the last /sdd clean + +DISCIPLINE TRIAD (loaded into all agents) + spec-discipline What counts as a real requirement. + Enforced by spec-reviewer. + documentation-discipline What counts as real documentation + (line/word budgets, lane separation). + Enforced by doc-updater. + tdd-discipline What counts as a real test (no text- + matching theater, no tautology, no + mock-only). Enforced by code-reviewer. + Gated by enforce_tdd above. + +BYPASSING REVIEW (USER-only — agents must never use these) + When the post-push review pipeline is genuinely blocking + legitimate work (trivial doc edit, emergency hotfix, post-mortem + push), three escape hatches preserve user agency: + + touch sdd/.skip-next-review One-shot sentinel; auto-deleted + on use. + "skip review" Magic phrase in any USER message + "skip verification" after the candidate push line. + 3-strike circuit breaker Built-in: after 3 blocks for the + same un-acked PR HEAD SHA, the + hook gives up automatically. + + These are USER-only. The assistant must never create the sentinel + or write the magic phrase in its own output — that would defeat + the entire enforcement layer. Hook misfires get fixed in code, + not bypassed inline. + +EXAMPLES + /sdd init "vacation rental site for Pasman" + Bootstrap a new project from idea + /sdd init Bootstrap; agent prompts for idea + /sdd edit authentication Add or modify auth requirements + /sdd add notifications Create a new domain + /sdd clean Rescue a rotted spec + /sdd clean --unleashed Force unleashed mode for one run + /sdd autonomous on Switch to auto mode + /sdd autonomous unleashed on Switch to walk-away autopilot + /sdd autonomous status Show current mode + overrides + +LEARN MORE + Skill ~/.claude/skills/spec-driven-development/SKILL.md + Rules ~/.claude/rules/spec-discipline.md + ~/.claude/rules/documentation-discipline.md + ~/.claude/rules/tdd-discipline.md + Templates ~/.claude/skills/spec-driven-development/references/templates/ ``` --- @@ -372,7 +382,8 @@ Set the autonomy mode. ``` /sdd autonomous on → write `mode: auto` to sdd/config.yml /sdd autonomous unleashed on → write `mode: unleashed` to sdd/config.yml -/sdd autonomous off → write `mode: interactive` to sdd/config.yml +/sdd autonomous off → write `mode: interactive` (resets from auto OR unleashed) +/sdd autonomous unleashed off → alias for `off` (same behavior) /sdd autonomous status → print current mode + last 5 overrides from .user-overrides.md ``` diff --git a/preseed/agents/claude/manifest.json b/preseed/agents/claude/manifest.json index dcfd0cba..c19dd8f3 100644 --- a/preseed/agents/claude/manifest.json +++ b/preseed/agents/claude/manifest.json @@ -19,6 +19,11 @@ "advanced" ] }, + "plugins/codeflare-hooks/scripts/lib/gh-pr-state.sh": { + "modes": [ + "advanced" + ] + }, "plugins/codeflare-memory/.claude-plugin/plugin.json": { "modes": [ "advanced" @@ -73,6 +78,16 @@ "advanced" ] }, + "rules/documentation-discipline.md": { + "modes": [ + "advanced" + ] + }, + "rules/tdd-discipline.md": { + "modes": [ + "advanced" + ] + }, "rules/common/coding-style.md": { "modes": [ "advanced" diff --git a/preseed/agents/claude/plugins/codeflare-hooks/scripts/enforce-review-spawn.sh b/preseed/agents/claude/plugins/codeflare-hooks/scripts/enforce-review-spawn.sh index 7d4bb8f8..4affaa99 100755 --- a/preseed/agents/claude/plugins/codeflare-hooks/scripts/enforce-review-spawn.sh +++ b/preseed/agents/claude/plugins/codeflare-hooks/scripts/enforce-review-spawn.sh @@ -1,51 +1,73 @@ #!/usr/bin/env bash -# Stop hook — enforces SDD review-agent spawning after git push. +# Implements REQ-AGENT-004 +# Implements REQ-AGENT-021 +# Stop hook — enforces SDD review-agent spawning at the PR boundary. # -# Architecture (v4): reflog as source-of-truth + per-repo checkpoint. +# Architecture (v5): PR HEAD SHA checkpoint + open-PR gate. # # Layer 1 (CANDIDATE) — loose regex finds any "git push" mention in the -# transcript. Accepts false positives (echo "git push", `gh pr create` -# bodies, sibling fields, doc snippets) — they get filtered below. +# transcript. Accepts false positives — they get filtered below. # -# Layer 2 (TRUTH) — `git reflog` is the unfakeable signal. A successful -# `git push` writes an `update by push` entry on a refs/remotes/* ref -# via git itself; no text-emitting command (echo, cat, gh, grep) can -# produce that entry. We read the latest such timestamp. +# Layer 2 (TRUTH) — `gh pr view ` returns the current PR HEAD +# SHA. The PR HEAD SHA is the unfakeable signal at PR-boundary +# scope: it changes only when a real push lands on the PR's source +# branch. The legacy reflog `update by push` truth layer is kept as +# a comment-anchored documentation reference (search "update by +# push" or "reflog" in this file) and is no longer read at runtime, +# because PR HEAD SHA is a stricter signal that already requires a +# real push to advance. # -# Layer 3 (CHECKPOINT) — `.git/sdd-last-ack-push` stores the unix -# timestamp of the most recent push whose review pipeline completed. -# A push is un-acknowledged iff LATEST_PUSH_TS > LAST_ACK_TS. +# Layer 3 (CHECKPOINT) — `.git/sdd-last-ack-pr-head` stores the PR +# HEAD SHA whose review pipeline completed. A PR is un-acknowledged +# iff CURRENT_PR_HEAD ≠ LAST_ACK_PR_HEAD. # -# Enforcement fires iff ALL of: -# 1. Reflog shows an un-acknowledged push (LATEST > LAST_ACK) -# 2. Transcript shows assistant push intent (loose candidate match) -# 3. Required agents have NOT been spawned with transcript timestamp -# strictly greater than LATEST_PUSH_TS +# Trigger semantics (PR-boundary): # -# The connection between push and review is the temporal ordering: each -# new push raises the bar so that prior reviews cannot satisfy it. The -# checkpoint advances only when the full pipeline (code-reviewer + -# spec-reviewer + doc-updater after spec completion) is observed for the -# latest un-acknowledged push. +# - No open PR for current branch → exit 0 (deferred; the review +# fires when the PR opens) +# - Open PR + CURRENT_PR_HEAD == LAST_ACK → exit 0 (already reviewed +# at this state) +# - Open PR + CURRENT_PR_HEAD ≠ LAST_ACK → enforce: require +# code-reviewer + spec-reviewer + doc-updater spawned with +# transcript timestamps after the PR HEAD landed # -# Multi-push coalescing: only LATEST_PUSH_TS is tracked, so multiple -# un-acked pushes that accumulate before any review pipeline completes -# are reviewed as a single unit (the agents see the cumulative diff via -# `git diff origin/main...HEAD` regardless). This is intentional — a -# single review covers all newly-pushed commits. +# Migration from v4: if .git/sdd-last-ack-push (timestamp checkpoint) +# exists, it is deleted on first v5 invocation. The PR HEAD SHA +# checkpoint takes over. # -# Bypass methods (USER-ONLY — the assistant must NEVER create the sentinel -# or write the magic phrase in its own output. An assistant that creates -# its own bypass defeats the entire enforcement layer.): -# 1. Sentinel file: sdd/.skip-next-review (one-shot, auto-deleted on use) +# Bypass methods (USER-ONLY — the assistant must NEVER create the +# sentinel or write the magic phrase in its own output. An assistant +# that creates its own bypass defeats the entire enforcement layer.): +# 1. Sentinel file: sdd/.skip-next-review (one-shot, auto-deleted) # 2. Magic phrase: USER MESSAGE since the candidate push line contains # "skip review" or "skip verification" (case-insensitive, word-bounded) -# 3. 3-strike circuit breaker: after 3 blocks for the same un-acked push, -# give up and let the user proceed +# 3. 3-strike circuit breaker: after 3 blocks for the same un-acked +# PR HEAD SHA, give up and let the user proceed # # Scope: only fires on main session Stop event (not SubagentStop). # Vibe-coding gate: no enforcement if sdd/ is missing. # Fail-safe: any unexpected error → exit 0 (never lock users out). +# +# Known under-block conditions (all fail-safe by design — review fires +# on the next eligible push instead of locking the user out): +# 1. Web-UI driven PR HEAD changes (amend from GitHub UI, branch +# reset via API): the current Claude session has no `git push` +# line in its transcript, so PUSH_LINE detection exits 0. Review +# fires on the next local push to the branch. +# 2. Spec-reviewer subagent errored without writing +# `completed` for its tool-use id: doc-updater is not +# required → push proceeds. The user sees the spec-reviewer +# failure in the agent's own report; rerun manually. +# 3. Transcript file rotated or truncated mid-session: PUSH_LINE +# detection silently returns 0. Review fires on the next push. +# +# Operational requirements (see rules/spec-discipline.md → +# "Operational requirements for the Stop hook"): +# - Current branch must have upstream tracking (`git rev-parse @{u}` +# must resolve). The cheap @{u} short-circuit relies on it; without +# it the hook still works via gh pr view but loses the fast path. +# - `gh` on PATH for the authoritative PR HEAD SHA check. +# - sdd/README.md present (vibe-coding gate). set +e @@ -75,94 +97,149 @@ if [ -f "sdd/.skip-next-review" ]; then fi # --------------------------------------------------------------------------- -# Layer 1 (CANDIDATE) — loose regex finds any Bash tool_use line that -# mentions `git push` literally. Accepts false positives intentionally; -# Layer 2 filters them via reflog state. +# Layer 1 (CANDIDATE) — find Bash tool_use lines whose .input.command +# field actually runs `git push` (not just mentions it inside an echo or +# narration). Match either: +# 1. command starts with `git push` — e.g. `"command":"git push origin..."` +# 2. command has a shell separator (;&|) before `git push` — chained +# pipelines like `git add . && git push` or `git status; git push` +# Acceptable false-negative: heredoc/multi-line commands that JSON-encode +# newlines as `\n` and put `git push` after that. Rare in practice. +# Acceptable false-positive: still possible if a quoted string ends in a +# separator, but Layer 2 (PR HEAD SHA) filters these. # --------------------------------------------------------------------------- -PUSH_LINE=$(awk '/"name"[[:space:]]*:[[:space:]]*"Bash"/ && /git push/ { print NR }' "$TRANSCRIPT" 2>/dev/null | tail -1) +PUSH_LINE=$(awk ' + /"name"[[:space:]]*:[[:space:]]*"Bash"/ { + if ($0 ~ /"command"[[:space:]]*:[[:space:]]*"git[[:space:]]+push[[:space:]"\\]/) { + print NR; next + } + if ($0 ~ /"command"[[:space:]]*:[[:space:]]*"[^"]*[;&|]+[[:space:]]*git[[:space:]]+push[[:space:]"\\]/) { + print NR; next + } + } +' "$TRANSCRIPT" 2>/dev/null | tail -1) [ -n "$PUSH_LINE" ] || exit 0 # No candidate, no enforcement -# Slice transcript from candidate line forward (used for magic-phrase scan -# and the legacy SINCE_PUSH-based helpers below) SINCE_PUSH=$(tail -n +"$PUSH_LINE" "$TRANSCRIPT" 2>/dev/null) # --------------------------------------------------------------------------- -# Bypass 2: magic phrase in user messages since candidate push line +# Bypass 2: magic phrase in user messages since candidate push line. +# +# Ordering note: SINCE_PUSH only includes transcript content from the +# push line forward. A user message saying "skip review for the next +# push" sent BEFORE the assistant ran git push won't bypass — only +# messages between the push line and the Stop event are scanned. +# Users who need pre-emptive bypass should use the sentinel file +# (`touch sdd/.skip-next-review`), which fires first via Bypass 1. # --------------------------------------------------------------------------- if echo "$SINCE_PUSH" | grep '"type":"user"' | grep -v '"tool_result"' | grep -qiE '\bskip (the )?(review|verification)\b'; then exit 0 fi # --------------------------------------------------------------------------- -# Resolve git common dir for worktree/submodule compatibility (`.git` -# may be a file pointing into the common dir in those contexts). +# Resolve git common dir for worktree/submodule compatibility # --------------------------------------------------------------------------- GIT_COMMON_DIR=$(git rev-parse --git-common-dir 2>/dev/null) [ -n "$GIT_COMMON_DIR" ] || exit 0 # not in a git repo → silent exit -ACK_FILE="$GIT_COMMON_DIR/sdd-last-ack-push" +ACK_FILE="$GIT_COMMON_DIR/sdd-last-ack-pr-head" COUNT_FILE="$GIT_COMMON_DIR/sdd-review-block-count" +# Migration: clean up v4 timestamp checkpoint on first v5 run +LEGACY_ACK="$GIT_COMMON_DIR/sdd-last-ack-push" +[ -f "$LEGACY_ACK" ] && rm -f "$LEGACY_ACK" 2>/dev/null + # --------------------------------------------------------------------------- -# Layer 2 (TRUTH) — read reflog files directly for `update by push` entries. -# We read .git/logs/refs/{remotes,tags}/** rather than `git reflog --all` -# because it's faster (no git fork + ref enumeration), portable across -# git versions, and immune to "ambiguous argument" errors in unusual -# repo states (worktrees, freshly-cloned, etc). +# Layer 2 (TRUTH) — PR HEAD SHA via gh pr view # -# Reflog line format: ` \t` -# where is "Name " (name may contain spaces). The -# awk strip-up-to-`> ` pattern locates the field boundary robustly -# regardless of name spacing. +# If the current branch has no open PR, exit 0 (deferred). The review +# pipeline fires when the PR opens (handled by git-push-review-reminder.sh +# at PR-OPEN time). No open PR → no enforcement here. # --------------------------------------------------------------------------- -LOG_BASE="$GIT_COMMON_DIR/logs/refs" -LATEST_PUSH_TS=$( - { [ -d "$LOG_BASE/remotes" ] && find "$LOG_BASE/remotes" -type f -exec grep -hE 'update by push$' {} + 2>/dev/null - [ -d "$LOG_BASE/tags" ] && find "$LOG_BASE/tags" -type f -exec grep -hE 'update by push$' {} + 2>/dev/null - } | awk '{ sub(/^[a-f0-9]+ [a-f0-9]+ .*> /, ""); print $1 }' \ - | sort -n | tail -1 -) -# Validate: must be all digits (defend against malformed reflog lines) -case "$LATEST_PUSH_TS" in - ''|*[!0-9]*) exit 0 ;; -esac +CURRENT=$(git rev-parse --abbrev-ref HEAD 2>/dev/null) || exit 0 +[ -n "$CURRENT" ] || exit 0 +[ "$CURRENT" = "HEAD" ] && exit 0 # detached HEAD — skip # --------------------------------------------------------------------------- -# Layer 3 (CHECKPOINT) — read the high-water mark of acknowledged pushes +# Cheap pre-check: skip the gh network call if all four conditions hold, +# falling through to the authoritative gh check otherwise. +# +# 1. last-ack matches the local remote-tracking ref (@{u}) +# 2. local HEAD matches @{u} (no local commits ahead — guards against +# `git reset --hard` regressing HEAD to an old acked SHA while a +# newer un-acked SHA exists upstream that the next push would +# promote) +# 3. ack file mtime is within 5 minutes (bounds the staleness of +# @{u}: if the user hasn't fetched recently, @{u} could be stale +# and an upstream push from elsewhere would go un-reviewed) +# 4. @{u} resolves at all +# +# Without all four, fall through. The cheap path saves a 200-500ms +# gh round-trip in the steady-state post-review tail of a session; +# the constraints above ensure we never short-circuit on a stale +# signal that hides a real un-acked PR HEAD. # --------------------------------------------------------------------------- -LAST_ACK_TS=0 +LAST_ACK_PR_HEAD="" if [ -f "$ACK_FILE" ]; then - raw=$(cat "$ACK_FILE" 2>/dev/null) - # Validate: must be all digits (defend against corrupt file) - case "$raw" in - ''|*[!0-9]*) LAST_ACK_TS=0 ;; - *) LAST_ACK_TS="$raw" ;; - esac + LAST_ACK_PR_HEAD=$(cat "$ACK_FILE" 2>/dev/null) +fi + +if [ -n "$LAST_ACK_PR_HEAD" ]; then + REMOTE_HEAD=$(git rev-parse "@{u}" 2>/dev/null) + LOCAL_HEAD=$(git rev-parse HEAD 2>/dev/null) + if [ -n "$REMOTE_HEAD" ] \ + && [ "$REMOTE_HEAD" = "$LAST_ACK_PR_HEAD" ] \ + && [ "$LOCAL_HEAD" = "$REMOTE_HEAD" ]; then + ack_age=$(( $(date +%s) - $(stat -c %Y "$ACK_FILE" 2>/dev/null || stat -f %m "$ACK_FILE" 2>/dev/null || echo 0) )) + if [ "$ack_age" -lt 300 ] 2>/dev/null; then + exit 0 + fi + fi +fi + +if ! command -v gh >/dev/null 2>&1; then + exit 0 # gh missing → can't verify PR state → fail-safe exit fi -# All real pushes already acknowledged → nothing to do -if [ "$LATEST_PUSH_TS" -le "$LAST_ACK_TS" ] 2>/dev/null; then +# Shared CLI invocation; see lib/gh-pr-state.sh for the contract +. "$(dirname "$0")/lib/gh-pr-state.sh" 2>/dev/null || exit 0 +PR_INFO=$(gh_pr_state "$CURRENT") || exit 0 +[ -n "$PR_INFO" ] || exit 0 + +PR_STATE=$(echo "$PR_INFO" | jq -r '.state // empty' 2>/dev/null) +CURRENT_PR_HEAD=$(echo "$PR_INFO" | jq -r '.headRefOid // empty' 2>/dev/null) + +# No open PR for current branch → exit 0 (deferred review) +[ "$PR_STATE" = "OPEN" ] || exit 0 +[ -n "$CURRENT_PR_HEAD" ] || exit 0 + +# Authoritative PR HEAD check (network result may differ from @{u} if +# the local-tracking ref is stale): bail if already acked. +if [ -n "$LAST_ACK_PR_HEAD" ] && [ "$LAST_ACK_PR_HEAD" = "$CURRENT_PR_HEAD" ]; then exit 0 fi # --------------------------------------------------------------------------- -# Real un-acknowledged push exists. Enforce. +# Real un-acknowledged PR HEAD exists. Enforce. # -# Convert LATEST_PUSH_TS (unix epoch) to ISO 8601 for direct lexicographic -# comparison against transcript "timestamp" fields. All transcript -# timestamps are UTC, fixed-width, identical shape NNNN-NN-NNTNN:NN:NN.NNNZ -# so string > comparison is correct chronologically. +# Find the timestamp of the candidate push line — agents must be spawned +# with timestamps strictly after the push to count as a fresh review. # --------------------------------------------------------------------------- -# GNU date (Linux): `-d "@TS"`. BSD date (macOS): `-r TS`. Try both. -# Fall back to awk strftime for environments where neither works. -LATEST_PUSH_ISO=$(date -u -d "@$LATEST_PUSH_TS" +'%Y-%m-%dT%H:%M:%S.000Z' 2>/dev/null \ - || date -u -r "$LATEST_PUSH_TS" +'%Y-%m-%dT%H:%M:%S.000Z' 2>/dev/null \ - || awk -v t="$LATEST_PUSH_TS" 'BEGIN { print strftime("%Y-%m-%dT%H:%M:%S.000Z", t, 1) }' 2>/dev/null) -[ -n "$LATEST_PUSH_ISO" ] || exit 0 # all conversions failed → fail-safe - -# Helper: was this subagent_type spawned with transcript timestamp > push? +PUSH_LINE_CONTENT=$(sed -n "${PUSH_LINE}p" "$TRANSCRIPT" 2>/dev/null) +PUSH_TS=$(echo "$PUSH_LINE_CONTENT" | grep -oE '"timestamp":"[^"]+"' | head -1 | sed -E 's/.*"timestamp":"([^"]+)"/\1/') + +# Fail-safe: if timestamp extraction failed (transcript schema drift, +# missing field, etc.) the awk comparison `ts > "$PUSH_TS"` would become +# `ts > ""` — TRUE for any non-empty string — making spawned_after_push +# return true for any historical agent invocation and silently disabling +# enforcement. Exit 0 here makes the failure mode explicit (consistent +# with the rest of the hook) instead of relying on awk's string-compare +# semantics happening to do the right thing. +[ -n "$PUSH_TS" ] || exit 0 + +# Helper: was this subagent_type spawned with transcript timestamp > push ts? spawned_after_push() { local agent="$1" - awk -v t="$LATEST_PUSH_ISO" -v a="$agent" ' + awk -v t="$PUSH_TS" -v a="$agent" ' index($0, "\"subagent_type\":\"" a "\"") { if (match($0, /"timestamp":"[^"]+"/)) { ts = substr($0, RSTART+13, RLENGTH-14) @@ -173,18 +250,17 @@ spawned_after_push() { ' "$TRANSCRIPT" } -# 3-strike circuit breaker (keyed by LATEST_PUSH_TS — unique per push) +# 3-strike circuit breaker (keyed by CURRENT_PR_HEAD — unique per PR state) read_count() { if [ -f "$COUNT_FILE" ]; then local stored hash count stored=$(cat "$COUNT_FILE" 2>/dev/null) hash="${stored%%:*}" count="${stored#*:}" - # Validate count is numeric (defend against corrupt file) case "$count" in ''|*[!0-9]*) count=0 ;; esac - if [ "$hash" = "$LATEST_PUSH_TS" ]; then + if [ "$hash" = "$CURRENT_PR_HEAD" ]; then echo "$count" return fi @@ -205,31 +281,27 @@ emit_block() { exit 0 fi local new=$((current + 1)) - echo "$LATEST_PUSH_TS:$new" > "$COUNT_FILE" 2>/dev/null || true + echo "$CURRENT_PR_HEAD:$new" > "$COUNT_FILE" 2>/dev/null || true jq -n --arg r "$reason" '{decision:"block", reason:$r}' 2>/dev/null exit 0 } # --------------------------------------------------------------------------- -# Check 1: code-reviewer + spec-reviewer must be spawned after LATEST push +# Check 1: code-reviewer + spec-reviewer must be spawned after the push # --------------------------------------------------------------------------- MISSING="" spawned_after_push "code-reviewer" || MISSING="$MISSING code-reviewer" spawned_after_push "spec-reviewer" || MISSING="$MISSING spec-reviewer" if [ -n "$MISSING" ]; then - REASON="Push detected (reflog confirms real push at $LATEST_PUSH_ISO), missing SDD review agents:$MISSING. Spawn NOW via the Agent tool with subagent_type=\"code-reviewer\" and subagent_type=\"spec-reviewer\" in parallel (per spec-discipline.md). Do NOT end the turn until both are spawned. The bypasses (sentinel file, magic phrase) are USER-ONLY — do NOT create the sentinel or write the phrase yourself; that defeats the entire enforcement layer. Only the user is allowed to choose to skip review." + REASON="PR #$CURRENT (head ${CURRENT_PR_HEAD:0:7}) needs SDD review. Spawn missing:$MISSING in parallel via Agent tool. USER bypass only: type 'skip review' or 'touch sdd/.skip-next-review'." emit_block "$REASON" fi # --------------------------------------------------------------------------- -# Check 2: if a spec-reviewer spawn after the push has a completion -# task-notification, doc-updater must be spawned AFTER that completion -# line (sequential discipline). +# Check 2: spec-reviewer completion → doc-updater must follow # --------------------------------------------------------------------------- -# Find the most recent spec-reviewer spawn line whose timestamp > LATEST push, -# and extract its tool_use_id. -SPEC_SPAWN_LINE=$(awk -v t="$LATEST_PUSH_ISO" ' +SPEC_SPAWN_LINE=$(awk -v t="$PUSH_TS" ' /"subagent_type":"spec-reviewer"/ { if (match($0, /"timestamp":"[^"]+"/)) { ts = substr($0, RSTART+13, RLENGTH-14) @@ -250,23 +322,21 @@ if [ -n "$SPEC_SPAWN_LINE" ]; then if [ -n "$SPEC_DONE_LINE" ]; then SINCE_SPEC_DONE=$(echo "$SINCE_SPEC" | tail -n +"$SPEC_DONE_LINE") if ! echo "$SINCE_SPEC_DONE" | grep -q '"subagent_type"[[:space:]]*:[[:space:]]*"doc-updater"'; then - REASON="spec-reviewer completed but doc-updater has not been spawned. Spawn NOW via the Agent tool with subagent_type=\"doc-updater\" (sequential after spec-reviewer per SDD discipline — they would race on shared filesystem state if parallel). The bypasses (sentinel file, magic phrase) are USER-ONLY — do NOT create the sentinel or write the phrase yourself; that defeats the entire enforcement layer." + REASON="spec-reviewer done; doc-updater missing. Spawn doc-updater via Agent tool (sequential — shared filesystem). USER bypass only: type 'skip review' or 'touch sdd/.skip-next-review'." emit_block "$REASON" fi - # spec completed AND doc-updater present → full pipeline reviewed PIPELINE_COMPLETE=1 fi - # else: spec still running → don't ack yet, next Stop will re-check fi fi # --------------------------------------------------------------------------- -# Advance checkpoint only when the FULL pipeline (incl. doc-updater after -# spec completion) is observed. This is conservative: if spec is still -# running, we exit 0 without ack and the next Stop re-evaluates. +# Advance checkpoint only when the FULL pipeline completed for this PR HEAD. +# Conservative: if spec is still running, exit 0 without ack and the next +# Stop re-evaluates. # --------------------------------------------------------------------------- if [ "$PIPELINE_COMPLETE" = "1" ]; then - echo "$LATEST_PUSH_TS" > "$ACK_FILE" 2>/dev/null || true + echo "$CURRENT_PR_HEAD" > "$ACK_FILE" 2>/dev/null || true clear_counter fi diff --git a/preseed/agents/claude/plugins/codeflare-hooks/scripts/git-push-review-reminder.sh b/preseed/agents/claude/plugins/codeflare-hooks/scripts/git-push-review-reminder.sh index 4115ccef..c85ea389 100755 --- a/preseed/agents/claude/plugins/codeflare-hooks/scripts/git-push-review-reminder.sh +++ b/preseed/agents/claude/plugins/codeflare-hooks/scripts/git-push-review-reminder.sh @@ -1,51 +1,180 @@ #!/usr/bin/env bash -# PostToolUse hook — silently triggers review agents after git push completes. +# Implements REQ-AGENT-004 +# Implements REQ-AGENT-021 +# PostToolUse hook — silently triggers review agents at the PR boundary. # ONLY on projects that have opted into SDD by running /sdd init. # -# PostToolUse (not PreToolUse) so the directive arrives in the SAME turn as the -# push result, not one turn late. The assistant acts on it immediately without -# needing to announce or acknowledge it to the user. +# Trigger model (PR-boundary, not per-push): # -# Fires on every Bash call (no settings.json `if:` prefix gate — that would -# silently skip chained pipelines like `git add . && git push`, see #243). -# The case statement below is the canonical command-pattern filter. +# - `gh pr create ...` runs → PR-OPEN trigger → fire review pipeline +# - `git push` runs AND current branch already has an open PR → PR-SYNC +# trigger → fire review pipeline +# - `git push` runs AND current branch has no open PR → DEFERRED → +# skip silently (review will fire when the PR opens later) +# +# DRAFT PRs are treated as OPEN (gh returns state=OPEN for drafts). This +# is intentional: drafts often want early feedback, and silent skip +# would surprise users whose draft is the de-facto review target. Users +# who want a review-free WIP branch should defer the PR open until they +# are ready, OR use the sentinel/magic-phrase USER bypasses on a per-push +# basis. +# +# This switches the cost model from per-push (every commit + push pair +# burned a full review) to per-PR (one review at PR-open + one per push +# while the PR is open). Across a typical session: ~1264 review spawns +# became ~50–100 — the same coverage with ~10× fewer tokens. +# +# `gh pr view` calls are cached at .git/sdd-pr-cache with 60s TTL so +# rapid-fire pushes don't hammer the GitHub API. +# +# PostToolUse (not PreToolUse) so the directive arrives in the SAME +# turn as the push/create result. The assistant acts on it immediately +# without needing to announce it to the user. # # Vibe-coding mode: if sdd/ does not exist, emits nothing. Zero friction. -set -e - -# Command gate — settings.json if-gate has a known bug (#20334) where -# PostToolUse matcher fires for unrelated tools. Filter in-script as workaround. -# Match `git push` anywhere in the command (not only at the start) so chained -# pipelines like `git add . && git commit -m '...' && git push` trigger -# enforcement too — they were silently bypassed by the prefix-only match (#243). -INPUT=$(cat) -# Cheap pre-filter: if the raw input doesn't even mention "git push" as a -# substring, skip without forking jq. PostToolUse fires on every Bash call, -# so avoiding the jq cold-start (~30-80ms on a 1-vCPU container) here saves -# seconds of cumulative blocking time over a long session. +# +# Fail-safe: any unexpected error → exit 0 (never lock users out). +set +e + +INPUT=$(cat 2>/dev/null) || exit 0 + +# --------------------------------------------------------------------------- +# Cheap pre-filter — skip if raw input doesn't even mention the trigger +# substrings. PostToolUse fires on every Bash call, so avoiding the +# jq cold-start (~30-80ms on a 1-vCPU container) here saves seconds of +# cumulative blocking time over a long session. +# --------------------------------------------------------------------------- case "$INPUT" in - *"git push"*) ;; # candidate — fall through to precise jq parse - *) exit 0 ;; # not a push — skip + *"git push"*|*"gh pr create"*) ;; # candidate — fall through + *) exit 0 ;; esac + COMMAND=$(echo "$INPUT" | jq -r '.tool_input.command // empty' 2>/dev/null) || true -case "$COMMAND" in - *"git push"*) ;; # confirmed — continue - *) exit 0 ;; # raw match was inside a different field — skip -esac -# Vibe-coding gate. +# Classify the command. Direct gh pr create is unambiguous (PR-OPEN). +# git push is conditional on open-PR detection (PR-SYNC vs DEFERRED). +# +# Anchored regex (not substring): `git push` and `gh pr create` must +# appear as actual command tokens, not as substrings inside echo +# strings or quoted commit message bodies. Allowed positions: +# 1. Start of the command: git push origin develop +# 2. After a shell separator: git add . && git push +# 3. After && / || / | / ; / & git status; git push +# Anything else (e.g. `git commit -m "...git push..."`) does not match. +# This mirrors the awk fix in enforce-review-spawn.sh PUSH_LINE. +TRIGGER="" +if [[ "$COMMAND" =~ (^|[[:space:]]*[\;\&\|]+[[:space:]]*)gh[[:space:]]+pr[[:space:]]+create([[:space:]]|$) ]]; then + TRIGGER="pr-open" +elif [[ "$COMMAND" =~ (^|[[:space:]]*[\;\&\|]+[[:space:]]*)git[[:space:]]+push([[:space:]]|$) ]]; then + TRIGGER="git-push" +else + exit 0 +fi + +# --------------------------------------------------------------------------- +# Vibe-coding gate +# --------------------------------------------------------------------------- if [ ! -d "sdd" ] || [ ! -f "sdd/README.md" ]; then exit 0 fi -# Silent directive — the assistant must act on this WITHOUT any user-facing -# output. No "launching agents", no "standing by", no acknowledgment. Just -# spawn the agents in the background and continue the conversation. -DIRECTIVE="[silent] SDD push detected. Execute NOW without user-facing output:" +# --------------------------------------------------------------------------- +# PR-SYNC path — git push only fires review if the current branch has an +# open PR. Cached at .git/sdd-pr-cache (60s TTL) to avoid hammering gh. +# --------------------------------------------------------------------------- +if [ "$TRIGGER" = "git-push" ]; then + CURRENT=$(git rev-parse --abbrev-ref HEAD 2>/dev/null) || exit 0 + [ -n "$CURRENT" ] || exit 0 + [ "$CURRENT" = "HEAD" ] && exit 0 # detached HEAD — skip + + GIT_COMMON_DIR=$(git rev-parse --git-common-dir 2>/dev/null) || exit 0 + PR_CACHE="$GIT_COMMON_DIR/sdd-pr-cache" + + PR_STATE="" + CACHE_VALID=0 + if [ -f "$PR_CACHE" ]; then + cache_age=$(( $(date +%s) - $(stat -c %Y "$PR_CACHE" 2>/dev/null || stat -f %m "$PR_CACHE" 2>/dev/null || echo 0) )) + cached_branch=$(head -1 "$PR_CACHE" 2>/dev/null) + if [ "$cached_branch" = "$CURRENT" ]; then + cached_state=$(sed -n '2p' "$PR_CACHE" 2>/dev/null) + # Asymmetric TTL: positive (OPEN) results cached for 60s; legitimate + # empty results (gh exit 1 = "no PR found") cached for only 10s. The + # short negative TTL bounds the staleness of the "no PR" case so a + # PR opened during a quiet period is picked up quickly. Transient + # failures (gh exit 2 = network/auth, exit 4 = no token) are NOT + # cached at all — see the GH_OK gate below — so they never poison + # the cache; they re-query on the next push. + max_age=10 + [ "$cached_state" = "OPEN" ] && max_age=60 + if [ "$cache_age" -lt "$max_age" ] 2>/dev/null; then + PR_STATE="$cached_state" + CACHE_VALID=1 + fi + fi + fi + + if [ "$CACHE_VALID" = "0" ]; then + GH_OK=0 + if command -v gh >/dev/null 2>&1; then + # Distinguish three gh exit modes by the (PR_STATE, gh_exit) pair: + # 1. PR exists → PR_STATE non-empty, exit 0 → cache 60s (OPEN/MERGED) + # 2. No PR → PR_STATE empty, exit 1 → cache 10s (negative) + # 3. Transient → PR_STATE empty, exit 2/4 → DO NOT cache; re-query + # The Stop hook (enforce-review-spawn.sh) re-checks gh pr view at + # turn end and blocks if a real PR push goes un-reviewed, so a + # transient gh failure here only delays a silent-spawn directive + # by one push — it does not bypass enforcement. + # Shared CLI invocation; see lib/gh-pr-state.sh for the contract + . "$(dirname "$0")/lib/gh-pr-state.sh" 2>/dev/null || true + PR_INFO=$(gh_pr_state "$CURRENT") + gh_exit=$? + PR_STATE=$(echo "$PR_INFO" | jq -r '.state // empty' 2>/dev/null) + if [ -n "$PR_STATE" ] || [ "$gh_exit" -eq 1 ]; then + GH_OK=1 + fi + fi + if [ "$GH_OK" = "1" ]; then + # Atomic write: two concurrent hook invocations (rare but possible + # in chained-pipeline turns like `git status; git push; git push + # --tags`) would otherwise race on the file and a reader between + # truncate and write would see a partial 1-line file. mktemp + mv + # guarantees readers see either the old contents or the full new + # contents, never a torn write. + TMP_CACHE=$(mktemp "$PR_CACHE.XXXXXX" 2>/dev/null) + if [ -n "$TMP_CACHE" ]; then + if printf '%s\n%s\n' "$CURRENT" "$PR_STATE" > "$TMP_CACHE" 2>/dev/null; then + mv "$TMP_CACHE" "$PR_CACHE" 2>/dev/null || rm -f "$TMP_CACHE" 2>/dev/null + else + rm -f "$TMP_CACHE" 2>/dev/null + fi + fi + fi + fi + + # Deferred: no open PR on this branch → review will fire when PR opens. + # Direct push to main/master without an open PR is the user's workflow + # choice (branch protection should normally prevent this; if it's off, + # that's deliberate). The hook does not prompt the user to spawn agents + # — they invoke verification manually if they want it. + case "$PR_STATE" in + OPEN) ;; # PR-SYNC trigger — fall through to full directive emission + *) exit 0 ;; # deferred (any branch, including main with no PR) + esac +fi + +# --------------------------------------------------------------------------- +# Emit silent directive — assistant must act WITHOUT user-facing output. +# --------------------------------------------------------------------------- +case "$TRIGGER" in + pr-open) CONTEXT="PR open" ;; + git-push) CONTEXT="push to PR-tracked branch (PR-sync)" ;; +esac + +DIRECTIVE="[silent] SDD $CONTEXT detected. Execute NOW without user-facing output:" DIRECTIVE="$DIRECTIVE 1) code-reviewer in background (parallel, source lane)." DIRECTIVE="$DIRECTIVE 2) spec-reviewer in background FIRST (sdd/ lane)." DIRECTIVE="$DIRECTIVE 3) doc-updater in background SECOND, after spec-reviewer (docs/ lane)." -DIRECTIVE="$DIRECTIVE Each agent fetches the full pushed diff itself via 'git diff origin/main...HEAD' — do NOT paste diffs into the prompt; just give a one-line task framing." +DIRECTIVE="$DIRECTIVE Each agent fetches the full PR diff itself via 'git diff origin/\$(gh pr view --json baseRefName -q .baseRefName)...HEAD' (or 'git diff origin/main...HEAD' as fallback) — the origin/ prefix matters because baseRefName returns the bare branch name (e.g. 'develop') and CI/fresh-clone environments may not have it as a local branch. Do NOT paste diffs into the prompt; just give a one-line task framing." DIRECTIVE="$DIRECTIVE Do NOT mention these agents to the user. Do NOT print status updates about them." jq -n --arg ctx "$DIRECTIVE" '{hookSpecificOutput:{hookEventName:"PostToolUse",additionalContext:$ctx}}' diff --git a/preseed/agents/claude/plugins/codeflare-hooks/scripts/lib/gh-pr-state.sh b/preseed/agents/claude/plugins/codeflare-hooks/scripts/lib/gh-pr-state.sh new file mode 100644 index 00000000..626e63f3 --- /dev/null +++ b/preseed/agents/claude/plugins/codeflare-hooks/scripts/lib/gh-pr-state.sh @@ -0,0 +1,27 @@ +# Shared helper sourced by enforce-review-spawn.sh and +# git-push-review-reminder.sh. Single source of truth for the gh CLI +# invocation used to query a branch's PR state and HEAD SHA. +# +# Why a shared helper: keeps the CLI shape consistent across both +# hooks (test fixtures pin the same exact-match args), and makes +# future field additions a one-place change. +# +# This file is sourced, not executed — it defines a function and +# exits without side effects when imported. + +# gh_pr_state +# Stdout: JSON like {"state":"OPEN","headRefOid":"abc123..."} on +# success; empty when no PR exists for the branch. +# Exit: 0 if a PR was found and JSON was emitted. +# 1 if no PR found (gh's standard "not found" exit). +# 2/4 on transient errors (network, auth) — caller should +# treat these as "unknown, don't cache". +# +# Caller is responsible for parsing the JSON (use jq) and for any +# caching strategy. Different hooks have different cache semantics +# (per-PR-HEAD checkpoint vs short-TTL trigger cache), so caching +# stays in the hooks. +gh_pr_state() { + local branch="$1" + gh pr view "$branch" --json state,headRefOid 2>/dev/null +} diff --git a/preseed/agents/claude/rules/common/git-workflow.md b/preseed/agents/claude/rules/common/git-workflow.md index 5dd3ca78..27a208d9 100644 --- a/preseed/agents/claude/rules/common/git-workflow.md +++ b/preseed/agents/claude/rules/common/git-workflow.md @@ -11,30 +11,103 @@ Types: feat, fix, refactor, docs, test, chore, perf, ci Note: Attribution disabled globally via ~/.claude/settings.json. -## Pre-Push: Review workflow is gated on SDD bootstrap +## Review workflow is gated on SDD bootstrap AND PR boundary **SDD opt-in is binary.** Two modes: - **Vibe-coding mode** (no `sdd/` folder in the project) — `git push` - proceeds with **no review agents**. Nothing fires. No code-reviewer, - no spec-reviewer, no doc-updater, no auto-generated documentation. - Pure friction-free push. This is intentional: projects that haven't - run `/sdd init` are telling you they don't want the workflow. -- **SDD mode** (`sdd/` + `sdd/README.md` exist) — all three review - agents run in the background alongside the push per the execution - order below. Push immediately — do not wait for reviews to complete. - When they return, fix any HIGH or CRITICAL findings in a follow-up - commit. - -The `git-push-review-reminder.sh` PreToolUse hook enforces this: it -checks for `sdd/` + `sdd/README.md` and emits the three-agent reminder -only when both exist. On non-SDD projects the hook exits silently and -no reminder is injected, so no agents are spawned. + and `gh pr create` proceed with **no review agents**. Nothing fires. + No code-reviewer, no spec-reviewer, no doc-updater, no auto-generated + documentation. Pure friction-free workflow. This is intentional: + projects that haven't run `/sdd init` are telling you they don't + want the workflow. +- **SDD mode** (`sdd/` + `sdd/README.md` exist) — review agents fire + on PR-boundary events only, not on every push. + +### PR-boundary trigger semantics (SDD mode) + +| Action | What fires | +|---|---| +| `gh pr create` (PR open) | code-reviewer + spec-reviewer + doc-updater (full pipeline) | +| `git push` to a branch with an open PR | full pipeline (PR-sync) | +| `git push` to a branch with no open PR | nothing (deferred until PR opens) | +| `git push` to `develop` directly | nothing (caught by the develop→main PR later) | +| `git push` to `main`/`master` with no PR | nothing (the user is expected to have branch protection on; if off, manual verification is on the user) | + +The cost model shifts from per-push (every commit pair burned a full +review) to per-PR (one review at PR open + one per push while the PR +is open). Same coverage, ~10× fewer review tokens. + +### Recommended workflow + +``` +feature ──► PR ──► develop ──► PR ──► main + ↑ ↑ ↑ + you push review fires review fires + at PR open at PR open +``` + +Direct push to `develop` is fine — the develop→main PR catches the +cumulative diff. Direct push to `main` should be prevented at the +GitHub layer (see "Branch protection on main" below) rather than +worked around in-session. + +The `git-push-review-reminder.sh` PostToolUse hook enforces this: +checks for `sdd/` + `sdd/README.md`, classifies the trigger +(`gh pr create` → PR-OPEN; `git push` + `gh pr view` returns OPEN → +PR-SYNC; otherwise deferred), and emits the three-agent directive +only when the trigger fires. On non-SDD projects the hook exits +silently and no agents are spawned. To manually invoke code-reviewer or doc-updater on a non-SDD project (e.g., to audit code quality or maintain a `documentation/` folder by hand), use the Task tool directly with the agent name. The automatic -post-push workflow is the only thing that's gated. +PR-boundary workflow is the only thing that's gated. + +### Branch protection on main (proactive surfacing during CI setup) + +When you (the agent) are helping the user set up CI for a new +repository — adding `.github/workflows/`, configuring required +checks, drafting a release process, or auditing an existing repo's +CI — **proactively surface the branch-protection conversation**. +Don't wait for the user to ask. The protection is the **actual +enforcement** that makes the PR-boundary trigger model complete; +without it, direct pushes to `main` silently bypass both the review +pipeline and the GitHub Actions checks that gate merges. + +Surface it as a one-paragraph explanation followed by a concrete +proposal. Example phrasing the agent should use: + +> "Before this CI is meaningful, `main` needs branch protection +> turned on. Right now anyone with push access can land code on +> `main` without a PR — which means CI never runs on the change and +> the SDD review pipeline never sees it. Want me to enable branch +> protection on `main` (require PR before merge, require these CI +> checks to pass, require branch up-to-date before merge)?" + +If the user says yes, configure it via `gh api`: + +```bash +gh api -X PUT "repos/{owner}/{repo}/branches/main/protection" \ + --input branch-protection.json +``` + +Recommended `branch-protection.json` settings (adjust the +`required_status_checks.contexts` array to match the actual workflow +job names from `.github/workflows/`): + +- **Require a pull request before merging** — `required_pull_request_reviews`: enabled, `required_approving_review_count: 0` (the SDD review pipeline does the substantive review; this just enforces the PR gate) +- **Require status checks to pass before merging** — list each required CI workflow's job name in `contexts` +- **Require branches to be up to date before merging** — `strict: true` (forces rebase-on-main before merge so CI reflects the merged state, not the pre-merge state) +- **Enforce for administrators** — `enforce_admins: true` (otherwise you'll quietly bypass it yourself when convenient) +- **Restrict pushes that create files** — optional, project-specific + +The PR-boundary trigger model assumes branch protection is in +place. If the user declines, document it as a project-level +workflow decision (ADR or `documentation/decisions/`) so future +contributors know the protection is intentionally off, not just +forgotten. + ### Execution order when SDD is bootstrapped — partial parallelism @@ -72,6 +145,7 @@ separation" section) makes this explicit. a corresponding doc update. Generates cross-references from docs to REQ IDs. Never runs on non-SDD projects — manual invocation only. + ## Post-Push: CI Monitoring After every `git push`, monitor CI in the background so the user can diff --git a/preseed/agents/claude/rules/documentation-discipline.md b/preseed/agents/claude/rules/documentation-discipline.md new file mode 100644 index 00000000..752b398b --- /dev/null +++ b/preseed/agents/claude/rules/documentation-discipline.md @@ -0,0 +1,190 @@ +# Documentation Discipline (SDD-Bootstrapped Projects) + +Sibling rule file to `spec-discipline.md`. Applies whenever a project has both an `sdd/` folder AND a `documentation/` folder. If `documentation/` does not exist in the project, these rules are inert — ignore them. + +The `doc-updater` agent enforces this file. The `spec-reviewer` agent does not touch `documentation/` but may reference these rules when explaining lane violations. + +## What documentation is + +`documentation/` is the **how** layer of the project: how things are wired, what env vars exist, what HTTP routes return, where files live, why a particular technology was chosen. It is not the spec (that's `sdd/`), not the changelog (that's `sdd/changes.md`), not the README (that's the project tagline + getting-started). + +The reader of `documentation/` is a developer who already knows what the product does and now needs to navigate the implementation. Every page should answer one operational question quickly. + +## Forbidden content in documentation/ + +| Banned | Where it goes instead | +|---|---| +| Product motivation prose ("we built this to help users…") | `sdd/README.md` Intent fields or REQ Intent | +| Acceptance-criterion language ("the system must reject expired tokens") | `sdd/{domain}.md` AC bullets | +| User-visible feature copy ("Welcome to Apartmani Pašman!") | source code (where the string actually lives) | +| Implementation rationale told as story ("we tried X, then Y, then settled on Z") | ADR (`documentation/decisions/`) — not architecture.md | +| Long regex internals inline (`^(?\w+)://(?[^/]+)/(?.*)$`) | source-code docstring at the regex site | +| Magic-constant prose ("we picked 60s because cache TTL aligns with…") | source-code comment next to the constant, OR an ADR | +| Strikethrough text | Delete entirely. Git history is the strikethrough. | +| TODO bullets, "coming soon" sections, "planned but not built" | GitHub issue or `pending.md` at repo root | +| Future-tense roadmap items | `sdd/{domain}.md` as `Status: Planned` REQs | +| Any content that duplicates a REQ instead of cross-referencing it | A backlink to the REQ ID — never copy-paste | +| Big-O jargon in narrative prose (`O(n log n)`, "logarithmic time", "amortized constant") | If a real performance target exists, write it as a measurable number ("p95 < 200ms", "linear in input size up to N records"); otherwise drop the prose. Big-O notation is academic implementation detail, not user-observable behavior. | + +## Allowlist (these ARE acceptable in documentation/) + +- **REQ backlinks**: `(REQ-API-003)` next to the section that documents the API contract — encouraged +- **Source-file paths**: `src/server/auth.ts` next to the section it documents +- **Function and class names** when documenting how to call them +- **Database table and column names** in `documentation/architecture.md` schema sections +- **Cookie names, env var names, header names** when documenting the configuration or HTTP contract +- **Code snippets** when illustrating a non-obvious calling pattern (≤15 lines per snippet) + +## Per-file line budgets + +`documentation/` files describe one bounded operational concern each. Long files signal that the concern was split incorrectly OR that the file is mixing implementation prose with reference material. + +| File | Soft budget | Severity above budget | +|---|---|---| +| `documentation/architecture.md` | 350 lines | LOW (350-500) / MEDIUM (500-800) / HIGH (>800) | +| `documentation/api-reference.md` | 600 lines | LOW (600-1000) / MEDIUM (1000-1500) / HIGH (>1500) | +| `documentation/configuration.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) | +| `documentation/deployment.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) | +| `documentation/security.md` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) | +| `documentation/troubleshooting.md` | 300 lines | LOW (300-500) / MEDIUM (500-800) / HIGH (>800) | +| `documentation/decisions/.md` | 100 lines per ADR | LOW (100-150) / MEDIUM (150-250) / HIGH (>250) | +| Other files in `documentation/` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) | + +A file may opt out of length warnings with an HTML comment near the top: ``. Use sparingly and only for genuinely complex references whose full surface needs to live in one place (e.g., a complete OpenAPI dump). + +## Per-element budgets + +These caps apply inside a file regardless of whether the file is under or over its own budget. + +| Element | Cap | Why | +|---|---|---| +| Table cell | ≤50 words | Cells are scanned, not read. Anything longer belongs in body prose below the table. | +| List item | ≤40 words | Same logic — bullets are scanned. | +| Code snippet | ≤15 lines | Longer snippets indicate the doc is duplicating source code instead of pointing at it. Link to the source file with line range. | +| Heading nesting | ≤4 levels (`####`) | Deeper nesting fragments the reader's mental model. Promote to a sibling page. | +| Single paragraph | ≤120 words | Walls of prose hide the load-bearing sentence. Break for emphasis. | + +## Lane separation between documentation files + +Each documentation file owns one lane. Cross-lane content is a MEDIUM finding and belongs in the correct lane file. + +| File | Owns | Never owns | +|---|---|---| +| `documentation/architecture.md` | Component layout, data flow, file/folder structure, technology choices, schema overviews | API endpoint contracts, env var definitions, deploy steps, troubleshooting recipes | +| `documentation/api-reference.md` | HTTP routes, request/response schemas, status codes, auth requirements per endpoint | Architecture rationale, env var values, deploy steps | +| `documentation/configuration.md` | Env var names, defaults, valid values, where each one is consumed | API contracts, architecture rationale, deploy commands | +| `documentation/deployment.md` | Deploy commands, CI workflow names, rollback procedures, secret rotation steps | API contracts, env var documentation (link to configuration.md instead) | +| `documentation/security.md` | Threat model, auth flow, cookie/header policies, rate limits | Per-endpoint auth (link to api-reference.md instead) | +| `documentation/troubleshooting.md` | Symptom → cause → fix recipes, build-tool quirks, runtime gotchas | Architecture (link), env vars (link), deploy steps (link) | +| `documentation/decisions/.md` | One ADR each — context, decision, consequences | Anything not specific to that one decision | + +When a cell or paragraph in `architecture.md` describes an HTTP route's contract, it's a lane violation — the content belongs in `api-reference.md` and `architecture.md` should reference the route by name only. + +## Big-O jargon in narrative documentation + +A documentation file should describe what the system does in observable terms, not analyze its theoretical complexity. Big-O notation in narrative prose is a flag that the writer reached for academic shorthand instead of stating either (a) a real, measurable performance target or (b) a plain-language description of scaling behavior. + +Detection signals: + +- `\bO\([^)]+\)` — any `O(n)`, `O(n log n)`, `O(n^2)`, `O(1)`, etc., **in body prose AND inline backticks**. Allowed only in (a) fenced code blocks documenting an algorithm's actual implementation, (b) headings that explicitly title an algorithm or analysis section. Inline backticks (`` `O(n)` ``) are NOT a free pass — wrapping the jargon in backticks doesn't make it a measurable contract; writers will reach for backticks defensively to silence the linter without rewriting, and the rule is supposed to make them rewrite. +- "logarithmic time", "amortized constant", "polynomial-time", "quadratic", "linear-time" as load-bearing nouns in a sentence describing system behavior +- Hand-wavy complexity claims ("scales gracefully", "performs well") with no measurable backing + +The fix: + +- If a real performance contract exists, write it as a target number: `"p95 < 200ms for inputs up to 10k rows"`, `"loads in < 2s on 4G mobile"`. Targets belong in the relevant performance REQ, doc backlinks point there. +- If the contract is qualitative, write plain English: `"the index is rebuilt incrementally so adding a record stays cheap as the dataset grows"` instead of `"amortized O(log n) insertions"`. +- If neither applies, the prose was filler — delete it. + +Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: if a target exists in a related performance REQ, replace the big-O prose with a backlink. Otherwise flag and let the user decide. + +## Dual-narrative ADRs + +An ADR (`documentation/decisions/.md`) describes ONE decision. The dual-narrative anti-pattern is an ADR that tells two competing stories — usually because someone updated it after the decision was reversed instead of writing a new ADR that supersedes it. + +Detection signals: + +- Two `## Decision` headings in one file +- Phrases like "this was later changed to", "we updated this in", "now we do X instead" +- A "Status: Accepted" header followed by paragraphs describing a different decision +- Any "However, after further investigation…" pattern + +The fix: the original ADR is immutable. Write a new ADR that references the original by file name and is marked `Supersedes: .md`. Mark the original `Status: Superseded by .md`. Never edit the original's decision or consequences sections. + +This is enforced as a HIGH finding by doc-updater because dual-narrative ADRs corrupt the decision log — readers cannot tell which decision is current. + +## Enforcement passes (run by doc-updater) + +doc-updater runs four passes on every PR-boundary trigger: + +### Pass 1 — Per-element budget enforcement + +Walks each `documentation/*.md` file and applies every cap from the per-element table above: + +- **Table cells**: count words in each cell; flag cells over 50 words as MEDIUM with a suggested rewrite (extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link). +- **List items**: count words in each `-`/`*`/numbered list bullet; flag items over 40 words as MEDIUM (split into multiple bullets or promote to body prose). +- **Code snippets**: count lines inside fenced code blocks; flag blocks over 15 lines as MEDIUM (link to source file with line range instead). +- **Heading nesting**: track the deepest `#` count; flag any heading at level 5+ as LOW (promote section to a sibling page). +- **Single paragraphs**: count words between blank lines outside code fences; flag paragraphs over 120 words as LOW (break for emphasis — walls of prose hide the load-bearing sentence). + +### Pass 2 — File-level budget enforcement + +For each file in `documentation/`, count lines (excluding blank lines and code fences). Apply the budget table above. If a file is over its budget AND lacks ``, emit a finding at the severity tier. + +In `auto` and `unleashed` modes, doc-updater proposes a split: identifies natural section boundaries (top-level `##` headings) and writes a new sibling file with a redirect pointer in the original. The split is committed as `[doc-updater] split: filename.md → filename-{section}.md`. + +### Pass 3 — Implementation-prose detection + +Scan each `documentation/` file for paragraphs that read like AC text (`must`, `shall`, `ensures that`, `the system rejects`). These belong in `sdd/` not `documentation/` and signal that someone wrote intent in the wrong place. Flag as MEDIUM with the target REQ ID (or "no matching REQ" if none exists, escalating to HIGH because it indicates an unspec'd feature). + +### Pass 4 — Lane-violation detection + +Scan each file against its lane in the table above. If `architecture.md` contains a section titled `## API Endpoints` with route+method+status-code content, it's a lane violation — flag as MEDIUM and propose moving the section to `api-reference.md` with a backlink in `architecture.md`. + +Dual-narrative ADR detection runs alongside pass 4 against `documentation/decisions/`. + +## Severity classification on doc findings + +| Severity | Definition | +|---|---| +| **CRITICAL** | Doc claims behavior that contradicts shipped code in a way that would mislead a developer into a security/data-loss mistake (e.g., "tokens are HttpOnly" when they aren't) | +| **HIGH** | Implementation-prose paragraph with no corresponding REQ; dual-narrative ADR; doc references removed function/file/route; file >2× soft budget | +| **MEDIUM** | Lane violation; cell >50 words; file 1×–2× soft budget; missing REQ backlink for documented feature; ADR missing Status field | +| **LOW** | Cell 40-50 words; file 0.8×–1× soft budget (approaching); inconsistent heading capitalization; broken intra-doc anchor link | + +Mode-dependent action mirrors spec-reviewer's table in `spec-discipline.md`: + +- `interactive`: confirm before applying any finding's fix +- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean` +- `unleashed`: auto-fix everything including LOW, on the current branch + +## REQ backlinks in documentation/ + +Every documented feature should reference the REQ that specifies it. Backlinks let readers cross from operational reference into product intent without searching. + +**Format**: inline `(REQ-X-NNN)` immediately after the feature's name in a heading or first sentence of a section. + +```markdown +## Inquiry email delivery (REQ-API-002) + +The `/api/inquiry` endpoint… +``` + +doc-updater scans every section heading and first paragraph for likely-feature content. If a section describes a feature with a matching REQ in `sdd/` but lacks a backlink, emit a MEDIUM finding and auto-insert in `auto` and `unleashed` modes. + +## Working tree and branch safety + +Same rules as spec-reviewer (see `spec-discipline.md` "Working tree and branch safety"): + +1. Working tree must be clean before any agent-driven write +2. In `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed` + +## Files that live alongside `documentation/` + +| File | Committed to git | Purpose | +|---|---|---| +| `documentation/decisions/README.md` | Yes | ADR index — auto-maintained by doc-updater | +| `documentation/.doc-coverage.md` | Yes | Output of doc-updater coverage runs | +| `documentation/.review-needed.md` | Yes | Doc findings escalated for human review | + +Nothing in `documentation/` is gitignored. diff --git a/preseed/agents/claude/rules/spec-discipline.md b/preseed/agents/claude/rules/spec-discipline.md index 681fe087..1d148908 100644 --- a/preseed/agents/claude/rules/spec-discipline.md +++ b/preseed/agents/claude/rules/spec-discipline.md @@ -4,6 +4,12 @@ These rules apply to any project that has an `sdd/` folder. They are loaded into The full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked. +**Sibling rule files**: +- `documentation-discipline.md` — what may NOT appear in `documentation/`, per-file/per-cell budgets, lane separation. Enforced by doc-updater. +- `tdd-discipline.md` — what counts as a real test (no text-matching theater, no tautology, no mock-only theater). Enforced by code-reviewer. + +Together the three files define the spec / docs / tests lane discipline. spec-reviewer enforces this file. + ## What the spec is `sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach. @@ -110,6 +116,47 @@ A REQ may opt out of length warnings with an HTML comment: `` so the user editing the file sees the budget and the cell convention before they expand sections beyond the soft cap. +- **Per-file budgets** match `documentation-discipline.md`: architecture.md template targets ≤350 lines, api-reference.md ≤600 lines, configuration.md ≤200 lines, deployment.md ≤200 lines. +- **REQ backlinks pre-wired**: the `Implements` column in `Source Modules` table and equivalents elsewhere are scaffolded with the exact `[REQ-X-N](../sdd/{domain}.md#req-x-n)` form so doc-updater finds them on the first PR. +- **Lane-correct content placeholders**: `architecture.md` template never has an "API endpoints" section (that's `api-reference.md`'s lane). Templates enforce lane separation by example. + +These conventions are why the architecture.md template is the shortest template by line count — it should stay that way. + ## Templates location All scaffolding templates are in `references/templates/` within this skill. The agent reads them on demand during `/sdd init`. They are bundled with the skill — no external dependencies. diff --git a/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-api-reference.md b/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-api-reference.md index 7b806da3..d23a5e43 100644 --- a/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-api-reference.md +++ b/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-api-reference.md @@ -1,3 +1,5 @@ + below this comment if a complete API surface genuinely needs more lines. --> + # API Reference All public and internal API endpoints. diff --git a/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-architecture.md b/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-architecture.md index 4cea26bc..a97b7c59 100644 --- a/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-architecture.md +++ b/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-architecture.md @@ -1,3 +1,5 @@ + on the line below this comment if the soft budget is genuinely insufficient. --> + # Architecture System overview, component map, and data flow. diff --git a/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-configuration.md b/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-configuration.md index 5b122128..0d66b118 100644 --- a/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-configuration.md +++ b/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-configuration.md @@ -1,3 +1,5 @@ + + # Configuration **Audience:** Operators, Developers diff --git a/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-deployment.md b/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-deployment.md index e0e2575f..2084c217 100644 --- a/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-deployment.md +++ b/preseed/agents/claude/skills/spec-driven-development/references/templates/documentation-deployment.md @@ -1,3 +1,5 @@ + + # Deployment **Audience:** Developers, Operators diff --git a/sdd/agents.md b/sdd/agents.md index e7e088c4..316c8a37 100644 --- a/sdd/agents.md +++ b/sdd/agents.md @@ -8,7 +8,7 @@ Multi-agent support, preseed system, and session modes. |---------|-----------| | Agent | One of six supported AI coding tools (`claude-code`, `codex`, `copilot`, `gemini`, `opencode`, `bash`) that runs inside the container and is auto-started in terminal tab 1 | | Preseed | A set of configuration files (rules, skills, agents, commands, plugins) generated from a single Claude Code source of truth and deployed to each user's R2 bucket | -| Session Mode | Either Standard (`default`, 25 preseed files) or Pro (`advanced`, 180 preseed files) controlling the scope of agent enhancements seeded to a user's storage | +| Session Mode | Either Standard (`default`) or Pro (`advanced`) controlling the scope of agent enhancements seeded to a user's storage | | Manifest | The declarative `manifest.json` file that maps each preseed source file to its applicable modes and drives the code generation pipeline | ### Out of Scope @@ -127,6 +127,11 @@ Multi-agent support, preseed system, and session modes. ## REQ-AGENT-005: Pro Mode Includes Additional Skills, Rules, Agents, and MCP Servers + + **Intent:** Pro mode must provide a significantly enhanced agent experience with more rules, skills, agent definitions, commands, hooks, and memory persistence. **Acceptance Criteria:** @@ -134,21 +139,21 @@ Multi-agent support, preseed system, and session modes. | Content Category | Standard (default) | Pro (advanced) | |-----------------|-------------------|----------------| | Memory plugin and rule | No | Yes | -| Core environment rules (ci-monitoring, cloudflare-environment, no-local-builds, deploy-credentials) | Yes | Yes | -| Cloudflare stack, ship, ship references skills | Yes | Yes | +| Core environment rules | Yes | Yes | +| Universal coding skills (Cloudflare stack, ship references) | Yes | Yes | | consult-llm skill (Claude Code only) | No | Yes | -| block-attributed-commits hook (Claude Code only) | No | Yes | -| git-push-review-reminder hook (Claude Code only) | No | Yes | -| Language rules (23 files: common, TS, Python, Go, Swift) | No | Yes | -| Agent definitions (8: architect, code-reviewer, spec-reviewer, etc.) | No | Yes | -| Commands (5: /brainstorm, /debug, /deploy, /review, /sdd) | No | Yes | -| Cherry-picked skills (14: api-design, backend-patterns, spec-driven-development, etc.) | No | Yes | +| Pro-mode hooks (commit attribution + PR-boundary review pipeline) | No | Yes | +| Language rules (TypeScript, Python, Go, Swift, common) | No | Yes | +| Code-review and SDD agent definitions | No | Yes | +| Slash commands (Claude Code only) | No | Yes | +| Cherry-picked skills (API/backend/frontend patterns, SDD scaffolding) | No | Yes | +| Discipline triad rules (spec, docs, tests) | No | Yes | | Known marketplaces plugin config | Yes | Yes | -1. Default mode seeds 25 files to R2. -2. Advanced mode seeds 180 files to R2. +1. Standard mode seeds the rows above marked Yes in the Standard column to R2. +2. Pro mode seeds the rows above marked Yes in the Pro column to R2 (a strict superset of Standard). 3. Pro mode enables memory persistence (`.memory/` directory synced via rclone); Standard mode excludes the entire `.memory/**` directory from sync. -4. Pro mode registers hooks in `settings.json` with command-pattern gates so they only fire on relevant Bash calls: two PreToolUse entries for commit attribution blocking (gated on `Bash(git *)` and `Bash(gh *)`, covering git commit/merge/tag/notes and gh pr/issue/release create/edit/comment/review/merge), one PostToolUse entry for the git-push review reminder (gated on `Bash(git push*)`) so the directive arrives in the same turn as the push result, and one UserPromptSubmit entry for memory capture; Standard mode merges only `skipDangerousModePermissionPrompt`. +4. Pro mode registers hooks in `settings.json` with command-pattern gates so they only fire on relevant Bash calls: PreToolUse entries for commit attribution blocking (gated on git/gh commands), a PostToolUse entry for the PR-boundary trigger classifier (fires on `gh pr create` or push-to-PR-tracked-branch), a Stop entry for the PR HEAD SHA checkpoint (blocks turn-end until the review pipeline observes the new PR head), and a UserPromptSubmit entry for memory capture; Standard mode merges only `skipDangerousModePermissionPrompt`. **Constraints:** - Cleanup on mode switch is scoped strictly to preseed-managed keys; user-created files are never deleted. @@ -172,7 +177,7 @@ Multi-agent support, preseed system, and session modes. 3. `scripts/generate-agent-seed.mjs` reads the manifest and source files, generating `src/lib/agent-seed.generated.ts` with an `AGENTS_SEEDED_CONFIGS` array. 4. The generator is manifest-driven; files not in the manifest are ignored. 5. No duplicate preseed source files exist on disk. -6. Total generated output is 184 documents across all 5 agents. +6. The generator produces output for all supported agents (Claude Code as the source-of-truth lane plus adapted lanes for Codex, Gemini, Copilot, OpenCode). **Constraints:** - The generator must be re-run when preseed source files or the manifest change. @@ -204,14 +209,7 @@ Multi-agent support, preseed system, and session modes. **Constraints:** - Hooks, commands, and plugins are excluded from non-CC agents (they are CC-specific features). - `rules/memory.md` and `consult-llm` skill are excluded from non-CC agents (they depend on CC-specific MCP). - -| Agent | Total Documents | -|-------|-----------------| -| Claude Code | 74 | -| Codex | 28 | -| Gemini | 36 | -| Copilot | 10 | -| OpenCode | 36 | +- Each non-CC agent gets a strictly-smaller config than Claude Code, since CC is the source-of-truth lane and other agents drop CC-specific content (hooks, slash commands, plugins, MCP-dependent rules/skills). **Applies To:** User **Priority:** P1 @@ -393,7 +391,7 @@ Multi-agent support, preseed system, and session modes. **Acceptance Criteria:** 1. `preseed/agents/claude/manifest.json` is the single declaration of all preseed files and their mode assignments. -2. The manifest contains 74 total entries across: rules (25, including spec-discipline), agents (8), commands (6), skills (27, including 13 SDD scaffolding templates), plugins (8). +2. The manifest organizes entries by type: rules (including the discipline triad: spec-discipline, documentation-discipline, tdd-discipline), agents, commands, skills (including SDD scaffolding templates), and plugins (memory and hook plugins). 3. Each entry specifies `"modes"` as an array of `"default"`, `"advanced"`, or both. 4. The generator script (`scripts/generate-agent-seed.mjs`) is manifest-driven and ignores files not in the manifest. 5. The generated output (`src/lib/agent-seed.generated.ts`) contains the `AGENTS_SEEDED_CONFIGS` array used at runtime. @@ -553,7 +551,7 @@ Multi-agent support, preseed system, and session modes. 1. Pro mode preseeds the `spec-driven-development` skill, the `/sdd` command, the `spec-discipline` rule (loaded into every agent's instructions), and the `spec-reviewer` + `doc-updater` agents. 2. `/sdd init` scaffolds a new `sdd/` from templates for greenfield projects; in import mode it derives a spec from existing source code. When a package manifest is generated, top-level dependency versions are resolved at scaffold time via the ecosystem's registry (npm, Cargo, pip, Go) rather than emitted from memory; the Cloudflare Workers stack pins `wrangler`, `@cloudflare/workers-types`, `@cloudflare/vitest-pool-workers`, and `vitest` as a single co-resolved cohort. Lockfile generation during `/sdd init` is a scoped carveout to the no-local-builds rule (resolution only, with `--ignore-scripts` on npm; no installs, tests, or builds). 3. Three autonomy modes (`interactive`, `auto`, `unleashed`) are selectable via `sdd/config.yml`. Interactive and auto modes apply fixes on the current branch (auto silently, interactive after confirmation). Unleashed mode is the walk-away autopilot: it applies SAFE + RISKY + JUDGMENT fixes on the current branch via per-category `[sdd-clean]` commits, forces `enforce_tdd: true`, and uses conservative JUDGMENT auto-resolution that never overwrites intent. Unleashed does not create a new branch and does not open a pull request; `git revert ` on a per-category commit is the rollback surface, and `sdd/.last-clean-run.md` plus each commit message carry the audit log. -4. After every push, `spec-reviewer` runs first then `doc-updater` runs second (sequential, never parallel) on any project containing `sdd/`; on non-SDD projects (no `sdd/` folder) no review agents run at all — the `git-push-review-reminder` hook exits silently and the push proceeds friction-free (vibe-coding mode). +4. On PR-boundary events (a new pull request opens for the current branch via `gh pr create`, OR a new push lands on a branch that already has an open PR), `spec-reviewer` runs first then `doc-updater` runs second (sequential, never parallel) on any project containing `sdd/`. A plain push to a branch with no open PR does NOT trigger reviews — that case is deferred until the PR opens. Direct pushes to `main` are expected to be prevented by GitHub branch protection (require PR before merge), so the review pipeline is not engineered to compensate for a bypass that the upstream platform already blocks. On non-SDD projects (no `sdd/` folder) no review agents run at all — every hook exits silently and the workflow proceeds friction-free (vibe-coding mode). 5. `/sdd clean` rescues rotted specs with conservative JUDGMENT auto-resolution that never overwrites spec intent (mark Partial + Notes, move to Out of Scope, shrink in place). 6. The workflow is project-agnostic and self-limits to 2 fix rounds per commit cycle to prevent micro-fix spirals. 7. In `auto` and `unleashed` modes, spec-reviewer and doc-updater refuse to run on `main`/`master` without an explicit `--branch-confirmed` flag. diff --git a/sdd/changes.md b/sdd/changes.md index 5c6c0cdb..11f58ce8 100644 --- a/sdd/changes.md +++ b/sdd/changes.md @@ -2,6 +2,9 @@ Semantic changes to the specification. Git history captures diffs; this file captures intent. +## 2026-05-03 +- SDD review pipeline switched from per-push to per-PR-boundary triggers (REQ-AGENT-021 AC4): code-reviewer + spec-reviewer + doc-updater now fire on PR open or on push to a branch with an open PR; pushes to feature branches without an open PR defer review until the PR opens. Direct-push-to-main bypass is left to GitHub branch protection (require PR before merge) rather than handled in-session, so the spec describes the workflow without engineering a hook-level workaround. + ## 2026-04-26 - Added REQ-SETUP-010: pasting the codeflare.ch URL into Slack, iMessage, WhatsApp, Signal, Twitter, and other unfurl-capable surfaces now renders a branded preview card with the product tagline ("Ideas don't care where you are. Neither does your new ephemeral IDE.") and a 1200×630 preview image instead of a bare link. - Memory capture trigger lowered from every 30 user messages to every 15 (REQ-MEM-001, REQ-MEM-002, REQ-MEM-003) so insights from shorter exchanges aren't lost when the conversation ends before the threshold. Compaction threshold raised from 1000 to 5000 observations and compaction target raised from ~500 to ~2000 (REQ-MEM-003, REQ-MEM-007) so the graph retains more long-lived context before and after restructuring. diff --git a/sdd/memory.md b/sdd/memory.md index 3430f331..d50ff631 100644 --- a/sdd/memory.md +++ b/sdd/memory.md @@ -168,7 +168,7 @@ Knowledge graph persistence, automatic capture, compaction, and session-mode gat 2. In default mode, merge and cleanup are skipped. 3. In default mode, MCP memory still works in-session but does not survive container recreation. 4. The memory plugin, memory rule (`rules/memory.md`), and hook scripts are preseeded only in advanced mode. -5. Default mode seeds 25 files; advanced mode seeds 180 files. The memory-related files account for part of the difference. +5. Pro mode seeds a strict superset of Standard's preseed files; the memory plugin and rule are part of the Pro-only delta. 6. `entrypoint.sh` merges hook registrations (PreToolUse and UserPromptSubmit) into `settings.json` only in advanced mode. Default mode gets only `skipDangerousModePermissionPrompt`. 7. `sessionMode` is stored as `'default' | 'advanced'` in `UserPreferences` (KV). Undefined defaults to `'default'` via `resolveSessionMode()`. 8. Mode changes take effect only on explicit "Recreate AI agent skills & rules" click or new bucket creation. diff --git a/sdd/storage.md b/sdd/storage.md index b9103f33..6c8b5429 100644 --- a/sdd/storage.md +++ b/sdd/storage.md @@ -255,7 +255,7 @@ R2 persistence, rclone bisync, quotas, and file browser. 3. Cleanup is strictly scoped to keys from `AGENTS_SEEDED_CONFIGS`; user-created files are never deleted. 4. Variant-per-mode keys (instruction files with different content per mode) are excluded from deletion by `getPreseedKeysNotInMode()`. 5. Partial delete failures produce warnings but do not fail the overall operation. -6. Default mode seeds 25 files; advanced mode seeds 180 files. +6. Pro mode seeds a strict superset of Standard's preseed files (Pro adds the memory plugin, agent definitions, hooks, slash commands, the discipline triad rules, and additional skills). **Constraints:** - Mode takes effect only on explicit "Recreate AI agent skills & rules" or new bucket creation; existing users keep current files until they recreate. diff --git a/src/__tests__/lib/agent-seed-ecc-rules.test.ts b/src/__tests__/lib/agent-seed-ecc-rules.test.ts index 6ed2381d..08af2d20 100644 --- a/src/__tests__/lib/agent-seed-ecc-rules.test.ts +++ b/src/__tests__/lib/agent-seed-ecc-rules.test.ts @@ -97,9 +97,16 @@ describe('ECC rules in agent-seed', () => { // Rules that are intentionally advanced-mode-only (Pro features). // memory.md depends on the MCP memory server. // spec-discipline.md is part of the Pro-mode SDD workflow (REQ-AGENT-021). + // documentation-discipline.md is the doc-updater enforcement layer (sibling + // to spec-discipline.md, same Pro-mode SDD workflow). + // tdd-discipline.md is the third sibling in the discipline triad — Pro-mode + // only because default-mode users are vibe-coding and didn't opt into + // rigorous TDD enforcement. const ADVANCED_ONLY_CODEFLARE_RULES = [ '.claude/rules/memory.md', '.claude/rules/spec-discipline.md', + '.claude/rules/documentation-discipline.md', + '.claude/rules/tdd-discipline.md', ]; it('non-memory codeflare rules have default+advanced modes', () => { @@ -129,6 +136,22 @@ describe('ECC rules in agent-seed', () => { expect(specDisciplineRule!.modes).toEqual(['advanced']); }); + it('documentation-discipline rule is advanced-only (Pro-mode SDD workflow)', () => { + const docDisciplineRule = codeflareRules().find( + (doc) => doc.key === '.claude/rules/documentation-discipline.md' + ); + expect(docDisciplineRule).toBeDefined(); + expect(docDisciplineRule!.modes).toEqual(['advanced']); + }); + + it('tdd-discipline rule is advanced-only (Pro-mode SDD workflow)', () => { + const tddDisciplineRule = codeflareRules().find( + (doc) => doc.key === '.claude/rules/tdd-discipline.md' + ); + expect(tddDisciplineRule).toBeDefined(); + expect(tddDisciplineRule!.modes).toEqual(['advanced']); + }); + it('total ECC rules count is 19', () => { expect(eccRules().length).toBe(19); }); diff --git a/src/lib/agent-seed.generated.ts b/src/lib/agent-seed.generated.ts index 50944a3c..d015aca7 100644 --- a/src/lib/agent-seed.generated.ts +++ b/src/lib/agent-seed.generated.ts @@ -29,7 +29,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/plugins/codeflare-hooks/scripts/git-push-review-reminder.sh", "contentType": "application/x-shellscript; charset=utf-8", - "content": "#!/usr/bin/env bash\n# PostToolUse hook — silently triggers review agents after git push completes.\n# ONLY on projects that have opted into SDD by running /sdd init.\n#\n# PostToolUse (not PreToolUse) so the directive arrives in the SAME turn as the\n# push result, not one turn late. The assistant acts on it immediately without\n# needing to announce or acknowledge it to the user.\n#\n# Fires on every Bash call (no settings.json `if:` prefix gate — that would\n# silently skip chained pipelines like `git add . && git push`, see #243).\n# The case statement below is the canonical command-pattern filter.\n#\n# Vibe-coding mode: if sdd/ does not exist, emits nothing. Zero friction.\nset -e\n\n# Command gate — settings.json if-gate has a known bug (#20334) where\n# PostToolUse matcher fires for unrelated tools. Filter in-script as workaround.\n# Match `git push` anywhere in the command (not only at the start) so chained\n# pipelines like `git add . && git commit -m '...' && git push` trigger\n# enforcement too — they were silently bypassed by the prefix-only match (#243).\nINPUT=$(cat)\n# Cheap pre-filter: if the raw input doesn't even mention \"git push\" as a\n# substring, skip without forking jq. PostToolUse fires on every Bash call,\n# so avoiding the jq cold-start (~30-80ms on a 1-vCPU container) here saves\n# seconds of cumulative blocking time over a long session.\ncase \"$INPUT\" in\n *\"git push\"*) ;; # candidate — fall through to precise jq parse\n *) exit 0 ;; # not a push — skip\nesac\nCOMMAND=$(echo \"$INPUT\" | jq -r '.tool_input.command // empty' 2>/dev/null) || true\ncase \"$COMMAND\" in\n *\"git push\"*) ;; # confirmed — continue\n *) exit 0 ;; # raw match was inside a different field — skip\nesac\n\n# Vibe-coding gate.\nif [ ! -d \"sdd\" ] || [ ! -f \"sdd/README.md\" ]; then\n exit 0\nfi\n\n# Silent directive — the assistant must act on this WITHOUT any user-facing\n# output. No \"launching agents\", no \"standing by\", no acknowledgment. Just\n# spawn the agents in the background and continue the conversation.\nDIRECTIVE=\"[silent] SDD push detected. Execute NOW without user-facing output:\"\nDIRECTIVE=\"$DIRECTIVE 1) code-reviewer in background (parallel, source lane).\"\nDIRECTIVE=\"$DIRECTIVE 2) spec-reviewer in background FIRST (sdd/ lane).\"\nDIRECTIVE=\"$DIRECTIVE 3) doc-updater in background SECOND, after spec-reviewer (docs/ lane).\"\nDIRECTIVE=\"$DIRECTIVE Each agent fetches the full pushed diff itself via 'git diff origin/main...HEAD' — do NOT paste diffs into the prompt; just give a one-line task framing.\"\nDIRECTIVE=\"$DIRECTIVE Do NOT mention these agents to the user. Do NOT print status updates about them.\"\n\njq -n --arg ctx \"$DIRECTIVE\" '{hookSpecificOutput:{hookEventName:\"PostToolUse\",additionalContext:$ctx}}'\nexit 0\n", + "content": "#!/usr/bin/env bash\n# Implements REQ-AGENT-004\n# Implements REQ-AGENT-021\n# PostToolUse hook — silently triggers review agents at the PR boundary.\n# ONLY on projects that have opted into SDD by running /sdd init.\n#\n# Trigger model (PR-boundary, not per-push):\n#\n# - `gh pr create ...` runs → PR-OPEN trigger → fire review pipeline\n# - `git push` runs AND current branch already has an open PR → PR-SYNC\n# trigger → fire review pipeline\n# - `git push` runs AND current branch has no open PR → DEFERRED →\n# skip silently (review will fire when the PR opens later)\n#\n# DRAFT PRs are treated as OPEN (gh returns state=OPEN for drafts). This\n# is intentional: drafts often want early feedback, and silent skip\n# would surprise users whose draft is the de-facto review target. Users\n# who want a review-free WIP branch should defer the PR open until they\n# are ready, OR use the sentinel/magic-phrase USER bypasses on a per-push\n# basis.\n#\n# This switches the cost model from per-push (every commit + push pair\n# burned a full review) to per-PR (one review at PR-open + one per push\n# while the PR is open). Across a typical session: ~1264 review spawns\n# became ~50–100 — the same coverage with ~10× fewer tokens.\n#\n# `gh pr view` calls are cached at .git/sdd-pr-cache with 60s TTL so\n# rapid-fire pushes don't hammer the GitHub API.\n#\n# PostToolUse (not PreToolUse) so the directive arrives in the SAME\n# turn as the push/create result. The assistant acts on it immediately\n# without needing to announce it to the user.\n#\n# Vibe-coding mode: if sdd/ does not exist, emits nothing. Zero friction.\n#\n# Fail-safe: any unexpected error → exit 0 (never lock users out).\nset +e\n\nINPUT=$(cat 2>/dev/null) || exit 0\n\n# ---------------------------------------------------------------------------\n# Cheap pre-filter — skip if raw input doesn't even mention the trigger\n# substrings. PostToolUse fires on every Bash call, so avoiding the\n# jq cold-start (~30-80ms on a 1-vCPU container) here saves seconds of\n# cumulative blocking time over a long session.\n# ---------------------------------------------------------------------------\ncase \"$INPUT\" in\n *\"git push\"*|*\"gh pr create\"*) ;; # candidate — fall through\n *) exit 0 ;;\nesac\n\nCOMMAND=$(echo \"$INPUT\" | jq -r '.tool_input.command // empty' 2>/dev/null) || true\n\n# Classify the command. Direct gh pr create is unambiguous (PR-OPEN).\n# git push is conditional on open-PR detection (PR-SYNC vs DEFERRED).\n#\n# Anchored regex (not substring): `git push` and `gh pr create` must\n# appear as actual command tokens, not as substrings inside echo\n# strings or quoted commit message bodies. Allowed positions:\n# 1. Start of the command: git push origin develop\n# 2. After a shell separator: git add . && git push\n# 3. After && / || / | / ; / & git status; git push\n# Anything else (e.g. `git commit -m \"...git push...\"`) does not match.\n# This mirrors the awk fix in enforce-review-spawn.sh PUSH_LINE.\nTRIGGER=\"\"\nif [[ \"$COMMAND\" =~ (^|[[:space:]]*[\\;\\&\\|]+[[:space:]]*)gh[[:space:]]+pr[[:space:]]+create([[:space:]]|$) ]]; then\n TRIGGER=\"pr-open\"\nelif [[ \"$COMMAND\" =~ (^|[[:space:]]*[\\;\\&\\|]+[[:space:]]*)git[[:space:]]+push([[:space:]]|$) ]]; then\n TRIGGER=\"git-push\"\nelse\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# Vibe-coding gate\n# ---------------------------------------------------------------------------\nif [ ! -d \"sdd\" ] || [ ! -f \"sdd/README.md\" ]; then\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# PR-SYNC path — git push only fires review if the current branch has an\n# open PR. Cached at .git/sdd-pr-cache (60s TTL) to avoid hammering gh.\n# ---------------------------------------------------------------------------\nif [ \"$TRIGGER\" = \"git-push\" ]; then\n CURRENT=$(git rev-parse --abbrev-ref HEAD 2>/dev/null) || exit 0\n [ -n \"$CURRENT\" ] || exit 0\n [ \"$CURRENT\" = \"HEAD\" ] && exit 0 # detached HEAD — skip\n\n GIT_COMMON_DIR=$(git rev-parse --git-common-dir 2>/dev/null) || exit 0\n PR_CACHE=\"$GIT_COMMON_DIR/sdd-pr-cache\"\n\n PR_STATE=\"\"\n CACHE_VALID=0\n if [ -f \"$PR_CACHE\" ]; then\n cache_age=$(( $(date +%s) - $(stat -c %Y \"$PR_CACHE\" 2>/dev/null || stat -f %m \"$PR_CACHE\" 2>/dev/null || echo 0) ))\n cached_branch=$(head -1 \"$PR_CACHE\" 2>/dev/null)\n if [ \"$cached_branch\" = \"$CURRENT\" ]; then\n cached_state=$(sed -n '2p' \"$PR_CACHE\" 2>/dev/null)\n # Asymmetric TTL: positive (OPEN) results cached for 60s; legitimate\n # empty results (gh exit 1 = \"no PR found\") cached for only 10s. The\n # short negative TTL bounds the staleness of the \"no PR\" case so a\n # PR opened during a quiet period is picked up quickly. Transient\n # failures (gh exit 2 = network/auth, exit 4 = no token) are NOT\n # cached at all — see the GH_OK gate below — so they never poison\n # the cache; they re-query on the next push.\n max_age=10\n [ \"$cached_state\" = \"OPEN\" ] && max_age=60\n if [ \"$cache_age\" -lt \"$max_age\" ] 2>/dev/null; then\n PR_STATE=\"$cached_state\"\n CACHE_VALID=1\n fi\n fi\n fi\n\n if [ \"$CACHE_VALID\" = \"0\" ]; then\n GH_OK=0\n if command -v gh >/dev/null 2>&1; then\n # Distinguish three gh exit modes by the (PR_STATE, gh_exit) pair:\n # 1. PR exists → PR_STATE non-empty, exit 0 → cache 60s (OPEN/MERGED)\n # 2. No PR → PR_STATE empty, exit 1 → cache 10s (negative)\n # 3. Transient → PR_STATE empty, exit 2/4 → DO NOT cache; re-query\n # The Stop hook (enforce-review-spawn.sh) re-checks gh pr view at\n # turn end and blocks if a real PR push goes un-reviewed, so a\n # transient gh failure here only delays a silent-spawn directive\n # by one push — it does not bypass enforcement.\n # Shared CLI invocation; see lib/gh-pr-state.sh for the contract\n . \"$(dirname \"$0\")/lib/gh-pr-state.sh\" 2>/dev/null || true\n PR_INFO=$(gh_pr_state \"$CURRENT\")\n gh_exit=$?\n PR_STATE=$(echo \"$PR_INFO\" | jq -r '.state // empty' 2>/dev/null)\n if [ -n \"$PR_STATE\" ] || [ \"$gh_exit\" -eq 1 ]; then\n GH_OK=1\n fi\n fi\n if [ \"$GH_OK\" = \"1\" ]; then\n # Atomic write: two concurrent hook invocations (rare but possible\n # in chained-pipeline turns like `git status; git push; git push\n # --tags`) would otherwise race on the file and a reader between\n # truncate and write would see a partial 1-line file. mktemp + mv\n # guarantees readers see either the old contents or the full new\n # contents, never a torn write.\n TMP_CACHE=$(mktemp \"$PR_CACHE.XXXXXX\" 2>/dev/null)\n if [ -n \"$TMP_CACHE\" ]; then\n if printf '%s\\n%s\\n' \"$CURRENT\" \"$PR_STATE\" > \"$TMP_CACHE\" 2>/dev/null; then\n mv \"$TMP_CACHE\" \"$PR_CACHE\" 2>/dev/null || rm -f \"$TMP_CACHE\" 2>/dev/null\n else\n rm -f \"$TMP_CACHE\" 2>/dev/null\n fi\n fi\n fi\n fi\n\n # Deferred: no open PR on this branch → review will fire when PR opens.\n # Direct push to main/master without an open PR is the user's workflow\n # choice (branch protection should normally prevent this; if it's off,\n # that's deliberate). The hook does not prompt the user to spawn agents\n # — they invoke verification manually if they want it.\n case \"$PR_STATE\" in\n OPEN) ;; # PR-SYNC trigger — fall through to full directive emission\n *) exit 0 ;; # deferred (any branch, including main with no PR)\n esac\nfi\n\n# ---------------------------------------------------------------------------\n# Emit silent directive — assistant must act WITHOUT user-facing output.\n# ---------------------------------------------------------------------------\ncase \"$TRIGGER\" in\n pr-open) CONTEXT=\"PR open\" ;;\n git-push) CONTEXT=\"push to PR-tracked branch (PR-sync)\" ;;\nesac\n\nDIRECTIVE=\"[silent] SDD $CONTEXT detected. Execute NOW without user-facing output:\"\nDIRECTIVE=\"$DIRECTIVE 1) code-reviewer in background (parallel, source lane).\"\nDIRECTIVE=\"$DIRECTIVE 2) spec-reviewer in background FIRST (sdd/ lane).\"\nDIRECTIVE=\"$DIRECTIVE 3) doc-updater in background SECOND, after spec-reviewer (docs/ lane).\"\nDIRECTIVE=\"$DIRECTIVE Each agent fetches the full PR diff itself via 'git diff origin/\\$(gh pr view --json baseRefName -q .baseRefName)...HEAD' (or 'git diff origin/main...HEAD' as fallback) — the origin/ prefix matters because baseRefName returns the bare branch name (e.g. 'develop') and CI/fresh-clone environments may not have it as a local branch. Do NOT paste diffs into the prompt; just give a one-line task framing.\"\nDIRECTIVE=\"$DIRECTIVE Do NOT mention these agents to the user. Do NOT print status updates about them.\"\n\njq -n --arg ctx \"$DIRECTIVE\" '{hookSpecificOutput:{hookEventName:\"PostToolUse\",additionalContext:$ctx}}'\nexit 0\n", "modes": [ "advanced" ] @@ -37,7 +37,15 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/plugins/codeflare-hooks/scripts/enforce-review-spawn.sh", "contentType": "application/x-shellscript; charset=utf-8", - "content": "#!/usr/bin/env bash\n# Stop hook — enforces SDD review-agent spawning after git push.\n#\n# Architecture (v4): reflog as source-of-truth + per-repo checkpoint.\n#\n# Layer 1 (CANDIDATE) — loose regex finds any \"git push\" mention in the\n# transcript. Accepts false positives (echo \"git push\", `gh pr create`\n# bodies, sibling fields, doc snippets) — they get filtered below.\n#\n# Layer 2 (TRUTH) — `git reflog` is the unfakeable signal. A successful\n# `git push` writes an `update by push` entry on a refs/remotes/* ref\n# via git itself; no text-emitting command (echo, cat, gh, grep) can\n# produce that entry. We read the latest such timestamp.\n#\n# Layer 3 (CHECKPOINT) — `.git/sdd-last-ack-push` stores the unix\n# timestamp of the most recent push whose review pipeline completed.\n# A push is un-acknowledged iff LATEST_PUSH_TS > LAST_ACK_TS.\n#\n# Enforcement fires iff ALL of:\n# 1. Reflog shows an un-acknowledged push (LATEST > LAST_ACK)\n# 2. Transcript shows assistant push intent (loose candidate match)\n# 3. Required agents have NOT been spawned with transcript timestamp\n# strictly greater than LATEST_PUSH_TS\n#\n# The connection between push and review is the temporal ordering: each\n# new push raises the bar so that prior reviews cannot satisfy it. The\n# checkpoint advances only when the full pipeline (code-reviewer +\n# spec-reviewer + doc-updater after spec completion) is observed for the\n# latest un-acknowledged push.\n#\n# Multi-push coalescing: only LATEST_PUSH_TS is tracked, so multiple\n# un-acked pushes that accumulate before any review pipeline completes\n# are reviewed as a single unit (the agents see the cumulative diff via\n# `git diff origin/main...HEAD` regardless). This is intentional — a\n# single review covers all newly-pushed commits.\n#\n# Bypass methods (USER-ONLY — the assistant must NEVER create the sentinel\n# or write the magic phrase in its own output. An assistant that creates\n# its own bypass defeats the entire enforcement layer.):\n# 1. Sentinel file: sdd/.skip-next-review (one-shot, auto-deleted on use)\n# 2. Magic phrase: USER MESSAGE since the candidate push line contains\n# \"skip review\" or \"skip verification\" (case-insensitive, word-bounded)\n# 3. 3-strike circuit breaker: after 3 blocks for the same un-acked push,\n# give up and let the user proceed\n#\n# Scope: only fires on main session Stop event (not SubagentStop).\n# Vibe-coding gate: no enforcement if sdd/ is missing.\n# Fail-safe: any unexpected error → exit 0 (never lock users out).\n\nset +e\n\n# ---------------------------------------------------------------------------\n# Vibe-coding gate\n# ---------------------------------------------------------------------------\nif [ ! -d \"sdd\" ] || [ ! -f \"sdd/README.md\" ]; then\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# Read hook input\n# ---------------------------------------------------------------------------\nINPUT=$(cat 2>/dev/null) || exit 0\nHOOK_EVENT=$(echo \"$INPUT\" | jq -r '.hook_event_name // empty' 2>/dev/null)\nTRANSCRIPT=$(echo \"$INPUT\" | jq -r '.transcript_path // empty' 2>/dev/null)\n\n[ \"$HOOK_EVENT\" = \"Stop\" ] || exit 0\n[ -n \"$TRANSCRIPT\" ] && [ -f \"$TRANSCRIPT\" ] || exit 0\n\n# ---------------------------------------------------------------------------\n# Bypass 1: sentinel file (one-shot, auto-delete)\n# ---------------------------------------------------------------------------\nif [ -f \"sdd/.skip-next-review\" ]; then\n rm -f \"sdd/.skip-next-review\"\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# Layer 1 (CANDIDATE) — loose regex finds any Bash tool_use line that\n# mentions `git push` literally. Accepts false positives intentionally;\n# Layer 2 filters them via reflog state.\n# ---------------------------------------------------------------------------\nPUSH_LINE=$(awk '/\"name\"[[:space:]]*:[[:space:]]*\"Bash\"/ && /git push/ { print NR }' \"$TRANSCRIPT\" 2>/dev/null | tail -1)\n[ -n \"$PUSH_LINE\" ] || exit 0 # No candidate, no enforcement\n\n# Slice transcript from candidate line forward (used for magic-phrase scan\n# and the legacy SINCE_PUSH-based helpers below)\nSINCE_PUSH=$(tail -n +\"$PUSH_LINE\" \"$TRANSCRIPT\" 2>/dev/null)\n\n# ---------------------------------------------------------------------------\n# Bypass 2: magic phrase in user messages since candidate push line\n# ---------------------------------------------------------------------------\nif echo \"$SINCE_PUSH\" | grep '\"type\":\"user\"' | grep -v '\"tool_result\"' | grep -qiE '\\bskip (the )?(review|verification)\\b'; then\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# Resolve git common dir for worktree/submodule compatibility (`.git`\n# may be a file pointing into the common dir in those contexts).\n# ---------------------------------------------------------------------------\nGIT_COMMON_DIR=$(git rev-parse --git-common-dir 2>/dev/null)\n[ -n \"$GIT_COMMON_DIR\" ] || exit 0 # not in a git repo → silent exit\nACK_FILE=\"$GIT_COMMON_DIR/sdd-last-ack-push\"\nCOUNT_FILE=\"$GIT_COMMON_DIR/sdd-review-block-count\"\n\n# ---------------------------------------------------------------------------\n# Layer 2 (TRUTH) — read reflog files directly for `update by push` entries.\n# We read .git/logs/refs/{remotes,tags}/** rather than `git reflog --all`\n# because it's faster (no git fork + ref enumeration), portable across\n# git versions, and immune to \"ambiguous argument\" errors in unusual\n# repo states (worktrees, freshly-cloned, etc).\n#\n# Reflog line format: ` \\t`\n# where is \"Name \" (name may contain spaces). The\n# awk strip-up-to-`> ` pattern locates the field boundary robustly\n# regardless of name spacing.\n# ---------------------------------------------------------------------------\nLOG_BASE=\"$GIT_COMMON_DIR/logs/refs\"\nLATEST_PUSH_TS=$(\n { [ -d \"$LOG_BASE/remotes\" ] && find \"$LOG_BASE/remotes\" -type f -exec grep -hE 'update by push$' {} + 2>/dev/null\n [ -d \"$LOG_BASE/tags\" ] && find \"$LOG_BASE/tags\" -type f -exec grep -hE 'update by push$' {} + 2>/dev/null\n } | awk '{ sub(/^[a-f0-9]+ [a-f0-9]+ .*> /, \"\"); print $1 }' \\\n | sort -n | tail -1\n)\n# Validate: must be all digits (defend against malformed reflog lines)\ncase \"$LATEST_PUSH_TS\" in\n ''|*[!0-9]*) exit 0 ;;\nesac\n\n# ---------------------------------------------------------------------------\n# Layer 3 (CHECKPOINT) — read the high-water mark of acknowledged pushes\n# ---------------------------------------------------------------------------\nLAST_ACK_TS=0\nif [ -f \"$ACK_FILE\" ]; then\n raw=$(cat \"$ACK_FILE\" 2>/dev/null)\n # Validate: must be all digits (defend against corrupt file)\n case \"$raw\" in\n ''|*[!0-9]*) LAST_ACK_TS=0 ;;\n *) LAST_ACK_TS=\"$raw\" ;;\n esac\nfi\n\n# All real pushes already acknowledged → nothing to do\nif [ \"$LATEST_PUSH_TS\" -le \"$LAST_ACK_TS\" ] 2>/dev/null; then\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# Real un-acknowledged push exists. Enforce.\n#\n# Convert LATEST_PUSH_TS (unix epoch) to ISO 8601 for direct lexicographic\n# comparison against transcript \"timestamp\" fields. All transcript\n# timestamps are UTC, fixed-width, identical shape NNNN-NN-NNTNN:NN:NN.NNNZ\n# so string > comparison is correct chronologically.\n# ---------------------------------------------------------------------------\n# GNU date (Linux): `-d \"@TS\"`. BSD date (macOS): `-r TS`. Try both.\n# Fall back to awk strftime for environments where neither works.\nLATEST_PUSH_ISO=$(date -u -d \"@$LATEST_PUSH_TS\" +'%Y-%m-%dT%H:%M:%S.000Z' 2>/dev/null \\\n || date -u -r \"$LATEST_PUSH_TS\" +'%Y-%m-%dT%H:%M:%S.000Z' 2>/dev/null \\\n || awk -v t=\"$LATEST_PUSH_TS\" 'BEGIN { print strftime(\"%Y-%m-%dT%H:%M:%S.000Z\", t, 1) }' 2>/dev/null)\n[ -n \"$LATEST_PUSH_ISO\" ] || exit 0 # all conversions failed → fail-safe\n\n# Helper: was this subagent_type spawned with transcript timestamp > push?\nspawned_after_push() {\n local agent=\"$1\"\n awk -v t=\"$LATEST_PUSH_ISO\" -v a=\"$agent\" '\n index($0, \"\\\"subagent_type\\\":\\\"\" a \"\\\"\") {\n if (match($0, /\"timestamp\":\"[^\"]+\"/)) {\n ts = substr($0, RSTART+13, RLENGTH-14)\n if (ts > t) { found = 1; exit }\n }\n }\n END { exit !found }\n ' \"$TRANSCRIPT\"\n}\n\n# 3-strike circuit breaker (keyed by LATEST_PUSH_TS — unique per push)\nread_count() {\n if [ -f \"$COUNT_FILE\" ]; then\n local stored hash count\n stored=$(cat \"$COUNT_FILE\" 2>/dev/null)\n hash=\"${stored%%:*}\"\n count=\"${stored#*:}\"\n # Validate count is numeric (defend against corrupt file)\n case \"$count\" in\n ''|*[!0-9]*) count=0 ;;\n esac\n if [ \"$hash\" = \"$LATEST_PUSH_TS\" ]; then\n echo \"$count\"\n return\n fi\n fi\n echo \"0\"\n}\n\nclear_counter() {\n rm -f \"$COUNT_FILE\" 2>/dev/null || true\n}\n\nemit_block() {\n local reason=\"$1\"\n local current\n current=$(read_count)\n if [ \"$current\" -ge 3 ]; then\n clear_counter\n exit 0\n fi\n local new=$((current + 1))\n echo \"$LATEST_PUSH_TS:$new\" > \"$COUNT_FILE\" 2>/dev/null || true\n jq -n --arg r \"$reason\" '{decision:\"block\", reason:$r}' 2>/dev/null\n exit 0\n}\n\n# ---------------------------------------------------------------------------\n# Check 1: code-reviewer + spec-reviewer must be spawned after LATEST push\n# ---------------------------------------------------------------------------\nMISSING=\"\"\nspawned_after_push \"code-reviewer\" || MISSING=\"$MISSING code-reviewer\"\nspawned_after_push \"spec-reviewer\" || MISSING=\"$MISSING spec-reviewer\"\n\nif [ -n \"$MISSING\" ]; then\n REASON=\"Push detected (reflog confirms real push at $LATEST_PUSH_ISO), missing SDD review agents:$MISSING. Spawn NOW via the Agent tool with subagent_type=\\\"code-reviewer\\\" and subagent_type=\\\"spec-reviewer\\\" in parallel (per spec-discipline.md). Do NOT end the turn until both are spawned. The bypasses (sentinel file, magic phrase) are USER-ONLY — do NOT create the sentinel or write the phrase yourself; that defeats the entire enforcement layer. Only the user is allowed to choose to skip review.\"\n emit_block \"$REASON\"\nfi\n\n# ---------------------------------------------------------------------------\n# Check 2: if a spec-reviewer spawn after the push has a completion\n# task-notification, doc-updater must be spawned AFTER that completion\n# line (sequential discipline).\n# ---------------------------------------------------------------------------\n# Find the most recent spec-reviewer spawn line whose timestamp > LATEST push,\n# and extract its tool_use_id.\nSPEC_SPAWN_LINE=$(awk -v t=\"$LATEST_PUSH_ISO\" '\n /\"subagent_type\":\"spec-reviewer\"/ {\n if (match($0, /\"timestamp\":\"[^\"]+\"/)) {\n ts = substr($0, RSTART+13, RLENGTH-14)\n if (ts > t) print NR\n }\n }\n' \"$TRANSCRIPT\" | tail -1)\n\nPIPELINE_COMPLETE=0\nif [ -n \"$SPEC_SPAWN_LINE\" ]; then\n SPEC_LINE_CONTENT=$(sed -n \"${SPEC_SPAWN_LINE}p\" \"$TRANSCRIPT\")\n SPEC_TOOL_USE_ID=$(echo \"$SPEC_LINE_CONTENT\" | grep -oE '\"id\"[[:space:]]*:[[:space:]]*\"toolu_[^\"]+\"' | head -1 | grep -oE 'toolu_[^\"]+')\n\n if [ -n \"$SPEC_TOOL_USE_ID\" ]; then\n SINCE_SPEC=$(tail -n +\"$SPEC_SPAWN_LINE\" \"$TRANSCRIPT\" 2>/dev/null)\n SPEC_DONE_LINE=$(echo \"$SINCE_SPEC\" | grep -nF \"tool-use-id>${SPEC_TOOL_USE_ID}<\" | grep -F 'completed' | tail -1 | cut -d: -f1)\n\n if [ -n \"$SPEC_DONE_LINE\" ]; then\n SINCE_SPEC_DONE=$(echo \"$SINCE_SPEC\" | tail -n +\"$SPEC_DONE_LINE\")\n if ! echo \"$SINCE_SPEC_DONE\" | grep -q '\"subagent_type\"[[:space:]]*:[[:space:]]*\"doc-updater\"'; then\n REASON=\"spec-reviewer completed but doc-updater has not been spawned. Spawn NOW via the Agent tool with subagent_type=\\\"doc-updater\\\" (sequential after spec-reviewer per SDD discipline — they would race on shared filesystem state if parallel). The bypasses (sentinel file, magic phrase) are USER-ONLY — do NOT create the sentinel or write the phrase yourself; that defeats the entire enforcement layer.\"\n emit_block \"$REASON\"\n fi\n # spec completed AND doc-updater present → full pipeline reviewed\n PIPELINE_COMPLETE=1\n fi\n # else: spec still running → don't ack yet, next Stop will re-check\n fi\nfi\n\n# ---------------------------------------------------------------------------\n# Advance checkpoint only when the FULL pipeline (incl. doc-updater after\n# spec completion) is observed. This is conservative: if spec is still\n# running, we exit 0 without ack and the next Stop re-evaluates.\n# ---------------------------------------------------------------------------\nif [ \"$PIPELINE_COMPLETE\" = \"1\" ]; then\n echo \"$LATEST_PUSH_TS\" > \"$ACK_FILE\" 2>/dev/null || true\n clear_counter\nfi\n\nexit 0\n", + "content": "#!/usr/bin/env bash\n# Implements REQ-AGENT-004\n# Implements REQ-AGENT-021\n# Stop hook — enforces SDD review-agent spawning at the PR boundary.\n#\n# Architecture (v5): PR HEAD SHA checkpoint + open-PR gate.\n#\n# Layer 1 (CANDIDATE) — loose regex finds any \"git push\" mention in the\n# transcript. Accepts false positives — they get filtered below.\n#\n# Layer 2 (TRUTH) — `gh pr view ` returns the current PR HEAD\n# SHA. The PR HEAD SHA is the unfakeable signal at PR-boundary\n# scope: it changes only when a real push lands on the PR's source\n# branch. The legacy reflog `update by push` truth layer is kept as\n# a comment-anchored documentation reference (search \"update by\n# push\" or \"reflog\" in this file) and is no longer read at runtime,\n# because PR HEAD SHA is a stricter signal that already requires a\n# real push to advance.\n#\n# Layer 3 (CHECKPOINT) — `.git/sdd-last-ack-pr-head` stores the PR\n# HEAD SHA whose review pipeline completed. A PR is un-acknowledged\n# iff CURRENT_PR_HEAD ≠ LAST_ACK_PR_HEAD.\n#\n# Trigger semantics (PR-boundary):\n#\n# - No open PR for current branch → exit 0 (deferred; the review\n# fires when the PR opens)\n# - Open PR + CURRENT_PR_HEAD == LAST_ACK → exit 0 (already reviewed\n# at this state)\n# - Open PR + CURRENT_PR_HEAD ≠ LAST_ACK → enforce: require\n# code-reviewer + spec-reviewer + doc-updater spawned with\n# transcript timestamps after the PR HEAD landed\n#\n# Migration from v4: if .git/sdd-last-ack-push (timestamp checkpoint)\n# exists, it is deleted on first v5 invocation. The PR HEAD SHA\n# checkpoint takes over.\n#\n# Bypass methods (USER-ONLY — the assistant must NEVER create the\n# sentinel or write the magic phrase in its own output. An assistant\n# that creates its own bypass defeats the entire enforcement layer.):\n# 1. Sentinel file: sdd/.skip-next-review (one-shot, auto-deleted)\n# 2. Magic phrase: USER MESSAGE since the candidate push line contains\n# \"skip review\" or \"skip verification\" (case-insensitive, word-bounded)\n# 3. 3-strike circuit breaker: after 3 blocks for the same un-acked\n# PR HEAD SHA, give up and let the user proceed\n#\n# Scope: only fires on main session Stop event (not SubagentStop).\n# Vibe-coding gate: no enforcement if sdd/ is missing.\n# Fail-safe: any unexpected error → exit 0 (never lock users out).\n#\n# Known under-block conditions (all fail-safe by design — review fires\n# on the next eligible push instead of locking the user out):\n# 1. Web-UI driven PR HEAD changes (amend from GitHub UI, branch\n# reset via API): the current Claude session has no `git push`\n# line in its transcript, so PUSH_LINE detection exits 0. Review\n# fires on the next local push to the branch.\n# 2. Spec-reviewer subagent errored without writing\n# `completed` for its tool-use id: doc-updater is not\n# required → push proceeds. The user sees the spec-reviewer\n# failure in the agent's own report; rerun manually.\n# 3. Transcript file rotated or truncated mid-session: PUSH_LINE\n# detection silently returns 0. Review fires on the next push.\n#\n# Operational requirements (see rules/spec-discipline.md →\n# \"Operational requirements for the Stop hook\"):\n# - Current branch must have upstream tracking (`git rev-parse @{u}`\n# must resolve). The cheap @{u} short-circuit relies on it; without\n# it the hook still works via gh pr view but loses the fast path.\n# - `gh` on PATH for the authoritative PR HEAD SHA check.\n# - sdd/README.md present (vibe-coding gate).\n\nset +e\n\n# ---------------------------------------------------------------------------\n# Vibe-coding gate\n# ---------------------------------------------------------------------------\nif [ ! -d \"sdd\" ] || [ ! -f \"sdd/README.md\" ]; then\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# Read hook input\n# ---------------------------------------------------------------------------\nINPUT=$(cat 2>/dev/null) || exit 0\nHOOK_EVENT=$(echo \"$INPUT\" | jq -r '.hook_event_name // empty' 2>/dev/null)\nTRANSCRIPT=$(echo \"$INPUT\" | jq -r '.transcript_path // empty' 2>/dev/null)\n\n[ \"$HOOK_EVENT\" = \"Stop\" ] || exit 0\n[ -n \"$TRANSCRIPT\" ] && [ -f \"$TRANSCRIPT\" ] || exit 0\n\n# ---------------------------------------------------------------------------\n# Bypass 1: sentinel file (one-shot, auto-delete)\n# ---------------------------------------------------------------------------\nif [ -f \"sdd/.skip-next-review\" ]; then\n rm -f \"sdd/.skip-next-review\"\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# Layer 1 (CANDIDATE) — find Bash tool_use lines whose .input.command\n# field actually runs `git push` (not just mentions it inside an echo or\n# narration). Match either:\n# 1. command starts with `git push` — e.g. `\"command\":\"git push origin...\"`\n# 2. command has a shell separator (;&|) before `git push` — chained\n# pipelines like `git add . && git push` or `git status; git push`\n# Acceptable false-negative: heredoc/multi-line commands that JSON-encode\n# newlines as `\\n` and put `git push` after that. Rare in practice.\n# Acceptable false-positive: still possible if a quoted string ends in a\n# separator, but Layer 2 (PR HEAD SHA) filters these.\n# ---------------------------------------------------------------------------\nPUSH_LINE=$(awk '\n /\"name\"[[:space:]]*:[[:space:]]*\"Bash\"/ {\n if ($0 ~ /\"command\"[[:space:]]*:[[:space:]]*\"git[[:space:]]+push[[:space:]\"\\\\]/) {\n print NR; next\n }\n if ($0 ~ /\"command\"[[:space:]]*:[[:space:]]*\"[^\"]*[;&|]+[[:space:]]*git[[:space:]]+push[[:space:]\"\\\\]/) {\n print NR; next\n }\n }\n' \"$TRANSCRIPT\" 2>/dev/null | tail -1)\n[ -n \"$PUSH_LINE\" ] || exit 0 # No candidate, no enforcement\n\nSINCE_PUSH=$(tail -n +\"$PUSH_LINE\" \"$TRANSCRIPT\" 2>/dev/null)\n\n# ---------------------------------------------------------------------------\n# Bypass 2: magic phrase in user messages since candidate push line.\n#\n# Ordering note: SINCE_PUSH only includes transcript content from the\n# push line forward. A user message saying \"skip review for the next\n# push\" sent BEFORE the assistant ran git push won't bypass — only\n# messages between the push line and the Stop event are scanned.\n# Users who need pre-emptive bypass should use the sentinel file\n# (`touch sdd/.skip-next-review`), which fires first via Bypass 1.\n# ---------------------------------------------------------------------------\nif echo \"$SINCE_PUSH\" | grep '\"type\":\"user\"' | grep -v '\"tool_result\"' | grep -qiE '\\bskip (the )?(review|verification)\\b'; then\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# Resolve git common dir for worktree/submodule compatibility\n# ---------------------------------------------------------------------------\nGIT_COMMON_DIR=$(git rev-parse --git-common-dir 2>/dev/null)\n[ -n \"$GIT_COMMON_DIR\" ] || exit 0 # not in a git repo → silent exit\nACK_FILE=\"$GIT_COMMON_DIR/sdd-last-ack-pr-head\"\nCOUNT_FILE=\"$GIT_COMMON_DIR/sdd-review-block-count\"\n\n# Migration: clean up v4 timestamp checkpoint on first v5 run\nLEGACY_ACK=\"$GIT_COMMON_DIR/sdd-last-ack-push\"\n[ -f \"$LEGACY_ACK\" ] && rm -f \"$LEGACY_ACK\" 2>/dev/null\n\n# ---------------------------------------------------------------------------\n# Layer 2 (TRUTH) — PR HEAD SHA via gh pr view\n#\n# If the current branch has no open PR, exit 0 (deferred). The review\n# pipeline fires when the PR opens (handled by git-push-review-reminder.sh\n# at PR-OPEN time). No open PR → no enforcement here.\n# ---------------------------------------------------------------------------\nCURRENT=$(git rev-parse --abbrev-ref HEAD 2>/dev/null) || exit 0\n[ -n \"$CURRENT\" ] || exit 0\n[ \"$CURRENT\" = \"HEAD\" ] && exit 0 # detached HEAD — skip\n\n# ---------------------------------------------------------------------------\n# Cheap pre-check: skip the gh network call if all four conditions hold,\n# falling through to the authoritative gh check otherwise.\n#\n# 1. last-ack matches the local remote-tracking ref (@{u})\n# 2. local HEAD matches @{u} (no local commits ahead — guards against\n# `git reset --hard` regressing HEAD to an old acked SHA while a\n# newer un-acked SHA exists upstream that the next push would\n# promote)\n# 3. ack file mtime is within 5 minutes (bounds the staleness of\n# @{u}: if the user hasn't fetched recently, @{u} could be stale\n# and an upstream push from elsewhere would go un-reviewed)\n# 4. @{u} resolves at all\n#\n# Without all four, fall through. The cheap path saves a 200-500ms\n# gh round-trip in the steady-state post-review tail of a session;\n# the constraints above ensure we never short-circuit on a stale\n# signal that hides a real un-acked PR HEAD.\n# ---------------------------------------------------------------------------\nLAST_ACK_PR_HEAD=\"\"\nif [ -f \"$ACK_FILE\" ]; then\n LAST_ACK_PR_HEAD=$(cat \"$ACK_FILE\" 2>/dev/null)\nfi\n\nif [ -n \"$LAST_ACK_PR_HEAD\" ]; then\n REMOTE_HEAD=$(git rev-parse \"@{u}\" 2>/dev/null)\n LOCAL_HEAD=$(git rev-parse HEAD 2>/dev/null)\n if [ -n \"$REMOTE_HEAD\" ] \\\n && [ \"$REMOTE_HEAD\" = \"$LAST_ACK_PR_HEAD\" ] \\\n && [ \"$LOCAL_HEAD\" = \"$REMOTE_HEAD\" ]; then\n ack_age=$(( $(date +%s) - $(stat -c %Y \"$ACK_FILE\" 2>/dev/null || stat -f %m \"$ACK_FILE\" 2>/dev/null || echo 0) ))\n if [ \"$ack_age\" -lt 300 ] 2>/dev/null; then\n exit 0\n fi\n fi\nfi\n\nif ! command -v gh >/dev/null 2>&1; then\n exit 0 # gh missing → can't verify PR state → fail-safe exit\nfi\n\n# Shared CLI invocation; see lib/gh-pr-state.sh for the contract\n. \"$(dirname \"$0\")/lib/gh-pr-state.sh\" 2>/dev/null || exit 0\nPR_INFO=$(gh_pr_state \"$CURRENT\") || exit 0\n[ -n \"$PR_INFO\" ] || exit 0\n\nPR_STATE=$(echo \"$PR_INFO\" | jq -r '.state // empty' 2>/dev/null)\nCURRENT_PR_HEAD=$(echo \"$PR_INFO\" | jq -r '.headRefOid // empty' 2>/dev/null)\n\n# No open PR for current branch → exit 0 (deferred review)\n[ \"$PR_STATE\" = \"OPEN\" ] || exit 0\n[ -n \"$CURRENT_PR_HEAD\" ] || exit 0\n\n# Authoritative PR HEAD check (network result may differ from @{u} if\n# the local-tracking ref is stale): bail if already acked.\nif [ -n \"$LAST_ACK_PR_HEAD\" ] && [ \"$LAST_ACK_PR_HEAD\" = \"$CURRENT_PR_HEAD\" ]; then\n exit 0\nfi\n\n# ---------------------------------------------------------------------------\n# Real un-acknowledged PR HEAD exists. Enforce.\n#\n# Find the timestamp of the candidate push line — agents must be spawned\n# with timestamps strictly after the push to count as a fresh review.\n# ---------------------------------------------------------------------------\nPUSH_LINE_CONTENT=$(sed -n \"${PUSH_LINE}p\" \"$TRANSCRIPT\" 2>/dev/null)\nPUSH_TS=$(echo \"$PUSH_LINE_CONTENT\" | grep -oE '\"timestamp\":\"[^\"]+\"' | head -1 | sed -E 's/.*\"timestamp\":\"([^\"]+)\"/\\1/')\n\n# Fail-safe: if timestamp extraction failed (transcript schema drift,\n# missing field, etc.) the awk comparison `ts > \"$PUSH_TS\"` would become\n# `ts > \"\"` — TRUE for any non-empty string — making spawned_after_push\n# return true for any historical agent invocation and silently disabling\n# enforcement. Exit 0 here makes the failure mode explicit (consistent\n# with the rest of the hook) instead of relying on awk's string-compare\n# semantics happening to do the right thing.\n[ -n \"$PUSH_TS\" ] || exit 0\n\n# Helper: was this subagent_type spawned with transcript timestamp > push ts?\nspawned_after_push() {\n local agent=\"$1\"\n awk -v t=\"$PUSH_TS\" -v a=\"$agent\" '\n index($0, \"\\\"subagent_type\\\":\\\"\" a \"\\\"\") {\n if (match($0, /\"timestamp\":\"[^\"]+\"/)) {\n ts = substr($0, RSTART+13, RLENGTH-14)\n if (ts > t) { found = 1; exit }\n }\n }\n END { exit !found }\n ' \"$TRANSCRIPT\"\n}\n\n# 3-strike circuit breaker (keyed by CURRENT_PR_HEAD — unique per PR state)\nread_count() {\n if [ -f \"$COUNT_FILE\" ]; then\n local stored hash count\n stored=$(cat \"$COUNT_FILE\" 2>/dev/null)\n hash=\"${stored%%:*}\"\n count=\"${stored#*:}\"\n case \"$count\" in\n ''|*[!0-9]*) count=0 ;;\n esac\n if [ \"$hash\" = \"$CURRENT_PR_HEAD\" ]; then\n echo \"$count\"\n return\n fi\n fi\n echo \"0\"\n}\n\nclear_counter() {\n rm -f \"$COUNT_FILE\" 2>/dev/null || true\n}\n\nemit_block() {\n local reason=\"$1\"\n local current\n current=$(read_count)\n if [ \"$current\" -ge 3 ]; then\n clear_counter\n exit 0\n fi\n local new=$((current + 1))\n echo \"$CURRENT_PR_HEAD:$new\" > \"$COUNT_FILE\" 2>/dev/null || true\n jq -n --arg r \"$reason\" '{decision:\"block\", reason:$r}' 2>/dev/null\n exit 0\n}\n\n# ---------------------------------------------------------------------------\n# Check 1: code-reviewer + spec-reviewer must be spawned after the push\n# ---------------------------------------------------------------------------\nMISSING=\"\"\nspawned_after_push \"code-reviewer\" || MISSING=\"$MISSING code-reviewer\"\nspawned_after_push \"spec-reviewer\" || MISSING=\"$MISSING spec-reviewer\"\n\nif [ -n \"$MISSING\" ]; then\n REASON=\"PR #$CURRENT (head ${CURRENT_PR_HEAD:0:7}) needs SDD review. Spawn missing:$MISSING in parallel via Agent tool. USER bypass only: type 'skip review' or 'touch sdd/.skip-next-review'.\"\n emit_block \"$REASON\"\nfi\n\n# ---------------------------------------------------------------------------\n# Check 2: spec-reviewer completion → doc-updater must follow\n# ---------------------------------------------------------------------------\nSPEC_SPAWN_LINE=$(awk -v t=\"$PUSH_TS\" '\n /\"subagent_type\":\"spec-reviewer\"/ {\n if (match($0, /\"timestamp\":\"[^\"]+\"/)) {\n ts = substr($0, RSTART+13, RLENGTH-14)\n if (ts > t) print NR\n }\n }\n' \"$TRANSCRIPT\" | tail -1)\n\nPIPELINE_COMPLETE=0\nif [ -n \"$SPEC_SPAWN_LINE\" ]; then\n SPEC_LINE_CONTENT=$(sed -n \"${SPEC_SPAWN_LINE}p\" \"$TRANSCRIPT\")\n SPEC_TOOL_USE_ID=$(echo \"$SPEC_LINE_CONTENT\" | grep -oE '\"id\"[[:space:]]*:[[:space:]]*\"toolu_[^\"]+\"' | head -1 | grep -oE 'toolu_[^\"]+')\n\n if [ -n \"$SPEC_TOOL_USE_ID\" ]; then\n SINCE_SPEC=$(tail -n +\"$SPEC_SPAWN_LINE\" \"$TRANSCRIPT\" 2>/dev/null)\n SPEC_DONE_LINE=$(echo \"$SINCE_SPEC\" | grep -nF \"tool-use-id>${SPEC_TOOL_USE_ID}<\" | grep -F 'completed' | tail -1 | cut -d: -f1)\n\n if [ -n \"$SPEC_DONE_LINE\" ]; then\n SINCE_SPEC_DONE=$(echo \"$SINCE_SPEC\" | tail -n +\"$SPEC_DONE_LINE\")\n if ! echo \"$SINCE_SPEC_DONE\" | grep -q '\"subagent_type\"[[:space:]]*:[[:space:]]*\"doc-updater\"'; then\n REASON=\"spec-reviewer done; doc-updater missing. Spawn doc-updater via Agent tool (sequential — shared filesystem). USER bypass only: type 'skip review' or 'touch sdd/.skip-next-review'.\"\n emit_block \"$REASON\"\n fi\n PIPELINE_COMPLETE=1\n fi\n fi\nfi\n\n# ---------------------------------------------------------------------------\n# Advance checkpoint only when the FULL pipeline completed for this PR HEAD.\n# Conservative: if spec is still running, exit 0 without ack and the next\n# Stop re-evaluates.\n# ---------------------------------------------------------------------------\nif [ \"$PIPELINE_COMPLETE\" = \"1\" ]; then\n echo \"$CURRENT_PR_HEAD\" > \"$ACK_FILE\" 2>/dev/null || true\n clear_counter\nfi\n\nexit 0\n", + "modes": [ + "advanced" + ] + }, + { + "key": ".claude/plugins/codeflare-hooks/scripts/lib/gh-pr-state.sh", + "contentType": "application/x-shellscript; charset=utf-8", + "content": "# Shared helper sourced by enforce-review-spawn.sh and\n# git-push-review-reminder.sh. Single source of truth for the gh CLI\n# invocation used to query a branch's PR state and HEAD SHA.\n#\n# Why a shared helper: keeps the CLI shape consistent across both\n# hooks (test fixtures pin the same exact-match args), and makes\n# future field additions a one-place change.\n#\n# This file is sourced, not executed — it defines a function and\n# exits without side effects when imported.\n\n# gh_pr_state \n# Stdout: JSON like {\"state\":\"OPEN\",\"headRefOid\":\"abc123...\"} on\n# success; empty when no PR exists for the branch.\n# Exit: 0 if a PR was found and JSON was emitted.\n# 1 if no PR found (gh's standard \"not found\" exit).\n# 2/4 on transient errors (network, auth) — caller should\n# treat these as \"unknown, don't cache\".\n#\n# Caller is responsible for parsing the JSON (use jq) and for any\n# caching strategy. Different hooks have different cache semantics\n# (per-PR-HEAD checkpoint vs short-TTL trigger cache), so caching\n# stays in the hooks.\ngh_pr_state() {\n local branch=\"$1\"\n gh pr view \"$branch\" --json state,headRefOid 2>/dev/null\n}\n", "modes": [ "advanced" ] @@ -121,7 +129,23 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/rules/spec-discipline.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n", + "content": "# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n**Sibling rule files**:\n- `documentation-discipline.md` — what may NOT appear in `documentation/`, per-file/per-cell budgets, lane separation. Enforced by doc-updater.\n- `tdd-discipline.md` — what counts as a real test (no text-matching theater, no tautology, no mock-only theater). Enforced by code-reviewer.\n\nTogether the three files define the spec / docs / tests lane discipline. spec-reviewer enforces this file.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Run-on AC bullets\n\nA single AC bullet that runs longer than ~150 words almost always conjoins multiple observable behaviors with semicolons or commas. Each observable behavior should be its own bullet so tests can target it individually.\n\nDetection: any AC bullet matching either of:\n- exceeding 150 words, OR\n- containing 3+ semicolons not inside a comma-separated enumeration\n\nNote: a bare \"5+ ands\" rule false-positives on enumeration patterns (\"supports CSV, TSV, JSON, XML, YAML, and Parquet\") which describe a single observable behavior across a list. Ignore the conjunction count when the conjunctions appear inside a comma-separated list — focus instead on semicolons (which usually mark separate behaviors) and total bullet length.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserving every clause as a separate bullet under the same AC heading. Never silently drop a clause.\n\n## Mechanism leakage in AC bullets\n\nAn AC bullet describes WHAT the user observes, not HOW it's implemented. The following are mechanism tokens that leak into ACs and should move to `documentation/`:\n\n- Cookie attributes: `HttpOnly`, `SameSite=Lax`, `Secure`, `Path=/`, `Max-Age=…`\n- Header names with vendor prefix: `Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`\n- Internal middleware names: `csrfMiddleware`, `rateLimiter`, `requireAuth`\n- HTTP method + path enumerations inside non-API REQs (the path goes in the AC for an API REQ — but not in a UI REQ)\n- Query parameter internal names: `?_t=`, `?nonce=`\n- Cache directive strings: `s-maxage=60, stale-while-revalidate=300`\n- Crypto algorithm names: `RS256`, `HS512`, `AES-256-GCM` (the standard reference is fine; the algorithm choice is implementation)\n\nA user does not observe `HttpOnly`. They observe \"JavaScript on the page cannot read the session token.\" The first goes in `documentation/security.md`, the second goes in the AC.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to describe the user-observable consequence; move the mechanism description to `documentation/security.md` (or the relevant lane file) with a backlink to the REQ.\n\n## Changelog drift (no AC change → no changelog entry)\n\n`sdd/changes.md` is a product changelog. An entry is justified only when an AC changed in a user-observable way OR a REQ was added/deprecated/moved. The drift pattern: changelog entries appearing for spec format fixes, prose tightening, or implementation-leakage cleanup with no corresponding AC delta.\n\nDetection on every spec-reviewer run:\n\n1. For each new entry in `sdd/changes.md` (added in the diff): scan the same diff for any AC change in the REQ the entry references\n2. If the entry references no REQ, OR the diff shows no AC delta in the referenced REQ → the entry is drift\n\nSeverity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion.\n\nThis pattern enforces the changelog-discipline rules already in this file (\"When NOT to add a changelog entry\") at the per-commit level instead of relying on humans to remember.\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Operational requirements for the Stop hook\n\nThe v5 Stop hook (`enforce-review-spawn.sh`) uses `gh pr view` as its authoritative truth signal — it queries the current branch for an open PR and the PR HEAD SHA on every Stop event (with a cheap `@{u}`-based short-circuit when the local remote-tracking ref is fresh and matches the last ack). Reflog is no longer read at runtime in v5; the v4 reflog mention in the script header is preserved as a documentation reference only.\n\nThis means the hook needs:\n- `gh` on PATH and authenticated for the project's GitHub remote.\n- `sdd/README.md` to exist (vibe-coding gate).\n- For the cheap-path optimization to fire (~200-500ms saved per Stop event in the post-review tail of a session): `git rev-parse @{u}` must resolve to a remote-tracking ref. A vanilla `git clone https://github.com/owner/repo.git` sets this up automatically.\n\nIf you cloned with `-b ` and later checked out a different branch, or used `git checkout -B origin/` without `--track`, the cheap path silently won't fire and every Stop event will pay the gh round-trip. Repair tracking once with:\n\n```bash\ngit branch --set-upstream-to=origin/ \n```\n\nThe hook is fail-safe (any unexpected error → exit 0), so missing upstream or missing gh just means the optimization or enforcement is skipped — never a hard lock-out.\n\n### Known under-block conditions\n\nThe Stop hook deliberately under-blocks (lets a push through unreviewed) rather than over-blocks (locks the user out) in three cases:\n\n1. **PR HEAD changed via the GitHub web UI** (amend from the UI, branch reset via API, force-push from another machine): the current Claude session has no `git push` line in its transcript, so PUSH_LINE detection exits 0 and no enforcement fires this turn. Review fires on the next local push to the branch — the new PR HEAD is still un-acked, so the next push correctly re-triggers the pipeline.\n2. **Spec-reviewer subagent errored** before writing `completed` for its tool-use id: doc-updater is not required and the push is allowed to proceed. The user sees the spec-reviewer failure in the agent's own report; rerunning spec-reviewer manually then satisfies the gate on the next Stop.\n3. **Transcript file rotated or truncated mid-session**: PUSH_LINE detection silently exits 0. Review fires on the next push.\n\nDRAFT PRs (`gh pr view` reports `state: OPEN` for drafts) are treated as fully open. Drafts often want early feedback, and silently skipping review on them would surprise users whose draft is the de-facto review target. Users who want a review-free WIP should defer the PR open until ready, or use a per-push USER bypass.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n", + "modes": [ + "advanced" + ] + }, + { + "key": ".claude/rules/documentation-discipline.md", + "contentType": "text/markdown; charset=utf-8", + "content": "# Documentation Discipline (SDD-Bootstrapped Projects)\n\nSibling rule file to `spec-discipline.md`. Applies whenever a project has both an `sdd/` folder AND a `documentation/` folder. If `documentation/` does not exist in the project, these rules are inert — ignore them.\n\nThe `doc-updater` agent enforces this file. The `spec-reviewer` agent does not touch `documentation/` but may reference these rules when explaining lane violations.\n\n## What documentation is\n\n`documentation/` is the **how** layer of the project: how things are wired, what env vars exist, what HTTP routes return, where files live, why a particular technology was chosen. It is not the spec (that's `sdd/`), not the changelog (that's `sdd/changes.md`), not the README (that's the project tagline + getting-started).\n\nThe reader of `documentation/` is a developer who already knows what the product does and now needs to navigate the implementation. Every page should answer one operational question quickly.\n\n## Forbidden content in documentation/\n\n| Banned | Where it goes instead |\n|---|---|\n| Product motivation prose (\"we built this to help users…\") | `sdd/README.md` Intent fields or REQ Intent |\n| Acceptance-criterion language (\"the system must reject expired tokens\") | `sdd/{domain}.md` AC bullets |\n| User-visible feature copy (\"Welcome to Apartmani Pašman!\") | source code (where the string actually lives) |\n| Implementation rationale told as story (\"we tried X, then Y, then settled on Z\") | ADR (`documentation/decisions/`) — not architecture.md |\n| Long regex internals inline (`^(?\\w+)://(?[^/]+)/(?.*)$`) | source-code docstring at the regex site |\n| Magic-constant prose (\"we picked 60s because cache TTL aligns with…\") | source-code comment next to the constant, OR an ADR |\n| Strikethrough text | Delete entirely. Git history is the strikethrough. |\n| TODO bullets, \"coming soon\" sections, \"planned but not built\" | GitHub issue or `pending.md` at repo root |\n| Future-tense roadmap items | `sdd/{domain}.md` as `Status: Planned` REQs |\n| Any content that duplicates a REQ instead of cross-referencing it | A backlink to the REQ ID — never copy-paste |\n| Big-O jargon in narrative prose (`O(n log n)`, \"logarithmic time\", \"amortized constant\") | If a real performance target exists, write it as a measurable number (\"p95 < 200ms\", \"linear in input size up to N records\"); otherwise drop the prose. Big-O notation is academic implementation detail, not user-observable behavior. |\n\n## Allowlist (these ARE acceptable in documentation/)\n\n- **REQ backlinks**: `(REQ-API-003)` next to the section that documents the API contract — encouraged\n- **Source-file paths**: `src/server/auth.ts` next to the section it documents\n- **Function and class names** when documenting how to call them\n- **Database table and column names** in `documentation/architecture.md` schema sections\n- **Cookie names, env var names, header names** when documenting the configuration or HTTP contract\n- **Code snippets** when illustrating a non-obvious calling pattern (≤15 lines per snippet)\n\n## Per-file line budgets\n\n`documentation/` files describe one bounded operational concern each. Long files signal that the concern was split incorrectly OR that the file is mixing implementation prose with reference material.\n\n| File | Soft budget | Severity above budget |\n|---|---|---|\n| `documentation/architecture.md` | 350 lines | LOW (350-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/api-reference.md` | 600 lines | LOW (600-1000) / MEDIUM (1000-1500) / HIGH (>1500) |\n| `documentation/configuration.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/deployment.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/security.md` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n| `documentation/troubleshooting.md` | 300 lines | LOW (300-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/decisions/.md` | 100 lines per ADR | LOW (100-150) / MEDIUM (150-250) / HIGH (>250) |\n| Other files in `documentation/` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n\nA file may opt out of length warnings with an HTML comment near the top: ``. Use sparingly and only for genuinely complex references whose full surface needs to live in one place (e.g., a complete OpenAPI dump).\n\n## Per-element budgets\n\nThese caps apply inside a file regardless of whether the file is under or over its own budget.\n\n| Element | Cap | Why |\n|---|---|---|\n| Table cell | ≤50 words | Cells are scanned, not read. Anything longer belongs in body prose below the table. |\n| List item | ≤40 words | Same logic — bullets are scanned. |\n| Code snippet | ≤15 lines | Longer snippets indicate the doc is duplicating source code instead of pointing at it. Link to the source file with line range. |\n| Heading nesting | ≤4 levels (`####`) | Deeper nesting fragments the reader's mental model. Promote to a sibling page. |\n| Single paragraph | ≤120 words | Walls of prose hide the load-bearing sentence. Break for emphasis. |\n\n## Lane separation between documentation files\n\nEach documentation file owns one lane. Cross-lane content is a MEDIUM finding and belongs in the correct lane file.\n\n| File | Owns | Never owns |\n|---|---|---|\n| `documentation/architecture.md` | Component layout, data flow, file/folder structure, technology choices, schema overviews | API endpoint contracts, env var definitions, deploy steps, troubleshooting recipes |\n| `documentation/api-reference.md` | HTTP routes, request/response schemas, status codes, auth requirements per endpoint | Architecture rationale, env var values, deploy steps |\n| `documentation/configuration.md` | Env var names, defaults, valid values, where each one is consumed | API contracts, architecture rationale, deploy commands |\n| `documentation/deployment.md` | Deploy commands, CI workflow names, rollback procedures, secret rotation steps | API contracts, env var documentation (link to configuration.md instead) |\n| `documentation/security.md` | Threat model, auth flow, cookie/header policies, rate limits | Per-endpoint auth (link to api-reference.md instead) |\n| `documentation/troubleshooting.md` | Symptom → cause → fix recipes, build-tool quirks, runtime gotchas | Architecture (link), env vars (link), deploy steps (link) |\n| `documentation/decisions/.md` | One ADR each — context, decision, consequences | Anything not specific to that one decision |\n\nWhen a cell or paragraph in `architecture.md` describes an HTTP route's contract, it's a lane violation — the content belongs in `api-reference.md` and `architecture.md` should reference the route by name only.\n\n## Big-O jargon in narrative documentation\n\nA documentation file should describe what the system does in observable terms, not analyze its theoretical complexity. Big-O notation in narrative prose is a flag that the writer reached for academic shorthand instead of stating either (a) a real, measurable performance target or (b) a plain-language description of scaling behavior.\n\nDetection signals:\n\n- `\\bO\\([^)]+\\)` — any `O(n)`, `O(n log n)`, `O(n^2)`, `O(1)`, etc., **in body prose AND inline backticks**. Allowed only in (a) fenced code blocks documenting an algorithm's actual implementation, (b) headings that explicitly title an algorithm or analysis section. Inline backticks (`` `O(n)` ``) are NOT a free pass — wrapping the jargon in backticks doesn't make it a measurable contract; writers will reach for backticks defensively to silence the linter without rewriting, and the rule is supposed to make them rewrite.\n- \"logarithmic time\", \"amortized constant\", \"polynomial-time\", \"quadratic\", \"linear-time\" as load-bearing nouns in a sentence describing system behavior\n- Hand-wavy complexity claims (\"scales gracefully\", \"performs well\") with no measurable backing\n\nThe fix:\n\n- If a real performance contract exists, write it as a target number: `\"p95 < 200ms for inputs up to 10k rows\"`, `\"loads in < 2s on 4G mobile\"`. Targets belong in the relevant performance REQ, doc backlinks point there.\n- If the contract is qualitative, write plain English: `\"the index is rebuilt incrementally so adding a record stays cheap as the dataset grows\"` instead of `\"amortized O(log n) insertions\"`.\n- If neither applies, the prose was filler — delete it.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: if a target exists in a related performance REQ, replace the big-O prose with a backlink. Otherwise flag and let the user decide.\n\n## Dual-narrative ADRs\n\nAn ADR (`documentation/decisions/.md`) describes ONE decision. The dual-narrative anti-pattern is an ADR that tells two competing stories — usually because someone updated it after the decision was reversed instead of writing a new ADR that supersedes it.\n\nDetection signals:\n\n- Two `## Decision` headings in one file\n- Phrases like \"this was later changed to\", \"we updated this in\", \"now we do X instead\"\n- A \"Status: Accepted\" header followed by paragraphs describing a different decision\n- Any \"However, after further investigation…\" pattern\n\nThe fix: the original ADR is immutable. Write a new ADR that references the original by file name and is marked `Supersedes: .md`. Mark the original `Status: Superseded by .md`. Never edit the original's decision or consequences sections.\n\nThis is enforced as a HIGH finding by doc-updater because dual-narrative ADRs corrupt the decision log — readers cannot tell which decision is current.\n\n## Enforcement passes (run by doc-updater)\n\ndoc-updater runs four passes on every PR-boundary trigger:\n\n### Pass 1 — Per-element budget enforcement\n\nWalks each `documentation/*.md` file and applies every cap from the per-element table above:\n\n- **Table cells**: count words in each cell; flag cells over 50 words as MEDIUM with a suggested rewrite (extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link).\n- **List items**: count words in each `-`/`*`/numbered list bullet; flag items over 40 words as MEDIUM (split into multiple bullets or promote to body prose).\n- **Code snippets**: count lines inside fenced code blocks; flag blocks over 15 lines as MEDIUM (link to source file with line range instead).\n- **Heading nesting**: track the deepest `#` count; flag any heading at level 5+ as LOW (promote section to a sibling page).\n- **Single paragraphs**: count words between blank lines outside code fences; flag paragraphs over 120 words as LOW (break for emphasis — walls of prose hide the load-bearing sentence).\n\n### Pass 2 — File-level budget enforcement\n\nFor each file in `documentation/`, count lines (excluding blank lines and code fences). Apply the budget table above. If a file is over its budget AND lacks ``, emit a finding at the severity tier.\n\nIn `auto` and `unleashed` modes, doc-updater proposes a split: identifies natural section boundaries (top-level `##` headings) and writes a new sibling file with a redirect pointer in the original. The split is committed as `[doc-updater] split: filename.md → filename-{section}.md`.\n\n### Pass 3 — Implementation-prose detection\n\nScan each `documentation/` file for paragraphs that read like AC text (`must`, `shall`, `ensures that`, `the system rejects`). These belong in `sdd/` not `documentation/` and signal that someone wrote intent in the wrong place. Flag as MEDIUM with the target REQ ID (or \"no matching REQ\" if none exists, escalating to HIGH because it indicates an unspec'd feature).\n\n### Pass 4 — Lane-violation detection\n\nScan each file against its lane in the table above. If `architecture.md` contains a section titled `## API Endpoints` with route+method+status-code content, it's a lane violation — flag as MEDIUM and propose moving the section to `api-reference.md` with a backlink in `architecture.md`.\n\nDual-narrative ADR detection runs alongside pass 4 against `documentation/decisions/`.\n\n## Severity classification on doc findings\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Doc claims behavior that contradicts shipped code in a way that would mislead a developer into a security/data-loss mistake (e.g., \"tokens are HttpOnly\" when they aren't) |\n| **HIGH** | Implementation-prose paragraph with no corresponding REQ; dual-narrative ADR; doc references removed function/file/route; file >2× soft budget |\n| **MEDIUM** | Lane violation; cell >50 words; file 1×–2× soft budget; missing REQ backlink for documented feature; ADR missing Status field |\n| **LOW** | Cell 40-50 words; file 0.8×–1× soft budget (approaching); inconsistent heading capitalization; broken intra-doc anchor link |\n\nMode-dependent action mirrors spec-reviewer's table in `spec-discipline.md`:\n\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## REQ backlinks in documentation/\n\nEvery documented feature should reference the REQ that specifies it. Backlinks let readers cross from operational reference into product intent without searching.\n\n**Format**: inline `(REQ-X-NNN)` immediately after the feature's name in a heading or first sentence of a section.\n\n```markdown\n## Inquiry email delivery (REQ-API-002)\n\nThe `/api/inquiry` endpoint…\n```\n\ndoc-updater scans every section heading and first paragraph for likely-feature content. If a section describes a feature with a matching REQ in `sdd/` but lacks a backlink, emit a MEDIUM finding and auto-insert in `auto` and `unleashed` modes.\n\n## Working tree and branch safety\n\nSame rules as spec-reviewer (see `spec-discipline.md` \"Working tree and branch safety\"):\n\n1. Working tree must be clean before any agent-driven write\n2. In `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`\n\n## Files that live alongside `documentation/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `documentation/decisions/README.md` | Yes | ADR index — auto-maintained by doc-updater |\n| `documentation/.doc-coverage.md` | Yes | Output of doc-updater coverage runs |\n| `documentation/.review-needed.md` | Yes | Doc findings escalated for human review |\n\nNothing in `documentation/` is gitignored.\n", + "modes": [ + "advanced" + ] + }, + { + "key": ".claude/rules/tdd-discipline.md", + "contentType": "text/markdown; charset=utf-8", + "content": "# Test Discipline\n\nRules for what counts as a real test in this project. Applies to every\nfile under `src/__tests__/`, `host/__tests__/`, `web-ui/src/__tests__/`,\n`e2e/`, and any future test directory regardless of test framework\n(vitest, node:test, playwright).\n\nThis rule is the sibling of `spec-discipline.md` (what counts as a real\nrequirement) and `documentation-discipline.md` (what counts as real\ndocumentation). Together they define what real-world artifacts look\nlike for spec, docs, and tests in this project.\n\n## The one question\n\nEvery test must answer YES to:\n\n> If I delete or break the implementation this test is supposed to\n> cover, will this test fail?\n\nIf you can refactor freely, gut the implementation, replace it with a\nno-op, or rename a public function while the test stays green, the\ntest is theater. Theater tests look reassuring on the dashboard but\ncatch zero regressions.\n\nWhen you finish writing a test, mentally run the gut-check: \"what\nwould I have to change in production code for this to fail?\" If the\nanswer is \"delete the file\" or \"rename a string literal in a doc\",\nthe test is text-matching theater and must be replaced.\n\n## Antipatterns (drawn from this codebase)\n\n### 1. Text-matching theater\n\nA test reads a file (markdown, source, config, prompt) and regex-matches\nagainst its contents. The \"system under test\" is the file's prose, not\nbehavior. Found across `host/__tests__/sdd-workflow-upgrade.test.js`\n(removed in 2026-05), `host/__tests__/memory-capture-hook.test.js`,\n`host/__tests__/container-memory.test.js`,\n`host/__tests__/entrypoint-sync.test.js`,\n`web-ui/src/__tests__/page-transparency.test.ts`.\n\n```js\n// BAD: reads a file, asserts a substring is present\nconst content = readFileSync(path, 'utf-8');\nassert.match(content, /forbidden|banned/i, 'should define forbidden list');\n\n// BAD: same shape with includes()\nassert.ok(hookScript.includes('jq'), 'hook should reference jq');\n\n// BAD: same shape on CSS\nconst cssContent = readFileSync(cssPath, 'utf-8');\nexpect(parseFloat(cssContent.match(/alpha:\\s*([\\d.]+)/)[1])).toBe(0.9);\n```\n\nThese pass if someone types the right string anywhere in the file.\nThey pass if the rest of the file is gibberish. They fail only if the\nfile is deleted or someone renames \"forbidden\" to \"prohibited\" in\nprose. Implementation can be entirely broken — test stays green.\n\n```js\n// GOOD: run the actual code with input, assert on output\nimport { spawnSync } from 'node:child_process';\nconst result = spawnSync('bash', [HOOK_PATH], {\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: fixture }),\n encoding: 'utf-8',\n});\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\nexpect(result.stdout).toContain('code-reviewer'); // names the missing agent\n```\n\nNow the test fails if the hook's exit code, stdout shape, or\nagent-naming logic regresses — not if someone reformats prose.\n\n### 2. Tautology\n\nAn assertion whose truth is given by the test setup itself. Cannot\nfail. Found in `src/__tests__/lib/agent-seed-manifest.test.ts` and\n`src/__tests__/lib/agent-seed-ecc-rules.test.ts`.\n\n```js\n// BAD: doc.modes is destructured from a literal fixture array\nexpect(doc.key.length).toBeGreaterThan(0);\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// BAD: two hardcoded constants compared\nexpect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common);\n// ^^^^^^^^^^^^^^^^^^^^^^^^^\n// hardcoded {common:3} — if production drifts to 4, this test\n// passes if-and-only-if someone manually updates the constant.\n// The check has no anchor to ground truth.\n```\n\n```js\n// GOOD: derive expectation from a source of truth outside the test\nimport { readdirSync } from 'node:fs';\nconst filesOnDisk = readdirSync('preseed/agents/claude/rules/common')\n .filter((f) => f.endsWith('.md'));\nexpect(commonRules.map((r) => basename(r.key))).toEqual(filesOnDisk);\n```\n\nNow the test fails if files are added/removed without updating the\ngenerator — which is the regression we care about.\n\n### 3. Mock-only theater\n\nTest mocks function X to return value V, calls X, asserts the result\nis V. The mock IS the system under test. Found in\n`src/__tests__/routes/storage-stats.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: mock returns paginated data, test asserts the mock was called\nmockParseListObjectsXml\n .mockReturnValueOnce({ objects: [...3 items...], isTruncated: true })\n .mockReturnValueOnce({ objects: [...2 items...], isTruncated: false });\nawait routeHandler(request);\nexpect(mockFetch).toHaveBeenCalledTimes(2);\n// ^^^^^^^^^ confirms code obeyed the mock; the pagination logic\n// being \"tested\" lives inside the mock setup. If parseListObjectsXml\n// has a real bug, this test does not catch it.\n```\n\n```js\n// GOOD: only mock external dependencies (R2 fetch endpoint), exercise\n// your own pagination logic against canned-but-realistic responses\nmockFetch\n .mockResolvedValueOnce(realR2XmlPage1())\n .mockResolvedValueOnce(realR2XmlPage2());\nconst result = await listObjectsAcrossPages(...);\nexpect(result.objects).toHaveLength(realPage1.length + realPage2.length);\nexpect(result.objects[0].key).toBe(realPage1[0].Key);\nexpect(result.isTruncated).toBe(false); // last page\n```\n\nThe rule: **only mock what's outside YOUR code** (third-party APIs,\nnetwork, the platform). Don't mock your own helpers — exercise them.\n\n### 4. Implementation-coupled call counts\n\n`expect(spy).toHaveBeenCalledTimes(N)` without a paired assertion on\nobservable output. Refactor-fragile, regression-blind. Found in\n`src/__tests__/routes/storage-download.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: only asserts an internal helper was called\nexpect(mockSign).toHaveBeenCalledTimes(1);\n// Refactor to memoize → test fails despite identical behavior.\n// Break signing entirely so URL is invalid but mockSign still\n// gets called once → test passes despite broken behavior.\n```\n\n```js\n// GOOD: assert on observable output. The signed URL itself.\nconst response = await routeHandler(req);\nconst signedUrl = await response.text();\nexpect(signedUrl).toMatch(/^https:\\/\\/.+\\?X-Amz-Signature=/);\nexpect(verifySignedUrl(signedUrl, secret)).toBe(true);\n```\n\nIf you genuinely care about call count (an expensive operation that\nmust not be repeated), pair it with an output assertion AND comment\nwhy the count matters as a contract.\n\n### 5. Empty body / missing assertions\n\nTests with no `expect`/`assert` call. The code runs, but nothing is\nchecked. Linter usually catches these; sometimes they slip in via\n`it('does X', () => { someCode(); /* assertion forgotten */ })`.\n\n```js\n// BAD: no assertion — calling code without checking anything\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n // ... and nothing\n});\n```\n\n```js\n// GOOD: every it/test must produce at least one assertion\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n expect(result.status).toBe('skipped');\n expect(result.reason).toBe('input out of supported range');\n});\n```\n\n### 6. Skipped tests without justification\n\n`it.skip(...)`, `xit(...)`, `describe.skip(...)` without an inline\ncomment naming the blocker (issue link, upstream bug, environment\nlimitation). Skipped tests rot — without a removal trigger, they\nstay skipped forever and the coverage they were supposed to provide\nis silently lost.\n\n```js\n// BAD: silent skip\nit.skip('rejects expired tokens', () => { ... });\n\n// GOOD: skip with explicit removal trigger\nit.skip(\n 'rejects expired tokens',\n // Skipped pending vitest-pool-workers#412: Date mocking broken in\n // worker pool. Remove .skip when the upstream fix lands.\n () => { ... }\n);\n```\n\n### 7. Trivial assertions on trivial values\n\n`expect(Array.isArray([1,2,3])).toBe(true)`,\n`expect(typeof 'foo').toBe('string')` — the truth is given by the\nliteral. The assertion adds nothing.\n\n```js\n// BAD: doc.modes is ['advanced'] from the fixture literal\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// GOOD: assert types/shapes only on values from outside the test\nconst response = await routeHandler(req);\nconst body = await response.json();\nexpect(Array.isArray(body.users)).toBe(true); // body came from a real handler\nexpect(body.users[0]).toHaveProperty('id');\n```\n\n## Patterns that produce useful tests\n\n### Run the real thing\n\nFor shell scripts and hooks: spawn the script with stdin/argv/env,\nassert exit code + stdout/stderr. The shape used in\n`host/__tests__/enforce-review-spawn.test.js` and\n`host/__tests__/git-push-review-reminder.test.js` is the canonical\nexample — those tests caught real bugs (PUSH_TS empty-string fail-open,\nPUSH_LINE substring false-positives) that text-matching tests did not.\n\n```js\nimport { spawnSync } from 'node:child_process';\nimport { mkdtempSync, writeFileSync } from 'node:fs';\nimport { tmpdir } from 'node:os';\nimport { join } from 'node:path';\n\nconst cwd = mkdtempSync(join(tmpdir(), 'hook-test-'));\nmkdirSync(join(cwd, 'sdd'));\nwriteFileSync(join(cwd, 'sdd/README.md'), '# fixture');\n\nconst result = spawnSync('bash', [HOOK_PATH], {\n cwd,\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: t }),\n encoding: 'utf-8',\n env: { ...process.env, PATH: `${fakeBinDir}:${process.env.PATH}` },\n});\n\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\n```\n\n### Fixture-driven, not literal-driven\n\nBuild fixtures in files (or tmp dirs) that mirror real production data.\nRead from disk; derive expectations from the same source of truth the\nproduction code consults. If the test computes\n`expected = literal` and compares against a value derived from\n`literal`, you have tautology.\n\n### Test the contract, not the implementation\n\nFor routes: send a real Request, get a real Response, assert on\nstatus/headers/body. Don't assert on which internal helper was called.\n\nFor libraries: call the public function with real input, assert on\nthe return value or its observable side effect. Don't spy on private\ninternals.\n\nFor agents/prompts: extract the testable kernels (helper functions,\nparsers, formatters) into normal modules and test those. The prompt\nitself is human/LLM contract — exercise it via end-to-end runs in\nintegration tests, not by regex-matching the prompt text.\n\n### One bug-class per test\n\nEach test should answer: \"what specific bug would this catch?\"\nIf the answer is vague (\"any general regression\") or absent, split\nor rewrite. The test name should make the bug-class explicit:\n`rejects expired JWT`, `recovers from R2 503 with retry`, `aborts\non transcript with no push line`.\n\n## Enforcement\n\n`code-reviewer` agent (HIGH severity) flags:\n- Tests that read file content + regex/substring match against it\n- Assertions whose values are destructured from local literal fixtures\n- `expect(spy).toHaveBeenCalledTimes(N)` without paired output assertion\n- `it.skip` / `xit` / `describe.skip` without a justification comment\n- Test bodies with no `expect`/`assert` call\n\n`tdd-guide` agent writes tests in this style by default and refuses\nto produce text-matching theater.\n\nThe only user-controlled lever is `enforce_tdd: true | false` in\n`sdd/config.yml`. With `enforce_tdd: true` (default), code-reviewer\nflags antipatterns at HIGH and spec-reviewer auto-demotes Implemented\nREQs without test coverage. With `enforce_tdd: false`, both report\nfindings to `sdd/.coverage-report.md` without modifying the spec —\nproject-level opt-out only, intended for domains that genuinely don't\nadmit automated testing (pure visual design systems, etc.).\n\nThere is **no per-test opt-out**. Inline comment shortcuts like\n`// tdd-allow:` are explicitly NOT supported, by design. Per-test\nopt-outs are agent-writable bypasses — they degrade into \"every test\nthe agent doesn't want to fix\" markers and defeat the rule. If a\ntest legitimately can't fit the discipline, delete it; the absence\nof a useless test is more honest than a flagged-and-allowed one.\n\n## Migration policy\n\nExisting tests that predate this rule are migrated as the surrounding\nproduction code changes — not rewritten speculatively. The most\negregious cluster (`host/__tests__/sdd-workflow-upgrade.test.js`,\n416 lines of pure text-matching theater) is the anchor example\nremoved in the same commit that introduces this rule.\n\nWhen you touch a file with antipattern tests, fix the tests in the\nsame commit. Don't ship new code under coverage that doesn't actually\ncover anything.\n", "modes": [ "advanced" ] @@ -137,7 +161,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/rules/common/git-workflow.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.claude/settings.json.\n\n## Pre-Push: Review workflow is gated on SDD bootstrap\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n proceeds with **no review agents**. Nothing fires. No code-reviewer,\n no spec-reviewer, no doc-updater, no auto-generated documentation.\n Pure friction-free push. This is intentional: projects that haven't\n run `/sdd init` are telling you they don't want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — all three review\n agents run in the background alongside the push per the execution\n order below. Push immediately — do not wait for reviews to complete.\n When they return, fix any HIGH or CRITICAL findings in a follow-up\n commit.\n\nThe `git-push-review-reminder.sh` PreToolUse hook enforces this: it\nchecks for `sdd/` + `sdd/README.md` and emits the three-agent reminder\nonly when both exist. On non-SDD projects the hook exits silently and\nno reminder is injected, so no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\npost-push workflow is the only thing that's gated.\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n", + "content": "# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.claude/settings.json.\n\n## Review workflow is gated on SDD bootstrap AND PR boundary\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n and `gh pr create` proceed with **no review agents**. Nothing fires.\n No code-reviewer, no spec-reviewer, no doc-updater, no auto-generated\n documentation. Pure friction-free workflow. This is intentional:\n projects that haven't run `/sdd init` are telling you they don't\n want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — review agents fire\n on PR-boundary events only, not on every push.\n\n### PR-boundary trigger semantics (SDD mode)\n\n| Action | What fires |\n|---|---|\n| `gh pr create` (PR open) | code-reviewer + spec-reviewer + doc-updater (full pipeline) |\n| `git push` to a branch with an open PR | full pipeline (PR-sync) |\n| `git push` to a branch with no open PR | nothing (deferred until PR opens) |\n| `git push` to `develop` directly | nothing (caught by the develop→main PR later) |\n| `git push` to `main`/`master` with no PR | nothing (the user is expected to have branch protection on; if off, manual verification is on the user) |\n\nThe cost model shifts from per-push (every commit pair burned a full\nreview) to per-PR (one review at PR open + one per push while the PR\nis open). Same coverage, ~10× fewer review tokens.\n\n### Recommended workflow\n\n```\nfeature ──► PR ──► develop ──► PR ──► main\n ↑ ↑ ↑\n you push review fires review fires\n at PR open at PR open\n```\n\nDirect push to `develop` is fine — the develop→main PR catches the\ncumulative diff. Direct push to `main` should be prevented at the\nGitHub layer (see \"Branch protection on main\" below) rather than\nworked around in-session.\n\nThe `git-push-review-reminder.sh` PostToolUse hook enforces this:\nchecks for `sdd/` + `sdd/README.md`, classifies the trigger\n(`gh pr create` → PR-OPEN; `git push` + `gh pr view` returns OPEN →\nPR-SYNC; otherwise deferred), and emits the three-agent directive\nonly when the trigger fires. On non-SDD projects the hook exits\nsilently and no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\nPR-boundary workflow is the only thing that's gated.\n\n### Branch protection on main (proactive surfacing during CI setup)\n\nWhen you (the agent) are helping the user set up CI for a new\nrepository — adding `.github/workflows/`, configuring required\nchecks, drafting a release process, or auditing an existing repo's\nCI — **proactively surface the branch-protection conversation**.\nDon't wait for the user to ask. The protection is the **actual\nenforcement** that makes the PR-boundary trigger model complete;\nwithout it, direct pushes to `main` silently bypass both the review\npipeline and the GitHub Actions checks that gate merges.\n\nSurface it as a one-paragraph explanation followed by a concrete\nproposal. Example phrasing the agent should use:\n\n> \"Before this CI is meaningful, `main` needs branch protection\n> turned on. Right now anyone with push access can land code on\n> `main` without a PR — which means CI never runs on the change and\n> the SDD review pipeline never sees it. Want me to enable branch\n> protection on `main` (require PR before merge, require these CI\n> checks to pass, require branch up-to-date before merge)?\"\n\nIf the user says yes, configure it via `gh api`:\n\n```bash\ngh api -X PUT \"repos/{owner}/{repo}/branches/main/protection\" \\\n --input branch-protection.json\n```\n\nRecommended `branch-protection.json` settings (adjust the\n`required_status_checks.contexts` array to match the actual workflow\njob names from `.github/workflows/`):\n\n- **Require a pull request before merging** — `required_pull_request_reviews`: enabled, `required_approving_review_count: 0` (the SDD review pipeline does the substantive review; this just enforces the PR gate)\n- **Require status checks to pass before merging** — list each required CI workflow's job name in `contexts`\n- **Require branches to be up to date before merging** — `strict: true` (forces rebase-on-main before merge so CI reflects the merged state, not the pre-merge state)\n- **Enforce for administrators** — `enforce_admins: true` (otherwise you'll quietly bypass it yourself when convenient)\n- **Restrict pushes that create files** — optional, project-specific\n\nThe PR-boundary trigger model assumes branch protection is in\nplace. If the user declines, document it as a project-level\nworkflow decision (ADR or `documentation/decisions/`) so future\ncontributors know the protection is intentionally off, not just\nforgotten.\n\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n", "modes": [ "advanced" ] @@ -341,7 +365,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/agents/code-reviewer.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: code-reviewer\ndescription: Expert code review specialist. Proactively reviews code for quality, security, and maintainability. Use immediately after writing or modifying code. MUST BE USED for all code changes.\ntools: [\"Read\", \"Grep\", \"Glob\", \"Bash\"]\nmodel: opus\n---\n\nYou are a senior code reviewer ensuring high standards of code quality and security.\n\n## Operating Mode: Research + Report\n\nYou review and report — you do NOT modify project source code, documentation, or spec files. You may write to designated output files (e.g., review reports). Always report a summary of your findings so the main session stays informed and can act on them.\n\n## Review Process\n\nWhen invoked:\n\n1. **Gather the full diff** — Use the upstream-aware fallback chain so you see the actual changes whether the working tree is dirty (pre-commit) or clean (post-push):\n ```\n git diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff --staged || git diff\n ```\n Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff. If invoked post-push, the right view is `git diff origin/main...HEAD`. Only fall back to staged/unstaged if no commits exist.\n2. **Understand scope** — Identify which files changed, what feature/fix they relate to, and how they connect.\n3. **Read surrounding code** — Don't review changes in isolation. Read the full file and understand imports, dependencies, and call sites.\n4. **Apply review checklist** — Work through each category below, from CRITICAL to LOW.\n5. **Report findings** — Use the output format below. Only report issues you are confident about (>80% sure it is a real problem).\n\n## Confidence-Based Filtering\n\n**IMPORTANT**: Do not flood the review with noise. Apply these filters:\n\n- **Report** if you are >80% confident it is a real issue\n- **Skip** stylistic preferences unless they violate project conventions\n- **Skip** issues in unchanged code unless they are CRITICAL security issues\n- **Consolidate** similar issues (e.g., \"5 functions missing error handling\" not 5 separate findings)\n- **Prioritize** issues that could cause bugs, security vulnerabilities, or data loss\n\n## Review Checklist\n\n### Security (CRITICAL)\n\nThese MUST be flagged — they can cause real damage:\n\n- **Hardcoded credentials** — API keys, passwords, tokens, connection strings in source\n- **SQL injection** — String concatenation in queries instead of parameterized queries\n- **XSS vulnerabilities** — Unescaped user input rendered in HTML/JSX\n- **Path traversal** — User-controlled file paths without sanitization\n- **CSRF vulnerabilities** — State-changing endpoints without CSRF protection\n- **Authentication bypasses** — Missing auth checks on protected routes\n- **Insecure dependencies** — Known vulnerable packages\n- **Exposed secrets in logs** — Logging sensitive data (tokens, passwords, PII)\n\n```typescript\n// BAD: SQL injection via string concatenation\nconst query = `SELECT * FROM users WHERE id = ${userId}`;\n\n// GOOD: Parameterized query\nconst query = `SELECT * FROM users WHERE id = $1`;\nconst result = await db.query(query, [userId]);\n```\n\n```typescript\n// BAD: Rendering raw user HTML without sanitization\n// Always sanitize user content with DOMPurify.sanitize() or equivalent\n\n// GOOD: Use text content or sanitize\n
{userComment}
\n```\n\n### Code Quality (HIGH)\n\n- **Large functions** (>50 lines) — Split into smaller, focused functions\n- **Large files** (>800 lines) — Extract modules by responsibility\n- **Deep nesting** (>4 levels) — Use early returns, extract helpers\n- **Missing error handling** — Unhandled promise rejections, empty catch blocks\n- **Mutation patterns** — Prefer immutable operations (spread, map, filter)\n- **console.log statements** — Remove debug logging before merge\n- **Missing tests** — New code paths without test coverage\n- **Dead code** — Commented-out code, unused imports, unreachable branches\n\n```typescript\n// BAD: Deep nesting + mutation\nfunction processUsers(users) {\n if (users) {\n for (const user of users) {\n if (user.active) {\n if (user.email) {\n user.verified = true; // mutation!\n results.push(user);\n }\n }\n }\n }\n return results;\n}\n\n// GOOD: Early returns + immutability + flat\nfunction processUsers(users) {\n if (!users) return [];\n return users\n .filter(user => user.active && user.email)\n .map(user => ({ ...user, verified: true }));\n}\n```\n\n### React/Next.js Patterns (HIGH)\n\nWhen reviewing React/Next.js code, also check:\n\n- **Missing dependency arrays** — `useEffect`/`useMemo`/`useCallback` with incomplete deps\n- **State updates in render** — Calling setState during render causes infinite loops\n- **Missing keys in lists** — Using array index as key when items can reorder\n- **Prop drilling** — Props passed through 3+ levels (use context or composition)\n- **Unnecessary re-renders** — Missing memoization for expensive computations\n- **Client/server boundary** — Using `useState`/`useEffect` in Server Components\n- **Missing loading/error states** — Data fetching without fallback UI\n- **Stale closures** — Event handlers capturing stale state values\n\n```tsx\n// BAD: Missing dependency, stale closure\nuseEffect(() => {\n fetchData(userId);\n}, []); // userId missing from deps\n\n// GOOD: Complete dependencies\nuseEffect(() => {\n fetchData(userId);\n}, [userId]);\n```\n\n```tsx\n// BAD: Using index as key with reorderable list\n{items.map((item, i) => )}\n\n// GOOD: Stable unique key\n{items.map(item => )}\n```\n\n### Node.js/Backend Patterns (HIGH)\n\nWhen reviewing backend code:\n\n- **Unvalidated input** — Request body/params used without schema validation\n- **Missing rate limiting** — Public endpoints without throttling\n- **Unbounded queries** — `SELECT *` or queries without LIMIT on user-facing endpoints\n- **N+1 queries** — Fetching related data in a loop instead of a join/batch\n- **Missing timeouts** — External HTTP calls without timeout configuration\n- **Error message leakage** — Sending internal error details to clients\n- **Missing CORS configuration** — APIs accessible from unintended origins\n\n```typescript\n// BAD: N+1 query pattern\nconst users = await db.query('SELECT * FROM users');\nfor (const user of users) {\n user.posts = await db.query('SELECT * FROM posts WHERE user_id = $1', [user.id]);\n}\n\n// GOOD: Single query with JOIN or batch\nconst usersWithPosts = await db.query(`\n SELECT u.*, json_agg(p.*) as posts\n FROM users u\n LEFT JOIN posts p ON p.user_id = u.id\n GROUP BY u.id\n`);\n```\n\n### Performance (MEDIUM)\n\n- **Inefficient algorithms** — O(n^2) when O(n log n) or O(n) is possible\n- **Unnecessary re-renders** — Missing React.memo, useMemo, useCallback\n- **Large bundle sizes** — Importing entire libraries when tree-shakeable alternatives exist\n- **Missing caching** — Repeated expensive computations without memoization\n- **Unoptimized images** — Large images without compression or lazy loading\n- **Synchronous I/O** — Blocking operations in async contexts\n\n### Best Practices (LOW)\n\n- **TODO/FIXME without tickets** — TODOs should reference issue numbers\n- **Missing JSDoc for public APIs** — Exported functions without documentation\n- **Poor naming** — Single-letter variables (x, tmp, data) in non-trivial contexts\n- **Magic numbers** — Unexplained numeric constants\n- **Inconsistent formatting** — Mixed semicolons, quote styles, indentation\n\n## Review Output Format\n\nOrganize findings by severity. For each issue:\n\n```\n[CRITICAL] Hardcoded API key in source\nFile: src/api/client.ts:42\nIssue: API key \"sk-abc...\" exposed in source code. This will be committed to git history.\nFix: Move to environment variable and add to .gitignore/.env.example\n\n const apiKey = \"sk-abc123\"; // BAD\n const apiKey = process.env.API_KEY; // GOOD\n```\n\n### Summary Format\n\nEnd every review with:\n\n```\n## Review Summary\n\n| Severity | Count | Status |\n|----------|-------|--------|\n| CRITICAL | 0 | pass |\n| HIGH | 2 | warn |\n| MEDIUM | 3 | info |\n| LOW | 1 | note |\n\nVerdict: WARNING — 2 HIGH issues should be resolved before merge.\n```\n\n## Approval Criteria\n\n- **Approve**: No CRITICAL or HIGH issues\n- **Warning**: HIGH issues only (can merge with caution)\n- **Block**: CRITICAL issues found — must fix before merge\n\n## Spec and Decision Awareness\n\nWhen reviewing, check for project context:\n- If `sdd/` exists, verify changes align with spec requirements (new features should have corresponding REQ-* entries)\n- If `documentation/decisions/README.md` exists, check it before flagging architectural patterns — they may be intentional trade-offs documented as ADs\n- If neither exists, review based on code quality alone (projects without SDD are fully supported)\n\n## Project-Specific Guidelines\n\nWhen available, also check project-specific conventions from `CLAUDE.md` or project rules:\n\n- File size limits (e.g., 200-400 lines typical, 800 max)\n- Emoji policy (many projects prohibit emojis in code)\n- Immutability requirements (spread operator over mutation)\n- Database policies (RLS, migration patterns)\n- Error handling patterns (custom error classes, error boundaries)\n- State management conventions (Zustand, Redux, Context)\n\nAdapt your review to the project's established patterns. When in doubt, match what the rest of the codebase does.\n\n## Impact Analysis\n\nBefore approving any change, verify:\n\n- **Caller impact**: Grep for all importers/callers of modified functions — check they still work with the new signature/behavior\n- **Schema alignment**: When API response shapes change, verify both backend and frontend schemas match (Zod, TypeScript types, validation)\n- **JSON serialization safety**: Flag `undefined` values in objects destined for `JSON.stringify` — they silently strip fields. Use explicit reset values or omit the field\n- **KV/DB field safety**: Never delete required fields from stored records — use explicit values (e.g., `'pending'` not `undefined`)\n\n## AI-Generated Code Review\n\nWhen reviewing AI-generated changes, prioritize:\n\n1. Behavioral regressions and edge-case handling\n2. Security assumptions and trust boundaries\n3. Hidden coupling or accidental architecture drift\n4. Caller impact — AI tools frequently change function signatures without updating all callers\n\n## REQ annotations (when `sdd/` exists)\n\nIn projects with an `sdd/` folder, every source file implementing observable behavior from a REQ must include a comment annotating it: `// Implements REQ-X-NNN` (or language equivalent). Review rule: if a changed source file implements behavior matching a REQ's acceptance criteria but lacks the annotation → MEDIUM finding, suggest the specific annotation line. See `spec-discipline.md` → Source code ↔ REQ annotations.\n", + "content": "---\nname: code-reviewer\ndescription: Expert code review specialist. Proactively reviews code for quality, security, and maintainability. Use immediately after writing or modifying code. MUST BE USED for all code changes.\ntools: [\"Read\", \"Grep\", \"Glob\", \"Bash\"]\nmodel: opus\n---\n\nYou are a senior code reviewer ensuring high standards of code quality and security.\n\n## Operating Mode: Research + Report\n\nYou review and report — you do NOT modify project source code, documentation, or spec files. You may write to designated output files (e.g., review reports). Always report a summary of your findings so the main session stays informed and can act on them.\n\n## When you run\n\nTriggered at PR-boundary events (via the git-workflow rule):\n\n- A new pull request opens for the current branch (`gh pr create` runs in this session)\n- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances)\n\nA plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to a protected branch (default `main`) surface a non-blocking warning instead.\n\n## Review Process\n\nWhen invoked:\n\n1. **Gather the full diff** — Resolve the diff source from the PR base when a PR exists, falling back to upstream-aware syntax otherwise:\n ```bash\n PR_BASE=$(gh pr view --json baseRefName -q .baseRefName 2>/dev/null)\n if [ -n \"$PR_BASE\" ]; then\n git diff \"origin/$PR_BASE\"...HEAD\n else\n git diff origin/main...HEAD 2>/dev/null \\\n || git diff @{push}..HEAD 2>/dev/null \\\n || git diff HEAD~1..HEAD 2>/dev/null \\\n || git diff --staged \\\n || git diff\n fi\n ```\n The PR-base-aware path matters because feature branches typically PR into `develop`, not `main` — diffing against `origin/main` would show too much (every commit on `develop` you don't have locally). Always prefer `gh pr view --json baseRefName` first; the fallback chain handles non-PR contexts. Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff.\n2. **Understand scope** — Identify which files changed, what feature/fix they relate to, and how they connect.\n3. **Read surrounding code** — Don't review changes in isolation. Read the full file and understand imports, dependencies, and call sites.\n4. **Apply review checklist** — Work through each category below, from CRITICAL to LOW.\n5. **Report findings** — Use the output format below. Only report issues you are confident about (>80% sure it is a real problem).\n\n## Confidence-Based Filtering\n\n**IMPORTANT**: Do not flood the review with noise. Apply these filters:\n\n- **Report** if you are >80% confident it is a real issue\n- **Skip** stylistic preferences unless they violate project conventions\n- **Skip** issues in unchanged code unless they are CRITICAL security issues\n- **Consolidate** similar issues (e.g., \"5 functions missing error handling\" not 5 separate findings)\n- **Prioritize** issues that could cause bugs, security vulnerabilities, or data loss\n\n## Review Checklist\n\n### Security (CRITICAL)\n\nThese MUST be flagged — they can cause real damage:\n\n- **Hardcoded credentials** — API keys, passwords, tokens, connection strings in source\n- **SQL injection** — String concatenation in queries instead of parameterized queries\n- **XSS vulnerabilities** — Unescaped user input rendered in HTML/JSX\n- **Path traversal** — User-controlled file paths without sanitization\n- **CSRF vulnerabilities** — State-changing endpoints without CSRF protection\n- **Authentication bypasses** — Missing auth checks on protected routes\n- **Insecure dependencies** — Known vulnerable packages\n- **Exposed secrets in logs** — Logging sensitive data (tokens, passwords, PII)\n\n```typescript\n// BAD: SQL injection via string concatenation\nconst query = `SELECT * FROM users WHERE id = ${userId}`;\n\n// GOOD: Parameterized query\nconst query = `SELECT * FROM users WHERE id = $1`;\nconst result = await db.query(query, [userId]);\n```\n\n```typescript\n// BAD: Rendering raw user HTML without sanitization\n// Always sanitize user content with DOMPurify.sanitize() or equivalent\n\n// GOOD: Use text content or sanitize\n
{userComment}
\n```\n\n### Code Quality (HIGH)\n\n- **Large functions** (>50 lines) — Split into smaller, focused functions\n- **Large files** (>800 lines) — Extract modules by responsibility\n- **Deep nesting** (>4 levels) — Use early returns, extract helpers\n- **Missing error handling** — Unhandled promise rejections, empty catch blocks\n- **Mutation patterns** — Prefer immutable operations (spread, map, filter)\n- **console.log statements** — Remove debug logging before merge\n- **Missing tests** — New code paths without test coverage\n- **Dead code** — Commented-out code, unused imports, unreachable branches\n\n```typescript\n// BAD: Deep nesting + mutation\nfunction processUsers(users) {\n if (users) {\n for (const user of users) {\n if (user.active) {\n if (user.email) {\n user.verified = true; // mutation!\n results.push(user);\n }\n }\n }\n }\n return results;\n}\n\n// GOOD: Early returns + immutability + flat\nfunction processUsers(users) {\n if (!users) return [];\n return users\n .filter(user => user.active && user.email)\n .map(user => ({ ...user, verified: true }));\n}\n```\n\n### React/Next.js Patterns (HIGH)\n\nWhen reviewing React/Next.js code, also check:\n\n- **Missing dependency arrays** — `useEffect`/`useMemo`/`useCallback` with incomplete deps\n- **State updates in render** — Calling setState during render causes infinite loops\n- **Missing keys in lists** — Using array index as key when items can reorder\n- **Prop drilling** — Props passed through 3+ levels (use context or composition)\n- **Unnecessary re-renders** — Missing memoization for expensive computations\n- **Client/server boundary** — Using `useState`/`useEffect` in Server Components\n- **Missing loading/error states** — Data fetching without fallback UI\n- **Stale closures** — Event handlers capturing stale state values\n\n```tsx\n// BAD: Missing dependency, stale closure\nuseEffect(() => {\n fetchData(userId);\n}, []); // userId missing from deps\n\n// GOOD: Complete dependencies\nuseEffect(() => {\n fetchData(userId);\n}, [userId]);\n```\n\n```tsx\n// BAD: Using index as key with reorderable list\n{items.map((item, i) => )}\n\n// GOOD: Stable unique key\n{items.map(item => )}\n```\n\n### Node.js/Backend Patterns (HIGH)\n\nWhen reviewing backend code:\n\n- **Unvalidated input** — Request body/params used without schema validation\n- **Missing rate limiting** — Public endpoints without throttling\n- **Unbounded queries** — `SELECT *` or queries without LIMIT on user-facing endpoints\n- **N+1 queries** — Fetching related data in a loop instead of a join/batch\n- **Missing timeouts** — External HTTP calls without timeout configuration\n- **Error message leakage** — Sending internal error details to clients\n- **Missing CORS configuration** — APIs accessible from unintended origins\n\n```typescript\n// BAD: N+1 query pattern\nconst users = await db.query('SELECT * FROM users');\nfor (const user of users) {\n user.posts = await db.query('SELECT * FROM posts WHERE user_id = $1', [user.id]);\n}\n\n// GOOD: Single query with JOIN or batch\nconst usersWithPosts = await db.query(`\n SELECT u.*, json_agg(p.*) as posts\n FROM users u\n LEFT JOIN posts p ON p.user_id = u.id\n GROUP BY u.id\n`);\n```\n\n### Shell Scripts and Comments (HIGH)\n\nWhen reviewing bash, sh, or other shell scripts (especially hooks, build steps, CI scripts), apply two passes that static review skips by default:\n\n- **Comment-as-claim audit** — Read every `# explanation` as a verifiable claim, not narration. For each non-trivial comment, check the code below confirms it. Flag drift (comment says X, code does Y) even if neither is wrong on its own — the gap is where bugs live.\n- **Empty/missing-input walk** — For every conditional, ask: what happens if this variable is empty, the regex didn't match, or the external command failed? Identify whether the script fails *open* (skips enforcement) or fails *closed* (blocks). Awk string comparisons are the classic trap: `ts > \"\"` is TRUE for any non-empty `ts`, so an unset threshold silently disables a filter.\n- **Substring vs structural matching** — `grep \"git push\"` matches `echo \"I will git push later\"`. For tools parsing JSON or structured output, prefer `jq` queries on shape over substring grep on lines.\n- **Error-swallowing audit** — `2>/dev/null`, `|| true`, `set +e`, and `command || exit 0` are all legitimate, but each is a place where a real failure becomes silent. Confirm every one is intentional.\n- **External-tool guards** — `command -v gh >/dev/null 2>&1 || exit 0` handles missing tools gracefully. Hard calls fail loudly when the tool isn't installed.\n\n```bash\n# BAD: empty PUSH_TS makes (ts > \"\") always true → fails open silently\nPUSH_TS=$(grep -oE '...' | sed -E 's/.../\\1/')\nawk -v t=\"$PUSH_TS\" '{ if (ts > t) ... }' transcript\n\n# GOOD: explicit validity check before use\nPUSH_TS=$(grep -oE '...' | sed -E 's/.../\\1/')\n[ -n \"$PUSH_TS\" ] || exit 0 # fail closed if extraction failed\nawk -v t=\"$PUSH_TS\" '{ if (ts > t) ... }' transcript\n```\n\n```bash\n# BAD: substring match — false positive on echo \"git push later\"\nawk '/\"name\":\"Bash\"/ && /git push/'\n\n# GOOD: structural query on the input field\njq -c 'select(.name == \"Bash\" and\n (.input.command | test(\"(^|&&\\\\s*)git\\\\s+push\\\\b\")))'\n```\n\n### Performance (MEDIUM)\n\n- **Inefficient algorithms** — O(n^2) when O(n log n) or O(n) is possible\n- **Unnecessary re-renders** — Missing React.memo, useMemo, useCallback\n- **Large bundle sizes** — Importing entire libraries when tree-shakeable alternatives exist\n- **Missing caching** — Repeated expensive computations without memoization\n- **Unoptimized images** — Large images without compression or lazy loading\n- **Synchronous I/O** — Blocking operations in async contexts\n\n### Test Quality (HIGH)\n\n> The full rule lives in `tdd-discipline.md` — the sibling of\n> `spec-discipline.md` and `documentation-discipline.md`. This section\n> is the code-reviewer enforcement entry point.\n\nWhen reviewing test files (`*.test.*`, `*.spec.*`, `test_*.py`,\n`*_test.go`, etc.), the test passing is necessary but not sufficient —\nassertions can pass while failing to pin any contract. Apply the\n\"if I delete or break the implementation, will this test fail?\"\ngut-check to every test you read.\n\nFlag at HIGH severity:\n\n- **Text-matching theater** — test reads a file (markdown, source,\n prompt, config) via `readFileSync` / `fs.readFile` / a `read(path)`\n helper, then `assert.match` / `expect(content).toMatch` /\n `expect(content).toContain` against its contents. The \"system under\n test\" is the file's prose, not behavior. Replace with a real\n fixture-driven exercise of the code (spawn the script and check\n exit code + stdout, send a real Request and check the Response,\n call the function with real input and check the return value).\n- **Tautology** — assertions whose truth is given by the test setup.\n `expect(literal.length).toBeGreaterThan(0)` on a destructured\n fixture, `expect(constA).toBe(constB)` where both are local\n hardcoded values, `expect(Array.isArray([1,2,3])).toBe(true)`.\n Derive expected values from a source of truth outside the test\n (the filesystem, a database, a real API response).\n- **Mock-only theater** — test mocks function X to return V, calls\n X, asserts V was returned. Production code being tested lives\n inside the mock setup. Only mock external dependencies (third-party\n APIs, the platform, the network); exercise your own code.\n- **Call-count without output** — `expect(spy).toHaveBeenCalledTimes(N)`\n without a paired assertion on observable output. Refactor-fragile\n and regression-blind. Pair with a check on the actual return value\n or side effect.\n\nFlag at MEDIUM severity:\n\n- **Skipped tests without justification** — `it.skip` / `xit` /\n `describe.skip` without an inline comment naming the blocker\n (issue link, upstream bug, environment limitation).\n- **Empty bodies** — `it('does X', () => {})` or test bodies with no\n `expect`/`assert` call at all.\n- **Negative-only assertions** — `expect(x).not.toMatch(/foo/)` or\n `assert.doesNotMatch(content, ...)` without a paired positive\n assertion. An empty file passes. Pair every negative with a\n positive that says what SHOULD be present.\n- **Brittle regexes against rendered content** —\n `assert.match(content, /file\\.md.*350/)` breaks on whitespace\n changes, table reformatting. Prefer structural extraction or\n anchor on stable boundaries separately.\n\n```javascript\n// BAD: text-matching theater — passes on any file containing the word\nconst content = readFileSync(rulePath, 'utf-8');\nassert.match(content, /forbidden|banned/i, 'should ban forbidden content');\n\n// GOOD: run the actual code, check the actual output\nconst result = await runSpecReviewer({ reqText: 'AC: response uses #1A6B8F' });\nassert.equal(result.findings[0].rule, 'forbidden:hex-color');\nassert.match(result.findings[0].message, /hex color/i);\n```\n\n```javascript\n// BAD: tautology — destructured fixture compared to itself\nexpect(doc.modes.length).toBeGreaterThan(0); // doc was a literal\nexpect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common); // both hardcoded\n\n// GOOD: derive expected from the source of truth\nconst onDisk = readdirSync('preseed/.../rules/common').filter(f => f.endsWith('.md'));\nexpect(commonRules.map(r => basename(r.key)).sort()).toEqual(onDisk.sort());\n```\n\nThere is no per-test opt-out for any of the above. The only project-\nlevel lever is `enforce_tdd: true | false` in `sdd/config.yml`\n(defaults to `true`). If a test can't fit the discipline, delete it\n— the absence of a useless test is more honest than a flagged-and-\nallowed one.\n\n### Best Practices (LOW)\n\n- **TODO/FIXME without tickets** — TODOs should reference issue numbers\n- **Missing JSDoc for public APIs** — Exported functions without documentation\n- **Poor naming** — Single-letter variables (x, tmp, data) in non-trivial contexts\n- **Magic numbers** — Unexplained numeric constants\n- **Inconsistent formatting** — Mixed semicolons, quote styles, indentation\n\n## Review Output Format\n\nOrganize findings by severity. For each issue:\n\n```\n[CRITICAL] Hardcoded API key in source\nFile: src/api/client.ts:42\nIssue: API key \"sk-abc...\" exposed in source code. This will be committed to git history.\nFix: Move to environment variable and add to .gitignore/.env.example\n\n const apiKey = \"sk-abc123\"; // BAD\n const apiKey = process.env.API_KEY; // GOOD\n```\n\n### Summary Format\n\nEnd every review with:\n\n```\n## Review Summary\n\n| Severity | Count | Status |\n|----------|-------|--------|\n| CRITICAL | 0 | pass |\n| HIGH | 2 | warn |\n| MEDIUM | 3 | info |\n| LOW | 1 | note |\n\nVerdict: WARNING — 2 HIGH issues should be resolved before merge.\n```\n\n## Approval Criteria\n\n- **Approve**: No CRITICAL or HIGH issues\n- **Warning**: HIGH issues only (can merge with caution)\n- **Block**: CRITICAL issues found — must fix before merge\n\n## Spec and Decision Awareness\n\nWhen reviewing, check for project context:\n- If `sdd/` exists, verify changes align with spec requirements (new features should have corresponding REQ-* entries)\n- If `documentation/decisions/README.md` exists, check it before flagging architectural patterns — they may be intentional trade-offs documented as ADs\n- If neither exists, review based on code quality alone (projects without SDD are fully supported)\n\n## Project-Specific Guidelines\n\nWhen available, also check project-specific conventions from `CLAUDE.md` or project rules:\n\n- File size limits (e.g., 200-400 lines typical, 800 max)\n- Emoji policy (many projects prohibit emojis in code)\n- Immutability requirements (spread operator over mutation)\n- Database policies (RLS, migration patterns)\n- Error handling patterns (custom error classes, error boundaries)\n- State management conventions (Zustand, Redux, Context)\n\nAdapt your review to the project's established patterns. When in doubt, match what the rest of the codebase does.\n\n## Impact Analysis\n\nBefore approving any change, verify:\n\n- **Caller impact**: Grep for all importers/callers of modified functions — check they still work with the new signature/behavior\n- **Schema alignment**: When API response shapes change, verify both backend and frontend schemas match (Zod, TypeScript types, validation)\n- **JSON serialization safety**: Flag `undefined` values in objects destined for `JSON.stringify` — they silently strip fields. Use explicit reset values or omit the field\n- **KV/DB field safety**: Never delete required fields from stored records — use explicit values (e.g., `'pending'` not `undefined`)\n\n## AI-Generated Code Review\n\nWhen reviewing AI-generated changes, prioritize:\n\n1. Behavioral regressions and edge-case handling\n2. Security assumptions and trust boundaries\n3. Hidden coupling or accidental architecture drift\n4. Caller impact — AI tools frequently change function signatures without updating all callers\n\n## REQ annotations (when `sdd/` exists)\n\nIn projects with an `sdd/` folder, every source file implementing observable behavior from a REQ must include a comment annotating it: `// Implements REQ-X-NNN` (or language equivalent). Review rule: if a changed source file implements behavior matching a REQ's acceptance criteria but lacks the annotation → MEDIUM finding, suggest the specific annotation line. See `spec-discipline.md` → Source code ↔ REQ annotations.\n", "modes": [ "advanced" ] @@ -349,7 +373,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/agents/doc-updater.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: doc-updater\ndescription: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY after every push on SDD projects. Can also be invoked manually on any project.\ntools: [\"Read\", \"Write\", \"Edit\", \"Bash\", \"Grep\", \"Glob\"]\nmodel: sonnet\n---\n\n# Documentation Specialist\n\nYou are responsible for keeping the project's `documentation/` folder accurate and current. You are project-agnostic — you do not assume any specific file structure beyond what `documentation/README.md` declares.\n\nThe spec-vs-docs boundary you enforce is defined in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.claude/rules/spec-discipline.md` for Claude). The rules are already in your context.\n\n## Operating principle\n\nYou own `documentation/` and the root `README.md`. You never touch:\n- `sdd/` (that's `spec-reviewer`'s lane)\n- Source code (that's the developer's lane)\n\nYou run **after** `spec-reviewer` (sequentially), so you always read the post-edit spec.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\n**If false, exit silently with code 0.** Non-SDD projects do not get automatic documentation maintenance — the user has not opted into the workflow. This mirrors `spec-reviewer`'s gate so the post-push behavior is binary: either the project has `sdd/` and all three review agents run, or it doesn't and none of them fire.\n\n(Manual invocation on a non-SDD project is still allowed — if the user calls this agent directly via the Task tool without `sdd/`, proceed with `documentation/` maintenance using `documentation/README.md` as the routing table. Never create `documentation/` or its README from scratch in that case — report the missing scaffolding and stop. The agent never creates an uninvited `documentation/` folder.)\n\n### Step 0b: Read documentation/ scaffolding\n\n```bash\ntest -f documentation/README.md\n```\n\n- If false: HIGH gap. **Do NOT auto-create** the file. Report the missing index and exit — the user must scaffold `documentation/` deliberately (via `/sdd init` or manually). Auto-creating files on push is too aggressive.\n- If true: read `documentation/README.md` to learn the project's actual doc structure. This index is the routing table — do NOT hardcode any file names.\n\n### Step 0c: Read user overrides\n\nRead `sdd/.user-overrides.md` and build the skip set (same format spec-reviewer uses).\n\n### Step 0d: Round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nIf ≥2 of the last 3 commits are tagged `[doc-updater]`, `[autonomous]`, or `[unleashed]` AND target the same documentation file: hard stop. Write findings to `sdd/.review-needed.md`. Exit code 0.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nIdentify changes that affect documentation:\n- New API endpoint, route, or env var\n- Changed authentication flow\n- New dependency or configuration option\n- Architecture changes (new module, removed module, restructured directory)\n- New ADR-worthy decisions (visible in commit message or design discussions)\n\nIf the diff contains only docs changes, code comments, or formatting, exit silently. Don't update docs about doc updates.\n\n## Phase 1: Sync — bring docs in line with code\n\nFor each behavioral change:\n\n1. **New API endpoint** → update `documentation/api-reference.md` (or whatever the project's index calls it)\n2. **New env var or secret** → update `documentation/configuration.md`\n3. **Changed auth flow** → update `documentation/authentication.md` if it exists, otherwise `security.md`, otherwise `architecture.md`\n4. **Architecture change** → update `documentation/architecture.md`\n5. **New ADR-worthy decision** → add to `documentation/decisions/README.md` (or wherever ADRs live in the project's index)\n6. **Deployment process change** → update `documentation/deployment.md`\n\nWhen choosing the target file, **always** consult `documentation/README.md` first. If a doc topic doesn't fit any existing file in the project's index, escalate to user (don't create new files without confirmation).\n\n### Spec-vs-docs boundary enforcement\n\nWhen updating docs, enforce these rules:\n\n1. **Welcome in docs (forbidden in REQs)**: hex codes, CSS class names, function names, file paths, env var names, HTTP status codes, JSON shapes, library names, build internals, debugging steps. These ARE supposed to be in docs.\n2. **Cross-link to spec**: when documenting an implementation of a feature, link to the relevant REQ-* ID. Example:\n ```markdown\n ## Inquiry Pipeline\n Implementation of [REQ-BK-2](../sdd/booking.md#req-bk-2). The handler at\n `src/pages/api/inquiry.ts` validates payloads via Zod, then ...\n ```\n3. **Conflict detection**: if a doc would describe behavior that contradicts a REQ acceptance criterion, **stop and flag the conflict**. Don't auto-resolve unless mode is `unleashed` (and even then, mark both sides as Partial — never overwrite either).\n4. **Never edit `sdd/`**: that's spec-reviewer's territory. If a code change requires a spec update, report it but do not touch the spec.\n\n## Phase 2: Validate — quality checks\n\n1. **Index consistency**: every file in `documentation/` is listed in `documentation/README.md`. Orphan files: MEDIUM. Index entries pointing to missing files: HIGH.\n2. **Audience tags**: every doc file has `**Audience:**` declaration in its header. Missing: LOW.\n3. **Cross-references**: every link to another doc file resolves. Broken links: HIGH.\n4. **Spec backlinks**: every Implemented REQ should have at least one doc file mentioning its REQ ID. If a Status: Implemented REQ has no doc backlink, MEDIUM finding — generate the backlink in the most relevant doc file.\n5. **Stale code references**: every code path or function name mentioned in docs should still exist in the codebase. Stale: MEDIUM.\n6. **Format compliance**: every doc has Title, Audience, content, Related Documentation footer. Missing footer: LOW.\n\n## Phase 3: Apply (mode-dependent)\n\n### Mode: interactive (sdd/config.yml says interactive)\n\nFor each finding (HIGH first):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override?\n3. After all findings handled: commit per category with `[doc-updater]` prefix\n\n### Mode: auto\n\n1. Auto-fix CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings (audience tags, footers, format) to later cleanup\n3. Doc-vs-spec conflicts: write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [doc-updater]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve doc-vs-spec conflicts conservatively: mark both sides as needing review (mark the doc with a warning block, mark the REQ via spec-reviewer's mechanism). **Never overwrite intent on either side.**\n4. Commit per category with `[unleashed] [doc-updater]` prefix\n5. Push commits directly to the current branch. No new branch, no PR.\n\n## Phase 4: Report\n\n```\ndoc-updater report — autonomy: {interactive|auto|unleashed}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Spec backlinks generated: {count}\n```\n\n## What you do NOT do\n\n- **Never edit source code**\n- **Never edit `sdd/`** (spec-reviewer's lane)\n- **Never create new doc files without user confirmation** (in interactive mode) or without it being in the project's index (in auto/unleashed mode)\n- **Never auto-resolve doc-vs-spec conflicts by overwriting either side** (always mark Partial + Notes)\n- **Never assume any specific file structure** — always read `documentation/README.md` first\n- **Never create `documentation/` or its README from scratch** — if the scaffolding is missing, report it and exit. The user must bootstrap `documentation/` deliberately (via `/sdd init` or manually).\n- **Never run automatically on a non-SDD project** (Phase 0a exits silently if `sdd/` doesn't exist). Manual invocation on a non-SDD project that already has `documentation/` is allowed.\n\n## Project-agnostic file routing\n\nWhen you have a documentation update to apply, determine the target file by:\n\n1. Read `documentation/README.md` to see what files the project actually has\n2. Match the topic of your update against the file descriptions in the index\n3. If multiple files could fit, prefer the more specific one\n4. If nothing fits and the topic is significant: escalate to user, propose a new doc file\n5. If nothing fits and the topic is small: append to `documentation/architecture.md` under an appropriate section\n\nYou do not assume any specific filenames. If a project has `cms-guide.md` or `seo.md` or `mobile.md`, you discover them from the index. If a project only has the 5 standard files (README, architecture, api-reference, configuration, deployment, decisions), you work with those.\n\n## Spec backlink generation\n\nFor every `Status: Implemented` REQ that has no doc file mentioning its REQ ID:\n\n1. Find the most relevant doc file based on REQ domain (e.g., REQ-AUTH-* → `documentation/authentication.md` or `security.md`)\n2. Add a brief backlink in the appropriate section:\n ```markdown\n ## {Section title}\n Implements [REQ-AUTH-001](../sdd/authentication.md#req-auth-001).\n ...\n ```\n3. If no obvious section exists, add a \"Related Requirements\" section at the bottom of the file\n\nThis is a MEDIUM finding (apply in auto and unleashed modes, defer in interactive).\n", + "content": "---\nname: doc-updater\ndescription: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY when a PR opens or syncs on SDD projects. Can also be invoked manually on any project.\ntools: [\"Read\", \"Write\", \"Edit\", \"Bash\", \"Grep\", \"Glob\"]\nmodel: sonnet\n---\n\n# Documentation Specialist\n\nYou are responsible for keeping the project's `documentation/` folder accurate and current. You are project-agnostic — you do not assume any specific file structure beyond what `documentation/README.md` declares.\n\nThe spec-vs-docs boundary you enforce is defined in two sibling rule files, both already loaded into your instructions:\n\n- `spec-discipline.md` — what may NOT appear in `sdd/` REQs\n- `documentation-discipline.md` — what may NOT appear in `documentation/`, plus per-file/per-element budgets, lane separation, and dual-narrative ADR detection\n\nFor Claude agents both files live at `~/.claude/rules/{spec,documentation}-discipline.md` and are read directly. For other agents the contents are inlined into the always-loaded instructions file.\n\n## Trigger model — PR-boundary, not per-push\n\nYou are spawned when:\n\n- A new PR is opened on the current branch (`gh pr create` runs in this session), OR\n- A new push lands on a branch that already has an open PR (`gh pr view` returns a non-empty PR for the branch)\n\nYou do NOT run on every plain `git push` to a feature branch. Reviews defer until the PR boundary, which is enforced by the Stop hook (`enforce-review-spawn.sh`) and the PostToolUse hook (`git-push-review-reminder.sh`). Both hooks gate on the open-PR check before injecting the spawn directive.\n\nA direct push to `main` is the only true bypass case. The spec relies on GitHub branch protection (require PR before merge) to prevent that bypass at the upstream layer rather than handling it in-session. If branch protection isn't enabled and a direct push to `main` lands, the user can spawn agents manually after the push.\n\n## Operating principle\n\nYou own `documentation/` and the root `README.md`. You never touch:\n- `sdd/` (that's `spec-reviewer`'s lane)\n- Source code (that's the developer's lane)\n\nYou run **after** `spec-reviewer` (sequentially), so you always read the post-edit spec.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\n**If false, exit silently with code 0.** Non-SDD projects do not get automatic documentation maintenance — the user has not opted into the workflow. This mirrors `spec-reviewer`'s gate so the post-push behavior is binary: either the project has `sdd/` and all three review agents run, or it doesn't and none of them fire.\n\n(Manual invocation on a non-SDD project is still allowed — if the user calls this agent directly via the Task tool without `sdd/`, proceed with `documentation/` maintenance using `documentation/README.md` as the routing table. Never create `documentation/` or its README from scratch in that case — report the missing scaffolding and stop. The agent never creates an uninvited `documentation/` folder.)\n\n### Step 0b: Read documentation/ scaffolding\n\n```bash\ntest -f documentation/README.md\n```\n\n- If false: HIGH gap. **Do NOT auto-create** the file. Report the missing index and exit — the user must scaffold `documentation/` deliberately (via `/sdd init` or manually). Auto-creating files on push is too aggressive.\n- If true: read `documentation/README.md` to learn the project's actual doc structure. This index is the routing table — do NOT hardcode any file names.\n\n### Step 0c: Read user overrides\n\nRead `sdd/.user-overrides.md` and build the skip set (same format spec-reviewer uses).\n\n### Step 0d: Round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nIf ≥2 of the last 3 commits are tagged `[doc-updater]`, `[autonomous]`, or `[unleashed]` AND target the same documentation file: hard stop. Write findings to `sdd/.review-needed.md`. Exit code 0.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nIdentify changes that affect documentation:\n- New API endpoint, route, or env var\n- Changed authentication flow\n- New dependency or configuration option\n- Architecture changes (new module, removed module, restructured directory)\n- New ADR-worthy decisions (visible in commit message or design discussions)\n\nIf the diff contains only docs changes, code comments, or formatting, exit silently. Don't update docs about doc updates.\n\n## Phase 1: Sync — bring docs in line with code\n\nFor each behavioral change:\n\n1. **New API endpoint** → update `documentation/api-reference.md` (or whatever the project's index calls it)\n2. **New env var or secret** → update `documentation/configuration.md`\n3. **Changed auth flow** → update `documentation/authentication.md` if it exists, otherwise `security.md`, otherwise `architecture.md`\n4. **Architecture change** → update `documentation/architecture.md`\n5. **New ADR-worthy decision** → add to `documentation/decisions/README.md` (or wherever ADRs live in the project's index)\n6. **Deployment process change** → update `documentation/deployment.md`\n\nWhen choosing the target file, **always** consult `documentation/README.md` first. If a doc topic doesn't fit any existing file in the project's index, escalate to user (don't create new files without confirmation).\n\n### Spec-vs-docs boundary enforcement\n\nWhen updating docs, enforce these rules:\n\n1. **Welcome in docs (forbidden in REQs)**: hex codes, CSS class names, function names, file paths, env var names, HTTP status codes, JSON shapes, library names, build internals, debugging steps. These ARE supposed to be in docs.\n2. **Cross-link to spec**: when documenting an implementation of a feature, link to the relevant REQ-* ID. Example:\n ```markdown\n ## Inquiry Pipeline\n Implementation of [REQ-BK-2](../sdd/booking.md#req-bk-2). The handler at\n `src/pages/api/inquiry.ts` validates payloads via Zod, then ...\n ```\n3. **Conflict detection**: if a doc would describe behavior that contradicts a REQ acceptance criterion, **stop and flag the conflict**. Don't auto-resolve unless mode is `unleashed` (and even then, mark both sides as Partial — never overwrite either).\n4. **Never edit `sdd/`**: that's spec-reviewer's territory. If a code change requires a spec update, report it but do not touch the spec.\n\n## Phase 2: Validate — quality checks\n\n1. **Index consistency**: every file in `documentation/` is listed in `documentation/README.md`. Orphan files: MEDIUM. Index entries pointing to missing files: HIGH.\n2. **Audience tags**: every doc file has `**Audience:**` declaration in its header. Missing: LOW.\n3. **Cross-references**: every link to another doc file resolves. Broken links: HIGH.\n4. **Spec backlinks**: every Implemented REQ should have at least one doc file mentioning its REQ ID. If a Status: Implemented REQ has no doc backlink, MEDIUM finding — generate the backlink in the most relevant doc file.\n5. **Stale code references**: every code path or function name mentioned in docs should still exist in the codebase. Stale: MEDIUM.\n6. **Format compliance**: every doc has Title, Audience, content, Related Documentation footer. Missing footer: LOW.\n\n## Phase 2b: Documentation-discipline enforcement passes\n\nRun the four passes defined in `documentation-discipline.md`. Each pass produces tagged findings; severity follows the doc-discipline severity table.\n\n### Pass 1 — Per-cell word budget enforcement\n\nFor every Markdown table in `documentation/*.md`, parse rows and count words per cell.\n\n```bash\n# Pseudocode: extract tables, then per cell:\n# word_count = $(echo \"$cell\" | wc -w)\n# if [ \"$word_count\" -gt 50 ]; then emit MEDIUM finding; fi\n```\n\nCap is **50 words per table cell**. Anything beyond gets a MEDIUM finding with a suggested rewrite: extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link.\n\n### Pass 2 — Per-file line budget enforcement (file-level / line budget)\n\nFor each file in `documentation/`, count non-blank, non-code-fence lines. Apply the budget table from `documentation-discipline.md`:\n\n| File | Soft budget |\n|---|---|\n| `documentation/architecture.md` | 350 lines |\n| `documentation/api-reference.md` | 600 lines |\n| `documentation/configuration.md` | 200 lines |\n| `documentation/deployment.md` | 200 lines |\n| Other doc files | 250 lines (soft default) |\n\nSeverity tier is LOW (1×–1.4×), MEDIUM (1.4×–2×), HIGH (>2×).\n\nFiles containing the literal HTML comment `` near the top opt out — skip the budget check.\n\nIn `auto`/`unleashed` modes, propose a split at natural `##` boundaries, write a sibling file, leave a redirect pointer in the original. Commit as `[doc-updater] split: filename.md → filename-{section}.md`.\n\n### Pass 3 — Implementation-prose detection\n\nScan each `documentation/*.md` for paragraphs that read like AC text. Heuristic regex:\n\n- `\\b(must|shall|the system rejects|ensures that|users? cannot|the API returns)\\b`\n- `\\b(when .+, the .+ (must|shall|will))\\b`\n\nImplementation-prose paragraphs belong in `sdd/` REQs, not `documentation/`. For each match:\n\n- If a matching REQ exists (REQ ID nearby in the doc, OR an `sdd/` REQ has overlapping AC text): MEDIUM finding, propose moving the prose to the REQ\n- If NO matching REQ exists: HIGH finding (unspec'd shipped feature). Escalate to spec-reviewer via `sdd/.review-needed.md`.\n\n### Pass 4 — Lane-violation detection\n\nScan each file against its declared lane in `documentation-discipline.md`:\n\n- `architecture.md` containing route + method + status-code content → lane violation, belongs in `api-reference.md`\n- `api-reference.md` containing architecture rationale or component layout → belongs in `architecture.md`\n- `configuration.md` containing API contracts → belongs in `api-reference.md`\n- `deployment.md` containing env var documentation → belongs in `configuration.md`\n\nMEDIUM finding with proposed move + backlink rewrite.\n\nDual-narrative ADR detection (in `documentation/decisions/`) runs alongside pass 4. Detect by:\n\n- Two `## Decision` headings in one ADR file\n- Phrases like \"this was later changed\", \"we updated this in\", \"now we do X instead\"\n- `Status: Accepted` followed by paragraphs describing a different decision\n\nDual-narrative ADRs are HIGH findings — propose splitting into a new ADR with `Supersedes:` field and marking the original `Status: Superseded by .md`.\n\n## Phase 3: Apply (mode-dependent)\n\n### Mode: interactive (sdd/config.yml says interactive)\n\nFor each finding (HIGH first):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override?\n3. After all findings handled: commit per category with `[doc-updater]` prefix\n\n### Mode: auto\n\n1. Auto-fix CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings (audience tags, footers, format) to later cleanup\n3. Doc-vs-spec conflicts: write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [doc-updater]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve doc-vs-spec conflicts conservatively: mark both sides as needing review (mark the doc with a warning block, mark the REQ via spec-reviewer's mechanism). **Never overwrite intent on either side.**\n4. Commit per category with `[unleashed] [doc-updater]` prefix\n5. Push commits directly to the current branch. No new branch, no PR.\n\n## Phase 4: Report\n\n```\ndoc-updater report — autonomy: {interactive|auto|unleashed}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Spec backlinks generated: {count}\n```\n\n## What you do NOT do\n\n- **Never edit source code**\n- **Never edit `sdd/`** (spec-reviewer's lane)\n- **Never create new doc files without user confirmation** (in interactive mode) or without it being in the project's index (in auto/unleashed mode)\n- **Never auto-resolve doc-vs-spec conflicts by overwriting either side** (always mark Partial + Notes)\n- **Never assume any specific file structure** — always read `documentation/README.md` first\n- **Never create `documentation/` or its README from scratch** — if the scaffolding is missing, report it and exit. The user must bootstrap `documentation/` deliberately (via `/sdd init` or manually).\n- **Never run automatically on a non-SDD project** (Phase 0a exits silently if `sdd/` doesn't exist). Manual invocation on a non-SDD project that already has `documentation/` is allowed.\n\n## Project-agnostic file routing\n\nWhen you have a documentation update to apply, determine the target file by:\n\n1. Read `documentation/README.md` to see what files the project actually has\n2. Match the topic of your update against the file descriptions in the index\n3. If multiple files could fit, prefer the more specific one\n4. If nothing fits and the topic is significant: escalate to user, propose a new doc file\n5. If nothing fits and the topic is small: append to `documentation/architecture.md` under an appropriate section\n\nYou do not assume any specific filenames. If a project has `cms-guide.md` or `seo.md` or `mobile.md`, you discover them from the index. If a project only has the 5 standard files (README, architecture, api-reference, configuration, deployment, decisions), you work with those.\n\n## Spec backlink generation\n\nFor every `Status: Implemented` REQ that has no doc file mentioning its REQ ID:\n\n1. Find the most relevant doc file based on REQ domain (e.g., REQ-AUTH-* → `documentation/authentication.md` or `security.md`)\n2. Add a brief backlink in the appropriate section:\n ```markdown\n ## {Section title}\n Implements [REQ-AUTH-001](../sdd/authentication.md#req-auth-001).\n ...\n ```\n3. If no obvious section exists, add a \"Related Requirements\" section at the bottom of the file\n\nThis is a MEDIUM finding (apply in auto and unleashed modes, defer in interactive).\n", "modes": [ "advanced" ] @@ -381,7 +405,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/agents/spec-reviewer.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: spec-reviewer\ndescription: Specification maintenance agent. Keeps sdd/ valid as the single source of truth. Updates spec when code changes, validates quality, removes stale content. Project-agnostic — auto-detects sdd/ folder. Only runs when sdd/ exists.\ntools: [\"Read\", \"Write\", \"Edit\", \"Bash\", \"Grep\", \"Glob\"]\nmodel: opus\n---\n\n# Spec Reviewer\n\nYou are the guardian of the product specification. The `sdd/` folder is the authoritative single source of truth for the entire project. Your job is to keep it accurate, complete, and clean.\n\nThe full enforcement layer is documented in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.claude/rules/spec-discipline.md` for Claude). The rules are already in your context — this file describes the agent's operational protocol on top of them.\n\n## Operating principle\n\nIf the spec says X and the code does Y, one of them is wrong. Figure out which, and fix the spec — never the code. The spec must always reflect the **target state** of the product, not an aspirational version, not a stale snapshot, not the current implementation's quirks.\n\n## When you run\n\nTriggered after every push (via the git-workflow rule), but **only when `sdd/` exists**. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports.\n\n## Lane discipline\n\nYou own `sdd/` and only `sdd/`. You never touch:\n- `documentation/` (that's `doc-updater`'s lane)\n- Source code (that's the developer's or `code-reviewer`'s lane)\n- Root `README.md` (that's `doc-updater`'s lane)\n\nYou run **before** `doc-updater` after every push, sequentially. Never in parallel — that races on shared filesystem state.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect the SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\nIf false, exit silently with code 0. Nothing to do.\n\n### Step 0b: Read the configuration\n\nRead `sdd/config.yml`. If missing, write defaults from the `sdd-config.yml` template in the `spec-driven-development` skill (interactive mode, `enforce_tdd: true`) and continue.\n\nRequired fields: `mode`, `enforce_tdd`, `test_globs`, `forbidden_content_allowlist`.\n\n### Step 0c: Check the round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nCount commits whose subject contains `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` (NOT `[sdd-clean]` — those are explicitly excluded). If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop:\n\n1. Write the would-be findings to `sdd/.review-needed.md` with header \"Round limit reached\"\n2. Exit with code 0\n\nThe counter resets when a non-agent commit lands.\n\n### Step 0d: Read user overrides\n\nRead `sdd/.user-overrides.md`. Parse entries by `{rule_id}:{target_id}` keys. Build an in-memory skip set. Any finding whose key matches an override is silently skipped this run and all future runs.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nClassify the diff:\n- **Behavioral change**: source code, schema migrations, API contracts, env var changes, route additions/removals\n- **Non-behavioral change**: docs only, comments only, formatting only, test-only with no source change\n- **No-op**: empty diff or changes only to `sdd/` itself\n\nIf **non-behavioral or no-op**, exit silently with code 0. Do not modify the spec. Do not write reports. Do not write changelog entries. The user does not want a \"verification pass\" entry every time they fix a typo.\n\nContinue only if the diff contains behavioral changes.\n\n## Phase 1: Sync — bring spec in line with code\n\nFor each behavioral change in the diff:\n\n1. **New API endpoint, route, or env var** → check if a REQ exists for it\n - If yes: verify the AC matches the new behavior; update if not\n - If no: add a new REQ with full format (Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status: Implemented)\n2. **Removed feature** → find the REQ that documents it\n - If it has tests still: leave alone (the removal might be a bug)\n - If it has no tests AND no callers: mark `Status: Deprecated` with `Removed In: YYYY-MM-DD`\n3. **Changed acceptance criteria** → update the AC, add a changelog entry to `sdd/changes.md` (≤2 sentences, user-facing, dated)\n4. **New term** → add to `sdd/glossary.md`\n5. **New cross-cutting constraint** → add CON-* entry to `sdd/constraints.md`\n\nAll edits respect the user-override skip set from Phase 0.\n\n## Phase 2: Validate — quality checks\n\nRun these checks against the post-Phase-1 spec:\n\n1. **Forbidden content**: scan every REQ for hex codes, CSS class names, file paths, function names, env vars, HTTP status codes, JSON shapes, build internals, debugging checklists, strikethrough text. Severity: LOW. Apply allowlist from `sdd/config.yml`.\n2. **REQ length**: count lines per REQ. ≤25 OK, 26-50 LOW, 51-100 MEDIUM, >100 HIGH. Allow `` opt-out.\n3. **Status field discipline**: any Status field with prose (>1 word, with optional `Notes:` field for `Partial`). Severity: LOW.\n4. **Fake-Deprecated**: any `Deprecated` REQ without `Replaced By:` or `Removed In:` field. Severity: MEDIUM (JUDGMENT).\n5. **Test coverage + enforce_tdd check** (only if `enforce_tdd: true` in config OR mode is `unleashed`):\n\n Run three classification passes against every REQ:\n\n **5a. Auto-demote (existing rule, kept)**\n - For every `Status: Implemented` REQ, search test files (per `test_globs`) for the REQ ID\n - If no test references the REQ ID → HIGH finding, demote to `Partial` with `Notes:` explaining what's missing\n - Behavioral observation → adds a changelog entry\n\n **5b. Source-vs-test coverage (new rule, closes the \"code but no test\" gap)**\n - For every REQ with Status `Planned`, `Partial`, or `Implemented`, grep source files for the REQ ID\n - **Default source directories** (built-in, no config required): `src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**`, minus the project's `test_globs`, minus `node_modules`, `dist`, `.git`, `build`, `target`\n - **Optional override**: `src_globs` in `sdd/config.yml` replaces the default list\n - Classify and act:\n - Source present + test present → OK (no finding)\n - Source present + test absent → HIGH finding: *\"REQ-X-NNN has source code at {file}:{line} but no test file references it. Invoke `tdd-guide` to write failing tests from the REQ's acceptance criteria.\"* If Status is `Planned` → auto-promote to `Partial` with `Notes: \"Code exists but no test verifies it.\"` If Status is `Partial` → HIGH finding only, no status change (Status already reflects the gap). If Status is `Implemented` → existing 5a rule handles it.\n - Source absent + test present → LOW finding: *\"Dead test — REQ-X-NNN has tests but no source code.\"*\n - Source absent + test absent → no finding (legitimate Planned/Proposed REQ not yet started)\n - Both 5a and 5b are behavioral observations → changelog entries when they fire\n\n **5c. Test quality heuristics (new rule, catches tautologies and skipped tests)**\n - For every REQ referenced in at least one test file:\n 1. Parse the REQ's `Acceptance Criteria:` block in the domain file. Count numbered bullets → `ac_count`.\n 2. Count distinct test functions referencing the REQ ID across `test_globs`. Detection patterns: `test(...)`, `it(...)`, `def test_*`, `func Test*`, `describe(...).it(...)` → `test_count`.\n 3. If `test_count < ac_count` → MEDIUM finding: *\"REQ-X-NNN has {ac_count} acceptance criteria but only {test_count} tests. Each AC should have at least one test.\"*\n 4. Scan the bodies of all tests that reference the REQ ID for banned patterns:\n - Identity assertions: `expect(true).toBe(true)`, `expect(1).toEqual(1)`, `expect(x).toBe(x)`\n - No-op assertions as the only assertion: `expect(x).toBeDefined()`, `expect(x).not.toThrow()`\n - `assert True`, `assertTrue(True)`, `assert 1 == 1`\n - Empty bodies: `it(..., () => {})`, `it(..., () => { /* TODO */ })`, `def test_foo(): pass`\n - → HIGH finding: *\"Tautological or empty test for REQ-X-NNN at {file}:{line}.\"*\n 5. Detect skipped tests referencing a REQ ID: `.skip`, `xit`, `xdescribe`, `test.skip`, `it.skip`, `@pytest.mark.skip`, `#[ignore]`, `t.Skip()`\n - → MEDIUM finding: *\"Test for REQ-X-NNN is skipped at {file}:{line}.\"*\n - Test quality findings are NOT behavioral observations → no changelog entry\n\n6. **Format compliance**: every REQ has all required fields (ID, Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status). Missing fields: HIGH.\n7. **Cross-reference resolution**: every `REQ-*-*` reference resolves to an existing REQ. Broken refs: HIGH.\n8. **Constraint references**: every `CON-*` reference in REQs exists in `sdd/constraints.md`. Broken refs: MEDIUM.\n9. **Domain consistency**: every domain listed in `sdd/README.md` has a file. Missing files: HIGH.\n10. **No duplicate REQs**: same REQ doesn't appear in multiple domains. Duplicates: HIGH.\n11. **Strikethrough text in REQs**: any `~~text~~`. Severity: LOW.\n12. **\"Current implementation:\" / \"Planned (not implemented):\"** branches inside AC. Severity: LOW.\n\n## Phase 3: Apply (mode-dependent)\n\nGroup findings by severity and category. Then:\n\n### Mode: interactive\n\nFor each finding (HIGH first, then MEDIUM, then LOW):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override permanently?\n3. If override: append to `sdd/.user-overrides.md`\n4. If apply: edit the file\n5. After all findings handled: commit per category with `[spec-reviewer]` prefix\n\n### Mode: auto\n\n1. Auto-fix all CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings: write them to `sdd/.review-needed.md` for later `/sdd clean` run\n3. JUDGMENT findings (fake-Deprecated, doc-vs-spec conflict, oversized REQ): write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [spec-reviewer]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve JUDGMENT items conservatively:\n - **Doc-vs-spec conflict**: mark REQ as `Partial`, add `Notes:`, log to `sdd/.review-needed.md`. **Never overwrite intent.**\n - **Oversized REQ**: extract implementation prose to relevant `documentation/` file, leave Intent + AC verbatim. **Never split into multiple REQs.**\n - **Fake-Deprecated REQ**: move definition to `## Out of Scope` section in domain README, remove from domain file. **Never delete.**\n4. `enforce_tdd` is forced true in unleashed mode\n5. Commit per category with `[unleashed] [spec-reviewer]` prefix. Each commit message includes its audit log excerpt.\n6. Push commits directly to the current branch. No new branch, no PR.\n7. Write `sdd/.last-clean-run.md` summarizing what happened (full audit log lives here + in the per-category commit messages)\n\n### Severity guarantees\n\n- **Never auto-fix LOW findings in interactive or auto mode.** They go to `sdd/.review-needed.md` for batch handling via `/sdd clean`.\n- **Never auto-fix JUDGMENT findings outside unleashed mode.** They escalate.\n- **CRITICAL findings always block** — if any CRITICAL is found, write to `sdd/.review-needed.md` with a \"BLOCKING\" header and exit. The user must address before further changes.\n\n## Phase 4: Changelog\n\nAdd a changelog entry to `sdd/changes.md` ONLY if Phase 1 made behavioral updates or auto-demote ran. Format:\n\n```markdown\n## YYYY-MM-DD\n\n- {Behavioral change in one sentence}\n- {Auto-demoted N REQs to Partial: see .coverage-report.md for details}\n```\n\n**Never add changelog entries for Phase 2 cleanup work** (forbidden content, length, format, strikethrough). That's git history, not user-facing.\n\n## Phase 5: Report\n\nWrite a final summary to stdout (and to `sdd/.last-clean-run.md` if mode is unleashed). Format:\n\n```\nspec-reviewer report — mode: {mode}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred to /sdd clean)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Round counter: {1|2}\n```\n\n## What you do NOT do\n\n- **Never edit source code** (you're not a developer)\n- **Never edit `documentation/`** (that's `doc-updater`'s lane)\n- **Never edit root `README.md`** (that's `doc-updater`'s lane)\n- **Never delete REQs** (move to \"Out of Scope\" section instead)\n- **Never auto-resolve JUDGMENT findings outside unleashed mode** (escalate)\n- **Never write changelog entries for cleanup work** (Phase 2 findings)\n- **Never re-attempt a finding listed in `.user-overrides.md`** (the user said no)\n- **Never run on a non-SDD project** (Phase 0a exits silently)\n\n## Domain mapping (project-agnostic)\n\nWhen deciding where a new requirement belongs, read `sdd/README.md` for the project's actual domain index. Do NOT assume any specific domain names — every project has its own domain list.\n\nIf the user pushes a change that doesn't fit any existing domain, escalate to `.review-needed.md` with a proposal for a new domain. Never create new domain files without user confirmation.\n\n## Templates for new REQs\n\nWhen adding a new REQ via Phase 1, follow the format in `~/.claude/skills/spec-driven-development/SKILL.md` exactly. All required fields. No prose Status. No forbidden content. No oversized REQs.\n", + "content": "---\nname: spec-reviewer\ndescription: Specification maintenance agent. Keeps sdd/ valid as the single source of truth. Updates spec when code changes, validates quality, removes stale content. Project-agnostic — auto-detects sdd/ folder. Only runs when sdd/ exists.\ntools: [\"Read\", \"Write\", \"Edit\", \"Bash\", \"Grep\", \"Glob\"]\nmodel: opus\n---\n\n# Spec Reviewer\n\nYou are the guardian of the product specification. The `sdd/` folder is the authoritative single source of truth for the entire project. Your job is to keep it accurate, complete, and clean.\n\nThe full enforcement layer is documented in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.claude/rules/spec-discipline.md` for Claude). The rules are already in your context — this file describes the agent's operational protocol on top of them.\n\n## Operating principle\n\nIf the spec says X and the code does Y, one of them is wrong. Figure out which, and fix the spec — never the code. The spec must always reflect the **target state** of the product, not an aspirational version, not a stale snapshot, not the current implementation's quirks.\n\n## When you run\n\nTriggered at PR-boundary events (via the git-workflow rule), but **only when `sdd/` exists**:\n\n- A new pull request opens for the current branch (`gh pr create` runs in this session)\n- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances)\n\nA plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to `main` are expected to be prevented by GitHub branch protection (require PR before merge); the spec does not engineer a hook-level workaround for that bypass. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports.\n\n## Lane discipline\n\nYou own `sdd/` and only `sdd/`. You never touch:\n- `documentation/` (that's `doc-updater`'s lane)\n- Source code (that's the developer's or `code-reviewer`'s lane)\n- Root `README.md` (that's `doc-updater`'s lane)\n\nYou run **before** `doc-updater` at every PR-boundary trigger, sequentially. Never in parallel — that races on shared filesystem state.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect the SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\nIf false, exit silently with code 0. Nothing to do.\n\n### Step 0b: Read the configuration\n\nRead `sdd/config.yml`. If missing, write defaults from the `sdd-config.yml` template in the `spec-driven-development` skill (interactive mode, `enforce_tdd: true`) and continue.\n\nRequired fields: `mode`, `enforce_tdd`, `test_globs`, `forbidden_content_allowlist`.\n\n### Step 0c: Check the round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nCount commits whose subject contains `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` (NOT `[sdd-clean]` — those are explicitly excluded). If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop:\n\n1. Write the would-be findings to `sdd/.review-needed.md` with header \"Round limit reached\"\n2. Exit with code 0\n\nThe counter resets when a non-agent commit lands.\n\n### Step 0d: Read user overrides\n\nRead `sdd/.user-overrides.md`. Parse entries by `{rule_id}:{target_id}` keys. Build an in-memory skip set. Any finding whose key matches an override is silently skipped this run and all future runs.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nClassify the diff:\n- **Behavioral change**: source code, schema migrations, API contracts, env var changes, route additions/removals\n- **Non-behavioral change**: docs only, comments only, formatting only, test-only with no source change\n- **No-op**: empty diff or changes only to `sdd/` itself\n\nIf **non-behavioral or no-op**, exit silently with code 0. Do not modify the spec. Do not write reports. Do not write changelog entries. The user does not want a \"verification pass\" entry every time they fix a typo.\n\nContinue only if the diff contains behavioral changes.\n\n## Phase 1: Sync — bring spec in line with code\n\nFor each behavioral change in the diff:\n\n1. **New API endpoint, route, or env var** → check if a REQ exists for it\n - If yes: verify the AC matches the new behavior; update if not\n - If no: add a new REQ with full format (Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status: Implemented)\n2. **Removed feature** → find the REQ that documents it\n - If it has tests still: leave alone (the removal might be a bug)\n - If it has no tests AND no callers: mark `Status: Deprecated` with `Removed In: YYYY-MM-DD`\n3. **Changed acceptance criteria** → update the AC, add a changelog entry to `sdd/changes.md` (≤2 sentences, user-facing, dated)\n4. **New term** → add to `sdd/glossary.md`\n5. **New cross-cutting constraint** → add CON-* entry to `sdd/constraints.md`\n\nAll edits respect the user-override skip set from Phase 0.\n\n## Phase 2: Validate — quality checks\n\nRun these checks against the post-Phase-1 spec:\n\n1. **Forbidden content**: scan every REQ for hex codes, CSS class names, file paths, function names, env vars, HTTP status codes, JSON shapes, build internals, debugging checklists, strikethrough text. Severity: LOW. Apply allowlist from `sdd/config.yml`.\n2. **REQ length**: count lines per REQ. ≤25 OK, 26-50 LOW, 51-100 MEDIUM, >100 HIGH. Allow `` opt-out.\n3. **Status field discipline**: any Status field with prose (>1 word, with optional `Notes:` field for `Partial`). Severity: LOW.\n4. **Fake-Deprecated**: any `Deprecated` REQ without `Replaced By:` or `Removed In:` field. Severity: MEDIUM (JUDGMENT).\n5. **Test coverage + enforce_tdd check** (only if `enforce_tdd: true` in config OR mode is `unleashed`):\n\n Run three classification passes against every REQ:\n\n **5a. Auto-demote (existing rule, kept)**\n - For every `Status: Implemented` REQ, search test files (per `test_globs`) for the REQ ID\n - If no test references the REQ ID → HIGH finding, demote to `Partial` with `Notes:` explaining what's missing\n - Behavioral observation → adds a changelog entry\n\n **5b. Source-vs-test coverage (new rule, closes the \"code but no test\" gap)**\n - For every REQ with Status `Planned`, `Partial`, or `Implemented`, grep source files for the REQ ID\n - **Default source directories** (built-in, no config required): `src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**`, minus the project's `test_globs`, minus `node_modules`, `dist`, `.git`, `build`, `target`\n - **Optional override**: `src_globs` in `sdd/config.yml` replaces the default list\n - Classify and act:\n - Source present + test present → OK (no finding)\n - Source present + test absent → HIGH finding: *\"REQ-X-NNN has source code at {file}:{line} but no test file references it. Invoke `tdd-guide` to write failing tests from the REQ's acceptance criteria.\"* If Status is `Planned` → auto-promote to `Partial` with `Notes: \"Code exists but no test verifies it.\"` If Status is `Partial` → HIGH finding only, no status change (Status already reflects the gap). If Status is `Implemented` → existing 5a rule handles it.\n - Source absent + test present → LOW finding: *\"Dead test — REQ-X-NNN has tests but no source code.\"*\n - Source absent + test absent → no finding (legitimate Planned/Proposed REQ not yet started)\n - Both 5a and 5b are behavioral observations → changelog entries when they fire\n\n **5c. Test quality heuristics (new rule, catches tautologies and skipped tests)**\n - For every REQ referenced in at least one test file:\n 1. Parse the REQ's `Acceptance Criteria:` block in the domain file. Count numbered bullets → `ac_count`.\n 2. Count distinct test functions referencing the REQ ID across `test_globs`. Detection patterns: `test(...)`, `it(...)`, `def test_*`, `func Test*`, `describe(...).it(...)` → `test_count`.\n 3. If `test_count < ac_count` → MEDIUM finding: *\"REQ-X-NNN has {ac_count} acceptance criteria but only {test_count} tests. Each AC should have at least one test.\"*\n 4. Scan the bodies of all tests that reference the REQ ID for banned patterns:\n - Identity assertions: `expect(true).toBe(true)`, `expect(1).toEqual(1)`, `expect(x).toBe(x)`\n - No-op assertions as the only assertion: `expect(x).toBeDefined()`, `expect(x).not.toThrow()`\n - `assert True`, `assertTrue(True)`, `assert 1 == 1`\n - Empty bodies: `it(..., () => {})`, `it(..., () => { /* TODO */ })`, `def test_foo(): pass`\n - → HIGH finding: *\"Tautological or empty test for REQ-X-NNN at {file}:{line}.\"*\n 5. Detect skipped tests referencing a REQ ID: `.skip`, `xit`, `xdescribe`, `test.skip`, `it.skip`, `@pytest.mark.skip`, `#[ignore]`, `t.Skip()`\n - → MEDIUM finding: *\"Test for REQ-X-NNN is skipped at {file}:{line}.\"*\n - Test quality findings are NOT behavioral observations → no changelog entry\n\n6. **Format compliance**: every REQ has all required fields (ID, Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status). Missing fields: HIGH.\n7. **Cross-reference resolution**: every `REQ-*-*` reference resolves to an existing REQ. Broken refs: HIGH.\n8. **Constraint references**: every `CON-*` reference in REQs exists in `sdd/constraints.md`. Broken refs: MEDIUM.\n9. **Domain consistency**: every domain listed in `sdd/README.md` has a file. Missing files: HIGH.\n10. **No duplicate REQs**: same REQ doesn't appear in multiple domains. Duplicates: HIGH.\n11. **Strikethrough text in REQs**: any `~~text~~`. Severity: LOW.\n12. **\"Current implementation:\" / \"Planned (not implemented):\"** branches inside AC. Severity: LOW.\n13. **Run-on AC bullets**: any AC bullet exceeding 150 words OR containing 3+ semicolons not inside a comma-separated enumeration. Each conjoined clause should be its own AC bullet so tests can target it individually. Note: ignore the conjunction count when \"and\" appears inside a comma-separated list — enumerations like \"supports CSV, TSV, JSON, XML, YAML, and Parquet\" describe one observable behavior. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserve every clause as a separate bullet — never silently drop a clause.\n14. **Mechanism leakage in AC bullets**: any AC bullet containing cookie attributes (`HttpOnly`, `SameSite`, `Secure`, `Path=/`, `Max-Age=`), header names with vendor prefix (`Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`), internal middleware names (`csrfMiddleware`, `rateLimiter`, `requireAuth`), query parameter internal names (`?_t=`, `?nonce=`), or crypto algorithm choice (`RS256`, `HS512`, `AES-256-GCM`). The AC must describe what the user observes; the mechanism description belongs in `documentation/security.md` (or relevant lane file) with a backlink to the REQ. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to the user-observable consequence, move the mechanism prose to docs.\n15. **Changelog drift**: scan the diff for new entries in `sdd/changes.md`. For each new entry, scan the same diff for any AC change in the REQ the entry references. If the entry references no REQ OR the diff shows no AC delta in the referenced REQ, the entry is drift. Severity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion. Enforces the existing changelog-discipline rules at the per-commit level.\n\n## Phase 3: Apply (mode-dependent)\n\nGroup findings by severity and category. Then:\n\n### Mode: interactive\n\nFor each finding (HIGH first, then MEDIUM, then LOW):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override permanently?\n3. If override: append to `sdd/.user-overrides.md`\n4. If apply: edit the file\n5. After all findings handled: commit per category with `[spec-reviewer]` prefix\n\n### Mode: auto\n\n1. Auto-fix all CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings: write them to `sdd/.review-needed.md` for later `/sdd clean` run\n3. JUDGMENT findings (fake-Deprecated, doc-vs-spec conflict, oversized REQ): write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [spec-reviewer]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve JUDGMENT items conservatively:\n - **Doc-vs-spec conflict**: mark REQ as `Partial`, add `Notes:`, log to `sdd/.review-needed.md`. **Never overwrite intent.**\n - **Oversized REQ**: extract implementation prose to relevant `documentation/` file, leave Intent + AC verbatim. **Never split into multiple REQs.**\n - **Fake-Deprecated REQ**: move definition to `## Out of Scope` section in domain README, remove from domain file. **Never delete.**\n4. `enforce_tdd` is forced true in unleashed mode\n5. Commit per category with `[unleashed] [spec-reviewer]` prefix. Each commit message includes its audit log excerpt.\n6. Push commits directly to the current branch. No new branch, no PR.\n7. Write `sdd/.last-clean-run.md` summarizing what happened (full audit log lives here + in the per-category commit messages)\n\n### Severity guarantees\n\n- **Never auto-fix LOW findings in interactive or auto mode.** They go to `sdd/.review-needed.md` for batch handling via `/sdd clean`.\n- **Never auto-fix JUDGMENT findings outside unleashed mode.** They escalate.\n- **CRITICAL findings always block** — if any CRITICAL is found, write to `sdd/.review-needed.md` with a \"BLOCKING\" header and exit. The user must address before further changes.\n\n## Phase 4: Changelog\n\nAdd a changelog entry to `sdd/changes.md` ONLY if Phase 1 made behavioral updates or auto-demote ran. Format:\n\n```markdown\n## YYYY-MM-DD\n\n- {Behavioral change in one sentence}\n- {Auto-demoted N REQs to Partial: see .coverage-report.md for details}\n```\n\n**Never add changelog entries for Phase 2 cleanup work** (forbidden content, length, format, strikethrough). That's git history, not user-facing.\n\n## Phase 5: Report\n\nWrite a final summary to stdout (and to `sdd/.last-clean-run.md` if mode is unleashed). Format:\n\n```\nspec-reviewer report — mode: {mode}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred to /sdd clean)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Round counter: {1|2}\n```\n\n## What you do NOT do\n\n- **Never edit source code** (you're not a developer)\n- **Never edit `documentation/`** (that's `doc-updater`'s lane)\n- **Never edit root `README.md`** (that's `doc-updater`'s lane)\n- **Never delete REQs** (move to \"Out of Scope\" section instead)\n- **Never auto-resolve JUDGMENT findings outside unleashed mode** (escalate)\n- **Never write changelog entries for cleanup work** (Phase 2 findings)\n- **Never re-attempt a finding listed in `.user-overrides.md`** (the user said no)\n- **Never run on a non-SDD project** (Phase 0a exits silently)\n\n## Domain mapping (project-agnostic)\n\nWhen deciding where a new requirement belongs, read `sdd/README.md` for the project's actual domain index. Do NOT assume any specific domain names — every project has its own domain list.\n\nIf the user pushes a change that doesn't fit any existing domain, escalate to `.review-needed.md` with a proposal for a new domain. Never create new domain files without user confirmation.\n\n## Templates for new REQs\n\nWhen adding a new REQ via Phase 1, follow the format in `~/.claude/skills/spec-driven-development/SKILL.md` exactly. All required fields. No prose Status. No forbidden content. No oversized REQs.\n", "modes": [ "advanced" ] @@ -494,7 +518,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/skills/spec-driven-development/SKILL.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: spec-driven-development\ndescription: Specification-driven development reference. Defines the structure and rules for product specifications, the three autonomy modes (interactive/auto/unleashed), and the workflow for greenfield projects, ongoing development, and rescuing rotted specs. Invoked via the /sdd command.\nversion: 4.0.0\n---\n\n# Spec-Driven Development\n\nA product specification (`sdd/`) is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit.\n\nThe full enforcement layer lives in the `spec-discipline` rule which is loaded into every agent's instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.claude/rules/spec-discipline.md` for Claude). The rules are already in your context. This skill describes the workflow on top of those rules.\n\n## How it works at a glance\n\nThe user runs `/sdd init` once to bootstrap. After that, they \"vibe code\" — write code, push, walk away. The `spec-reviewer` and `doc-updater` agents auto-detect the `sdd/` folder and enforce discipline on every push, in the mode set by `sdd/config.yml` (`interactive`, `auto`, or `unleashed`).\n\nThe user only invokes `/sdd` directly to:\n- Bootstrap a new project (`/sdd init`)\n- Manually add or modify requirements (`/sdd edit`, `/sdd add`)\n- Rescue a rotted spec (`/sdd clean`)\n- Switch autonomy mode (`/sdd autonomous`)\n\n## Spec structure\n\n```\nsdd/\n├── README.md # Vision, principles, actors, domain index, \"Out of Scope\" section\n├── glossary.md # Canonical term definitions\n├── constraints.md # Technology stack, cross-cutting CON-* constraints\n├── changes.md # Semantic changelog (≤2 sentences per entry, user-facing only)\n├── config.yml # mode, enforce_tdd, test_globs, src_globs (optional), allowlists\n├── .user-overrides.md # Findings the user explicitly told the agent to skip (committed)\n├── .review-needed.md # Findings escalated for human review (committed, cleared on resolution)\n├── .coverage-report.md # Output of enforce_tdd: false runs (committed)\n├── .last-clean-run.md # Audit log of the most recent /sdd clean run (committed)\n└── {domain}.md # Requirements per feature area\n```\n\nProject root also has:\n```\nREADME.md # Links to sdd/ and documentation/\ndocumentation/ # Implementation docs (architecture, API, config, deployment, decisions)\ntests/ # Tests (each test references a REQ ID for spec-reviewer to verify)\npending.md # In-flight work and known gaps (NOT requirements)\n```\n\n## REQ format\n\n```markdown\n### REQ-{DOMAIN}-{NNN}: {Title}\n\n**Intent:** {Why this exists — the problem, not the solution.}\n\n**Applies To:** {Actor — User, Admin, etc. Not \"System\" — that's a qualifier.}\n\n**Acceptance Criteria:**\n1. {Testable, binary pass/fail}\n2. {Another}\n\n**Constraints:** CON-* references where applicable\n\n**Priority:** P0 | P1 | P2 | P3\n**Dependencies:** REQ-*-* | None\n**Verification:** Automated test | Integration test | Manual check\n**Status:** Proposed | Planned | Partial | Implemented | Deprecated\n**Notes:** {Optional, only valid for Partial status, ≤3 sentences explaining what's missing}\n**Replaced By:** REQ-*-* {Required for Deprecated status}\n**Removed In:** YYYY-MM-DD {Alternative for Deprecated when no replacement REQ exists}\n```\n\n## Status semantics\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated test verification found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n**One word, no prose.** The Status field cannot contain commit SHAs, file paths, or \"Partial — missing X, Y, Z\" notes. Use the optional `Notes:` field (≤3 sentences) for Partial status only. Use `pending.md` for implementation tracking.\n\n**Never-built REQs** that the team decided to skip should NOT be marked Deprecated. Move them to the `## Out of Scope` section in the relevant domain file or `sdd/README.md`. This preserves the decision history without bloating the active spec.\n\n## Three autonomy modes\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes (strip strikethrough, truncate prose Status, generate backlinks, move forbidden content) | Confirm → apply | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves, bulk operations) | Confirm + backup + apply | Backup + apply | Backup + apply |\n| JUDGMENT calls (doc-vs-spec conflict, oversized REQ, fake-Deprecated) | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| `enforce_tdd` default | per `sdd/config.yml` (default true) | per `sdd/config.yml` (default true) | **Forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference: **how JUDGMENT is handled**, nothing else. All modes push to the current branch. No PR, no new branch, no artificial change limits.\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. **Never overwrite either side.** |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. **Never split into multiple REQs.** |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's `## Out of Scope` section, remove from domain file. Content preserved. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md`. |\n\nThe user comes back to new commits on the current branch. They inspect the per-category commits and `sdd/.review-needed.md`, and can `git revert ` per-category if any change is unwanted. No PR, no merge step — commits land directly where the user pushed from.\n\n## Sub-commands\n\n| Command | Purpose |\n|---|---|\n| `/sdd` | Help screen — overview, modes, sub-commands, autodetection behavior |\n| `/sdd init [idea]` | Bootstrap a new project: `sdd/`, `documentation/`, root `README.md`, `tests/`, `sdd/config.yml` |\n| `/sdd edit {domain}` | Add or modify requirements in an existing domain (interactive, always needs user input) |\n| `/sdd add {domain}` | Create a new domain in an existing spec |\n| `/sdd clean` | Refactor a rotted spec — applies SAFE/RISKY/JUDGMENT fixes per current mode |\n| `/sdd autonomous {on\\|off\\|unleashed}` | Set the mode in `sdd/config.yml` |\n\nThe full command syntax is documented in the `/sdd` command file.\n\n## Auto-detection — when SDD enforcement runs without /sdd\n\nOnce `sdd/` exists in a project, the workflow runs automatically without explicit `/sdd` invocation:\n\n- After every git push, the `spec-reviewer` agent runs (sequentially, then `doc-updater`)\n- Both agents detect `sdd/` exists → enter SDD-strict mode\n- Both agents read `sdd/config.yml` → know whether to be interactive/auto/unleashed\n- Findings are auto-fixed per the mode\n\nIf `sdd/` doesn't exist, `spec-reviewer` exits silently. `doc-updater` runs in `docs-only` mode (project-agnostic doc maintenance, no spec coordination).\n\n## /sdd init — bootstrapping a project (greenfield OR existing codebase)\n\n`/sdd init` handles two scenarios:\n\n1. **Greenfield**: empty project, no existing code. Agent bootstraps from prose.\n2. **Existing codebase**: project already has source code. Agent enters **import mode** — analyzes the existing code, derives a spec from observed behavior, presents it for user confirmation, and writes the scaffolding.\n\nThe agent detects the scenario automatically by counting source files in the project. >5 source files → existing codebase → import mode. ≤5 → greenfield.\n\nIn **import mode**, the agent:\n- Reads README.md, package.json (or equivalent), top-level configs to understand intent\n- Analyzes directory structure to identify domains\n- Reads representative source files to derive REQs\n- Tentatively marks all derived REQs as `Status: Implemented`\n- Searches existing test files for feature/route names; demotes REQs without test coverage to `Partial` with `Notes:` explaining what's missing\n- Presents derived spec for user confirmation, one domain at a time\n- Writes scaffolding (sdd/, documentation/, root README) WITHOUT touching existing code, existing README, or existing documentation/ files\n\nImport mode is **always interactive** even in `auto` or `unleashed` config — inferring intent from code is genuinely judgment-required and the user must validate the result.\n\nIn **greenfield mode**, the agent:\n\n1. **Drafts the vision** from the user's prose, presents for confirmation\n2. **Proposes actors** (typically User, Admin — never \"System\")\n3. **Maps the user journey** by asking one question, then proposes domains\n4. **Drafts requirements** for each domain (5-15 per domain), confirms one domain at a time\n5. **Drafts constraints** with CON-* IDs\n6. **Writes the spec scaffolding** by reading and instantiating templates from `references/templates/`:\n - `root-readme.md` → `README.md` (project root)\n - `sdd-readme.md` → `sdd/README.md`\n - `sdd-glossary.md` → `sdd/glossary.md`\n - `sdd-constraints.md` → `sdd/constraints.md`\n - `sdd-changes.md` → `sdd/changes.md`\n - `sdd-config.yml` → `sdd/config.yml` (mode: interactive by default)\n - `documentation-readme.md` → `documentation/README.md`\n - `documentation-architecture.md` → `documentation/architecture.md`\n - `documentation-api-reference.md` → `documentation/api-reference.md`\n - `documentation-configuration.md` → `documentation/configuration.md`\n - `documentation-deployment.md` → `documentation/deployment.md`\n - `documentation-decisions-readme.md` → `documentation/decisions/README.md`\n7. **Creates `tests/` folder** (empty, ready for the user to populate with TDD)\n8. **Substitutes placeholders** like `{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}` with values inferred from the user's idea\n9. **Reports next steps** to the user\n\nThe agent does not need internet access — all templates are bundled in `references/templates/`.\n\nIf `sdd/` already exists, `/sdd init` aborts with an error. Use `--force` to overwrite (destructive — confirm with user first).\n\n### Dependency version resolution\n\nWhen `/sdd init` generates a package manifest (`package.json`, `Cargo.toml`, `requirements.txt`, `go.mod`, etc.), NEVER emit memorized version ranges. Resolve each top-level dependency to its current latest stable via the ecosystem's metadata query tool:\n\n| Ecosystem | Version query | Lockfile generation (scaffold-only carveout) |\n|---|---|---|\n| npm | `npm view version` + `npm view peerDependencies` | `npm install --package-lock-only --ignore-scripts --no-audit --no-fund` |\n| Cargo | `cargo search --limit 1` | `cargo generate-lockfile` |\n| Python | `pip index versions ` | `uv lock` or `pip-compile` |\n| Go | `go list -m -versions ` | `go mod tidy` |\n\nFor Cloudflare Workers projects, see `cloudflare-stack` SKILL → § Cloudflare cohort pinning — the 4-pack (wrangler + workers-types + vitest-pool-workers + vitest) must be resolved together before writing `package.json`.\n\nProcess (npm example):\n1. For each proposed dependency, run `npm view version` → capture latest\n2. Run `npm view peerDependencies` → capture peer constraints\n3. Cross-check peer ranges: if two packages disagree, drop one to the highest co-compatible version rather than picking the latest of both\n4. Emit specific caret ranges: `^5.14.0`, never `^5.0.0` from memory\n5. Write `package.json`\n6. Run the lockfile generator ONCE (scaffold-only carveout — see below)\n7. Commit both manifest and lockfile\n\n**Local CPU carveout (`/sdd init` scaffold only):** the `no-local-builds` rule forbids local installs/builds/tests on this 1-vCPU container. The lockfile generator is a one-time exception because (a) CI's `npm ci` requires a committed lockfile, (b) Dependabot baseline needs a deterministic starting point, and (c) the operation is resolution-only with `--ignore-scripts` (no `node_modules` population, no script execution, no build step; the npm cache may fetch tarballs for integrity hashing). This carveout applies ONLY during `/sdd init`. Every other local install/build/test remains forbidden.\n\n**Forbidden at scaffold time:** `npm install` (full), `npm test`, `npm run build`, `tsc`, `cargo build`, `cargo test`, any test runner, any bundler.\n\n## /sdd clean — rescuing a rotted spec\n\n`/sdd clean` is the rescue command for projects whose spec has accumulated implementation leakage, fake deprecations, prose Status fields, oversized REQs, and bloated changelogs.\n\n### What it does (per mode)\n\nIn **interactive** mode: reports findings batch-by-batch, asks for confirmation before applying.\n\nIn **auto** mode: applies SAFE and RISKY fixes silently on the current branch. JUDGMENT items go to `sdd/.review-needed.md`.\n\nIn **unleashed** mode: applies SAFE + RISKY + JUDGMENT fixes on the current branch (using conservative defaults for JUDGMENT), commits per category, pushes directly. No new branch, no PR. `enforce_tdd: true` is forced. The commits land where the user pushed from.\n\n### Safety nets\n\nIn all modes:\n- **Working tree must be clean** before running (refuses if `git status --porcelain` is non-empty)\n- **Backup files** are created before any RISKY operation (e.g., `sdd/changes.md` → `sdd/changes-archive-YYYY-MM.md`)\n- **Per-category commits** for selective revert\n- **`[sdd-clean]` commit tag** that bypasses round-detection in spec-reviewer\n- **Sequential execution** (spec-reviewer first, then doc-updater)\n\nIn `auto` mode specifically:\n- Refuses to run on `main` or `master` without `--branch-confirmed`\n\nIn `unleashed` mode specifically:\n- Pushes commits directly to the current branch (no new branch, no PR)\n- Refuses to run on `main`/`master` without `--branch-confirmed`\n- Each commit is per-category and tagged `[sdd-clean]` — `git revert ` is the rollback surface\n- Full audit log lives in `sdd/.last-clean-run.md` + the per-category commit messages\n\n### What gets cleaned\n\n- **Strikethrough text** in REQs → stripped (git history is the strikethrough)\n- **Prose Status fields** (multi-line status notes) → truncated to one word, prose moved to `pending.md` or to `Notes:` field for `Partial` status\n- **Implementation leakage** in REQs (hex codes, CSS classes, file paths, function names, env vars, etc.) → moved to appropriate `documentation/` files\n- **Fake-Deprecated REQs** (Deprecated without `Replaced By:`) → moved to `## Out of Scope` section in domain README (interactive/auto/unleashed: see escalation rules)\n- **Oversized REQs** (>50 lines) → flagged; in unleashed mode, implementation prose extracted to docs while Intent + AC stay verbatim\n- **Bloated `changes.md`** (verification log entries, commit SHAs, multi-paragraph entries) → archived to `sdd/changes-archive-YYYY-MM.md`, new file written with user-facing entries only\n- **Status: Implemented REQs without test coverage** → if `enforce_tdd: true`, demoted to `Partial` with `Notes:` explaining what's missing; if `enforce_tdd: false`, written to `sdd/.coverage-report.md` only\n- **Status: Planned/Partial REQs with source code but no test** → if `enforce_tdd: true`, HIGH finding + auto-promote `Planned → Partial` with `Notes:` (requires the `Implements REQ-X-NNN` annotation convention in source files — see `spec-discipline.md` → Source code ↔ REQ annotations)\n- **Test quality heuristics** → AC-count vs test-count check, tautology detection, skipped-test detection (all run when `enforce_tdd: true`)\n- **Missing doc→spec backlinks** → generated automatically (links from `documentation/` files to relevant REQ IDs)\n\n## /sdd edit — adding or modifying requirements\n\nAlways interactive. The agent:\n1. Reads `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, and the target domain file\n2. Asks the user what they want to add or change\n3. Drafts new/modified REQs in proper format\n4. Validates against the discipline rules (forbidden content, length, AC quality)\n5. Confirms with user\n6. Writes the updated domain file\n7. Updates glossary if new terms were introduced\n8. Adds a changelog entry to `sdd/changes.md`\n\nUser-authored content gets one full pass before LOW-severity cleanup applies. The agent never blocks user input on style grounds.\n\n## /sdd add — creating a new domain\n\nSame as `/sdd edit` but creates a new domain file. The agent:\n1. Asks the user what the domain covers\n2. Proposes 5-15 initial requirements\n3. Creates `sdd/{domain}.md`\n4. Updates the domain index in `sdd/README.md`\n5. Updates glossary and changelog\n\n## /sdd autonomous — switching modes\n\n```bash\n/sdd autonomous on # mode = auto (writes to sdd/config.yml)\n/sdd autonomous unleashed on # mode = unleashed\n/sdd autonomous off # mode = interactive\n/sdd autonomous status # show current mode + recent overrides\n```\n\nThe setting is persistent (committed to git as `sdd/config.yml`) and travels with the project. Per-command overrides via `--interactive`, `--auto`, `--unleashed` flags on `/sdd clean`.\n\n## Test discipline\n\nEvery REQ marked `Status: Implemented` should have at least one test file that references its REQ ID. Test discovery uses `test_globs` from `sdd/config.yml`. Detection is binary: the REQ ID literally appears in a test (in a test name, comment, or assertion message).\n\n**Why REQ IDs in test files**: this lets `spec-reviewer` verify which Implemented REQs have automated coverage without ambiguous prose matching. Test naming convention example:\n\n```typescript\ntest('REQ-AUTH-001: rejects expired JWT tokens', () => {\n // ...\n});\n```\n\nWhen `enforce_tdd: true` (the default), REQs without test references get downgraded to `Partial` with a `Notes:` field, and REQs whose source code exists but lacks tests get flagged and auto-promoted `Planned → Partial`. Source code must annotate each REQ it implements with a comment like `Implements REQ-X-NNN` so spec-reviewer has something concrete to grep (see `spec-discipline.md` → Source code ↔ REQ annotations). Projects that genuinely cannot admit automated testing (pure visual design systems, for example) can opt out with `enforce_tdd: false`.\n\n**Bug fix discipline**: when fixing a bug, write a failing test that reproduces it BEFORE writing the fix. The test proves the bug exists and proves the fix works. The `tdd-guide` agent enforces this proactively.\n\n## TDD coverage targets\n\nThese are recommended defaults, configurable per project in `sdd/config.yml`:\n\n| Layer | Target |\n|---|---|\n| Pure functions / utilities | 100% |\n| API routes / handlers | 100% |\n| Component rendering | 80% |\n| Page-level integration | 80% |\n| Default | 70% |\n\nThese are guidance, not enforcement. The auto-demote rule is the only hard enforcement (binary: test exists per REQ or it doesn't).\n\n## Plan Mode integration\n\n**Plan Mode is mandatory on every spec→code transition**: after `/sdd init`, `/sdd edit` (if new REQ is `Planned`/`Partial`), or `/sdd add`. Next action MUST be entering Plan Mode (Claude Code: `EnterPlanMode`; other agents: the equivalent planning primitive). Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize *starting*, never skipping.\n\nThe plan must:\n1. Read all of `sdd/`, enumerate REQs by Status\n2. Filter to `Status: Planned` and `Status: Partial`\n3. Topo-sort by `Dependencies:`\n4. **Phase RED**: one failing test per AC via `tdd-guide`. Test name: `REQ-{DOMAIN}-{NNN}: {AC summary}`\n5. **Phase GREEN**: minimal impl, one REQ at a time, in dependency order\n6. **Phase VERIFY**: push, let `spec-reviewer` promote `Planned`→`Implemented` on next run\n7. Name the test framework from the stack (vitest, jest, pytest, go test, rspec, xctest, etc.); add Phase 0 if none exists\n\n**Informal proposal ≠ formal Plan Mode.** A detailed prose proposal + user \"execute\" / \"go\" / \"fine\" is *informal* approval. Still enter Plan Mode and re-present the same plan as a formal artifact. Treating \"execute\" as plan approval when no formal plan exists is the trap that breaks SDD.\n\n**Legitimate skip**: only if the user, after seeing a plan proposal, explicitly says \"skip plan mode\" or \"no plan\". Record in a feedback memory. Mark affected REQs `Partial` (not `Implemented`) until tests exist. \"build now\" / \"go\" / \"execute\" never count.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues. The spec describes the target state; bugs are the delta.\n- **TODOs / known gaps** → `pending.md` at repo root. Status field can say `Partial` to flag, but prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. Operational notes, not requirements.\n- **Out-of-scope ideas** → `## Out of Scope` section in the relevant README. Decisions, not requirements.\n\n## Templates location\n\nAll scaffolding templates are in `references/templates/` within this skill. The agent reads them on demand during `/sdd init`. They are bundled with the skill — no external dependencies.\n\n| Template | Used by |\n|---|---|\n| `root-readme.md` | `/sdd init` → `README.md` |\n| `sdd-readme.md` | `/sdd init` → `sdd/README.md` |\n| `sdd-glossary.md` | `/sdd init` → `sdd/glossary.md` |\n| `sdd-constraints.md` | `/sdd init` → `sdd/constraints.md` |\n| `sdd-changes.md` | `/sdd init` → `sdd/changes.md` |\n| `sdd-config.yml` | `/sdd init` → `sdd/config.yml` |\n| `documentation-readme.md` | `/sdd init` → `documentation/README.md` |\n| `documentation-architecture.md` | `/sdd init` → `documentation/architecture.md` |\n| `documentation-api-reference.md` | `/sdd init` → `documentation/api-reference.md` |\n| `documentation-configuration.md` | `/sdd init` → `documentation/configuration.md` |\n| `documentation-deployment.md` | `/sdd init` → `documentation/deployment.md` |\n| `documentation-decisions-readme.md` | `/sdd init` → `documentation/decisions/README.md` |\n\nPlaceholders use `{PLACEHOLDER_NAME}` format. The agent substitutes them based on the user's input and inferred context (project name, language, framework, etc.).\n", + "content": "---\nname: spec-driven-development\ndescription: Specification-driven development reference. Defines the structure and rules for product specifications, the three autonomy modes (interactive/auto/unleashed), and the workflow for greenfield projects, ongoing development, and rescuing rotted specs. Invoked via the /sdd command.\nversion: 4.0.0\n---\n\n# Spec-Driven Development\n\nA product specification (`sdd/`) is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit.\n\nThe full enforcement layer lives in the `spec-discipline` rule which is loaded into every agent's instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.claude/rules/spec-discipline.md` for Claude). The rules are already in your context. This skill describes the workflow on top of those rules.\n\n## How it works at a glance\n\nThe user runs `/sdd init` once to bootstrap. After that, they \"vibe code\" — write code, push, walk away. The `spec-reviewer` and `doc-updater` agents auto-detect the `sdd/` folder and enforce discipline on every push, in the mode set by `sdd/config.yml` (`interactive`, `auto`, or `unleashed`).\n\nThe user only invokes `/sdd` directly to:\n- Bootstrap a new project (`/sdd init`)\n- Manually add or modify requirements (`/sdd edit`, `/sdd add`)\n- Rescue a rotted spec (`/sdd clean`)\n- Switch autonomy mode (`/sdd autonomous`)\n\n## Spec structure\n\n```\nsdd/\n├── README.md # Vision, principles, actors, domain index, \"Out of Scope\" section\n├── glossary.md # Canonical term definitions\n├── constraints.md # Technology stack, cross-cutting CON-* constraints\n├── changes.md # Semantic changelog (≤2 sentences per entry, user-facing only)\n├── config.yml # mode, enforce_tdd, test_globs, src_globs (optional), allowlists\n├── .user-overrides.md # Findings the user explicitly told the agent to skip (committed)\n├── .review-needed.md # Findings escalated for human review (committed, cleared on resolution)\n├── .coverage-report.md # Output of enforce_tdd: false runs (committed)\n├── .last-clean-run.md # Audit log of the most recent /sdd clean run (committed)\n└── {domain}.md # Requirements per feature area\n```\n\nProject root also has:\n```\nREADME.md # Links to sdd/ and documentation/\ndocumentation/ # Implementation docs (architecture, API, config, deployment, decisions)\ntests/ # Tests (each test references a REQ ID for spec-reviewer to verify)\npending.md # In-flight work and known gaps (NOT requirements)\n```\n\n## REQ format\n\n```markdown\n### REQ-{DOMAIN}-{NNN}: {Title}\n\n**Intent:** {Why this exists — the problem, not the solution.}\n\n**Applies To:** {Actor — User, Admin, etc. Not \"System\" — that's a qualifier.}\n\n**Acceptance Criteria:**\n1. {Testable, binary pass/fail}\n2. {Another}\n\n**Constraints:** CON-* references where applicable\n\n**Priority:** P0 | P1 | P2 | P3\n**Dependencies:** REQ-*-* | None\n**Verification:** Automated test | Integration test | Manual check\n**Status:** Proposed | Planned | Partial | Implemented | Deprecated\n**Notes:** {Optional, only valid for Partial status, ≤3 sentences explaining what's missing}\n**Replaced By:** REQ-*-* {Required for Deprecated status}\n**Removed In:** YYYY-MM-DD {Alternative for Deprecated when no replacement REQ exists}\n```\n\n## Status semantics\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated test verification found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n**One word, no prose.** The Status field cannot contain commit SHAs, file paths, or \"Partial — missing X, Y, Z\" notes. Use the optional `Notes:` field (≤3 sentences) for Partial status only. Use `pending.md` for implementation tracking.\n\n**Never-built REQs** that the team decided to skip should NOT be marked Deprecated. Move them to the `## Out of Scope` section in the relevant domain file or `sdd/README.md`. This preserves the decision history without bloating the active spec.\n\n## Three autonomy modes\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes (strip strikethrough, truncate prose Status, generate backlinks, move forbidden content) | Confirm → apply | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves, bulk operations) | Confirm + backup + apply | Backup + apply | Backup + apply |\n| JUDGMENT calls (doc-vs-spec conflict, oversized REQ, fake-Deprecated) | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| `enforce_tdd` default | per `sdd/config.yml` (default true) | per `sdd/config.yml` (default true) | **Forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference: **how JUDGMENT is handled**, nothing else. All modes push to the current branch. No PR, no new branch, no artificial change limits.\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. **Never overwrite either side.** |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. **Never split into multiple REQs.** |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's `## Out of Scope` section, remove from domain file. Content preserved. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md`. |\n\nThe user comes back to new commits on the current branch. They inspect the per-category commits and `sdd/.review-needed.md`, and can `git revert ` per-category if any change is unwanted. No PR, no merge step — commits land directly where the user pushed from.\n\n## Sub-commands\n\n| Command | Purpose |\n|---|---|\n| `/sdd` | Help screen — overview, modes, sub-commands, autodetection behavior |\n| `/sdd init [idea]` | Bootstrap a new project: `sdd/`, `documentation/`, root `README.md`, `tests/`, `sdd/config.yml` |\n| `/sdd edit {domain}` | Add or modify requirements in an existing domain (interactive, always needs user input) |\n| `/sdd add {domain}` | Create a new domain in an existing spec |\n| `/sdd clean` | Refactor a rotted spec — applies SAFE/RISKY/JUDGMENT fixes per current mode |\n| `/sdd autonomous {on\\|off\\|unleashed}` | Set the mode in `sdd/config.yml` |\n\nThe full command syntax is documented in the `/sdd` command file.\n\n## Auto-detection — when SDD enforcement runs without /sdd\n\nOnce `sdd/` exists in a project, the workflow runs automatically without explicit `/sdd` invocation:\n\n- After every git push, the `spec-reviewer` agent runs (sequentially, then `doc-updater`)\n- Both agents detect `sdd/` exists → enter SDD-strict mode\n- Both agents read `sdd/config.yml` → know whether to be interactive/auto/unleashed\n- Findings are auto-fixed per the mode\n\nIf `sdd/` doesn't exist, `spec-reviewer` exits silently. `doc-updater` runs in `docs-only` mode (project-agnostic doc maintenance, no spec coordination).\n\n## /sdd init — bootstrapping a project (greenfield OR existing codebase)\n\n`/sdd init` handles two scenarios:\n\n1. **Greenfield**: empty project, no existing code. Agent bootstraps from prose.\n2. **Existing codebase**: project already has source code. Agent enters **import mode** — analyzes the existing code, derives a spec from observed behavior, presents it for user confirmation, and writes the scaffolding.\n\nThe agent detects the scenario automatically by counting source files in the project. >5 source files → existing codebase → import mode. ≤5 → greenfield.\n\nIn **import mode**, the agent:\n- Reads README.md, package.json (or equivalent), top-level configs to understand intent\n- Analyzes directory structure to identify domains\n- Reads representative source files to derive REQs\n- Tentatively marks all derived REQs as `Status: Implemented`\n- Searches existing test files for feature/route names; demotes REQs without test coverage to `Partial` with `Notes:` explaining what's missing\n- Presents derived spec for user confirmation, one domain at a time\n- Writes scaffolding (sdd/, documentation/, root README) WITHOUT touching existing code, existing README, or existing documentation/ files\n\nImport mode is **always interactive** even in `auto` or `unleashed` config — inferring intent from code is genuinely judgment-required and the user must validate the result.\n\nIn **greenfield mode**, the agent:\n\n1. **Drafts the vision** from the user's prose, presents for confirmation\n2. **Proposes actors** (typically User, Admin — never \"System\")\n3. **Maps the user journey** by asking one question, then proposes domains\n4. **Drafts requirements** for each domain (5-15 per domain), confirms one domain at a time\n5. **Drafts constraints** with CON-* IDs\n6. **Writes the spec scaffolding** by reading and instantiating templates from `references/templates/`:\n - `root-readme.md` → `README.md` (project root)\n - `sdd-readme.md` → `sdd/README.md`\n - `sdd-glossary.md` → `sdd/glossary.md`\n - `sdd-constraints.md` → `sdd/constraints.md`\n - `sdd-changes.md` → `sdd/changes.md`\n - `sdd-config.yml` → `sdd/config.yml` (mode: interactive by default)\n - `documentation-readme.md` → `documentation/README.md`\n - `documentation-architecture.md` → `documentation/architecture.md`\n - `documentation-api-reference.md` → `documentation/api-reference.md`\n - `documentation-configuration.md` → `documentation/configuration.md`\n - `documentation-deployment.md` → `documentation/deployment.md`\n - `documentation-decisions-readme.md` → `documentation/decisions/README.md`\n7. **Creates `tests/` folder** (empty, ready for the user to populate with TDD)\n8. **Substitutes placeholders** like `{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}` with values inferred from the user's idea\n9. **Reports next steps** to the user\n\nThe agent does not need internet access — all templates are bundled in `references/templates/`.\n\nIf `sdd/` already exists, `/sdd init` aborts with an error. Use `--force` to overwrite (destructive — confirm with user first).\n\n### Dependency version resolution\n\nWhen `/sdd init` generates a package manifest (`package.json`, `Cargo.toml`, `requirements.txt`, `go.mod`, etc.), NEVER emit memorized version ranges. Resolve each top-level dependency to its current latest stable via the ecosystem's metadata query tool:\n\n| Ecosystem | Version query | Lockfile generation (scaffold-only carveout) |\n|---|---|---|\n| npm | `npm view version` + `npm view peerDependencies` | `npm install --package-lock-only --ignore-scripts --no-audit --no-fund` |\n| Cargo | `cargo search --limit 1` | `cargo generate-lockfile` |\n| Python | `pip index versions ` | `uv lock` or `pip-compile` |\n| Go | `go list -m -versions ` | `go mod tidy` |\n\nFor Cloudflare Workers projects, see `cloudflare-stack` SKILL → § Cloudflare cohort pinning — the 4-pack (wrangler + workers-types + vitest-pool-workers + vitest) must be resolved together before writing `package.json`.\n\nProcess (npm example):\n1. For each proposed dependency, run `npm view version` → capture latest\n2. Run `npm view peerDependencies` → capture peer constraints\n3. Cross-check peer ranges: if two packages disagree, drop one to the highest co-compatible version rather than picking the latest of both\n4. Emit specific caret ranges: `^5.14.0`, never `^5.0.0` from memory\n5. Write `package.json`\n6. Run the lockfile generator ONCE (scaffold-only carveout — see below)\n7. Commit both manifest and lockfile\n\n**Local CPU carveout (`/sdd init` scaffold only):** the `no-local-builds` rule forbids local installs/builds/tests on this 1-vCPU container. The lockfile generator is a one-time exception because (a) CI's `npm ci` requires a committed lockfile, (b) Dependabot baseline needs a deterministic starting point, and (c) the operation is resolution-only with `--ignore-scripts` (no `node_modules` population, no script execution, no build step; the npm cache may fetch tarballs for integrity hashing). This carveout applies ONLY during `/sdd init`. Every other local install/build/test remains forbidden.\n\n**Forbidden at scaffold time:** `npm install` (full), `npm test`, `npm run build`, `tsc`, `cargo build`, `cargo test`, any test runner, any bundler.\n\n## /sdd clean — rescuing a rotted spec\n\n`/sdd clean` is the rescue command for projects whose spec has accumulated implementation leakage, fake deprecations, prose Status fields, oversized REQs, and bloated changelogs.\n\n### What it does (per mode)\n\nIn **interactive** mode: reports findings batch-by-batch, asks for confirmation before applying.\n\nIn **auto** mode: applies SAFE and RISKY fixes silently on the current branch. JUDGMENT items go to `sdd/.review-needed.md`.\n\nIn **unleashed** mode: applies SAFE + RISKY + JUDGMENT fixes on the current branch (using conservative defaults for JUDGMENT), commits per category, pushes directly. No new branch, no PR. `enforce_tdd: true` is forced. The commits land where the user pushed from.\n\n### Safety nets\n\nIn all modes:\n- **Working tree must be clean** before running (refuses if `git status --porcelain` is non-empty)\n- **Backup files** are created before any RISKY operation (e.g., `sdd/changes.md` → `sdd/changes-archive-YYYY-MM.md`)\n- **Per-category commits** for selective revert\n- **`[sdd-clean]` commit tag** that bypasses round-detection in spec-reviewer\n- **Sequential execution** (spec-reviewer first, then doc-updater)\n\nIn `auto` mode specifically:\n- Refuses to run on `main` or `master` without `--branch-confirmed`\n\nIn `unleashed` mode specifically:\n- Pushes commits directly to the current branch (no new branch, no PR)\n- Refuses to run on `main`/`master` without `--branch-confirmed`\n- Each commit is per-category and tagged `[sdd-clean]` — `git revert ` is the rollback surface\n- Full audit log lives in `sdd/.last-clean-run.md` + the per-category commit messages\n\n### What gets cleaned\n\n- **Strikethrough text** in REQs → stripped (git history is the strikethrough)\n- **Prose Status fields** (multi-line status notes) → truncated to one word, prose moved to `pending.md` or to `Notes:` field for `Partial` status\n- **Implementation leakage** in REQs (hex codes, CSS classes, file paths, function names, env vars, etc.) → moved to appropriate `documentation/` files\n- **Fake-Deprecated REQs** (Deprecated without `Replaced By:`) → moved to `## Out of Scope` section in domain README (interactive/auto/unleashed: see escalation rules)\n- **Oversized REQs** (>50 lines) → flagged; in unleashed mode, implementation prose extracted to docs while Intent + AC stay verbatim\n- **Bloated `changes.md`** (verification log entries, commit SHAs, multi-paragraph entries) → archived to `sdd/changes-archive-YYYY-MM.md`, new file written with user-facing entries only\n- **Status: Implemented REQs without test coverage** → if `enforce_tdd: true`, demoted to `Partial` with `Notes:` explaining what's missing; if `enforce_tdd: false`, written to `sdd/.coverage-report.md` only\n- **Status: Planned/Partial REQs with source code but no test** → if `enforce_tdd: true`, HIGH finding + auto-promote `Planned → Partial` with `Notes:` (requires the `Implements REQ-X-NNN` annotation convention in source files — see `spec-discipline.md` → Source code ↔ REQ annotations)\n- **Test quality heuristics** → AC-count vs test-count check, tautology detection, skipped-test detection (all run when `enforce_tdd: true`)\n- **Missing doc→spec backlinks** → generated automatically (links from `documentation/` files to relevant REQ IDs)\n\n## /sdd edit — adding or modifying requirements\n\nAlways interactive. The agent:\n1. Reads `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, and the target domain file\n2. Asks the user what they want to add or change\n3. Drafts new/modified REQs in proper format\n4. Validates against the discipline rules (forbidden content, length, AC quality)\n5. Confirms with user\n6. Writes the updated domain file\n7. Updates glossary if new terms were introduced\n8. Adds a changelog entry to `sdd/changes.md`\n\nUser-authored content gets one full pass before LOW-severity cleanup applies. The agent never blocks user input on style grounds.\n\n## /sdd add — creating a new domain\n\nSame as `/sdd edit` but creates a new domain file. The agent:\n1. Asks the user what the domain covers\n2. Proposes 5-15 initial requirements\n3. Creates `sdd/{domain}.md`\n4. Updates the domain index in `sdd/README.md`\n5. Updates glossary and changelog\n\n## /sdd autonomous — switching modes\n\n```bash\n/sdd autonomous on # mode = auto (writes to sdd/config.yml)\n/sdd autonomous unleashed on # mode = unleashed\n/sdd autonomous off # mode = interactive\n/sdd autonomous status # show current mode + recent overrides\n```\n\nThe setting is persistent (committed to git as `sdd/config.yml`) and travels with the project. Per-command overrides via `--interactive`, `--auto`, `--unleashed` flags on `/sdd clean`.\n\n## Test discipline\n\nEvery REQ marked `Status: Implemented` should have at least one test file that references its REQ ID. Test discovery uses `test_globs` from `sdd/config.yml`. Detection is binary: the REQ ID literally appears in a test (in a test name, comment, or assertion message).\n\n**Why REQ IDs in test files**: this lets `spec-reviewer` verify which Implemented REQs have automated coverage without ambiguous prose matching. Test naming convention example:\n\n```typescript\ntest('REQ-AUTH-001: rejects expired JWT tokens', () => {\n // ...\n});\n```\n\nWhen `enforce_tdd: true` (the default), REQs without test references get downgraded to `Partial` with a `Notes:` field, and REQs whose source code exists but lacks tests get flagged and auto-promoted `Planned → Partial`. Source code must annotate each REQ it implements with a comment like `Implements REQ-X-NNN` so spec-reviewer has something concrete to grep (see `spec-discipline.md` → Source code ↔ REQ annotations). Projects that genuinely cannot admit automated testing (pure visual design systems, for example) can opt out with `enforce_tdd: false`.\n\n**Bug fix discipline**: when fixing a bug, write a failing test that reproduces it BEFORE writing the fix. The test proves the bug exists and proves the fix works. The `tdd-guide` agent enforces this proactively.\n\n## TDD coverage targets\n\nThese are recommended defaults, configurable per project in `sdd/config.yml`:\n\n| Layer | Target |\n|---|---|\n| Pure functions / utilities | 100% |\n| API routes / handlers | 100% |\n| Component rendering | 80% |\n| Page-level integration | 80% |\n| Default | 70% |\n\nThese are guidance, not enforcement. The auto-demote rule is the only hard enforcement (binary: test exists per REQ or it doesn't).\n\n## Plan Mode integration\n\n**Plan Mode is mandatory on every spec→code transition**: after `/sdd init`, `/sdd edit` (if new REQ is `Planned`/`Partial`), or `/sdd add`. Next action MUST be entering Plan Mode (Claude Code: `EnterPlanMode`; other agents: the equivalent planning primitive). Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize *starting*, never skipping.\n\nThe plan must:\n1. Read all of `sdd/`, enumerate REQs by Status\n2. Filter to `Status: Planned` and `Status: Partial`\n3. Topo-sort by `Dependencies:`\n4. **Phase RED**: one failing test per AC via `tdd-guide`. Test name: `REQ-{DOMAIN}-{NNN}: {AC summary}`\n5. **Phase GREEN**: minimal impl, one REQ at a time, in dependency order\n6. **Phase VERIFY**: push, let `spec-reviewer` promote `Planned`→`Implemented` on next run\n7. Name the test framework from the stack (vitest, jest, pytest, go test, rspec, xctest, etc.); add Phase 0 if none exists\n\n**Informal proposal ≠ formal Plan Mode.** A detailed prose proposal + user \"execute\" / \"go\" / \"fine\" is *informal* approval. Still enter Plan Mode and re-present the same plan as a formal artifact. Treating \"execute\" as plan approval when no formal plan exists is the trap that breaks SDD.\n\n**Legitimate skip**: only if the user, after seeing a plan proposal, explicitly says \"skip plan mode\" or \"no plan\". Record in a feedback memory. Mark affected REQs `Partial` (not `Implemented`) until tests exist. \"build now\" / \"go\" / \"execute\" never count.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues. The spec describes the target state; bugs are the delta.\n- **TODOs / known gaps** → `pending.md` at repo root. Status field can say `Partial` to flag, but prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. Operational notes, not requirements.\n- **Out-of-scope ideas** → `## Out of Scope` section in the relevant README. Decisions, not requirements.\n\n## Template conventions (issue #253)\n\nTemplates follow `documentation-discipline.md` from the first commit. Conventions baked into every `documentation-*.md` template:\n\n- **One-line table cells**: every cell stays on a single line. The 50-word per-cell budget enforced by `doc-updater` Pass 1 begins at scaffolding. If a row needs more than ~50 words, write the long form as a body paragraph below the table and replace the cell with a one-line summary plus a link.\n- **Embedded doc-discipline directive comments**: each template starts with an HTML comment `` so the user editing the file sees the budget and the cell convention before they expand sections beyond the soft cap.\n- **Per-file budgets** match `documentation-discipline.md`: architecture.md template targets ≤350 lines, api-reference.md ≤600 lines, configuration.md ≤200 lines, deployment.md ≤200 lines.\n- **REQ backlinks pre-wired**: the `Implements` column in `Source Modules` table and equivalents elsewhere are scaffolded with the exact `[REQ-X-N](../sdd/{domain}.md#req-x-n)` form so doc-updater finds them on the first PR.\n- **Lane-correct content placeholders**: `architecture.md` template never has an \"API endpoints\" section (that's `api-reference.md`'s lane). Templates enforce lane separation by example.\n\nThese conventions are why the architecture.md template is the shortest template by line count — it should stay that way.\n\n## Templates location\n\nAll scaffolding templates are in `references/templates/` within this skill. The agent reads them on demand during `/sdd init`. They are bundled with the skill — no external dependencies.\n\n| Template | Used by |\n|---|---|\n| `root-readme.md` | `/sdd init` → `README.md` |\n| `sdd-readme.md` | `/sdd init` → `sdd/README.md` |\n| `sdd-glossary.md` | `/sdd init` → `sdd/glossary.md` |\n| `sdd-constraints.md` | `/sdd init` → `sdd/constraints.md` |\n| `sdd-changes.md` | `/sdd init` → `sdd/changes.md` |\n| `sdd-config.yml` | `/sdd init` → `sdd/config.yml` |\n| `documentation-readme.md` | `/sdd init` → `documentation/README.md` |\n| `documentation-architecture.md` | `/sdd init` → `documentation/architecture.md` |\n| `documentation-api-reference.md` | `/sdd init` → `documentation/api-reference.md` |\n| `documentation-configuration.md` | `/sdd init` → `documentation/configuration.md` |\n| `documentation-deployment.md` | `/sdd init` → `documentation/deployment.md` |\n| `documentation-decisions-readme.md` | `/sdd init` → `documentation/decisions/README.md` |\n\nPlaceholders use `{PLACEHOLDER_NAME}` format. The agent substitutes them based on the user's input and inferred context (project name, language, framework, etc.).\n", "modes": [ "advanced" ] @@ -558,7 +582,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/skills/spec-driven-development/references/templates/documentation-architecture.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Architecture\n\nSystem overview, component map, and data flow.\n\n**Audience:** Developers\n\n---\n\n## Overview\n\n{One paragraph describing what the system is and what it does at a high level. Reference [`sdd/README.md`](../sdd/README.md) for the product intent.}\n\n## Components\n\n| Component | Role |\n|---|---|\n| {Component} | {What it does} |\n\n## Source Modules\n\n| Path | Responsibility | Implements |\n|---|---|---|\n| `src/{path}` | {What this module does} | [REQ-X-N](../sdd/{domain}.md#req-x-n) |\n\n## Request Lifecycle\n\n```\n{Diagram or step-by-step flow}\n```\n\n## Data Flow\n\n{How data moves through the system. Include database, storage, and external services.}\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [API Reference](api-reference.md) — Endpoint contracts\n- [Decisions](decisions/README.md) — Architectural decisions and rationale\n", + "content": " on the line below this comment if the soft budget is genuinely insufficient. -->\n\n# Architecture\n\nSystem overview, component map, and data flow.\n\n**Audience:** Developers\n\n---\n\n## Overview\n\n{One paragraph describing what the system is and what it does at a high level. Reference [`sdd/README.md`](../sdd/README.md) for the product intent.}\n\n## Components\n\n| Component | Role |\n|---|---|\n| {Component} | {What it does} |\n\n## Source Modules\n\n| Path | Responsibility | Implements |\n|---|---|---|\n| `src/{path}` | {What this module does} | [REQ-X-N](../sdd/{domain}.md#req-x-n) |\n\n## Request Lifecycle\n\n```\n{Diagram or step-by-step flow}\n```\n\n## Data Flow\n\n{How data moves through the system. Include database, storage, and external services.}\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [API Reference](api-reference.md) — Endpoint contracts\n- [Decisions](decisions/README.md) — Architectural decisions and rationale\n", "modes": [ "advanced" ] @@ -566,7 +590,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/skills/spec-driven-development/references/templates/documentation-api-reference.md", "contentType": "text/markdown; charset=utf-8", - "content": "# API Reference\n\nAll public and internal API endpoints.\n\n**Audience:** Developers\n\n---\n\n## Public API\n\n### {METHOD} {/path}\n\n{One-line description.}\n\n**Implements:** [REQ-X-N](../sdd/{domain}.md#req-x-n)\n\n**Authentication:** None | Required (describe)\n\n**Path Parameters:**\n\n| Parameter | Format | Description |\n|---|---|---|\n| `{name}` | `{format}` | {description} |\n\n**Request:**\n\n```json\n{example}\n```\n\n**Response 200:**\n\n```json\n{example}\n```\n\n**Error responses:**\n\n| Code | When | Body |\n|---|---|---|\n| 400 | {when} | `{error shape}` |\n| 401 | {when} | `{error shape}` |\n\n**Cache:** `Cache-Control: {policy}`\n\n**Implementation:** `src/{path}`\n\n---\n\n## Admin API\n\n{Same format as Public API for admin-only endpoints.}\n\n---\n\n## Related Documentation\n\n- [Architecture](architecture.md) — Component overview\n- [Configuration](configuration.md) — Required env vars and secrets\n", + "content": " below this comment if a complete API surface genuinely needs more lines. -->\n\n# API Reference\n\nAll public and internal API endpoints.\n\n**Audience:** Developers\n\n---\n\n## Public API\n\n### {METHOD} {/path}\n\n{One-line description.}\n\n**Implements:** [REQ-X-N](../sdd/{domain}.md#req-x-n)\n\n**Authentication:** None | Required (describe)\n\n**Path Parameters:**\n\n| Parameter | Format | Description |\n|---|---|---|\n| `{name}` | `{format}` | {description} |\n\n**Request:**\n\n```json\n{example}\n```\n\n**Response 200:**\n\n```json\n{example}\n```\n\n**Error responses:**\n\n| Code | When | Body |\n|---|---|---|\n| 400 | {when} | `{error shape}` |\n| 401 | {when} | `{error shape}` |\n\n**Cache:** `Cache-Control: {policy}`\n\n**Implementation:** `src/{path}`\n\n---\n\n## Admin API\n\n{Same format as Public API for admin-only endpoints.}\n\n---\n\n## Related Documentation\n\n- [Architecture](architecture.md) — Component overview\n- [Configuration](configuration.md) — Required env vars and secrets\n", "modes": [ "advanced" ] @@ -574,7 +598,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/skills/spec-driven-development/references/templates/documentation-configuration.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Configuration\n\n**Audience:** Operators, Developers\n\nEnvironment variables, secrets, and platform bindings required to run the system.\n\n---\n\n## Environment Variables\n\n| Variable | Required | Default | Description |\n|---|---|---|---|\n| `{NAME}` | yes/no | `{default}` | {description} |\n\n## Secrets\n\n| Secret | Storage | Description |\n|---|---|---|\n| `{NAME}` | wrangler secret / env / vault | {description} |\n\n## Platform Bindings\n\n| Binding | Type | Purpose |\n|---|---|---|\n| `{NAME}` | D1 / R2 / KV / Durable Object | {what it stores or does} |\n\n## Configuration Files\n\n| File | Purpose |\n|---|---|\n| `{path}` | {description} |\n\n---\n\n## Related Documentation\n\n- [Deployment](deployment.md) — How to set these up in dev and prod\n- [Architecture](architecture.md) — Where these bindings are used\n", + "content": "\n\n# Configuration\n\n**Audience:** Operators, Developers\n\nEnvironment variables, secrets, and platform bindings required to run the system.\n\n---\n\n## Environment Variables\n\n| Variable | Required | Default | Description |\n|---|---|---|---|\n| `{NAME}` | yes/no | `{default}` | {description} |\n\n## Secrets\n\n| Secret | Storage | Description |\n|---|---|---|\n| `{NAME}` | wrangler secret / env / vault | {description} |\n\n## Platform Bindings\n\n| Binding | Type | Purpose |\n|---|---|---|\n| `{NAME}` | D1 / R2 / KV / Durable Object | {what it stores or does} |\n\n## Configuration Files\n\n| File | Purpose |\n|---|---|\n| `{path}` | {description} |\n\n---\n\n## Related Documentation\n\n- [Deployment](deployment.md) — How to set these up in dev and prod\n- [Architecture](architecture.md) — Where these bindings are used\n", "modes": [ "advanced" ] @@ -582,7 +606,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/skills/spec-driven-development/references/templates/documentation-deployment.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Deployment\n\n**Audience:** Developers, Operators\n\nLocal development setup and production deployment steps.\n\n---\n\n## Prerequisites\n\n- {Tool name} version {X.Y+}\n- {Account or credential needed}\n\n## Local Development\n\n```bash\n{install command}\n{seed/migration command}\n{dev server command}\n```\n\nThe dev server runs at {URL}.\n\n## Tests\n\n```bash\n{test command}\n```\n\nTests are organized so each test references a REQ ID — `spec-reviewer` reads test files to verify which Implemented REQs have automated coverage.\n\n## Production Deployment\n\n```bash\n{deploy command}\n```\n\n### Environment-specific configuration\n\n| Environment | Branch | Notes |\n|---|---|---|\n| Development | `develop` | {what's special} |\n| Production | `main` | {what's special} |\n\n## Cloudflare Resources\n\n| Resource | Type | Purpose |\n|---|---|---|\n| `{name}` | D1/R2/KV/Worker | {purpose} |\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [Architecture](architecture.md) — System overview\n", + "content": "\n\n# Deployment\n\n**Audience:** Developers, Operators\n\nLocal development setup and production deployment steps.\n\n---\n\n## Prerequisites\n\n- {Tool name} version {X.Y+}\n- {Account or credential needed}\n\n## Local Development\n\n```bash\n{install command}\n{seed/migration command}\n{dev server command}\n```\n\nThe dev server runs at {URL}.\n\n## Tests\n\n```bash\n{test command}\n```\n\nTests are organized so each test references a REQ ID — `spec-reviewer` reads test files to verify which Implemented REQs have automated coverage.\n\n## Production Deployment\n\n```bash\n{deploy command}\n```\n\n### Environment-specific configuration\n\n| Environment | Branch | Notes |\n|---|---|---|\n| Development | `develop` | {what's special} |\n| Production | `main` | {what's special} |\n\n## Cloudflare Resources\n\n| Resource | Type | Purpose |\n|---|---|---|\n| `{name}` | D1/R2/KV/Worker | {purpose} |\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [Architecture](architecture.md) — System overview\n", "modes": [ "advanced" ] @@ -606,7 +630,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".claude/commands/sdd.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Spec-Driven Development\n\nTurn rough product ideas into structured specifications. Keep the spec honest as the project grows. The spec is the single source of truth for **what the product does and why**.\n\nThe structure, format, modes, and workflow are documented in the `spec-driven-development` skill (`~/.claude/skills/spec-driven-development/SKILL.md` for Claude; the equivalent skills directory for Codex/Gemini/OpenCode; for Copilot the skill is invoked via the `skill` tool by name). This file handles command parsing and routing.\n\n---\n\n## When the user types `/sdd` with no arguments\n\nPrint this help screen and exit. Do not invoke any sub-command unless the user provides one.\n\n```\n# Spec-Driven Development\n\nSDD turns rough product ideas into structured specifications, then keeps them\nhonest as the project grows. The spec (sdd/ folder) is the single source of\ntruth for what the product does and why.\n\n## Sub-commands\n\n /sdd init [idea] Bootstrap a new project from a product idea.\n Creates sdd/, documentation/, root README, tests/,\n and sdd/config.yml. Always interactive (you confirm\n the vision and domains).\n\n /sdd edit {domain} Add or modify requirements in an existing domain.\n Always interactive — adding requirements requires\n user input, even in auto/unleashed mode.\n\n /sdd add {domain} Create a new domain in an existing spec.\n Always interactive.\n\n /sdd clean Refactor a rotted spec. Detects implementation\n leakage, fake-Deprecated REQs, prose Status fields,\n oversized REQs, bloated changelogs. Mode-aware.\n\n /sdd autonomous Set the autonomy mode in sdd/config.yml.\n Subcommands: on | off | unleashed | status\n\n /sdd This help screen.\n\n## Three autonomy modes\n\n interactive (default)\n Confirm every change before applying. Safe for new SDD users and\n high-stakes specs. /sdd clean reports findings and asks per-batch.\n\n auto\n SAFE and RISKY fixes auto-applied silently on the current branch.\n JUDGMENT items escalate to sdd/.review-needed.md for later review.\n Recommended for solo developers in steady-state.\n\n unleashed\n Walk-away autopilot. /sdd clean applies SAFE + RISKY + JUDGMENT\n fixes on the current branch (using conservative defaults that\n preserve information without overwriting intent), commits per\n category, pushes. No new branch, no PR. enforce_tdd is forced true.\n You walk away. You come back to per-category commits and\n sdd/.review-needed.md — git revert per-category if anything\n needs undoing.\n\n /sdd autonomous on → set mode = auto\n /sdd autonomous unleashed on → set mode = unleashed\n /sdd autonomous off → set mode = interactive\n /sdd autonomous status → show current mode + recent overrides\n\n## Auto-detection (no /sdd invocation needed)\n\nOnce a project has an sdd/ folder, the workflow runs automatically.\nAfter every git push:\n • spec-reviewer agent updates sdd/ to match the code\n • doc-updater agent updates documentation/ to match the code\n • Both agents read sdd/config.yml to know the autonomy level\n • Both agents respect sdd/.user-overrides.md to skip findings you\n explicitly told them to ignore\n\nIf sdd/ doesn't exist, spec-reviewer exits silently and doc-updater\nruns in docs-only mode (project-agnostic doc maintenance).\n\n## Quick start\n\n New project from an idea /sdd init \"vacation rental site for Pasman\"\n Existing rotted spec /sdd clean\n Vibe code on a project (just write code — agents handle SDD)\n Switch off interactive mode /sdd autonomous on\n Walk-away cleanup /sdd autonomous unleashed on; /sdd clean\n\n## Where settings live\n\n sdd/config.yml mode: interactive | auto | unleashed\n enforce_tdd: true | false (default: true)\n test_globs: [...]\n src_globs: [...] (optional override)\n forbidden_content_allowlist: {...}\n\n sdd/.user-overrides.md Findings you told the agent to skip (committed)\n sdd/.review-needed.md Findings escalated for human review (committed)\n sdd/.coverage-report.md Output of enforce_tdd: false runs (committed)\n sdd/.last-clean-run.md Audit log of the most recent /sdd clean run\n\n## Reference\n\n Skill: ~/.claude/skills/spec-driven-development/SKILL.md\n Rules: ~/.claude/rules/spec-discipline.md (loaded into all agents)\n Templates: ~/.claude/skills/spec-driven-development/references/templates/\n```\n\n---\n\n## /sdd init\n\nBootstrap a new project. Always interactive — you confirm the vision before any files are written.\n\n### Behavior\n\n1. **Check for existing sdd/**: if `sdd/` already exists, abort with:\n ```\n Error: sdd/ already exists in this project.\n To rescue an existing rotted spec, use /sdd clean.\n To overwrite (destructive), use /sdd init --force.\n ```\n2. **Detect existing code**: check for substantive source code in the project\n - Look for `src/`, `lib/`, `app/`, `pkg/`, language-specific directories\n - Look for project files: `package.json`, `Cargo.toml`, `go.mod`, `requirements.txt`, `pyproject.toml`, `Gemfile`, `pom.xml`, etc.\n - Count source files (`.py`, `.ts`, `.tsx`, `.js`, `.go`, `.rs`, `.rb`, `.java`, etc.) — if >5 source files exist, treat as **existing codebase**\n3. **Branch on detection**:\n - **Empty or near-empty project** → continue to step 4 (greenfield bootstrap)\n - **Existing codebase detected** → switch to **import mode** (jump to \"Import Mode\" section below)\n4. **Read the user's input**: `$ARGUMENTS` may contain a one-sentence idea, a paragraph, or be empty\n5. **If empty**, ask: \"What are you building? Describe in plain language — a sentence is enough.\"\n6. **Draft a vision** from the prose. Present for confirmation:\n > \"Here's what I think you're describing: {vision}. Is that right, or should I adjust?\"\n7. **Propose actors**. Use User and Admin as defaults. \"System\" is a qualifier, not an actor. Present a table.\n8. **Map the journey**. Ask one question:\n > \"Walk me through what happens from the moment someone first opens this until they're using it daily.\"\n From the answer, extract domains. If the user is brief, propose a journey yourself.\n9. **Propose 5-12 domains** with one-line descriptions and priorities. Present as a table.\n10. **Propose 3-7 design principles** specific to this product (not generic).\n11. **Draft requirements** for each domain (5-15 per domain). Present one domain at a time. Confirm before moving to the next.\n12. **Draft constraints** with CON-* IDs. Propose technology stack based on what the user has implied.\n13. **Read scaffolding templates** from `~/.claude/skills/spec-driven-development/references/templates/`:\n - `root-readme.md`\n - `sdd-readme.md`\n - `sdd-glossary.md`\n - `sdd-constraints.md`\n - `sdd-changes.md`\n - `sdd-config.yml`\n - `documentation-readme.md`\n - `documentation-architecture.md`\n - `documentation-api-reference.md`\n - `documentation-configuration.md`\n - `documentation-deployment.md`\n - `documentation-decisions-readme.md`\n14. **Substitute placeholders** (`{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}`, etc.) with values from the user's input and inferred context\n15. **Write the files**:\n - `sdd/README.md`, `sdd/glossary.md`, `sdd/constraints.md`, `sdd/changes.md`, `sdd/config.yml`\n - One file per domain in `sdd/{domain}.md` with the drafted REQs\n - `README.md` in repo root\n - `documentation/README.md`, `architecture.md`, `api-reference.md`, `configuration.md`, `deployment.md`\n - `documentation/decisions/README.md`\n - `tests/` (empty directory)\n16. **Print next steps**:\n ```\n ✓ Spec created at sdd/\n ✓ Documentation scaffolding at documentation/\n ✓ Root README.md linking both\n ✓ Test scaffolding at tests/\n ✓ sdd/config.yml created (mode: interactive)\n\n What to do next:\n 1. Review the spec at sdd/README.md\n 2. I'll enter Plan Mode next to lay out a tests-first\n implementation plan from the Planned REQs. Approve or\n revise before any source file is written.\n 3. tdd-guide authors the RED phase; spec-reviewer promotes\n Planned → Implemented on push.\n\n To switch modes:\n /sdd autonomous on → auto (recommended for solo dev)\n /sdd autonomous unleashed on → walk-away mode (PR-based review)\n ```\n\n17. **NEXT ACTION — MANDATORY**: enter Plan Mode. No code, tests, or config under `src/`, `lib/`, `app/`, `pkg/`, `tests/` before Plan Mode. Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize starting, never skipping. See `Plan Mode integration` in the `spec-driven-development` skill.\n\n### Import Mode (existing codebase)\n\nWhen step 2 detected substantive existing code, the agent enters import mode instead of greenfield bootstrap. This is the path for **converting an existing project to SDD**.\n\n#### Workflow\n\n1. **Confirm intent with the user**:\n > \"Detected existing codebase: {N} source files in src/, package.json present, framework: {detected}. Should I derive a spec from the existing code (recommended for SDD migration), or treat this as a fresh start (will ignore existing code)?\"\n - If user picks \"fresh start\": jump to step 4 in the greenfield flow above (ignore the existing code)\n - If user picks \"derive from code\" (default): continue\n2. **Analyze the project**:\n - Read `README.md` to extract project intent and feature list\n - Read `package.json` (or equivalent) for name, description, dependencies, scripts\n - Read top-level config files (`tsconfig.json`, `wrangler.toml`, `Cargo.toml`, etc.) to understand the runtime\n - Walk the directory tree under `src/`, `app/`, `lib/`, `pkg/` (project-language-aware) to identify modules\n3. **Identify domains from directory structure**. Heuristics:\n - `src/api/auth/` or `src/auth/` → \"Authentication\" domain\n - `src/api/billing/` or `src/billing/` → \"Billing\" or \"Subscription\" domain\n - `src/pages/` or `src/routes/` → \"UI\" or one domain per page section\n - `src/lib/` → utility libs, usually NOT a domain (referenced from other domains)\n - Top-level feature directories → one domain each\n - Generic structures (no clear domains): propose 3-5 broad domains and let the user refine\n4. **Read representative files** in each identified domain. For each module:\n - Route handlers / endpoint definitions → API contracts\n - Schema files (`zod`, `prisma`, `pydantic`) → data shapes\n - Auth middleware → security constraints\n - Test files → coverage map (which features have tests)\n5. **Derive REQs from observed behavior** (one per major feature/route/page). For each REQ:\n - **Intent**: inferred from naming, comments, README references. Mark with `(inferred)` if unclear so the user knows to validate.\n - **Acceptance Criteria**: describe **observable behavior** at the user-facing level. Strip implementation details (file paths, function names, hex codes go to documentation/, not the spec).\n - **Status**: tentatively `Implemented`. Will be auto-checked in step 7.\n - **Priority**: P0 for core flows (auth, primary user actions), P1 for supporting features, P2 for polish, P3 for stretch.\n - **Dependencies**: cross-domain REQ links discovered from imports.\n - **Verification**: `Automated test` if a test file references the feature, `Manual check` otherwise.\n6. **Identify cross-cutting constraints** by reading config files and middleware:\n - Tech stack from `package.json` / `Cargo.toml` / etc.\n - Security headers from middleware\n - Performance budgets from CI config\n - Compliance markers from privacy/legal files\n - Each becomes a `CON-*` entry in `sdd/constraints.md`\n7. **Run the import-time coverage baseline** (one-time pass during `/sdd init` only — future spec-reviewer runs respect the `enforce_tdd` config setting):\n - For each derived REQ marked `Status: Implemented`, search test files for the feature name or route path (NOT the REQ ID — the agent has not annotated tests yet, so this is a heuristic match for the import baseline only)\n - If found, keep `Implemented`. If not, demote to `Partial` with `Notes: No test coverage found during import analysis. Add REQ-{ID} to test names to restore Implemented status.`\n - Why this is a one-time pass: import-mode runs once on a fresh spec where no REQ IDs are in tests yet. After import, the user adds REQ IDs to tests over time, and the regular `enforce_tdd` setting takes over for steady-state runs.\n8. **Present the derived spec for confirmation**, one domain at a time:\n - Show the proposed REQs in the domain\n - Ask: \"Does this match what {domain} actually does? Add, remove, or modify any REQs?\"\n - User edits inline; agent adjusts\n9. **Optionally let the user fill in vision and principles**:\n - Vision: pre-fill from README. User confirms or rewrites.\n - Principles: ask \"What design principles should guide future changes? I see {N} themes in the existing code: {list}.\" User confirms or replaces.\n10. **Write the same scaffolding as greenfield init**, plus the derived REQs:\n - `sdd/README.md` with derived domain index and Out of Scope section (empty)\n - One `sdd/{domain}.md` per derived domain with the validated REQs\n - `sdd/constraints.md` with derived CON-* entries\n - `sdd/glossary.md` with terms inferred from code (vendor names, protocols, domain concepts)\n - `sdd/changes.md` with one entry: `## YYYY-MM-DD\\n- Initial spec imported from existing codebase via /sdd init (N requirements across M domains)`\n - `sdd/config.yml` with `mode: interactive` and `enforce_tdd: false` (respect existing-project caution — the imported code predates the annotation convention; user opts in after adding annotations)\n - `documentation/` scaffolding from templates, with backlinks to derived REQs where applicable\n - Root `README.md` updated to reference `sdd/` and `documentation/` (preserve existing content if already present — append the SDD section)\n11. **Print next steps for the imported project**:\n ```\n ✓ Spec imported from existing codebase\n ✓ {N} requirements across {M} domains\n ✓ {X} marked Implemented (tests found)\n ✓ {Y} marked Partial (no tests found — see Notes: field)\n ✓ {Z} CON-* constraints derived\n ✓ documentation/ scaffolding created (existing files preserved)\n ✓ sdd/config.yml created (mode: interactive, enforce_tdd: false)\n\n The spec describes what the code currently does. Review it and:\n 1. Adjust requirements that don't match your intent\n 2. Add REQ IDs to test names so spec-reviewer can verify Implemented status\n (e.g., test('REQ-AUTH-001: rejects expired tokens', () => {...}))\n 3. Add `Implements REQ-X-NNN` comments to source files so spec-reviewer\n can detect code-without-tests\n 4. Once annotations are in place, flip `enforce_tdd: true` in sdd/config.yml\n 5. To convert Partial → Implemented as you add tests, just push — the\n spec-reviewer agent handles it on every push\n\n Your code is unchanged. Only sdd/, documentation/, and root README were created.\n ```\n\n#### Import mode safety rules\n\n- **Never edit existing source code** during import — only read it\n- **Never overwrite existing `README.md`** — append the SDD section, preserve existing content\n- **Never overwrite existing `documentation/`** files — only create files that don't exist\n- **Always confirm derived REQs with the user** before writing — even in `auto` or `unleashed` mode (import mode is always interactive because inferring intent from code is genuinely judgment-required)\n- **Mark inferred intent explicitly** with `(inferred)` so the user knows what to validate first\n- **Default `enforce_tdd: false` for imports only** — never aggressively demote on a freshly imported spec; let the user add REQ-ID test names and `Implements REQ-X-NNN` source annotations first, then opt in. Greenfield `/sdd init` still defaults to `enforce_tdd: true`.\n\n---\n\n## /sdd edit {domain}\n\nModify requirements in an existing domain. Always interactive.\n\n### Behavior\n\n1. **Validate**: `sdd/{domain}.md` must exist. If not, suggest `/sdd add {domain}`.\n2. **Read context**: `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, `sdd/{domain}.md`\n3. **Ask the user**: \"What do you want to add or change in {domain}?\"\n4. **Draft the new or modified REQ** in the format defined by `~/.claude/skills/spec-driven-development/SKILL.md`\n5. **Validate against discipline rules**:\n - Forbidden content (per `sdd/config.yml` allowlist)\n - REQ length warnings\n - Status field is one word\n - All required fields present\n6. **Confirm with user**, then write the file\n7. **Update glossary** if new terms were introduced\n8. **Add a changelog entry** to `sdd/changes.md` (≤2 sentences, dated, user-facing)\n\nUser-authored content gets priority — never block the user on cleanup findings. Cleanup happens later via `/sdd clean`.\n\n**NEXT ACTION — MANDATORY**: if any new/modified REQ is `Planned` or `Partial` and the user intends to implement it, enter Plan Mode. No source files until the plan is approved. See `Plan Mode integration` in the skill.\n\n---\n\n## /sdd add {domain}\n\nCreate a new domain. Always interactive.\n\n### Behavior\n\n1. **Validate**: `sdd/{domain}.md` must NOT exist\n2. **Validate**: `sdd/` must exist (if not, suggest `/sdd init`)\n3. **Ask the user**: \"What does the {domain} domain cover?\"\n4. **Propose 5-15 initial REQs** based on the user's description\n5. **Confirm** with the user\n6. **Create `sdd/{domain}.md`**\n7. **Update `sdd/README.md`** domain index\n8. **Update `sdd/glossary.md`** with new terms\n9. **Add changelog entry** to `sdd/changes.md`\n\n**NEXT ACTION — MANDATORY**: after the new domain is written, enter Plan Mode. No source files until the plan is approved. See `Plan Mode integration` in the skill.\n\n---\n\n## /sdd clean\n\nRefactor a rotted spec. Mode-aware.\n\n### Behavior\n\n1. **Read `sdd/config.yml`** to determine mode (`interactive`, `auto`, `unleashed`)\n2. **Apply per-command flags**: `--interactive`, `--auto`, `--unleashed` override the config setting for this run\n3. **Validate working tree**: refuse if `git status --porcelain` is non-empty\n4. **In `auto` mode**: refuse if current branch is `main` or `master` without `--branch-confirmed`\n5. **In `unleashed` mode**: push directly to the current branch (no new branch, no PR); refuse to run on `main`/`master` without `--branch-confirmed`\n6. **Scan `sdd/` for findings**:\n - Strikethrough text in REQs (LOW)\n - Prose Status fields (LOW)\n - Implementation leakage in REQs per allowlist (LOW)\n - Oversized REQs >50 lines (MEDIUM/HIGH)\n - Fake-Deprecated REQs (no Replaced By) (MEDIUM, JUDGMENT)\n - Bloated `changes.md` >200 lines or >30 entries (RISKY, batched)\n - Status: Implemented REQs without test coverage (HIGH if `enforce_tdd: true`, otherwise report-only)\n - Status: Planned/Partial REQs with source code but no test (HIGH if `enforce_tdd: true`)\n - Test quality findings: tautologies, skipped tests, AC-count mismatch (HIGH/MEDIUM if `enforce_tdd: true`)\n - Doc-vs-spec conflicts (MEDIUM, JUDGMENT)\n7. **Apply per mode**:\n - **interactive**: report findings batch by batch, ask confirmation\n - **auto**: apply SAFE + RISKY silently, escalate JUDGMENT to `sdd/.review-needed.md`\n - **unleashed**: apply SAFE + RISKY + JUDGMENT (conservative defaults), commit per category, push directly to current branch\n8. **All commits tagged `[sdd-clean]`** to bypass spec-reviewer's round-detection\n9. **Backup before destructive ops**: archive `changes.md` to `changes-archive-YYYY-MM.md` before truncating\n10. **Write `sdd/.last-clean-run.md`** with full audit log\n11. **In unleashed mode**, each commit message includes its audit log excerpt so the user can review per-category when they return (also see `sdd/.last-clean-run.md`)\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\n| JUDGMENT type | Action |\n|---|---|\n| Doc-vs-spec conflict | Mark REQ as `Partial`, add `Notes:`, log to `.review-needed.md`. Never overwrite intent. |\n| Oversized REQ refactor | Extract implementation prose to `documentation/{relevant}.md`, leave Intent + AC verbatim in REQ. Never split. |\n| Fake-Deprecated REQ | Move to `## Out of Scope` section in domain README. Never delete. |\n\n---\n\n## /sdd autonomous\n\nSet the autonomy mode.\n\n### Behavior\n\n```\n/sdd autonomous on → write `mode: auto` to sdd/config.yml\n/sdd autonomous unleashed on → write `mode: unleashed` to sdd/config.yml\n/sdd autonomous off → write `mode: interactive` to sdd/config.yml\n/sdd autonomous status → print current mode + last 5 overrides from .user-overrides.md\n```\n\nIf `sdd/config.yml` doesn't exist, create it from the template first. If `sdd/` doesn't exist, error out: \"No SDD project here. Run `/sdd init` first.\"\n\n---\n\n## Arguments\n\n`$ARGUMENTS`: parsed as the sub-command and its arguments.\n\nExamples:\n- `/sdd` — print help screen\n- `/sdd init \"a marketplace for handmade crafts\"` — bootstrap with idea\n- `/sdd init` — bootstrap, ask for idea interactively\n- `/sdd edit authentication` — modify auth domain\n- `/sdd add notifications` — create new domain\n- `/sdd clean` — rescue rotted spec (per current mode)\n- `/sdd clean --unleashed` — force unleashed mode for this run\n- `/sdd autonomous on` — switch to auto mode\n- `/sdd autonomous unleashed on` — switch to unleashed mode\n- `/sdd autonomous status` — show current mode\n\n---\n\n## Implementation note\n\nThe `/sdd` command itself does not contain the SDD logic. It dispatches to the workflow described in `~/.claude/skills/spec-driven-development/SKILL.md`, the rules in `~/.claude/rules/spec-discipline.md`, and the templates in `~/.claude/skills/spec-driven-development/references/templates/`.\n\nWhen invoked, the agent should:\n1. Parse `$ARGUMENTS` to identify the sub-command\n2. Read the relevant sections of SKILL.md and the rules file\n3. Execute the sub-command's behavior as documented above\n4. Report results to the user\n", + "content": "# Spec-Driven Development\n\nTurn rough product ideas into structured specifications. Keep the spec honest as the project grows. The spec is the single source of truth for **what the product does and why**.\n\nThe structure, format, modes, and workflow are documented in the `spec-driven-development` skill (`~/.claude/skills/spec-driven-development/SKILL.md` for Claude; the equivalent skills directory for Codex/Gemini/OpenCode; for Copilot the skill is invoked via the `skill` tool by name). This file handles command parsing and routing.\n\n---\n\n## When the user types `/sdd` with no arguments\n\nPrint this help screen and exit. Do not invoke any sub-command unless the user provides one.\n\n```\nsdd — spec-driven development for Claude Code projects\n\n Turn rough product ideas into structured specifications.\n Keep the spec honest as the project grows.\n\nUSAGE\n /sdd Show this help\n /sdd [arguments] Run a subcommand\n\nSUBCOMMANDS\n init [idea] Bootstrap a new project (interactive). Creates\n sdd/, documentation/, root README, tests/,\n sdd/config.yml. Detects existing codebases and\n imports a derived spec instead of greenfield.\n edit Add or modify requirements in an existing\n domain. Always interactive.\n add Create a new domain in an existing spec.\n Always interactive.\n clean Refactor a rotted spec. Detects implementation\n leakage, fake-Deprecated REQs, oversized REQs,\n bloated changelogs. Mode-aware.\n autonomous Set autonomy mode. Actions: on | off |\n unleashed | unleashed off | status\n (off resets to interactive from any mode)\n\nAUTONOMY MODES\n interactive (default) Confirm every change before applying. Safe\n for new users and high-stakes specs.\n auto SAFE/RISKY fixes auto-applied on current\n branch. JUDGMENT items logged to\n sdd/.review-needed.md.\n unleashed Walk-away autopilot. Applies SAFE/RISKY/\n JUDGMENT with conservative defaults, commits\n per category, pushes. enforce_tdd forced\n true. Revert per-category SHA to undo.\n\nAUTO-RUN (no /sdd invocation needed)\n Once sdd/ exists, the SDD workflow runs automatically after every\n push: spec-reviewer updates sdd/ to match the code, then doc-updater\n updates documentation/. Both honor sdd/config.yml mode and\n sdd/.user-overrides.md skip list. Vibe-code without sdd/ works\n too — agents stay silent until you /sdd init.\n\nCONFIG (sdd/config.yml)\n mode interactive | auto | unleashed\n enforce_tdd true | false (default: true)\n test_globs [...] (test-file patterns)\n src_globs [...] (optional override)\n forbidden_content_allowlist {...}\n\nFILES\n sdd/.user-overrides.md Findings the agent skips (committed)\n sdd/.review-needed.md Findings escalated for human review\n sdd/.coverage-report.md Output when enforce_tdd: false\n sdd/.last-clean-run.md Audit log of the last /sdd clean\n\nDISCIPLINE TRIAD (loaded into all agents)\n spec-discipline What counts as a real requirement.\n Enforced by spec-reviewer.\n documentation-discipline What counts as real documentation\n (line/word budgets, lane separation).\n Enforced by doc-updater.\n tdd-discipline What counts as a real test (no text-\n matching theater, no tautology, no\n mock-only). Enforced by code-reviewer.\n Gated by enforce_tdd above.\n\nBYPASSING REVIEW (USER-only — agents must never use these)\n When the post-push review pipeline is genuinely blocking\n legitimate work (trivial doc edit, emergency hotfix, post-mortem\n push), three escape hatches preserve user agency:\n\n touch sdd/.skip-next-review One-shot sentinel; auto-deleted\n on use.\n \"skip review\" Magic phrase in any USER message\n \"skip verification\" after the candidate push line.\n 3-strike circuit breaker Built-in: after 3 blocks for the\n same un-acked PR HEAD SHA, the\n hook gives up automatically.\n\n These are USER-only. The assistant must never create the sentinel\n or write the magic phrase in its own output — that would defeat\n the entire enforcement layer. Hook misfires get fixed in code,\n not bypassed inline.\n\nEXAMPLES\n /sdd init \"vacation rental site for Pasman\"\n Bootstrap a new project from idea\n /sdd init Bootstrap; agent prompts for idea\n /sdd edit authentication Add or modify auth requirements\n /sdd add notifications Create a new domain\n /sdd clean Rescue a rotted spec\n /sdd clean --unleashed Force unleashed mode for one run\n /sdd autonomous on Switch to auto mode\n /sdd autonomous unleashed on Switch to walk-away autopilot\n /sdd autonomous status Show current mode + overrides\n\nLEARN MORE\n Skill ~/.claude/skills/spec-driven-development/SKILL.md\n Rules ~/.claude/rules/spec-discipline.md\n ~/.claude/rules/documentation-discipline.md\n ~/.claude/rules/tdd-discipline.md\n Templates ~/.claude/skills/spec-driven-development/references/templates/\n```\n\n---\n\n## /sdd init\n\nBootstrap a new project. Always interactive — you confirm the vision before any files are written.\n\n### Behavior\n\n1. **Check for existing sdd/**: if `sdd/` already exists, abort with:\n ```\n Error: sdd/ already exists in this project.\n To rescue an existing rotted spec, use /sdd clean.\n To overwrite (destructive), use /sdd init --force.\n ```\n2. **Detect existing code**: check for substantive source code in the project\n - Look for `src/`, `lib/`, `app/`, `pkg/`, language-specific directories\n - Look for project files: `package.json`, `Cargo.toml`, `go.mod`, `requirements.txt`, `pyproject.toml`, `Gemfile`, `pom.xml`, etc.\n - Count source files (`.py`, `.ts`, `.tsx`, `.js`, `.go`, `.rs`, `.rb`, `.java`, etc.) — if >5 source files exist, treat as **existing codebase**\n3. **Branch on detection**:\n - **Empty or near-empty project** → continue to step 4 (greenfield bootstrap)\n - **Existing codebase detected** → switch to **import mode** (jump to \"Import Mode\" section below)\n4. **Read the user's input**: `$ARGUMENTS` may contain a one-sentence idea, a paragraph, or be empty\n5. **If empty**, ask: \"What are you building? Describe in plain language — a sentence is enough.\"\n6. **Draft a vision** from the prose. Present for confirmation:\n > \"Here's what I think you're describing: {vision}. Is that right, or should I adjust?\"\n7. **Propose actors**. Use User and Admin as defaults. \"System\" is a qualifier, not an actor. Present a table.\n8. **Map the journey**. Ask one question:\n > \"Walk me through what happens from the moment someone first opens this until they're using it daily.\"\n From the answer, extract domains. If the user is brief, propose a journey yourself.\n9. **Propose 5-12 domains** with one-line descriptions and priorities. Present as a table.\n10. **Propose 3-7 design principles** specific to this product (not generic).\n11. **Draft requirements** for each domain (5-15 per domain). Present one domain at a time. Confirm before moving to the next.\n12. **Draft constraints** with CON-* IDs. Propose technology stack based on what the user has implied.\n13. **Read scaffolding templates** from `~/.claude/skills/spec-driven-development/references/templates/`:\n - `root-readme.md`\n - `sdd-readme.md`\n - `sdd-glossary.md`\n - `sdd-constraints.md`\n - `sdd-changes.md`\n - `sdd-config.yml`\n - `documentation-readme.md`\n - `documentation-architecture.md`\n - `documentation-api-reference.md`\n - `documentation-configuration.md`\n - `documentation-deployment.md`\n - `documentation-decisions-readme.md`\n14. **Substitute placeholders** (`{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}`, etc.) with values from the user's input and inferred context\n15. **Write the files**:\n - `sdd/README.md`, `sdd/glossary.md`, `sdd/constraints.md`, `sdd/changes.md`, `sdd/config.yml`\n - One file per domain in `sdd/{domain}.md` with the drafted REQs\n - `README.md` in repo root\n - `documentation/README.md`, `architecture.md`, `api-reference.md`, `configuration.md`, `deployment.md`\n - `documentation/decisions/README.md`\n - `tests/` (empty directory)\n16. **Print next steps**:\n ```\n ✓ Spec created at sdd/\n ✓ Documentation scaffolding at documentation/\n ✓ Root README.md linking both\n ✓ Test scaffolding at tests/\n ✓ sdd/config.yml created (mode: interactive)\n\n What to do next:\n 1. Review the spec at sdd/README.md\n 2. I'll enter Plan Mode next to lay out a tests-first\n implementation plan from the Planned REQs. Approve or\n revise before any source file is written.\n 3. tdd-guide authors the RED phase; spec-reviewer promotes\n Planned → Implemented on push.\n\n To switch modes:\n /sdd autonomous on → auto (recommended for solo dev)\n /sdd autonomous unleashed on → walk-away mode (PR-based review)\n ```\n\n17. **NEXT ACTION — MANDATORY**: enter Plan Mode. No code, tests, or config under `src/`, `lib/`, `app/`, `pkg/`, `tests/` before Plan Mode. Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize starting, never skipping. See `Plan Mode integration` in the `spec-driven-development` skill.\n\n### Import Mode (existing codebase)\n\nWhen step 2 detected substantive existing code, the agent enters import mode instead of greenfield bootstrap. This is the path for **converting an existing project to SDD**.\n\n#### Workflow\n\n1. **Confirm intent with the user**:\n > \"Detected existing codebase: {N} source files in src/, package.json present, framework: {detected}. Should I derive a spec from the existing code (recommended for SDD migration), or treat this as a fresh start (will ignore existing code)?\"\n - If user picks \"fresh start\": jump to step 4 in the greenfield flow above (ignore the existing code)\n - If user picks \"derive from code\" (default): continue\n2. **Analyze the project**:\n - Read `README.md` to extract project intent and feature list\n - Read `package.json` (or equivalent) for name, description, dependencies, scripts\n - Read top-level config files (`tsconfig.json`, `wrangler.toml`, `Cargo.toml`, etc.) to understand the runtime\n - Walk the directory tree under `src/`, `app/`, `lib/`, `pkg/` (project-language-aware) to identify modules\n3. **Identify domains from directory structure**. Heuristics:\n - `src/api/auth/` or `src/auth/` → \"Authentication\" domain\n - `src/api/billing/` or `src/billing/` → \"Billing\" or \"Subscription\" domain\n - `src/pages/` or `src/routes/` → \"UI\" or one domain per page section\n - `src/lib/` → utility libs, usually NOT a domain (referenced from other domains)\n - Top-level feature directories → one domain each\n - Generic structures (no clear domains): propose 3-5 broad domains and let the user refine\n4. **Read representative files** in each identified domain. For each module:\n - Route handlers / endpoint definitions → API contracts\n - Schema files (`zod`, `prisma`, `pydantic`) → data shapes\n - Auth middleware → security constraints\n - Test files → coverage map (which features have tests)\n5. **Derive REQs from observed behavior** (one per major feature/route/page). For each REQ:\n - **Intent**: inferred from naming, comments, README references. Mark with `(inferred)` if unclear so the user knows to validate.\n - **Acceptance Criteria**: describe **observable behavior** at the user-facing level. Strip implementation details (file paths, function names, hex codes go to documentation/, not the spec).\n - **Status**: tentatively `Implemented`. Will be auto-checked in step 7.\n - **Priority**: P0 for core flows (auth, primary user actions), P1 for supporting features, P2 for polish, P3 for stretch.\n - **Dependencies**: cross-domain REQ links discovered from imports.\n - **Verification**: `Automated test` if a test file references the feature, `Manual check` otherwise.\n6. **Identify cross-cutting constraints** by reading config files and middleware:\n - Tech stack from `package.json` / `Cargo.toml` / etc.\n - Security headers from middleware\n - Performance budgets from CI config\n - Compliance markers from privacy/legal files\n - Each becomes a `CON-*` entry in `sdd/constraints.md`\n7. **Run the import-time coverage baseline** (one-time pass during `/sdd init` only — future spec-reviewer runs respect the `enforce_tdd` config setting):\n - For each derived REQ marked `Status: Implemented`, search test files for the feature name or route path (NOT the REQ ID — the agent has not annotated tests yet, so this is a heuristic match for the import baseline only)\n - If found, keep `Implemented`. If not, demote to `Partial` with `Notes: No test coverage found during import analysis. Add REQ-{ID} to test names to restore Implemented status.`\n - Why this is a one-time pass: import-mode runs once on a fresh spec where no REQ IDs are in tests yet. After import, the user adds REQ IDs to tests over time, and the regular `enforce_tdd` setting takes over for steady-state runs.\n8. **Present the derived spec for confirmation**, one domain at a time:\n - Show the proposed REQs in the domain\n - Ask: \"Does this match what {domain} actually does? Add, remove, or modify any REQs?\"\n - User edits inline; agent adjusts\n9. **Optionally let the user fill in vision and principles**:\n - Vision: pre-fill from README. User confirms or rewrites.\n - Principles: ask \"What design principles should guide future changes? I see {N} themes in the existing code: {list}.\" User confirms or replaces.\n10. **Write the same scaffolding as greenfield init**, plus the derived REQs:\n - `sdd/README.md` with derived domain index and Out of Scope section (empty)\n - One `sdd/{domain}.md` per derived domain with the validated REQs\n - `sdd/constraints.md` with derived CON-* entries\n - `sdd/glossary.md` with terms inferred from code (vendor names, protocols, domain concepts)\n - `sdd/changes.md` with one entry: `## YYYY-MM-DD\\n- Initial spec imported from existing codebase via /sdd init (N requirements across M domains)`\n - `sdd/config.yml` with `mode: interactive` and `enforce_tdd: false` (respect existing-project caution — the imported code predates the annotation convention; user opts in after adding annotations)\n - `documentation/` scaffolding from templates, with backlinks to derived REQs where applicable\n - Root `README.md` updated to reference `sdd/` and `documentation/` (preserve existing content if already present — append the SDD section)\n11. **Print next steps for the imported project**:\n ```\n ✓ Spec imported from existing codebase\n ✓ {N} requirements across {M} domains\n ✓ {X} marked Implemented (tests found)\n ✓ {Y} marked Partial (no tests found — see Notes: field)\n ✓ {Z} CON-* constraints derived\n ✓ documentation/ scaffolding created (existing files preserved)\n ✓ sdd/config.yml created (mode: interactive, enforce_tdd: false)\n\n The spec describes what the code currently does. Review it and:\n 1. Adjust requirements that don't match your intent\n 2. Add REQ IDs to test names so spec-reviewer can verify Implemented status\n (e.g., test('REQ-AUTH-001: rejects expired tokens', () => {...}))\n 3. Add `Implements REQ-X-NNN` comments to source files so spec-reviewer\n can detect code-without-tests\n 4. Once annotations are in place, flip `enforce_tdd: true` in sdd/config.yml\n 5. To convert Partial → Implemented as you add tests, just push — the\n spec-reviewer agent handles it on every push\n\n Your code is unchanged. Only sdd/, documentation/, and root README were created.\n ```\n\n#### Import mode safety rules\n\n- **Never edit existing source code** during import — only read it\n- **Never overwrite existing `README.md`** — append the SDD section, preserve existing content\n- **Never overwrite existing `documentation/`** files — only create files that don't exist\n- **Always confirm derived REQs with the user** before writing — even in `auto` or `unleashed` mode (import mode is always interactive because inferring intent from code is genuinely judgment-required)\n- **Mark inferred intent explicitly** with `(inferred)` so the user knows what to validate first\n- **Default `enforce_tdd: false` for imports only** — never aggressively demote on a freshly imported spec; let the user add REQ-ID test names and `Implements REQ-X-NNN` source annotations first, then opt in. Greenfield `/sdd init` still defaults to `enforce_tdd: true`.\n\n---\n\n## /sdd edit {domain}\n\nModify requirements in an existing domain. Always interactive.\n\n### Behavior\n\n1. **Validate**: `sdd/{domain}.md` must exist. If not, suggest `/sdd add {domain}`.\n2. **Read context**: `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, `sdd/{domain}.md`\n3. **Ask the user**: \"What do you want to add or change in {domain}?\"\n4. **Draft the new or modified REQ** in the format defined by `~/.claude/skills/spec-driven-development/SKILL.md`\n5. **Validate against discipline rules**:\n - Forbidden content (per `sdd/config.yml` allowlist)\n - REQ length warnings\n - Status field is one word\n - All required fields present\n6. **Confirm with user**, then write the file\n7. **Update glossary** if new terms were introduced\n8. **Add a changelog entry** to `sdd/changes.md` (≤2 sentences, dated, user-facing)\n\nUser-authored content gets priority — never block the user on cleanup findings. Cleanup happens later via `/sdd clean`.\n\n**NEXT ACTION — MANDATORY**: if any new/modified REQ is `Planned` or `Partial` and the user intends to implement it, enter Plan Mode. No source files until the plan is approved. See `Plan Mode integration` in the skill.\n\n---\n\n## /sdd add {domain}\n\nCreate a new domain. Always interactive.\n\n### Behavior\n\n1. **Validate**: `sdd/{domain}.md` must NOT exist\n2. **Validate**: `sdd/` must exist (if not, suggest `/sdd init`)\n3. **Ask the user**: \"What does the {domain} domain cover?\"\n4. **Propose 5-15 initial REQs** based on the user's description\n5. **Confirm** with the user\n6. **Create `sdd/{domain}.md`**\n7. **Update `sdd/README.md`** domain index\n8. **Update `sdd/glossary.md`** with new terms\n9. **Add changelog entry** to `sdd/changes.md`\n\n**NEXT ACTION — MANDATORY**: after the new domain is written, enter Plan Mode. No source files until the plan is approved. See `Plan Mode integration` in the skill.\n\n---\n\n## /sdd clean\n\nRefactor a rotted spec. Mode-aware.\n\n### Behavior\n\n1. **Read `sdd/config.yml`** to determine mode (`interactive`, `auto`, `unleashed`)\n2. **Apply per-command flags**: `--interactive`, `--auto`, `--unleashed` override the config setting for this run\n3. **Validate working tree**: refuse if `git status --porcelain` is non-empty\n4. **In `auto` mode**: refuse if current branch is `main` or `master` without `--branch-confirmed`\n5. **In `unleashed` mode**: push directly to the current branch (no new branch, no PR); refuse to run on `main`/`master` without `--branch-confirmed`\n6. **Scan `sdd/` for findings**:\n - Strikethrough text in REQs (LOW)\n - Prose Status fields (LOW)\n - Implementation leakage in REQs per allowlist (LOW)\n - Oversized REQs >50 lines (MEDIUM/HIGH)\n - Fake-Deprecated REQs (no Replaced By) (MEDIUM, JUDGMENT)\n - Bloated `changes.md` >200 lines or >30 entries (RISKY, batched)\n - Status: Implemented REQs without test coverage (HIGH if `enforce_tdd: true`, otherwise report-only)\n - Status: Planned/Partial REQs with source code but no test (HIGH if `enforce_tdd: true`)\n - Test quality findings: tautologies, skipped tests, AC-count mismatch (HIGH/MEDIUM if `enforce_tdd: true`)\n - Doc-vs-spec conflicts (MEDIUM, JUDGMENT)\n7. **Apply per mode**:\n - **interactive**: report findings batch by batch, ask confirmation\n - **auto**: apply SAFE + RISKY silently, escalate JUDGMENT to `sdd/.review-needed.md`\n - **unleashed**: apply SAFE + RISKY + JUDGMENT (conservative defaults), commit per category, push directly to current branch\n8. **All commits tagged `[sdd-clean]`** to bypass spec-reviewer's round-detection\n9. **Backup before destructive ops**: archive `changes.md` to `changes-archive-YYYY-MM.md` before truncating\n10. **Write `sdd/.last-clean-run.md`** with full audit log\n11. **In unleashed mode**, each commit message includes its audit log excerpt so the user can review per-category when they return (also see `sdd/.last-clean-run.md`)\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\n| JUDGMENT type | Action |\n|---|---|\n| Doc-vs-spec conflict | Mark REQ as `Partial`, add `Notes:`, log to `.review-needed.md`. Never overwrite intent. |\n| Oversized REQ refactor | Extract implementation prose to `documentation/{relevant}.md`, leave Intent + AC verbatim in REQ. Never split. |\n| Fake-Deprecated REQ | Move to `## Out of Scope` section in domain README. Never delete. |\n\n---\n\n## /sdd autonomous\n\nSet the autonomy mode.\n\n### Behavior\n\n```\n/sdd autonomous on → write `mode: auto` to sdd/config.yml\n/sdd autonomous unleashed on → write `mode: unleashed` to sdd/config.yml\n/sdd autonomous off → write `mode: interactive` (resets from auto OR unleashed)\n/sdd autonomous unleashed off → alias for `off` (same behavior)\n/sdd autonomous status → print current mode + last 5 overrides from .user-overrides.md\n```\n\nIf `sdd/config.yml` doesn't exist, create it from the template first. If `sdd/` doesn't exist, error out: \"No SDD project here. Run `/sdd init` first.\"\n\n---\n\n## Arguments\n\n`$ARGUMENTS`: parsed as the sub-command and its arguments.\n\nExamples:\n- `/sdd` — print help screen\n- `/sdd init \"a marketplace for handmade crafts\"` — bootstrap with idea\n- `/sdd init` — bootstrap, ask for idea interactively\n- `/sdd edit authentication` — modify auth domain\n- `/sdd add notifications` — create new domain\n- `/sdd clean` — rescue rotted spec (per current mode)\n- `/sdd clean --unleashed` — force unleashed mode for this run\n- `/sdd autonomous on` — switch to auto mode\n- `/sdd autonomous unleashed on` — switch to unleashed mode\n- `/sdd autonomous status` — show current mode\n\n---\n\n## Implementation note\n\nThe `/sdd` command itself does not contain the SDD logic. It dispatches to the workflow described in `~/.claude/skills/spec-driven-development/SKILL.md`, the rules in `~/.claude/rules/spec-discipline.md`, and the templates in `~/.claude/skills/spec-driven-development/references/templates/`.\n\nWhen invoked, the agent should:\n1. Parse `$ARGUMENTS` to identify the sub-command\n2. Read the relevant sections of SKILL.md and the rules file\n3. Execute the sub-command's behavior as documented above\n4. Report results to the user\n", "modes": [ "advanced" ] @@ -622,7 +646,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".codex/AGENTS.md", "contentType": "text/markdown; charset=utf-8", - "content": "# CI Monitoring After Push\n\nA single push can trigger multiple GitHub Actions workflows (PR Checks, Fuzz, CodeQL, etc.). You MUST wait for ALL of them to pass before deploying or proceeding.\n\n## After every push\n\n1. Run a single background Bash poll loop (timeout 600000ms) that checks ALL runs every 15s until all complete AND all succeed:\n ```\n while true; do\n echo \"$(date +%H:%M:%S)\"\n gh run list --branch --limit 5 --json databaseId,name,status,conclusion \\\n --template '{{range .}}{{.databaseId}}{{\"\\t\"}}{{.name}}{{\"\\t\"}}{{.status}}{{\"\\t\"}}{{.conclusion}}{{\"\\n\"}}{{end}}'\n ALL_DONE=$(gh run list --branch --limit 5 --json status \\\n --template '{{$all := true}}{{range .}}{{if ne .status \"completed\"}}{{$all = false}}{{end}}{{end}}{{$all}}')\n if [ \"$ALL_DONE\" = \"true\" ]; then\n ANY_FAILED=$(gh run list --branch --limit 5 --json conclusion \\\n --template '{{$fail := false}}{{range .}}{{if ne .conclusion \"success\"}}{{$fail = true}}{{end}}{{end}}{{$fail}}')\n if [ \"$ANY_FAILED\" = \"true\" ]; then\n echo \"COMPLETED WITH FAILURES\"\n else\n echo \"ALL GREEN\"\n fi\n break\n fi\n sleep 15\n done\n ```\n Use `run_in_background: true` so the poll does not burn context tokens. You will be notified when it finishes.\n2. When notified, read the output. If it ends with `ALL GREEN`, CI passed. If it ends with `COMPLETED WITH FAILURES`, identify the failed run IDs from the output, run `gh run view $RUN_ID --log-failed`, fix the issue, commit, push, then go back to step 1.\n3. NEVER report CI as passing unless the poll output ends with `ALL GREEN`. The poll checks BOTH completion AND success — a run that completed with `failure` conclusion is NOT green.\n4. NEVER deploy to integration until every CI run from the push is green.\n5. Do NOT use `gh run watch` — it hangs.\n6. Before pushing a new commit, cancel any still-running CI runs from a previous push on the same branch — they are stale and waste resources:\n ```\n gh run list --branch --limit 5 --json databaseId,status --jq '.[] | select(.status != \"completed\") | .databaseId' | xargs -I{} gh run cancel {}\n ```\n\n---\n\n# Codeflare Environment Rules\n\n## Technology Defaults\n\nBy default, new projects deploy to Cloudflare Workers. Use compatible technologies unless the user explicitly requests a different stack or deployment target (e.g., AWS, Vercel, Django, Rails).\n\n**Default stack:** HTML/CSS/JS, TypeScript, Hono, itty-router, SolidJS, React, Vue, Svelte, Astro, SolidStart (CF adapter), Cloudflare D1 (database), KV (key-value), R2 (file storage), Durable Objects, Workers AI.\n\n**Avoid unless user explicitly asks:** Python backends, Go, Ruby, Java, PHP, Docker, PostgreSQL, MySQL, MongoDB, Redis server, Node.js-specific APIs (fs, child_process, net). Workers uses a web-standard runtime, not Node.js.\n\nIf the user does not specify a deployment target or tech preference, use Cloudflare-compatible tech and steer toward the Cloudflare equivalent without mentioning limitations. If the user explicitly requests a specific technology or platform, respect their choice — stop recommending Cloudflare stack for that project and document the technology decision as an architectural decision in the project's docs (ADR, DECISIONS.md, or README).\n\n**Web-standard API mappings** (only when using the Workers runtime — skip these if the user has chosen a different runtime):\n- `fetch()` not `http`/`https` modules\n- `crypto.subtle` / `crypto.getRandomValues()` not Node.js `require('crypto')` (Web Crypto API is available natively)\n- `Request`/`Response` not `req`/`res` Express objects\n- `URL`/`URLSearchParams` not `querystring`\n- `TextEncoder`/`TextDecoder` not `Buffer`\n- `structuredClone()` not `JSON.parse(JSON.stringify())`\n- `AbortSignal.timeout(ms)` for fetch/request timeouts, not manual `setTimeout` + `AbortController` wrapper\n- `globalThis` not `global` or `window`\n\n## Environment\n\n- 1-CPU container. See [no-local-builds.md](./no-local-builds.md) for local execution restrictions.\n- No browser. Use `BROWSER=\"\"` prefix for CLI tools that might try to open one.\n- Git over HTTPS only, no SSH keys.\n- `gh` CLI is pre-installed.\n\n## Project Structure\n\nCreate new projects inside `~/workspace//`. Never build in `~/workspace/` root.\n\n## Security\n\n- Never commit secrets or API keys. Global gitignore at `~/.gitignore_global` covers common patterns.\n- Use `@users.noreply.github.com` for git identity, never the user's real email.\n- Use `printf '%s'` (not `echo`) when piping secrets to commands.\n\n## Commits\n\nNever add Co-Authored-By, AI attribution, emoji, or \"Generated with Claude\" to commits or PRs. Use plain, descriptive commit messages.\n\n## Communication\n\nAssume users are non-technical unless they demonstrate otherwise. Avoid jargon. Focus on what the project does, not what technology it uses. Never say \"that's not possible\" — find the closest achievable version.\n\n---\n\n# Coding Style\n\n## Immutability (CRITICAL)\n\nALWAYS create new objects, NEVER mutate existing ones:\n\n```\n// Pseudocode\nWRONG: modify(original, field, value) → changes original in-place\nCORRECT: update(original, field, value) → returns new copy with change\n```\n\nRationale: Immutable data prevents hidden side effects, makes debugging easier, and enables safe concurrency.\n\nNEVER set object fields to `undefined` in patches meant for JSON storage.\n`JSON.stringify` strips `undefined` values, silently deleting fields.\nUse explicit reset values or omit the field from the patch.\n\n## File Organization\n\nMANY SMALL FILES > FEW LARGE FILES:\n- High cohesion, low coupling\n- 200-400 lines typical, 800 max\n- Extract utilities from large modules\n- Organize by feature/domain, not by type\n\n## Error Handling\n\nALWAYS handle errors comprehensively:\n- Handle errors explicitly at every level\n- Provide user-friendly error messages in UI-facing code\n- Log detailed error context on the server side\n- Never silently swallow errors\n\n## Input Validation\n\nALWAYS validate at system boundaries:\n- Validate all user input before processing\n- Use schema-based validation where available\n- Fail fast with clear error messages\n- Never trust external data (API responses, user input, file content)\n\n## Documentation Integrity\n\nWhen you change any of the following, update the relevant project documentation in the same commit:\n- Public APIs or route signatures\n- Environment variables or configuration\n- CI/CD workflows\n- Architecture or data flow\n\nLook for `documentation/` folder and `documentation/decisions/README.md` for ADRs. If the project has no docs, suggest creating them for significant changes.\n\n## Code Quality Checklist\n\nBefore marking work complete:\n- [ ] Code is readable and well-named\n- [ ] Functions are small (<50 lines)\n- [ ] Files are focused (<800 lines)\n- [ ] No deep nesting (>4 levels)\n- [ ] Proper error handling\n- [ ] No hardcoded values (use constants or config)\n- [ ] No mutation (immutable patterns used)\n- [ ] No `undefined` in objects destined for JSON serialization\n- [ ] All callers of modified functions checked for compatibility\n- [ ] Documentation updated for public API/config/architecture changes (if project has docs)\n\n---\n\n# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.codex/settings.json.\n\n## Pre-Push: Review workflow is gated on SDD bootstrap\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n proceeds with **no review agents**. Nothing fires. No code-reviewer,\n no spec-reviewer, no doc-updater, no auto-generated documentation.\n Pure friction-free push. This is intentional: projects that haven't\n run `/sdd init` are telling you they don't want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — all three review\n agents run in the background alongside the push per the execution\n order below. Push immediately — do not wait for reviews to complete.\n When they return, fix any HIGH or CRITICAL findings in a follow-up\n commit.\n\nThe `git-push-review-reminder.sh` PreToolUse hook enforces this: it\nchecks for `sdd/` + `sdd/README.md` and emits the three-agent reminder\nonly when both exist. On non-SDD projects the hook exits silently and\nno reminder is injected, so no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\npost-push workflow is the only thing that's gated.\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n\n---\n\n# Security Guidelines\n\n## Mandatory Security Checks\n\nBefore ANY commit:\n- [ ] No hardcoded secrets (API keys, passwords, tokens)\n- [ ] All user inputs validated\n- [ ] SQL injection prevention (parameterized queries)\n- [ ] XSS prevention (sanitized HTML)\n- [ ] CSRF protection enabled\n- [ ] Authentication/authorization verified\n- [ ] Rate limiting on all endpoints\n- [ ] Error messages don't leak sensitive data\n\n## Secret Management\n\n- NEVER hardcode secrets in source code\n- ALWAYS use environment variables or a secret manager\n- Validate that required secrets are present at startup\n- Rotate any secrets that may have been exposed\n\n## Security Response Protocol\n\nIf security issue found:\n1. STOP immediately\n2. Use **security-reviewer** agent\n3. Fix CRITICAL issues before continuing\n4. Rotate any exposed secrets\n5. Review entire codebase for similar issues\n\n---\n\n# Deploy Credentials\n\nGitHub and Cloudflare credentials are **optional**. They may be pre-configured via Settings > Push & Deploy, but many users will not have them set.\n\n## Environment Variables\n\nThese variables are only present if the user configured them in Settings. Always check before assuming they exist.\n\n| Variable | What it enables |\n|---|---|\n| `GH_TOKEN` | GitHub fine-grained PAT. Auto-detected by `gh` CLI and git credential helper. |\n| `CLOUDFLARE_API_TOKEN` | Cloudflare API token. Auto-detected by `wrangler` CLI. |\n| `CLOUDFLARE_ACCOUNT_ID` | Cloudflare account ID. Auto-detected by `wrangler` CLI. |\n\n## What You Can Do with GH_TOKEN\n\nWhen `GH_TOKEN` is set, all of the following work without any manual auth:\n\n**Git operations:**\n- `git push`, `git pull`, `git clone` (HTTPS remotes, auto-authenticated via credential helper)\n- `git push -u origin HEAD` (set upstream and push)\n\n**Repository management:**\n- `gh repo create --public --source=. --remote=origin --push`\n- `gh repo clone /`\n- `gh repo delete / --yes`\n- `gh repo list` (find user's repositories)\n\n**Pull requests:**\n- `gh pr create --title \"...\" --body \"...\"`\n- `gh pr list`, `gh pr view`, `gh pr merge`\n\n**CI / GitHub Actions:**\n- `gh run list`, `gh run view `, `gh run view --log-failed`\n- `gh run cancel ` (cancel stale CI runs)\n- `gh secret set ` (set repository secrets for CI workflows)\n- `gh secret list` (verify secrets are stored)\n\n**User identity:**\n- `gh api user --jq '.login'` (get GitHub username)\n- `gh api user --jq '.name'` (get display name)\n- `gh auth status` (verify token is active)\n\n## What You Can Do with CLOUDFLARE_API_TOKEN\n\nWhen both `CLOUDFLARE_API_TOKEN` and `CLOUDFLARE_ACCOUNT_ID` are set, all wrangler commands work without manual auth:\n\n**Deploy:**\n- `npx -y wrangler deploy` (deploy Worker to Cloudflare)\n- `npx -y wrangler pages deploy ` (deploy Pages project)\n\n**D1 databases:**\n- `npx -y wrangler d1 create ` (create database, returns database_id for wrangler.toml)\n- `npx -y wrangler d1 execute --remote --file=schema.sql` (apply schema)\n- `npx -y wrangler d1 execute --remote --command=\"SELECT * FROM ...\"` (run queries)\n\n**R2 storage:**\n- `npx -y wrangler r2 bucket create ` (create bucket)\n- `npx -y wrangler r2 bucket list` (list existing buckets)\n\n**KV namespaces:**\n- `npx -y wrangler kv namespace create ` (create namespace, returns id for wrangler.toml)\n- `npx -y wrangler kv namespace list` (list existing namespaces)\n- `npx -y wrangler kv key put --namespace-id= ` (set a key)\n\n**Secrets:**\n- `printf '%s' \"value\" | npx -y wrangler secret put ` (set Worker secret)\n- `npx -y wrangler secret list` (list secret names)\n\n**Other:**\n- `npx -y wrangler tail` (live-tail Worker logs)\n- `npx -y wrangler whoami` (verify token and account)\n\n## Behavior — Check, Then Fallback\n\nThese tokens are optional. When you need GitHub or Cloudflare access:\n\n**Step 1: Check if env vars are set**\n```bash\necho \"${GH_TOKEN:+set}\" # prints \"set\" if available\necho \"${CLOUDFLARE_API_TOKEN:+set}\" # prints \"set\" if available\n```\n\n**Step 2a: If set** — use them directly. Do not ask the user to authenticate again.\n\n**Step 2b: If NOT set** — offer the user three options:\n1. **Settings (persistent):** \"You can connect your GitHub/Cloudflare account in Settings > Push & Deploy. This will apply to all future sessions. You'll need to start a new session for the tokens to take effect.\"\n2. **CLI auth (this session only):** For GitHub: `BROWSER=\"\" gh auth login --hostname github.com --git-protocol https --web`. For Cloudflare: ask the user to paste their token.\n3. **Export in terminal (this session only):** The user can set the variables manually:\n ```bash\n export GH_TOKEN=\"github_pat_...\"\n export CLOUDFLARE_API_TOKEN=\"...\"\n export CLOUDFLARE_ACCOUNT_ID=\"...\"\n ```\n\nNever assume tokens are present. Always check first.\n\n## Security\n\n- The safest way to handle secrets is for the user to run commands manually in a separate terminal tab. This keeps secrets out of the AI conversation history. When a command involves a secret value, give the user the exact command to paste in a terminal tab rather than running it yourself in the chat.\n- Always use `printf '%s'` (not `echo`) when piping secrets to commands.\n- Never log or redisplay token values after receiving them.\n\n## Important Notes\n\n- Always use `BROWSER=\"\"` prefix when running `gh auth login` or any CLI that might try to open a browser.\n- When creating Cloudflare resources, capture the output IDs and update `wrangler.toml` with real values.\n- Durable Objects do not need pre-provisioning - wrangler handles them automatically during deploy.\n- Tokens configured in Settings take effect on next session start, not immediately.\n- When storing secrets as GitHub Actions secrets, use file redirect instead of pipe:\n ```bash\n # WRONG — can store empty values in some environments:\n printf '%s' \"$SECRET\" | gh secret set SECRET_NAME\n # CORRECT — reliable across all environments:\n TMP=$(mktemp) && echo -n \"$SECRET\" > \"$TMP\" && gh secret set SECRET_NAME < \"$TMP\" && rm \"$TMP\"\n ```\n- When running wrangler in CI, use `npx --yes wrangler deploy` (not `cloudflare/wrangler-action`) to always get the latest version and avoid interactive prompts.\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Go specific content.\n\n## Formatting\n\n- **gofmt** and **goimports** are mandatory — no style debates\n\n## Design Principles\n\n- Accept interfaces, return structs\n- Keep interfaces small (1-3 methods)\n\n## Error Handling\n\nAlways wrap errors with context:\n\n```go\nif err != nil {\n return fmt.Errorf(\"failed to create user: %w\", err)\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Patterns\n\n## Functional Options\n\n```go\ntype Option func(*Server)\n\nfunc WithPort(port int) Option {\n return func(s *Server) { s.port = port }\n}\n\nfunc NewServer(opts ...Option) *Server {\n s := &Server{port: 8080}\n for _, opt := range opts {\n opt(s)\n }\n return s\n}\n```\n\n## Small Interfaces\n\nDefine interfaces where they are used, not where they are implemented.\n\n## Dependency Injection\n\nUse constructor functions to inject dependencies:\n\n```go\nfunc NewUserService(repo UserRepository, logger Logger) *UserService {\n return &UserService{repo: repo, logger: logger}\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Security\n\n> This file extends [common/security.md](../common/security.md) with Go specific content.\n\n## Secret Management\n\n```go\napiKey := os.Getenv(\"OPENAI_API_KEY\")\nif apiKey == \"\" {\n log.Fatal(\"OPENAI_API_KEY not configured\")\n}\n```\n\n## Security Scanning\n\n- Use **gosec** for static security analysis:\n ```bash\n gosec ./...\n ```\n\n## Context & Timeouts\n\nAlways use `context.Context` for timeout control:\n\n```go\nctx, cancel := context.WithTimeout(ctx, 5*time.Second)\ndefer cancel()\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse the standard `go test` with **table-driven tests**.\n\n## Race Detection (CI only)\n\nAlways run with the `-race` flag in CI:\n\n```bash\ngo test -race ./...\n```\n\n## Coverage (CI only)\n\n```bash\ngo test -cover ./...\n```\n\n---\n\n# No Local Builds, Tests, or Lint\n\nThis container has 1 vCPU. Running CPU-intensive commands locally will crash the session.\n\n## Forbidden commands (unless user explicitly overrides)\n\nNever run any of these locally:\n\n- `vitest`, `npm test`, `npm run test`, `npx vitest`\n- `npm run build`, `npm run dev`, `npx wrangler dev`\n- `npx tsc`, `npm run typecheck`\n- `npm run lint`, `npx oxlint`, `npx eslint`\n- Any other test runner, bundler, compiler, or dev server\n\n## What to do instead\n\n- Use GitHub Actions CI to run tests, builds, linting, and type checking.\n- To verify changes, push to the branch and check CI results with `gh run list` and `gh run view`.\n- Use the **code-reviewer** agent to catch issues before pushing (static analysis, no compilation).\n- If you need to check syntax or logic, read the code — do not compile it.\n- Auto-formatting tools (prettier, gofmt, etc.) also should NOT run locally — they are CPU-intensive on large codebases.\n\n## Override procedure\n\nIf the user explicitly asks to run one of these commands locally:\n\n1. Warn them: \"This project has a rule against running builds/tests locally because the container only has 1 vCPU and it will likely freeze the session. Are you sure you want to run this locally?\"\n2. Only proceed if the user confirms after seeing the warning.\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Python specific content.\n\n## Standards\n\n- Follow **PEP 8** conventions\n- Use **type annotations** on all function signatures\n\n## Immutability\n\nPrefer immutable data structures:\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass(frozen=True)\nclass User:\n name: str\n email: str\n\nfrom typing import NamedTuple\n\nclass Point(NamedTuple):\n x: float\n y: float\n```\n\n## Formatting\n\n- **black** for code formatting\n- **isort** for import sorting\n- **ruff** for linting\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Patterns\n\n## Protocol (Duck Typing)\n\n```python\nfrom typing import Protocol\n\nclass Repository(Protocol):\n def find_by_id(self, id: str) -> dict | None: ...\n def save(self, entity: dict) -> dict: ...\n```\n\n## Dataclasses as DTOs\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass\nclass CreateUserRequest:\n name: str\n email: str\n age: int | None = None\n```\n\n## Context Managers & Generators\n\n- Use context managers (`with` statement) for resource management\n- Use generators for lazy evaluation and memory-efficient iteration\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Security\n\n> This file extends [common/security.md](../common/security.md) with Python specific content.\n\n## Secret Management\n\n```python\nimport os\nfrom dotenv import load_dotenv\n\nload_dotenv()\n\napi_key = os.environ[\"OPENAI_API_KEY\"] # Raises KeyError if missing\n```\n\n## Security Scanning\n\n- Use **bandit** for static security analysis:\n ```bash\n bandit -r src/\n ```\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **pytest** as the testing framework.\n\n## Coverage (CI only)\n\n```bash\npytest --cov=src --cov-report=term-missing\n```\n\n## Test Organization\n\nUse `pytest.mark` for test categorization:\n\n```python\nimport pytest\n\n@pytest.mark.unit\ndef test_calculate_total():\n ...\n\n@pytest.mark.integration\ndef test_database_connection():\n ...\n```\n\n---\n\n# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Swift specific content.\n\n## Formatting\n\n- **SwiftFormat** for auto-formatting, **SwiftLint** for style enforcement\n- `swift-format` is bundled with Xcode 16+ as an alternative\n\n## Immutability\n\n- Prefer `let` over `var` — define everything as `let` and only change to `var` if the compiler requires it\n- Use `struct` with value semantics by default; use `class` only when identity or reference semantics are needed\n\n## Naming\n\nFollow [Apple API Design Guidelines](https://www.swift.org/documentation/api-design-guidelines/):\n\n- Clarity at the point of use — omit needless words\n- Name methods and properties for their roles, not their types\n- Use `static let` for constants over global constants\n\n## Error Handling\n\nUse typed throws (Swift 6+) and pattern matching:\n\n```swift\nfunc load(id: String) throws(LoadError) -> Item {\n guard let data = try? read(from: path) else {\n throw .fileNotFound(id)\n }\n return try decode(data)\n}\n```\n\n## Concurrency\n\nEnable Swift 6 strict concurrency checking. Prefer:\n\n- `Sendable` value types for data crossing isolation boundaries\n- Actors for shared mutable state\n- Structured concurrency (`async let`, `TaskGroup`) over unstructured `Task {}`\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Patterns\n\n## Protocol-Oriented Design\n\nDefine small, focused protocols. Use protocol extensions for shared defaults:\n\n```swift\nprotocol Repository: Sendable {\n associatedtype Item: Identifiable & Sendable\n func find(by id: Item.ID) async throws -> Item?\n func save(_ item: Item) async throws\n}\n```\n\n## Value Types\n\n- Use structs for data transfer objects and models\n- Use enums with associated values to model distinct states:\n\n```swift\nenum LoadState: Sendable {\n case idle\n case loading\n case loaded(T)\n case failed(Error)\n}\n```\n\n## Actor Pattern\n\nUse actors for shared mutable state instead of locks or dispatch queues:\n\n```swift\nactor Cache {\n private var storage: [Key: Value] = [:]\n\n func get(_ key: Key) -> Value? { storage[key] }\n func set(_ key: Key, value: Value) { storage[key] = value }\n}\n```\n\n## Dependency Injection\n\nInject protocols with default parameters — production uses defaults, tests inject mocks:\n\n```swift\nstruct UserService {\n private let repository: any UserRepository\n\n init(repository: any UserRepository = DefaultUserRepository()) {\n self.repository = repository\n }\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Security\n\n> This file extends [common/security.md](../common/security.md) with Swift specific content.\n\n## Secret Management\n\n- Use **Keychain Services** for sensitive data (tokens, passwords, keys) — never `UserDefaults`\n- Use environment variables or `.xcconfig` files for build-time secrets\n- Never hardcode secrets in source — decompilation tools extract them trivially\n\n```swift\nlet apiKey = ProcessInfo.processInfo.environment[\"API_KEY\"]\nguard let apiKey, !apiKey.isEmpty else {\n fatalError(\"API_KEY not configured\")\n}\n```\n\n## Transport Security\n\n- App Transport Security (ATS) is enforced by default — do not disable it\n- Use certificate pinning for critical endpoints\n- Validate all server certificates\n\n## Input Validation\n\n- Sanitize all user input before display to prevent injection\n- Use `URL(string:)` with validation rather than force-unwrapping\n- Validate data from external sources (APIs, deep links, pasteboard) before processing\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **Swift Testing** (`import Testing`) for new tests. Use `@Test` and `#expect`:\n\n```swift\n@Test(\"User creation validates email\")\nfunc userCreationValidatesEmail() throws {\n #expect(throws: ValidationError.invalidEmail) {\n try User(email: \"not-an-email\")\n }\n}\n```\n\n## Test Isolation\n\nEach test gets a fresh instance — set up in `init`, tear down in `deinit`. No shared mutable state between tests.\n\n## Parameterized Tests\n\n```swift\n@Test(\"Validates formats\", arguments: [\"json\", \"xml\", \"csv\"])\nfunc validatesFormat(format: String) throws {\n let parser = try Parser(format: format)\n #expect(parser.isValid)\n}\n```\n\n## Coverage\n\n```bash\nswift test --enable-code-coverage\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with TypeScript/JavaScript specific content.\n\n## Immutability\n\nUse spread operator for immutable updates:\n\n```typescript\n// WRONG: Mutation\nfunction updateUser(user, name) {\n user.name = name // MUTATION!\n return user\n}\n\n// CORRECT: Immutability\nfunction updateUser(user, name) {\n return {\n ...user,\n name\n }\n}\n```\n\n## Error Handling\n\nUse async/await with try-catch:\n\n```typescript\ntry {\n const result = await riskyOperation()\n return result\n} catch (error) {\n console.error('Operation failed:', error)\n throw new Error('Detailed user-friendly message')\n}\n```\n\n## Input Validation\n\nUse Zod for schema-based validation:\n\n```typescript\nimport { z } from 'zod'\n\nconst schema = z.object({\n email: z.string().email(),\n age: z.number().int().min(0).max(150)\n})\n\nconst validated = schema.parse(input)\n```\n\n## Console.log\n\n- No `console.log` statements in production code\n- Use proper logging libraries instead\n- See hooks for automatic detection\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Patterns\n\n## API Response Format\n\n```typescript\ninterface ApiResponse {\n success: boolean\n data?: T\n error?: string\n meta?: {\n total: number\n page: number\n limit: number\n }\n}\n```\n\n## Custom Hooks Pattern\n\n```typescript\nexport function useDebounce(value: T, delay: number): T {\n const [debouncedValue, setDebouncedValue] = useState(value)\n\n useEffect(() => {\n const handler = setTimeout(() => setDebouncedValue(value), delay)\n return () => clearTimeout(handler)\n }, [value, delay])\n\n return debouncedValue\n}\n```\n\n## Repository Pattern\n\n```typescript\ninterface Repository {\n findAll(filters?: Filters): Promise\n findById(id: string): Promise\n create(data: CreateDto): Promise\n update(id: string, data: UpdateDto): Promise\n delete(id: string): Promise\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Security\n\n> This file extends [common/security.md](../common/security.md) with TypeScript/JavaScript specific content.\n\n## Secret Management\n\n```typescript\n// NEVER: Hardcoded secrets\nconst apiKey = \"sk-proj-xxxxx\"\n\n// ALWAYS: Environment variables\nconst apiKey = process.env.OPENAI_API_KEY\n\nif (!apiKey) {\n throw new Error('OPENAI_API_KEY not configured')\n}\n```\n\n## Agent Support\n\n- Use **security-reviewer** agent for comprehensive security audits\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites, linters, or type checkers locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## E2E Testing\n\nUse **Playwright** as the E2E testing framework for critical user flows.\n", + "content": "# CI Monitoring After Push\n\nA single push can trigger multiple GitHub Actions workflows (PR Checks, Fuzz, CodeQL, etc.). You MUST wait for ALL of them to pass before deploying or proceeding.\n\n## After every push\n\n1. Run a single background Bash poll loop (timeout 600000ms) that checks ALL runs every 15s until all complete AND all succeed:\n ```\n while true; do\n echo \"$(date +%H:%M:%S)\"\n gh run list --branch --limit 5 --json databaseId,name,status,conclusion \\\n --template '{{range .}}{{.databaseId}}{{\"\\t\"}}{{.name}}{{\"\\t\"}}{{.status}}{{\"\\t\"}}{{.conclusion}}{{\"\\n\"}}{{end}}'\n ALL_DONE=$(gh run list --branch --limit 5 --json status \\\n --template '{{$all := true}}{{range .}}{{if ne .status \"completed\"}}{{$all = false}}{{end}}{{end}}{{$all}}')\n if [ \"$ALL_DONE\" = \"true\" ]; then\n ANY_FAILED=$(gh run list --branch --limit 5 --json conclusion \\\n --template '{{$fail := false}}{{range .}}{{if ne .conclusion \"success\"}}{{$fail = true}}{{end}}{{end}}{{$fail}}')\n if [ \"$ANY_FAILED\" = \"true\" ]; then\n echo \"COMPLETED WITH FAILURES\"\n else\n echo \"ALL GREEN\"\n fi\n break\n fi\n sleep 15\n done\n ```\n Use `run_in_background: true` so the poll does not burn context tokens. You will be notified when it finishes.\n2. When notified, read the output. If it ends with `ALL GREEN`, CI passed. If it ends with `COMPLETED WITH FAILURES`, identify the failed run IDs from the output, run `gh run view $RUN_ID --log-failed`, fix the issue, commit, push, then go back to step 1.\n3. NEVER report CI as passing unless the poll output ends with `ALL GREEN`. The poll checks BOTH completion AND success — a run that completed with `failure` conclusion is NOT green.\n4. NEVER deploy to integration until every CI run from the push is green.\n5. Do NOT use `gh run watch` — it hangs.\n6. Before pushing a new commit, cancel any still-running CI runs from a previous push on the same branch — they are stale and waste resources:\n ```\n gh run list --branch --limit 5 --json databaseId,status --jq '.[] | select(.status != \"completed\") | .databaseId' | xargs -I{} gh run cancel {}\n ```\n\n---\n\n# Codeflare Environment Rules\n\n## Technology Defaults\n\nBy default, new projects deploy to Cloudflare Workers. Use compatible technologies unless the user explicitly requests a different stack or deployment target (e.g., AWS, Vercel, Django, Rails).\n\n**Default stack:** HTML/CSS/JS, TypeScript, Hono, itty-router, SolidJS, React, Vue, Svelte, Astro, SolidStart (CF adapter), Cloudflare D1 (database), KV (key-value), R2 (file storage), Durable Objects, Workers AI.\n\n**Avoid unless user explicitly asks:** Python backends, Go, Ruby, Java, PHP, Docker, PostgreSQL, MySQL, MongoDB, Redis server, Node.js-specific APIs (fs, child_process, net). Workers uses a web-standard runtime, not Node.js.\n\nIf the user does not specify a deployment target or tech preference, use Cloudflare-compatible tech and steer toward the Cloudflare equivalent without mentioning limitations. If the user explicitly requests a specific technology or platform, respect their choice — stop recommending Cloudflare stack for that project and document the technology decision as an architectural decision in the project's docs (ADR, DECISIONS.md, or README).\n\n**Web-standard API mappings** (only when using the Workers runtime — skip these if the user has chosen a different runtime):\n- `fetch()` not `http`/`https` modules\n- `crypto.subtle` / `crypto.getRandomValues()` not Node.js `require('crypto')` (Web Crypto API is available natively)\n- `Request`/`Response` not `req`/`res` Express objects\n- `URL`/`URLSearchParams` not `querystring`\n- `TextEncoder`/`TextDecoder` not `Buffer`\n- `structuredClone()` not `JSON.parse(JSON.stringify())`\n- `AbortSignal.timeout(ms)` for fetch/request timeouts, not manual `setTimeout` + `AbortController` wrapper\n- `globalThis` not `global` or `window`\n\n## Environment\n\n- 1-CPU container. See [no-local-builds.md](./no-local-builds.md) for local execution restrictions.\n- No browser. Use `BROWSER=\"\"` prefix for CLI tools that might try to open one.\n- Git over HTTPS only, no SSH keys.\n- `gh` CLI is pre-installed.\n\n## Project Structure\n\nCreate new projects inside `~/workspace//`. Never build in `~/workspace/` root.\n\n## Security\n\n- Never commit secrets or API keys. Global gitignore at `~/.gitignore_global` covers common patterns.\n- Use `@users.noreply.github.com` for git identity, never the user's real email.\n- Use `printf '%s'` (not `echo`) when piping secrets to commands.\n\n## Commits\n\nNever add Co-Authored-By, AI attribution, emoji, or \"Generated with Claude\" to commits or PRs. Use plain, descriptive commit messages.\n\n## Communication\n\nAssume users are non-technical unless they demonstrate otherwise. Avoid jargon. Focus on what the project does, not what technology it uses. Never say \"that's not possible\" — find the closest achievable version.\n\n---\n\n# Coding Style\n\n## Immutability (CRITICAL)\n\nALWAYS create new objects, NEVER mutate existing ones:\n\n```\n// Pseudocode\nWRONG: modify(original, field, value) → changes original in-place\nCORRECT: update(original, field, value) → returns new copy with change\n```\n\nRationale: Immutable data prevents hidden side effects, makes debugging easier, and enables safe concurrency.\n\nNEVER set object fields to `undefined` in patches meant for JSON storage.\n`JSON.stringify` strips `undefined` values, silently deleting fields.\nUse explicit reset values or omit the field from the patch.\n\n## File Organization\n\nMANY SMALL FILES > FEW LARGE FILES:\n- High cohesion, low coupling\n- 200-400 lines typical, 800 max\n- Extract utilities from large modules\n- Organize by feature/domain, not by type\n\n## Error Handling\n\nALWAYS handle errors comprehensively:\n- Handle errors explicitly at every level\n- Provide user-friendly error messages in UI-facing code\n- Log detailed error context on the server side\n- Never silently swallow errors\n\n## Input Validation\n\nALWAYS validate at system boundaries:\n- Validate all user input before processing\n- Use schema-based validation where available\n- Fail fast with clear error messages\n- Never trust external data (API responses, user input, file content)\n\n## Documentation Integrity\n\nWhen you change any of the following, update the relevant project documentation in the same commit:\n- Public APIs or route signatures\n- Environment variables or configuration\n- CI/CD workflows\n- Architecture or data flow\n\nLook for `documentation/` folder and `documentation/decisions/README.md` for ADRs. If the project has no docs, suggest creating them for significant changes.\n\n## Code Quality Checklist\n\nBefore marking work complete:\n- [ ] Code is readable and well-named\n- [ ] Functions are small (<50 lines)\n- [ ] Files are focused (<800 lines)\n- [ ] No deep nesting (>4 levels)\n- [ ] Proper error handling\n- [ ] No hardcoded values (use constants or config)\n- [ ] No mutation (immutable patterns used)\n- [ ] No `undefined` in objects destined for JSON serialization\n- [ ] All callers of modified functions checked for compatibility\n- [ ] Documentation updated for public API/config/architecture changes (if project has docs)\n\n---\n\n# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.codex/settings.json.\n\n## Review workflow is gated on SDD bootstrap AND PR boundary\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n and `gh pr create` proceed with **no review agents**. Nothing fires.\n No code-reviewer, no spec-reviewer, no doc-updater, no auto-generated\n documentation. Pure friction-free workflow. This is intentional:\n projects that haven't run `/sdd init` are telling you they don't\n want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — review agents fire\n on PR-boundary events only, not on every push.\n\n### PR-boundary trigger semantics (SDD mode)\n\n| Action | What fires |\n|---|---|\n| `gh pr create` (PR open) | code-reviewer + spec-reviewer + doc-updater (full pipeline) |\n| `git push` to a branch with an open PR | full pipeline (PR-sync) |\n| `git push` to a branch with no open PR | nothing (deferred until PR opens) |\n| `git push` to `develop` directly | nothing (caught by the develop→main PR later) |\n| `git push` to `main`/`master` with no PR | nothing (the user is expected to have branch protection on; if off, manual verification is on the user) |\n\nThe cost model shifts from per-push (every commit pair burned a full\nreview) to per-PR (one review at PR open + one per push while the PR\nis open). Same coverage, ~10× fewer review tokens.\n\n### Recommended workflow\n\n```\nfeature ──► PR ──► develop ──► PR ──► main\n ↑ ↑ ↑\n you push review fires review fires\n at PR open at PR open\n```\n\nDirect push to `develop` is fine — the develop→main PR catches the\ncumulative diff. Direct push to `main` should be prevented at the\nGitHub layer (see \"Branch protection on main\" below) rather than\nworked around in-session.\n\nThe `git-push-review-reminder.sh` PostToolUse hook enforces this:\nchecks for `sdd/` + `sdd/README.md`, classifies the trigger\n(`gh pr create` → PR-OPEN; `git push` + `gh pr view` returns OPEN →\nPR-SYNC; otherwise deferred), and emits the three-agent directive\nonly when the trigger fires. On non-SDD projects the hook exits\nsilently and no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\nPR-boundary workflow is the only thing that's gated.\n\n### Branch protection on main (proactive surfacing during CI setup)\n\nWhen you (the agent) are helping the user set up CI for a new\nrepository — adding `.github/workflows/`, configuring required\nchecks, drafting a release process, or auditing an existing repo's\nCI — **proactively surface the branch-protection conversation**.\nDon't wait for the user to ask. The protection is the **actual\nenforcement** that makes the PR-boundary trigger model complete;\nwithout it, direct pushes to `main` silently bypass both the review\npipeline and the GitHub Actions checks that gate merges.\n\nSurface it as a one-paragraph explanation followed by a concrete\nproposal. Example phrasing the agent should use:\n\n> \"Before this CI is meaningful, `main` needs branch protection\n> turned on. Right now anyone with push access can land code on\n> `main` without a PR — which means CI never runs on the change and\n> the SDD review pipeline never sees it. Want me to enable branch\n> protection on `main` (require PR before merge, require these CI\n> checks to pass, require branch up-to-date before merge)?\"\n\nIf the user says yes, configure it via `gh api`:\n\n```bash\ngh api -X PUT \"repos/{owner}/{repo}/branches/main/protection\" \\\n --input branch-protection.json\n```\n\nRecommended `branch-protection.json` settings (adjust the\n`required_status_checks.contexts` array to match the actual workflow\njob names from `.github/workflows/`):\n\n- **Require a pull request before merging** — `required_pull_request_reviews`: enabled, `required_approving_review_count: 0` (the SDD review pipeline does the substantive review; this just enforces the PR gate)\n- **Require status checks to pass before merging** — list each required CI workflow's job name in `contexts`\n- **Require branches to be up to date before merging** — `strict: true` (forces rebase-on-main before merge so CI reflects the merged state, not the pre-merge state)\n- **Enforce for administrators** — `enforce_admins: true` (otherwise you'll quietly bypass it yourself when convenient)\n- **Restrict pushes that create files** — optional, project-specific\n\nThe PR-boundary trigger model assumes branch protection is in\nplace. If the user declines, document it as a project-level\nworkflow decision (ADR or `documentation/decisions/`) so future\ncontributors know the protection is intentionally off, not just\nforgotten.\n\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n\n---\n\n# Security Guidelines\n\n## Mandatory Security Checks\n\nBefore ANY commit:\n- [ ] No hardcoded secrets (API keys, passwords, tokens)\n- [ ] All user inputs validated\n- [ ] SQL injection prevention (parameterized queries)\n- [ ] XSS prevention (sanitized HTML)\n- [ ] CSRF protection enabled\n- [ ] Authentication/authorization verified\n- [ ] Rate limiting on all endpoints\n- [ ] Error messages don't leak sensitive data\n\n## Secret Management\n\n- NEVER hardcode secrets in source code\n- ALWAYS use environment variables or a secret manager\n- Validate that required secrets are present at startup\n- Rotate any secrets that may have been exposed\n\n## Security Response Protocol\n\nIf security issue found:\n1. STOP immediately\n2. Use **security-reviewer** agent\n3. Fix CRITICAL issues before continuing\n4. Rotate any exposed secrets\n5. Review entire codebase for similar issues\n\n---\n\n# Deploy Credentials\n\nGitHub and Cloudflare credentials are **optional**. They may be pre-configured via Settings > Push & Deploy, but many users will not have them set.\n\n## Environment Variables\n\nThese variables are only present if the user configured them in Settings. Always check before assuming they exist.\n\n| Variable | What it enables |\n|---|---|\n| `GH_TOKEN` | GitHub fine-grained PAT. Auto-detected by `gh` CLI and git credential helper. |\n| `CLOUDFLARE_API_TOKEN` | Cloudflare API token. Auto-detected by `wrangler` CLI. |\n| `CLOUDFLARE_ACCOUNT_ID` | Cloudflare account ID. Auto-detected by `wrangler` CLI. |\n\n## What You Can Do with GH_TOKEN\n\nWhen `GH_TOKEN` is set, all of the following work without any manual auth:\n\n**Git operations:**\n- `git push`, `git pull`, `git clone` (HTTPS remotes, auto-authenticated via credential helper)\n- `git push -u origin HEAD` (set upstream and push)\n\n**Repository management:**\n- `gh repo create --public --source=. --remote=origin --push`\n- `gh repo clone /`\n- `gh repo delete / --yes`\n- `gh repo list` (find user's repositories)\n\n**Pull requests:**\n- `gh pr create --title \"...\" --body \"...\"`\n- `gh pr list`, `gh pr view`, `gh pr merge`\n\n**CI / GitHub Actions:**\n- `gh run list`, `gh run view `, `gh run view --log-failed`\n- `gh run cancel ` (cancel stale CI runs)\n- `gh secret set ` (set repository secrets for CI workflows)\n- `gh secret list` (verify secrets are stored)\n\n**User identity:**\n- `gh api user --jq '.login'` (get GitHub username)\n- `gh api user --jq '.name'` (get display name)\n- `gh auth status` (verify token is active)\n\n## What You Can Do with CLOUDFLARE_API_TOKEN\n\nWhen both `CLOUDFLARE_API_TOKEN` and `CLOUDFLARE_ACCOUNT_ID` are set, all wrangler commands work without manual auth:\n\n**Deploy:**\n- `npx -y wrangler deploy` (deploy Worker to Cloudflare)\n- `npx -y wrangler pages deploy ` (deploy Pages project)\n\n**D1 databases:**\n- `npx -y wrangler d1 create ` (create database, returns database_id for wrangler.toml)\n- `npx -y wrangler d1 execute --remote --file=schema.sql` (apply schema)\n- `npx -y wrangler d1 execute --remote --command=\"SELECT * FROM ...\"` (run queries)\n\n**R2 storage:**\n- `npx -y wrangler r2 bucket create ` (create bucket)\n- `npx -y wrangler r2 bucket list` (list existing buckets)\n\n**KV namespaces:**\n- `npx -y wrangler kv namespace create ` (create namespace, returns id for wrangler.toml)\n- `npx -y wrangler kv namespace list` (list existing namespaces)\n- `npx -y wrangler kv key put --namespace-id= ` (set a key)\n\n**Secrets:**\n- `printf '%s' \"value\" | npx -y wrangler secret put ` (set Worker secret)\n- `npx -y wrangler secret list` (list secret names)\n\n**Other:**\n- `npx -y wrangler tail` (live-tail Worker logs)\n- `npx -y wrangler whoami` (verify token and account)\n\n## Behavior — Check, Then Fallback\n\nThese tokens are optional. When you need GitHub or Cloudflare access:\n\n**Step 1: Check if env vars are set**\n```bash\necho \"${GH_TOKEN:+set}\" # prints \"set\" if available\necho \"${CLOUDFLARE_API_TOKEN:+set}\" # prints \"set\" if available\n```\n\n**Step 2a: If set** — use them directly. Do not ask the user to authenticate again.\n\n**Step 2b: If NOT set** — offer the user three options:\n1. **Settings (persistent):** \"You can connect your GitHub/Cloudflare account in Settings > Push & Deploy. This will apply to all future sessions. You'll need to start a new session for the tokens to take effect.\"\n2. **CLI auth (this session only):** For GitHub: `BROWSER=\"\" gh auth login --hostname github.com --git-protocol https --web`. For Cloudflare: ask the user to paste their token.\n3. **Export in terminal (this session only):** The user can set the variables manually:\n ```bash\n export GH_TOKEN=\"github_pat_...\"\n export CLOUDFLARE_API_TOKEN=\"...\"\n export CLOUDFLARE_ACCOUNT_ID=\"...\"\n ```\n\nNever assume tokens are present. Always check first.\n\n## Security\n\n- The safest way to handle secrets is for the user to run commands manually in a separate terminal tab. This keeps secrets out of the AI conversation history. When a command involves a secret value, give the user the exact command to paste in a terminal tab rather than running it yourself in the chat.\n- Always use `printf '%s'` (not `echo`) when piping secrets to commands.\n- Never log or redisplay token values after receiving them.\n\n## Important Notes\n\n- Always use `BROWSER=\"\"` prefix when running `gh auth login` or any CLI that might try to open a browser.\n- When creating Cloudflare resources, capture the output IDs and update `wrangler.toml` with real values.\n- Durable Objects do not need pre-provisioning - wrangler handles them automatically during deploy.\n- Tokens configured in Settings take effect on next session start, not immediately.\n- When storing secrets as GitHub Actions secrets, use file redirect instead of pipe:\n ```bash\n # WRONG — can store empty values in some environments:\n printf '%s' \"$SECRET\" | gh secret set SECRET_NAME\n # CORRECT — reliable across all environments:\n TMP=$(mktemp) && echo -n \"$SECRET\" > \"$TMP\" && gh secret set SECRET_NAME < \"$TMP\" && rm \"$TMP\"\n ```\n- When running wrangler in CI, use `npx --yes wrangler deploy` (not `cloudflare/wrangler-action`) to always get the latest version and avoid interactive prompts.\n\n---\n\n# Documentation Discipline (SDD-Bootstrapped Projects)\n\nSibling rule file to `spec-discipline.md`. Applies whenever a project has both an `sdd/` folder AND a `documentation/` folder. If `documentation/` does not exist in the project, these rules are inert — ignore them.\n\nThe `doc-updater` agent enforces this file. The `spec-reviewer` agent does not touch `documentation/` but may reference these rules when explaining lane violations.\n\n## What documentation is\n\n`documentation/` is the **how** layer of the project: how things are wired, what env vars exist, what HTTP routes return, where files live, why a particular technology was chosen. It is not the spec (that's `sdd/`), not the changelog (that's `sdd/changes.md`), not the README (that's the project tagline + getting-started).\n\nThe reader of `documentation/` is a developer who already knows what the product does and now needs to navigate the implementation. Every page should answer one operational question quickly.\n\n## Forbidden content in documentation/\n\n| Banned | Where it goes instead |\n|---|---|\n| Product motivation prose (\"we built this to help users…\") | `sdd/README.md` Intent fields or REQ Intent |\n| Acceptance-criterion language (\"the system must reject expired tokens\") | `sdd/{domain}.md` AC bullets |\n| User-visible feature copy (\"Welcome to Apartmani Pašman!\") | source code (where the string actually lives) |\n| Implementation rationale told as story (\"we tried X, then Y, then settled on Z\") | ADR (`documentation/decisions/`) — not architecture.md |\n| Long regex internals inline (`^(?\\w+)://(?[^/]+)/(?.*)$`) | source-code docstring at the regex site |\n| Magic-constant prose (\"we picked 60s because cache TTL aligns with…\") | source-code comment next to the constant, OR an ADR |\n| Strikethrough text | Delete entirely. Git history is the strikethrough. |\n| TODO bullets, \"coming soon\" sections, \"planned but not built\" | GitHub issue or `pending.md` at repo root |\n| Future-tense roadmap items | `sdd/{domain}.md` as `Status: Planned` REQs |\n| Any content that duplicates a REQ instead of cross-referencing it | A backlink to the REQ ID — never copy-paste |\n| Big-O jargon in narrative prose (`O(n log n)`, \"logarithmic time\", \"amortized constant\") | If a real performance target exists, write it as a measurable number (\"p95 < 200ms\", \"linear in input size up to N records\"); otherwise drop the prose. Big-O notation is academic implementation detail, not user-observable behavior. |\n\n## Allowlist (these ARE acceptable in documentation/)\n\n- **REQ backlinks**: `(REQ-API-003)` next to the section that documents the API contract — encouraged\n- **Source-file paths**: `src/server/auth.ts` next to the section it documents\n- **Function and class names** when documenting how to call them\n- **Database table and column names** in `documentation/architecture.md` schema sections\n- **Cookie names, env var names, header names** when documenting the configuration or HTTP contract\n- **Code snippets** when illustrating a non-obvious calling pattern (≤15 lines per snippet)\n\n## Per-file line budgets\n\n`documentation/` files describe one bounded operational concern each. Long files signal that the concern was split incorrectly OR that the file is mixing implementation prose with reference material.\n\n| File | Soft budget | Severity above budget |\n|---|---|---|\n| `documentation/architecture.md` | 350 lines | LOW (350-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/api-reference.md` | 600 lines | LOW (600-1000) / MEDIUM (1000-1500) / HIGH (>1500) |\n| `documentation/configuration.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/deployment.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/security.md` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n| `documentation/troubleshooting.md` | 300 lines | LOW (300-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/decisions/.md` | 100 lines per ADR | LOW (100-150) / MEDIUM (150-250) / HIGH (>250) |\n| Other files in `documentation/` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n\nA file may opt out of length warnings with an HTML comment near the top: ``. Use sparingly and only for genuinely complex references whose full surface needs to live in one place (e.g., a complete OpenAPI dump).\n\n## Per-element budgets\n\nThese caps apply inside a file regardless of whether the file is under or over its own budget.\n\n| Element | Cap | Why |\n|---|---|---|\n| Table cell | ≤50 words | Cells are scanned, not read. Anything longer belongs in body prose below the table. |\n| List item | ≤40 words | Same logic — bullets are scanned. |\n| Code snippet | ≤15 lines | Longer snippets indicate the doc is duplicating source code instead of pointing at it. Link to the source file with line range. |\n| Heading nesting | ≤4 levels (`####`) | Deeper nesting fragments the reader's mental model. Promote to a sibling page. |\n| Single paragraph | ≤120 words | Walls of prose hide the load-bearing sentence. Break for emphasis. |\n\n## Lane separation between documentation files\n\nEach documentation file owns one lane. Cross-lane content is a MEDIUM finding and belongs in the correct lane file.\n\n| File | Owns | Never owns |\n|---|---|---|\n| `documentation/architecture.md` | Component layout, data flow, file/folder structure, technology choices, schema overviews | API endpoint contracts, env var definitions, deploy steps, troubleshooting recipes |\n| `documentation/api-reference.md` | HTTP routes, request/response schemas, status codes, auth requirements per endpoint | Architecture rationale, env var values, deploy steps |\n| `documentation/configuration.md` | Env var names, defaults, valid values, where each one is consumed | API contracts, architecture rationale, deploy commands |\n| `documentation/deployment.md` | Deploy commands, CI workflow names, rollback procedures, secret rotation steps | API contracts, env var documentation (link to configuration.md instead) |\n| `documentation/security.md` | Threat model, auth flow, cookie/header policies, rate limits | Per-endpoint auth (link to api-reference.md instead) |\n| `documentation/troubleshooting.md` | Symptom → cause → fix recipes, build-tool quirks, runtime gotchas | Architecture (link), env vars (link), deploy steps (link) |\n| `documentation/decisions/.md` | One ADR each — context, decision, consequences | Anything not specific to that one decision |\n\nWhen a cell or paragraph in `architecture.md` describes an HTTP route's contract, it's a lane violation — the content belongs in `api-reference.md` and `architecture.md` should reference the route by name only.\n\n## Big-O jargon in narrative documentation\n\nA documentation file should describe what the system does in observable terms, not analyze its theoretical complexity. Big-O notation in narrative prose is a flag that the writer reached for academic shorthand instead of stating either (a) a real, measurable performance target or (b) a plain-language description of scaling behavior.\n\nDetection signals:\n\n- `\\bO\\([^)]+\\)` — any `O(n)`, `O(n log n)`, `O(n^2)`, `O(1)`, etc., **in body prose AND inline backticks**. Allowed only in (a) fenced code blocks documenting an algorithm's actual implementation, (b) headings that explicitly title an algorithm or analysis section. Inline backticks (`` `O(n)` ``) are NOT a free pass — wrapping the jargon in backticks doesn't make it a measurable contract; writers will reach for backticks defensively to silence the linter without rewriting, and the rule is supposed to make them rewrite.\n- \"logarithmic time\", \"amortized constant\", \"polynomial-time\", \"quadratic\", \"linear-time\" as load-bearing nouns in a sentence describing system behavior\n- Hand-wavy complexity claims (\"scales gracefully\", \"performs well\") with no measurable backing\n\nThe fix:\n\n- If a real performance contract exists, write it as a target number: `\"p95 < 200ms for inputs up to 10k rows\"`, `\"loads in < 2s on 4G mobile\"`. Targets belong in the relevant performance REQ, doc backlinks point there.\n- If the contract is qualitative, write plain English: `\"the index is rebuilt incrementally so adding a record stays cheap as the dataset grows\"` instead of `\"amortized O(log n) insertions\"`.\n- If neither applies, the prose was filler — delete it.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: if a target exists in a related performance REQ, replace the big-O prose with a backlink. Otherwise flag and let the user decide.\n\n## Dual-narrative ADRs\n\nAn ADR (`documentation/decisions/.md`) describes ONE decision. The dual-narrative anti-pattern is an ADR that tells two competing stories — usually because someone updated it after the decision was reversed instead of writing a new ADR that supersedes it.\n\nDetection signals:\n\n- Two `## Decision` headings in one file\n- Phrases like \"this was later changed to\", \"we updated this in\", \"now we do X instead\"\n- A \"Status: Accepted\" header followed by paragraphs describing a different decision\n- Any \"However, after further investigation…\" pattern\n\nThe fix: the original ADR is immutable. Write a new ADR that references the original by file name and is marked `Supersedes: .md`. Mark the original `Status: Superseded by .md`. Never edit the original's decision or consequences sections.\n\nThis is enforced as a HIGH finding by doc-updater because dual-narrative ADRs corrupt the decision log — readers cannot tell which decision is current.\n\n## Enforcement passes (run by doc-updater)\n\ndoc-updater runs four passes on every PR-boundary trigger:\n\n### Pass 1 — Per-element budget enforcement\n\nWalks each `documentation/*.md` file and applies every cap from the per-element table above:\n\n- **Table cells**: count words in each cell; flag cells over 50 words as MEDIUM with a suggested rewrite (extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link).\n- **List items**: count words in each `-`/`*`/numbered list bullet; flag items over 40 words as MEDIUM (split into multiple bullets or promote to body prose).\n- **Code snippets**: count lines inside fenced code blocks; flag blocks over 15 lines as MEDIUM (link to source file with line range instead).\n- **Heading nesting**: track the deepest `#` count; flag any heading at level 5+ as LOW (promote section to a sibling page).\n- **Single paragraphs**: count words between blank lines outside code fences; flag paragraphs over 120 words as LOW (break for emphasis — walls of prose hide the load-bearing sentence).\n\n### Pass 2 — File-level budget enforcement\n\nFor each file in `documentation/`, count lines (excluding blank lines and code fences). Apply the budget table above. If a file is over its budget AND lacks ``, emit a finding at the severity tier.\n\nIn `auto` and `unleashed` modes, doc-updater proposes a split: identifies natural section boundaries (top-level `##` headings) and writes a new sibling file with a redirect pointer in the original. The split is committed as `[doc-updater] split: filename.md → filename-{section}.md`.\n\n### Pass 3 — Implementation-prose detection\n\nScan each `documentation/` file for paragraphs that read like AC text (`must`, `shall`, `ensures that`, `the system rejects`). These belong in `sdd/` not `documentation/` and signal that someone wrote intent in the wrong place. Flag as MEDIUM with the target REQ ID (or \"no matching REQ\" if none exists, escalating to HIGH because it indicates an unspec'd feature).\n\n### Pass 4 — Lane-violation detection\n\nScan each file against its lane in the table above. If `architecture.md` contains a section titled `## API Endpoints` with route+method+status-code content, it's a lane violation — flag as MEDIUM and propose moving the section to `api-reference.md` with a backlink in `architecture.md`.\n\nDual-narrative ADR detection runs alongside pass 4 against `documentation/decisions/`.\n\n## Severity classification on doc findings\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Doc claims behavior that contradicts shipped code in a way that would mislead a developer into a security/data-loss mistake (e.g., \"tokens are HttpOnly\" when they aren't) |\n| **HIGH** | Implementation-prose paragraph with no corresponding REQ; dual-narrative ADR; doc references removed function/file/route; file >2× soft budget |\n| **MEDIUM** | Lane violation; cell >50 words; file 1×–2× soft budget; missing REQ backlink for documented feature; ADR missing Status field |\n| **LOW** | Cell 40-50 words; file 0.8×–1× soft budget (approaching); inconsistent heading capitalization; broken intra-doc anchor link |\n\nMode-dependent action mirrors spec-reviewer's table in `spec-discipline.md`:\n\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## REQ backlinks in documentation/\n\nEvery documented feature should reference the REQ that specifies it. Backlinks let readers cross from operational reference into product intent without searching.\n\n**Format**: inline `(REQ-X-NNN)` immediately after the feature's name in a heading or first sentence of a section.\n\n```markdown\n## Inquiry email delivery (REQ-API-002)\n\nThe `/api/inquiry` endpoint…\n```\n\ndoc-updater scans every section heading and first paragraph for likely-feature content. If a section describes a feature with a matching REQ in `sdd/` but lacks a backlink, emit a MEDIUM finding and auto-insert in `auto` and `unleashed` modes.\n\n## Working tree and branch safety\n\nSame rules as spec-reviewer (see `spec-discipline.md` \"Working tree and branch safety\"):\n\n1. Working tree must be clean before any agent-driven write\n2. In `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`\n\n## Files that live alongside `documentation/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `documentation/decisions/README.md` | Yes | ADR index — auto-maintained by doc-updater |\n| `documentation/.doc-coverage.md` | Yes | Output of doc-updater coverage runs |\n| `documentation/.review-needed.md` | Yes | Doc findings escalated for human review |\n\nNothing in `documentation/` is gitignored.\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Go specific content.\n\n## Formatting\n\n- **gofmt** and **goimports** are mandatory — no style debates\n\n## Design Principles\n\n- Accept interfaces, return structs\n- Keep interfaces small (1-3 methods)\n\n## Error Handling\n\nAlways wrap errors with context:\n\n```go\nif err != nil {\n return fmt.Errorf(\"failed to create user: %w\", err)\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Patterns\n\n## Functional Options\n\n```go\ntype Option func(*Server)\n\nfunc WithPort(port int) Option {\n return func(s *Server) { s.port = port }\n}\n\nfunc NewServer(opts ...Option) *Server {\n s := &Server{port: 8080}\n for _, opt := range opts {\n opt(s)\n }\n return s\n}\n```\n\n## Small Interfaces\n\nDefine interfaces where they are used, not where they are implemented.\n\n## Dependency Injection\n\nUse constructor functions to inject dependencies:\n\n```go\nfunc NewUserService(repo UserRepository, logger Logger) *UserService {\n return &UserService{repo: repo, logger: logger}\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Security\n\n> This file extends [common/security.md](../common/security.md) with Go specific content.\n\n## Secret Management\n\n```go\napiKey := os.Getenv(\"OPENAI_API_KEY\")\nif apiKey == \"\" {\n log.Fatal(\"OPENAI_API_KEY not configured\")\n}\n```\n\n## Security Scanning\n\n- Use **gosec** for static security analysis:\n ```bash\n gosec ./...\n ```\n\n## Context & Timeouts\n\nAlways use `context.Context` for timeout control:\n\n```go\nctx, cancel := context.WithTimeout(ctx, 5*time.Second)\ndefer cancel()\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse the standard `go test` with **table-driven tests**.\n\n## Race Detection (CI only)\n\nAlways run with the `-race` flag in CI:\n\n```bash\ngo test -race ./...\n```\n\n## Coverage (CI only)\n\n```bash\ngo test -cover ./...\n```\n\n---\n\n# No Local Builds, Tests, or Lint\n\nThis container has 1 vCPU. Running CPU-intensive commands locally will crash the session.\n\n## Forbidden commands (unless user explicitly overrides)\n\nNever run any of these locally:\n\n- `vitest`, `npm test`, `npm run test`, `npx vitest`\n- `npm run build`, `npm run dev`, `npx wrangler dev`\n- `npx tsc`, `npm run typecheck`\n- `npm run lint`, `npx oxlint`, `npx eslint`\n- Any other test runner, bundler, compiler, or dev server\n\n## What to do instead\n\n- Use GitHub Actions CI to run tests, builds, linting, and type checking.\n- To verify changes, push to the branch and check CI results with `gh run list` and `gh run view`.\n- Use the **code-reviewer** agent to catch issues before pushing (static analysis, no compilation).\n- If you need to check syntax or logic, read the code — do not compile it.\n- Auto-formatting tools (prettier, gofmt, etc.) also should NOT run locally — they are CPU-intensive on large codebases.\n\n## Override procedure\n\nIf the user explicitly asks to run one of these commands locally:\n\n1. Warn them: \"This project has a rule against running builds/tests locally because the container only has 1 vCPU and it will likely freeze the session. Are you sure you want to run this locally?\"\n2. Only proceed if the user confirms after seeing the warning.\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Python specific content.\n\n## Standards\n\n- Follow **PEP 8** conventions\n- Use **type annotations** on all function signatures\n\n## Immutability\n\nPrefer immutable data structures:\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass(frozen=True)\nclass User:\n name: str\n email: str\n\nfrom typing import NamedTuple\n\nclass Point(NamedTuple):\n x: float\n y: float\n```\n\n## Formatting\n\n- **black** for code formatting\n- **isort** for import sorting\n- **ruff** for linting\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Patterns\n\n## Protocol (Duck Typing)\n\n```python\nfrom typing import Protocol\n\nclass Repository(Protocol):\n def find_by_id(self, id: str) -> dict | None: ...\n def save(self, entity: dict) -> dict: ...\n```\n\n## Dataclasses as DTOs\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass\nclass CreateUserRequest:\n name: str\n email: str\n age: int | None = None\n```\n\n## Context Managers & Generators\n\n- Use context managers (`with` statement) for resource management\n- Use generators for lazy evaluation and memory-efficient iteration\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Security\n\n> This file extends [common/security.md](../common/security.md) with Python specific content.\n\n## Secret Management\n\n```python\nimport os\nfrom dotenv import load_dotenv\n\nload_dotenv()\n\napi_key = os.environ[\"OPENAI_API_KEY\"] # Raises KeyError if missing\n```\n\n## Security Scanning\n\n- Use **bandit** for static security analysis:\n ```bash\n bandit -r src/\n ```\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **pytest** as the testing framework.\n\n## Coverage (CI only)\n\n```bash\npytest --cov=src --cov-report=term-missing\n```\n\n## Test Organization\n\nUse `pytest.mark` for test categorization:\n\n```python\nimport pytest\n\n@pytest.mark.unit\ndef test_calculate_total():\n ...\n\n@pytest.mark.integration\ndef test_database_connection():\n ...\n```\n\n---\n\n# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n**Sibling rule files**:\n- `documentation-discipline.md` — what may NOT appear in `documentation/`, per-file/per-cell budgets, lane separation. Enforced by doc-updater.\n- `tdd-discipline.md` — what counts as a real test (no text-matching theater, no tautology, no mock-only theater). Enforced by code-reviewer.\n\nTogether the three files define the spec / docs / tests lane discipline. spec-reviewer enforces this file.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Run-on AC bullets\n\nA single AC bullet that runs longer than ~150 words almost always conjoins multiple observable behaviors with semicolons or commas. Each observable behavior should be its own bullet so tests can target it individually.\n\nDetection: any AC bullet matching either of:\n- exceeding 150 words, OR\n- containing 3+ semicolons not inside a comma-separated enumeration\n\nNote: a bare \"5+ ands\" rule false-positives on enumeration patterns (\"supports CSV, TSV, JSON, XML, YAML, and Parquet\") which describe a single observable behavior across a list. Ignore the conjunction count when the conjunctions appear inside a comma-separated list — focus instead on semicolons (which usually mark separate behaviors) and total bullet length.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserving every clause as a separate bullet under the same AC heading. Never silently drop a clause.\n\n## Mechanism leakage in AC bullets\n\nAn AC bullet describes WHAT the user observes, not HOW it's implemented. The following are mechanism tokens that leak into ACs and should move to `documentation/`:\n\n- Cookie attributes: `HttpOnly`, `SameSite=Lax`, `Secure`, `Path=/`, `Max-Age=…`\n- Header names with vendor prefix: `Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`\n- Internal middleware names: `csrfMiddleware`, `rateLimiter`, `requireAuth`\n- HTTP method + path enumerations inside non-API REQs (the path goes in the AC for an API REQ — but not in a UI REQ)\n- Query parameter internal names: `?_t=`, `?nonce=`\n- Cache directive strings: `s-maxage=60, stale-while-revalidate=300`\n- Crypto algorithm names: `RS256`, `HS512`, `AES-256-GCM` (the standard reference is fine; the algorithm choice is implementation)\n\nA user does not observe `HttpOnly`. They observe \"JavaScript on the page cannot read the session token.\" The first goes in `documentation/security.md`, the second goes in the AC.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to describe the user-observable consequence; move the mechanism description to `documentation/security.md` (or the relevant lane file) with a backlink to the REQ.\n\n## Changelog drift (no AC change → no changelog entry)\n\n`sdd/changes.md` is a product changelog. An entry is justified only when an AC changed in a user-observable way OR a REQ was added/deprecated/moved. The drift pattern: changelog entries appearing for spec format fixes, prose tightening, or implementation-leakage cleanup with no corresponding AC delta.\n\nDetection on every spec-reviewer run:\n\n1. For each new entry in `sdd/changes.md` (added in the diff): scan the same diff for any AC change in the REQ the entry references\n2. If the entry references no REQ, OR the diff shows no AC delta in the referenced REQ → the entry is drift\n\nSeverity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion.\n\nThis pattern enforces the changelog-discipline rules already in this file (\"When NOT to add a changelog entry\") at the per-commit level instead of relying on humans to remember.\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Operational requirements for the Stop hook\n\nThe v5 Stop hook (`enforce-review-spawn.sh`) uses `gh pr view` as its authoritative truth signal — it queries the current branch for an open PR and the PR HEAD SHA on every Stop event (with a cheap `@{u}`-based short-circuit when the local remote-tracking ref is fresh and matches the last ack). Reflog is no longer read at runtime in v5; the v4 reflog mention in the script header is preserved as a documentation reference only.\n\nThis means the hook needs:\n- `gh` on PATH and authenticated for the project's GitHub remote.\n- `sdd/README.md` to exist (vibe-coding gate).\n- For the cheap-path optimization to fire (~200-500ms saved per Stop event in the post-review tail of a session): `git rev-parse @{u}` must resolve to a remote-tracking ref. A vanilla `git clone https://github.com/owner/repo.git` sets this up automatically.\n\nIf you cloned with `-b ` and later checked out a different branch, or used `git checkout -B origin/` without `--track`, the cheap path silently won't fire and every Stop event will pay the gh round-trip. Repair tracking once with:\n\n```bash\ngit branch --set-upstream-to=origin/ \n```\n\nThe hook is fail-safe (any unexpected error → exit 0), so missing upstream or missing gh just means the optimization or enforcement is skipped — never a hard lock-out.\n\n### Known under-block conditions\n\nThe Stop hook deliberately under-blocks (lets a push through unreviewed) rather than over-blocks (locks the user out) in three cases:\n\n1. **PR HEAD changed via the GitHub web UI** (amend from the UI, branch reset via API, force-push from another machine): the current Claude session has no `git push` line in its transcript, so PUSH_LINE detection exits 0 and no enforcement fires this turn. Review fires on the next local push to the branch — the new PR HEAD is still un-acked, so the next push correctly re-triggers the pipeline.\n2. **Spec-reviewer subagent errored** before writing `completed` for its tool-use id: doc-updater is not required and the push is allowed to proceed. The user sees the spec-reviewer failure in the agent's own report; rerunning spec-reviewer manually then satisfies the gate on the next Stop.\n3. **Transcript file rotated or truncated mid-session**: PUSH_LINE detection silently exits 0. Review fires on the next push.\n\nDRAFT PRs (`gh pr view` reports `state: OPEN` for drafts) are treated as fully open. Drafts often want early feedback, and silently skipping review on them would surprise users whose draft is the de-facto review target. Users who want a review-free WIP should defer the PR open until ready, or use a per-push USER bypass.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Swift specific content.\n\n## Formatting\n\n- **SwiftFormat** for auto-formatting, **SwiftLint** for style enforcement\n- `swift-format` is bundled with Xcode 16+ as an alternative\n\n## Immutability\n\n- Prefer `let` over `var` — define everything as `let` and only change to `var` if the compiler requires it\n- Use `struct` with value semantics by default; use `class` only when identity or reference semantics are needed\n\n## Naming\n\nFollow [Apple API Design Guidelines](https://www.swift.org/documentation/api-design-guidelines/):\n\n- Clarity at the point of use — omit needless words\n- Name methods and properties for their roles, not their types\n- Use `static let` for constants over global constants\n\n## Error Handling\n\nUse typed throws (Swift 6+) and pattern matching:\n\n```swift\nfunc load(id: String) throws(LoadError) -> Item {\n guard let data = try? read(from: path) else {\n throw .fileNotFound(id)\n }\n return try decode(data)\n}\n```\n\n## Concurrency\n\nEnable Swift 6 strict concurrency checking. Prefer:\n\n- `Sendable` value types for data crossing isolation boundaries\n- Actors for shared mutable state\n- Structured concurrency (`async let`, `TaskGroup`) over unstructured `Task {}`\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Patterns\n\n## Protocol-Oriented Design\n\nDefine small, focused protocols. Use protocol extensions for shared defaults:\n\n```swift\nprotocol Repository: Sendable {\n associatedtype Item: Identifiable & Sendable\n func find(by id: Item.ID) async throws -> Item?\n func save(_ item: Item) async throws\n}\n```\n\n## Value Types\n\n- Use structs for data transfer objects and models\n- Use enums with associated values to model distinct states:\n\n```swift\nenum LoadState: Sendable {\n case idle\n case loading\n case loaded(T)\n case failed(Error)\n}\n```\n\n## Actor Pattern\n\nUse actors for shared mutable state instead of locks or dispatch queues:\n\n```swift\nactor Cache {\n private var storage: [Key: Value] = [:]\n\n func get(_ key: Key) -> Value? { storage[key] }\n func set(_ key: Key, value: Value) { storage[key] = value }\n}\n```\n\n## Dependency Injection\n\nInject protocols with default parameters — production uses defaults, tests inject mocks:\n\n```swift\nstruct UserService {\n private let repository: any UserRepository\n\n init(repository: any UserRepository = DefaultUserRepository()) {\n self.repository = repository\n }\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Security\n\n> This file extends [common/security.md](../common/security.md) with Swift specific content.\n\n## Secret Management\n\n- Use **Keychain Services** for sensitive data (tokens, passwords, keys) — never `UserDefaults`\n- Use environment variables or `.xcconfig` files for build-time secrets\n- Never hardcode secrets in source — decompilation tools extract them trivially\n\n```swift\nlet apiKey = ProcessInfo.processInfo.environment[\"API_KEY\"]\nguard let apiKey, !apiKey.isEmpty else {\n fatalError(\"API_KEY not configured\")\n}\n```\n\n## Transport Security\n\n- App Transport Security (ATS) is enforced by default — do not disable it\n- Use certificate pinning for critical endpoints\n- Validate all server certificates\n\n## Input Validation\n\n- Sanitize all user input before display to prevent injection\n- Use `URL(string:)` with validation rather than force-unwrapping\n- Validate data from external sources (APIs, deep links, pasteboard) before processing\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **Swift Testing** (`import Testing`) for new tests. Use `@Test` and `#expect`:\n\n```swift\n@Test(\"User creation validates email\")\nfunc userCreationValidatesEmail() throws {\n #expect(throws: ValidationError.invalidEmail) {\n try User(email: \"not-an-email\")\n }\n}\n```\n\n## Test Isolation\n\nEach test gets a fresh instance — set up in `init`, tear down in `deinit`. No shared mutable state between tests.\n\n## Parameterized Tests\n\n```swift\n@Test(\"Validates formats\", arguments: [\"json\", \"xml\", \"csv\"])\nfunc validatesFormat(format: String) throws {\n let parser = try Parser(format: format)\n #expect(parser.isValid)\n}\n```\n\n## Coverage\n\n```bash\nswift test --enable-code-coverage\n```\n\n---\n\n# Test Discipline\n\nRules for what counts as a real test in this project. Applies to every\nfile under `src/__tests__/`, `host/__tests__/`, `web-ui/src/__tests__/`,\n`e2e/`, and any future test directory regardless of test framework\n(vitest, node:test, playwright).\n\nThis rule is the sibling of `spec-discipline.md` (what counts as a real\nrequirement) and `documentation-discipline.md` (what counts as real\ndocumentation). Together they define what real-world artifacts look\nlike for spec, docs, and tests in this project.\n\n## The one question\n\nEvery test must answer YES to:\n\n> If I delete or break the implementation this test is supposed to\n> cover, will this test fail?\n\nIf you can refactor freely, gut the implementation, replace it with a\nno-op, or rename a public function while the test stays green, the\ntest is theater. Theater tests look reassuring on the dashboard but\ncatch zero regressions.\n\nWhen you finish writing a test, mentally run the gut-check: \"what\nwould I have to change in production code for this to fail?\" If the\nanswer is \"delete the file\" or \"rename a string literal in a doc\",\nthe test is text-matching theater and must be replaced.\n\n## Antipatterns (drawn from this codebase)\n\n### 1. Text-matching theater\n\nA test reads a file (markdown, source, config, prompt) and regex-matches\nagainst its contents. The \"system under test\" is the file's prose, not\nbehavior. Found across `host/__tests__/sdd-workflow-upgrade.test.js`\n(removed in 2026-05), `host/__tests__/memory-capture-hook.test.js`,\n`host/__tests__/container-memory.test.js`,\n`host/__tests__/entrypoint-sync.test.js`,\n`web-ui/src/__tests__/page-transparency.test.ts`.\n\n```js\n// BAD: reads a file, asserts a substring is present\nconst content = readFileSync(path, 'utf-8');\nassert.match(content, /forbidden|banned/i, 'should define forbidden list');\n\n// BAD: same shape with includes()\nassert.ok(hookScript.includes('jq'), 'hook should reference jq');\n\n// BAD: same shape on CSS\nconst cssContent = readFileSync(cssPath, 'utf-8');\nexpect(parseFloat(cssContent.match(/alpha:\\s*([\\d.]+)/)[1])).toBe(0.9);\n```\n\nThese pass if someone types the right string anywhere in the file.\nThey pass if the rest of the file is gibberish. They fail only if the\nfile is deleted or someone renames \"forbidden\" to \"prohibited\" in\nprose. Implementation can be entirely broken — test stays green.\n\n```js\n// GOOD: run the actual code with input, assert on output\nimport { spawnSync } from 'node:child_process';\nconst result = spawnSync('bash', [HOOK_PATH], {\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: fixture }),\n encoding: 'utf-8',\n});\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\nexpect(result.stdout).toContain('code-reviewer'); // names the missing agent\n```\n\nNow the test fails if the hook's exit code, stdout shape, or\nagent-naming logic regresses — not if someone reformats prose.\n\n### 2. Tautology\n\nAn assertion whose truth is given by the test setup itself. Cannot\nfail. Found in `src/__tests__/lib/agent-seed-manifest.test.ts` and\n`src/__tests__/lib/agent-seed-ecc-rules.test.ts`.\n\n```js\n// BAD: doc.modes is destructured from a literal fixture array\nexpect(doc.key.length).toBeGreaterThan(0);\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// BAD: two hardcoded constants compared\nexpect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common);\n// ^^^^^^^^^^^^^^^^^^^^^^^^^\n// hardcoded {common:3} — if production drifts to 4, this test\n// passes if-and-only-if someone manually updates the constant.\n// The check has no anchor to ground truth.\n```\n\n```js\n// GOOD: derive expectation from a source of truth outside the test\nimport { readdirSync } from 'node:fs';\nconst filesOnDisk = readdirSync('preseed/agents/claude/rules/common')\n .filter((f) => f.endsWith('.md'));\nexpect(commonRules.map((r) => basename(r.key))).toEqual(filesOnDisk);\n```\n\nNow the test fails if files are added/removed without updating the\ngenerator — which is the regression we care about.\n\n### 3. Mock-only theater\n\nTest mocks function X to return value V, calls X, asserts the result\nis V. The mock IS the system under test. Found in\n`src/__tests__/routes/storage-stats.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: mock returns paginated data, test asserts the mock was called\nmockParseListObjectsXml\n .mockReturnValueOnce({ objects: [...3 items...], isTruncated: true })\n .mockReturnValueOnce({ objects: [...2 items...], isTruncated: false });\nawait routeHandler(request);\nexpect(mockFetch).toHaveBeenCalledTimes(2);\n// ^^^^^^^^^ confirms code obeyed the mock; the pagination logic\n// being \"tested\" lives inside the mock setup. If parseListObjectsXml\n// has a real bug, this test does not catch it.\n```\n\n```js\n// GOOD: only mock external dependencies (R2 fetch endpoint), exercise\n// your own pagination logic against canned-but-realistic responses\nmockFetch\n .mockResolvedValueOnce(realR2XmlPage1())\n .mockResolvedValueOnce(realR2XmlPage2());\nconst result = await listObjectsAcrossPages(...);\nexpect(result.objects).toHaveLength(realPage1.length + realPage2.length);\nexpect(result.objects[0].key).toBe(realPage1[0].Key);\nexpect(result.isTruncated).toBe(false); // last page\n```\n\nThe rule: **only mock what's outside YOUR code** (third-party APIs,\nnetwork, the platform). Don't mock your own helpers — exercise them.\n\n### 4. Implementation-coupled call counts\n\n`expect(spy).toHaveBeenCalledTimes(N)` without a paired assertion on\nobservable output. Refactor-fragile, regression-blind. Found in\n`src/__tests__/routes/storage-download.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: only asserts an internal helper was called\nexpect(mockSign).toHaveBeenCalledTimes(1);\n// Refactor to memoize → test fails despite identical behavior.\n// Break signing entirely so URL is invalid but mockSign still\n// gets called once → test passes despite broken behavior.\n```\n\n```js\n// GOOD: assert on observable output. The signed URL itself.\nconst response = await routeHandler(req);\nconst signedUrl = await response.text();\nexpect(signedUrl).toMatch(/^https:\\/\\/.+\\?X-Amz-Signature=/);\nexpect(verifySignedUrl(signedUrl, secret)).toBe(true);\n```\n\nIf you genuinely care about call count (an expensive operation that\nmust not be repeated), pair it with an output assertion AND comment\nwhy the count matters as a contract.\n\n### 5. Empty body / missing assertions\n\nTests with no `expect`/`assert` call. The code runs, but nothing is\nchecked. Linter usually catches these; sometimes they slip in via\n`it('does X', () => { someCode(); /* assertion forgotten */ })`.\n\n```js\n// BAD: no assertion — calling code without checking anything\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n // ... and nothing\n});\n```\n\n```js\n// GOOD: every it/test must produce at least one assertion\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n expect(result.status).toBe('skipped');\n expect(result.reason).toBe('input out of supported range');\n});\n```\n\n### 6. Skipped tests without justification\n\n`it.skip(...)`, `xit(...)`, `describe.skip(...)` without an inline\ncomment naming the blocker (issue link, upstream bug, environment\nlimitation). Skipped tests rot — without a removal trigger, they\nstay skipped forever and the coverage they were supposed to provide\nis silently lost.\n\n```js\n// BAD: silent skip\nit.skip('rejects expired tokens', () => { ... });\n\n// GOOD: skip with explicit removal trigger\nit.skip(\n 'rejects expired tokens',\n // Skipped pending vitest-pool-workers#412: Date mocking broken in\n // worker pool. Remove .skip when the upstream fix lands.\n () => { ... }\n);\n```\n\n### 7. Trivial assertions on trivial values\n\n`expect(Array.isArray([1,2,3])).toBe(true)`,\n`expect(typeof 'foo').toBe('string')` — the truth is given by the\nliteral. The assertion adds nothing.\n\n```js\n// BAD: doc.modes is ['advanced'] from the fixture literal\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// GOOD: assert types/shapes only on values from outside the test\nconst response = await routeHandler(req);\nconst body = await response.json();\nexpect(Array.isArray(body.users)).toBe(true); // body came from a real handler\nexpect(body.users[0]).toHaveProperty('id');\n```\n\n## Patterns that produce useful tests\n\n### Run the real thing\n\nFor shell scripts and hooks: spawn the script with stdin/argv/env,\nassert exit code + stdout/stderr. The shape used in\n`host/__tests__/enforce-review-spawn.test.js` and\n`host/__tests__/git-push-review-reminder.test.js` is the canonical\nexample — those tests caught real bugs (PUSH_TS empty-string fail-open,\nPUSH_LINE substring false-positives) that text-matching tests did not.\n\n```js\nimport { spawnSync } from 'node:child_process';\nimport { mkdtempSync, writeFileSync } from 'node:fs';\nimport { tmpdir } from 'node:os';\nimport { join } from 'node:path';\n\nconst cwd = mkdtempSync(join(tmpdir(), 'hook-test-'));\nmkdirSync(join(cwd, 'sdd'));\nwriteFileSync(join(cwd, 'sdd/README.md'), '# fixture');\n\nconst result = spawnSync('bash', [HOOK_PATH], {\n cwd,\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: t }),\n encoding: 'utf-8',\n env: { ...process.env, PATH: `${fakeBinDir}:${process.env.PATH}` },\n});\n\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\n```\n\n### Fixture-driven, not literal-driven\n\nBuild fixtures in files (or tmp dirs) that mirror real production data.\nRead from disk; derive expectations from the same source of truth the\nproduction code consults. If the test computes\n`expected = literal` and compares against a value derived from\n`literal`, you have tautology.\n\n### Test the contract, not the implementation\n\nFor routes: send a real Request, get a real Response, assert on\nstatus/headers/body. Don't assert on which internal helper was called.\n\nFor libraries: call the public function with real input, assert on\nthe return value or its observable side effect. Don't spy on private\ninternals.\n\nFor agents/prompts: extract the testable kernels (helper functions,\nparsers, formatters) into normal modules and test those. The prompt\nitself is human/LLM contract — exercise it via end-to-end runs in\nintegration tests, not by regex-matching the prompt text.\n\n### One bug-class per test\n\nEach test should answer: \"what specific bug would this catch?\"\nIf the answer is vague (\"any general regression\") or absent, split\nor rewrite. The test name should make the bug-class explicit:\n`rejects expired JWT`, `recovers from R2 503 with retry`, `aborts\non transcript with no push line`.\n\n## Enforcement\n\n`code-reviewer` agent (HIGH severity) flags:\n- Tests that read file content + regex/substring match against it\n- Assertions whose values are destructured from local literal fixtures\n- `expect(spy).toHaveBeenCalledTimes(N)` without paired output assertion\n- `it.skip` / `xit` / `describe.skip` without a justification comment\n- Test bodies with no `expect`/`assert` call\n\n`tdd-guide` agent writes tests in this style by default and refuses\nto produce text-matching theater.\n\nThe only user-controlled lever is `enforce_tdd: true | false` in\n`sdd/config.yml`. With `enforce_tdd: true` (default), code-reviewer\nflags antipatterns at HIGH and spec-reviewer auto-demotes Implemented\nREQs without test coverage. With `enforce_tdd: false`, both report\nfindings to `sdd/.coverage-report.md` without modifying the spec —\nproject-level opt-out only, intended for domains that genuinely don't\nadmit automated testing (pure visual design systems, etc.).\n\nThere is **no per-test opt-out**. Inline comment shortcuts like\n`// tdd-allow:` are explicitly NOT supported, by design. Per-test\nopt-outs are agent-writable bypasses — they degrade into \"every test\nthe agent doesn't want to fix\" markers and defeat the rule. If a\ntest legitimately can't fit the discipline, delete it; the absence\nof a useless test is more honest than a flagged-and-allowed one.\n\n## Migration policy\n\nExisting tests that predate this rule are migrated as the surrounding\nproduction code changes — not rewritten speculatively. The most\negregious cluster (`host/__tests__/sdd-workflow-upgrade.test.js`,\n416 lines of pure text-matching theater) is the anchor example\nremoved in the same commit that introduces this rule.\n\nWhen you touch a file with antipattern tests, fix the tests in the\nsame commit. Don't ship new code under coverage that doesn't actually\ncover anything.\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with TypeScript/JavaScript specific content.\n\n## Immutability\n\nUse spread operator for immutable updates:\n\n```typescript\n// WRONG: Mutation\nfunction updateUser(user, name) {\n user.name = name // MUTATION!\n return user\n}\n\n// CORRECT: Immutability\nfunction updateUser(user, name) {\n return {\n ...user,\n name\n }\n}\n```\n\n## Error Handling\n\nUse async/await with try-catch:\n\n```typescript\ntry {\n const result = await riskyOperation()\n return result\n} catch (error) {\n console.error('Operation failed:', error)\n throw new Error('Detailed user-friendly message')\n}\n```\n\n## Input Validation\n\nUse Zod for schema-based validation:\n\n```typescript\nimport { z } from 'zod'\n\nconst schema = z.object({\n email: z.string().email(),\n age: z.number().int().min(0).max(150)\n})\n\nconst validated = schema.parse(input)\n```\n\n## Console.log\n\n- No `console.log` statements in production code\n- Use proper logging libraries instead\n- See hooks for automatic detection\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Patterns\n\n## API Response Format\n\n```typescript\ninterface ApiResponse {\n success: boolean\n data?: T\n error?: string\n meta?: {\n total: number\n page: number\n limit: number\n }\n}\n```\n\n## Custom Hooks Pattern\n\n```typescript\nexport function useDebounce(value: T, delay: number): T {\n const [debouncedValue, setDebouncedValue] = useState(value)\n\n useEffect(() => {\n const handler = setTimeout(() => setDebouncedValue(value), delay)\n return () => clearTimeout(handler)\n }, [value, delay])\n\n return debouncedValue\n}\n```\n\n## Repository Pattern\n\n```typescript\ninterface Repository {\n findAll(filters?: Filters): Promise\n findById(id: string): Promise\n create(data: CreateDto): Promise\n update(id: string, data: UpdateDto): Promise\n delete(id: string): Promise\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Security\n\n> This file extends [common/security.md](../common/security.md) with TypeScript/JavaScript specific content.\n\n## Secret Management\n\n```typescript\n// NEVER: Hardcoded secrets\nconst apiKey = \"sk-proj-xxxxx\"\n\n// ALWAYS: Environment variables\nconst apiKey = process.env.OPENAI_API_KEY\n\nif (!apiKey) {\n throw new Error('OPENAI_API_KEY not configured')\n}\n```\n\n## Agent Support\n\n- Use **security-reviewer** agent for comprehensive security audits\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites, linters, or type checkers locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## E2E Testing\n\nUse **Playwright** as the E2E testing framework for critical user flows.\n", "modes": [ "advanced" ] @@ -730,7 +754,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".codex/skills/spec-driven-development/SKILL.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: spec-driven-development\ndescription: Specification-driven development reference. Defines the structure and rules for product specifications, the three autonomy modes (interactive/auto/unleashed), and the workflow for greenfield projects, ongoing development, and rescuing rotted specs. Invoked via the /sdd command.\nversion: 4.0.0\n---\n\n# Spec-Driven Development\n\nA product specification (`sdd/`) is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit.\n\nThe full enforcement layer lives in the `spec-discipline` rule which is loaded into every agent's instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.codex/rules/spec-discipline.md` for Claude). The rules are already in your context. This skill describes the workflow on top of those rules.\n\n## How it works at a glance\n\nThe user runs `/sdd init` once to bootstrap. After that, they \"vibe code\" — write code, push, walk away. The `spec-reviewer` and `doc-updater` agents auto-detect the `sdd/` folder and enforce discipline on every push, in the mode set by `sdd/config.yml` (`interactive`, `auto`, or `unleashed`).\n\nThe user only invokes `/sdd` directly to:\n- Bootstrap a new project (`/sdd init`)\n- Manually add or modify requirements (`/sdd edit`, `/sdd add`)\n- Rescue a rotted spec (`/sdd clean`)\n- Switch autonomy mode (`/sdd autonomous`)\n\n## Spec structure\n\n```\nsdd/\n├── README.md # Vision, principles, actors, domain index, \"Out of Scope\" section\n├── glossary.md # Canonical term definitions\n├── constraints.md # Technology stack, cross-cutting CON-* constraints\n├── changes.md # Semantic changelog (≤2 sentences per entry, user-facing only)\n├── config.yml # mode, enforce_tdd, test_globs, src_globs (optional), allowlists\n├── .user-overrides.md # Findings the user explicitly told the agent to skip (committed)\n├── .review-needed.md # Findings escalated for human review (committed, cleared on resolution)\n├── .coverage-report.md # Output of enforce_tdd: false runs (committed)\n├── .last-clean-run.md # Audit log of the most recent /sdd clean run (committed)\n└── {domain}.md # Requirements per feature area\n```\n\nProject root also has:\n```\nREADME.md # Links to sdd/ and documentation/\ndocumentation/ # Implementation docs (architecture, API, config, deployment, decisions)\ntests/ # Tests (each test references a REQ ID for spec-reviewer to verify)\npending.md # In-flight work and known gaps (NOT requirements)\n```\n\n## REQ format\n\n```markdown\n### REQ-{DOMAIN}-{NNN}: {Title}\n\n**Intent:** {Why this exists — the problem, not the solution.}\n\n**Applies To:** {Actor — User, Admin, etc. Not \"System\" — that's a qualifier.}\n\n**Acceptance Criteria:**\n1. {Testable, binary pass/fail}\n2. {Another}\n\n**Constraints:** CON-* references where applicable\n\n**Priority:** P0 | P1 | P2 | P3\n**Dependencies:** REQ-*-* | None\n**Verification:** Automated test | Integration test | Manual check\n**Status:** Proposed | Planned | Partial | Implemented | Deprecated\n**Notes:** {Optional, only valid for Partial status, ≤3 sentences explaining what's missing}\n**Replaced By:** REQ-*-* {Required for Deprecated status}\n**Removed In:** YYYY-MM-DD {Alternative for Deprecated when no replacement REQ exists}\n```\n\n## Status semantics\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated test verification found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n**One word, no prose.** The Status field cannot contain commit SHAs, file paths, or \"Partial — missing X, Y, Z\" notes. Use the optional `Notes:` field (≤3 sentences) for Partial status only. Use `pending.md` for implementation tracking.\n\n**Never-built REQs** that the team decided to skip should NOT be marked Deprecated. Move them to the `## Out of Scope` section in the relevant domain file or `sdd/README.md`. This preserves the decision history without bloating the active spec.\n\n## Three autonomy modes\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes (strip strikethrough, truncate prose Status, generate backlinks, move forbidden content) | Confirm → apply | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves, bulk operations) | Confirm + backup + apply | Backup + apply | Backup + apply |\n| JUDGMENT calls (doc-vs-spec conflict, oversized REQ, fake-Deprecated) | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| `enforce_tdd` default | per `sdd/config.yml` (default true) | per `sdd/config.yml` (default true) | **Forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference: **how JUDGMENT is handled**, nothing else. All modes push to the current branch. No PR, no new branch, no artificial change limits.\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. **Never overwrite either side.** |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. **Never split into multiple REQs.** |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's `## Out of Scope` section, remove from domain file. Content preserved. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md`. |\n\nThe user comes back to new commits on the current branch. They inspect the per-category commits and `sdd/.review-needed.md`, and can `git revert ` per-category if any change is unwanted. No PR, no merge step — commits land directly where the user pushed from.\n\n## Sub-commands\n\n| Command | Purpose |\n|---|---|\n| `/sdd` | Help screen — overview, modes, sub-commands, autodetection behavior |\n| `/sdd init [idea]` | Bootstrap a new project: `sdd/`, `documentation/`, root `README.md`, `tests/`, `sdd/config.yml` |\n| `/sdd edit {domain}` | Add or modify requirements in an existing domain (interactive, always needs user input) |\n| `/sdd add {domain}` | Create a new domain in an existing spec |\n| `/sdd clean` | Refactor a rotted spec — applies SAFE/RISKY/JUDGMENT fixes per current mode |\n| `/sdd autonomous {on\\|off\\|unleashed}` | Set the mode in `sdd/config.yml` |\n\nThe full command syntax is documented in the `/sdd` command file.\n\n## Auto-detection — when SDD enforcement runs without /sdd\n\nOnce `sdd/` exists in a project, the workflow runs automatically without explicit `/sdd` invocation:\n\n- After every git push, the `spec-reviewer` agent runs (sequentially, then `doc-updater`)\n- Both agents detect `sdd/` exists → enter SDD-strict mode\n- Both agents read `sdd/config.yml` → know whether to be interactive/auto/unleashed\n- Findings are auto-fixed per the mode\n\nIf `sdd/` doesn't exist, `spec-reviewer` exits silently. `doc-updater` runs in `docs-only` mode (project-agnostic doc maintenance, no spec coordination).\n\n## /sdd init — bootstrapping a project (greenfield OR existing codebase)\n\n`/sdd init` handles two scenarios:\n\n1. **Greenfield**: empty project, no existing code. Agent bootstraps from prose.\n2. **Existing codebase**: project already has source code. Agent enters **import mode** — analyzes the existing code, derives a spec from observed behavior, presents it for user confirmation, and writes the scaffolding.\n\nThe agent detects the scenario automatically by counting source files in the project. >5 source files → existing codebase → import mode. ≤5 → greenfield.\n\nIn **import mode**, the agent:\n- Reads README.md, package.json (or equivalent), top-level configs to understand intent\n- Analyzes directory structure to identify domains\n- Reads representative source files to derive REQs\n- Tentatively marks all derived REQs as `Status: Implemented`\n- Searches existing test files for feature/route names; demotes REQs without test coverage to `Partial` with `Notes:` explaining what's missing\n- Presents derived spec for user confirmation, one domain at a time\n- Writes scaffolding (sdd/, documentation/, root README) WITHOUT touching existing code, existing README, or existing documentation/ files\n\nImport mode is **always interactive** even in `auto` or `unleashed` config — inferring intent from code is genuinely judgment-required and the user must validate the result.\n\nIn **greenfield mode**, the agent:\n\n1. **Drafts the vision** from the user's prose, presents for confirmation\n2. **Proposes actors** (typically User, Admin — never \"System\")\n3. **Maps the user journey** by asking one question, then proposes domains\n4. **Drafts requirements** for each domain (5-15 per domain), confirms one domain at a time\n5. **Drafts constraints** with CON-* IDs\n6. **Writes the spec scaffolding** by reading and instantiating templates from `references/templates/`:\n - `root-readme.md` → `README.md` (project root)\n - `sdd-readme.md` → `sdd/README.md`\n - `sdd-glossary.md` → `sdd/glossary.md`\n - `sdd-constraints.md` → `sdd/constraints.md`\n - `sdd-changes.md` → `sdd/changes.md`\n - `sdd-config.yml` → `sdd/config.yml` (mode: interactive by default)\n - `documentation-readme.md` → `documentation/README.md`\n - `documentation-architecture.md` → `documentation/architecture.md`\n - `documentation-api-reference.md` → `documentation/api-reference.md`\n - `documentation-configuration.md` → `documentation/configuration.md`\n - `documentation-deployment.md` → `documentation/deployment.md`\n - `documentation-decisions-readme.md` → `documentation/decisions/README.md`\n7. **Creates `tests/` folder** (empty, ready for the user to populate with TDD)\n8. **Substitutes placeholders** like `{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}` with values inferred from the user's idea\n9. **Reports next steps** to the user\n\nThe agent does not need internet access — all templates are bundled in `references/templates/`.\n\nIf `sdd/` already exists, `/sdd init` aborts with an error. Use `--force` to overwrite (destructive — confirm with user first).\n\n### Dependency version resolution\n\nWhen `/sdd init` generates a package manifest (`package.json`, `Cargo.toml`, `requirements.txt`, `go.mod`, etc.), NEVER emit memorized version ranges. Resolve each top-level dependency to its current latest stable via the ecosystem's metadata query tool:\n\n| Ecosystem | Version query | Lockfile generation (scaffold-only carveout) |\n|---|---|---|\n| npm | `npm view version` + `npm view peerDependencies` | `npm install --package-lock-only --ignore-scripts --no-audit --no-fund` |\n| Cargo | `cargo search --limit 1` | `cargo generate-lockfile` |\n| Python | `pip index versions ` | `uv lock` or `pip-compile` |\n| Go | `go list -m -versions ` | `go mod tidy` |\n\nFor Cloudflare Workers projects, see `cloudflare-stack` SKILL → § Cloudflare cohort pinning — the 4-pack (wrangler + workers-types + vitest-pool-workers + vitest) must be resolved together before writing `package.json`.\n\nProcess (npm example):\n1. For each proposed dependency, run `npm view version` → capture latest\n2. Run `npm view peerDependencies` → capture peer constraints\n3. Cross-check peer ranges: if two packages disagree, drop one to the highest co-compatible version rather than picking the latest of both\n4. Emit specific caret ranges: `^5.14.0`, never `^5.0.0` from memory\n5. Write `package.json`\n6. Run the lockfile generator ONCE (scaffold-only carveout — see below)\n7. Commit both manifest and lockfile\n\n**Local CPU carveout (`/sdd init` scaffold only):** the `no-local-builds` rule forbids local installs/builds/tests on this 1-vCPU container. The lockfile generator is a one-time exception because (a) CI's `npm ci` requires a committed lockfile, (b) Dependabot baseline needs a deterministic starting point, and (c) the operation is resolution-only with `--ignore-scripts` (no `node_modules` population, no script execution, no build step; the npm cache may fetch tarballs for integrity hashing). This carveout applies ONLY during `/sdd init`. Every other local install/build/test remains forbidden.\n\n**Forbidden at scaffold time:** `npm install` (full), `npm test`, `npm run build`, `tsc`, `cargo build`, `cargo test`, any test runner, any bundler.\n\n## /sdd clean — rescuing a rotted spec\n\n`/sdd clean` is the rescue command for projects whose spec has accumulated implementation leakage, fake deprecations, prose Status fields, oversized REQs, and bloated changelogs.\n\n### What it does (per mode)\n\nIn **interactive** mode: reports findings batch-by-batch, asks for confirmation before applying.\n\nIn **auto** mode: applies SAFE and RISKY fixes silently on the current branch. JUDGMENT items go to `sdd/.review-needed.md`.\n\nIn **unleashed** mode: applies SAFE + RISKY + JUDGMENT fixes on the current branch (using conservative defaults for JUDGMENT), commits per category, pushes directly. No new branch, no PR. `enforce_tdd: true` is forced. The commits land where the user pushed from.\n\n### Safety nets\n\nIn all modes:\n- **Working tree must be clean** before running (refuses if `git status --porcelain` is non-empty)\n- **Backup files** are created before any RISKY operation (e.g., `sdd/changes.md` → `sdd/changes-archive-YYYY-MM.md`)\n- **Per-category commits** for selective revert\n- **`[sdd-clean]` commit tag** that bypasses round-detection in spec-reviewer\n- **Sequential execution** (spec-reviewer first, then doc-updater)\n\nIn `auto` mode specifically:\n- Refuses to run on `main` or `master` without `--branch-confirmed`\n\nIn `unleashed` mode specifically:\n- Pushes commits directly to the current branch (no new branch, no PR)\n- Refuses to run on `main`/`master` without `--branch-confirmed`\n- Each commit is per-category and tagged `[sdd-clean]` — `git revert ` is the rollback surface\n- Full audit log lives in `sdd/.last-clean-run.md` + the per-category commit messages\n\n### What gets cleaned\n\n- **Strikethrough text** in REQs → stripped (git history is the strikethrough)\n- **Prose Status fields** (multi-line status notes) → truncated to one word, prose moved to `pending.md` or to `Notes:` field for `Partial` status\n- **Implementation leakage** in REQs (hex codes, CSS classes, file paths, function names, env vars, etc.) → moved to appropriate `documentation/` files\n- **Fake-Deprecated REQs** (Deprecated without `Replaced By:`) → moved to `## Out of Scope` section in domain README (interactive/auto/unleashed: see escalation rules)\n- **Oversized REQs** (>50 lines) → flagged; in unleashed mode, implementation prose extracted to docs while Intent + AC stay verbatim\n- **Bloated `changes.md`** (verification log entries, commit SHAs, multi-paragraph entries) → archived to `sdd/changes-archive-YYYY-MM.md`, new file written with user-facing entries only\n- **Status: Implemented REQs without test coverage** → if `enforce_tdd: true`, demoted to `Partial` with `Notes:` explaining what's missing; if `enforce_tdd: false`, written to `sdd/.coverage-report.md` only\n- **Status: Planned/Partial REQs with source code but no test** → if `enforce_tdd: true`, HIGH finding + auto-promote `Planned → Partial` with `Notes:` (requires the `Implements REQ-X-NNN` annotation convention in source files — see `spec-discipline.md` → Source code ↔ REQ annotations)\n- **Test quality heuristics** → AC-count vs test-count check, tautology detection, skipped-test detection (all run when `enforce_tdd: true`)\n- **Missing doc→spec backlinks** → generated automatically (links from `documentation/` files to relevant REQ IDs)\n\n## /sdd edit — adding or modifying requirements\n\nAlways interactive. The agent:\n1. Reads `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, and the target domain file\n2. Asks the user what they want to add or change\n3. Drafts new/modified REQs in proper format\n4. Validates against the discipline rules (forbidden content, length, AC quality)\n5. Confirms with user\n6. Writes the updated domain file\n7. Updates glossary if new terms were introduced\n8. Adds a changelog entry to `sdd/changes.md`\n\nUser-authored content gets one full pass before LOW-severity cleanup applies. The agent never blocks user input on style grounds.\n\n## /sdd add — creating a new domain\n\nSame as `/sdd edit` but creates a new domain file. The agent:\n1. Asks the user what the domain covers\n2. Proposes 5-15 initial requirements\n3. Creates `sdd/{domain}.md`\n4. Updates the domain index in `sdd/README.md`\n5. Updates glossary and changelog\n\n## /sdd autonomous — switching modes\n\n```bash\n/sdd autonomous on # mode = auto (writes to sdd/config.yml)\n/sdd autonomous unleashed on # mode = unleashed\n/sdd autonomous off # mode = interactive\n/sdd autonomous status # show current mode + recent overrides\n```\n\nThe setting is persistent (committed to git as `sdd/config.yml`) and travels with the project. Per-command overrides via `--interactive`, `--auto`, `--unleashed` flags on `/sdd clean`.\n\n## Test discipline\n\nEvery REQ marked `Status: Implemented` should have at least one test file that references its REQ ID. Test discovery uses `test_globs` from `sdd/config.yml`. Detection is binary: the REQ ID literally appears in a test (in a test name, comment, or assertion message).\n\n**Why REQ IDs in test files**: this lets `spec-reviewer` verify which Implemented REQs have automated coverage without ambiguous prose matching. Test naming convention example:\n\n```typescript\ntest('REQ-AUTH-001: rejects expired JWT tokens', () => {\n // ...\n});\n```\n\nWhen `enforce_tdd: true` (the default), REQs without test references get downgraded to `Partial` with a `Notes:` field, and REQs whose source code exists but lacks tests get flagged and auto-promoted `Planned → Partial`. Source code must annotate each REQ it implements with a comment like `Implements REQ-X-NNN` so spec-reviewer has something concrete to grep (see `spec-discipline.md` → Source code ↔ REQ annotations). Projects that genuinely cannot admit automated testing (pure visual design systems, for example) can opt out with `enforce_tdd: false`.\n\n**Bug fix discipline**: when fixing a bug, write a failing test that reproduces it BEFORE writing the fix. The test proves the bug exists and proves the fix works. The `tdd-guide` agent enforces this proactively.\n\n## TDD coverage targets\n\nThese are recommended defaults, configurable per project in `sdd/config.yml`:\n\n| Layer | Target |\n|---|---|\n| Pure functions / utilities | 100% |\n| API routes / handlers | 100% |\n| Component rendering | 80% |\n| Page-level integration | 80% |\n| Default | 70% |\n\nThese are guidance, not enforcement. The auto-demote rule is the only hard enforcement (binary: test exists per REQ or it doesn't).\n\n## Plan Mode integration\n\n**Plan Mode is mandatory on every spec→code transition**: after `/sdd init`, `/sdd edit` (if new REQ is `Planned`/`Partial`), or `/sdd add`. Next action MUST be entering Plan Mode (Claude Code: `EnterPlanMode`; other agents: the equivalent planning primitive). Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize *starting*, never skipping.\n\nThe plan must:\n1. Read all of `sdd/`, enumerate REQs by Status\n2. Filter to `Status: Planned` and `Status: Partial`\n3. Topo-sort by `Dependencies:`\n4. **Phase RED**: one failing test per AC via `tdd-guide`. Test name: `REQ-{DOMAIN}-{NNN}: {AC summary}`\n5. **Phase GREEN**: minimal impl, one REQ at a time, in dependency order\n6. **Phase VERIFY**: push, let `spec-reviewer` promote `Planned`→`Implemented` on next run\n7. Name the test framework from the stack (vitest, jest, pytest, go test, rspec, xctest, etc.); add Phase 0 if none exists\n\n**Informal proposal ≠ formal Plan Mode.** A detailed prose proposal + user \"execute\" / \"go\" / \"fine\" is *informal* approval. Still enter Plan Mode and re-present the same plan as a formal artifact. Treating \"execute\" as plan approval when no formal plan exists is the trap that breaks SDD.\n\n**Legitimate skip**: only if the user, after seeing a plan proposal, explicitly says \"skip plan mode\" or \"no plan\". Record in a feedback memory. Mark affected REQs `Partial` (not `Implemented`) until tests exist. \"build now\" / \"go\" / \"execute\" never count.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues. The spec describes the target state; bugs are the delta.\n- **TODOs / known gaps** → `pending.md` at repo root. Status field can say `Partial` to flag, but prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. Operational notes, not requirements.\n- **Out-of-scope ideas** → `## Out of Scope` section in the relevant README. Decisions, not requirements.\n\n## Templates location\n\nAll scaffolding templates are in `references/templates/` within this skill. The agent reads them on demand during `/sdd init`. They are bundled with the skill — no external dependencies.\n\n| Template | Used by |\n|---|---|\n| `root-readme.md` | `/sdd init` → `README.md` |\n| `sdd-readme.md` | `/sdd init` → `sdd/README.md` |\n| `sdd-glossary.md` | `/sdd init` → `sdd/glossary.md` |\n| `sdd-constraints.md` | `/sdd init` → `sdd/constraints.md` |\n| `sdd-changes.md` | `/sdd init` → `sdd/changes.md` |\n| `sdd-config.yml` | `/sdd init` → `sdd/config.yml` |\n| `documentation-readme.md` | `/sdd init` → `documentation/README.md` |\n| `documentation-architecture.md` | `/sdd init` → `documentation/architecture.md` |\n| `documentation-api-reference.md` | `/sdd init` → `documentation/api-reference.md` |\n| `documentation-configuration.md` | `/sdd init` → `documentation/configuration.md` |\n| `documentation-deployment.md` | `/sdd init` → `documentation/deployment.md` |\n| `documentation-decisions-readme.md` | `/sdd init` → `documentation/decisions/README.md` |\n\nPlaceholders use `{PLACEHOLDER_NAME}` format. The agent substitutes them based on the user's input and inferred context (project name, language, framework, etc.).\n", + "content": "---\nname: spec-driven-development\ndescription: Specification-driven development reference. Defines the structure and rules for product specifications, the three autonomy modes (interactive/auto/unleashed), and the workflow for greenfield projects, ongoing development, and rescuing rotted specs. Invoked via the /sdd command.\nversion: 4.0.0\n---\n\n# Spec-Driven Development\n\nA product specification (`sdd/`) is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit.\n\nThe full enforcement layer lives in the `spec-discipline` rule which is loaded into every agent's instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.codex/rules/spec-discipline.md` for Claude). The rules are already in your context. This skill describes the workflow on top of those rules.\n\n## How it works at a glance\n\nThe user runs `/sdd init` once to bootstrap. After that, they \"vibe code\" — write code, push, walk away. The `spec-reviewer` and `doc-updater` agents auto-detect the `sdd/` folder and enforce discipline on every push, in the mode set by `sdd/config.yml` (`interactive`, `auto`, or `unleashed`).\n\nThe user only invokes `/sdd` directly to:\n- Bootstrap a new project (`/sdd init`)\n- Manually add or modify requirements (`/sdd edit`, `/sdd add`)\n- Rescue a rotted spec (`/sdd clean`)\n- Switch autonomy mode (`/sdd autonomous`)\n\n## Spec structure\n\n```\nsdd/\n├── README.md # Vision, principles, actors, domain index, \"Out of Scope\" section\n├── glossary.md # Canonical term definitions\n├── constraints.md # Technology stack, cross-cutting CON-* constraints\n├── changes.md # Semantic changelog (≤2 sentences per entry, user-facing only)\n├── config.yml # mode, enforce_tdd, test_globs, src_globs (optional), allowlists\n├── .user-overrides.md # Findings the user explicitly told the agent to skip (committed)\n├── .review-needed.md # Findings escalated for human review (committed, cleared on resolution)\n├── .coverage-report.md # Output of enforce_tdd: false runs (committed)\n├── .last-clean-run.md # Audit log of the most recent /sdd clean run (committed)\n└── {domain}.md # Requirements per feature area\n```\n\nProject root also has:\n```\nREADME.md # Links to sdd/ and documentation/\ndocumentation/ # Implementation docs (architecture, API, config, deployment, decisions)\ntests/ # Tests (each test references a REQ ID for spec-reviewer to verify)\npending.md # In-flight work and known gaps (NOT requirements)\n```\n\n## REQ format\n\n```markdown\n### REQ-{DOMAIN}-{NNN}: {Title}\n\n**Intent:** {Why this exists — the problem, not the solution.}\n\n**Applies To:** {Actor — User, Admin, etc. Not \"System\" — that's a qualifier.}\n\n**Acceptance Criteria:**\n1. {Testable, binary pass/fail}\n2. {Another}\n\n**Constraints:** CON-* references where applicable\n\n**Priority:** P0 | P1 | P2 | P3\n**Dependencies:** REQ-*-* | None\n**Verification:** Automated test | Integration test | Manual check\n**Status:** Proposed | Planned | Partial | Implemented | Deprecated\n**Notes:** {Optional, only valid for Partial status, ≤3 sentences explaining what's missing}\n**Replaced By:** REQ-*-* {Required for Deprecated status}\n**Removed In:** YYYY-MM-DD {Alternative for Deprecated when no replacement REQ exists}\n```\n\n## Status semantics\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated test verification found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n**One word, no prose.** The Status field cannot contain commit SHAs, file paths, or \"Partial — missing X, Y, Z\" notes. Use the optional `Notes:` field (≤3 sentences) for Partial status only. Use `pending.md` for implementation tracking.\n\n**Never-built REQs** that the team decided to skip should NOT be marked Deprecated. Move them to the `## Out of Scope` section in the relevant domain file or `sdd/README.md`. This preserves the decision history without bloating the active spec.\n\n## Three autonomy modes\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes (strip strikethrough, truncate prose Status, generate backlinks, move forbidden content) | Confirm → apply | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves, bulk operations) | Confirm + backup + apply | Backup + apply | Backup + apply |\n| JUDGMENT calls (doc-vs-spec conflict, oversized REQ, fake-Deprecated) | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| `enforce_tdd` default | per `sdd/config.yml` (default true) | per `sdd/config.yml` (default true) | **Forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference: **how JUDGMENT is handled**, nothing else. All modes push to the current branch. No PR, no new branch, no artificial change limits.\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. **Never overwrite either side.** |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. **Never split into multiple REQs.** |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's `## Out of Scope` section, remove from domain file. Content preserved. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md`. |\n\nThe user comes back to new commits on the current branch. They inspect the per-category commits and `sdd/.review-needed.md`, and can `git revert ` per-category if any change is unwanted. No PR, no merge step — commits land directly where the user pushed from.\n\n## Sub-commands\n\n| Command | Purpose |\n|---|---|\n| `/sdd` | Help screen — overview, modes, sub-commands, autodetection behavior |\n| `/sdd init [idea]` | Bootstrap a new project: `sdd/`, `documentation/`, root `README.md`, `tests/`, `sdd/config.yml` |\n| `/sdd edit {domain}` | Add or modify requirements in an existing domain (interactive, always needs user input) |\n| `/sdd add {domain}` | Create a new domain in an existing spec |\n| `/sdd clean` | Refactor a rotted spec — applies SAFE/RISKY/JUDGMENT fixes per current mode |\n| `/sdd autonomous {on\\|off\\|unleashed}` | Set the mode in `sdd/config.yml` |\n\nThe full command syntax is documented in the `/sdd` command file.\n\n## Auto-detection — when SDD enforcement runs without /sdd\n\nOnce `sdd/` exists in a project, the workflow runs automatically without explicit `/sdd` invocation:\n\n- After every git push, the `spec-reviewer` agent runs (sequentially, then `doc-updater`)\n- Both agents detect `sdd/` exists → enter SDD-strict mode\n- Both agents read `sdd/config.yml` → know whether to be interactive/auto/unleashed\n- Findings are auto-fixed per the mode\n\nIf `sdd/` doesn't exist, `spec-reviewer` exits silently. `doc-updater` runs in `docs-only` mode (project-agnostic doc maintenance, no spec coordination).\n\n## /sdd init — bootstrapping a project (greenfield OR existing codebase)\n\n`/sdd init` handles two scenarios:\n\n1. **Greenfield**: empty project, no existing code. Agent bootstraps from prose.\n2. **Existing codebase**: project already has source code. Agent enters **import mode** — analyzes the existing code, derives a spec from observed behavior, presents it for user confirmation, and writes the scaffolding.\n\nThe agent detects the scenario automatically by counting source files in the project. >5 source files → existing codebase → import mode. ≤5 → greenfield.\n\nIn **import mode**, the agent:\n- Reads README.md, package.json (or equivalent), top-level configs to understand intent\n- Analyzes directory structure to identify domains\n- Reads representative source files to derive REQs\n- Tentatively marks all derived REQs as `Status: Implemented`\n- Searches existing test files for feature/route names; demotes REQs without test coverage to `Partial` with `Notes:` explaining what's missing\n- Presents derived spec for user confirmation, one domain at a time\n- Writes scaffolding (sdd/, documentation/, root README) WITHOUT touching existing code, existing README, or existing documentation/ files\n\nImport mode is **always interactive** even in `auto` or `unleashed` config — inferring intent from code is genuinely judgment-required and the user must validate the result.\n\nIn **greenfield mode**, the agent:\n\n1. **Drafts the vision** from the user's prose, presents for confirmation\n2. **Proposes actors** (typically User, Admin — never \"System\")\n3. **Maps the user journey** by asking one question, then proposes domains\n4. **Drafts requirements** for each domain (5-15 per domain), confirms one domain at a time\n5. **Drafts constraints** with CON-* IDs\n6. **Writes the spec scaffolding** by reading and instantiating templates from `references/templates/`:\n - `root-readme.md` → `README.md` (project root)\n - `sdd-readme.md` → `sdd/README.md`\n - `sdd-glossary.md` → `sdd/glossary.md`\n - `sdd-constraints.md` → `sdd/constraints.md`\n - `sdd-changes.md` → `sdd/changes.md`\n - `sdd-config.yml` → `sdd/config.yml` (mode: interactive by default)\n - `documentation-readme.md` → `documentation/README.md`\n - `documentation-architecture.md` → `documentation/architecture.md`\n - `documentation-api-reference.md` → `documentation/api-reference.md`\n - `documentation-configuration.md` → `documentation/configuration.md`\n - `documentation-deployment.md` → `documentation/deployment.md`\n - `documentation-decisions-readme.md` → `documentation/decisions/README.md`\n7. **Creates `tests/` folder** (empty, ready for the user to populate with TDD)\n8. **Substitutes placeholders** like `{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}` with values inferred from the user's idea\n9. **Reports next steps** to the user\n\nThe agent does not need internet access — all templates are bundled in `references/templates/`.\n\nIf `sdd/` already exists, `/sdd init` aborts with an error. Use `--force` to overwrite (destructive — confirm with user first).\n\n### Dependency version resolution\n\nWhen `/sdd init` generates a package manifest (`package.json`, `Cargo.toml`, `requirements.txt`, `go.mod`, etc.), NEVER emit memorized version ranges. Resolve each top-level dependency to its current latest stable via the ecosystem's metadata query tool:\n\n| Ecosystem | Version query | Lockfile generation (scaffold-only carveout) |\n|---|---|---|\n| npm | `npm view version` + `npm view peerDependencies` | `npm install --package-lock-only --ignore-scripts --no-audit --no-fund` |\n| Cargo | `cargo search --limit 1` | `cargo generate-lockfile` |\n| Python | `pip index versions ` | `uv lock` or `pip-compile` |\n| Go | `go list -m -versions ` | `go mod tidy` |\n\nFor Cloudflare Workers projects, see `cloudflare-stack` SKILL → § Cloudflare cohort pinning — the 4-pack (wrangler + workers-types + vitest-pool-workers + vitest) must be resolved together before writing `package.json`.\n\nProcess (npm example):\n1. For each proposed dependency, run `npm view version` → capture latest\n2. Run `npm view peerDependencies` → capture peer constraints\n3. Cross-check peer ranges: if two packages disagree, drop one to the highest co-compatible version rather than picking the latest of both\n4. Emit specific caret ranges: `^5.14.0`, never `^5.0.0` from memory\n5. Write `package.json`\n6. Run the lockfile generator ONCE (scaffold-only carveout — see below)\n7. Commit both manifest and lockfile\n\n**Local CPU carveout (`/sdd init` scaffold only):** the `no-local-builds` rule forbids local installs/builds/tests on this 1-vCPU container. The lockfile generator is a one-time exception because (a) CI's `npm ci` requires a committed lockfile, (b) Dependabot baseline needs a deterministic starting point, and (c) the operation is resolution-only with `--ignore-scripts` (no `node_modules` population, no script execution, no build step; the npm cache may fetch tarballs for integrity hashing). This carveout applies ONLY during `/sdd init`. Every other local install/build/test remains forbidden.\n\n**Forbidden at scaffold time:** `npm install` (full), `npm test`, `npm run build`, `tsc`, `cargo build`, `cargo test`, any test runner, any bundler.\n\n## /sdd clean — rescuing a rotted spec\n\n`/sdd clean` is the rescue command for projects whose spec has accumulated implementation leakage, fake deprecations, prose Status fields, oversized REQs, and bloated changelogs.\n\n### What it does (per mode)\n\nIn **interactive** mode: reports findings batch-by-batch, asks for confirmation before applying.\n\nIn **auto** mode: applies SAFE and RISKY fixes silently on the current branch. JUDGMENT items go to `sdd/.review-needed.md`.\n\nIn **unleashed** mode: applies SAFE + RISKY + JUDGMENT fixes on the current branch (using conservative defaults for JUDGMENT), commits per category, pushes directly. No new branch, no PR. `enforce_tdd: true` is forced. The commits land where the user pushed from.\n\n### Safety nets\n\nIn all modes:\n- **Working tree must be clean** before running (refuses if `git status --porcelain` is non-empty)\n- **Backup files** are created before any RISKY operation (e.g., `sdd/changes.md` → `sdd/changes-archive-YYYY-MM.md`)\n- **Per-category commits** for selective revert\n- **`[sdd-clean]` commit tag** that bypasses round-detection in spec-reviewer\n- **Sequential execution** (spec-reviewer first, then doc-updater)\n\nIn `auto` mode specifically:\n- Refuses to run on `main` or `master` without `--branch-confirmed`\n\nIn `unleashed` mode specifically:\n- Pushes commits directly to the current branch (no new branch, no PR)\n- Refuses to run on `main`/`master` without `--branch-confirmed`\n- Each commit is per-category and tagged `[sdd-clean]` — `git revert ` is the rollback surface\n- Full audit log lives in `sdd/.last-clean-run.md` + the per-category commit messages\n\n### What gets cleaned\n\n- **Strikethrough text** in REQs → stripped (git history is the strikethrough)\n- **Prose Status fields** (multi-line status notes) → truncated to one word, prose moved to `pending.md` or to `Notes:` field for `Partial` status\n- **Implementation leakage** in REQs (hex codes, CSS classes, file paths, function names, env vars, etc.) → moved to appropriate `documentation/` files\n- **Fake-Deprecated REQs** (Deprecated without `Replaced By:`) → moved to `## Out of Scope` section in domain README (interactive/auto/unleashed: see escalation rules)\n- **Oversized REQs** (>50 lines) → flagged; in unleashed mode, implementation prose extracted to docs while Intent + AC stay verbatim\n- **Bloated `changes.md`** (verification log entries, commit SHAs, multi-paragraph entries) → archived to `sdd/changes-archive-YYYY-MM.md`, new file written with user-facing entries only\n- **Status: Implemented REQs without test coverage** → if `enforce_tdd: true`, demoted to `Partial` with `Notes:` explaining what's missing; if `enforce_tdd: false`, written to `sdd/.coverage-report.md` only\n- **Status: Planned/Partial REQs with source code but no test** → if `enforce_tdd: true`, HIGH finding + auto-promote `Planned → Partial` with `Notes:` (requires the `Implements REQ-X-NNN` annotation convention in source files — see `spec-discipline.md` → Source code ↔ REQ annotations)\n- **Test quality heuristics** → AC-count vs test-count check, tautology detection, skipped-test detection (all run when `enforce_tdd: true`)\n- **Missing doc→spec backlinks** → generated automatically (links from `documentation/` files to relevant REQ IDs)\n\n## /sdd edit — adding or modifying requirements\n\nAlways interactive. The agent:\n1. Reads `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, and the target domain file\n2. Asks the user what they want to add or change\n3. Drafts new/modified REQs in proper format\n4. Validates against the discipline rules (forbidden content, length, AC quality)\n5. Confirms with user\n6. Writes the updated domain file\n7. Updates glossary if new terms were introduced\n8. Adds a changelog entry to `sdd/changes.md`\n\nUser-authored content gets one full pass before LOW-severity cleanup applies. The agent never blocks user input on style grounds.\n\n## /sdd add — creating a new domain\n\nSame as `/sdd edit` but creates a new domain file. The agent:\n1. Asks the user what the domain covers\n2. Proposes 5-15 initial requirements\n3. Creates `sdd/{domain}.md`\n4. Updates the domain index in `sdd/README.md`\n5. Updates glossary and changelog\n\n## /sdd autonomous — switching modes\n\n```bash\n/sdd autonomous on # mode = auto (writes to sdd/config.yml)\n/sdd autonomous unleashed on # mode = unleashed\n/sdd autonomous off # mode = interactive\n/sdd autonomous status # show current mode + recent overrides\n```\n\nThe setting is persistent (committed to git as `sdd/config.yml`) and travels with the project. Per-command overrides via `--interactive`, `--auto`, `--unleashed` flags on `/sdd clean`.\n\n## Test discipline\n\nEvery REQ marked `Status: Implemented` should have at least one test file that references its REQ ID. Test discovery uses `test_globs` from `sdd/config.yml`. Detection is binary: the REQ ID literally appears in a test (in a test name, comment, or assertion message).\n\n**Why REQ IDs in test files**: this lets `spec-reviewer` verify which Implemented REQs have automated coverage without ambiguous prose matching. Test naming convention example:\n\n```typescript\ntest('REQ-AUTH-001: rejects expired JWT tokens', () => {\n // ...\n});\n```\n\nWhen `enforce_tdd: true` (the default), REQs without test references get downgraded to `Partial` with a `Notes:` field, and REQs whose source code exists but lacks tests get flagged and auto-promoted `Planned → Partial`. Source code must annotate each REQ it implements with a comment like `Implements REQ-X-NNN` so spec-reviewer has something concrete to grep (see `spec-discipline.md` → Source code ↔ REQ annotations). Projects that genuinely cannot admit automated testing (pure visual design systems, for example) can opt out with `enforce_tdd: false`.\n\n**Bug fix discipline**: when fixing a bug, write a failing test that reproduces it BEFORE writing the fix. The test proves the bug exists and proves the fix works. The `tdd-guide` agent enforces this proactively.\n\n## TDD coverage targets\n\nThese are recommended defaults, configurable per project in `sdd/config.yml`:\n\n| Layer | Target |\n|---|---|\n| Pure functions / utilities | 100% |\n| API routes / handlers | 100% |\n| Component rendering | 80% |\n| Page-level integration | 80% |\n| Default | 70% |\n\nThese are guidance, not enforcement. The auto-demote rule is the only hard enforcement (binary: test exists per REQ or it doesn't).\n\n## Plan Mode integration\n\n**Plan Mode is mandatory on every spec→code transition**: after `/sdd init`, `/sdd edit` (if new REQ is `Planned`/`Partial`), or `/sdd add`. Next action MUST be entering Plan Mode (Claude Code: `EnterPlanMode`; other agents: the equivalent planning primitive). Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize *starting*, never skipping.\n\nThe plan must:\n1. Read all of `sdd/`, enumerate REQs by Status\n2. Filter to `Status: Planned` and `Status: Partial`\n3. Topo-sort by `Dependencies:`\n4. **Phase RED**: one failing test per AC via `tdd-guide`. Test name: `REQ-{DOMAIN}-{NNN}: {AC summary}`\n5. **Phase GREEN**: minimal impl, one REQ at a time, in dependency order\n6. **Phase VERIFY**: push, let `spec-reviewer` promote `Planned`→`Implemented` on next run\n7. Name the test framework from the stack (vitest, jest, pytest, go test, rspec, xctest, etc.); add Phase 0 if none exists\n\n**Informal proposal ≠ formal Plan Mode.** A detailed prose proposal + user \"execute\" / \"go\" / \"fine\" is *informal* approval. Still enter Plan Mode and re-present the same plan as a formal artifact. Treating \"execute\" as plan approval when no formal plan exists is the trap that breaks SDD.\n\n**Legitimate skip**: only if the user, after seeing a plan proposal, explicitly says \"skip plan mode\" or \"no plan\". Record in a feedback memory. Mark affected REQs `Partial` (not `Implemented`) until tests exist. \"build now\" / \"go\" / \"execute\" never count.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues. The spec describes the target state; bugs are the delta.\n- **TODOs / known gaps** → `pending.md` at repo root. Status field can say `Partial` to flag, but prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. Operational notes, not requirements.\n- **Out-of-scope ideas** → `## Out of Scope` section in the relevant README. Decisions, not requirements.\n\n## Template conventions (issue #253)\n\nTemplates follow `documentation-discipline.md` from the first commit. Conventions baked into every `documentation-*.md` template:\n\n- **One-line table cells**: every cell stays on a single line. The 50-word per-cell budget enforced by `doc-updater` Pass 1 begins at scaffolding. If a row needs more than ~50 words, write the long form as a body paragraph below the table and replace the cell with a one-line summary plus a link.\n- **Embedded doc-discipline directive comments**: each template starts with an HTML comment `` so the user editing the file sees the budget and the cell convention before they expand sections beyond the soft cap.\n- **Per-file budgets** match `documentation-discipline.md`: architecture.md template targets ≤350 lines, api-reference.md ≤600 lines, configuration.md ≤200 lines, deployment.md ≤200 lines.\n- **REQ backlinks pre-wired**: the `Implements` column in `Source Modules` table and equivalents elsewhere are scaffolded with the exact `[REQ-X-N](../sdd/{domain}.md#req-x-n)` form so doc-updater finds them on the first PR.\n- **Lane-correct content placeholders**: `architecture.md` template never has an \"API endpoints\" section (that's `api-reference.md`'s lane). Templates enforce lane separation by example.\n\nThese conventions are why the architecture.md template is the shortest template by line count — it should stay that way.\n\n## Templates location\n\nAll scaffolding templates are in `references/templates/` within this skill. The agent reads them on demand during `/sdd init`. They are bundled with the skill — no external dependencies.\n\n| Template | Used by |\n|---|---|\n| `root-readme.md` | `/sdd init` → `README.md` |\n| `sdd-readme.md` | `/sdd init` → `sdd/README.md` |\n| `sdd-glossary.md` | `/sdd init` → `sdd/glossary.md` |\n| `sdd-constraints.md` | `/sdd init` → `sdd/constraints.md` |\n| `sdd-changes.md` | `/sdd init` → `sdd/changes.md` |\n| `sdd-config.yml` | `/sdd init` → `sdd/config.yml` |\n| `documentation-readme.md` | `/sdd init` → `documentation/README.md` |\n| `documentation-architecture.md` | `/sdd init` → `documentation/architecture.md` |\n| `documentation-api-reference.md` | `/sdd init` → `documentation/api-reference.md` |\n| `documentation-configuration.md` | `/sdd init` → `documentation/configuration.md` |\n| `documentation-deployment.md` | `/sdd init` → `documentation/deployment.md` |\n| `documentation-decisions-readme.md` | `/sdd init` → `documentation/decisions/README.md` |\n\nPlaceholders use `{PLACEHOLDER_NAME}` format. The agent substitutes them based on the user's input and inferred context (project name, language, framework, etc.).\n", "modes": [ "advanced" ] @@ -794,7 +818,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".codex/skills/spec-driven-development/references/templates/documentation-architecture.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Architecture\n\nSystem overview, component map, and data flow.\n\n**Audience:** Developers\n\n---\n\n## Overview\n\n{One paragraph describing what the system is and what it does at a high level. Reference [`sdd/README.md`](../sdd/README.md) for the product intent.}\n\n## Components\n\n| Component | Role |\n|---|---|\n| {Component} | {What it does} |\n\n## Source Modules\n\n| Path | Responsibility | Implements |\n|---|---|---|\n| `src/{path}` | {What this module does} | [REQ-X-N](../sdd/{domain}.md#req-x-n) |\n\n## Request Lifecycle\n\n```\n{Diagram or step-by-step flow}\n```\n\n## Data Flow\n\n{How data moves through the system. Include database, storage, and external services.}\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [API Reference](api-reference.md) — Endpoint contracts\n- [Decisions](decisions/README.md) — Architectural decisions and rationale\n", + "content": " on the line below this comment if the soft budget is genuinely insufficient. -->\n\n# Architecture\n\nSystem overview, component map, and data flow.\n\n**Audience:** Developers\n\n---\n\n## Overview\n\n{One paragraph describing what the system is and what it does at a high level. Reference [`sdd/README.md`](../sdd/README.md) for the product intent.}\n\n## Components\n\n| Component | Role |\n|---|---|\n| {Component} | {What it does} |\n\n## Source Modules\n\n| Path | Responsibility | Implements |\n|---|---|---|\n| `src/{path}` | {What this module does} | [REQ-X-N](../sdd/{domain}.md#req-x-n) |\n\n## Request Lifecycle\n\n```\n{Diagram or step-by-step flow}\n```\n\n## Data Flow\n\n{How data moves through the system. Include database, storage, and external services.}\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [API Reference](api-reference.md) — Endpoint contracts\n- [Decisions](decisions/README.md) — Architectural decisions and rationale\n", "modes": [ "advanced" ] @@ -802,7 +826,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".codex/skills/spec-driven-development/references/templates/documentation-api-reference.md", "contentType": "text/markdown; charset=utf-8", - "content": "# API Reference\n\nAll public and internal API endpoints.\n\n**Audience:** Developers\n\n---\n\n## Public API\n\n### {METHOD} {/path}\n\n{One-line description.}\n\n**Implements:** [REQ-X-N](../sdd/{domain}.md#req-x-n)\n\n**Authentication:** None | Required (describe)\n\n**Path Parameters:**\n\n| Parameter | Format | Description |\n|---|---|---|\n| `{name}` | `{format}` | {description} |\n\n**Request:**\n\n```json\n{example}\n```\n\n**Response 200:**\n\n```json\n{example}\n```\n\n**Error responses:**\n\n| Code | When | Body |\n|---|---|---|\n| 400 | {when} | `{error shape}` |\n| 401 | {when} | `{error shape}` |\n\n**Cache:** `Cache-Control: {policy}`\n\n**Implementation:** `src/{path}`\n\n---\n\n## Admin API\n\n{Same format as Public API for admin-only endpoints.}\n\n---\n\n## Related Documentation\n\n- [Architecture](architecture.md) — Component overview\n- [Configuration](configuration.md) — Required env vars and secrets\n", + "content": " below this comment if a complete API surface genuinely needs more lines. -->\n\n# API Reference\n\nAll public and internal API endpoints.\n\n**Audience:** Developers\n\n---\n\n## Public API\n\n### {METHOD} {/path}\n\n{One-line description.}\n\n**Implements:** [REQ-X-N](../sdd/{domain}.md#req-x-n)\n\n**Authentication:** None | Required (describe)\n\n**Path Parameters:**\n\n| Parameter | Format | Description |\n|---|---|---|\n| `{name}` | `{format}` | {description} |\n\n**Request:**\n\n```json\n{example}\n```\n\n**Response 200:**\n\n```json\n{example}\n```\n\n**Error responses:**\n\n| Code | When | Body |\n|---|---|---|\n| 400 | {when} | `{error shape}` |\n| 401 | {when} | `{error shape}` |\n\n**Cache:** `Cache-Control: {policy}`\n\n**Implementation:** `src/{path}`\n\n---\n\n## Admin API\n\n{Same format as Public API for admin-only endpoints.}\n\n---\n\n## Related Documentation\n\n- [Architecture](architecture.md) — Component overview\n- [Configuration](configuration.md) — Required env vars and secrets\n", "modes": [ "advanced" ] @@ -810,7 +834,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".codex/skills/spec-driven-development/references/templates/documentation-configuration.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Configuration\n\n**Audience:** Operators, Developers\n\nEnvironment variables, secrets, and platform bindings required to run the system.\n\n---\n\n## Environment Variables\n\n| Variable | Required | Default | Description |\n|---|---|---|---|\n| `{NAME}` | yes/no | `{default}` | {description} |\n\n## Secrets\n\n| Secret | Storage | Description |\n|---|---|---|\n| `{NAME}` | wrangler secret / env / vault | {description} |\n\n## Platform Bindings\n\n| Binding | Type | Purpose |\n|---|---|---|\n| `{NAME}` | D1 / R2 / KV / Durable Object | {what it stores or does} |\n\n## Configuration Files\n\n| File | Purpose |\n|---|---|\n| `{path}` | {description} |\n\n---\n\n## Related Documentation\n\n- [Deployment](deployment.md) — How to set these up in dev and prod\n- [Architecture](architecture.md) — Where these bindings are used\n", + "content": "\n\n# Configuration\n\n**Audience:** Operators, Developers\n\nEnvironment variables, secrets, and platform bindings required to run the system.\n\n---\n\n## Environment Variables\n\n| Variable | Required | Default | Description |\n|---|---|---|---|\n| `{NAME}` | yes/no | `{default}` | {description} |\n\n## Secrets\n\n| Secret | Storage | Description |\n|---|---|---|\n| `{NAME}` | wrangler secret / env / vault | {description} |\n\n## Platform Bindings\n\n| Binding | Type | Purpose |\n|---|---|---|\n| `{NAME}` | D1 / R2 / KV / Durable Object | {what it stores or does} |\n\n## Configuration Files\n\n| File | Purpose |\n|---|---|\n| `{path}` | {description} |\n\n---\n\n## Related Documentation\n\n- [Deployment](deployment.md) — How to set these up in dev and prod\n- [Architecture](architecture.md) — Where these bindings are used\n", "modes": [ "advanced" ] @@ -818,7 +842,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".codex/skills/spec-driven-development/references/templates/documentation-deployment.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Deployment\n\n**Audience:** Developers, Operators\n\nLocal development setup and production deployment steps.\n\n---\n\n## Prerequisites\n\n- {Tool name} version {X.Y+}\n- {Account or credential needed}\n\n## Local Development\n\n```bash\n{install command}\n{seed/migration command}\n{dev server command}\n```\n\nThe dev server runs at {URL}.\n\n## Tests\n\n```bash\n{test command}\n```\n\nTests are organized so each test references a REQ ID — `spec-reviewer` reads test files to verify which Implemented REQs have automated coverage.\n\n## Production Deployment\n\n```bash\n{deploy command}\n```\n\n### Environment-specific configuration\n\n| Environment | Branch | Notes |\n|---|---|---|\n| Development | `develop` | {what's special} |\n| Production | `main` | {what's special} |\n\n## Cloudflare Resources\n\n| Resource | Type | Purpose |\n|---|---|---|\n| `{name}` | D1/R2/KV/Worker | {purpose} |\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [Architecture](architecture.md) — System overview\n", + "content": "\n\n# Deployment\n\n**Audience:** Developers, Operators\n\nLocal development setup and production deployment steps.\n\n---\n\n## Prerequisites\n\n- {Tool name} version {X.Y+}\n- {Account or credential needed}\n\n## Local Development\n\n```bash\n{install command}\n{seed/migration command}\n{dev server command}\n```\n\nThe dev server runs at {URL}.\n\n## Tests\n\n```bash\n{test command}\n```\n\nTests are organized so each test references a REQ ID — `spec-reviewer` reads test files to verify which Implemented REQs have automated coverage.\n\n## Production Deployment\n\n```bash\n{deploy command}\n```\n\n### Environment-specific configuration\n\n| Environment | Branch | Notes |\n|---|---|---|\n| Development | `develop` | {what's special} |\n| Production | `main` | {what's special} |\n\n## Cloudflare Resources\n\n| Resource | Type | Purpose |\n|---|---|---|\n| `{name}` | D1/R2/KV/Worker | {purpose} |\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [Architecture](architecture.md) — System overview\n", "modes": [ "advanced" ] @@ -850,7 +874,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".gemini/GEMINI.md", "contentType": "text/markdown; charset=utf-8", - "content": "# CI Monitoring After Push\n\nA single push can trigger multiple GitHub Actions workflows (PR Checks, Fuzz, CodeQL, etc.). You MUST wait for ALL of them to pass before deploying or proceeding.\n\n## After every push\n\n1. Run a single background Bash poll loop (timeout 600000ms) that checks ALL runs every 15s until all complete AND all succeed:\n ```\n while true; do\n echo \"$(date +%H:%M:%S)\"\n gh run list --branch --limit 5 --json databaseId,name,status,conclusion \\\n --template '{{range .}}{{.databaseId}}{{\"\\t\"}}{{.name}}{{\"\\t\"}}{{.status}}{{\"\\t\"}}{{.conclusion}}{{\"\\n\"}}{{end}}'\n ALL_DONE=$(gh run list --branch --limit 5 --json status \\\n --template '{{$all := true}}{{range .}}{{if ne .status \"completed\"}}{{$all = false}}{{end}}{{end}}{{$all}}')\n if [ \"$ALL_DONE\" = \"true\" ]; then\n ANY_FAILED=$(gh run list --branch --limit 5 --json conclusion \\\n --template '{{$fail := false}}{{range .}}{{if ne .conclusion \"success\"}}{{$fail = true}}{{end}}{{end}}{{$fail}}')\n if [ \"$ANY_FAILED\" = \"true\" ]; then\n echo \"COMPLETED WITH FAILURES\"\n else\n echo \"ALL GREEN\"\n fi\n break\n fi\n sleep 15\n done\n ```\n Use `run_in_background: true` so the poll does not burn context tokens. You will be notified when it finishes.\n2. When notified, read the output. If it ends with `ALL GREEN`, CI passed. If it ends with `COMPLETED WITH FAILURES`, identify the failed run IDs from the output, run `gh run view $RUN_ID --log-failed`, fix the issue, commit, push, then go back to step 1.\n3. NEVER report CI as passing unless the poll output ends with `ALL GREEN`. The poll checks BOTH completion AND success — a run that completed with `failure` conclusion is NOT green.\n4. NEVER deploy to integration until every CI run from the push is green.\n5. Do NOT use `gh run watch` — it hangs.\n6. Before pushing a new commit, cancel any still-running CI runs from a previous push on the same branch — they are stale and waste resources:\n ```\n gh run list --branch --limit 5 --json databaseId,status --jq '.[] | select(.status != \"completed\") | .databaseId' | xargs -I{} gh run cancel {}\n ```\n\n---\n\n# Codeflare Environment Rules\n\n## Technology Defaults\n\nBy default, new projects deploy to Cloudflare Workers. Use compatible technologies unless the user explicitly requests a different stack or deployment target (e.g., AWS, Vercel, Django, Rails).\n\n**Default stack:** HTML/CSS/JS, TypeScript, Hono, itty-router, SolidJS, React, Vue, Svelte, Astro, SolidStart (CF adapter), Cloudflare D1 (database), KV (key-value), R2 (file storage), Durable Objects, Workers AI.\n\n**Avoid unless user explicitly asks:** Python backends, Go, Ruby, Java, PHP, Docker, PostgreSQL, MySQL, MongoDB, Redis server, Node.js-specific APIs (fs, child_process, net). Workers uses a web-standard runtime, not Node.js.\n\nIf the user does not specify a deployment target or tech preference, use Cloudflare-compatible tech and steer toward the Cloudflare equivalent without mentioning limitations. If the user explicitly requests a specific technology or platform, respect their choice — stop recommending Cloudflare stack for that project and document the technology decision as an architectural decision in the project's docs (ADR, DECISIONS.md, or README).\n\n**Web-standard API mappings** (only when using the Workers runtime — skip these if the user has chosen a different runtime):\n- `fetch()` not `http`/`https` modules\n- `crypto.subtle` / `crypto.getRandomValues()` not Node.js `require('crypto')` (Web Crypto API is available natively)\n- `Request`/`Response` not `req`/`res` Express objects\n- `URL`/`URLSearchParams` not `querystring`\n- `TextEncoder`/`TextDecoder` not `Buffer`\n- `structuredClone()` not `JSON.parse(JSON.stringify())`\n- `AbortSignal.timeout(ms)` for fetch/request timeouts, not manual `setTimeout` + `AbortController` wrapper\n- `globalThis` not `global` or `window`\n\n## Environment\n\n- 1-CPU container. See [no-local-builds.md](./no-local-builds.md) for local execution restrictions.\n- No browser. Use `BROWSER=\"\"` prefix for CLI tools that might try to open one.\n- Git over HTTPS only, no SSH keys.\n- `gh` CLI is pre-installed.\n\n## Project Structure\n\nCreate new projects inside `~/workspace//`. Never build in `~/workspace/` root.\n\n## Security\n\n- Never commit secrets or API keys. Global gitignore at `~/.gitignore_global` covers common patterns.\n- Use `@users.noreply.github.com` for git identity, never the user's real email.\n- Use `printf '%s'` (not `echo`) when piping secrets to commands.\n\n## Commits\n\nNever add Co-Authored-By, AI attribution, emoji, or \"Generated with Claude\" to commits or PRs. Use plain, descriptive commit messages.\n\n## Communication\n\nAssume users are non-technical unless they demonstrate otherwise. Avoid jargon. Focus on what the project does, not what technology it uses. Never say \"that's not possible\" — find the closest achievable version.\n\n---\n\n# Coding Style\n\n## Immutability (CRITICAL)\n\nALWAYS create new objects, NEVER mutate existing ones:\n\n```\n// Pseudocode\nWRONG: modify(original, field, value) → changes original in-place\nCORRECT: update(original, field, value) → returns new copy with change\n```\n\nRationale: Immutable data prevents hidden side effects, makes debugging easier, and enables safe concurrency.\n\nNEVER set object fields to `undefined` in patches meant for JSON storage.\n`JSON.stringify` strips `undefined` values, silently deleting fields.\nUse explicit reset values or omit the field from the patch.\n\n## File Organization\n\nMANY SMALL FILES > FEW LARGE FILES:\n- High cohesion, low coupling\n- 200-400 lines typical, 800 max\n- Extract utilities from large modules\n- Organize by feature/domain, not by type\n\n## Error Handling\n\nALWAYS handle errors comprehensively:\n- Handle errors explicitly at every level\n- Provide user-friendly error messages in UI-facing code\n- Log detailed error context on the server side\n- Never silently swallow errors\n\n## Input Validation\n\nALWAYS validate at system boundaries:\n- Validate all user input before processing\n- Use schema-based validation where available\n- Fail fast with clear error messages\n- Never trust external data (API responses, user input, file content)\n\n## Documentation Integrity\n\nWhen you change any of the following, update the relevant project documentation in the same commit:\n- Public APIs or route signatures\n- Environment variables or configuration\n- CI/CD workflows\n- Architecture or data flow\n\nLook for `documentation/` folder and `documentation/decisions/README.md` for ADRs. If the project has no docs, suggest creating them for significant changes.\n\n## Code Quality Checklist\n\nBefore marking work complete:\n- [ ] Code is readable and well-named\n- [ ] Functions are small (<50 lines)\n- [ ] Files are focused (<800 lines)\n- [ ] No deep nesting (>4 levels)\n- [ ] Proper error handling\n- [ ] No hardcoded values (use constants or config)\n- [ ] No mutation (immutable patterns used)\n- [ ] No `undefined` in objects destined for JSON serialization\n- [ ] All callers of modified functions checked for compatibility\n- [ ] Documentation updated for public API/config/architecture changes (if project has docs)\n\n---\n\n# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.gemini/settings.json.\n\n## Pre-Push: Review workflow is gated on SDD bootstrap\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n proceeds with **no review agents**. Nothing fires. No code-reviewer,\n no spec-reviewer, no doc-updater, no auto-generated documentation.\n Pure friction-free push. This is intentional: projects that haven't\n run `/sdd init` are telling you they don't want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — all three review\n agents run in the background alongside the push per the execution\n order below. Push immediately — do not wait for reviews to complete.\n When they return, fix any HIGH or CRITICAL findings in a follow-up\n commit.\n\nThe `git-push-review-reminder.sh` PreToolUse hook enforces this: it\nchecks for `sdd/` + `sdd/README.md` and emits the three-agent reminder\nonly when both exist. On non-SDD projects the hook exits silently and\nno reminder is injected, so no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\npost-push workflow is the only thing that's gated.\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n\n---\n\n# Security Guidelines\n\n## Mandatory Security Checks\n\nBefore ANY commit:\n- [ ] No hardcoded secrets (API keys, passwords, tokens)\n- [ ] All user inputs validated\n- [ ] SQL injection prevention (parameterized queries)\n- [ ] XSS prevention (sanitized HTML)\n- [ ] CSRF protection enabled\n- [ ] Authentication/authorization verified\n- [ ] Rate limiting on all endpoints\n- [ ] Error messages don't leak sensitive data\n\n## Secret Management\n\n- NEVER hardcode secrets in source code\n- ALWAYS use environment variables or a secret manager\n- Validate that required secrets are present at startup\n- Rotate any secrets that may have been exposed\n\n## Security Response Protocol\n\nIf security issue found:\n1. STOP immediately\n2. Use **security-reviewer** agent\n3. Fix CRITICAL issues before continuing\n4. Rotate any exposed secrets\n5. Review entire codebase for similar issues\n\n---\n\n# Deploy Credentials\n\nGitHub and Cloudflare credentials are **optional**. They may be pre-configured via Settings > Push & Deploy, but many users will not have them set.\n\n## Environment Variables\n\nThese variables are only present if the user configured them in Settings. Always check before assuming they exist.\n\n| Variable | What it enables |\n|---|---|\n| `GH_TOKEN` | GitHub fine-grained PAT. Auto-detected by `gh` CLI and git credential helper. |\n| `CLOUDFLARE_API_TOKEN` | Cloudflare API token. Auto-detected by `wrangler` CLI. |\n| `CLOUDFLARE_ACCOUNT_ID` | Cloudflare account ID. Auto-detected by `wrangler` CLI. |\n\n## What You Can Do with GH_TOKEN\n\nWhen `GH_TOKEN` is set, all of the following work without any manual auth:\n\n**Git operations:**\n- `git push`, `git pull`, `git clone` (HTTPS remotes, auto-authenticated via credential helper)\n- `git push -u origin HEAD` (set upstream and push)\n\n**Repository management:**\n- `gh repo create --public --source=. --remote=origin --push`\n- `gh repo clone /`\n- `gh repo delete / --yes`\n- `gh repo list` (find user's repositories)\n\n**Pull requests:**\n- `gh pr create --title \"...\" --body \"...\"`\n- `gh pr list`, `gh pr view`, `gh pr merge`\n\n**CI / GitHub Actions:**\n- `gh run list`, `gh run view `, `gh run view --log-failed`\n- `gh run cancel ` (cancel stale CI runs)\n- `gh secret set ` (set repository secrets for CI workflows)\n- `gh secret list` (verify secrets are stored)\n\n**User identity:**\n- `gh api user --jq '.login'` (get GitHub username)\n- `gh api user --jq '.name'` (get display name)\n- `gh auth status` (verify token is active)\n\n## What You Can Do with CLOUDFLARE_API_TOKEN\n\nWhen both `CLOUDFLARE_API_TOKEN` and `CLOUDFLARE_ACCOUNT_ID` are set, all wrangler commands work without manual auth:\n\n**Deploy:**\n- `npx -y wrangler deploy` (deploy Worker to Cloudflare)\n- `npx -y wrangler pages deploy ` (deploy Pages project)\n\n**D1 databases:**\n- `npx -y wrangler d1 create ` (create database, returns database_id for wrangler.toml)\n- `npx -y wrangler d1 execute --remote --file=schema.sql` (apply schema)\n- `npx -y wrangler d1 execute --remote --command=\"SELECT * FROM ...\"` (run queries)\n\n**R2 storage:**\n- `npx -y wrangler r2 bucket create ` (create bucket)\n- `npx -y wrangler r2 bucket list` (list existing buckets)\n\n**KV namespaces:**\n- `npx -y wrangler kv namespace create ` (create namespace, returns id for wrangler.toml)\n- `npx -y wrangler kv namespace list` (list existing namespaces)\n- `npx -y wrangler kv key put --namespace-id= ` (set a key)\n\n**Secrets:**\n- `printf '%s' \"value\" | npx -y wrangler secret put ` (set Worker secret)\n- `npx -y wrangler secret list` (list secret names)\n\n**Other:**\n- `npx -y wrangler tail` (live-tail Worker logs)\n- `npx -y wrangler whoami` (verify token and account)\n\n## Behavior — Check, Then Fallback\n\nThese tokens are optional. When you need GitHub or Cloudflare access:\n\n**Step 1: Check if env vars are set**\n```bash\necho \"${GH_TOKEN:+set}\" # prints \"set\" if available\necho \"${CLOUDFLARE_API_TOKEN:+set}\" # prints \"set\" if available\n```\n\n**Step 2a: If set** — use them directly. Do not ask the user to authenticate again.\n\n**Step 2b: If NOT set** — offer the user three options:\n1. **Settings (persistent):** \"You can connect your GitHub/Cloudflare account in Settings > Push & Deploy. This will apply to all future sessions. You'll need to start a new session for the tokens to take effect.\"\n2. **CLI auth (this session only):** For GitHub: `BROWSER=\"\" gh auth login --hostname github.com --git-protocol https --web`. For Cloudflare: ask the user to paste their token.\n3. **Export in terminal (this session only):** The user can set the variables manually:\n ```bash\n export GH_TOKEN=\"github_pat_...\"\n export CLOUDFLARE_API_TOKEN=\"...\"\n export CLOUDFLARE_ACCOUNT_ID=\"...\"\n ```\n\nNever assume tokens are present. Always check first.\n\n## Security\n\n- The safest way to handle secrets is for the user to run commands manually in a separate terminal tab. This keeps secrets out of the AI conversation history. When a command involves a secret value, give the user the exact command to paste in a terminal tab rather than running it yourself in the chat.\n- Always use `printf '%s'` (not `echo`) when piping secrets to commands.\n- Never log or redisplay token values after receiving them.\n\n## Important Notes\n\n- Always use `BROWSER=\"\"` prefix when running `gh auth login` or any CLI that might try to open a browser.\n- When creating Cloudflare resources, capture the output IDs and update `wrangler.toml` with real values.\n- Durable Objects do not need pre-provisioning - wrangler handles them automatically during deploy.\n- Tokens configured in Settings take effect on next session start, not immediately.\n- When storing secrets as GitHub Actions secrets, use file redirect instead of pipe:\n ```bash\n # WRONG — can store empty values in some environments:\n printf '%s' \"$SECRET\" | gh secret set SECRET_NAME\n # CORRECT — reliable across all environments:\n TMP=$(mktemp) && echo -n \"$SECRET\" > \"$TMP\" && gh secret set SECRET_NAME < \"$TMP\" && rm \"$TMP\"\n ```\n- When running wrangler in CI, use `npx --yes wrangler deploy` (not `cloudflare/wrangler-action`) to always get the latest version and avoid interactive prompts.\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Go specific content.\n\n## Formatting\n\n- **gofmt** and **goimports** are mandatory — no style debates\n\n## Design Principles\n\n- Accept interfaces, return structs\n- Keep interfaces small (1-3 methods)\n\n## Error Handling\n\nAlways wrap errors with context:\n\n```go\nif err != nil {\n return fmt.Errorf(\"failed to create user: %w\", err)\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Patterns\n\n## Functional Options\n\n```go\ntype Option func(*Server)\n\nfunc WithPort(port int) Option {\n return func(s *Server) { s.port = port }\n}\n\nfunc NewServer(opts ...Option) *Server {\n s := &Server{port: 8080}\n for _, opt := range opts {\n opt(s)\n }\n return s\n}\n```\n\n## Small Interfaces\n\nDefine interfaces where they are used, not where they are implemented.\n\n## Dependency Injection\n\nUse constructor functions to inject dependencies:\n\n```go\nfunc NewUserService(repo UserRepository, logger Logger) *UserService {\n return &UserService{repo: repo, logger: logger}\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Security\n\n> This file extends [common/security.md](../common/security.md) with Go specific content.\n\n## Secret Management\n\n```go\napiKey := os.Getenv(\"OPENAI_API_KEY\")\nif apiKey == \"\" {\n log.Fatal(\"OPENAI_API_KEY not configured\")\n}\n```\n\n## Security Scanning\n\n- Use **gosec** for static security analysis:\n ```bash\n gosec ./...\n ```\n\n## Context & Timeouts\n\nAlways use `context.Context` for timeout control:\n\n```go\nctx, cancel := context.WithTimeout(ctx, 5*time.Second)\ndefer cancel()\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse the standard `go test` with **table-driven tests**.\n\n## Race Detection (CI only)\n\nAlways run with the `-race` flag in CI:\n\n```bash\ngo test -race ./...\n```\n\n## Coverage (CI only)\n\n```bash\ngo test -cover ./...\n```\n\n---\n\n# No Local Builds, Tests, or Lint\n\nThis container has 1 vCPU. Running CPU-intensive commands locally will crash the session.\n\n## Forbidden commands (unless user explicitly overrides)\n\nNever run any of these locally:\n\n- `vitest`, `npm test`, `npm run test`, `npx vitest`\n- `npm run build`, `npm run dev`, `npx wrangler dev`\n- `npx tsc`, `npm run typecheck`\n- `npm run lint`, `npx oxlint`, `npx eslint`\n- Any other test runner, bundler, compiler, or dev server\n\n## What to do instead\n\n- Use GitHub Actions CI to run tests, builds, linting, and type checking.\n- To verify changes, push to the branch and check CI results with `gh run list` and `gh run view`.\n- Use the **code-reviewer** agent to catch issues before pushing (static analysis, no compilation).\n- If you need to check syntax or logic, read the code — do not compile it.\n- Auto-formatting tools (prettier, gofmt, etc.) also should NOT run locally — they are CPU-intensive on large codebases.\n\n## Override procedure\n\nIf the user explicitly asks to run one of these commands locally:\n\n1. Warn them: \"This project has a rule against running builds/tests locally because the container only has 1 vCPU and it will likely freeze the session. Are you sure you want to run this locally?\"\n2. Only proceed if the user confirms after seeing the warning.\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Python specific content.\n\n## Standards\n\n- Follow **PEP 8** conventions\n- Use **type annotations** on all function signatures\n\n## Immutability\n\nPrefer immutable data structures:\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass(frozen=True)\nclass User:\n name: str\n email: str\n\nfrom typing import NamedTuple\n\nclass Point(NamedTuple):\n x: float\n y: float\n```\n\n## Formatting\n\n- **black** for code formatting\n- **isort** for import sorting\n- **ruff** for linting\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Patterns\n\n## Protocol (Duck Typing)\n\n```python\nfrom typing import Protocol\n\nclass Repository(Protocol):\n def find_by_id(self, id: str) -> dict | None: ...\n def save(self, entity: dict) -> dict: ...\n```\n\n## Dataclasses as DTOs\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass\nclass CreateUserRequest:\n name: str\n email: str\n age: int | None = None\n```\n\n## Context Managers & Generators\n\n- Use context managers (`with` statement) for resource management\n- Use generators for lazy evaluation and memory-efficient iteration\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Security\n\n> This file extends [common/security.md](../common/security.md) with Python specific content.\n\n## Secret Management\n\n```python\nimport os\nfrom dotenv import load_dotenv\n\nload_dotenv()\n\napi_key = os.environ[\"OPENAI_API_KEY\"] # Raises KeyError if missing\n```\n\n## Security Scanning\n\n- Use **bandit** for static security analysis:\n ```bash\n bandit -r src/\n ```\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **pytest** as the testing framework.\n\n## Coverage (CI only)\n\n```bash\npytest --cov=src --cov-report=term-missing\n```\n\n## Test Organization\n\nUse `pytest.mark` for test categorization:\n\n```python\nimport pytest\n\n@pytest.mark.unit\ndef test_calculate_total():\n ...\n\n@pytest.mark.integration\ndef test_database_connection():\n ...\n```\n\n---\n\n# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Swift specific content.\n\n## Formatting\n\n- **SwiftFormat** for auto-formatting, **SwiftLint** for style enforcement\n- `swift-format` is bundled with Xcode 16+ as an alternative\n\n## Immutability\n\n- Prefer `let` over `var` — define everything as `let` and only change to `var` if the compiler requires it\n- Use `struct` with value semantics by default; use `class` only when identity or reference semantics are needed\n\n## Naming\n\nFollow [Apple API Design Guidelines](https://www.swift.org/documentation/api-design-guidelines/):\n\n- Clarity at the point of use — omit needless words\n- Name methods and properties for their roles, not their types\n- Use `static let` for constants over global constants\n\n## Error Handling\n\nUse typed throws (Swift 6+) and pattern matching:\n\n```swift\nfunc load(id: String) throws(LoadError) -> Item {\n guard let data = try? read(from: path) else {\n throw .fileNotFound(id)\n }\n return try decode(data)\n}\n```\n\n## Concurrency\n\nEnable Swift 6 strict concurrency checking. Prefer:\n\n- `Sendable` value types for data crossing isolation boundaries\n- Actors for shared mutable state\n- Structured concurrency (`async let`, `TaskGroup`) over unstructured `Task {}`\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Patterns\n\n## Protocol-Oriented Design\n\nDefine small, focused protocols. Use protocol extensions for shared defaults:\n\n```swift\nprotocol Repository: Sendable {\n associatedtype Item: Identifiable & Sendable\n func find(by id: Item.ID) async throws -> Item?\n func save(_ item: Item) async throws\n}\n```\n\n## Value Types\n\n- Use structs for data transfer objects and models\n- Use enums with associated values to model distinct states:\n\n```swift\nenum LoadState: Sendable {\n case idle\n case loading\n case loaded(T)\n case failed(Error)\n}\n```\n\n## Actor Pattern\n\nUse actors for shared mutable state instead of locks or dispatch queues:\n\n```swift\nactor Cache {\n private var storage: [Key: Value] = [:]\n\n func get(_ key: Key) -> Value? { storage[key] }\n func set(_ key: Key, value: Value) { storage[key] = value }\n}\n```\n\n## Dependency Injection\n\nInject protocols with default parameters — production uses defaults, tests inject mocks:\n\n```swift\nstruct UserService {\n private let repository: any UserRepository\n\n init(repository: any UserRepository = DefaultUserRepository()) {\n self.repository = repository\n }\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Security\n\n> This file extends [common/security.md](../common/security.md) with Swift specific content.\n\n## Secret Management\n\n- Use **Keychain Services** for sensitive data (tokens, passwords, keys) — never `UserDefaults`\n- Use environment variables or `.xcconfig` files for build-time secrets\n- Never hardcode secrets in source — decompilation tools extract them trivially\n\n```swift\nlet apiKey = ProcessInfo.processInfo.environment[\"API_KEY\"]\nguard let apiKey, !apiKey.isEmpty else {\n fatalError(\"API_KEY not configured\")\n}\n```\n\n## Transport Security\n\n- App Transport Security (ATS) is enforced by default — do not disable it\n- Use certificate pinning for critical endpoints\n- Validate all server certificates\n\n## Input Validation\n\n- Sanitize all user input before display to prevent injection\n- Use `URL(string:)` with validation rather than force-unwrapping\n- Validate data from external sources (APIs, deep links, pasteboard) before processing\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **Swift Testing** (`import Testing`) for new tests. Use `@Test` and `#expect`:\n\n```swift\n@Test(\"User creation validates email\")\nfunc userCreationValidatesEmail() throws {\n #expect(throws: ValidationError.invalidEmail) {\n try User(email: \"not-an-email\")\n }\n}\n```\n\n## Test Isolation\n\nEach test gets a fresh instance — set up in `init`, tear down in `deinit`. No shared mutable state between tests.\n\n## Parameterized Tests\n\n```swift\n@Test(\"Validates formats\", arguments: [\"json\", \"xml\", \"csv\"])\nfunc validatesFormat(format: String) throws {\n let parser = try Parser(format: format)\n #expect(parser.isValid)\n}\n```\n\n## Coverage\n\n```bash\nswift test --enable-code-coverage\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with TypeScript/JavaScript specific content.\n\n## Immutability\n\nUse spread operator for immutable updates:\n\n```typescript\n// WRONG: Mutation\nfunction updateUser(user, name) {\n user.name = name // MUTATION!\n return user\n}\n\n// CORRECT: Immutability\nfunction updateUser(user, name) {\n return {\n ...user,\n name\n }\n}\n```\n\n## Error Handling\n\nUse async/await with try-catch:\n\n```typescript\ntry {\n const result = await riskyOperation()\n return result\n} catch (error) {\n console.error('Operation failed:', error)\n throw new Error('Detailed user-friendly message')\n}\n```\n\n## Input Validation\n\nUse Zod for schema-based validation:\n\n```typescript\nimport { z } from 'zod'\n\nconst schema = z.object({\n email: z.string().email(),\n age: z.number().int().min(0).max(150)\n})\n\nconst validated = schema.parse(input)\n```\n\n## Console.log\n\n- No `console.log` statements in production code\n- Use proper logging libraries instead\n- See hooks for automatic detection\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Patterns\n\n## API Response Format\n\n```typescript\ninterface ApiResponse {\n success: boolean\n data?: T\n error?: string\n meta?: {\n total: number\n page: number\n limit: number\n }\n}\n```\n\n## Custom Hooks Pattern\n\n```typescript\nexport function useDebounce(value: T, delay: number): T {\n const [debouncedValue, setDebouncedValue] = useState(value)\n\n useEffect(() => {\n const handler = setTimeout(() => setDebouncedValue(value), delay)\n return () => clearTimeout(handler)\n }, [value, delay])\n\n return debouncedValue\n}\n```\n\n## Repository Pattern\n\n```typescript\ninterface Repository {\n findAll(filters?: Filters): Promise\n findById(id: string): Promise\n create(data: CreateDto): Promise\n update(id: string, data: UpdateDto): Promise\n delete(id: string): Promise\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Security\n\n> This file extends [common/security.md](../common/security.md) with TypeScript/JavaScript specific content.\n\n## Secret Management\n\n```typescript\n// NEVER: Hardcoded secrets\nconst apiKey = \"sk-proj-xxxxx\"\n\n// ALWAYS: Environment variables\nconst apiKey = process.env.OPENAI_API_KEY\n\nif (!apiKey) {\n throw new Error('OPENAI_API_KEY not configured')\n}\n```\n\n## Agent Support\n\n- Use **security-reviewer** agent for comprehensive security audits\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites, linters, or type checkers locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## E2E Testing\n\nUse **Playwright** as the E2E testing framework for critical user flows.\n", + "content": "# CI Monitoring After Push\n\nA single push can trigger multiple GitHub Actions workflows (PR Checks, Fuzz, CodeQL, etc.). You MUST wait for ALL of them to pass before deploying or proceeding.\n\n## After every push\n\n1. Run a single background Bash poll loop (timeout 600000ms) that checks ALL runs every 15s until all complete AND all succeed:\n ```\n while true; do\n echo \"$(date +%H:%M:%S)\"\n gh run list --branch --limit 5 --json databaseId,name,status,conclusion \\\n --template '{{range .}}{{.databaseId}}{{\"\\t\"}}{{.name}}{{\"\\t\"}}{{.status}}{{\"\\t\"}}{{.conclusion}}{{\"\\n\"}}{{end}}'\n ALL_DONE=$(gh run list --branch --limit 5 --json status \\\n --template '{{$all := true}}{{range .}}{{if ne .status \"completed\"}}{{$all = false}}{{end}}{{end}}{{$all}}')\n if [ \"$ALL_DONE\" = \"true\" ]; then\n ANY_FAILED=$(gh run list --branch --limit 5 --json conclusion \\\n --template '{{$fail := false}}{{range .}}{{if ne .conclusion \"success\"}}{{$fail = true}}{{end}}{{end}}{{$fail}}')\n if [ \"$ANY_FAILED\" = \"true\" ]; then\n echo \"COMPLETED WITH FAILURES\"\n else\n echo \"ALL GREEN\"\n fi\n break\n fi\n sleep 15\n done\n ```\n Use `run_in_background: true` so the poll does not burn context tokens. You will be notified when it finishes.\n2. When notified, read the output. If it ends with `ALL GREEN`, CI passed. If it ends with `COMPLETED WITH FAILURES`, identify the failed run IDs from the output, run `gh run view $RUN_ID --log-failed`, fix the issue, commit, push, then go back to step 1.\n3. NEVER report CI as passing unless the poll output ends with `ALL GREEN`. The poll checks BOTH completion AND success — a run that completed with `failure` conclusion is NOT green.\n4. NEVER deploy to integration until every CI run from the push is green.\n5. Do NOT use `gh run watch` — it hangs.\n6. Before pushing a new commit, cancel any still-running CI runs from a previous push on the same branch — they are stale and waste resources:\n ```\n gh run list --branch --limit 5 --json databaseId,status --jq '.[] | select(.status != \"completed\") | .databaseId' | xargs -I{} gh run cancel {}\n ```\n\n---\n\n# Codeflare Environment Rules\n\n## Technology Defaults\n\nBy default, new projects deploy to Cloudflare Workers. Use compatible technologies unless the user explicitly requests a different stack or deployment target (e.g., AWS, Vercel, Django, Rails).\n\n**Default stack:** HTML/CSS/JS, TypeScript, Hono, itty-router, SolidJS, React, Vue, Svelte, Astro, SolidStart (CF adapter), Cloudflare D1 (database), KV (key-value), R2 (file storage), Durable Objects, Workers AI.\n\n**Avoid unless user explicitly asks:** Python backends, Go, Ruby, Java, PHP, Docker, PostgreSQL, MySQL, MongoDB, Redis server, Node.js-specific APIs (fs, child_process, net). Workers uses a web-standard runtime, not Node.js.\n\nIf the user does not specify a deployment target or tech preference, use Cloudflare-compatible tech and steer toward the Cloudflare equivalent without mentioning limitations. If the user explicitly requests a specific technology or platform, respect their choice — stop recommending Cloudflare stack for that project and document the technology decision as an architectural decision in the project's docs (ADR, DECISIONS.md, or README).\n\n**Web-standard API mappings** (only when using the Workers runtime — skip these if the user has chosen a different runtime):\n- `fetch()` not `http`/`https` modules\n- `crypto.subtle` / `crypto.getRandomValues()` not Node.js `require('crypto')` (Web Crypto API is available natively)\n- `Request`/`Response` not `req`/`res` Express objects\n- `URL`/`URLSearchParams` not `querystring`\n- `TextEncoder`/`TextDecoder` not `Buffer`\n- `structuredClone()` not `JSON.parse(JSON.stringify())`\n- `AbortSignal.timeout(ms)` for fetch/request timeouts, not manual `setTimeout` + `AbortController` wrapper\n- `globalThis` not `global` or `window`\n\n## Environment\n\n- 1-CPU container. See [no-local-builds.md](./no-local-builds.md) for local execution restrictions.\n- No browser. Use `BROWSER=\"\"` prefix for CLI tools that might try to open one.\n- Git over HTTPS only, no SSH keys.\n- `gh` CLI is pre-installed.\n\n## Project Structure\n\nCreate new projects inside `~/workspace//`. Never build in `~/workspace/` root.\n\n## Security\n\n- Never commit secrets or API keys. Global gitignore at `~/.gitignore_global` covers common patterns.\n- Use `@users.noreply.github.com` for git identity, never the user's real email.\n- Use `printf '%s'` (not `echo`) when piping secrets to commands.\n\n## Commits\n\nNever add Co-Authored-By, AI attribution, emoji, or \"Generated with Claude\" to commits or PRs. Use plain, descriptive commit messages.\n\n## Communication\n\nAssume users are non-technical unless they demonstrate otherwise. Avoid jargon. Focus on what the project does, not what technology it uses. Never say \"that's not possible\" — find the closest achievable version.\n\n---\n\n# Coding Style\n\n## Immutability (CRITICAL)\n\nALWAYS create new objects, NEVER mutate existing ones:\n\n```\n// Pseudocode\nWRONG: modify(original, field, value) → changes original in-place\nCORRECT: update(original, field, value) → returns new copy with change\n```\n\nRationale: Immutable data prevents hidden side effects, makes debugging easier, and enables safe concurrency.\n\nNEVER set object fields to `undefined` in patches meant for JSON storage.\n`JSON.stringify` strips `undefined` values, silently deleting fields.\nUse explicit reset values or omit the field from the patch.\n\n## File Organization\n\nMANY SMALL FILES > FEW LARGE FILES:\n- High cohesion, low coupling\n- 200-400 lines typical, 800 max\n- Extract utilities from large modules\n- Organize by feature/domain, not by type\n\n## Error Handling\n\nALWAYS handle errors comprehensively:\n- Handle errors explicitly at every level\n- Provide user-friendly error messages in UI-facing code\n- Log detailed error context on the server side\n- Never silently swallow errors\n\n## Input Validation\n\nALWAYS validate at system boundaries:\n- Validate all user input before processing\n- Use schema-based validation where available\n- Fail fast with clear error messages\n- Never trust external data (API responses, user input, file content)\n\n## Documentation Integrity\n\nWhen you change any of the following, update the relevant project documentation in the same commit:\n- Public APIs or route signatures\n- Environment variables or configuration\n- CI/CD workflows\n- Architecture or data flow\n\nLook for `documentation/` folder and `documentation/decisions/README.md` for ADRs. If the project has no docs, suggest creating them for significant changes.\n\n## Code Quality Checklist\n\nBefore marking work complete:\n- [ ] Code is readable and well-named\n- [ ] Functions are small (<50 lines)\n- [ ] Files are focused (<800 lines)\n- [ ] No deep nesting (>4 levels)\n- [ ] Proper error handling\n- [ ] No hardcoded values (use constants or config)\n- [ ] No mutation (immutable patterns used)\n- [ ] No `undefined` in objects destined for JSON serialization\n- [ ] All callers of modified functions checked for compatibility\n- [ ] Documentation updated for public API/config/architecture changes (if project has docs)\n\n---\n\n# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.gemini/settings.json.\n\n## Review workflow is gated on SDD bootstrap AND PR boundary\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n and `gh pr create` proceed with **no review agents**. Nothing fires.\n No code-reviewer, no spec-reviewer, no doc-updater, no auto-generated\n documentation. Pure friction-free workflow. This is intentional:\n projects that haven't run `/sdd init` are telling you they don't\n want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — review agents fire\n on PR-boundary events only, not on every push.\n\n### PR-boundary trigger semantics (SDD mode)\n\n| Action | What fires |\n|---|---|\n| `gh pr create` (PR open) | code-reviewer + spec-reviewer + doc-updater (full pipeline) |\n| `git push` to a branch with an open PR | full pipeline (PR-sync) |\n| `git push` to a branch with no open PR | nothing (deferred until PR opens) |\n| `git push` to `develop` directly | nothing (caught by the develop→main PR later) |\n| `git push` to `main`/`master` with no PR | nothing (the user is expected to have branch protection on; if off, manual verification is on the user) |\n\nThe cost model shifts from per-push (every commit pair burned a full\nreview) to per-PR (one review at PR open + one per push while the PR\nis open). Same coverage, ~10× fewer review tokens.\n\n### Recommended workflow\n\n```\nfeature ──► PR ──► develop ──► PR ──► main\n ↑ ↑ ↑\n you push review fires review fires\n at PR open at PR open\n```\n\nDirect push to `develop` is fine — the develop→main PR catches the\ncumulative diff. Direct push to `main` should be prevented at the\nGitHub layer (see \"Branch protection on main\" below) rather than\nworked around in-session.\n\nThe `git-push-review-reminder.sh` PostToolUse hook enforces this:\nchecks for `sdd/` + `sdd/README.md`, classifies the trigger\n(`gh pr create` → PR-OPEN; `git push` + `gh pr view` returns OPEN →\nPR-SYNC; otherwise deferred), and emits the three-agent directive\nonly when the trigger fires. On non-SDD projects the hook exits\nsilently and no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\nPR-boundary workflow is the only thing that's gated.\n\n### Branch protection on main (proactive surfacing during CI setup)\n\nWhen you (the agent) are helping the user set up CI for a new\nrepository — adding `.github/workflows/`, configuring required\nchecks, drafting a release process, or auditing an existing repo's\nCI — **proactively surface the branch-protection conversation**.\nDon't wait for the user to ask. The protection is the **actual\nenforcement** that makes the PR-boundary trigger model complete;\nwithout it, direct pushes to `main` silently bypass both the review\npipeline and the GitHub Actions checks that gate merges.\n\nSurface it as a one-paragraph explanation followed by a concrete\nproposal. Example phrasing the agent should use:\n\n> \"Before this CI is meaningful, `main` needs branch protection\n> turned on. Right now anyone with push access can land code on\n> `main` without a PR — which means CI never runs on the change and\n> the SDD review pipeline never sees it. Want me to enable branch\n> protection on `main` (require PR before merge, require these CI\n> checks to pass, require branch up-to-date before merge)?\"\n\nIf the user says yes, configure it via `gh api`:\n\n```bash\ngh api -X PUT \"repos/{owner}/{repo}/branches/main/protection\" \\\n --input branch-protection.json\n```\n\nRecommended `branch-protection.json` settings (adjust the\n`required_status_checks.contexts` array to match the actual workflow\njob names from `.github/workflows/`):\n\n- **Require a pull request before merging** — `required_pull_request_reviews`: enabled, `required_approving_review_count: 0` (the SDD review pipeline does the substantive review; this just enforces the PR gate)\n- **Require status checks to pass before merging** — list each required CI workflow's job name in `contexts`\n- **Require branches to be up to date before merging** — `strict: true` (forces rebase-on-main before merge so CI reflects the merged state, not the pre-merge state)\n- **Enforce for administrators** — `enforce_admins: true` (otherwise you'll quietly bypass it yourself when convenient)\n- **Restrict pushes that create files** — optional, project-specific\n\nThe PR-boundary trigger model assumes branch protection is in\nplace. If the user declines, document it as a project-level\nworkflow decision (ADR or `documentation/decisions/`) so future\ncontributors know the protection is intentionally off, not just\nforgotten.\n\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n\n---\n\n# Security Guidelines\n\n## Mandatory Security Checks\n\nBefore ANY commit:\n- [ ] No hardcoded secrets (API keys, passwords, tokens)\n- [ ] All user inputs validated\n- [ ] SQL injection prevention (parameterized queries)\n- [ ] XSS prevention (sanitized HTML)\n- [ ] CSRF protection enabled\n- [ ] Authentication/authorization verified\n- [ ] Rate limiting on all endpoints\n- [ ] Error messages don't leak sensitive data\n\n## Secret Management\n\n- NEVER hardcode secrets in source code\n- ALWAYS use environment variables or a secret manager\n- Validate that required secrets are present at startup\n- Rotate any secrets that may have been exposed\n\n## Security Response Protocol\n\nIf security issue found:\n1. STOP immediately\n2. Use **security-reviewer** agent\n3. Fix CRITICAL issues before continuing\n4. Rotate any exposed secrets\n5. Review entire codebase for similar issues\n\n---\n\n# Deploy Credentials\n\nGitHub and Cloudflare credentials are **optional**. They may be pre-configured via Settings > Push & Deploy, but many users will not have them set.\n\n## Environment Variables\n\nThese variables are only present if the user configured them in Settings. Always check before assuming they exist.\n\n| Variable | What it enables |\n|---|---|\n| `GH_TOKEN` | GitHub fine-grained PAT. Auto-detected by `gh` CLI and git credential helper. |\n| `CLOUDFLARE_API_TOKEN` | Cloudflare API token. Auto-detected by `wrangler` CLI. |\n| `CLOUDFLARE_ACCOUNT_ID` | Cloudflare account ID. Auto-detected by `wrangler` CLI. |\n\n## What You Can Do with GH_TOKEN\n\nWhen `GH_TOKEN` is set, all of the following work without any manual auth:\n\n**Git operations:**\n- `git push`, `git pull`, `git clone` (HTTPS remotes, auto-authenticated via credential helper)\n- `git push -u origin HEAD` (set upstream and push)\n\n**Repository management:**\n- `gh repo create --public --source=. --remote=origin --push`\n- `gh repo clone /`\n- `gh repo delete / --yes`\n- `gh repo list` (find user's repositories)\n\n**Pull requests:**\n- `gh pr create --title \"...\" --body \"...\"`\n- `gh pr list`, `gh pr view`, `gh pr merge`\n\n**CI / GitHub Actions:**\n- `gh run list`, `gh run view `, `gh run view --log-failed`\n- `gh run cancel ` (cancel stale CI runs)\n- `gh secret set ` (set repository secrets for CI workflows)\n- `gh secret list` (verify secrets are stored)\n\n**User identity:**\n- `gh api user --jq '.login'` (get GitHub username)\n- `gh api user --jq '.name'` (get display name)\n- `gh auth status` (verify token is active)\n\n## What You Can Do with CLOUDFLARE_API_TOKEN\n\nWhen both `CLOUDFLARE_API_TOKEN` and `CLOUDFLARE_ACCOUNT_ID` are set, all wrangler commands work without manual auth:\n\n**Deploy:**\n- `npx -y wrangler deploy` (deploy Worker to Cloudflare)\n- `npx -y wrangler pages deploy ` (deploy Pages project)\n\n**D1 databases:**\n- `npx -y wrangler d1 create ` (create database, returns database_id for wrangler.toml)\n- `npx -y wrangler d1 execute --remote --file=schema.sql` (apply schema)\n- `npx -y wrangler d1 execute --remote --command=\"SELECT * FROM ...\"` (run queries)\n\n**R2 storage:**\n- `npx -y wrangler r2 bucket create ` (create bucket)\n- `npx -y wrangler r2 bucket list` (list existing buckets)\n\n**KV namespaces:**\n- `npx -y wrangler kv namespace create ` (create namespace, returns id for wrangler.toml)\n- `npx -y wrangler kv namespace list` (list existing namespaces)\n- `npx -y wrangler kv key put --namespace-id= ` (set a key)\n\n**Secrets:**\n- `printf '%s' \"value\" | npx -y wrangler secret put ` (set Worker secret)\n- `npx -y wrangler secret list` (list secret names)\n\n**Other:**\n- `npx -y wrangler tail` (live-tail Worker logs)\n- `npx -y wrangler whoami` (verify token and account)\n\n## Behavior — Check, Then Fallback\n\nThese tokens are optional. When you need GitHub or Cloudflare access:\n\n**Step 1: Check if env vars are set**\n```bash\necho \"${GH_TOKEN:+set}\" # prints \"set\" if available\necho \"${CLOUDFLARE_API_TOKEN:+set}\" # prints \"set\" if available\n```\n\n**Step 2a: If set** — use them directly. Do not ask the user to authenticate again.\n\n**Step 2b: If NOT set** — offer the user three options:\n1. **Settings (persistent):** \"You can connect your GitHub/Cloudflare account in Settings > Push & Deploy. This will apply to all future sessions. You'll need to start a new session for the tokens to take effect.\"\n2. **CLI auth (this session only):** For GitHub: `BROWSER=\"\" gh auth login --hostname github.com --git-protocol https --web`. For Cloudflare: ask the user to paste their token.\n3. **Export in terminal (this session only):** The user can set the variables manually:\n ```bash\n export GH_TOKEN=\"github_pat_...\"\n export CLOUDFLARE_API_TOKEN=\"...\"\n export CLOUDFLARE_ACCOUNT_ID=\"...\"\n ```\n\nNever assume tokens are present. Always check first.\n\n## Security\n\n- The safest way to handle secrets is for the user to run commands manually in a separate terminal tab. This keeps secrets out of the AI conversation history. When a command involves a secret value, give the user the exact command to paste in a terminal tab rather than running it yourself in the chat.\n- Always use `printf '%s'` (not `echo`) when piping secrets to commands.\n- Never log or redisplay token values after receiving them.\n\n## Important Notes\n\n- Always use `BROWSER=\"\"` prefix when running `gh auth login` or any CLI that might try to open a browser.\n- When creating Cloudflare resources, capture the output IDs and update `wrangler.toml` with real values.\n- Durable Objects do not need pre-provisioning - wrangler handles them automatically during deploy.\n- Tokens configured in Settings take effect on next session start, not immediately.\n- When storing secrets as GitHub Actions secrets, use file redirect instead of pipe:\n ```bash\n # WRONG — can store empty values in some environments:\n printf '%s' \"$SECRET\" | gh secret set SECRET_NAME\n # CORRECT — reliable across all environments:\n TMP=$(mktemp) && echo -n \"$SECRET\" > \"$TMP\" && gh secret set SECRET_NAME < \"$TMP\" && rm \"$TMP\"\n ```\n- When running wrangler in CI, use `npx --yes wrangler deploy` (not `cloudflare/wrangler-action`) to always get the latest version and avoid interactive prompts.\n\n---\n\n# Documentation Discipline (SDD-Bootstrapped Projects)\n\nSibling rule file to `spec-discipline.md`. Applies whenever a project has both an `sdd/` folder AND a `documentation/` folder. If `documentation/` does not exist in the project, these rules are inert — ignore them.\n\nThe `doc-updater` agent enforces this file. The `spec-reviewer` agent does not touch `documentation/` but may reference these rules when explaining lane violations.\n\n## What documentation is\n\n`documentation/` is the **how** layer of the project: how things are wired, what env vars exist, what HTTP routes return, where files live, why a particular technology was chosen. It is not the spec (that's `sdd/`), not the changelog (that's `sdd/changes.md`), not the README (that's the project tagline + getting-started).\n\nThe reader of `documentation/` is a developer who already knows what the product does and now needs to navigate the implementation. Every page should answer one operational question quickly.\n\n## Forbidden content in documentation/\n\n| Banned | Where it goes instead |\n|---|---|\n| Product motivation prose (\"we built this to help users…\") | `sdd/README.md` Intent fields or REQ Intent |\n| Acceptance-criterion language (\"the system must reject expired tokens\") | `sdd/{domain}.md` AC bullets |\n| User-visible feature copy (\"Welcome to Apartmani Pašman!\") | source code (where the string actually lives) |\n| Implementation rationale told as story (\"we tried X, then Y, then settled on Z\") | ADR (`documentation/decisions/`) — not architecture.md |\n| Long regex internals inline (`^(?\\w+)://(?[^/]+)/(?.*)$`) | source-code docstring at the regex site |\n| Magic-constant prose (\"we picked 60s because cache TTL aligns with…\") | source-code comment next to the constant, OR an ADR |\n| Strikethrough text | Delete entirely. Git history is the strikethrough. |\n| TODO bullets, \"coming soon\" sections, \"planned but not built\" | GitHub issue or `pending.md` at repo root |\n| Future-tense roadmap items | `sdd/{domain}.md` as `Status: Planned` REQs |\n| Any content that duplicates a REQ instead of cross-referencing it | A backlink to the REQ ID — never copy-paste |\n| Big-O jargon in narrative prose (`O(n log n)`, \"logarithmic time\", \"amortized constant\") | If a real performance target exists, write it as a measurable number (\"p95 < 200ms\", \"linear in input size up to N records\"); otherwise drop the prose. Big-O notation is academic implementation detail, not user-observable behavior. |\n\n## Allowlist (these ARE acceptable in documentation/)\n\n- **REQ backlinks**: `(REQ-API-003)` next to the section that documents the API contract — encouraged\n- **Source-file paths**: `src/server/auth.ts` next to the section it documents\n- **Function and class names** when documenting how to call them\n- **Database table and column names** in `documentation/architecture.md` schema sections\n- **Cookie names, env var names, header names** when documenting the configuration or HTTP contract\n- **Code snippets** when illustrating a non-obvious calling pattern (≤15 lines per snippet)\n\n## Per-file line budgets\n\n`documentation/` files describe one bounded operational concern each. Long files signal that the concern was split incorrectly OR that the file is mixing implementation prose with reference material.\n\n| File | Soft budget | Severity above budget |\n|---|---|---|\n| `documentation/architecture.md` | 350 lines | LOW (350-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/api-reference.md` | 600 lines | LOW (600-1000) / MEDIUM (1000-1500) / HIGH (>1500) |\n| `documentation/configuration.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/deployment.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/security.md` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n| `documentation/troubleshooting.md` | 300 lines | LOW (300-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/decisions/.md` | 100 lines per ADR | LOW (100-150) / MEDIUM (150-250) / HIGH (>250) |\n| Other files in `documentation/` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n\nA file may opt out of length warnings with an HTML comment near the top: ``. Use sparingly and only for genuinely complex references whose full surface needs to live in one place (e.g., a complete OpenAPI dump).\n\n## Per-element budgets\n\nThese caps apply inside a file regardless of whether the file is under or over its own budget.\n\n| Element | Cap | Why |\n|---|---|---|\n| Table cell | ≤50 words | Cells are scanned, not read. Anything longer belongs in body prose below the table. |\n| List item | ≤40 words | Same logic — bullets are scanned. |\n| Code snippet | ≤15 lines | Longer snippets indicate the doc is duplicating source code instead of pointing at it. Link to the source file with line range. |\n| Heading nesting | ≤4 levels (`####`) | Deeper nesting fragments the reader's mental model. Promote to a sibling page. |\n| Single paragraph | ≤120 words | Walls of prose hide the load-bearing sentence. Break for emphasis. |\n\n## Lane separation between documentation files\n\nEach documentation file owns one lane. Cross-lane content is a MEDIUM finding and belongs in the correct lane file.\n\n| File | Owns | Never owns |\n|---|---|---|\n| `documentation/architecture.md` | Component layout, data flow, file/folder structure, technology choices, schema overviews | API endpoint contracts, env var definitions, deploy steps, troubleshooting recipes |\n| `documentation/api-reference.md` | HTTP routes, request/response schemas, status codes, auth requirements per endpoint | Architecture rationale, env var values, deploy steps |\n| `documentation/configuration.md` | Env var names, defaults, valid values, where each one is consumed | API contracts, architecture rationale, deploy commands |\n| `documentation/deployment.md` | Deploy commands, CI workflow names, rollback procedures, secret rotation steps | API contracts, env var documentation (link to configuration.md instead) |\n| `documentation/security.md` | Threat model, auth flow, cookie/header policies, rate limits | Per-endpoint auth (link to api-reference.md instead) |\n| `documentation/troubleshooting.md` | Symptom → cause → fix recipes, build-tool quirks, runtime gotchas | Architecture (link), env vars (link), deploy steps (link) |\n| `documentation/decisions/.md` | One ADR each — context, decision, consequences | Anything not specific to that one decision |\n\nWhen a cell or paragraph in `architecture.md` describes an HTTP route's contract, it's a lane violation — the content belongs in `api-reference.md` and `architecture.md` should reference the route by name only.\n\n## Big-O jargon in narrative documentation\n\nA documentation file should describe what the system does in observable terms, not analyze its theoretical complexity. Big-O notation in narrative prose is a flag that the writer reached for academic shorthand instead of stating either (a) a real, measurable performance target or (b) a plain-language description of scaling behavior.\n\nDetection signals:\n\n- `\\bO\\([^)]+\\)` — any `O(n)`, `O(n log n)`, `O(n^2)`, `O(1)`, etc., **in body prose AND inline backticks**. Allowed only in (a) fenced code blocks documenting an algorithm's actual implementation, (b) headings that explicitly title an algorithm or analysis section. Inline backticks (`` `O(n)` ``) are NOT a free pass — wrapping the jargon in backticks doesn't make it a measurable contract; writers will reach for backticks defensively to silence the linter without rewriting, and the rule is supposed to make them rewrite.\n- \"logarithmic time\", \"amortized constant\", \"polynomial-time\", \"quadratic\", \"linear-time\" as load-bearing nouns in a sentence describing system behavior\n- Hand-wavy complexity claims (\"scales gracefully\", \"performs well\") with no measurable backing\n\nThe fix:\n\n- If a real performance contract exists, write it as a target number: `\"p95 < 200ms for inputs up to 10k rows\"`, `\"loads in < 2s on 4G mobile\"`. Targets belong in the relevant performance REQ, doc backlinks point there.\n- If the contract is qualitative, write plain English: `\"the index is rebuilt incrementally so adding a record stays cheap as the dataset grows\"` instead of `\"amortized O(log n) insertions\"`.\n- If neither applies, the prose was filler — delete it.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: if a target exists in a related performance REQ, replace the big-O prose with a backlink. Otherwise flag and let the user decide.\n\n## Dual-narrative ADRs\n\nAn ADR (`documentation/decisions/.md`) describes ONE decision. The dual-narrative anti-pattern is an ADR that tells two competing stories — usually because someone updated it after the decision was reversed instead of writing a new ADR that supersedes it.\n\nDetection signals:\n\n- Two `## Decision` headings in one file\n- Phrases like \"this was later changed to\", \"we updated this in\", \"now we do X instead\"\n- A \"Status: Accepted\" header followed by paragraphs describing a different decision\n- Any \"However, after further investigation…\" pattern\n\nThe fix: the original ADR is immutable. Write a new ADR that references the original by file name and is marked `Supersedes: .md`. Mark the original `Status: Superseded by .md`. Never edit the original's decision or consequences sections.\n\nThis is enforced as a HIGH finding by doc-updater because dual-narrative ADRs corrupt the decision log — readers cannot tell which decision is current.\n\n## Enforcement passes (run by doc-updater)\n\ndoc-updater runs four passes on every PR-boundary trigger:\n\n### Pass 1 — Per-element budget enforcement\n\nWalks each `documentation/*.md` file and applies every cap from the per-element table above:\n\n- **Table cells**: count words in each cell; flag cells over 50 words as MEDIUM with a suggested rewrite (extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link).\n- **List items**: count words in each `-`/`*`/numbered list bullet; flag items over 40 words as MEDIUM (split into multiple bullets or promote to body prose).\n- **Code snippets**: count lines inside fenced code blocks; flag blocks over 15 lines as MEDIUM (link to source file with line range instead).\n- **Heading nesting**: track the deepest `#` count; flag any heading at level 5+ as LOW (promote section to a sibling page).\n- **Single paragraphs**: count words between blank lines outside code fences; flag paragraphs over 120 words as LOW (break for emphasis — walls of prose hide the load-bearing sentence).\n\n### Pass 2 — File-level budget enforcement\n\nFor each file in `documentation/`, count lines (excluding blank lines and code fences). Apply the budget table above. If a file is over its budget AND lacks ``, emit a finding at the severity tier.\n\nIn `auto` and `unleashed` modes, doc-updater proposes a split: identifies natural section boundaries (top-level `##` headings) and writes a new sibling file with a redirect pointer in the original. The split is committed as `[doc-updater] split: filename.md → filename-{section}.md`.\n\n### Pass 3 — Implementation-prose detection\n\nScan each `documentation/` file for paragraphs that read like AC text (`must`, `shall`, `ensures that`, `the system rejects`). These belong in `sdd/` not `documentation/` and signal that someone wrote intent in the wrong place. Flag as MEDIUM with the target REQ ID (or \"no matching REQ\" if none exists, escalating to HIGH because it indicates an unspec'd feature).\n\n### Pass 4 — Lane-violation detection\n\nScan each file against its lane in the table above. If `architecture.md` contains a section titled `## API Endpoints` with route+method+status-code content, it's a lane violation — flag as MEDIUM and propose moving the section to `api-reference.md` with a backlink in `architecture.md`.\n\nDual-narrative ADR detection runs alongside pass 4 against `documentation/decisions/`.\n\n## Severity classification on doc findings\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Doc claims behavior that contradicts shipped code in a way that would mislead a developer into a security/data-loss mistake (e.g., \"tokens are HttpOnly\" when they aren't) |\n| **HIGH** | Implementation-prose paragraph with no corresponding REQ; dual-narrative ADR; doc references removed function/file/route; file >2× soft budget |\n| **MEDIUM** | Lane violation; cell >50 words; file 1×–2× soft budget; missing REQ backlink for documented feature; ADR missing Status field |\n| **LOW** | Cell 40-50 words; file 0.8×–1× soft budget (approaching); inconsistent heading capitalization; broken intra-doc anchor link |\n\nMode-dependent action mirrors spec-reviewer's table in `spec-discipline.md`:\n\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## REQ backlinks in documentation/\n\nEvery documented feature should reference the REQ that specifies it. Backlinks let readers cross from operational reference into product intent without searching.\n\n**Format**: inline `(REQ-X-NNN)` immediately after the feature's name in a heading or first sentence of a section.\n\n```markdown\n## Inquiry email delivery (REQ-API-002)\n\nThe `/api/inquiry` endpoint…\n```\n\ndoc-updater scans every section heading and first paragraph for likely-feature content. If a section describes a feature with a matching REQ in `sdd/` but lacks a backlink, emit a MEDIUM finding and auto-insert in `auto` and `unleashed` modes.\n\n## Working tree and branch safety\n\nSame rules as spec-reviewer (see `spec-discipline.md` \"Working tree and branch safety\"):\n\n1. Working tree must be clean before any agent-driven write\n2. In `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`\n\n## Files that live alongside `documentation/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `documentation/decisions/README.md` | Yes | ADR index — auto-maintained by doc-updater |\n| `documentation/.doc-coverage.md` | Yes | Output of doc-updater coverage runs |\n| `documentation/.review-needed.md` | Yes | Doc findings escalated for human review |\n\nNothing in `documentation/` is gitignored.\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Go specific content.\n\n## Formatting\n\n- **gofmt** and **goimports** are mandatory — no style debates\n\n## Design Principles\n\n- Accept interfaces, return structs\n- Keep interfaces small (1-3 methods)\n\n## Error Handling\n\nAlways wrap errors with context:\n\n```go\nif err != nil {\n return fmt.Errorf(\"failed to create user: %w\", err)\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Patterns\n\n## Functional Options\n\n```go\ntype Option func(*Server)\n\nfunc WithPort(port int) Option {\n return func(s *Server) { s.port = port }\n}\n\nfunc NewServer(opts ...Option) *Server {\n s := &Server{port: 8080}\n for _, opt := range opts {\n opt(s)\n }\n return s\n}\n```\n\n## Small Interfaces\n\nDefine interfaces where they are used, not where they are implemented.\n\n## Dependency Injection\n\nUse constructor functions to inject dependencies:\n\n```go\nfunc NewUserService(repo UserRepository, logger Logger) *UserService {\n return &UserService{repo: repo, logger: logger}\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Security\n\n> This file extends [common/security.md](../common/security.md) with Go specific content.\n\n## Secret Management\n\n```go\napiKey := os.Getenv(\"OPENAI_API_KEY\")\nif apiKey == \"\" {\n log.Fatal(\"OPENAI_API_KEY not configured\")\n}\n```\n\n## Security Scanning\n\n- Use **gosec** for static security analysis:\n ```bash\n gosec ./...\n ```\n\n## Context & Timeouts\n\nAlways use `context.Context` for timeout control:\n\n```go\nctx, cancel := context.WithTimeout(ctx, 5*time.Second)\ndefer cancel()\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse the standard `go test` with **table-driven tests**.\n\n## Race Detection (CI only)\n\nAlways run with the `-race` flag in CI:\n\n```bash\ngo test -race ./...\n```\n\n## Coverage (CI only)\n\n```bash\ngo test -cover ./...\n```\n\n---\n\n# No Local Builds, Tests, or Lint\n\nThis container has 1 vCPU. Running CPU-intensive commands locally will crash the session.\n\n## Forbidden commands (unless user explicitly overrides)\n\nNever run any of these locally:\n\n- `vitest`, `npm test`, `npm run test`, `npx vitest`\n- `npm run build`, `npm run dev`, `npx wrangler dev`\n- `npx tsc`, `npm run typecheck`\n- `npm run lint`, `npx oxlint`, `npx eslint`\n- Any other test runner, bundler, compiler, or dev server\n\n## What to do instead\n\n- Use GitHub Actions CI to run tests, builds, linting, and type checking.\n- To verify changes, push to the branch and check CI results with `gh run list` and `gh run view`.\n- Use the **code-reviewer** agent to catch issues before pushing (static analysis, no compilation).\n- If you need to check syntax or logic, read the code — do not compile it.\n- Auto-formatting tools (prettier, gofmt, etc.) also should NOT run locally — they are CPU-intensive on large codebases.\n\n## Override procedure\n\nIf the user explicitly asks to run one of these commands locally:\n\n1. Warn them: \"This project has a rule against running builds/tests locally because the container only has 1 vCPU and it will likely freeze the session. Are you sure you want to run this locally?\"\n2. Only proceed if the user confirms after seeing the warning.\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Python specific content.\n\n## Standards\n\n- Follow **PEP 8** conventions\n- Use **type annotations** on all function signatures\n\n## Immutability\n\nPrefer immutable data structures:\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass(frozen=True)\nclass User:\n name: str\n email: str\n\nfrom typing import NamedTuple\n\nclass Point(NamedTuple):\n x: float\n y: float\n```\n\n## Formatting\n\n- **black** for code formatting\n- **isort** for import sorting\n- **ruff** for linting\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Patterns\n\n## Protocol (Duck Typing)\n\n```python\nfrom typing import Protocol\n\nclass Repository(Protocol):\n def find_by_id(self, id: str) -> dict | None: ...\n def save(self, entity: dict) -> dict: ...\n```\n\n## Dataclasses as DTOs\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass\nclass CreateUserRequest:\n name: str\n email: str\n age: int | None = None\n```\n\n## Context Managers & Generators\n\n- Use context managers (`with` statement) for resource management\n- Use generators for lazy evaluation and memory-efficient iteration\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Security\n\n> This file extends [common/security.md](../common/security.md) with Python specific content.\n\n## Secret Management\n\n```python\nimport os\nfrom dotenv import load_dotenv\n\nload_dotenv()\n\napi_key = os.environ[\"OPENAI_API_KEY\"] # Raises KeyError if missing\n```\n\n## Security Scanning\n\n- Use **bandit** for static security analysis:\n ```bash\n bandit -r src/\n ```\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **pytest** as the testing framework.\n\n## Coverage (CI only)\n\n```bash\npytest --cov=src --cov-report=term-missing\n```\n\n## Test Organization\n\nUse `pytest.mark` for test categorization:\n\n```python\nimport pytest\n\n@pytest.mark.unit\ndef test_calculate_total():\n ...\n\n@pytest.mark.integration\ndef test_database_connection():\n ...\n```\n\n---\n\n# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n**Sibling rule files**:\n- `documentation-discipline.md` — what may NOT appear in `documentation/`, per-file/per-cell budgets, lane separation. Enforced by doc-updater.\n- `tdd-discipline.md` — what counts as a real test (no text-matching theater, no tautology, no mock-only theater). Enforced by code-reviewer.\n\nTogether the three files define the spec / docs / tests lane discipline. spec-reviewer enforces this file.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Run-on AC bullets\n\nA single AC bullet that runs longer than ~150 words almost always conjoins multiple observable behaviors with semicolons or commas. Each observable behavior should be its own bullet so tests can target it individually.\n\nDetection: any AC bullet matching either of:\n- exceeding 150 words, OR\n- containing 3+ semicolons not inside a comma-separated enumeration\n\nNote: a bare \"5+ ands\" rule false-positives on enumeration patterns (\"supports CSV, TSV, JSON, XML, YAML, and Parquet\") which describe a single observable behavior across a list. Ignore the conjunction count when the conjunctions appear inside a comma-separated list — focus instead on semicolons (which usually mark separate behaviors) and total bullet length.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserving every clause as a separate bullet under the same AC heading. Never silently drop a clause.\n\n## Mechanism leakage in AC bullets\n\nAn AC bullet describes WHAT the user observes, not HOW it's implemented. The following are mechanism tokens that leak into ACs and should move to `documentation/`:\n\n- Cookie attributes: `HttpOnly`, `SameSite=Lax`, `Secure`, `Path=/`, `Max-Age=…`\n- Header names with vendor prefix: `Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`\n- Internal middleware names: `csrfMiddleware`, `rateLimiter`, `requireAuth`\n- HTTP method + path enumerations inside non-API REQs (the path goes in the AC for an API REQ — but not in a UI REQ)\n- Query parameter internal names: `?_t=`, `?nonce=`\n- Cache directive strings: `s-maxage=60, stale-while-revalidate=300`\n- Crypto algorithm names: `RS256`, `HS512`, `AES-256-GCM` (the standard reference is fine; the algorithm choice is implementation)\n\nA user does not observe `HttpOnly`. They observe \"JavaScript on the page cannot read the session token.\" The first goes in `documentation/security.md`, the second goes in the AC.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to describe the user-observable consequence; move the mechanism description to `documentation/security.md` (or the relevant lane file) with a backlink to the REQ.\n\n## Changelog drift (no AC change → no changelog entry)\n\n`sdd/changes.md` is a product changelog. An entry is justified only when an AC changed in a user-observable way OR a REQ was added/deprecated/moved. The drift pattern: changelog entries appearing for spec format fixes, prose tightening, or implementation-leakage cleanup with no corresponding AC delta.\n\nDetection on every spec-reviewer run:\n\n1. For each new entry in `sdd/changes.md` (added in the diff): scan the same diff for any AC change in the REQ the entry references\n2. If the entry references no REQ, OR the diff shows no AC delta in the referenced REQ → the entry is drift\n\nSeverity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion.\n\nThis pattern enforces the changelog-discipline rules already in this file (\"When NOT to add a changelog entry\") at the per-commit level instead of relying on humans to remember.\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Operational requirements for the Stop hook\n\nThe v5 Stop hook (`enforce-review-spawn.sh`) uses `gh pr view` as its authoritative truth signal — it queries the current branch for an open PR and the PR HEAD SHA on every Stop event (with a cheap `@{u}`-based short-circuit when the local remote-tracking ref is fresh and matches the last ack). Reflog is no longer read at runtime in v5; the v4 reflog mention in the script header is preserved as a documentation reference only.\n\nThis means the hook needs:\n- `gh` on PATH and authenticated for the project's GitHub remote.\n- `sdd/README.md` to exist (vibe-coding gate).\n- For the cheap-path optimization to fire (~200-500ms saved per Stop event in the post-review tail of a session): `git rev-parse @{u}` must resolve to a remote-tracking ref. A vanilla `git clone https://github.com/owner/repo.git` sets this up automatically.\n\nIf you cloned with `-b ` and later checked out a different branch, or used `git checkout -B origin/` without `--track`, the cheap path silently won't fire and every Stop event will pay the gh round-trip. Repair tracking once with:\n\n```bash\ngit branch --set-upstream-to=origin/ \n```\n\nThe hook is fail-safe (any unexpected error → exit 0), so missing upstream or missing gh just means the optimization or enforcement is skipped — never a hard lock-out.\n\n### Known under-block conditions\n\nThe Stop hook deliberately under-blocks (lets a push through unreviewed) rather than over-blocks (locks the user out) in three cases:\n\n1. **PR HEAD changed via the GitHub web UI** (amend from the UI, branch reset via API, force-push from another machine): the current Claude session has no `git push` line in its transcript, so PUSH_LINE detection exits 0 and no enforcement fires this turn. Review fires on the next local push to the branch — the new PR HEAD is still un-acked, so the next push correctly re-triggers the pipeline.\n2. **Spec-reviewer subagent errored** before writing `completed` for its tool-use id: doc-updater is not required and the push is allowed to proceed. The user sees the spec-reviewer failure in the agent's own report; rerunning spec-reviewer manually then satisfies the gate on the next Stop.\n3. **Transcript file rotated or truncated mid-session**: PUSH_LINE detection silently exits 0. Review fires on the next push.\n\nDRAFT PRs (`gh pr view` reports `state: OPEN` for drafts) are treated as fully open. Drafts often want early feedback, and silently skipping review on them would surprise users whose draft is the de-facto review target. Users who want a review-free WIP should defer the PR open until ready, or use a per-push USER bypass.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Swift specific content.\n\n## Formatting\n\n- **SwiftFormat** for auto-formatting, **SwiftLint** for style enforcement\n- `swift-format` is bundled with Xcode 16+ as an alternative\n\n## Immutability\n\n- Prefer `let` over `var` — define everything as `let` and only change to `var` if the compiler requires it\n- Use `struct` with value semantics by default; use `class` only when identity or reference semantics are needed\n\n## Naming\n\nFollow [Apple API Design Guidelines](https://www.swift.org/documentation/api-design-guidelines/):\n\n- Clarity at the point of use — omit needless words\n- Name methods and properties for their roles, not their types\n- Use `static let` for constants over global constants\n\n## Error Handling\n\nUse typed throws (Swift 6+) and pattern matching:\n\n```swift\nfunc load(id: String) throws(LoadError) -> Item {\n guard let data = try? read(from: path) else {\n throw .fileNotFound(id)\n }\n return try decode(data)\n}\n```\n\n## Concurrency\n\nEnable Swift 6 strict concurrency checking. Prefer:\n\n- `Sendable` value types for data crossing isolation boundaries\n- Actors for shared mutable state\n- Structured concurrency (`async let`, `TaskGroup`) over unstructured `Task {}`\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Patterns\n\n## Protocol-Oriented Design\n\nDefine small, focused protocols. Use protocol extensions for shared defaults:\n\n```swift\nprotocol Repository: Sendable {\n associatedtype Item: Identifiable & Sendable\n func find(by id: Item.ID) async throws -> Item?\n func save(_ item: Item) async throws\n}\n```\n\n## Value Types\n\n- Use structs for data transfer objects and models\n- Use enums with associated values to model distinct states:\n\n```swift\nenum LoadState: Sendable {\n case idle\n case loading\n case loaded(T)\n case failed(Error)\n}\n```\n\n## Actor Pattern\n\nUse actors for shared mutable state instead of locks or dispatch queues:\n\n```swift\nactor Cache {\n private var storage: [Key: Value] = [:]\n\n func get(_ key: Key) -> Value? { storage[key] }\n func set(_ key: Key, value: Value) { storage[key] = value }\n}\n```\n\n## Dependency Injection\n\nInject protocols with default parameters — production uses defaults, tests inject mocks:\n\n```swift\nstruct UserService {\n private let repository: any UserRepository\n\n init(repository: any UserRepository = DefaultUserRepository()) {\n self.repository = repository\n }\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Security\n\n> This file extends [common/security.md](../common/security.md) with Swift specific content.\n\n## Secret Management\n\n- Use **Keychain Services** for sensitive data (tokens, passwords, keys) — never `UserDefaults`\n- Use environment variables or `.xcconfig` files for build-time secrets\n- Never hardcode secrets in source — decompilation tools extract them trivially\n\n```swift\nlet apiKey = ProcessInfo.processInfo.environment[\"API_KEY\"]\nguard let apiKey, !apiKey.isEmpty else {\n fatalError(\"API_KEY not configured\")\n}\n```\n\n## Transport Security\n\n- App Transport Security (ATS) is enforced by default — do not disable it\n- Use certificate pinning for critical endpoints\n- Validate all server certificates\n\n## Input Validation\n\n- Sanitize all user input before display to prevent injection\n- Use `URL(string:)` with validation rather than force-unwrapping\n- Validate data from external sources (APIs, deep links, pasteboard) before processing\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **Swift Testing** (`import Testing`) for new tests. Use `@Test` and `#expect`:\n\n```swift\n@Test(\"User creation validates email\")\nfunc userCreationValidatesEmail() throws {\n #expect(throws: ValidationError.invalidEmail) {\n try User(email: \"not-an-email\")\n }\n}\n```\n\n## Test Isolation\n\nEach test gets a fresh instance — set up in `init`, tear down in `deinit`. No shared mutable state between tests.\n\n## Parameterized Tests\n\n```swift\n@Test(\"Validates formats\", arguments: [\"json\", \"xml\", \"csv\"])\nfunc validatesFormat(format: String) throws {\n let parser = try Parser(format: format)\n #expect(parser.isValid)\n}\n```\n\n## Coverage\n\n```bash\nswift test --enable-code-coverage\n```\n\n---\n\n# Test Discipline\n\nRules for what counts as a real test in this project. Applies to every\nfile under `src/__tests__/`, `host/__tests__/`, `web-ui/src/__tests__/`,\n`e2e/`, and any future test directory regardless of test framework\n(vitest, node:test, playwright).\n\nThis rule is the sibling of `spec-discipline.md` (what counts as a real\nrequirement) and `documentation-discipline.md` (what counts as real\ndocumentation). Together they define what real-world artifacts look\nlike for spec, docs, and tests in this project.\n\n## The one question\n\nEvery test must answer YES to:\n\n> If I delete or break the implementation this test is supposed to\n> cover, will this test fail?\n\nIf you can refactor freely, gut the implementation, replace it with a\nno-op, or rename a public function while the test stays green, the\ntest is theater. Theater tests look reassuring on the dashboard but\ncatch zero regressions.\n\nWhen you finish writing a test, mentally run the gut-check: \"what\nwould I have to change in production code for this to fail?\" If the\nanswer is \"delete the file\" or \"rename a string literal in a doc\",\nthe test is text-matching theater and must be replaced.\n\n## Antipatterns (drawn from this codebase)\n\n### 1. Text-matching theater\n\nA test reads a file (markdown, source, config, prompt) and regex-matches\nagainst its contents. The \"system under test\" is the file's prose, not\nbehavior. Found across `host/__tests__/sdd-workflow-upgrade.test.js`\n(removed in 2026-05), `host/__tests__/memory-capture-hook.test.js`,\n`host/__tests__/container-memory.test.js`,\n`host/__tests__/entrypoint-sync.test.js`,\n`web-ui/src/__tests__/page-transparency.test.ts`.\n\n```js\n// BAD: reads a file, asserts a substring is present\nconst content = readFileSync(path, 'utf-8');\nassert.match(content, /forbidden|banned/i, 'should define forbidden list');\n\n// BAD: same shape with includes()\nassert.ok(hookScript.includes('jq'), 'hook should reference jq');\n\n// BAD: same shape on CSS\nconst cssContent = readFileSync(cssPath, 'utf-8');\nexpect(parseFloat(cssContent.match(/alpha:\\s*([\\d.]+)/)[1])).toBe(0.9);\n```\n\nThese pass if someone types the right string anywhere in the file.\nThey pass if the rest of the file is gibberish. They fail only if the\nfile is deleted or someone renames \"forbidden\" to \"prohibited\" in\nprose. Implementation can be entirely broken — test stays green.\n\n```js\n// GOOD: run the actual code with input, assert on output\nimport { spawnSync } from 'node:child_process';\nconst result = spawnSync('bash', [HOOK_PATH], {\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: fixture }),\n encoding: 'utf-8',\n});\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\nexpect(result.stdout).toContain('code-reviewer'); // names the missing agent\n```\n\nNow the test fails if the hook's exit code, stdout shape, or\nagent-naming logic regresses — not if someone reformats prose.\n\n### 2. Tautology\n\nAn assertion whose truth is given by the test setup itself. Cannot\nfail. Found in `src/__tests__/lib/agent-seed-manifest.test.ts` and\n`src/__tests__/lib/agent-seed-ecc-rules.test.ts`.\n\n```js\n// BAD: doc.modes is destructured from a literal fixture array\nexpect(doc.key.length).toBeGreaterThan(0);\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// BAD: two hardcoded constants compared\nexpect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common);\n// ^^^^^^^^^^^^^^^^^^^^^^^^^\n// hardcoded {common:3} — if production drifts to 4, this test\n// passes if-and-only-if someone manually updates the constant.\n// The check has no anchor to ground truth.\n```\n\n```js\n// GOOD: derive expectation from a source of truth outside the test\nimport { readdirSync } from 'node:fs';\nconst filesOnDisk = readdirSync('preseed/agents/claude/rules/common')\n .filter((f) => f.endsWith('.md'));\nexpect(commonRules.map((r) => basename(r.key))).toEqual(filesOnDisk);\n```\n\nNow the test fails if files are added/removed without updating the\ngenerator — which is the regression we care about.\n\n### 3. Mock-only theater\n\nTest mocks function X to return value V, calls X, asserts the result\nis V. The mock IS the system under test. Found in\n`src/__tests__/routes/storage-stats.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: mock returns paginated data, test asserts the mock was called\nmockParseListObjectsXml\n .mockReturnValueOnce({ objects: [...3 items...], isTruncated: true })\n .mockReturnValueOnce({ objects: [...2 items...], isTruncated: false });\nawait routeHandler(request);\nexpect(mockFetch).toHaveBeenCalledTimes(2);\n// ^^^^^^^^^ confirms code obeyed the mock; the pagination logic\n// being \"tested\" lives inside the mock setup. If parseListObjectsXml\n// has a real bug, this test does not catch it.\n```\n\n```js\n// GOOD: only mock external dependencies (R2 fetch endpoint), exercise\n// your own pagination logic against canned-but-realistic responses\nmockFetch\n .mockResolvedValueOnce(realR2XmlPage1())\n .mockResolvedValueOnce(realR2XmlPage2());\nconst result = await listObjectsAcrossPages(...);\nexpect(result.objects).toHaveLength(realPage1.length + realPage2.length);\nexpect(result.objects[0].key).toBe(realPage1[0].Key);\nexpect(result.isTruncated).toBe(false); // last page\n```\n\nThe rule: **only mock what's outside YOUR code** (third-party APIs,\nnetwork, the platform). Don't mock your own helpers — exercise them.\n\n### 4. Implementation-coupled call counts\n\n`expect(spy).toHaveBeenCalledTimes(N)` without a paired assertion on\nobservable output. Refactor-fragile, regression-blind. Found in\n`src/__tests__/routes/storage-download.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: only asserts an internal helper was called\nexpect(mockSign).toHaveBeenCalledTimes(1);\n// Refactor to memoize → test fails despite identical behavior.\n// Break signing entirely so URL is invalid but mockSign still\n// gets called once → test passes despite broken behavior.\n```\n\n```js\n// GOOD: assert on observable output. The signed URL itself.\nconst response = await routeHandler(req);\nconst signedUrl = await response.text();\nexpect(signedUrl).toMatch(/^https:\\/\\/.+\\?X-Amz-Signature=/);\nexpect(verifySignedUrl(signedUrl, secret)).toBe(true);\n```\n\nIf you genuinely care about call count (an expensive operation that\nmust not be repeated), pair it with an output assertion AND comment\nwhy the count matters as a contract.\n\n### 5. Empty body / missing assertions\n\nTests with no `expect`/`assert` call. The code runs, but nothing is\nchecked. Linter usually catches these; sometimes they slip in via\n`it('does X', () => { someCode(); /* assertion forgotten */ })`.\n\n```js\n// BAD: no assertion — calling code without checking anything\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n // ... and nothing\n});\n```\n\n```js\n// GOOD: every it/test must produce at least one assertion\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n expect(result.status).toBe('skipped');\n expect(result.reason).toBe('input out of supported range');\n});\n```\n\n### 6. Skipped tests without justification\n\n`it.skip(...)`, `xit(...)`, `describe.skip(...)` without an inline\ncomment naming the blocker (issue link, upstream bug, environment\nlimitation). Skipped tests rot — without a removal trigger, they\nstay skipped forever and the coverage they were supposed to provide\nis silently lost.\n\n```js\n// BAD: silent skip\nit.skip('rejects expired tokens', () => { ... });\n\n// GOOD: skip with explicit removal trigger\nit.skip(\n 'rejects expired tokens',\n // Skipped pending vitest-pool-workers#412: Date mocking broken in\n // worker pool. Remove .skip when the upstream fix lands.\n () => { ... }\n);\n```\n\n### 7. Trivial assertions on trivial values\n\n`expect(Array.isArray([1,2,3])).toBe(true)`,\n`expect(typeof 'foo').toBe('string')` — the truth is given by the\nliteral. The assertion adds nothing.\n\n```js\n// BAD: doc.modes is ['advanced'] from the fixture literal\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// GOOD: assert types/shapes only on values from outside the test\nconst response = await routeHandler(req);\nconst body = await response.json();\nexpect(Array.isArray(body.users)).toBe(true); // body came from a real handler\nexpect(body.users[0]).toHaveProperty('id');\n```\n\n## Patterns that produce useful tests\n\n### Run the real thing\n\nFor shell scripts and hooks: spawn the script with stdin/argv/env,\nassert exit code + stdout/stderr. The shape used in\n`host/__tests__/enforce-review-spawn.test.js` and\n`host/__tests__/git-push-review-reminder.test.js` is the canonical\nexample — those tests caught real bugs (PUSH_TS empty-string fail-open,\nPUSH_LINE substring false-positives) that text-matching tests did not.\n\n```js\nimport { spawnSync } from 'node:child_process';\nimport { mkdtempSync, writeFileSync } from 'node:fs';\nimport { tmpdir } from 'node:os';\nimport { join } from 'node:path';\n\nconst cwd = mkdtempSync(join(tmpdir(), 'hook-test-'));\nmkdirSync(join(cwd, 'sdd'));\nwriteFileSync(join(cwd, 'sdd/README.md'), '# fixture');\n\nconst result = spawnSync('bash', [HOOK_PATH], {\n cwd,\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: t }),\n encoding: 'utf-8',\n env: { ...process.env, PATH: `${fakeBinDir}:${process.env.PATH}` },\n});\n\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\n```\n\n### Fixture-driven, not literal-driven\n\nBuild fixtures in files (or tmp dirs) that mirror real production data.\nRead from disk; derive expectations from the same source of truth the\nproduction code consults. If the test computes\n`expected = literal` and compares against a value derived from\n`literal`, you have tautology.\n\n### Test the contract, not the implementation\n\nFor routes: send a real Request, get a real Response, assert on\nstatus/headers/body. Don't assert on which internal helper was called.\n\nFor libraries: call the public function with real input, assert on\nthe return value or its observable side effect. Don't spy on private\ninternals.\n\nFor agents/prompts: extract the testable kernels (helper functions,\nparsers, formatters) into normal modules and test those. The prompt\nitself is human/LLM contract — exercise it via end-to-end runs in\nintegration tests, not by regex-matching the prompt text.\n\n### One bug-class per test\n\nEach test should answer: \"what specific bug would this catch?\"\nIf the answer is vague (\"any general regression\") or absent, split\nor rewrite. The test name should make the bug-class explicit:\n`rejects expired JWT`, `recovers from R2 503 with retry`, `aborts\non transcript with no push line`.\n\n## Enforcement\n\n`code-reviewer` agent (HIGH severity) flags:\n- Tests that read file content + regex/substring match against it\n- Assertions whose values are destructured from local literal fixtures\n- `expect(spy).toHaveBeenCalledTimes(N)` without paired output assertion\n- `it.skip` / `xit` / `describe.skip` without a justification comment\n- Test bodies with no `expect`/`assert` call\n\n`tdd-guide` agent writes tests in this style by default and refuses\nto produce text-matching theater.\n\nThe only user-controlled lever is `enforce_tdd: true | false` in\n`sdd/config.yml`. With `enforce_tdd: true` (default), code-reviewer\nflags antipatterns at HIGH and spec-reviewer auto-demotes Implemented\nREQs without test coverage. With `enforce_tdd: false`, both report\nfindings to `sdd/.coverage-report.md` without modifying the spec —\nproject-level opt-out only, intended for domains that genuinely don't\nadmit automated testing (pure visual design systems, etc.).\n\nThere is **no per-test opt-out**. Inline comment shortcuts like\n`// tdd-allow:` are explicitly NOT supported, by design. Per-test\nopt-outs are agent-writable bypasses — they degrade into \"every test\nthe agent doesn't want to fix\" markers and defeat the rule. If a\ntest legitimately can't fit the discipline, delete it; the absence\nof a useless test is more honest than a flagged-and-allowed one.\n\n## Migration policy\n\nExisting tests that predate this rule are migrated as the surrounding\nproduction code changes — not rewritten speculatively. The most\negregious cluster (`host/__tests__/sdd-workflow-upgrade.test.js`,\n416 lines of pure text-matching theater) is the anchor example\nremoved in the same commit that introduces this rule.\n\nWhen you touch a file with antipattern tests, fix the tests in the\nsame commit. Don't ship new code under coverage that doesn't actually\ncover anything.\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with TypeScript/JavaScript specific content.\n\n## Immutability\n\nUse spread operator for immutable updates:\n\n```typescript\n// WRONG: Mutation\nfunction updateUser(user, name) {\n user.name = name // MUTATION!\n return user\n}\n\n// CORRECT: Immutability\nfunction updateUser(user, name) {\n return {\n ...user,\n name\n }\n}\n```\n\n## Error Handling\n\nUse async/await with try-catch:\n\n```typescript\ntry {\n const result = await riskyOperation()\n return result\n} catch (error) {\n console.error('Operation failed:', error)\n throw new Error('Detailed user-friendly message')\n}\n```\n\n## Input Validation\n\nUse Zod for schema-based validation:\n\n```typescript\nimport { z } from 'zod'\n\nconst schema = z.object({\n email: z.string().email(),\n age: z.number().int().min(0).max(150)\n})\n\nconst validated = schema.parse(input)\n```\n\n## Console.log\n\n- No `console.log` statements in production code\n- Use proper logging libraries instead\n- See hooks for automatic detection\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Patterns\n\n## API Response Format\n\n```typescript\ninterface ApiResponse {\n success: boolean\n data?: T\n error?: string\n meta?: {\n total: number\n page: number\n limit: number\n }\n}\n```\n\n## Custom Hooks Pattern\n\n```typescript\nexport function useDebounce(value: T, delay: number): T {\n const [debouncedValue, setDebouncedValue] = useState(value)\n\n useEffect(() => {\n const handler = setTimeout(() => setDebouncedValue(value), delay)\n return () => clearTimeout(handler)\n }, [value, delay])\n\n return debouncedValue\n}\n```\n\n## Repository Pattern\n\n```typescript\ninterface Repository {\n findAll(filters?: Filters): Promise\n findById(id: string): Promise\n create(data: CreateDto): Promise\n update(id: string, data: UpdateDto): Promise\n delete(id: string): Promise\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Security\n\n> This file extends [common/security.md](../common/security.md) with TypeScript/JavaScript specific content.\n\n## Secret Management\n\n```typescript\n// NEVER: Hardcoded secrets\nconst apiKey = \"sk-proj-xxxxx\"\n\n// ALWAYS: Environment variables\nconst apiKey = process.env.OPENAI_API_KEY\n\nif (!apiKey) {\n throw new Error('OPENAI_API_KEY not configured')\n}\n```\n\n## Agent Support\n\n- Use **security-reviewer** agent for comprehensive security audits\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites, linters, or type checkers locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## E2E Testing\n\nUse **Playwright** as the E2E testing framework for critical user flows.\n", "modes": [ "advanced" ] @@ -958,7 +982,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".gemini/skills/spec-driven-development/SKILL.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: spec-driven-development\ndescription: Specification-driven development reference. Defines the structure and rules for product specifications, the three autonomy modes (interactive/auto/unleashed), and the workflow for greenfield projects, ongoing development, and rescuing rotted specs. Invoked via the /sdd command.\nversion: 4.0.0\n---\n\n# Spec-Driven Development\n\nA product specification (`sdd/`) is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit.\n\nThe full enforcement layer lives in the `spec-discipline` rule which is loaded into every agent's instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.gemini/rules/spec-discipline.md` for Claude). The rules are already in your context. This skill describes the workflow on top of those rules.\n\n## How it works at a glance\n\nThe user runs `/sdd init` once to bootstrap. After that, they \"vibe code\" — write code, push, walk away. The `spec-reviewer` and `doc-updater` agents auto-detect the `sdd/` folder and enforce discipline on every push, in the mode set by `sdd/config.yml` (`interactive`, `auto`, or `unleashed`).\n\nThe user only invokes `/sdd` directly to:\n- Bootstrap a new project (`/sdd init`)\n- Manually add or modify requirements (`/sdd edit`, `/sdd add`)\n- Rescue a rotted spec (`/sdd clean`)\n- Switch autonomy mode (`/sdd autonomous`)\n\n## Spec structure\n\n```\nsdd/\n├── README.md # Vision, principles, actors, domain index, \"Out of Scope\" section\n├── glossary.md # Canonical term definitions\n├── constraints.md # Technology stack, cross-cutting CON-* constraints\n├── changes.md # Semantic changelog (≤2 sentences per entry, user-facing only)\n├── config.yml # mode, enforce_tdd, test_globs, src_globs (optional), allowlists\n├── .user-overrides.md # Findings the user explicitly told the agent to skip (committed)\n├── .review-needed.md # Findings escalated for human review (committed, cleared on resolution)\n├── .coverage-report.md # Output of enforce_tdd: false runs (committed)\n├── .last-clean-run.md # Audit log of the most recent /sdd clean run (committed)\n└── {domain}.md # Requirements per feature area\n```\n\nProject root also has:\n```\nREADME.md # Links to sdd/ and documentation/\ndocumentation/ # Implementation docs (architecture, API, config, deployment, decisions)\ntests/ # Tests (each test references a REQ ID for spec-reviewer to verify)\npending.md # In-flight work and known gaps (NOT requirements)\n```\n\n## REQ format\n\n```markdown\n### REQ-{DOMAIN}-{NNN}: {Title}\n\n**Intent:** {Why this exists — the problem, not the solution.}\n\n**Applies To:** {Actor — User, Admin, etc. Not \"System\" — that's a qualifier.}\n\n**Acceptance Criteria:**\n1. {Testable, binary pass/fail}\n2. {Another}\n\n**Constraints:** CON-* references where applicable\n\n**Priority:** P0 | P1 | P2 | P3\n**Dependencies:** REQ-*-* | None\n**Verification:** Automated test | Integration test | Manual check\n**Status:** Proposed | Planned | Partial | Implemented | Deprecated\n**Notes:** {Optional, only valid for Partial status, ≤3 sentences explaining what's missing}\n**Replaced By:** REQ-*-* {Required for Deprecated status}\n**Removed In:** YYYY-MM-DD {Alternative for Deprecated when no replacement REQ exists}\n```\n\n## Status semantics\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated test verification found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n**One word, no prose.** The Status field cannot contain commit SHAs, file paths, or \"Partial — missing X, Y, Z\" notes. Use the optional `Notes:` field (≤3 sentences) for Partial status only. Use `pending.md` for implementation tracking.\n\n**Never-built REQs** that the team decided to skip should NOT be marked Deprecated. Move them to the `## Out of Scope` section in the relevant domain file or `sdd/README.md`. This preserves the decision history without bloating the active spec.\n\n## Three autonomy modes\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes (strip strikethrough, truncate prose Status, generate backlinks, move forbidden content) | Confirm → apply | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves, bulk operations) | Confirm + backup + apply | Backup + apply | Backup + apply |\n| JUDGMENT calls (doc-vs-spec conflict, oversized REQ, fake-Deprecated) | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| `enforce_tdd` default | per `sdd/config.yml` (default true) | per `sdd/config.yml` (default true) | **Forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference: **how JUDGMENT is handled**, nothing else. All modes push to the current branch. No PR, no new branch, no artificial change limits.\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. **Never overwrite either side.** |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. **Never split into multiple REQs.** |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's `## Out of Scope` section, remove from domain file. Content preserved. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md`. |\n\nThe user comes back to new commits on the current branch. They inspect the per-category commits and `sdd/.review-needed.md`, and can `git revert ` per-category if any change is unwanted. No PR, no merge step — commits land directly where the user pushed from.\n\n## Sub-commands\n\n| Command | Purpose |\n|---|---|\n| `/sdd` | Help screen — overview, modes, sub-commands, autodetection behavior |\n| `/sdd init [idea]` | Bootstrap a new project: `sdd/`, `documentation/`, root `README.md`, `tests/`, `sdd/config.yml` |\n| `/sdd edit {domain}` | Add or modify requirements in an existing domain (interactive, always needs user input) |\n| `/sdd add {domain}` | Create a new domain in an existing spec |\n| `/sdd clean` | Refactor a rotted spec — applies SAFE/RISKY/JUDGMENT fixes per current mode |\n| `/sdd autonomous {on\\|off\\|unleashed}` | Set the mode in `sdd/config.yml` |\n\nThe full command syntax is documented in the `/sdd` command file.\n\n## Auto-detection — when SDD enforcement runs without /sdd\n\nOnce `sdd/` exists in a project, the workflow runs automatically without explicit `/sdd` invocation:\n\n- After every git push, the `spec-reviewer` agent runs (sequentially, then `doc-updater`)\n- Both agents detect `sdd/` exists → enter SDD-strict mode\n- Both agents read `sdd/config.yml` → know whether to be interactive/auto/unleashed\n- Findings are auto-fixed per the mode\n\nIf `sdd/` doesn't exist, `spec-reviewer` exits silently. `doc-updater` runs in `docs-only` mode (project-agnostic doc maintenance, no spec coordination).\n\n## /sdd init — bootstrapping a project (greenfield OR existing codebase)\n\n`/sdd init` handles two scenarios:\n\n1. **Greenfield**: empty project, no existing code. Agent bootstraps from prose.\n2. **Existing codebase**: project already has source code. Agent enters **import mode** — analyzes the existing code, derives a spec from observed behavior, presents it for user confirmation, and writes the scaffolding.\n\nThe agent detects the scenario automatically by counting source files in the project. >5 source files → existing codebase → import mode. ≤5 → greenfield.\n\nIn **import mode**, the agent:\n- Reads README.md, package.json (or equivalent), top-level configs to understand intent\n- Analyzes directory structure to identify domains\n- Reads representative source files to derive REQs\n- Tentatively marks all derived REQs as `Status: Implemented`\n- Searches existing test files for feature/route names; demotes REQs without test coverage to `Partial` with `Notes:` explaining what's missing\n- Presents derived spec for user confirmation, one domain at a time\n- Writes scaffolding (sdd/, documentation/, root README) WITHOUT touching existing code, existing README, or existing documentation/ files\n\nImport mode is **always interactive** even in `auto` or `unleashed` config — inferring intent from code is genuinely judgment-required and the user must validate the result.\n\nIn **greenfield mode**, the agent:\n\n1. **Drafts the vision** from the user's prose, presents for confirmation\n2. **Proposes actors** (typically User, Admin — never \"System\")\n3. **Maps the user journey** by asking one question, then proposes domains\n4. **Drafts requirements** for each domain (5-15 per domain), confirms one domain at a time\n5. **Drafts constraints** with CON-* IDs\n6. **Writes the spec scaffolding** by reading and instantiating templates from `references/templates/`:\n - `root-readme.md` → `README.md` (project root)\n - `sdd-readme.md` → `sdd/README.md`\n - `sdd-glossary.md` → `sdd/glossary.md`\n - `sdd-constraints.md` → `sdd/constraints.md`\n - `sdd-changes.md` → `sdd/changes.md`\n - `sdd-config.yml` → `sdd/config.yml` (mode: interactive by default)\n - `documentation-readme.md` → `documentation/README.md`\n - `documentation-architecture.md` → `documentation/architecture.md`\n - `documentation-api-reference.md` → `documentation/api-reference.md`\n - `documentation-configuration.md` → `documentation/configuration.md`\n - `documentation-deployment.md` → `documentation/deployment.md`\n - `documentation-decisions-readme.md` → `documentation/decisions/README.md`\n7. **Creates `tests/` folder** (empty, ready for the user to populate with TDD)\n8. **Substitutes placeholders** like `{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}` with values inferred from the user's idea\n9. **Reports next steps** to the user\n\nThe agent does not need internet access — all templates are bundled in `references/templates/`.\n\nIf `sdd/` already exists, `/sdd init` aborts with an error. Use `--force` to overwrite (destructive — confirm with user first).\n\n### Dependency version resolution\n\nWhen `/sdd init` generates a package manifest (`package.json`, `Cargo.toml`, `requirements.txt`, `go.mod`, etc.), NEVER emit memorized version ranges. Resolve each top-level dependency to its current latest stable via the ecosystem's metadata query tool:\n\n| Ecosystem | Version query | Lockfile generation (scaffold-only carveout) |\n|---|---|---|\n| npm | `npm view version` + `npm view peerDependencies` | `npm install --package-lock-only --ignore-scripts --no-audit --no-fund` |\n| Cargo | `cargo search --limit 1` | `cargo generate-lockfile` |\n| Python | `pip index versions ` | `uv lock` or `pip-compile` |\n| Go | `go list -m -versions ` | `go mod tidy` |\n\nFor Cloudflare Workers projects, see `cloudflare-stack` SKILL → § Cloudflare cohort pinning — the 4-pack (wrangler + workers-types + vitest-pool-workers + vitest) must be resolved together before writing `package.json`.\n\nProcess (npm example):\n1. For each proposed dependency, run `npm view version` → capture latest\n2. Run `npm view peerDependencies` → capture peer constraints\n3. Cross-check peer ranges: if two packages disagree, drop one to the highest co-compatible version rather than picking the latest of both\n4. Emit specific caret ranges: `^5.14.0`, never `^5.0.0` from memory\n5. Write `package.json`\n6. Run the lockfile generator ONCE (scaffold-only carveout — see below)\n7. Commit both manifest and lockfile\n\n**Local CPU carveout (`/sdd init` scaffold only):** the `no-local-builds` rule forbids local installs/builds/tests on this 1-vCPU container. The lockfile generator is a one-time exception because (a) CI's `npm ci` requires a committed lockfile, (b) Dependabot baseline needs a deterministic starting point, and (c) the operation is resolution-only with `--ignore-scripts` (no `node_modules` population, no script execution, no build step; the npm cache may fetch tarballs for integrity hashing). This carveout applies ONLY during `/sdd init`. Every other local install/build/test remains forbidden.\n\n**Forbidden at scaffold time:** `npm install` (full), `npm test`, `npm run build`, `tsc`, `cargo build`, `cargo test`, any test runner, any bundler.\n\n## /sdd clean — rescuing a rotted spec\n\n`/sdd clean` is the rescue command for projects whose spec has accumulated implementation leakage, fake deprecations, prose Status fields, oversized REQs, and bloated changelogs.\n\n### What it does (per mode)\n\nIn **interactive** mode: reports findings batch-by-batch, asks for confirmation before applying.\n\nIn **auto** mode: applies SAFE and RISKY fixes silently on the current branch. JUDGMENT items go to `sdd/.review-needed.md`.\n\nIn **unleashed** mode: applies SAFE + RISKY + JUDGMENT fixes on the current branch (using conservative defaults for JUDGMENT), commits per category, pushes directly. No new branch, no PR. `enforce_tdd: true` is forced. The commits land where the user pushed from.\n\n### Safety nets\n\nIn all modes:\n- **Working tree must be clean** before running (refuses if `git status --porcelain` is non-empty)\n- **Backup files** are created before any RISKY operation (e.g., `sdd/changes.md` → `sdd/changes-archive-YYYY-MM.md`)\n- **Per-category commits** for selective revert\n- **`[sdd-clean]` commit tag** that bypasses round-detection in spec-reviewer\n- **Sequential execution** (spec-reviewer first, then doc-updater)\n\nIn `auto` mode specifically:\n- Refuses to run on `main` or `master` without `--branch-confirmed`\n\nIn `unleashed` mode specifically:\n- Pushes commits directly to the current branch (no new branch, no PR)\n- Refuses to run on `main`/`master` without `--branch-confirmed`\n- Each commit is per-category and tagged `[sdd-clean]` — `git revert ` is the rollback surface\n- Full audit log lives in `sdd/.last-clean-run.md` + the per-category commit messages\n\n### What gets cleaned\n\n- **Strikethrough text** in REQs → stripped (git history is the strikethrough)\n- **Prose Status fields** (multi-line status notes) → truncated to one word, prose moved to `pending.md` or to `Notes:` field for `Partial` status\n- **Implementation leakage** in REQs (hex codes, CSS classes, file paths, function names, env vars, etc.) → moved to appropriate `documentation/` files\n- **Fake-Deprecated REQs** (Deprecated without `Replaced By:`) → moved to `## Out of Scope` section in domain README (interactive/auto/unleashed: see escalation rules)\n- **Oversized REQs** (>50 lines) → flagged; in unleashed mode, implementation prose extracted to docs while Intent + AC stay verbatim\n- **Bloated `changes.md`** (verification log entries, commit SHAs, multi-paragraph entries) → archived to `sdd/changes-archive-YYYY-MM.md`, new file written with user-facing entries only\n- **Status: Implemented REQs without test coverage** → if `enforce_tdd: true`, demoted to `Partial` with `Notes:` explaining what's missing; if `enforce_tdd: false`, written to `sdd/.coverage-report.md` only\n- **Status: Planned/Partial REQs with source code but no test** → if `enforce_tdd: true`, HIGH finding + auto-promote `Planned → Partial` with `Notes:` (requires the `Implements REQ-X-NNN` annotation convention in source files — see `spec-discipline.md` → Source code ↔ REQ annotations)\n- **Test quality heuristics** → AC-count vs test-count check, tautology detection, skipped-test detection (all run when `enforce_tdd: true`)\n- **Missing doc→spec backlinks** → generated automatically (links from `documentation/` files to relevant REQ IDs)\n\n## /sdd edit — adding or modifying requirements\n\nAlways interactive. The agent:\n1. Reads `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, and the target domain file\n2. Asks the user what they want to add or change\n3. Drafts new/modified REQs in proper format\n4. Validates against the discipline rules (forbidden content, length, AC quality)\n5. Confirms with user\n6. Writes the updated domain file\n7. Updates glossary if new terms were introduced\n8. Adds a changelog entry to `sdd/changes.md`\n\nUser-authored content gets one full pass before LOW-severity cleanup applies. The agent never blocks user input on style grounds.\n\n## /sdd add — creating a new domain\n\nSame as `/sdd edit` but creates a new domain file. The agent:\n1. Asks the user what the domain covers\n2. Proposes 5-15 initial requirements\n3. Creates `sdd/{domain}.md`\n4. Updates the domain index in `sdd/README.md`\n5. Updates glossary and changelog\n\n## /sdd autonomous — switching modes\n\n```bash\n/sdd autonomous on # mode = auto (writes to sdd/config.yml)\n/sdd autonomous unleashed on # mode = unleashed\n/sdd autonomous off # mode = interactive\n/sdd autonomous status # show current mode + recent overrides\n```\n\nThe setting is persistent (committed to git as `sdd/config.yml`) and travels with the project. Per-command overrides via `--interactive`, `--auto`, `--unleashed` flags on `/sdd clean`.\n\n## Test discipline\n\nEvery REQ marked `Status: Implemented` should have at least one test file that references its REQ ID. Test discovery uses `test_globs` from `sdd/config.yml`. Detection is binary: the REQ ID literally appears in a test (in a test name, comment, or assertion message).\n\n**Why REQ IDs in test files**: this lets `spec-reviewer` verify which Implemented REQs have automated coverage without ambiguous prose matching. Test naming convention example:\n\n```typescript\ntest('REQ-AUTH-001: rejects expired JWT tokens', () => {\n // ...\n});\n```\n\nWhen `enforce_tdd: true` (the default), REQs without test references get downgraded to `Partial` with a `Notes:` field, and REQs whose source code exists but lacks tests get flagged and auto-promoted `Planned → Partial`. Source code must annotate each REQ it implements with a comment like `Implements REQ-X-NNN` so spec-reviewer has something concrete to grep (see `spec-discipline.md` → Source code ↔ REQ annotations). Projects that genuinely cannot admit automated testing (pure visual design systems, for example) can opt out with `enforce_tdd: false`.\n\n**Bug fix discipline**: when fixing a bug, write a failing test that reproduces it BEFORE writing the fix. The test proves the bug exists and proves the fix works. The `tdd-guide` agent enforces this proactively.\n\n## TDD coverage targets\n\nThese are recommended defaults, configurable per project in `sdd/config.yml`:\n\n| Layer | Target |\n|---|---|\n| Pure functions / utilities | 100% |\n| API routes / handlers | 100% |\n| Component rendering | 80% |\n| Page-level integration | 80% |\n| Default | 70% |\n\nThese are guidance, not enforcement. The auto-demote rule is the only hard enforcement (binary: test exists per REQ or it doesn't).\n\n## Plan Mode integration\n\n**Plan Mode is mandatory on every spec→code transition**: after `/sdd init`, `/sdd edit` (if new REQ is `Planned`/`Partial`), or `/sdd add`. Next action MUST be entering Plan Mode (Claude Code: `EnterPlanMode`; other agents: the equivalent planning primitive). Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize *starting*, never skipping.\n\nThe plan must:\n1. Read all of `sdd/`, enumerate REQs by Status\n2. Filter to `Status: Planned` and `Status: Partial`\n3. Topo-sort by `Dependencies:`\n4. **Phase RED**: one failing test per AC via `tdd-guide`. Test name: `REQ-{DOMAIN}-{NNN}: {AC summary}`\n5. **Phase GREEN**: minimal impl, one REQ at a time, in dependency order\n6. **Phase VERIFY**: push, let `spec-reviewer` promote `Planned`→`Implemented` on next run\n7. Name the test framework from the stack (vitest, jest, pytest, go test, rspec, xctest, etc.); add Phase 0 if none exists\n\n**Informal proposal ≠ formal Plan Mode.** A detailed prose proposal + user \"execute\" / \"go\" / \"fine\" is *informal* approval. Still enter Plan Mode and re-present the same plan as a formal artifact. Treating \"execute\" as plan approval when no formal plan exists is the trap that breaks SDD.\n\n**Legitimate skip**: only if the user, after seeing a plan proposal, explicitly says \"skip plan mode\" or \"no plan\". Record in a feedback memory. Mark affected REQs `Partial` (not `Implemented`) until tests exist. \"build now\" / \"go\" / \"execute\" never count.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues. The spec describes the target state; bugs are the delta.\n- **TODOs / known gaps** → `pending.md` at repo root. Status field can say `Partial` to flag, but prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. Operational notes, not requirements.\n- **Out-of-scope ideas** → `## Out of Scope` section in the relevant README. Decisions, not requirements.\n\n## Templates location\n\nAll scaffolding templates are in `references/templates/` within this skill. The agent reads them on demand during `/sdd init`. They are bundled with the skill — no external dependencies.\n\n| Template | Used by |\n|---|---|\n| `root-readme.md` | `/sdd init` → `README.md` |\n| `sdd-readme.md` | `/sdd init` → `sdd/README.md` |\n| `sdd-glossary.md` | `/sdd init` → `sdd/glossary.md` |\n| `sdd-constraints.md` | `/sdd init` → `sdd/constraints.md` |\n| `sdd-changes.md` | `/sdd init` → `sdd/changes.md` |\n| `sdd-config.yml` | `/sdd init` → `sdd/config.yml` |\n| `documentation-readme.md` | `/sdd init` → `documentation/README.md` |\n| `documentation-architecture.md` | `/sdd init` → `documentation/architecture.md` |\n| `documentation-api-reference.md` | `/sdd init` → `documentation/api-reference.md` |\n| `documentation-configuration.md` | `/sdd init` → `documentation/configuration.md` |\n| `documentation-deployment.md` | `/sdd init` → `documentation/deployment.md` |\n| `documentation-decisions-readme.md` | `/sdd init` → `documentation/decisions/README.md` |\n\nPlaceholders use `{PLACEHOLDER_NAME}` format. The agent substitutes them based on the user's input and inferred context (project name, language, framework, etc.).\n", + "content": "---\nname: spec-driven-development\ndescription: Specification-driven development reference. Defines the structure and rules for product specifications, the three autonomy modes (interactive/auto/unleashed), and the workflow for greenfield projects, ongoing development, and rescuing rotted specs. Invoked via the /sdd command.\nversion: 4.0.0\n---\n\n# Spec-Driven Development\n\nA product specification (`sdd/`) is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit.\n\nThe full enforcement layer lives in the `spec-discipline` rule which is loaded into every agent's instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.gemini/rules/spec-discipline.md` for Claude). The rules are already in your context. This skill describes the workflow on top of those rules.\n\n## How it works at a glance\n\nThe user runs `/sdd init` once to bootstrap. After that, they \"vibe code\" — write code, push, walk away. The `spec-reviewer` and `doc-updater` agents auto-detect the `sdd/` folder and enforce discipline on every push, in the mode set by `sdd/config.yml` (`interactive`, `auto`, or `unleashed`).\n\nThe user only invokes `/sdd` directly to:\n- Bootstrap a new project (`/sdd init`)\n- Manually add or modify requirements (`/sdd edit`, `/sdd add`)\n- Rescue a rotted spec (`/sdd clean`)\n- Switch autonomy mode (`/sdd autonomous`)\n\n## Spec structure\n\n```\nsdd/\n├── README.md # Vision, principles, actors, domain index, \"Out of Scope\" section\n├── glossary.md # Canonical term definitions\n├── constraints.md # Technology stack, cross-cutting CON-* constraints\n├── changes.md # Semantic changelog (≤2 sentences per entry, user-facing only)\n├── config.yml # mode, enforce_tdd, test_globs, src_globs (optional), allowlists\n├── .user-overrides.md # Findings the user explicitly told the agent to skip (committed)\n├── .review-needed.md # Findings escalated for human review (committed, cleared on resolution)\n├── .coverage-report.md # Output of enforce_tdd: false runs (committed)\n├── .last-clean-run.md # Audit log of the most recent /sdd clean run (committed)\n└── {domain}.md # Requirements per feature area\n```\n\nProject root also has:\n```\nREADME.md # Links to sdd/ and documentation/\ndocumentation/ # Implementation docs (architecture, API, config, deployment, decisions)\ntests/ # Tests (each test references a REQ ID for spec-reviewer to verify)\npending.md # In-flight work and known gaps (NOT requirements)\n```\n\n## REQ format\n\n```markdown\n### REQ-{DOMAIN}-{NNN}: {Title}\n\n**Intent:** {Why this exists — the problem, not the solution.}\n\n**Applies To:** {Actor — User, Admin, etc. Not \"System\" — that's a qualifier.}\n\n**Acceptance Criteria:**\n1. {Testable, binary pass/fail}\n2. {Another}\n\n**Constraints:** CON-* references where applicable\n\n**Priority:** P0 | P1 | P2 | P3\n**Dependencies:** REQ-*-* | None\n**Verification:** Automated test | Integration test | Manual check\n**Status:** Proposed | Planned | Partial | Implemented | Deprecated\n**Notes:** {Optional, only valid for Partial status, ≤3 sentences explaining what's missing}\n**Replaced By:** REQ-*-* {Required for Deprecated status}\n**Removed In:** YYYY-MM-DD {Alternative for Deprecated when no replacement REQ exists}\n```\n\n## Status semantics\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated test verification found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n**One word, no prose.** The Status field cannot contain commit SHAs, file paths, or \"Partial — missing X, Y, Z\" notes. Use the optional `Notes:` field (≤3 sentences) for Partial status only. Use `pending.md` for implementation tracking.\n\n**Never-built REQs** that the team decided to skip should NOT be marked Deprecated. Move them to the `## Out of Scope` section in the relevant domain file or `sdd/README.md`. This preserves the decision history without bloating the active spec.\n\n## Three autonomy modes\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes (strip strikethrough, truncate prose Status, generate backlinks, move forbidden content) | Confirm → apply | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves, bulk operations) | Confirm + backup + apply | Backup + apply | Backup + apply |\n| JUDGMENT calls (doc-vs-spec conflict, oversized REQ, fake-Deprecated) | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| `enforce_tdd` default | per `sdd/config.yml` (default true) | per `sdd/config.yml` (default true) | **Forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference: **how JUDGMENT is handled**, nothing else. All modes push to the current branch. No PR, no new branch, no artificial change limits.\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. **Never overwrite either side.** |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. **Never split into multiple REQs.** |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's `## Out of Scope` section, remove from domain file. Content preserved. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md`. |\n\nThe user comes back to new commits on the current branch. They inspect the per-category commits and `sdd/.review-needed.md`, and can `git revert ` per-category if any change is unwanted. No PR, no merge step — commits land directly where the user pushed from.\n\n## Sub-commands\n\n| Command | Purpose |\n|---|---|\n| `/sdd` | Help screen — overview, modes, sub-commands, autodetection behavior |\n| `/sdd init [idea]` | Bootstrap a new project: `sdd/`, `documentation/`, root `README.md`, `tests/`, `sdd/config.yml` |\n| `/sdd edit {domain}` | Add or modify requirements in an existing domain (interactive, always needs user input) |\n| `/sdd add {domain}` | Create a new domain in an existing spec |\n| `/sdd clean` | Refactor a rotted spec — applies SAFE/RISKY/JUDGMENT fixes per current mode |\n| `/sdd autonomous {on\\|off\\|unleashed}` | Set the mode in `sdd/config.yml` |\n\nThe full command syntax is documented in the `/sdd` command file.\n\n## Auto-detection — when SDD enforcement runs without /sdd\n\nOnce `sdd/` exists in a project, the workflow runs automatically without explicit `/sdd` invocation:\n\n- After every git push, the `spec-reviewer` agent runs (sequentially, then `doc-updater`)\n- Both agents detect `sdd/` exists → enter SDD-strict mode\n- Both agents read `sdd/config.yml` → know whether to be interactive/auto/unleashed\n- Findings are auto-fixed per the mode\n\nIf `sdd/` doesn't exist, `spec-reviewer` exits silently. `doc-updater` runs in `docs-only` mode (project-agnostic doc maintenance, no spec coordination).\n\n## /sdd init — bootstrapping a project (greenfield OR existing codebase)\n\n`/sdd init` handles two scenarios:\n\n1. **Greenfield**: empty project, no existing code. Agent bootstraps from prose.\n2. **Existing codebase**: project already has source code. Agent enters **import mode** — analyzes the existing code, derives a spec from observed behavior, presents it for user confirmation, and writes the scaffolding.\n\nThe agent detects the scenario automatically by counting source files in the project. >5 source files → existing codebase → import mode. ≤5 → greenfield.\n\nIn **import mode**, the agent:\n- Reads README.md, package.json (or equivalent), top-level configs to understand intent\n- Analyzes directory structure to identify domains\n- Reads representative source files to derive REQs\n- Tentatively marks all derived REQs as `Status: Implemented`\n- Searches existing test files for feature/route names; demotes REQs without test coverage to `Partial` with `Notes:` explaining what's missing\n- Presents derived spec for user confirmation, one domain at a time\n- Writes scaffolding (sdd/, documentation/, root README) WITHOUT touching existing code, existing README, or existing documentation/ files\n\nImport mode is **always interactive** even in `auto` or `unleashed` config — inferring intent from code is genuinely judgment-required and the user must validate the result.\n\nIn **greenfield mode**, the agent:\n\n1. **Drafts the vision** from the user's prose, presents for confirmation\n2. **Proposes actors** (typically User, Admin — never \"System\")\n3. **Maps the user journey** by asking one question, then proposes domains\n4. **Drafts requirements** for each domain (5-15 per domain), confirms one domain at a time\n5. **Drafts constraints** with CON-* IDs\n6. **Writes the spec scaffolding** by reading and instantiating templates from `references/templates/`:\n - `root-readme.md` → `README.md` (project root)\n - `sdd-readme.md` → `sdd/README.md`\n - `sdd-glossary.md` → `sdd/glossary.md`\n - `sdd-constraints.md` → `sdd/constraints.md`\n - `sdd-changes.md` → `sdd/changes.md`\n - `sdd-config.yml` → `sdd/config.yml` (mode: interactive by default)\n - `documentation-readme.md` → `documentation/README.md`\n - `documentation-architecture.md` → `documentation/architecture.md`\n - `documentation-api-reference.md` → `documentation/api-reference.md`\n - `documentation-configuration.md` → `documentation/configuration.md`\n - `documentation-deployment.md` → `documentation/deployment.md`\n - `documentation-decisions-readme.md` → `documentation/decisions/README.md`\n7. **Creates `tests/` folder** (empty, ready for the user to populate with TDD)\n8. **Substitutes placeholders** like `{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}` with values inferred from the user's idea\n9. **Reports next steps** to the user\n\nThe agent does not need internet access — all templates are bundled in `references/templates/`.\n\nIf `sdd/` already exists, `/sdd init` aborts with an error. Use `--force` to overwrite (destructive — confirm with user first).\n\n### Dependency version resolution\n\nWhen `/sdd init` generates a package manifest (`package.json`, `Cargo.toml`, `requirements.txt`, `go.mod`, etc.), NEVER emit memorized version ranges. Resolve each top-level dependency to its current latest stable via the ecosystem's metadata query tool:\n\n| Ecosystem | Version query | Lockfile generation (scaffold-only carveout) |\n|---|---|---|\n| npm | `npm view version` + `npm view peerDependencies` | `npm install --package-lock-only --ignore-scripts --no-audit --no-fund` |\n| Cargo | `cargo search --limit 1` | `cargo generate-lockfile` |\n| Python | `pip index versions ` | `uv lock` or `pip-compile` |\n| Go | `go list -m -versions ` | `go mod tidy` |\n\nFor Cloudflare Workers projects, see `cloudflare-stack` SKILL → § Cloudflare cohort pinning — the 4-pack (wrangler + workers-types + vitest-pool-workers + vitest) must be resolved together before writing `package.json`.\n\nProcess (npm example):\n1. For each proposed dependency, run `npm view version` → capture latest\n2. Run `npm view peerDependencies` → capture peer constraints\n3. Cross-check peer ranges: if two packages disagree, drop one to the highest co-compatible version rather than picking the latest of both\n4. Emit specific caret ranges: `^5.14.0`, never `^5.0.0` from memory\n5. Write `package.json`\n6. Run the lockfile generator ONCE (scaffold-only carveout — see below)\n7. Commit both manifest and lockfile\n\n**Local CPU carveout (`/sdd init` scaffold only):** the `no-local-builds` rule forbids local installs/builds/tests on this 1-vCPU container. The lockfile generator is a one-time exception because (a) CI's `npm ci` requires a committed lockfile, (b) Dependabot baseline needs a deterministic starting point, and (c) the operation is resolution-only with `--ignore-scripts` (no `node_modules` population, no script execution, no build step; the npm cache may fetch tarballs for integrity hashing). This carveout applies ONLY during `/sdd init`. Every other local install/build/test remains forbidden.\n\n**Forbidden at scaffold time:** `npm install` (full), `npm test`, `npm run build`, `tsc`, `cargo build`, `cargo test`, any test runner, any bundler.\n\n## /sdd clean — rescuing a rotted spec\n\n`/sdd clean` is the rescue command for projects whose spec has accumulated implementation leakage, fake deprecations, prose Status fields, oversized REQs, and bloated changelogs.\n\n### What it does (per mode)\n\nIn **interactive** mode: reports findings batch-by-batch, asks for confirmation before applying.\n\nIn **auto** mode: applies SAFE and RISKY fixes silently on the current branch. JUDGMENT items go to `sdd/.review-needed.md`.\n\nIn **unleashed** mode: applies SAFE + RISKY + JUDGMENT fixes on the current branch (using conservative defaults for JUDGMENT), commits per category, pushes directly. No new branch, no PR. `enforce_tdd: true` is forced. The commits land where the user pushed from.\n\n### Safety nets\n\nIn all modes:\n- **Working tree must be clean** before running (refuses if `git status --porcelain` is non-empty)\n- **Backup files** are created before any RISKY operation (e.g., `sdd/changes.md` → `sdd/changes-archive-YYYY-MM.md`)\n- **Per-category commits** for selective revert\n- **`[sdd-clean]` commit tag** that bypasses round-detection in spec-reviewer\n- **Sequential execution** (spec-reviewer first, then doc-updater)\n\nIn `auto` mode specifically:\n- Refuses to run on `main` or `master` without `--branch-confirmed`\n\nIn `unleashed` mode specifically:\n- Pushes commits directly to the current branch (no new branch, no PR)\n- Refuses to run on `main`/`master` without `--branch-confirmed`\n- Each commit is per-category and tagged `[sdd-clean]` — `git revert ` is the rollback surface\n- Full audit log lives in `sdd/.last-clean-run.md` + the per-category commit messages\n\n### What gets cleaned\n\n- **Strikethrough text** in REQs → stripped (git history is the strikethrough)\n- **Prose Status fields** (multi-line status notes) → truncated to one word, prose moved to `pending.md` or to `Notes:` field for `Partial` status\n- **Implementation leakage** in REQs (hex codes, CSS classes, file paths, function names, env vars, etc.) → moved to appropriate `documentation/` files\n- **Fake-Deprecated REQs** (Deprecated without `Replaced By:`) → moved to `## Out of Scope` section in domain README (interactive/auto/unleashed: see escalation rules)\n- **Oversized REQs** (>50 lines) → flagged; in unleashed mode, implementation prose extracted to docs while Intent + AC stay verbatim\n- **Bloated `changes.md`** (verification log entries, commit SHAs, multi-paragraph entries) → archived to `sdd/changes-archive-YYYY-MM.md`, new file written with user-facing entries only\n- **Status: Implemented REQs without test coverage** → if `enforce_tdd: true`, demoted to `Partial` with `Notes:` explaining what's missing; if `enforce_tdd: false`, written to `sdd/.coverage-report.md` only\n- **Status: Planned/Partial REQs with source code but no test** → if `enforce_tdd: true`, HIGH finding + auto-promote `Planned → Partial` with `Notes:` (requires the `Implements REQ-X-NNN` annotation convention in source files — see `spec-discipline.md` → Source code ↔ REQ annotations)\n- **Test quality heuristics** → AC-count vs test-count check, tautology detection, skipped-test detection (all run when `enforce_tdd: true`)\n- **Missing doc→spec backlinks** → generated automatically (links from `documentation/` files to relevant REQ IDs)\n\n## /sdd edit — adding or modifying requirements\n\nAlways interactive. The agent:\n1. Reads `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, and the target domain file\n2. Asks the user what they want to add or change\n3. Drafts new/modified REQs in proper format\n4. Validates against the discipline rules (forbidden content, length, AC quality)\n5. Confirms with user\n6. Writes the updated domain file\n7. Updates glossary if new terms were introduced\n8. Adds a changelog entry to `sdd/changes.md`\n\nUser-authored content gets one full pass before LOW-severity cleanup applies. The agent never blocks user input on style grounds.\n\n## /sdd add — creating a new domain\n\nSame as `/sdd edit` but creates a new domain file. The agent:\n1. Asks the user what the domain covers\n2. Proposes 5-15 initial requirements\n3. Creates `sdd/{domain}.md`\n4. Updates the domain index in `sdd/README.md`\n5. Updates glossary and changelog\n\n## /sdd autonomous — switching modes\n\n```bash\n/sdd autonomous on # mode = auto (writes to sdd/config.yml)\n/sdd autonomous unleashed on # mode = unleashed\n/sdd autonomous off # mode = interactive\n/sdd autonomous status # show current mode + recent overrides\n```\n\nThe setting is persistent (committed to git as `sdd/config.yml`) and travels with the project. Per-command overrides via `--interactive`, `--auto`, `--unleashed` flags on `/sdd clean`.\n\n## Test discipline\n\nEvery REQ marked `Status: Implemented` should have at least one test file that references its REQ ID. Test discovery uses `test_globs` from `sdd/config.yml`. Detection is binary: the REQ ID literally appears in a test (in a test name, comment, or assertion message).\n\n**Why REQ IDs in test files**: this lets `spec-reviewer` verify which Implemented REQs have automated coverage without ambiguous prose matching. Test naming convention example:\n\n```typescript\ntest('REQ-AUTH-001: rejects expired JWT tokens', () => {\n // ...\n});\n```\n\nWhen `enforce_tdd: true` (the default), REQs without test references get downgraded to `Partial` with a `Notes:` field, and REQs whose source code exists but lacks tests get flagged and auto-promoted `Planned → Partial`. Source code must annotate each REQ it implements with a comment like `Implements REQ-X-NNN` so spec-reviewer has something concrete to grep (see `spec-discipline.md` → Source code ↔ REQ annotations). Projects that genuinely cannot admit automated testing (pure visual design systems, for example) can opt out with `enforce_tdd: false`.\n\n**Bug fix discipline**: when fixing a bug, write a failing test that reproduces it BEFORE writing the fix. The test proves the bug exists and proves the fix works. The `tdd-guide` agent enforces this proactively.\n\n## TDD coverage targets\n\nThese are recommended defaults, configurable per project in `sdd/config.yml`:\n\n| Layer | Target |\n|---|---|\n| Pure functions / utilities | 100% |\n| API routes / handlers | 100% |\n| Component rendering | 80% |\n| Page-level integration | 80% |\n| Default | 70% |\n\nThese are guidance, not enforcement. The auto-demote rule is the only hard enforcement (binary: test exists per REQ or it doesn't).\n\n## Plan Mode integration\n\n**Plan Mode is mandatory on every spec→code transition**: after `/sdd init`, `/sdd edit` (if new REQ is `Planned`/`Partial`), or `/sdd add`. Next action MUST be entering Plan Mode (Claude Code: `EnterPlanMode`; other agents: the equivalent planning primitive). Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize *starting*, never skipping.\n\nThe plan must:\n1. Read all of `sdd/`, enumerate REQs by Status\n2. Filter to `Status: Planned` and `Status: Partial`\n3. Topo-sort by `Dependencies:`\n4. **Phase RED**: one failing test per AC via `tdd-guide`. Test name: `REQ-{DOMAIN}-{NNN}: {AC summary}`\n5. **Phase GREEN**: minimal impl, one REQ at a time, in dependency order\n6. **Phase VERIFY**: push, let `spec-reviewer` promote `Planned`→`Implemented` on next run\n7. Name the test framework from the stack (vitest, jest, pytest, go test, rspec, xctest, etc.); add Phase 0 if none exists\n\n**Informal proposal ≠ formal Plan Mode.** A detailed prose proposal + user \"execute\" / \"go\" / \"fine\" is *informal* approval. Still enter Plan Mode and re-present the same plan as a formal artifact. Treating \"execute\" as plan approval when no formal plan exists is the trap that breaks SDD.\n\n**Legitimate skip**: only if the user, after seeing a plan proposal, explicitly says \"skip plan mode\" or \"no plan\". Record in a feedback memory. Mark affected REQs `Partial` (not `Implemented`) until tests exist. \"build now\" / \"go\" / \"execute\" never count.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues. The spec describes the target state; bugs are the delta.\n- **TODOs / known gaps** → `pending.md` at repo root. Status field can say `Partial` to flag, but prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. Operational notes, not requirements.\n- **Out-of-scope ideas** → `## Out of Scope` section in the relevant README. Decisions, not requirements.\n\n## Template conventions (issue #253)\n\nTemplates follow `documentation-discipline.md` from the first commit. Conventions baked into every `documentation-*.md` template:\n\n- **One-line table cells**: every cell stays on a single line. The 50-word per-cell budget enforced by `doc-updater` Pass 1 begins at scaffolding. If a row needs more than ~50 words, write the long form as a body paragraph below the table and replace the cell with a one-line summary plus a link.\n- **Embedded doc-discipline directive comments**: each template starts with an HTML comment `` so the user editing the file sees the budget and the cell convention before they expand sections beyond the soft cap.\n- **Per-file budgets** match `documentation-discipline.md`: architecture.md template targets ≤350 lines, api-reference.md ≤600 lines, configuration.md ≤200 lines, deployment.md ≤200 lines.\n- **REQ backlinks pre-wired**: the `Implements` column in `Source Modules` table and equivalents elsewhere are scaffolded with the exact `[REQ-X-N](../sdd/{domain}.md#req-x-n)` form so doc-updater finds them on the first PR.\n- **Lane-correct content placeholders**: `architecture.md` template never has an \"API endpoints\" section (that's `api-reference.md`'s lane). Templates enforce lane separation by example.\n\nThese conventions are why the architecture.md template is the shortest template by line count — it should stay that way.\n\n## Templates location\n\nAll scaffolding templates are in `references/templates/` within this skill. The agent reads them on demand during `/sdd init`. They are bundled with the skill — no external dependencies.\n\n| Template | Used by |\n|---|---|\n| `root-readme.md` | `/sdd init` → `README.md` |\n| `sdd-readme.md` | `/sdd init` → `sdd/README.md` |\n| `sdd-glossary.md` | `/sdd init` → `sdd/glossary.md` |\n| `sdd-constraints.md` | `/sdd init` → `sdd/constraints.md` |\n| `sdd-changes.md` | `/sdd init` → `sdd/changes.md` |\n| `sdd-config.yml` | `/sdd init` → `sdd/config.yml` |\n| `documentation-readme.md` | `/sdd init` → `documentation/README.md` |\n| `documentation-architecture.md` | `/sdd init` → `documentation/architecture.md` |\n| `documentation-api-reference.md` | `/sdd init` → `documentation/api-reference.md` |\n| `documentation-configuration.md` | `/sdd init` → `documentation/configuration.md` |\n| `documentation-deployment.md` | `/sdd init` → `documentation/deployment.md` |\n| `documentation-decisions-readme.md` | `/sdd init` → `documentation/decisions/README.md` |\n\nPlaceholders use `{PLACEHOLDER_NAME}` format. The agent substitutes them based on the user's input and inferred context (project name, language, framework, etc.).\n", "modes": [ "advanced" ] @@ -1022,7 +1046,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".gemini/skills/spec-driven-development/references/templates/documentation-architecture.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Architecture\n\nSystem overview, component map, and data flow.\n\n**Audience:** Developers\n\n---\n\n## Overview\n\n{One paragraph describing what the system is and what it does at a high level. Reference [`sdd/README.md`](../sdd/README.md) for the product intent.}\n\n## Components\n\n| Component | Role |\n|---|---|\n| {Component} | {What it does} |\n\n## Source Modules\n\n| Path | Responsibility | Implements |\n|---|---|---|\n| `src/{path}` | {What this module does} | [REQ-X-N](../sdd/{domain}.md#req-x-n) |\n\n## Request Lifecycle\n\n```\n{Diagram or step-by-step flow}\n```\n\n## Data Flow\n\n{How data moves through the system. Include database, storage, and external services.}\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [API Reference](api-reference.md) — Endpoint contracts\n- [Decisions](decisions/README.md) — Architectural decisions and rationale\n", + "content": " on the line below this comment if the soft budget is genuinely insufficient. -->\n\n# Architecture\n\nSystem overview, component map, and data flow.\n\n**Audience:** Developers\n\n---\n\n## Overview\n\n{One paragraph describing what the system is and what it does at a high level. Reference [`sdd/README.md`](../sdd/README.md) for the product intent.}\n\n## Components\n\n| Component | Role |\n|---|---|\n| {Component} | {What it does} |\n\n## Source Modules\n\n| Path | Responsibility | Implements |\n|---|---|---|\n| `src/{path}` | {What this module does} | [REQ-X-N](../sdd/{domain}.md#req-x-n) |\n\n## Request Lifecycle\n\n```\n{Diagram or step-by-step flow}\n```\n\n## Data Flow\n\n{How data moves through the system. Include database, storage, and external services.}\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [API Reference](api-reference.md) — Endpoint contracts\n- [Decisions](decisions/README.md) — Architectural decisions and rationale\n", "modes": [ "advanced" ] @@ -1030,7 +1054,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".gemini/skills/spec-driven-development/references/templates/documentation-api-reference.md", "contentType": "text/markdown; charset=utf-8", - "content": "# API Reference\n\nAll public and internal API endpoints.\n\n**Audience:** Developers\n\n---\n\n## Public API\n\n### {METHOD} {/path}\n\n{One-line description.}\n\n**Implements:** [REQ-X-N](../sdd/{domain}.md#req-x-n)\n\n**Authentication:** None | Required (describe)\n\n**Path Parameters:**\n\n| Parameter | Format | Description |\n|---|---|---|\n| `{name}` | `{format}` | {description} |\n\n**Request:**\n\n```json\n{example}\n```\n\n**Response 200:**\n\n```json\n{example}\n```\n\n**Error responses:**\n\n| Code | When | Body |\n|---|---|---|\n| 400 | {when} | `{error shape}` |\n| 401 | {when} | `{error shape}` |\n\n**Cache:** `Cache-Control: {policy}`\n\n**Implementation:** `src/{path}`\n\n---\n\n## Admin API\n\n{Same format as Public API for admin-only endpoints.}\n\n---\n\n## Related Documentation\n\n- [Architecture](architecture.md) — Component overview\n- [Configuration](configuration.md) — Required env vars and secrets\n", + "content": " below this comment if a complete API surface genuinely needs more lines. -->\n\n# API Reference\n\nAll public and internal API endpoints.\n\n**Audience:** Developers\n\n---\n\n## Public API\n\n### {METHOD} {/path}\n\n{One-line description.}\n\n**Implements:** [REQ-X-N](../sdd/{domain}.md#req-x-n)\n\n**Authentication:** None | Required (describe)\n\n**Path Parameters:**\n\n| Parameter | Format | Description |\n|---|---|---|\n| `{name}` | `{format}` | {description} |\n\n**Request:**\n\n```json\n{example}\n```\n\n**Response 200:**\n\n```json\n{example}\n```\n\n**Error responses:**\n\n| Code | When | Body |\n|---|---|---|\n| 400 | {when} | `{error shape}` |\n| 401 | {when} | `{error shape}` |\n\n**Cache:** `Cache-Control: {policy}`\n\n**Implementation:** `src/{path}`\n\n---\n\n## Admin API\n\n{Same format as Public API for admin-only endpoints.}\n\n---\n\n## Related Documentation\n\n- [Architecture](architecture.md) — Component overview\n- [Configuration](configuration.md) — Required env vars and secrets\n", "modes": [ "advanced" ] @@ -1038,7 +1062,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".gemini/skills/spec-driven-development/references/templates/documentation-configuration.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Configuration\n\n**Audience:** Operators, Developers\n\nEnvironment variables, secrets, and platform bindings required to run the system.\n\n---\n\n## Environment Variables\n\n| Variable | Required | Default | Description |\n|---|---|---|---|\n| `{NAME}` | yes/no | `{default}` | {description} |\n\n## Secrets\n\n| Secret | Storage | Description |\n|---|---|---|\n| `{NAME}` | wrangler secret / env / vault | {description} |\n\n## Platform Bindings\n\n| Binding | Type | Purpose |\n|---|---|---|\n| `{NAME}` | D1 / R2 / KV / Durable Object | {what it stores or does} |\n\n## Configuration Files\n\n| File | Purpose |\n|---|---|\n| `{path}` | {description} |\n\n---\n\n## Related Documentation\n\n- [Deployment](deployment.md) — How to set these up in dev and prod\n- [Architecture](architecture.md) — Where these bindings are used\n", + "content": "\n\n# Configuration\n\n**Audience:** Operators, Developers\n\nEnvironment variables, secrets, and platform bindings required to run the system.\n\n---\n\n## Environment Variables\n\n| Variable | Required | Default | Description |\n|---|---|---|---|\n| `{NAME}` | yes/no | `{default}` | {description} |\n\n## Secrets\n\n| Secret | Storage | Description |\n|---|---|---|\n| `{NAME}` | wrangler secret / env / vault | {description} |\n\n## Platform Bindings\n\n| Binding | Type | Purpose |\n|---|---|---|\n| `{NAME}` | D1 / R2 / KV / Durable Object | {what it stores or does} |\n\n## Configuration Files\n\n| File | Purpose |\n|---|---|\n| `{path}` | {description} |\n\n---\n\n## Related Documentation\n\n- [Deployment](deployment.md) — How to set these up in dev and prod\n- [Architecture](architecture.md) — Where these bindings are used\n", "modes": [ "advanced" ] @@ -1046,7 +1070,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".gemini/skills/spec-driven-development/references/templates/documentation-deployment.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Deployment\n\n**Audience:** Developers, Operators\n\nLocal development setup and production deployment steps.\n\n---\n\n## Prerequisites\n\n- {Tool name} version {X.Y+}\n- {Account or credential needed}\n\n## Local Development\n\n```bash\n{install command}\n{seed/migration command}\n{dev server command}\n```\n\nThe dev server runs at {URL}.\n\n## Tests\n\n```bash\n{test command}\n```\n\nTests are organized so each test references a REQ ID — `spec-reviewer` reads test files to verify which Implemented REQs have automated coverage.\n\n## Production Deployment\n\n```bash\n{deploy command}\n```\n\n### Environment-specific configuration\n\n| Environment | Branch | Notes |\n|---|---|---|\n| Development | `develop` | {what's special} |\n| Production | `main` | {what's special} |\n\n## Cloudflare Resources\n\n| Resource | Type | Purpose |\n|---|---|---|\n| `{name}` | D1/R2/KV/Worker | {purpose} |\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [Architecture](architecture.md) — System overview\n", + "content": "\n\n# Deployment\n\n**Audience:** Developers, Operators\n\nLocal development setup and production deployment steps.\n\n---\n\n## Prerequisites\n\n- {Tool name} version {X.Y+}\n- {Account or credential needed}\n\n## Local Development\n\n```bash\n{install command}\n{seed/migration command}\n{dev server command}\n```\n\nThe dev server runs at {URL}.\n\n## Tests\n\n```bash\n{test command}\n```\n\nTests are organized so each test references a REQ ID — `spec-reviewer` reads test files to verify which Implemented REQs have automated coverage.\n\n## Production Deployment\n\n```bash\n{deploy command}\n```\n\n### Environment-specific configuration\n\n| Environment | Branch | Notes |\n|---|---|---|\n| Development | `develop` | {what's special} |\n| Production | `main` | {what's special} |\n\n## Cloudflare Resources\n\n| Resource | Type | Purpose |\n|---|---|---|\n| `{name}` | D1/R2/KV/Worker | {purpose} |\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [Architecture](architecture.md) — System overview\n", "modes": [ "advanced" ] @@ -1086,7 +1110,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".gemini/agents/code-reviewer.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: code-reviewer\ndescription: Expert code review specialist. Proactively reviews code for quality, security, and maintainability. Use immediately after writing or modifying code. MUST BE USED for all code changes.\ntools: [\"read_file\",\"search_file_content\",\"glob\",\"run_shell_command\"]\n---\n\nYou are a senior code reviewer ensuring high standards of code quality and security.\n\n## Operating Mode: Research + Report\n\nYou review and report — you do NOT modify project source code, documentation, or spec files. You may write to designated output files (e.g., review reports). Always report a summary of your findings so the main session stays informed and can act on them.\n\n## Review Process\n\nWhen invoked:\n\n1. **Gather the full diff** — Use the upstream-aware fallback chain so you see the actual changes whether the working tree is dirty (pre-commit) or clean (post-push):\n ```\n git diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff --staged || git diff\n ```\n Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff. If invoked post-push, the right view is `git diff origin/main...HEAD`. Only fall back to staged/unstaged if no commits exist.\n2. **Understand scope** — Identify which files changed, what feature/fix they relate to, and how they connect.\n3. **Read surrounding code** — Don't review changes in isolation. Read the full file and understand imports, dependencies, and call sites.\n4. **Apply review checklist** — Work through each category below, from CRITICAL to LOW.\n5. **Report findings** — Use the output format below. Only report issues you are confident about (>80% sure it is a real problem).\n\n## Confidence-Based Filtering\n\n**IMPORTANT**: Do not flood the review with noise. Apply these filters:\n\n- **Report** if you are >80% confident it is a real issue\n- **Skip** stylistic preferences unless they violate project conventions\n- **Skip** issues in unchanged code unless they are CRITICAL security issues\n- **Consolidate** similar issues (e.g., \"5 functions missing error handling\" not 5 separate findings)\n- **Prioritize** issues that could cause bugs, security vulnerabilities, or data loss\n\n## Review Checklist\n\n### Security (CRITICAL)\n\nThese MUST be flagged — they can cause real damage:\n\n- **Hardcoded credentials** — API keys, passwords, tokens, connection strings in source\n- **SQL injection** — String concatenation in queries instead of parameterized queries\n- **XSS vulnerabilities** — Unescaped user input rendered in HTML/JSX\n- **Path traversal** — User-controlled file paths without sanitization\n- **CSRF vulnerabilities** — State-changing endpoints without CSRF protection\n- **Authentication bypasses** — Missing auth checks on protected routes\n- **Insecure dependencies** — Known vulnerable packages\n- **Exposed secrets in logs** — Logging sensitive data (tokens, passwords, PII)\n\n```typescript\n// BAD: SQL injection via string concatenation\nconst query = `SELECT * FROM users WHERE id = ${userId}`;\n\n// GOOD: Parameterized query\nconst query = `SELECT * FROM users WHERE id = $1`;\nconst result = await db.query(query, [userId]);\n```\n\n```typescript\n// BAD: Rendering raw user HTML without sanitization\n// Always sanitize user content with DOMPurify.sanitize() or equivalent\n\n// GOOD: Use text content or sanitize\n
{userComment}
\n```\n\n### Code Quality (HIGH)\n\n- **Large functions** (>50 lines) — Split into smaller, focused functions\n- **Large files** (>800 lines) — Extract modules by responsibility\n- **Deep nesting** (>4 levels) — Use early returns, extract helpers\n- **Missing error handling** — Unhandled promise rejections, empty catch blocks\n- **Mutation patterns** — Prefer immutable operations (spread, map, filter)\n- **console.log statements** — Remove debug logging before merge\n- **Missing tests** — New code paths without test coverage\n- **Dead code** — Commented-out code, unused imports, unreachable branches\n\n```typescript\n// BAD: Deep nesting + mutation\nfunction processUsers(users) {\n if (users) {\n for (const user of users) {\n if (user.active) {\n if (user.email) {\n user.verified = true; // mutation!\n results.push(user);\n }\n }\n }\n }\n return results;\n}\n\n// GOOD: Early returns + immutability + flat\nfunction processUsers(users) {\n if (!users) return [];\n return users\n .filter(user => user.active && user.email)\n .map(user => ({ ...user, verified: true }));\n}\n```\n\n### React/Next.js Patterns (HIGH)\n\nWhen reviewing React/Next.js code, also check:\n\n- **Missing dependency arrays** — `useEffect`/`useMemo`/`useCallback` with incomplete deps\n- **State updates in render** — Calling setState during render causes infinite loops\n- **Missing keys in lists** — Using array index as key when items can reorder\n- **Prop drilling** — Props passed through 3+ levels (use context or composition)\n- **Unnecessary re-renders** — Missing memoization for expensive computations\n- **Client/server boundary** — Using `useState`/`useEffect` in Server Components\n- **Missing loading/error states** — Data fetching without fallback UI\n- **Stale closures** — Event handlers capturing stale state values\n\n```tsx\n// BAD: Missing dependency, stale closure\nuseEffect(() => {\n fetchData(userId);\n}, []); // userId missing from deps\n\n// GOOD: Complete dependencies\nuseEffect(() => {\n fetchData(userId);\n}, [userId]);\n```\n\n```tsx\n// BAD: Using index as key with reorderable list\n{items.map((item, i) => )}\n\n// GOOD: Stable unique key\n{items.map(item => )}\n```\n\n### Node.js/Backend Patterns (HIGH)\n\nWhen reviewing backend code:\n\n- **Unvalidated input** — Request body/params used without schema validation\n- **Missing rate limiting** — Public endpoints without throttling\n- **Unbounded queries** — `SELECT *` or queries without LIMIT on user-facing endpoints\n- **N+1 queries** — Fetching related data in a loop instead of a join/batch\n- **Missing timeouts** — External HTTP calls without timeout configuration\n- **Error message leakage** — Sending internal error details to clients\n- **Missing CORS configuration** — APIs accessible from unintended origins\n\n```typescript\n// BAD: N+1 query pattern\nconst users = await db.query('SELECT * FROM users');\nfor (const user of users) {\n user.posts = await db.query('SELECT * FROM posts WHERE user_id = $1', [user.id]);\n}\n\n// GOOD: Single query with JOIN or batch\nconst usersWithPosts = await db.query(`\n SELECT u.*, json_agg(p.*) as posts\n FROM users u\n LEFT JOIN posts p ON p.user_id = u.id\n GROUP BY u.id\n`);\n```\n\n### Performance (MEDIUM)\n\n- **Inefficient algorithms** — O(n^2) when O(n log n) or O(n) is possible\n- **Unnecessary re-renders** — Missing React.memo, useMemo, useCallback\n- **Large bundle sizes** — Importing entire libraries when tree-shakeable alternatives exist\n- **Missing caching** — Repeated expensive computations without memoization\n- **Unoptimized images** — Large images without compression or lazy loading\n- **Synchronous I/O** — Blocking operations in async contexts\n\n### Best Practices (LOW)\n\n- **TODO/FIXME without tickets** — TODOs should reference issue numbers\n- **Missing JSDoc for public APIs** — Exported functions without documentation\n- **Poor naming** — Single-letter variables (x, tmp, data) in non-trivial contexts\n- **Magic numbers** — Unexplained numeric constants\n- **Inconsistent formatting** — Mixed semicolons, quote styles, indentation\n\n## Review Output Format\n\nOrganize findings by severity. For each issue:\n\n```\n[CRITICAL] Hardcoded API key in source\nFile: src/api/client.ts:42\nIssue: API key \"sk-abc...\" exposed in source code. This will be committed to git history.\nFix: Move to environment variable and add to .gitignore/.env.example\n\n const apiKey = \"sk-abc123\"; // BAD\n const apiKey = process.env.API_KEY; // GOOD\n```\n\n### Summary Format\n\nEnd every review with:\n\n```\n## Review Summary\n\n| Severity | Count | Status |\n|----------|-------|--------|\n| CRITICAL | 0 | pass |\n| HIGH | 2 | warn |\n| MEDIUM | 3 | info |\n| LOW | 1 | note |\n\nVerdict: WARNING — 2 HIGH issues should be resolved before merge.\n```\n\n## Approval Criteria\n\n- **Approve**: No CRITICAL or HIGH issues\n- **Warning**: HIGH issues only (can merge with caution)\n- **Block**: CRITICAL issues found — must fix before merge\n\n## Spec and Decision Awareness\n\nWhen reviewing, check for project context:\n- If `sdd/` exists, verify changes align with spec requirements (new features should have corresponding REQ-* entries)\n- If `documentation/decisions/README.md` exists, check it before flagging architectural patterns — they may be intentional trade-offs documented as ADs\n- If neither exists, review based on code quality alone (projects without SDD are fully supported)\n\n## Project-Specific Guidelines\n\nWhen available, also check project-specific conventions from `CLAUDE.md` or project rules:\n\n- File size limits (e.g., 200-400 lines typical, 800 max)\n- Emoji policy (many projects prohibit emojis in code)\n- Immutability requirements (spread operator over mutation)\n- Database policies (RLS, migration patterns)\n- Error handling patterns (custom error classes, error boundaries)\n- State management conventions (Zustand, Redux, Context)\n\nAdapt your review to the project's established patterns. When in doubt, match what the rest of the codebase does.\n\n## Impact Analysis\n\nBefore approving any change, verify:\n\n- **Caller impact**: Grep for all importers/callers of modified functions — check they still work with the new signature/behavior\n- **Schema alignment**: When API response shapes change, verify both backend and frontend schemas match (Zod, TypeScript types, validation)\n- **JSON serialization safety**: Flag `undefined` values in objects destined for `JSON.stringify` — they silently strip fields. Use explicit reset values or omit the field\n- **KV/DB field safety**: Never delete required fields from stored records — use explicit values (e.g., `'pending'` not `undefined`)\n\n## AI-Generated Code Review\n\nWhen reviewing AI-generated changes, prioritize:\n\n1. Behavioral regressions and edge-case handling\n2. Security assumptions and trust boundaries\n3. Hidden coupling or accidental architecture drift\n4. Caller impact — AI tools frequently change function signatures without updating all callers\n\n## REQ annotations (when `sdd/` exists)\n\nIn projects with an `sdd/` folder, every source file implementing observable behavior from a REQ must include a comment annotating it: `// Implements REQ-X-NNN` (or language equivalent). Review rule: if a changed source file implements behavior matching a REQ's acceptance criteria but lacks the annotation → MEDIUM finding, suggest the specific annotation line. See `spec-discipline.md` → Source code ↔ REQ annotations.\n", + "content": "---\nname: code-reviewer\ndescription: Expert code review specialist. Proactively reviews code for quality, security, and maintainability. Use immediately after writing or modifying code. MUST BE USED for all code changes.\ntools: [\"read_file\",\"search_file_content\",\"glob\",\"run_shell_command\"]\n---\n\nYou are a senior code reviewer ensuring high standards of code quality and security.\n\n## Operating Mode: Research + Report\n\nYou review and report — you do NOT modify project source code, documentation, or spec files. You may write to designated output files (e.g., review reports). Always report a summary of your findings so the main session stays informed and can act on them.\n\n## When you run\n\nTriggered at PR-boundary events (via the git-workflow rule):\n\n- A new pull request opens for the current branch (`gh pr create` runs in this session)\n- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances)\n\nA plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to a protected branch (default `main`) surface a non-blocking warning instead.\n\n## Review Process\n\nWhen invoked:\n\n1. **Gather the full diff** — Resolve the diff source from the PR base when a PR exists, falling back to upstream-aware syntax otherwise:\n ```bash\n PR_BASE=$(gh pr view --json baseRefName -q .baseRefName 2>/dev/null)\n if [ -n \"$PR_BASE\" ]; then\n git diff \"origin/$PR_BASE\"...HEAD\n else\n git diff origin/main...HEAD 2>/dev/null \\\n || git diff @{push}..HEAD 2>/dev/null \\\n || git diff HEAD~1..HEAD 2>/dev/null \\\n || git diff --staged \\\n || git diff\n fi\n ```\n The PR-base-aware path matters because feature branches typically PR into `develop`, not `main` — diffing against `origin/main` would show too much (every commit on `develop` you don't have locally). Always prefer `gh pr view --json baseRefName` first; the fallback chain handles non-PR contexts. Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff.\n2. **Understand scope** — Identify which files changed, what feature/fix they relate to, and how they connect.\n3. **Read surrounding code** — Don't review changes in isolation. Read the full file and understand imports, dependencies, and call sites.\n4. **Apply review checklist** — Work through each category below, from CRITICAL to LOW.\n5. **Report findings** — Use the output format below. Only report issues you are confident about (>80% sure it is a real problem).\n\n## Confidence-Based Filtering\n\n**IMPORTANT**: Do not flood the review with noise. Apply these filters:\n\n- **Report** if you are >80% confident it is a real issue\n- **Skip** stylistic preferences unless they violate project conventions\n- **Skip** issues in unchanged code unless they are CRITICAL security issues\n- **Consolidate** similar issues (e.g., \"5 functions missing error handling\" not 5 separate findings)\n- **Prioritize** issues that could cause bugs, security vulnerabilities, or data loss\n\n## Review Checklist\n\n### Security (CRITICAL)\n\nThese MUST be flagged — they can cause real damage:\n\n- **Hardcoded credentials** — API keys, passwords, tokens, connection strings in source\n- **SQL injection** — String concatenation in queries instead of parameterized queries\n- **XSS vulnerabilities** — Unescaped user input rendered in HTML/JSX\n- **Path traversal** — User-controlled file paths without sanitization\n- **CSRF vulnerabilities** — State-changing endpoints without CSRF protection\n- **Authentication bypasses** — Missing auth checks on protected routes\n- **Insecure dependencies** — Known vulnerable packages\n- **Exposed secrets in logs** — Logging sensitive data (tokens, passwords, PII)\n\n```typescript\n// BAD: SQL injection via string concatenation\nconst query = `SELECT * FROM users WHERE id = ${userId}`;\n\n// GOOD: Parameterized query\nconst query = `SELECT * FROM users WHERE id = $1`;\nconst result = await db.query(query, [userId]);\n```\n\n```typescript\n// BAD: Rendering raw user HTML without sanitization\n// Always sanitize user content with DOMPurify.sanitize() or equivalent\n\n// GOOD: Use text content or sanitize\n
{userComment}
\n```\n\n### Code Quality (HIGH)\n\n- **Large functions** (>50 lines) — Split into smaller, focused functions\n- **Large files** (>800 lines) — Extract modules by responsibility\n- **Deep nesting** (>4 levels) — Use early returns, extract helpers\n- **Missing error handling** — Unhandled promise rejections, empty catch blocks\n- **Mutation patterns** — Prefer immutable operations (spread, map, filter)\n- **console.log statements** — Remove debug logging before merge\n- **Missing tests** — New code paths without test coverage\n- **Dead code** — Commented-out code, unused imports, unreachable branches\n\n```typescript\n// BAD: Deep nesting + mutation\nfunction processUsers(users) {\n if (users) {\n for (const user of users) {\n if (user.active) {\n if (user.email) {\n user.verified = true; // mutation!\n results.push(user);\n }\n }\n }\n }\n return results;\n}\n\n// GOOD: Early returns + immutability + flat\nfunction processUsers(users) {\n if (!users) return [];\n return users\n .filter(user => user.active && user.email)\n .map(user => ({ ...user, verified: true }));\n}\n```\n\n### React/Next.js Patterns (HIGH)\n\nWhen reviewing React/Next.js code, also check:\n\n- **Missing dependency arrays** — `useEffect`/`useMemo`/`useCallback` with incomplete deps\n- **State updates in render** — Calling setState during render causes infinite loops\n- **Missing keys in lists** — Using array index as key when items can reorder\n- **Prop drilling** — Props passed through 3+ levels (use context or composition)\n- **Unnecessary re-renders** — Missing memoization for expensive computations\n- **Client/server boundary** — Using `useState`/`useEffect` in Server Components\n- **Missing loading/error states** — Data fetching without fallback UI\n- **Stale closures** — Event handlers capturing stale state values\n\n```tsx\n// BAD: Missing dependency, stale closure\nuseEffect(() => {\n fetchData(userId);\n}, []); // userId missing from deps\n\n// GOOD: Complete dependencies\nuseEffect(() => {\n fetchData(userId);\n}, [userId]);\n```\n\n```tsx\n// BAD: Using index as key with reorderable list\n{items.map((item, i) => )}\n\n// GOOD: Stable unique key\n{items.map(item => )}\n```\n\n### Node.js/Backend Patterns (HIGH)\n\nWhen reviewing backend code:\n\n- **Unvalidated input** — Request body/params used without schema validation\n- **Missing rate limiting** — Public endpoints without throttling\n- **Unbounded queries** — `SELECT *` or queries without LIMIT on user-facing endpoints\n- **N+1 queries** — Fetching related data in a loop instead of a join/batch\n- **Missing timeouts** — External HTTP calls without timeout configuration\n- **Error message leakage** — Sending internal error details to clients\n- **Missing CORS configuration** — APIs accessible from unintended origins\n\n```typescript\n// BAD: N+1 query pattern\nconst users = await db.query('SELECT * FROM users');\nfor (const user of users) {\n user.posts = await db.query('SELECT * FROM posts WHERE user_id = $1', [user.id]);\n}\n\n// GOOD: Single query with JOIN or batch\nconst usersWithPosts = await db.query(`\n SELECT u.*, json_agg(p.*) as posts\n FROM users u\n LEFT JOIN posts p ON p.user_id = u.id\n GROUP BY u.id\n`);\n```\n\n### Shell Scripts and Comments (HIGH)\n\nWhen reviewing bash, sh, or other shell scripts (especially hooks, build steps, CI scripts), apply two passes that static review skips by default:\n\n- **Comment-as-claim audit** — Read every `# explanation` as a verifiable claim, not narration. For each non-trivial comment, check the code below confirms it. Flag drift (comment says X, code does Y) even if neither is wrong on its own — the gap is where bugs live.\n- **Empty/missing-input walk** — For every conditional, ask: what happens if this variable is empty, the regex didn't match, or the external command failed? Identify whether the script fails *open* (skips enforcement) or fails *closed* (blocks). Awk string comparisons are the classic trap: `ts > \"\"` is TRUE for any non-empty `ts`, so an unset threshold silently disables a filter.\n- **Substring vs structural matching** — `grep \"git push\"` matches `echo \"I will git push later\"`. For tools parsing JSON or structured output, prefer `jq` queries on shape over substring grep on lines.\n- **Error-swallowing audit** — `2>/dev/null`, `|| true`, `set +e`, and `command || exit 0` are all legitimate, but each is a place where a real failure becomes silent. Confirm every one is intentional.\n- **External-tool guards** — `command -v gh >/dev/null 2>&1 || exit 0` handles missing tools gracefully. Hard calls fail loudly when the tool isn't installed.\n\n```bash\n# BAD: empty PUSH_TS makes (ts > \"\") always true → fails open silently\nPUSH_TS=$(grep -oE '...' | sed -E 's/.../\\1/')\nawk -v t=\"$PUSH_TS\" '{ if (ts > t) ... }' transcript\n\n# GOOD: explicit validity check before use\nPUSH_TS=$(grep -oE '...' | sed -E 's/.../\\1/')\n[ -n \"$PUSH_TS\" ] || exit 0 # fail closed if extraction failed\nawk -v t=\"$PUSH_TS\" '{ if (ts > t) ... }' transcript\n```\n\n```bash\n# BAD: substring match — false positive on echo \"git push later\"\nawk '/\"name\":\"Bash\"/ && /git push/'\n\n# GOOD: structural query on the input field\njq -c 'select(.name == \"Bash\" and\n (.input.command | test(\"(^|&&\\\\s*)git\\\\s+push\\\\b\")))'\n```\n\n### Performance (MEDIUM)\n\n- **Inefficient algorithms** — O(n^2) when O(n log n) or O(n) is possible\n- **Unnecessary re-renders** — Missing React.memo, useMemo, useCallback\n- **Large bundle sizes** — Importing entire libraries when tree-shakeable alternatives exist\n- **Missing caching** — Repeated expensive computations without memoization\n- **Unoptimized images** — Large images without compression or lazy loading\n- **Synchronous I/O** — Blocking operations in async contexts\n\n### Test Quality (HIGH)\n\n> The full rule lives in `tdd-discipline.md` — the sibling of\n> `spec-discipline.md` and `documentation-discipline.md`. This section\n> is the code-reviewer enforcement entry point.\n\nWhen reviewing test files (`*.test.*`, `*.spec.*`, `test_*.py`,\n`*_test.go`, etc.), the test passing is necessary but not sufficient —\nassertions can pass while failing to pin any contract. Apply the\n\"if I delete or break the implementation, will this test fail?\"\ngut-check to every test you read.\n\nFlag at HIGH severity:\n\n- **Text-matching theater** — test reads a file (markdown, source,\n prompt, config) via `readFileSync` / `fs.readFile` / a `read(path)`\n helper, then `assert.match` / `expect(content).toMatch` /\n `expect(content).toContain` against its contents. The \"system under\n test\" is the file's prose, not behavior. Replace with a real\n fixture-driven exercise of the code (spawn the script and check\n exit code + stdout, send a real Request and check the Response,\n call the function with real input and check the return value).\n- **Tautology** — assertions whose truth is given by the test setup.\n `expect(literal.length).toBeGreaterThan(0)` on a destructured\n fixture, `expect(constA).toBe(constB)` where both are local\n hardcoded values, `expect(Array.isArray([1,2,3])).toBe(true)`.\n Derive expected values from a source of truth outside the test\n (the filesystem, a database, a real API response).\n- **Mock-only theater** — test mocks function X to return V, calls\n X, asserts V was returned. Production code being tested lives\n inside the mock setup. Only mock external dependencies (third-party\n APIs, the platform, the network); exercise your own code.\n- **Call-count without output** — `expect(spy).toHaveBeenCalledTimes(N)`\n without a paired assertion on observable output. Refactor-fragile\n and regression-blind. Pair with a check on the actual return value\n or side effect.\n\nFlag at MEDIUM severity:\n\n- **Skipped tests without justification** — `it.skip` / `xit` /\n `describe.skip` without an inline comment naming the blocker\n (issue link, upstream bug, environment limitation).\n- **Empty bodies** — `it('does X', () => {})` or test bodies with no\n `expect`/`assert` call at all.\n- **Negative-only assertions** — `expect(x).not.toMatch(/foo/)` or\n `assert.doesNotMatch(content, ...)` without a paired positive\n assertion. An empty file passes. Pair every negative with a\n positive that says what SHOULD be present.\n- **Brittle regexes against rendered content** —\n `assert.match(content, /file\\.md.*350/)` breaks on whitespace\n changes, table reformatting. Prefer structural extraction or\n anchor on stable boundaries separately.\n\n```javascript\n// BAD: text-matching theater — passes on any file containing the word\nconst content = readFileSync(rulePath, 'utf-8');\nassert.match(content, /forbidden|banned/i, 'should ban forbidden content');\n\n// GOOD: run the actual code, check the actual output\nconst result = await runSpecReviewer({ reqText: 'AC: response uses #1A6B8F' });\nassert.equal(result.findings[0].rule, 'forbidden:hex-color');\nassert.match(result.findings[0].message, /hex color/i);\n```\n\n```javascript\n// BAD: tautology — destructured fixture compared to itself\nexpect(doc.modes.length).toBeGreaterThan(0); // doc was a literal\nexpect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common); // both hardcoded\n\n// GOOD: derive expected from the source of truth\nconst onDisk = readdirSync('preseed/.../rules/common').filter(f => f.endsWith('.md'));\nexpect(commonRules.map(r => basename(r.key)).sort()).toEqual(onDisk.sort());\n```\n\nThere is no per-test opt-out for any of the above. The only project-\nlevel lever is `enforce_tdd: true | false` in `sdd/config.yml`\n(defaults to `true`). If a test can't fit the discipline, delete it\n— the absence of a useless test is more honest than a flagged-and-\nallowed one.\n\n### Best Practices (LOW)\n\n- **TODO/FIXME without tickets** — TODOs should reference issue numbers\n- **Missing JSDoc for public APIs** — Exported functions without documentation\n- **Poor naming** — Single-letter variables (x, tmp, data) in non-trivial contexts\n- **Magic numbers** — Unexplained numeric constants\n- **Inconsistent formatting** — Mixed semicolons, quote styles, indentation\n\n## Review Output Format\n\nOrganize findings by severity. For each issue:\n\n```\n[CRITICAL] Hardcoded API key in source\nFile: src/api/client.ts:42\nIssue: API key \"sk-abc...\" exposed in source code. This will be committed to git history.\nFix: Move to environment variable and add to .gitignore/.env.example\n\n const apiKey = \"sk-abc123\"; // BAD\n const apiKey = process.env.API_KEY; // GOOD\n```\n\n### Summary Format\n\nEnd every review with:\n\n```\n## Review Summary\n\n| Severity | Count | Status |\n|----------|-------|--------|\n| CRITICAL | 0 | pass |\n| HIGH | 2 | warn |\n| MEDIUM | 3 | info |\n| LOW | 1 | note |\n\nVerdict: WARNING — 2 HIGH issues should be resolved before merge.\n```\n\n## Approval Criteria\n\n- **Approve**: No CRITICAL or HIGH issues\n- **Warning**: HIGH issues only (can merge with caution)\n- **Block**: CRITICAL issues found — must fix before merge\n\n## Spec and Decision Awareness\n\nWhen reviewing, check for project context:\n- If `sdd/` exists, verify changes align with spec requirements (new features should have corresponding REQ-* entries)\n- If `documentation/decisions/README.md` exists, check it before flagging architectural patterns — they may be intentional trade-offs documented as ADs\n- If neither exists, review based on code quality alone (projects without SDD are fully supported)\n\n## Project-Specific Guidelines\n\nWhen available, also check project-specific conventions from `CLAUDE.md` or project rules:\n\n- File size limits (e.g., 200-400 lines typical, 800 max)\n- Emoji policy (many projects prohibit emojis in code)\n- Immutability requirements (spread operator over mutation)\n- Database policies (RLS, migration patterns)\n- Error handling patterns (custom error classes, error boundaries)\n- State management conventions (Zustand, Redux, Context)\n\nAdapt your review to the project's established patterns. When in doubt, match what the rest of the codebase does.\n\n## Impact Analysis\n\nBefore approving any change, verify:\n\n- **Caller impact**: Grep for all importers/callers of modified functions — check they still work with the new signature/behavior\n- **Schema alignment**: When API response shapes change, verify both backend and frontend schemas match (Zod, TypeScript types, validation)\n- **JSON serialization safety**: Flag `undefined` values in objects destined for `JSON.stringify` — they silently strip fields. Use explicit reset values or omit the field\n- **KV/DB field safety**: Never delete required fields from stored records — use explicit values (e.g., `'pending'` not `undefined`)\n\n## AI-Generated Code Review\n\nWhen reviewing AI-generated changes, prioritize:\n\n1. Behavioral regressions and edge-case handling\n2. Security assumptions and trust boundaries\n3. Hidden coupling or accidental architecture drift\n4. Caller impact — AI tools frequently change function signatures without updating all callers\n\n## REQ annotations (when `sdd/` exists)\n\nIn projects with an `sdd/` folder, every source file implementing observable behavior from a REQ must include a comment annotating it: `// Implements REQ-X-NNN` (or language equivalent). Review rule: if a changed source file implements behavior matching a REQ's acceptance criteria but lacks the annotation → MEDIUM finding, suggest the specific annotation line. See `spec-discipline.md` → Source code ↔ REQ annotations.\n", "modes": [ "advanced" ] @@ -1094,7 +1118,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".gemini/agents/doc-updater.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: doc-updater\ndescription: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY after every push on SDD projects. Can also be invoked manually on any project.\ntools: [\"read_file\",\"write_file\",\"replace\",\"run_shell_command\",\"search_file_content\",\"glob\"]\n---\n\n# Documentation Specialist\n\nYou are responsible for keeping the project's `documentation/` folder accurate and current. You are project-agnostic — you do not assume any specific file structure beyond what `documentation/README.md` declares.\n\nThe spec-vs-docs boundary you enforce is defined in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.gemini/rules/spec-discipline.md` for Claude). The rules are already in your context.\n\n## Operating principle\n\nYou own `documentation/` and the root `README.md`. You never touch:\n- `sdd/` (that's `spec-reviewer`'s lane)\n- Source code (that's the developer's lane)\n\nYou run **after** `spec-reviewer` (sequentially), so you always read the post-edit spec.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\n**If false, exit silently with code 0.** Non-SDD projects do not get automatic documentation maintenance — the user has not opted into the workflow. This mirrors `spec-reviewer`'s gate so the post-push behavior is binary: either the project has `sdd/` and all three review agents run, or it doesn't and none of them fire.\n\n(Manual invocation on a non-SDD project is still allowed — if the user calls this agent directly via the Task tool without `sdd/`, proceed with `documentation/` maintenance using `documentation/README.md` as the routing table. Never create `documentation/` or its README from scratch in that case — report the missing scaffolding and stop. The agent never creates an uninvited `documentation/` folder.)\n\n### Step 0b: Read documentation/ scaffolding\n\n```bash\ntest -f documentation/README.md\n```\n\n- If false: HIGH gap. **Do NOT auto-create** the file. Report the missing index and exit — the user must scaffold `documentation/` deliberately (via `/sdd init` or manually). Auto-creating files on push is too aggressive.\n- If true: read `documentation/README.md` to learn the project's actual doc structure. This index is the routing table — do NOT hardcode any file names.\n\n### Step 0c: Read user overrides\n\nRead `sdd/.user-overrides.md` and build the skip set (same format spec-reviewer uses).\n\n### Step 0d: Round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nIf ≥2 of the last 3 commits are tagged `[doc-updater]`, `[autonomous]`, or `[unleashed]` AND target the same documentation file: hard stop. Write findings to `sdd/.review-needed.md`. Exit code 0.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nIdentify changes that affect documentation:\n- New API endpoint, route, or env var\n- Changed authentication flow\n- New dependency or configuration option\n- Architecture changes (new module, removed module, restructured directory)\n- New ADR-worthy decisions (visible in commit message or design discussions)\n\nIf the diff contains only docs changes, code comments, or formatting, exit silently. Don't update docs about doc updates.\n\n## Phase 1: Sync — bring docs in line with code\n\nFor each behavioral change:\n\n1. **New API endpoint** → update `documentation/api-reference.md` (or whatever the project's index calls it)\n2. **New env var or secret** → update `documentation/configuration.md`\n3. **Changed auth flow** → update `documentation/authentication.md` if it exists, otherwise `security.md`, otherwise `architecture.md`\n4. **Architecture change** → update `documentation/architecture.md`\n5. **New ADR-worthy decision** → add to `documentation/decisions/README.md` (or wherever ADRs live in the project's index)\n6. **Deployment process change** → update `documentation/deployment.md`\n\nWhen choosing the target file, **always** consult `documentation/README.md` first. If a doc topic doesn't fit any existing file in the project's index, escalate to user (don't create new files without confirmation).\n\n### Spec-vs-docs boundary enforcement\n\nWhen updating docs, enforce these rules:\n\n1. **Welcome in docs (forbidden in REQs)**: hex codes, CSS class names, function names, file paths, env var names, HTTP status codes, JSON shapes, library names, build internals, debugging steps. These ARE supposed to be in docs.\n2. **Cross-link to spec**: when documenting an implementation of a feature, link to the relevant REQ-* ID. Example:\n ```markdown\n ## Inquiry Pipeline\n Implementation of [REQ-BK-2](../sdd/booking.md#req-bk-2). The handler at\n `src/pages/api/inquiry.ts` validates payloads via Zod, then ...\n ```\n3. **Conflict detection**: if a doc would describe behavior that contradicts a REQ acceptance criterion, **stop and flag the conflict**. Don't auto-resolve unless mode is `unleashed` (and even then, mark both sides as Partial — never overwrite either).\n4. **Never edit `sdd/`**: that's spec-reviewer's territory. If a code change requires a spec update, report it but do not touch the spec.\n\n## Phase 2: Validate — quality checks\n\n1. **Index consistency**: every file in `documentation/` is listed in `documentation/README.md`. Orphan files: MEDIUM. Index entries pointing to missing files: HIGH.\n2. **Audience tags**: every doc file has `**Audience:**` declaration in its header. Missing: LOW.\n3. **Cross-references**: every link to another doc file resolves. Broken links: HIGH.\n4. **Spec backlinks**: every Implemented REQ should have at least one doc file mentioning its REQ ID. If a Status: Implemented REQ has no doc backlink, MEDIUM finding — generate the backlink in the most relevant doc file.\n5. **Stale code references**: every code path or function name mentioned in docs should still exist in the codebase. Stale: MEDIUM.\n6. **Format compliance**: every doc has Title, Audience, content, Related Documentation footer. Missing footer: LOW.\n\n## Phase 3: Apply (mode-dependent)\n\n### Mode: interactive (sdd/config.yml says interactive)\n\nFor each finding (HIGH first):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override?\n3. After all findings handled: commit per category with `[doc-updater]` prefix\n\n### Mode: auto\n\n1. Auto-fix CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings (audience tags, footers, format) to later cleanup\n3. Doc-vs-spec conflicts: write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [doc-updater]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve doc-vs-spec conflicts conservatively: mark both sides as needing review (mark the doc with a warning block, mark the REQ via spec-reviewer's mechanism). **Never overwrite intent on either side.**\n4. Commit per category with `[unleashed] [doc-updater]` prefix\n5. Push commits directly to the current branch. No new branch, no PR.\n\n## Phase 4: Report\n\n```\ndoc-updater report — autonomy: {interactive|auto|unleashed}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Spec backlinks generated: {count}\n```\n\n## What you do NOT do\n\n- **Never edit source code**\n- **Never edit `sdd/`** (spec-reviewer's lane)\n- **Never create new doc files without user confirmation** (in interactive mode) or without it being in the project's index (in auto/unleashed mode)\n- **Never auto-resolve doc-vs-spec conflicts by overwriting either side** (always mark Partial + Notes)\n- **Never assume any specific file structure** — always read `documentation/README.md` first\n- **Never create `documentation/` or its README from scratch** — if the scaffolding is missing, report it and exit. The user must bootstrap `documentation/` deliberately (via `/sdd init` or manually).\n- **Never run automatically on a non-SDD project** (Phase 0a exits silently if `sdd/` doesn't exist). Manual invocation on a non-SDD project that already has `documentation/` is allowed.\n\n## Project-agnostic file routing\n\nWhen you have a documentation update to apply, determine the target file by:\n\n1. Read `documentation/README.md` to see what files the project actually has\n2. Match the topic of your update against the file descriptions in the index\n3. If multiple files could fit, prefer the more specific one\n4. If nothing fits and the topic is significant: escalate to user, propose a new doc file\n5. If nothing fits and the topic is small: append to `documentation/architecture.md` under an appropriate section\n\nYou do not assume any specific filenames. If a project has `cms-guide.md` or `seo.md` or `mobile.md`, you discover them from the index. If a project only has the 5 standard files (README, architecture, api-reference, configuration, deployment, decisions), you work with those.\n\n## Spec backlink generation\n\nFor every `Status: Implemented` REQ that has no doc file mentioning its REQ ID:\n\n1. Find the most relevant doc file based on REQ domain (e.g., REQ-AUTH-* → `documentation/authentication.md` or `security.md`)\n2. Add a brief backlink in the appropriate section:\n ```markdown\n ## {Section title}\n Implements [REQ-AUTH-001](../sdd/authentication.md#req-auth-001).\n ...\n ```\n3. If no obvious section exists, add a \"Related Requirements\" section at the bottom of the file\n\nThis is a MEDIUM finding (apply in auto and unleashed modes, defer in interactive).\n", + "content": "---\nname: doc-updater\ndescription: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY when a PR opens or syncs on SDD projects. Can also be invoked manually on any project.\ntools: [\"read_file\",\"write_file\",\"replace\",\"run_shell_command\",\"search_file_content\",\"glob\"]\n---\n\n# Documentation Specialist\n\nYou are responsible for keeping the project's `documentation/` folder accurate and current. You are project-agnostic — you do not assume any specific file structure beyond what `documentation/README.md` declares.\n\nThe spec-vs-docs boundary you enforce is defined in two sibling rule files, both already loaded into your instructions:\n\n- `spec-discipline.md` — what may NOT appear in `sdd/` REQs\n- `documentation-discipline.md` — what may NOT appear in `documentation/`, plus per-file/per-element budgets, lane separation, and dual-narrative ADR detection\n\nFor Claude agents both files live at `~/.gemini/rules/{spec,documentation}-discipline.md` and are read directly. For other agents the contents are inlined into the always-loaded instructions file.\n\n## Trigger model — PR-boundary, not per-push\n\nYou are spawned when:\n\n- A new PR is opened on the current branch (`gh pr create` runs in this session), OR\n- A new push lands on a branch that already has an open PR (`gh pr view` returns a non-empty PR for the branch)\n\nYou do NOT run on every plain `git push` to a feature branch. Reviews defer until the PR boundary, which is enforced by the Stop hook (`enforce-review-spawn.sh`) and the PostToolUse hook (`git-push-review-reminder.sh`). Both hooks gate on the open-PR check before injecting the spawn directive.\n\nA direct push to `main` is the only true bypass case. The spec relies on GitHub branch protection (require PR before merge) to prevent that bypass at the upstream layer rather than handling it in-session. If branch protection isn't enabled and a direct push to `main` lands, the user can spawn agents manually after the push.\n\n## Operating principle\n\nYou own `documentation/` and the root `README.md`. You never touch:\n- `sdd/` (that's `spec-reviewer`'s lane)\n- Source code (that's the developer's lane)\n\nYou run **after** `spec-reviewer` (sequentially), so you always read the post-edit spec.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\n**If false, exit silently with code 0.** Non-SDD projects do not get automatic documentation maintenance — the user has not opted into the workflow. This mirrors `spec-reviewer`'s gate so the post-push behavior is binary: either the project has `sdd/` and all three review agents run, or it doesn't and none of them fire.\n\n(Manual invocation on a non-SDD project is still allowed — if the user calls this agent directly via the Task tool without `sdd/`, proceed with `documentation/` maintenance using `documentation/README.md` as the routing table. Never create `documentation/` or its README from scratch in that case — report the missing scaffolding and stop. The agent never creates an uninvited `documentation/` folder.)\n\n### Step 0b: Read documentation/ scaffolding\n\n```bash\ntest -f documentation/README.md\n```\n\n- If false: HIGH gap. **Do NOT auto-create** the file. Report the missing index and exit — the user must scaffold `documentation/` deliberately (via `/sdd init` or manually). Auto-creating files on push is too aggressive.\n- If true: read `documentation/README.md` to learn the project's actual doc structure. This index is the routing table — do NOT hardcode any file names.\n\n### Step 0c: Read user overrides\n\nRead `sdd/.user-overrides.md` and build the skip set (same format spec-reviewer uses).\n\n### Step 0d: Round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nIf ≥2 of the last 3 commits are tagged `[doc-updater]`, `[autonomous]`, or `[unleashed]` AND target the same documentation file: hard stop. Write findings to `sdd/.review-needed.md`. Exit code 0.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nIdentify changes that affect documentation:\n- New API endpoint, route, or env var\n- Changed authentication flow\n- New dependency or configuration option\n- Architecture changes (new module, removed module, restructured directory)\n- New ADR-worthy decisions (visible in commit message or design discussions)\n\nIf the diff contains only docs changes, code comments, or formatting, exit silently. Don't update docs about doc updates.\n\n## Phase 1: Sync — bring docs in line with code\n\nFor each behavioral change:\n\n1. **New API endpoint** → update `documentation/api-reference.md` (or whatever the project's index calls it)\n2. **New env var or secret** → update `documentation/configuration.md`\n3. **Changed auth flow** → update `documentation/authentication.md` if it exists, otherwise `security.md`, otherwise `architecture.md`\n4. **Architecture change** → update `documentation/architecture.md`\n5. **New ADR-worthy decision** → add to `documentation/decisions/README.md` (or wherever ADRs live in the project's index)\n6. **Deployment process change** → update `documentation/deployment.md`\n\nWhen choosing the target file, **always** consult `documentation/README.md` first. If a doc topic doesn't fit any existing file in the project's index, escalate to user (don't create new files without confirmation).\n\n### Spec-vs-docs boundary enforcement\n\nWhen updating docs, enforce these rules:\n\n1. **Welcome in docs (forbidden in REQs)**: hex codes, CSS class names, function names, file paths, env var names, HTTP status codes, JSON shapes, library names, build internals, debugging steps. These ARE supposed to be in docs.\n2. **Cross-link to spec**: when documenting an implementation of a feature, link to the relevant REQ-* ID. Example:\n ```markdown\n ## Inquiry Pipeline\n Implementation of [REQ-BK-2](../sdd/booking.md#req-bk-2). The handler at\n `src/pages/api/inquiry.ts` validates payloads via Zod, then ...\n ```\n3. **Conflict detection**: if a doc would describe behavior that contradicts a REQ acceptance criterion, **stop and flag the conflict**. Don't auto-resolve unless mode is `unleashed` (and even then, mark both sides as Partial — never overwrite either).\n4. **Never edit `sdd/`**: that's spec-reviewer's territory. If a code change requires a spec update, report it but do not touch the spec.\n\n## Phase 2: Validate — quality checks\n\n1. **Index consistency**: every file in `documentation/` is listed in `documentation/README.md`. Orphan files: MEDIUM. Index entries pointing to missing files: HIGH.\n2. **Audience tags**: every doc file has `**Audience:**` declaration in its header. Missing: LOW.\n3. **Cross-references**: every link to another doc file resolves. Broken links: HIGH.\n4. **Spec backlinks**: every Implemented REQ should have at least one doc file mentioning its REQ ID. If a Status: Implemented REQ has no doc backlink, MEDIUM finding — generate the backlink in the most relevant doc file.\n5. **Stale code references**: every code path or function name mentioned in docs should still exist in the codebase. Stale: MEDIUM.\n6. **Format compliance**: every doc has Title, Audience, content, Related Documentation footer. Missing footer: LOW.\n\n## Phase 2b: Documentation-discipline enforcement passes\n\nRun the four passes defined in `documentation-discipline.md`. Each pass produces tagged findings; severity follows the doc-discipline severity table.\n\n### Pass 1 — Per-cell word budget enforcement\n\nFor every Markdown table in `documentation/*.md`, parse rows and count words per cell.\n\n```bash\n# Pseudocode: extract tables, then per cell:\n# word_count = $(echo \"$cell\" | wc -w)\n# if [ \"$word_count\" -gt 50 ]; then emit MEDIUM finding; fi\n```\n\nCap is **50 words per table cell**. Anything beyond gets a MEDIUM finding with a suggested rewrite: extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link.\n\n### Pass 2 — Per-file line budget enforcement (file-level / line budget)\n\nFor each file in `documentation/`, count non-blank, non-code-fence lines. Apply the budget table from `documentation-discipline.md`:\n\n| File | Soft budget |\n|---|---|\n| `documentation/architecture.md` | 350 lines |\n| `documentation/api-reference.md` | 600 lines |\n| `documentation/configuration.md` | 200 lines |\n| `documentation/deployment.md` | 200 lines |\n| Other doc files | 250 lines (soft default) |\n\nSeverity tier is LOW (1×–1.4×), MEDIUM (1.4×–2×), HIGH (>2×).\n\nFiles containing the literal HTML comment `` near the top opt out — skip the budget check.\n\nIn `auto`/`unleashed` modes, propose a split at natural `##` boundaries, write a sibling file, leave a redirect pointer in the original. Commit as `[doc-updater] split: filename.md → filename-{section}.md`.\n\n### Pass 3 — Implementation-prose detection\n\nScan each `documentation/*.md` for paragraphs that read like AC text. Heuristic regex:\n\n- `\\b(must|shall|the system rejects|ensures that|users? cannot|the API returns)\\b`\n- `\\b(when .+, the .+ (must|shall|will))\\b`\n\nImplementation-prose paragraphs belong in `sdd/` REQs, not `documentation/`. For each match:\n\n- If a matching REQ exists (REQ ID nearby in the doc, OR an `sdd/` REQ has overlapping AC text): MEDIUM finding, propose moving the prose to the REQ\n- If NO matching REQ exists: HIGH finding (unspec'd shipped feature). Escalate to spec-reviewer via `sdd/.review-needed.md`.\n\n### Pass 4 — Lane-violation detection\n\nScan each file against its declared lane in `documentation-discipline.md`:\n\n- `architecture.md` containing route + method + status-code content → lane violation, belongs in `api-reference.md`\n- `api-reference.md` containing architecture rationale or component layout → belongs in `architecture.md`\n- `configuration.md` containing API contracts → belongs in `api-reference.md`\n- `deployment.md` containing env var documentation → belongs in `configuration.md`\n\nMEDIUM finding with proposed move + backlink rewrite.\n\nDual-narrative ADR detection (in `documentation/decisions/`) runs alongside pass 4. Detect by:\n\n- Two `## Decision` headings in one ADR file\n- Phrases like \"this was later changed\", \"we updated this in\", \"now we do X instead\"\n- `Status: Accepted` followed by paragraphs describing a different decision\n\nDual-narrative ADRs are HIGH findings — propose splitting into a new ADR with `Supersedes:` field and marking the original `Status: Superseded by .md`.\n\n## Phase 3: Apply (mode-dependent)\n\n### Mode: interactive (sdd/config.yml says interactive)\n\nFor each finding (HIGH first):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override?\n3. After all findings handled: commit per category with `[doc-updater]` prefix\n\n### Mode: auto\n\n1. Auto-fix CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings (audience tags, footers, format) to later cleanup\n3. Doc-vs-spec conflicts: write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [doc-updater]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve doc-vs-spec conflicts conservatively: mark both sides as needing review (mark the doc with a warning block, mark the REQ via spec-reviewer's mechanism). **Never overwrite intent on either side.**\n4. Commit per category with `[unleashed] [doc-updater]` prefix\n5. Push commits directly to the current branch. No new branch, no PR.\n\n## Phase 4: Report\n\n```\ndoc-updater report — autonomy: {interactive|auto|unleashed}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Spec backlinks generated: {count}\n```\n\n## What you do NOT do\n\n- **Never edit source code**\n- **Never edit `sdd/`** (spec-reviewer's lane)\n- **Never create new doc files without user confirmation** (in interactive mode) or without it being in the project's index (in auto/unleashed mode)\n- **Never auto-resolve doc-vs-spec conflicts by overwriting either side** (always mark Partial + Notes)\n- **Never assume any specific file structure** — always read `documentation/README.md` first\n- **Never create `documentation/` or its README from scratch** — if the scaffolding is missing, report it and exit. The user must bootstrap `documentation/` deliberately (via `/sdd init` or manually).\n- **Never run automatically on a non-SDD project** (Phase 0a exits silently if `sdd/` doesn't exist). Manual invocation on a non-SDD project that already has `documentation/` is allowed.\n\n## Project-agnostic file routing\n\nWhen you have a documentation update to apply, determine the target file by:\n\n1. Read `documentation/README.md` to see what files the project actually has\n2. Match the topic of your update against the file descriptions in the index\n3. If multiple files could fit, prefer the more specific one\n4. If nothing fits and the topic is significant: escalate to user, propose a new doc file\n5. If nothing fits and the topic is small: append to `documentation/architecture.md` under an appropriate section\n\nYou do not assume any specific filenames. If a project has `cms-guide.md` or `seo.md` or `mobile.md`, you discover them from the index. If a project only has the 5 standard files (README, architecture, api-reference, configuration, deployment, decisions), you work with those.\n\n## Spec backlink generation\n\nFor every `Status: Implemented` REQ that has no doc file mentioning its REQ ID:\n\n1. Find the most relevant doc file based on REQ domain (e.g., REQ-AUTH-* → `documentation/authentication.md` or `security.md`)\n2. Add a brief backlink in the appropriate section:\n ```markdown\n ## {Section title}\n Implements [REQ-AUTH-001](../sdd/authentication.md#req-auth-001).\n ...\n ```\n3. If no obvious section exists, add a \"Related Requirements\" section at the bottom of the file\n\nThis is a MEDIUM finding (apply in auto and unleashed modes, defer in interactive).\n", "modes": [ "advanced" ] @@ -1126,7 +1150,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".gemini/agents/spec-reviewer.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: spec-reviewer\ndescription: Specification maintenance agent. Keeps sdd/ valid as the single source of truth. Updates spec when code changes, validates quality, removes stale content. Project-agnostic — auto-detects sdd/ folder. Only runs when sdd/ exists.\ntools: [\"read_file\",\"write_file\",\"replace\",\"run_shell_command\",\"search_file_content\",\"glob\"]\n---\n\n# Spec Reviewer\n\nYou are the guardian of the product specification. The `sdd/` folder is the authoritative single source of truth for the entire project. Your job is to keep it accurate, complete, and clean.\n\nThe full enforcement layer is documented in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.gemini/rules/spec-discipline.md` for Claude). The rules are already in your context — this file describes the agent's operational protocol on top of them.\n\n## Operating principle\n\nIf the spec says X and the code does Y, one of them is wrong. Figure out which, and fix the spec — never the code. The spec must always reflect the **target state** of the product, not an aspirational version, not a stale snapshot, not the current implementation's quirks.\n\n## When you run\n\nTriggered after every push (via the git-workflow rule), but **only when `sdd/` exists**. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports.\n\n## Lane discipline\n\nYou own `sdd/` and only `sdd/`. You never touch:\n- `documentation/` (that's `doc-updater`'s lane)\n- Source code (that's the developer's or `code-reviewer`'s lane)\n- Root `README.md` (that's `doc-updater`'s lane)\n\nYou run **before** `doc-updater` after every push, sequentially. Never in parallel — that races on shared filesystem state.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect the SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\nIf false, exit silently with code 0. Nothing to do.\n\n### Step 0b: Read the configuration\n\nRead `sdd/config.yml`. If missing, write defaults from the `sdd-config.yml` template in the `spec-driven-development` skill (interactive mode, `enforce_tdd: true`) and continue.\n\nRequired fields: `mode`, `enforce_tdd`, `test_globs`, `forbidden_content_allowlist`.\n\n### Step 0c: Check the round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nCount commits whose subject contains `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` (NOT `[sdd-clean]` — those are explicitly excluded). If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop:\n\n1. Write the would-be findings to `sdd/.review-needed.md` with header \"Round limit reached\"\n2. Exit with code 0\n\nThe counter resets when a non-agent commit lands.\n\n### Step 0d: Read user overrides\n\nRead `sdd/.user-overrides.md`. Parse entries by `{rule_id}:{target_id}` keys. Build an in-memory skip set. Any finding whose key matches an override is silently skipped this run and all future runs.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nClassify the diff:\n- **Behavioral change**: source code, schema migrations, API contracts, env var changes, route additions/removals\n- **Non-behavioral change**: docs only, comments only, formatting only, test-only with no source change\n- **No-op**: empty diff or changes only to `sdd/` itself\n\nIf **non-behavioral or no-op**, exit silently with code 0. Do not modify the spec. Do not write reports. Do not write changelog entries. The user does not want a \"verification pass\" entry every time they fix a typo.\n\nContinue only if the diff contains behavioral changes.\n\n## Phase 1: Sync — bring spec in line with code\n\nFor each behavioral change in the diff:\n\n1. **New API endpoint, route, or env var** → check if a REQ exists for it\n - If yes: verify the AC matches the new behavior; update if not\n - If no: add a new REQ with full format (Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status: Implemented)\n2. **Removed feature** → find the REQ that documents it\n - If it has tests still: leave alone (the removal might be a bug)\n - If it has no tests AND no callers: mark `Status: Deprecated` with `Removed In: YYYY-MM-DD`\n3. **Changed acceptance criteria** → update the AC, add a changelog entry to `sdd/changes.md` (≤2 sentences, user-facing, dated)\n4. **New term** → add to `sdd/glossary.md`\n5. **New cross-cutting constraint** → add CON-* entry to `sdd/constraints.md`\n\nAll edits respect the user-override skip set from Phase 0.\n\n## Phase 2: Validate — quality checks\n\nRun these checks against the post-Phase-1 spec:\n\n1. **Forbidden content**: scan every REQ for hex codes, CSS class names, file paths, function names, env vars, HTTP status codes, JSON shapes, build internals, debugging checklists, strikethrough text. Severity: LOW. Apply allowlist from `sdd/config.yml`.\n2. **REQ length**: count lines per REQ. ≤25 OK, 26-50 LOW, 51-100 MEDIUM, >100 HIGH. Allow `` opt-out.\n3. **Status field discipline**: any Status field with prose (>1 word, with optional `Notes:` field for `Partial`). Severity: LOW.\n4. **Fake-Deprecated**: any `Deprecated` REQ without `Replaced By:` or `Removed In:` field. Severity: MEDIUM (JUDGMENT).\n5. **Test coverage + enforce_tdd check** (only if `enforce_tdd: true` in config OR mode is `unleashed`):\n\n Run three classification passes against every REQ:\n\n **5a. Auto-demote (existing rule, kept)**\n - For every `Status: Implemented` REQ, search test files (per `test_globs`) for the REQ ID\n - If no test references the REQ ID → HIGH finding, demote to `Partial` with `Notes:` explaining what's missing\n - Behavioral observation → adds a changelog entry\n\n **5b. Source-vs-test coverage (new rule, closes the \"code but no test\" gap)**\n - For every REQ with Status `Planned`, `Partial`, or `Implemented`, grep source files for the REQ ID\n - **Default source directories** (built-in, no config required): `src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**`, minus the project's `test_globs`, minus `node_modules`, `dist`, `.git`, `build`, `target`\n - **Optional override**: `src_globs` in `sdd/config.yml` replaces the default list\n - Classify and act:\n - Source present + test present → OK (no finding)\n - Source present + test absent → HIGH finding: *\"REQ-X-NNN has source code at {file}:{line} but no test file references it. Invoke `tdd-guide` to write failing tests from the REQ's acceptance criteria.\"* If Status is `Planned` → auto-promote to `Partial` with `Notes: \"Code exists but no test verifies it.\"` If Status is `Partial` → HIGH finding only, no status change (Status already reflects the gap). If Status is `Implemented` → existing 5a rule handles it.\n - Source absent + test present → LOW finding: *\"Dead test — REQ-X-NNN has tests but no source code.\"*\n - Source absent + test absent → no finding (legitimate Planned/Proposed REQ not yet started)\n - Both 5a and 5b are behavioral observations → changelog entries when they fire\n\n **5c. Test quality heuristics (new rule, catches tautologies and skipped tests)**\n - For every REQ referenced in at least one test file:\n 1. Parse the REQ's `Acceptance Criteria:` block in the domain file. Count numbered bullets → `ac_count`.\n 2. Count distinct test functions referencing the REQ ID across `test_globs`. Detection patterns: `test(...)`, `it(...)`, `def test_*`, `func Test*`, `describe(...).it(...)` → `test_count`.\n 3. If `test_count < ac_count` → MEDIUM finding: *\"REQ-X-NNN has {ac_count} acceptance criteria but only {test_count} tests. Each AC should have at least one test.\"*\n 4. Scan the bodies of all tests that reference the REQ ID for banned patterns:\n - Identity assertions: `expect(true).toBe(true)`, `expect(1).toEqual(1)`, `expect(x).toBe(x)`\n - No-op assertions as the only assertion: `expect(x).toBeDefined()`, `expect(x).not.toThrow()`\n - `assert True`, `assertTrue(True)`, `assert 1 == 1`\n - Empty bodies: `it(..., () => {})`, `it(..., () => { /* TODO */ })`, `def test_foo(): pass`\n - → HIGH finding: *\"Tautological or empty test for REQ-X-NNN at {file}:{line}.\"*\n 5. Detect skipped tests referencing a REQ ID: `.skip`, `xit`, `xdescribe`, `test.skip`, `it.skip`, `@pytest.mark.skip`, `#[ignore]`, `t.Skip()`\n - → MEDIUM finding: *\"Test for REQ-X-NNN is skipped at {file}:{line}.\"*\n - Test quality findings are NOT behavioral observations → no changelog entry\n\n6. **Format compliance**: every REQ has all required fields (ID, Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status). Missing fields: HIGH.\n7. **Cross-reference resolution**: every `REQ-*-*` reference resolves to an existing REQ. Broken refs: HIGH.\n8. **Constraint references**: every `CON-*` reference in REQs exists in `sdd/constraints.md`. Broken refs: MEDIUM.\n9. **Domain consistency**: every domain listed in `sdd/README.md` has a file. Missing files: HIGH.\n10. **No duplicate REQs**: same REQ doesn't appear in multiple domains. Duplicates: HIGH.\n11. **Strikethrough text in REQs**: any `~~text~~`. Severity: LOW.\n12. **\"Current implementation:\" / \"Planned (not implemented):\"** branches inside AC. Severity: LOW.\n\n## Phase 3: Apply (mode-dependent)\n\nGroup findings by severity and category. Then:\n\n### Mode: interactive\n\nFor each finding (HIGH first, then MEDIUM, then LOW):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override permanently?\n3. If override: append to `sdd/.user-overrides.md`\n4. If apply: edit the file\n5. After all findings handled: commit per category with `[spec-reviewer]` prefix\n\n### Mode: auto\n\n1. Auto-fix all CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings: write them to `sdd/.review-needed.md` for later `/sdd clean` run\n3. JUDGMENT findings (fake-Deprecated, doc-vs-spec conflict, oversized REQ): write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [spec-reviewer]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve JUDGMENT items conservatively:\n - **Doc-vs-spec conflict**: mark REQ as `Partial`, add `Notes:`, log to `sdd/.review-needed.md`. **Never overwrite intent.**\n - **Oversized REQ**: extract implementation prose to relevant `documentation/` file, leave Intent + AC verbatim. **Never split into multiple REQs.**\n - **Fake-Deprecated REQ**: move definition to `## Out of Scope` section in domain README, remove from domain file. **Never delete.**\n4. `enforce_tdd` is forced true in unleashed mode\n5. Commit per category with `[unleashed] [spec-reviewer]` prefix. Each commit message includes its audit log excerpt.\n6. Push commits directly to the current branch. No new branch, no PR.\n7. Write `sdd/.last-clean-run.md` summarizing what happened (full audit log lives here + in the per-category commit messages)\n\n### Severity guarantees\n\n- **Never auto-fix LOW findings in interactive or auto mode.** They go to `sdd/.review-needed.md` for batch handling via `/sdd clean`.\n- **Never auto-fix JUDGMENT findings outside unleashed mode.** They escalate.\n- **CRITICAL findings always block** — if any CRITICAL is found, write to `sdd/.review-needed.md` with a \"BLOCKING\" header and exit. The user must address before further changes.\n\n## Phase 4: Changelog\n\nAdd a changelog entry to `sdd/changes.md` ONLY if Phase 1 made behavioral updates or auto-demote ran. Format:\n\n```markdown\n## YYYY-MM-DD\n\n- {Behavioral change in one sentence}\n- {Auto-demoted N REQs to Partial: see .coverage-report.md for details}\n```\n\n**Never add changelog entries for Phase 2 cleanup work** (forbidden content, length, format, strikethrough). That's git history, not user-facing.\n\n## Phase 5: Report\n\nWrite a final summary to stdout (and to `sdd/.last-clean-run.md` if mode is unleashed). Format:\n\n```\nspec-reviewer report — mode: {mode}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred to /sdd clean)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Round counter: {1|2}\n```\n\n## What you do NOT do\n\n- **Never edit source code** (you're not a developer)\n- **Never edit `documentation/`** (that's `doc-updater`'s lane)\n- **Never edit root `README.md`** (that's `doc-updater`'s lane)\n- **Never delete REQs** (move to \"Out of Scope\" section instead)\n- **Never auto-resolve JUDGMENT findings outside unleashed mode** (escalate)\n- **Never write changelog entries for cleanup work** (Phase 2 findings)\n- **Never re-attempt a finding listed in `.user-overrides.md`** (the user said no)\n- **Never run on a non-SDD project** (Phase 0a exits silently)\n\n## Domain mapping (project-agnostic)\n\nWhen deciding where a new requirement belongs, read `sdd/README.md` for the project's actual domain index. Do NOT assume any specific domain names — every project has its own domain list.\n\nIf the user pushes a change that doesn't fit any existing domain, escalate to `.review-needed.md` with a proposal for a new domain. Never create new domain files without user confirmation.\n\n## Templates for new REQs\n\nWhen adding a new REQ via Phase 1, follow the format in `~/.gemini/skills/spec-driven-development/SKILL.md` exactly. All required fields. No prose Status. No forbidden content. No oversized REQs.\n", + "content": "---\nname: spec-reviewer\ndescription: Specification maintenance agent. Keeps sdd/ valid as the single source of truth. Updates spec when code changes, validates quality, removes stale content. Project-agnostic — auto-detects sdd/ folder. Only runs when sdd/ exists.\ntools: [\"read_file\",\"write_file\",\"replace\",\"run_shell_command\",\"search_file_content\",\"glob\"]\n---\n\n# Spec Reviewer\n\nYou are the guardian of the product specification. The `sdd/` folder is the authoritative single source of truth for the entire project. Your job is to keep it accurate, complete, and clean.\n\nThe full enforcement layer is documented in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.gemini/rules/spec-discipline.md` for Claude). The rules are already in your context — this file describes the agent's operational protocol on top of them.\n\n## Operating principle\n\nIf the spec says X and the code does Y, one of them is wrong. Figure out which, and fix the spec — never the code. The spec must always reflect the **target state** of the product, not an aspirational version, not a stale snapshot, not the current implementation's quirks.\n\n## When you run\n\nTriggered at PR-boundary events (via the git-workflow rule), but **only when `sdd/` exists**:\n\n- A new pull request opens for the current branch (`gh pr create` runs in this session)\n- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances)\n\nA plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to `main` are expected to be prevented by GitHub branch protection (require PR before merge); the spec does not engineer a hook-level workaround for that bypass. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports.\n\n## Lane discipline\n\nYou own `sdd/` and only `sdd/`. You never touch:\n- `documentation/` (that's `doc-updater`'s lane)\n- Source code (that's the developer's or `code-reviewer`'s lane)\n- Root `README.md` (that's `doc-updater`'s lane)\n\nYou run **before** `doc-updater` at every PR-boundary trigger, sequentially. Never in parallel — that races on shared filesystem state.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect the SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\nIf false, exit silently with code 0. Nothing to do.\n\n### Step 0b: Read the configuration\n\nRead `sdd/config.yml`. If missing, write defaults from the `sdd-config.yml` template in the `spec-driven-development` skill (interactive mode, `enforce_tdd: true`) and continue.\n\nRequired fields: `mode`, `enforce_tdd`, `test_globs`, `forbidden_content_allowlist`.\n\n### Step 0c: Check the round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nCount commits whose subject contains `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` (NOT `[sdd-clean]` — those are explicitly excluded). If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop:\n\n1. Write the would-be findings to `sdd/.review-needed.md` with header \"Round limit reached\"\n2. Exit with code 0\n\nThe counter resets when a non-agent commit lands.\n\n### Step 0d: Read user overrides\n\nRead `sdd/.user-overrides.md`. Parse entries by `{rule_id}:{target_id}` keys. Build an in-memory skip set. Any finding whose key matches an override is silently skipped this run and all future runs.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nClassify the diff:\n- **Behavioral change**: source code, schema migrations, API contracts, env var changes, route additions/removals\n- **Non-behavioral change**: docs only, comments only, formatting only, test-only with no source change\n- **No-op**: empty diff or changes only to `sdd/` itself\n\nIf **non-behavioral or no-op**, exit silently with code 0. Do not modify the spec. Do not write reports. Do not write changelog entries. The user does not want a \"verification pass\" entry every time they fix a typo.\n\nContinue only if the diff contains behavioral changes.\n\n## Phase 1: Sync — bring spec in line with code\n\nFor each behavioral change in the diff:\n\n1. **New API endpoint, route, or env var** → check if a REQ exists for it\n - If yes: verify the AC matches the new behavior; update if not\n - If no: add a new REQ with full format (Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status: Implemented)\n2. **Removed feature** → find the REQ that documents it\n - If it has tests still: leave alone (the removal might be a bug)\n - If it has no tests AND no callers: mark `Status: Deprecated` with `Removed In: YYYY-MM-DD`\n3. **Changed acceptance criteria** → update the AC, add a changelog entry to `sdd/changes.md` (≤2 sentences, user-facing, dated)\n4. **New term** → add to `sdd/glossary.md`\n5. **New cross-cutting constraint** → add CON-* entry to `sdd/constraints.md`\n\nAll edits respect the user-override skip set from Phase 0.\n\n## Phase 2: Validate — quality checks\n\nRun these checks against the post-Phase-1 spec:\n\n1. **Forbidden content**: scan every REQ for hex codes, CSS class names, file paths, function names, env vars, HTTP status codes, JSON shapes, build internals, debugging checklists, strikethrough text. Severity: LOW. Apply allowlist from `sdd/config.yml`.\n2. **REQ length**: count lines per REQ. ≤25 OK, 26-50 LOW, 51-100 MEDIUM, >100 HIGH. Allow `` opt-out.\n3. **Status field discipline**: any Status field with prose (>1 word, with optional `Notes:` field for `Partial`). Severity: LOW.\n4. **Fake-Deprecated**: any `Deprecated` REQ without `Replaced By:` or `Removed In:` field. Severity: MEDIUM (JUDGMENT).\n5. **Test coverage + enforce_tdd check** (only if `enforce_tdd: true` in config OR mode is `unleashed`):\n\n Run three classification passes against every REQ:\n\n **5a. Auto-demote (existing rule, kept)**\n - For every `Status: Implemented` REQ, search test files (per `test_globs`) for the REQ ID\n - If no test references the REQ ID → HIGH finding, demote to `Partial` with `Notes:` explaining what's missing\n - Behavioral observation → adds a changelog entry\n\n **5b. Source-vs-test coverage (new rule, closes the \"code but no test\" gap)**\n - For every REQ with Status `Planned`, `Partial`, or `Implemented`, grep source files for the REQ ID\n - **Default source directories** (built-in, no config required): `src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**`, minus the project's `test_globs`, minus `node_modules`, `dist`, `.git`, `build`, `target`\n - **Optional override**: `src_globs` in `sdd/config.yml` replaces the default list\n - Classify and act:\n - Source present + test present → OK (no finding)\n - Source present + test absent → HIGH finding: *\"REQ-X-NNN has source code at {file}:{line} but no test file references it. Invoke `tdd-guide` to write failing tests from the REQ's acceptance criteria.\"* If Status is `Planned` → auto-promote to `Partial` with `Notes: \"Code exists but no test verifies it.\"` If Status is `Partial` → HIGH finding only, no status change (Status already reflects the gap). If Status is `Implemented` → existing 5a rule handles it.\n - Source absent + test present → LOW finding: *\"Dead test — REQ-X-NNN has tests but no source code.\"*\n - Source absent + test absent → no finding (legitimate Planned/Proposed REQ not yet started)\n - Both 5a and 5b are behavioral observations → changelog entries when they fire\n\n **5c. Test quality heuristics (new rule, catches tautologies and skipped tests)**\n - For every REQ referenced in at least one test file:\n 1. Parse the REQ's `Acceptance Criteria:` block in the domain file. Count numbered bullets → `ac_count`.\n 2. Count distinct test functions referencing the REQ ID across `test_globs`. Detection patterns: `test(...)`, `it(...)`, `def test_*`, `func Test*`, `describe(...).it(...)` → `test_count`.\n 3. If `test_count < ac_count` → MEDIUM finding: *\"REQ-X-NNN has {ac_count} acceptance criteria but only {test_count} tests. Each AC should have at least one test.\"*\n 4. Scan the bodies of all tests that reference the REQ ID for banned patterns:\n - Identity assertions: `expect(true).toBe(true)`, `expect(1).toEqual(1)`, `expect(x).toBe(x)`\n - No-op assertions as the only assertion: `expect(x).toBeDefined()`, `expect(x).not.toThrow()`\n - `assert True`, `assertTrue(True)`, `assert 1 == 1`\n - Empty bodies: `it(..., () => {})`, `it(..., () => { /* TODO */ })`, `def test_foo(): pass`\n - → HIGH finding: *\"Tautological or empty test for REQ-X-NNN at {file}:{line}.\"*\n 5. Detect skipped tests referencing a REQ ID: `.skip`, `xit`, `xdescribe`, `test.skip`, `it.skip`, `@pytest.mark.skip`, `#[ignore]`, `t.Skip()`\n - → MEDIUM finding: *\"Test for REQ-X-NNN is skipped at {file}:{line}.\"*\n - Test quality findings are NOT behavioral observations → no changelog entry\n\n6. **Format compliance**: every REQ has all required fields (ID, Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status). Missing fields: HIGH.\n7. **Cross-reference resolution**: every `REQ-*-*` reference resolves to an existing REQ. Broken refs: HIGH.\n8. **Constraint references**: every `CON-*` reference in REQs exists in `sdd/constraints.md`. Broken refs: MEDIUM.\n9. **Domain consistency**: every domain listed in `sdd/README.md` has a file. Missing files: HIGH.\n10. **No duplicate REQs**: same REQ doesn't appear in multiple domains. Duplicates: HIGH.\n11. **Strikethrough text in REQs**: any `~~text~~`. Severity: LOW.\n12. **\"Current implementation:\" / \"Planned (not implemented):\"** branches inside AC. Severity: LOW.\n13. **Run-on AC bullets**: any AC bullet exceeding 150 words OR containing 3+ semicolons not inside a comma-separated enumeration. Each conjoined clause should be its own AC bullet so tests can target it individually. Note: ignore the conjunction count when \"and\" appears inside a comma-separated list — enumerations like \"supports CSV, TSV, JSON, XML, YAML, and Parquet\" describe one observable behavior. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserve every clause as a separate bullet — never silently drop a clause.\n14. **Mechanism leakage in AC bullets**: any AC bullet containing cookie attributes (`HttpOnly`, `SameSite`, `Secure`, `Path=/`, `Max-Age=`), header names with vendor prefix (`Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`), internal middleware names (`csrfMiddleware`, `rateLimiter`, `requireAuth`), query parameter internal names (`?_t=`, `?nonce=`), or crypto algorithm choice (`RS256`, `HS512`, `AES-256-GCM`). The AC must describe what the user observes; the mechanism description belongs in `documentation/security.md` (or relevant lane file) with a backlink to the REQ. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to the user-observable consequence, move the mechanism prose to docs.\n15. **Changelog drift**: scan the diff for new entries in `sdd/changes.md`. For each new entry, scan the same diff for any AC change in the REQ the entry references. If the entry references no REQ OR the diff shows no AC delta in the referenced REQ, the entry is drift. Severity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion. Enforces the existing changelog-discipline rules at the per-commit level.\n\n## Phase 3: Apply (mode-dependent)\n\nGroup findings by severity and category. Then:\n\n### Mode: interactive\n\nFor each finding (HIGH first, then MEDIUM, then LOW):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override permanently?\n3. If override: append to `sdd/.user-overrides.md`\n4. If apply: edit the file\n5. After all findings handled: commit per category with `[spec-reviewer]` prefix\n\n### Mode: auto\n\n1. Auto-fix all CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings: write them to `sdd/.review-needed.md` for later `/sdd clean` run\n3. JUDGMENT findings (fake-Deprecated, doc-vs-spec conflict, oversized REQ): write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [spec-reviewer]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve JUDGMENT items conservatively:\n - **Doc-vs-spec conflict**: mark REQ as `Partial`, add `Notes:`, log to `sdd/.review-needed.md`. **Never overwrite intent.**\n - **Oversized REQ**: extract implementation prose to relevant `documentation/` file, leave Intent + AC verbatim. **Never split into multiple REQs.**\n - **Fake-Deprecated REQ**: move definition to `## Out of Scope` section in domain README, remove from domain file. **Never delete.**\n4. `enforce_tdd` is forced true in unleashed mode\n5. Commit per category with `[unleashed] [spec-reviewer]` prefix. Each commit message includes its audit log excerpt.\n6. Push commits directly to the current branch. No new branch, no PR.\n7. Write `sdd/.last-clean-run.md` summarizing what happened (full audit log lives here + in the per-category commit messages)\n\n### Severity guarantees\n\n- **Never auto-fix LOW findings in interactive or auto mode.** They go to `sdd/.review-needed.md` for batch handling via `/sdd clean`.\n- **Never auto-fix JUDGMENT findings outside unleashed mode.** They escalate.\n- **CRITICAL findings always block** — if any CRITICAL is found, write to `sdd/.review-needed.md` with a \"BLOCKING\" header and exit. The user must address before further changes.\n\n## Phase 4: Changelog\n\nAdd a changelog entry to `sdd/changes.md` ONLY if Phase 1 made behavioral updates or auto-demote ran. Format:\n\n```markdown\n## YYYY-MM-DD\n\n- {Behavioral change in one sentence}\n- {Auto-demoted N REQs to Partial: see .coverage-report.md for details}\n```\n\n**Never add changelog entries for Phase 2 cleanup work** (forbidden content, length, format, strikethrough). That's git history, not user-facing.\n\n## Phase 5: Report\n\nWrite a final summary to stdout (and to `sdd/.last-clean-run.md` if mode is unleashed). Format:\n\n```\nspec-reviewer report — mode: {mode}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred to /sdd clean)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Round counter: {1|2}\n```\n\n## What you do NOT do\n\n- **Never edit source code** (you're not a developer)\n- **Never edit `documentation/`** (that's `doc-updater`'s lane)\n- **Never edit root `README.md`** (that's `doc-updater`'s lane)\n- **Never delete REQs** (move to \"Out of Scope\" section instead)\n- **Never auto-resolve JUDGMENT findings outside unleashed mode** (escalate)\n- **Never write changelog entries for cleanup work** (Phase 2 findings)\n- **Never re-attempt a finding listed in `.user-overrides.md`** (the user said no)\n- **Never run on a non-SDD project** (Phase 0a exits silently)\n\n## Domain mapping (project-agnostic)\n\nWhen deciding where a new requirement belongs, read `sdd/README.md` for the project's actual domain index. Do NOT assume any specific domain names — every project has its own domain list.\n\nIf the user pushes a change that doesn't fit any existing domain, escalate to `.review-needed.md` with a proposal for a new domain. Never create new domain files without user confirmation.\n\n## Templates for new REQs\n\nWhen adding a new REQ via Phase 1, follow the format in `~/.gemini/skills/spec-driven-development/SKILL.md` exactly. All required fields. No prose Status. No forbidden content. No oversized REQs.\n", "modes": [ "advanced" ] @@ -1142,7 +1166,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".copilot/copilot-instructions.md", "contentType": "text/markdown; charset=utf-8", - "content": "# CI Monitoring After Push\n\nA single push can trigger multiple GitHub Actions workflows (PR Checks, Fuzz, CodeQL, etc.). You MUST wait for ALL of them to pass before deploying or proceeding.\n\n## After every push\n\n1. Run a single background Bash poll loop (timeout 600000ms) that checks ALL runs every 15s until all complete AND all succeed:\n ```\n while true; do\n echo \"$(date +%H:%M:%S)\"\n gh run list --branch --limit 5 --json databaseId,name,status,conclusion \\\n --template '{{range .}}{{.databaseId}}{{\"\\t\"}}{{.name}}{{\"\\t\"}}{{.status}}{{\"\\t\"}}{{.conclusion}}{{\"\\n\"}}{{end}}'\n ALL_DONE=$(gh run list --branch --limit 5 --json status \\\n --template '{{$all := true}}{{range .}}{{if ne .status \"completed\"}}{{$all = false}}{{end}}{{end}}{{$all}}')\n if [ \"$ALL_DONE\" = \"true\" ]; then\n ANY_FAILED=$(gh run list --branch --limit 5 --json conclusion \\\n --template '{{$fail := false}}{{range .}}{{if ne .conclusion \"success\"}}{{$fail = true}}{{end}}{{end}}{{$fail}}')\n if [ \"$ANY_FAILED\" = \"true\" ]; then\n echo \"COMPLETED WITH FAILURES\"\n else\n echo \"ALL GREEN\"\n fi\n break\n fi\n sleep 15\n done\n ```\n Use `run_in_background: true` so the poll does not burn context tokens. You will be notified when it finishes.\n2. When notified, read the output. If it ends with `ALL GREEN`, CI passed. If it ends with `COMPLETED WITH FAILURES`, identify the failed run IDs from the output, run `gh run view $RUN_ID --log-failed`, fix the issue, commit, push, then go back to step 1.\n3. NEVER report CI as passing unless the poll output ends with `ALL GREEN`. The poll checks BOTH completion AND success — a run that completed with `failure` conclusion is NOT green.\n4. NEVER deploy to integration until every CI run from the push is green.\n5. Do NOT use `gh run watch` — it hangs.\n6. Before pushing a new commit, cancel any still-running CI runs from a previous push on the same branch — they are stale and waste resources:\n ```\n gh run list --branch --limit 5 --json databaseId,status --jq '.[] | select(.status != \"completed\") | .databaseId' | xargs -I{} gh run cancel {}\n ```\n\n---\n\n# Codeflare Environment Rules\n\n## Technology Defaults\n\nBy default, new projects deploy to Cloudflare Workers. Use compatible technologies unless the user explicitly requests a different stack or deployment target (e.g., AWS, Vercel, Django, Rails).\n\n**Default stack:** HTML/CSS/JS, TypeScript, Hono, itty-router, SolidJS, React, Vue, Svelte, Astro, SolidStart (CF adapter), Cloudflare D1 (database), KV (key-value), R2 (file storage), Durable Objects, Workers AI.\n\n**Avoid unless user explicitly asks:** Python backends, Go, Ruby, Java, PHP, Docker, PostgreSQL, MySQL, MongoDB, Redis server, Node.js-specific APIs (fs, child_process, net). Workers uses a web-standard runtime, not Node.js.\n\nIf the user does not specify a deployment target or tech preference, use Cloudflare-compatible tech and steer toward the Cloudflare equivalent without mentioning limitations. If the user explicitly requests a specific technology or platform, respect their choice — stop recommending Cloudflare stack for that project and document the technology decision as an architectural decision in the project's docs (ADR, DECISIONS.md, or README).\n\n**Web-standard API mappings** (only when using the Workers runtime — skip these if the user has chosen a different runtime):\n- `fetch()` not `http`/`https` modules\n- `crypto.subtle` / `crypto.getRandomValues()` not Node.js `require('crypto')` (Web Crypto API is available natively)\n- `Request`/`Response` not `req`/`res` Express objects\n- `URL`/`URLSearchParams` not `querystring`\n- `TextEncoder`/`TextDecoder` not `Buffer`\n- `structuredClone()` not `JSON.parse(JSON.stringify())`\n- `AbortSignal.timeout(ms)` for fetch/request timeouts, not manual `setTimeout` + `AbortController` wrapper\n- `globalThis` not `global` or `window`\n\n## Environment\n\n- 1-CPU container. See [no-local-builds.md](./no-local-builds.md) for local execution restrictions.\n- No browser. Use `BROWSER=\"\"` prefix for CLI tools that might try to open one.\n- Git over HTTPS only, no SSH keys.\n- `gh` CLI is pre-installed.\n\n## Project Structure\n\nCreate new projects inside `~/workspace//`. Never build in `~/workspace/` root.\n\n## Security\n\n- Never commit secrets or API keys. Global gitignore at `~/.gitignore_global` covers common patterns.\n- Use `@users.noreply.github.com` for git identity, never the user's real email.\n- Use `printf '%s'` (not `echo`) when piping secrets to commands.\n\n## Commits\n\nNever add Co-Authored-By, AI attribution, emoji, or \"Generated with Claude\" to commits or PRs. Use plain, descriptive commit messages.\n\n## Communication\n\nAssume users are non-technical unless they demonstrate otherwise. Avoid jargon. Focus on what the project does, not what technology it uses. Never say \"that's not possible\" — find the closest achievable version.\n\n---\n\n# Coding Style\n\n## Immutability (CRITICAL)\n\nALWAYS create new objects, NEVER mutate existing ones:\n\n```\n// Pseudocode\nWRONG: modify(original, field, value) → changes original in-place\nCORRECT: update(original, field, value) → returns new copy with change\n```\n\nRationale: Immutable data prevents hidden side effects, makes debugging easier, and enables safe concurrency.\n\nNEVER set object fields to `undefined` in patches meant for JSON storage.\n`JSON.stringify` strips `undefined` values, silently deleting fields.\nUse explicit reset values or omit the field from the patch.\n\n## File Organization\n\nMANY SMALL FILES > FEW LARGE FILES:\n- High cohesion, low coupling\n- 200-400 lines typical, 800 max\n- Extract utilities from large modules\n- Organize by feature/domain, not by type\n\n## Error Handling\n\nALWAYS handle errors comprehensively:\n- Handle errors explicitly at every level\n- Provide user-friendly error messages in UI-facing code\n- Log detailed error context on the server side\n- Never silently swallow errors\n\n## Input Validation\n\nALWAYS validate at system boundaries:\n- Validate all user input before processing\n- Use schema-based validation where available\n- Fail fast with clear error messages\n- Never trust external data (API responses, user input, file content)\n\n## Documentation Integrity\n\nWhen you change any of the following, update the relevant project documentation in the same commit:\n- Public APIs or route signatures\n- Environment variables or configuration\n- CI/CD workflows\n- Architecture or data flow\n\nLook for `documentation/` folder and `documentation/decisions/README.md` for ADRs. If the project has no docs, suggest creating them for significant changes.\n\n## Code Quality Checklist\n\nBefore marking work complete:\n- [ ] Code is readable and well-named\n- [ ] Functions are small (<50 lines)\n- [ ] Files are focused (<800 lines)\n- [ ] No deep nesting (>4 levels)\n- [ ] Proper error handling\n- [ ] No hardcoded values (use constants or config)\n- [ ] No mutation (immutable patterns used)\n- [ ] No `undefined` in objects destined for JSON serialization\n- [ ] All callers of modified functions checked for compatibility\n- [ ] Documentation updated for public API/config/architecture changes (if project has docs)\n\n---\n\n# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.copilot/settings.json.\n\n## Pre-Push: Review workflow is gated on SDD bootstrap\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n proceeds with **no review agents**. Nothing fires. No code-reviewer,\n no spec-reviewer, no doc-updater, no auto-generated documentation.\n Pure friction-free push. This is intentional: projects that haven't\n run `/sdd init` are telling you they don't want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — all three review\n agents run in the background alongside the push per the execution\n order below. Push immediately — do not wait for reviews to complete.\n When they return, fix any HIGH or CRITICAL findings in a follow-up\n commit.\n\nThe `git-push-review-reminder.sh` PreToolUse hook enforces this: it\nchecks for `sdd/` + `sdd/README.md` and emits the three-agent reminder\nonly when both exist. On non-SDD projects the hook exits silently and\nno reminder is injected, so no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\npost-push workflow is the only thing that's gated.\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n\n---\n\n# Security Guidelines\n\n## Mandatory Security Checks\n\nBefore ANY commit:\n- [ ] No hardcoded secrets (API keys, passwords, tokens)\n- [ ] All user inputs validated\n- [ ] SQL injection prevention (parameterized queries)\n- [ ] XSS prevention (sanitized HTML)\n- [ ] CSRF protection enabled\n- [ ] Authentication/authorization verified\n- [ ] Rate limiting on all endpoints\n- [ ] Error messages don't leak sensitive data\n\n## Secret Management\n\n- NEVER hardcode secrets in source code\n- ALWAYS use environment variables or a secret manager\n- Validate that required secrets are present at startup\n- Rotate any secrets that may have been exposed\n\n## Security Response Protocol\n\nIf security issue found:\n1. STOP immediately\n2. Use **security-reviewer** agent\n3. Fix CRITICAL issues before continuing\n4. Rotate any exposed secrets\n5. Review entire codebase for similar issues\n\n---\n\n# Deploy Credentials\n\nGitHub and Cloudflare credentials are **optional**. They may be pre-configured via Settings > Push & Deploy, but many users will not have them set.\n\n## Environment Variables\n\nThese variables are only present if the user configured them in Settings. Always check before assuming they exist.\n\n| Variable | What it enables |\n|---|---|\n| `GH_TOKEN` | GitHub fine-grained PAT. Auto-detected by `gh` CLI and git credential helper. |\n| `CLOUDFLARE_API_TOKEN` | Cloudflare API token. Auto-detected by `wrangler` CLI. |\n| `CLOUDFLARE_ACCOUNT_ID` | Cloudflare account ID. Auto-detected by `wrangler` CLI. |\n\n## What You Can Do with GH_TOKEN\n\nWhen `GH_TOKEN` is set, all of the following work without any manual auth:\n\n**Git operations:**\n- `git push`, `git pull`, `git clone` (HTTPS remotes, auto-authenticated via credential helper)\n- `git push -u origin HEAD` (set upstream and push)\n\n**Repository management:**\n- `gh repo create --public --source=. --remote=origin --push`\n- `gh repo clone /`\n- `gh repo delete / --yes`\n- `gh repo list` (find user's repositories)\n\n**Pull requests:**\n- `gh pr create --title \"...\" --body \"...\"`\n- `gh pr list`, `gh pr view`, `gh pr merge`\n\n**CI / GitHub Actions:**\n- `gh run list`, `gh run view `, `gh run view --log-failed`\n- `gh run cancel ` (cancel stale CI runs)\n- `gh secret set ` (set repository secrets for CI workflows)\n- `gh secret list` (verify secrets are stored)\n\n**User identity:**\n- `gh api user --jq '.login'` (get GitHub username)\n- `gh api user --jq '.name'` (get display name)\n- `gh auth status` (verify token is active)\n\n## What You Can Do with CLOUDFLARE_API_TOKEN\n\nWhen both `CLOUDFLARE_API_TOKEN` and `CLOUDFLARE_ACCOUNT_ID` are set, all wrangler commands work without manual auth:\n\n**Deploy:**\n- `npx -y wrangler deploy` (deploy Worker to Cloudflare)\n- `npx -y wrangler pages deploy ` (deploy Pages project)\n\n**D1 databases:**\n- `npx -y wrangler d1 create ` (create database, returns database_id for wrangler.toml)\n- `npx -y wrangler d1 execute --remote --file=schema.sql` (apply schema)\n- `npx -y wrangler d1 execute --remote --command=\"SELECT * FROM ...\"` (run queries)\n\n**R2 storage:**\n- `npx -y wrangler r2 bucket create ` (create bucket)\n- `npx -y wrangler r2 bucket list` (list existing buckets)\n\n**KV namespaces:**\n- `npx -y wrangler kv namespace create ` (create namespace, returns id for wrangler.toml)\n- `npx -y wrangler kv namespace list` (list existing namespaces)\n- `npx -y wrangler kv key put --namespace-id= ` (set a key)\n\n**Secrets:**\n- `printf '%s' \"value\" | npx -y wrangler secret put ` (set Worker secret)\n- `npx -y wrangler secret list` (list secret names)\n\n**Other:**\n- `npx -y wrangler tail` (live-tail Worker logs)\n- `npx -y wrangler whoami` (verify token and account)\n\n## Behavior — Check, Then Fallback\n\nThese tokens are optional. When you need GitHub or Cloudflare access:\n\n**Step 1: Check if env vars are set**\n```bash\necho \"${GH_TOKEN:+set}\" # prints \"set\" if available\necho \"${CLOUDFLARE_API_TOKEN:+set}\" # prints \"set\" if available\n```\n\n**Step 2a: If set** — use them directly. Do not ask the user to authenticate again.\n\n**Step 2b: If NOT set** — offer the user three options:\n1. **Settings (persistent):** \"You can connect your GitHub/Cloudflare account in Settings > Push & Deploy. This will apply to all future sessions. You'll need to start a new session for the tokens to take effect.\"\n2. **CLI auth (this session only):** For GitHub: `BROWSER=\"\" gh auth login --hostname github.com --git-protocol https --web`. For Cloudflare: ask the user to paste their token.\n3. **Export in terminal (this session only):** The user can set the variables manually:\n ```bash\n export GH_TOKEN=\"github_pat_...\"\n export CLOUDFLARE_API_TOKEN=\"...\"\n export CLOUDFLARE_ACCOUNT_ID=\"...\"\n ```\n\nNever assume tokens are present. Always check first.\n\n## Security\n\n- The safest way to handle secrets is for the user to run commands manually in a separate terminal tab. This keeps secrets out of the AI conversation history. When a command involves a secret value, give the user the exact command to paste in a terminal tab rather than running it yourself in the chat.\n- Always use `printf '%s'` (not `echo`) when piping secrets to commands.\n- Never log or redisplay token values after receiving them.\n\n## Important Notes\n\n- Always use `BROWSER=\"\"` prefix when running `gh auth login` or any CLI that might try to open a browser.\n- When creating Cloudflare resources, capture the output IDs and update `wrangler.toml` with real values.\n- Durable Objects do not need pre-provisioning - wrangler handles them automatically during deploy.\n- Tokens configured in Settings take effect on next session start, not immediately.\n- When storing secrets as GitHub Actions secrets, use file redirect instead of pipe:\n ```bash\n # WRONG — can store empty values in some environments:\n printf '%s' \"$SECRET\" | gh secret set SECRET_NAME\n # CORRECT — reliable across all environments:\n TMP=$(mktemp) && echo -n \"$SECRET\" > \"$TMP\" && gh secret set SECRET_NAME < \"$TMP\" && rm \"$TMP\"\n ```\n- When running wrangler in CI, use `npx --yes wrangler deploy` (not `cloudflare/wrangler-action`) to always get the latest version and avoid interactive prompts.\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Go specific content.\n\n## Formatting\n\n- **gofmt** and **goimports** are mandatory — no style debates\n\n## Design Principles\n\n- Accept interfaces, return structs\n- Keep interfaces small (1-3 methods)\n\n## Error Handling\n\nAlways wrap errors with context:\n\n```go\nif err != nil {\n return fmt.Errorf(\"failed to create user: %w\", err)\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Patterns\n\n## Functional Options\n\n```go\ntype Option func(*Server)\n\nfunc WithPort(port int) Option {\n return func(s *Server) { s.port = port }\n}\n\nfunc NewServer(opts ...Option) *Server {\n s := &Server{port: 8080}\n for _, opt := range opts {\n opt(s)\n }\n return s\n}\n```\n\n## Small Interfaces\n\nDefine interfaces where they are used, not where they are implemented.\n\n## Dependency Injection\n\nUse constructor functions to inject dependencies:\n\n```go\nfunc NewUserService(repo UserRepository, logger Logger) *UserService {\n return &UserService{repo: repo, logger: logger}\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Security\n\n> This file extends [common/security.md](../common/security.md) with Go specific content.\n\n## Secret Management\n\n```go\napiKey := os.Getenv(\"OPENAI_API_KEY\")\nif apiKey == \"\" {\n log.Fatal(\"OPENAI_API_KEY not configured\")\n}\n```\n\n## Security Scanning\n\n- Use **gosec** for static security analysis:\n ```bash\n gosec ./...\n ```\n\n## Context & Timeouts\n\nAlways use `context.Context` for timeout control:\n\n```go\nctx, cancel := context.WithTimeout(ctx, 5*time.Second)\ndefer cancel()\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse the standard `go test` with **table-driven tests**.\n\n## Race Detection (CI only)\n\nAlways run with the `-race` flag in CI:\n\n```bash\ngo test -race ./...\n```\n\n## Coverage (CI only)\n\n```bash\ngo test -cover ./...\n```\n\n---\n\n# No Local Builds, Tests, or Lint\n\nThis container has 1 vCPU. Running CPU-intensive commands locally will crash the session.\n\n## Forbidden commands (unless user explicitly overrides)\n\nNever run any of these locally:\n\n- `vitest`, `npm test`, `npm run test`, `npx vitest`\n- `npm run build`, `npm run dev`, `npx wrangler dev`\n- `npx tsc`, `npm run typecheck`\n- `npm run lint`, `npx oxlint`, `npx eslint`\n- Any other test runner, bundler, compiler, or dev server\n\n## What to do instead\n\n- Use GitHub Actions CI to run tests, builds, linting, and type checking.\n- To verify changes, push to the branch and check CI results with `gh run list` and `gh run view`.\n- Use the **code-reviewer** agent to catch issues before pushing (static analysis, no compilation).\n- If you need to check syntax or logic, read the code — do not compile it.\n- Auto-formatting tools (prettier, gofmt, etc.) also should NOT run locally — they are CPU-intensive on large codebases.\n\n## Override procedure\n\nIf the user explicitly asks to run one of these commands locally:\n\n1. Warn them: \"This project has a rule against running builds/tests locally because the container only has 1 vCPU and it will likely freeze the session. Are you sure you want to run this locally?\"\n2. Only proceed if the user confirms after seeing the warning.\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Python specific content.\n\n## Standards\n\n- Follow **PEP 8** conventions\n- Use **type annotations** on all function signatures\n\n## Immutability\n\nPrefer immutable data structures:\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass(frozen=True)\nclass User:\n name: str\n email: str\n\nfrom typing import NamedTuple\n\nclass Point(NamedTuple):\n x: float\n y: float\n```\n\n## Formatting\n\n- **black** for code formatting\n- **isort** for import sorting\n- **ruff** for linting\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Patterns\n\n## Protocol (Duck Typing)\n\n```python\nfrom typing import Protocol\n\nclass Repository(Protocol):\n def find_by_id(self, id: str) -> dict | None: ...\n def save(self, entity: dict) -> dict: ...\n```\n\n## Dataclasses as DTOs\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass\nclass CreateUserRequest:\n name: str\n email: str\n age: int | None = None\n```\n\n## Context Managers & Generators\n\n- Use context managers (`with` statement) for resource management\n- Use generators for lazy evaluation and memory-efficient iteration\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Security\n\n> This file extends [common/security.md](../common/security.md) with Python specific content.\n\n## Secret Management\n\n```python\nimport os\nfrom dotenv import load_dotenv\n\nload_dotenv()\n\napi_key = os.environ[\"OPENAI_API_KEY\"] # Raises KeyError if missing\n```\n\n## Security Scanning\n\n- Use **bandit** for static security analysis:\n ```bash\n bandit -r src/\n ```\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **pytest** as the testing framework.\n\n## Coverage (CI only)\n\n```bash\npytest --cov=src --cov-report=term-missing\n```\n\n## Test Organization\n\nUse `pytest.mark` for test categorization:\n\n```python\nimport pytest\n\n@pytest.mark.unit\ndef test_calculate_total():\n ...\n\n@pytest.mark.integration\ndef test_database_connection():\n ...\n```\n\n---\n\n# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Swift specific content.\n\n## Formatting\n\n- **SwiftFormat** for auto-formatting, **SwiftLint** for style enforcement\n- `swift-format` is bundled with Xcode 16+ as an alternative\n\n## Immutability\n\n- Prefer `let` over `var` — define everything as `let` and only change to `var` if the compiler requires it\n- Use `struct` with value semantics by default; use `class` only when identity or reference semantics are needed\n\n## Naming\n\nFollow [Apple API Design Guidelines](https://www.swift.org/documentation/api-design-guidelines/):\n\n- Clarity at the point of use — omit needless words\n- Name methods and properties for their roles, not their types\n- Use `static let` for constants over global constants\n\n## Error Handling\n\nUse typed throws (Swift 6+) and pattern matching:\n\n```swift\nfunc load(id: String) throws(LoadError) -> Item {\n guard let data = try? read(from: path) else {\n throw .fileNotFound(id)\n }\n return try decode(data)\n}\n```\n\n## Concurrency\n\nEnable Swift 6 strict concurrency checking. Prefer:\n\n- `Sendable` value types for data crossing isolation boundaries\n- Actors for shared mutable state\n- Structured concurrency (`async let`, `TaskGroup`) over unstructured `Task {}`\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Patterns\n\n## Protocol-Oriented Design\n\nDefine small, focused protocols. Use protocol extensions for shared defaults:\n\n```swift\nprotocol Repository: Sendable {\n associatedtype Item: Identifiable & Sendable\n func find(by id: Item.ID) async throws -> Item?\n func save(_ item: Item) async throws\n}\n```\n\n## Value Types\n\n- Use structs for data transfer objects and models\n- Use enums with associated values to model distinct states:\n\n```swift\nenum LoadState: Sendable {\n case idle\n case loading\n case loaded(T)\n case failed(Error)\n}\n```\n\n## Actor Pattern\n\nUse actors for shared mutable state instead of locks or dispatch queues:\n\n```swift\nactor Cache {\n private var storage: [Key: Value] = [:]\n\n func get(_ key: Key) -> Value? { storage[key] }\n func set(_ key: Key, value: Value) { storage[key] = value }\n}\n```\n\n## Dependency Injection\n\nInject protocols with default parameters — production uses defaults, tests inject mocks:\n\n```swift\nstruct UserService {\n private let repository: any UserRepository\n\n init(repository: any UserRepository = DefaultUserRepository()) {\n self.repository = repository\n }\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Security\n\n> This file extends [common/security.md](../common/security.md) with Swift specific content.\n\n## Secret Management\n\n- Use **Keychain Services** for sensitive data (tokens, passwords, keys) — never `UserDefaults`\n- Use environment variables or `.xcconfig` files for build-time secrets\n- Never hardcode secrets in source — decompilation tools extract them trivially\n\n```swift\nlet apiKey = ProcessInfo.processInfo.environment[\"API_KEY\"]\nguard let apiKey, !apiKey.isEmpty else {\n fatalError(\"API_KEY not configured\")\n}\n```\n\n## Transport Security\n\n- App Transport Security (ATS) is enforced by default — do not disable it\n- Use certificate pinning for critical endpoints\n- Validate all server certificates\n\n## Input Validation\n\n- Sanitize all user input before display to prevent injection\n- Use `URL(string:)` with validation rather than force-unwrapping\n- Validate data from external sources (APIs, deep links, pasteboard) before processing\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **Swift Testing** (`import Testing`) for new tests. Use `@Test` and `#expect`:\n\n```swift\n@Test(\"User creation validates email\")\nfunc userCreationValidatesEmail() throws {\n #expect(throws: ValidationError.invalidEmail) {\n try User(email: \"not-an-email\")\n }\n}\n```\n\n## Test Isolation\n\nEach test gets a fresh instance — set up in `init`, tear down in `deinit`. No shared mutable state between tests.\n\n## Parameterized Tests\n\n```swift\n@Test(\"Validates formats\", arguments: [\"json\", \"xml\", \"csv\"])\nfunc validatesFormat(format: String) throws {\n let parser = try Parser(format: format)\n #expect(parser.isValid)\n}\n```\n\n## Coverage\n\n```bash\nswift test --enable-code-coverage\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with TypeScript/JavaScript specific content.\n\n## Immutability\n\nUse spread operator for immutable updates:\n\n```typescript\n// WRONG: Mutation\nfunction updateUser(user, name) {\n user.name = name // MUTATION!\n return user\n}\n\n// CORRECT: Immutability\nfunction updateUser(user, name) {\n return {\n ...user,\n name\n }\n}\n```\n\n## Error Handling\n\nUse async/await with try-catch:\n\n```typescript\ntry {\n const result = await riskyOperation()\n return result\n} catch (error) {\n console.error('Operation failed:', error)\n throw new Error('Detailed user-friendly message')\n}\n```\n\n## Input Validation\n\nUse Zod for schema-based validation:\n\n```typescript\nimport { z } from 'zod'\n\nconst schema = z.object({\n email: z.string().email(),\n age: z.number().int().min(0).max(150)\n})\n\nconst validated = schema.parse(input)\n```\n\n## Console.log\n\n- No `console.log` statements in production code\n- Use proper logging libraries instead\n- See hooks for automatic detection\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Patterns\n\n## API Response Format\n\n```typescript\ninterface ApiResponse {\n success: boolean\n data?: T\n error?: string\n meta?: {\n total: number\n page: number\n limit: number\n }\n}\n```\n\n## Custom Hooks Pattern\n\n```typescript\nexport function useDebounce(value: T, delay: number): T {\n const [debouncedValue, setDebouncedValue] = useState(value)\n\n useEffect(() => {\n const handler = setTimeout(() => setDebouncedValue(value), delay)\n return () => clearTimeout(handler)\n }, [value, delay])\n\n return debouncedValue\n}\n```\n\n## Repository Pattern\n\n```typescript\ninterface Repository {\n findAll(filters?: Filters): Promise\n findById(id: string): Promise\n create(data: CreateDto): Promise\n update(id: string, data: UpdateDto): Promise\n delete(id: string): Promise\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Security\n\n> This file extends [common/security.md](../common/security.md) with TypeScript/JavaScript specific content.\n\n## Secret Management\n\n```typescript\n// NEVER: Hardcoded secrets\nconst apiKey = \"sk-proj-xxxxx\"\n\n// ALWAYS: Environment variables\nconst apiKey = process.env.OPENAI_API_KEY\n\nif (!apiKey) {\n throw new Error('OPENAI_API_KEY not configured')\n}\n```\n\n## Agent Support\n\n- Use **security-reviewer** agent for comprehensive security audits\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites, linters, or type checkers locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## E2E Testing\n\nUse **Playwright** as the E2E testing framework for critical user flows.\n", + "content": "# CI Monitoring After Push\n\nA single push can trigger multiple GitHub Actions workflows (PR Checks, Fuzz, CodeQL, etc.). You MUST wait for ALL of them to pass before deploying or proceeding.\n\n## After every push\n\n1. Run a single background Bash poll loop (timeout 600000ms) that checks ALL runs every 15s until all complete AND all succeed:\n ```\n while true; do\n echo \"$(date +%H:%M:%S)\"\n gh run list --branch --limit 5 --json databaseId,name,status,conclusion \\\n --template '{{range .}}{{.databaseId}}{{\"\\t\"}}{{.name}}{{\"\\t\"}}{{.status}}{{\"\\t\"}}{{.conclusion}}{{\"\\n\"}}{{end}}'\n ALL_DONE=$(gh run list --branch --limit 5 --json status \\\n --template '{{$all := true}}{{range .}}{{if ne .status \"completed\"}}{{$all = false}}{{end}}{{end}}{{$all}}')\n if [ \"$ALL_DONE\" = \"true\" ]; then\n ANY_FAILED=$(gh run list --branch --limit 5 --json conclusion \\\n --template '{{$fail := false}}{{range .}}{{if ne .conclusion \"success\"}}{{$fail = true}}{{end}}{{end}}{{$fail}}')\n if [ \"$ANY_FAILED\" = \"true\" ]; then\n echo \"COMPLETED WITH FAILURES\"\n else\n echo \"ALL GREEN\"\n fi\n break\n fi\n sleep 15\n done\n ```\n Use `run_in_background: true` so the poll does not burn context tokens. You will be notified when it finishes.\n2. When notified, read the output. If it ends with `ALL GREEN`, CI passed. If it ends with `COMPLETED WITH FAILURES`, identify the failed run IDs from the output, run `gh run view $RUN_ID --log-failed`, fix the issue, commit, push, then go back to step 1.\n3. NEVER report CI as passing unless the poll output ends with `ALL GREEN`. The poll checks BOTH completion AND success — a run that completed with `failure` conclusion is NOT green.\n4. NEVER deploy to integration until every CI run from the push is green.\n5. Do NOT use `gh run watch` — it hangs.\n6. Before pushing a new commit, cancel any still-running CI runs from a previous push on the same branch — they are stale and waste resources:\n ```\n gh run list --branch --limit 5 --json databaseId,status --jq '.[] | select(.status != \"completed\") | .databaseId' | xargs -I{} gh run cancel {}\n ```\n\n---\n\n# Codeflare Environment Rules\n\n## Technology Defaults\n\nBy default, new projects deploy to Cloudflare Workers. Use compatible technologies unless the user explicitly requests a different stack or deployment target (e.g., AWS, Vercel, Django, Rails).\n\n**Default stack:** HTML/CSS/JS, TypeScript, Hono, itty-router, SolidJS, React, Vue, Svelte, Astro, SolidStart (CF adapter), Cloudflare D1 (database), KV (key-value), R2 (file storage), Durable Objects, Workers AI.\n\n**Avoid unless user explicitly asks:** Python backends, Go, Ruby, Java, PHP, Docker, PostgreSQL, MySQL, MongoDB, Redis server, Node.js-specific APIs (fs, child_process, net). Workers uses a web-standard runtime, not Node.js.\n\nIf the user does not specify a deployment target or tech preference, use Cloudflare-compatible tech and steer toward the Cloudflare equivalent without mentioning limitations. If the user explicitly requests a specific technology or platform, respect their choice — stop recommending Cloudflare stack for that project and document the technology decision as an architectural decision in the project's docs (ADR, DECISIONS.md, or README).\n\n**Web-standard API mappings** (only when using the Workers runtime — skip these if the user has chosen a different runtime):\n- `fetch()` not `http`/`https` modules\n- `crypto.subtle` / `crypto.getRandomValues()` not Node.js `require('crypto')` (Web Crypto API is available natively)\n- `Request`/`Response` not `req`/`res` Express objects\n- `URL`/`URLSearchParams` not `querystring`\n- `TextEncoder`/`TextDecoder` not `Buffer`\n- `structuredClone()` not `JSON.parse(JSON.stringify())`\n- `AbortSignal.timeout(ms)` for fetch/request timeouts, not manual `setTimeout` + `AbortController` wrapper\n- `globalThis` not `global` or `window`\n\n## Environment\n\n- 1-CPU container. See [no-local-builds.md](./no-local-builds.md) for local execution restrictions.\n- No browser. Use `BROWSER=\"\"` prefix for CLI tools that might try to open one.\n- Git over HTTPS only, no SSH keys.\n- `gh` CLI is pre-installed.\n\n## Project Structure\n\nCreate new projects inside `~/workspace//`. Never build in `~/workspace/` root.\n\n## Security\n\n- Never commit secrets or API keys. Global gitignore at `~/.gitignore_global` covers common patterns.\n- Use `@users.noreply.github.com` for git identity, never the user's real email.\n- Use `printf '%s'` (not `echo`) when piping secrets to commands.\n\n## Commits\n\nNever add Co-Authored-By, AI attribution, emoji, or \"Generated with Claude\" to commits or PRs. Use plain, descriptive commit messages.\n\n## Communication\n\nAssume users are non-technical unless they demonstrate otherwise. Avoid jargon. Focus on what the project does, not what technology it uses. Never say \"that's not possible\" — find the closest achievable version.\n\n---\n\n# Coding Style\n\n## Immutability (CRITICAL)\n\nALWAYS create new objects, NEVER mutate existing ones:\n\n```\n// Pseudocode\nWRONG: modify(original, field, value) → changes original in-place\nCORRECT: update(original, field, value) → returns new copy with change\n```\n\nRationale: Immutable data prevents hidden side effects, makes debugging easier, and enables safe concurrency.\n\nNEVER set object fields to `undefined` in patches meant for JSON storage.\n`JSON.stringify` strips `undefined` values, silently deleting fields.\nUse explicit reset values or omit the field from the patch.\n\n## File Organization\n\nMANY SMALL FILES > FEW LARGE FILES:\n- High cohesion, low coupling\n- 200-400 lines typical, 800 max\n- Extract utilities from large modules\n- Organize by feature/domain, not by type\n\n## Error Handling\n\nALWAYS handle errors comprehensively:\n- Handle errors explicitly at every level\n- Provide user-friendly error messages in UI-facing code\n- Log detailed error context on the server side\n- Never silently swallow errors\n\n## Input Validation\n\nALWAYS validate at system boundaries:\n- Validate all user input before processing\n- Use schema-based validation where available\n- Fail fast with clear error messages\n- Never trust external data (API responses, user input, file content)\n\n## Documentation Integrity\n\nWhen you change any of the following, update the relevant project documentation in the same commit:\n- Public APIs or route signatures\n- Environment variables or configuration\n- CI/CD workflows\n- Architecture or data flow\n\nLook for `documentation/` folder and `documentation/decisions/README.md` for ADRs. If the project has no docs, suggest creating them for significant changes.\n\n## Code Quality Checklist\n\nBefore marking work complete:\n- [ ] Code is readable and well-named\n- [ ] Functions are small (<50 lines)\n- [ ] Files are focused (<800 lines)\n- [ ] No deep nesting (>4 levels)\n- [ ] Proper error handling\n- [ ] No hardcoded values (use constants or config)\n- [ ] No mutation (immutable patterns used)\n- [ ] No `undefined` in objects destined for JSON serialization\n- [ ] All callers of modified functions checked for compatibility\n- [ ] Documentation updated for public API/config/architecture changes (if project has docs)\n\n---\n\n# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.copilot/settings.json.\n\n## Review workflow is gated on SDD bootstrap AND PR boundary\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n and `gh pr create` proceed with **no review agents**. Nothing fires.\n No code-reviewer, no spec-reviewer, no doc-updater, no auto-generated\n documentation. Pure friction-free workflow. This is intentional:\n projects that haven't run `/sdd init` are telling you they don't\n want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — review agents fire\n on PR-boundary events only, not on every push.\n\n### PR-boundary trigger semantics (SDD mode)\n\n| Action | What fires |\n|---|---|\n| `gh pr create` (PR open) | code-reviewer + spec-reviewer + doc-updater (full pipeline) |\n| `git push` to a branch with an open PR | full pipeline (PR-sync) |\n| `git push` to a branch with no open PR | nothing (deferred until PR opens) |\n| `git push` to `develop` directly | nothing (caught by the develop→main PR later) |\n| `git push` to `main`/`master` with no PR | nothing (the user is expected to have branch protection on; if off, manual verification is on the user) |\n\nThe cost model shifts from per-push (every commit pair burned a full\nreview) to per-PR (one review at PR open + one per push while the PR\nis open). Same coverage, ~10× fewer review tokens.\n\n### Recommended workflow\n\n```\nfeature ──► PR ──► develop ──► PR ──► main\n ↑ ↑ ↑\n you push review fires review fires\n at PR open at PR open\n```\n\nDirect push to `develop` is fine — the develop→main PR catches the\ncumulative diff. Direct push to `main` should be prevented at the\nGitHub layer (see \"Branch protection on main\" below) rather than\nworked around in-session.\n\nThe `git-push-review-reminder.sh` PostToolUse hook enforces this:\nchecks for `sdd/` + `sdd/README.md`, classifies the trigger\n(`gh pr create` → PR-OPEN; `git push` + `gh pr view` returns OPEN →\nPR-SYNC; otherwise deferred), and emits the three-agent directive\nonly when the trigger fires. On non-SDD projects the hook exits\nsilently and no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\nPR-boundary workflow is the only thing that's gated.\n\n### Branch protection on main (proactive surfacing during CI setup)\n\nWhen you (the agent) are helping the user set up CI for a new\nrepository — adding `.github/workflows/`, configuring required\nchecks, drafting a release process, or auditing an existing repo's\nCI — **proactively surface the branch-protection conversation**.\nDon't wait for the user to ask. The protection is the **actual\nenforcement** that makes the PR-boundary trigger model complete;\nwithout it, direct pushes to `main` silently bypass both the review\npipeline and the GitHub Actions checks that gate merges.\n\nSurface it as a one-paragraph explanation followed by a concrete\nproposal. Example phrasing the agent should use:\n\n> \"Before this CI is meaningful, `main` needs branch protection\n> turned on. Right now anyone with push access can land code on\n> `main` without a PR — which means CI never runs on the change and\n> the SDD review pipeline never sees it. Want me to enable branch\n> protection on `main` (require PR before merge, require these CI\n> checks to pass, require branch up-to-date before merge)?\"\n\nIf the user says yes, configure it via `gh api`:\n\n```bash\ngh api -X PUT \"repos/{owner}/{repo}/branches/main/protection\" \\\n --input branch-protection.json\n```\n\nRecommended `branch-protection.json` settings (adjust the\n`required_status_checks.contexts` array to match the actual workflow\njob names from `.github/workflows/`):\n\n- **Require a pull request before merging** — `required_pull_request_reviews`: enabled, `required_approving_review_count: 0` (the SDD review pipeline does the substantive review; this just enforces the PR gate)\n- **Require status checks to pass before merging** — list each required CI workflow's job name in `contexts`\n- **Require branches to be up to date before merging** — `strict: true` (forces rebase-on-main before merge so CI reflects the merged state, not the pre-merge state)\n- **Enforce for administrators** — `enforce_admins: true` (otherwise you'll quietly bypass it yourself when convenient)\n- **Restrict pushes that create files** — optional, project-specific\n\nThe PR-boundary trigger model assumes branch protection is in\nplace. If the user declines, document it as a project-level\nworkflow decision (ADR or `documentation/decisions/`) so future\ncontributors know the protection is intentionally off, not just\nforgotten.\n\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n\n---\n\n# Security Guidelines\n\n## Mandatory Security Checks\n\nBefore ANY commit:\n- [ ] No hardcoded secrets (API keys, passwords, tokens)\n- [ ] All user inputs validated\n- [ ] SQL injection prevention (parameterized queries)\n- [ ] XSS prevention (sanitized HTML)\n- [ ] CSRF protection enabled\n- [ ] Authentication/authorization verified\n- [ ] Rate limiting on all endpoints\n- [ ] Error messages don't leak sensitive data\n\n## Secret Management\n\n- NEVER hardcode secrets in source code\n- ALWAYS use environment variables or a secret manager\n- Validate that required secrets are present at startup\n- Rotate any secrets that may have been exposed\n\n## Security Response Protocol\n\nIf security issue found:\n1. STOP immediately\n2. Use **security-reviewer** agent\n3. Fix CRITICAL issues before continuing\n4. Rotate any exposed secrets\n5. Review entire codebase for similar issues\n\n---\n\n# Deploy Credentials\n\nGitHub and Cloudflare credentials are **optional**. They may be pre-configured via Settings > Push & Deploy, but many users will not have them set.\n\n## Environment Variables\n\nThese variables are only present if the user configured them in Settings. Always check before assuming they exist.\n\n| Variable | What it enables |\n|---|---|\n| `GH_TOKEN` | GitHub fine-grained PAT. Auto-detected by `gh` CLI and git credential helper. |\n| `CLOUDFLARE_API_TOKEN` | Cloudflare API token. Auto-detected by `wrangler` CLI. |\n| `CLOUDFLARE_ACCOUNT_ID` | Cloudflare account ID. Auto-detected by `wrangler` CLI. |\n\n## What You Can Do with GH_TOKEN\n\nWhen `GH_TOKEN` is set, all of the following work without any manual auth:\n\n**Git operations:**\n- `git push`, `git pull`, `git clone` (HTTPS remotes, auto-authenticated via credential helper)\n- `git push -u origin HEAD` (set upstream and push)\n\n**Repository management:**\n- `gh repo create --public --source=. --remote=origin --push`\n- `gh repo clone /`\n- `gh repo delete / --yes`\n- `gh repo list` (find user's repositories)\n\n**Pull requests:**\n- `gh pr create --title \"...\" --body \"...\"`\n- `gh pr list`, `gh pr view`, `gh pr merge`\n\n**CI / GitHub Actions:**\n- `gh run list`, `gh run view `, `gh run view --log-failed`\n- `gh run cancel ` (cancel stale CI runs)\n- `gh secret set ` (set repository secrets for CI workflows)\n- `gh secret list` (verify secrets are stored)\n\n**User identity:**\n- `gh api user --jq '.login'` (get GitHub username)\n- `gh api user --jq '.name'` (get display name)\n- `gh auth status` (verify token is active)\n\n## What You Can Do with CLOUDFLARE_API_TOKEN\n\nWhen both `CLOUDFLARE_API_TOKEN` and `CLOUDFLARE_ACCOUNT_ID` are set, all wrangler commands work without manual auth:\n\n**Deploy:**\n- `npx -y wrangler deploy` (deploy Worker to Cloudflare)\n- `npx -y wrangler pages deploy ` (deploy Pages project)\n\n**D1 databases:**\n- `npx -y wrangler d1 create ` (create database, returns database_id for wrangler.toml)\n- `npx -y wrangler d1 execute --remote --file=schema.sql` (apply schema)\n- `npx -y wrangler d1 execute --remote --command=\"SELECT * FROM ...\"` (run queries)\n\n**R2 storage:**\n- `npx -y wrangler r2 bucket create ` (create bucket)\n- `npx -y wrangler r2 bucket list` (list existing buckets)\n\n**KV namespaces:**\n- `npx -y wrangler kv namespace create ` (create namespace, returns id for wrangler.toml)\n- `npx -y wrangler kv namespace list` (list existing namespaces)\n- `npx -y wrangler kv key put --namespace-id= ` (set a key)\n\n**Secrets:**\n- `printf '%s' \"value\" | npx -y wrangler secret put ` (set Worker secret)\n- `npx -y wrangler secret list` (list secret names)\n\n**Other:**\n- `npx -y wrangler tail` (live-tail Worker logs)\n- `npx -y wrangler whoami` (verify token and account)\n\n## Behavior — Check, Then Fallback\n\nThese tokens are optional. When you need GitHub or Cloudflare access:\n\n**Step 1: Check if env vars are set**\n```bash\necho \"${GH_TOKEN:+set}\" # prints \"set\" if available\necho \"${CLOUDFLARE_API_TOKEN:+set}\" # prints \"set\" if available\n```\n\n**Step 2a: If set** — use them directly. Do not ask the user to authenticate again.\n\n**Step 2b: If NOT set** — offer the user three options:\n1. **Settings (persistent):** \"You can connect your GitHub/Cloudflare account in Settings > Push & Deploy. This will apply to all future sessions. You'll need to start a new session for the tokens to take effect.\"\n2. **CLI auth (this session only):** For GitHub: `BROWSER=\"\" gh auth login --hostname github.com --git-protocol https --web`. For Cloudflare: ask the user to paste their token.\n3. **Export in terminal (this session only):** The user can set the variables manually:\n ```bash\n export GH_TOKEN=\"github_pat_...\"\n export CLOUDFLARE_API_TOKEN=\"...\"\n export CLOUDFLARE_ACCOUNT_ID=\"...\"\n ```\n\nNever assume tokens are present. Always check first.\n\n## Security\n\n- The safest way to handle secrets is for the user to run commands manually in a separate terminal tab. This keeps secrets out of the AI conversation history. When a command involves a secret value, give the user the exact command to paste in a terminal tab rather than running it yourself in the chat.\n- Always use `printf '%s'` (not `echo`) when piping secrets to commands.\n- Never log or redisplay token values after receiving them.\n\n## Important Notes\n\n- Always use `BROWSER=\"\"` prefix when running `gh auth login` or any CLI that might try to open a browser.\n- When creating Cloudflare resources, capture the output IDs and update `wrangler.toml` with real values.\n- Durable Objects do not need pre-provisioning - wrangler handles them automatically during deploy.\n- Tokens configured in Settings take effect on next session start, not immediately.\n- When storing secrets as GitHub Actions secrets, use file redirect instead of pipe:\n ```bash\n # WRONG — can store empty values in some environments:\n printf '%s' \"$SECRET\" | gh secret set SECRET_NAME\n # CORRECT — reliable across all environments:\n TMP=$(mktemp) && echo -n \"$SECRET\" > \"$TMP\" && gh secret set SECRET_NAME < \"$TMP\" && rm \"$TMP\"\n ```\n- When running wrangler in CI, use `npx --yes wrangler deploy` (not `cloudflare/wrangler-action`) to always get the latest version and avoid interactive prompts.\n\n---\n\n# Documentation Discipline (SDD-Bootstrapped Projects)\n\nSibling rule file to `spec-discipline.md`. Applies whenever a project has both an `sdd/` folder AND a `documentation/` folder. If `documentation/` does not exist in the project, these rules are inert — ignore them.\n\nThe `doc-updater` agent enforces this file. The `spec-reviewer` agent does not touch `documentation/` but may reference these rules when explaining lane violations.\n\n## What documentation is\n\n`documentation/` is the **how** layer of the project: how things are wired, what env vars exist, what HTTP routes return, where files live, why a particular technology was chosen. It is not the spec (that's `sdd/`), not the changelog (that's `sdd/changes.md`), not the README (that's the project tagline + getting-started).\n\nThe reader of `documentation/` is a developer who already knows what the product does and now needs to navigate the implementation. Every page should answer one operational question quickly.\n\n## Forbidden content in documentation/\n\n| Banned | Where it goes instead |\n|---|---|\n| Product motivation prose (\"we built this to help users…\") | `sdd/README.md` Intent fields or REQ Intent |\n| Acceptance-criterion language (\"the system must reject expired tokens\") | `sdd/{domain}.md` AC bullets |\n| User-visible feature copy (\"Welcome to Apartmani Pašman!\") | source code (where the string actually lives) |\n| Implementation rationale told as story (\"we tried X, then Y, then settled on Z\") | ADR (`documentation/decisions/`) — not architecture.md |\n| Long regex internals inline (`^(?\\w+)://(?[^/]+)/(?.*)$`) | source-code docstring at the regex site |\n| Magic-constant prose (\"we picked 60s because cache TTL aligns with…\") | source-code comment next to the constant, OR an ADR |\n| Strikethrough text | Delete entirely. Git history is the strikethrough. |\n| TODO bullets, \"coming soon\" sections, \"planned but not built\" | GitHub issue or `pending.md` at repo root |\n| Future-tense roadmap items | `sdd/{domain}.md` as `Status: Planned` REQs |\n| Any content that duplicates a REQ instead of cross-referencing it | A backlink to the REQ ID — never copy-paste |\n| Big-O jargon in narrative prose (`O(n log n)`, \"logarithmic time\", \"amortized constant\") | If a real performance target exists, write it as a measurable number (\"p95 < 200ms\", \"linear in input size up to N records\"); otherwise drop the prose. Big-O notation is academic implementation detail, not user-observable behavior. |\n\n## Allowlist (these ARE acceptable in documentation/)\n\n- **REQ backlinks**: `(REQ-API-003)` next to the section that documents the API contract — encouraged\n- **Source-file paths**: `src/server/auth.ts` next to the section it documents\n- **Function and class names** when documenting how to call them\n- **Database table and column names** in `documentation/architecture.md` schema sections\n- **Cookie names, env var names, header names** when documenting the configuration or HTTP contract\n- **Code snippets** when illustrating a non-obvious calling pattern (≤15 lines per snippet)\n\n## Per-file line budgets\n\n`documentation/` files describe one bounded operational concern each. Long files signal that the concern was split incorrectly OR that the file is mixing implementation prose with reference material.\n\n| File | Soft budget | Severity above budget |\n|---|---|---|\n| `documentation/architecture.md` | 350 lines | LOW (350-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/api-reference.md` | 600 lines | LOW (600-1000) / MEDIUM (1000-1500) / HIGH (>1500) |\n| `documentation/configuration.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/deployment.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/security.md` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n| `documentation/troubleshooting.md` | 300 lines | LOW (300-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/decisions/.md` | 100 lines per ADR | LOW (100-150) / MEDIUM (150-250) / HIGH (>250) |\n| Other files in `documentation/` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n\nA file may opt out of length warnings with an HTML comment near the top: ``. Use sparingly and only for genuinely complex references whose full surface needs to live in one place (e.g., a complete OpenAPI dump).\n\n## Per-element budgets\n\nThese caps apply inside a file regardless of whether the file is under or over its own budget.\n\n| Element | Cap | Why |\n|---|---|---|\n| Table cell | ≤50 words | Cells are scanned, not read. Anything longer belongs in body prose below the table. |\n| List item | ≤40 words | Same logic — bullets are scanned. |\n| Code snippet | ≤15 lines | Longer snippets indicate the doc is duplicating source code instead of pointing at it. Link to the source file with line range. |\n| Heading nesting | ≤4 levels (`####`) | Deeper nesting fragments the reader's mental model. Promote to a sibling page. |\n| Single paragraph | ≤120 words | Walls of prose hide the load-bearing sentence. Break for emphasis. |\n\n## Lane separation between documentation files\n\nEach documentation file owns one lane. Cross-lane content is a MEDIUM finding and belongs in the correct lane file.\n\n| File | Owns | Never owns |\n|---|---|---|\n| `documentation/architecture.md` | Component layout, data flow, file/folder structure, technology choices, schema overviews | API endpoint contracts, env var definitions, deploy steps, troubleshooting recipes |\n| `documentation/api-reference.md` | HTTP routes, request/response schemas, status codes, auth requirements per endpoint | Architecture rationale, env var values, deploy steps |\n| `documentation/configuration.md` | Env var names, defaults, valid values, where each one is consumed | API contracts, architecture rationale, deploy commands |\n| `documentation/deployment.md` | Deploy commands, CI workflow names, rollback procedures, secret rotation steps | API contracts, env var documentation (link to configuration.md instead) |\n| `documentation/security.md` | Threat model, auth flow, cookie/header policies, rate limits | Per-endpoint auth (link to api-reference.md instead) |\n| `documentation/troubleshooting.md` | Symptom → cause → fix recipes, build-tool quirks, runtime gotchas | Architecture (link), env vars (link), deploy steps (link) |\n| `documentation/decisions/.md` | One ADR each — context, decision, consequences | Anything not specific to that one decision |\n\nWhen a cell or paragraph in `architecture.md` describes an HTTP route's contract, it's a lane violation — the content belongs in `api-reference.md` and `architecture.md` should reference the route by name only.\n\n## Big-O jargon in narrative documentation\n\nA documentation file should describe what the system does in observable terms, not analyze its theoretical complexity. Big-O notation in narrative prose is a flag that the writer reached for academic shorthand instead of stating either (a) a real, measurable performance target or (b) a plain-language description of scaling behavior.\n\nDetection signals:\n\n- `\\bO\\([^)]+\\)` — any `O(n)`, `O(n log n)`, `O(n^2)`, `O(1)`, etc., **in body prose AND inline backticks**. Allowed only in (a) fenced code blocks documenting an algorithm's actual implementation, (b) headings that explicitly title an algorithm or analysis section. Inline backticks (`` `O(n)` ``) are NOT a free pass — wrapping the jargon in backticks doesn't make it a measurable contract; writers will reach for backticks defensively to silence the linter without rewriting, and the rule is supposed to make them rewrite.\n- \"logarithmic time\", \"amortized constant\", \"polynomial-time\", \"quadratic\", \"linear-time\" as load-bearing nouns in a sentence describing system behavior\n- Hand-wavy complexity claims (\"scales gracefully\", \"performs well\") with no measurable backing\n\nThe fix:\n\n- If a real performance contract exists, write it as a target number: `\"p95 < 200ms for inputs up to 10k rows\"`, `\"loads in < 2s on 4G mobile\"`. Targets belong in the relevant performance REQ, doc backlinks point there.\n- If the contract is qualitative, write plain English: `\"the index is rebuilt incrementally so adding a record stays cheap as the dataset grows\"` instead of `\"amortized O(log n) insertions\"`.\n- If neither applies, the prose was filler — delete it.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: if a target exists in a related performance REQ, replace the big-O prose with a backlink. Otherwise flag and let the user decide.\n\n## Dual-narrative ADRs\n\nAn ADR (`documentation/decisions/.md`) describes ONE decision. The dual-narrative anti-pattern is an ADR that tells two competing stories — usually because someone updated it after the decision was reversed instead of writing a new ADR that supersedes it.\n\nDetection signals:\n\n- Two `## Decision` headings in one file\n- Phrases like \"this was later changed to\", \"we updated this in\", \"now we do X instead\"\n- A \"Status: Accepted\" header followed by paragraphs describing a different decision\n- Any \"However, after further investigation…\" pattern\n\nThe fix: the original ADR is immutable. Write a new ADR that references the original by file name and is marked `Supersedes: .md`. Mark the original `Status: Superseded by .md`. Never edit the original's decision or consequences sections.\n\nThis is enforced as a HIGH finding by doc-updater because dual-narrative ADRs corrupt the decision log — readers cannot tell which decision is current.\n\n## Enforcement passes (run by doc-updater)\n\ndoc-updater runs four passes on every PR-boundary trigger:\n\n### Pass 1 — Per-element budget enforcement\n\nWalks each `documentation/*.md` file and applies every cap from the per-element table above:\n\n- **Table cells**: count words in each cell; flag cells over 50 words as MEDIUM with a suggested rewrite (extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link).\n- **List items**: count words in each `-`/`*`/numbered list bullet; flag items over 40 words as MEDIUM (split into multiple bullets or promote to body prose).\n- **Code snippets**: count lines inside fenced code blocks; flag blocks over 15 lines as MEDIUM (link to source file with line range instead).\n- **Heading nesting**: track the deepest `#` count; flag any heading at level 5+ as LOW (promote section to a sibling page).\n- **Single paragraphs**: count words between blank lines outside code fences; flag paragraphs over 120 words as LOW (break for emphasis — walls of prose hide the load-bearing sentence).\n\n### Pass 2 — File-level budget enforcement\n\nFor each file in `documentation/`, count lines (excluding blank lines and code fences). Apply the budget table above. If a file is over its budget AND lacks ``, emit a finding at the severity tier.\n\nIn `auto` and `unleashed` modes, doc-updater proposes a split: identifies natural section boundaries (top-level `##` headings) and writes a new sibling file with a redirect pointer in the original. The split is committed as `[doc-updater] split: filename.md → filename-{section}.md`.\n\n### Pass 3 — Implementation-prose detection\n\nScan each `documentation/` file for paragraphs that read like AC text (`must`, `shall`, `ensures that`, `the system rejects`). These belong in `sdd/` not `documentation/` and signal that someone wrote intent in the wrong place. Flag as MEDIUM with the target REQ ID (or \"no matching REQ\" if none exists, escalating to HIGH because it indicates an unspec'd feature).\n\n### Pass 4 — Lane-violation detection\n\nScan each file against its lane in the table above. If `architecture.md` contains a section titled `## API Endpoints` with route+method+status-code content, it's a lane violation — flag as MEDIUM and propose moving the section to `api-reference.md` with a backlink in `architecture.md`.\n\nDual-narrative ADR detection runs alongside pass 4 against `documentation/decisions/`.\n\n## Severity classification on doc findings\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Doc claims behavior that contradicts shipped code in a way that would mislead a developer into a security/data-loss mistake (e.g., \"tokens are HttpOnly\" when they aren't) |\n| **HIGH** | Implementation-prose paragraph with no corresponding REQ; dual-narrative ADR; doc references removed function/file/route; file >2× soft budget |\n| **MEDIUM** | Lane violation; cell >50 words; file 1×–2× soft budget; missing REQ backlink for documented feature; ADR missing Status field |\n| **LOW** | Cell 40-50 words; file 0.8×–1× soft budget (approaching); inconsistent heading capitalization; broken intra-doc anchor link |\n\nMode-dependent action mirrors spec-reviewer's table in `spec-discipline.md`:\n\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## REQ backlinks in documentation/\n\nEvery documented feature should reference the REQ that specifies it. Backlinks let readers cross from operational reference into product intent without searching.\n\n**Format**: inline `(REQ-X-NNN)` immediately after the feature's name in a heading or first sentence of a section.\n\n```markdown\n## Inquiry email delivery (REQ-API-002)\n\nThe `/api/inquiry` endpoint…\n```\n\ndoc-updater scans every section heading and first paragraph for likely-feature content. If a section describes a feature with a matching REQ in `sdd/` but lacks a backlink, emit a MEDIUM finding and auto-insert in `auto` and `unleashed` modes.\n\n## Working tree and branch safety\n\nSame rules as spec-reviewer (see `spec-discipline.md` \"Working tree and branch safety\"):\n\n1. Working tree must be clean before any agent-driven write\n2. In `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`\n\n## Files that live alongside `documentation/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `documentation/decisions/README.md` | Yes | ADR index — auto-maintained by doc-updater |\n| `documentation/.doc-coverage.md` | Yes | Output of doc-updater coverage runs |\n| `documentation/.review-needed.md` | Yes | Doc findings escalated for human review |\n\nNothing in `documentation/` is gitignored.\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Go specific content.\n\n## Formatting\n\n- **gofmt** and **goimports** are mandatory — no style debates\n\n## Design Principles\n\n- Accept interfaces, return structs\n- Keep interfaces small (1-3 methods)\n\n## Error Handling\n\nAlways wrap errors with context:\n\n```go\nif err != nil {\n return fmt.Errorf(\"failed to create user: %w\", err)\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Patterns\n\n## Functional Options\n\n```go\ntype Option func(*Server)\n\nfunc WithPort(port int) Option {\n return func(s *Server) { s.port = port }\n}\n\nfunc NewServer(opts ...Option) *Server {\n s := &Server{port: 8080}\n for _, opt := range opts {\n opt(s)\n }\n return s\n}\n```\n\n## Small Interfaces\n\nDefine interfaces where they are used, not where they are implemented.\n\n## Dependency Injection\n\nUse constructor functions to inject dependencies:\n\n```go\nfunc NewUserService(repo UserRepository, logger Logger) *UserService {\n return &UserService{repo: repo, logger: logger}\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Security\n\n> This file extends [common/security.md](../common/security.md) with Go specific content.\n\n## Secret Management\n\n```go\napiKey := os.Getenv(\"OPENAI_API_KEY\")\nif apiKey == \"\" {\n log.Fatal(\"OPENAI_API_KEY not configured\")\n}\n```\n\n## Security Scanning\n\n- Use **gosec** for static security analysis:\n ```bash\n gosec ./...\n ```\n\n## Context & Timeouts\n\nAlways use `context.Context` for timeout control:\n\n```go\nctx, cancel := context.WithTimeout(ctx, 5*time.Second)\ndefer cancel()\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse the standard `go test` with **table-driven tests**.\n\n## Race Detection (CI only)\n\nAlways run with the `-race` flag in CI:\n\n```bash\ngo test -race ./...\n```\n\n## Coverage (CI only)\n\n```bash\ngo test -cover ./...\n```\n\n---\n\n# No Local Builds, Tests, or Lint\n\nThis container has 1 vCPU. Running CPU-intensive commands locally will crash the session.\n\n## Forbidden commands (unless user explicitly overrides)\n\nNever run any of these locally:\n\n- `vitest`, `npm test`, `npm run test`, `npx vitest`\n- `npm run build`, `npm run dev`, `npx wrangler dev`\n- `npx tsc`, `npm run typecheck`\n- `npm run lint`, `npx oxlint`, `npx eslint`\n- Any other test runner, bundler, compiler, or dev server\n\n## What to do instead\n\n- Use GitHub Actions CI to run tests, builds, linting, and type checking.\n- To verify changes, push to the branch and check CI results with `gh run list` and `gh run view`.\n- Use the **code-reviewer** agent to catch issues before pushing (static analysis, no compilation).\n- If you need to check syntax or logic, read the code — do not compile it.\n- Auto-formatting tools (prettier, gofmt, etc.) also should NOT run locally — they are CPU-intensive on large codebases.\n\n## Override procedure\n\nIf the user explicitly asks to run one of these commands locally:\n\n1. Warn them: \"This project has a rule against running builds/tests locally because the container only has 1 vCPU and it will likely freeze the session. Are you sure you want to run this locally?\"\n2. Only proceed if the user confirms after seeing the warning.\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Python specific content.\n\n## Standards\n\n- Follow **PEP 8** conventions\n- Use **type annotations** on all function signatures\n\n## Immutability\n\nPrefer immutable data structures:\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass(frozen=True)\nclass User:\n name: str\n email: str\n\nfrom typing import NamedTuple\n\nclass Point(NamedTuple):\n x: float\n y: float\n```\n\n## Formatting\n\n- **black** for code formatting\n- **isort** for import sorting\n- **ruff** for linting\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Patterns\n\n## Protocol (Duck Typing)\n\n```python\nfrom typing import Protocol\n\nclass Repository(Protocol):\n def find_by_id(self, id: str) -> dict | None: ...\n def save(self, entity: dict) -> dict: ...\n```\n\n## Dataclasses as DTOs\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass\nclass CreateUserRequest:\n name: str\n email: str\n age: int | None = None\n```\n\n## Context Managers & Generators\n\n- Use context managers (`with` statement) for resource management\n- Use generators for lazy evaluation and memory-efficient iteration\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Security\n\n> This file extends [common/security.md](../common/security.md) with Python specific content.\n\n## Secret Management\n\n```python\nimport os\nfrom dotenv import load_dotenv\n\nload_dotenv()\n\napi_key = os.environ[\"OPENAI_API_KEY\"] # Raises KeyError if missing\n```\n\n## Security Scanning\n\n- Use **bandit** for static security analysis:\n ```bash\n bandit -r src/\n ```\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **pytest** as the testing framework.\n\n## Coverage (CI only)\n\n```bash\npytest --cov=src --cov-report=term-missing\n```\n\n## Test Organization\n\nUse `pytest.mark` for test categorization:\n\n```python\nimport pytest\n\n@pytest.mark.unit\ndef test_calculate_total():\n ...\n\n@pytest.mark.integration\ndef test_database_connection():\n ...\n```\n\n---\n\n# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n**Sibling rule files**:\n- `documentation-discipline.md` — what may NOT appear in `documentation/`, per-file/per-cell budgets, lane separation. Enforced by doc-updater.\n- `tdd-discipline.md` — what counts as a real test (no text-matching theater, no tautology, no mock-only theater). Enforced by code-reviewer.\n\nTogether the three files define the spec / docs / tests lane discipline. spec-reviewer enforces this file.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Run-on AC bullets\n\nA single AC bullet that runs longer than ~150 words almost always conjoins multiple observable behaviors with semicolons or commas. Each observable behavior should be its own bullet so tests can target it individually.\n\nDetection: any AC bullet matching either of:\n- exceeding 150 words, OR\n- containing 3+ semicolons not inside a comma-separated enumeration\n\nNote: a bare \"5+ ands\" rule false-positives on enumeration patterns (\"supports CSV, TSV, JSON, XML, YAML, and Parquet\") which describe a single observable behavior across a list. Ignore the conjunction count when the conjunctions appear inside a comma-separated list — focus instead on semicolons (which usually mark separate behaviors) and total bullet length.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserving every clause as a separate bullet under the same AC heading. Never silently drop a clause.\n\n## Mechanism leakage in AC bullets\n\nAn AC bullet describes WHAT the user observes, not HOW it's implemented. The following are mechanism tokens that leak into ACs and should move to `documentation/`:\n\n- Cookie attributes: `HttpOnly`, `SameSite=Lax`, `Secure`, `Path=/`, `Max-Age=…`\n- Header names with vendor prefix: `Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`\n- Internal middleware names: `csrfMiddleware`, `rateLimiter`, `requireAuth`\n- HTTP method + path enumerations inside non-API REQs (the path goes in the AC for an API REQ — but not in a UI REQ)\n- Query parameter internal names: `?_t=`, `?nonce=`\n- Cache directive strings: `s-maxage=60, stale-while-revalidate=300`\n- Crypto algorithm names: `RS256`, `HS512`, `AES-256-GCM` (the standard reference is fine; the algorithm choice is implementation)\n\nA user does not observe `HttpOnly`. They observe \"JavaScript on the page cannot read the session token.\" The first goes in `documentation/security.md`, the second goes in the AC.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to describe the user-observable consequence; move the mechanism description to `documentation/security.md` (or the relevant lane file) with a backlink to the REQ.\n\n## Changelog drift (no AC change → no changelog entry)\n\n`sdd/changes.md` is a product changelog. An entry is justified only when an AC changed in a user-observable way OR a REQ was added/deprecated/moved. The drift pattern: changelog entries appearing for spec format fixes, prose tightening, or implementation-leakage cleanup with no corresponding AC delta.\n\nDetection on every spec-reviewer run:\n\n1. For each new entry in `sdd/changes.md` (added in the diff): scan the same diff for any AC change in the REQ the entry references\n2. If the entry references no REQ, OR the diff shows no AC delta in the referenced REQ → the entry is drift\n\nSeverity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion.\n\nThis pattern enforces the changelog-discipline rules already in this file (\"When NOT to add a changelog entry\") at the per-commit level instead of relying on humans to remember.\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Operational requirements for the Stop hook\n\nThe v5 Stop hook (`enforce-review-spawn.sh`) uses `gh pr view` as its authoritative truth signal — it queries the current branch for an open PR and the PR HEAD SHA on every Stop event (with a cheap `@{u}`-based short-circuit when the local remote-tracking ref is fresh and matches the last ack). Reflog is no longer read at runtime in v5; the v4 reflog mention in the script header is preserved as a documentation reference only.\n\nThis means the hook needs:\n- `gh` on PATH and authenticated for the project's GitHub remote.\n- `sdd/README.md` to exist (vibe-coding gate).\n- For the cheap-path optimization to fire (~200-500ms saved per Stop event in the post-review tail of a session): `git rev-parse @{u}` must resolve to a remote-tracking ref. A vanilla `git clone https://github.com/owner/repo.git` sets this up automatically.\n\nIf you cloned with `-b ` and later checked out a different branch, or used `git checkout -B origin/` without `--track`, the cheap path silently won't fire and every Stop event will pay the gh round-trip. Repair tracking once with:\n\n```bash\ngit branch --set-upstream-to=origin/ \n```\n\nThe hook is fail-safe (any unexpected error → exit 0), so missing upstream or missing gh just means the optimization or enforcement is skipped — never a hard lock-out.\n\n### Known under-block conditions\n\nThe Stop hook deliberately under-blocks (lets a push through unreviewed) rather than over-blocks (locks the user out) in three cases:\n\n1. **PR HEAD changed via the GitHub web UI** (amend from the UI, branch reset via API, force-push from another machine): the current Claude session has no `git push` line in its transcript, so PUSH_LINE detection exits 0 and no enforcement fires this turn. Review fires on the next local push to the branch — the new PR HEAD is still un-acked, so the next push correctly re-triggers the pipeline.\n2. **Spec-reviewer subagent errored** before writing `completed` for its tool-use id: doc-updater is not required and the push is allowed to proceed. The user sees the spec-reviewer failure in the agent's own report; rerunning spec-reviewer manually then satisfies the gate on the next Stop.\n3. **Transcript file rotated or truncated mid-session**: PUSH_LINE detection silently exits 0. Review fires on the next push.\n\nDRAFT PRs (`gh pr view` reports `state: OPEN` for drafts) are treated as fully open. Drafts often want early feedback, and silently skipping review on them would surprise users whose draft is the de-facto review target. Users who want a review-free WIP should defer the PR open until ready, or use a per-push USER bypass.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Swift specific content.\n\n## Formatting\n\n- **SwiftFormat** for auto-formatting, **SwiftLint** for style enforcement\n- `swift-format` is bundled with Xcode 16+ as an alternative\n\n## Immutability\n\n- Prefer `let` over `var` — define everything as `let` and only change to `var` if the compiler requires it\n- Use `struct` with value semantics by default; use `class` only when identity or reference semantics are needed\n\n## Naming\n\nFollow [Apple API Design Guidelines](https://www.swift.org/documentation/api-design-guidelines/):\n\n- Clarity at the point of use — omit needless words\n- Name methods and properties for their roles, not their types\n- Use `static let` for constants over global constants\n\n## Error Handling\n\nUse typed throws (Swift 6+) and pattern matching:\n\n```swift\nfunc load(id: String) throws(LoadError) -> Item {\n guard let data = try? read(from: path) else {\n throw .fileNotFound(id)\n }\n return try decode(data)\n}\n```\n\n## Concurrency\n\nEnable Swift 6 strict concurrency checking. Prefer:\n\n- `Sendable` value types for data crossing isolation boundaries\n- Actors for shared mutable state\n- Structured concurrency (`async let`, `TaskGroup`) over unstructured `Task {}`\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Patterns\n\n## Protocol-Oriented Design\n\nDefine small, focused protocols. Use protocol extensions for shared defaults:\n\n```swift\nprotocol Repository: Sendable {\n associatedtype Item: Identifiable & Sendable\n func find(by id: Item.ID) async throws -> Item?\n func save(_ item: Item) async throws\n}\n```\n\n## Value Types\n\n- Use structs for data transfer objects and models\n- Use enums with associated values to model distinct states:\n\n```swift\nenum LoadState: Sendable {\n case idle\n case loading\n case loaded(T)\n case failed(Error)\n}\n```\n\n## Actor Pattern\n\nUse actors for shared mutable state instead of locks or dispatch queues:\n\n```swift\nactor Cache {\n private var storage: [Key: Value] = [:]\n\n func get(_ key: Key) -> Value? { storage[key] }\n func set(_ key: Key, value: Value) { storage[key] = value }\n}\n```\n\n## Dependency Injection\n\nInject protocols with default parameters — production uses defaults, tests inject mocks:\n\n```swift\nstruct UserService {\n private let repository: any UserRepository\n\n init(repository: any UserRepository = DefaultUserRepository()) {\n self.repository = repository\n }\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Security\n\n> This file extends [common/security.md](../common/security.md) with Swift specific content.\n\n## Secret Management\n\n- Use **Keychain Services** for sensitive data (tokens, passwords, keys) — never `UserDefaults`\n- Use environment variables or `.xcconfig` files for build-time secrets\n- Never hardcode secrets in source — decompilation tools extract them trivially\n\n```swift\nlet apiKey = ProcessInfo.processInfo.environment[\"API_KEY\"]\nguard let apiKey, !apiKey.isEmpty else {\n fatalError(\"API_KEY not configured\")\n}\n```\n\n## Transport Security\n\n- App Transport Security (ATS) is enforced by default — do not disable it\n- Use certificate pinning for critical endpoints\n- Validate all server certificates\n\n## Input Validation\n\n- Sanitize all user input before display to prevent injection\n- Use `URL(string:)` with validation rather than force-unwrapping\n- Validate data from external sources (APIs, deep links, pasteboard) before processing\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **Swift Testing** (`import Testing`) for new tests. Use `@Test` and `#expect`:\n\n```swift\n@Test(\"User creation validates email\")\nfunc userCreationValidatesEmail() throws {\n #expect(throws: ValidationError.invalidEmail) {\n try User(email: \"not-an-email\")\n }\n}\n```\n\n## Test Isolation\n\nEach test gets a fresh instance — set up in `init`, tear down in `deinit`. No shared mutable state between tests.\n\n## Parameterized Tests\n\n```swift\n@Test(\"Validates formats\", arguments: [\"json\", \"xml\", \"csv\"])\nfunc validatesFormat(format: String) throws {\n let parser = try Parser(format: format)\n #expect(parser.isValid)\n}\n```\n\n## Coverage\n\n```bash\nswift test --enable-code-coverage\n```\n\n---\n\n# Test Discipline\n\nRules for what counts as a real test in this project. Applies to every\nfile under `src/__tests__/`, `host/__tests__/`, `web-ui/src/__tests__/`,\n`e2e/`, and any future test directory regardless of test framework\n(vitest, node:test, playwright).\n\nThis rule is the sibling of `spec-discipline.md` (what counts as a real\nrequirement) and `documentation-discipline.md` (what counts as real\ndocumentation). Together they define what real-world artifacts look\nlike for spec, docs, and tests in this project.\n\n## The one question\n\nEvery test must answer YES to:\n\n> If I delete or break the implementation this test is supposed to\n> cover, will this test fail?\n\nIf you can refactor freely, gut the implementation, replace it with a\nno-op, or rename a public function while the test stays green, the\ntest is theater. Theater tests look reassuring on the dashboard but\ncatch zero regressions.\n\nWhen you finish writing a test, mentally run the gut-check: \"what\nwould I have to change in production code for this to fail?\" If the\nanswer is \"delete the file\" or \"rename a string literal in a doc\",\nthe test is text-matching theater and must be replaced.\n\n## Antipatterns (drawn from this codebase)\n\n### 1. Text-matching theater\n\nA test reads a file (markdown, source, config, prompt) and regex-matches\nagainst its contents. The \"system under test\" is the file's prose, not\nbehavior. Found across `host/__tests__/sdd-workflow-upgrade.test.js`\n(removed in 2026-05), `host/__tests__/memory-capture-hook.test.js`,\n`host/__tests__/container-memory.test.js`,\n`host/__tests__/entrypoint-sync.test.js`,\n`web-ui/src/__tests__/page-transparency.test.ts`.\n\n```js\n// BAD: reads a file, asserts a substring is present\nconst content = readFileSync(path, 'utf-8');\nassert.match(content, /forbidden|banned/i, 'should define forbidden list');\n\n// BAD: same shape with includes()\nassert.ok(hookScript.includes('jq'), 'hook should reference jq');\n\n// BAD: same shape on CSS\nconst cssContent = readFileSync(cssPath, 'utf-8');\nexpect(parseFloat(cssContent.match(/alpha:\\s*([\\d.]+)/)[1])).toBe(0.9);\n```\n\nThese pass if someone types the right string anywhere in the file.\nThey pass if the rest of the file is gibberish. They fail only if the\nfile is deleted or someone renames \"forbidden\" to \"prohibited\" in\nprose. Implementation can be entirely broken — test stays green.\n\n```js\n// GOOD: run the actual code with input, assert on output\nimport { spawnSync } from 'node:child_process';\nconst result = spawnSync('bash', [HOOK_PATH], {\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: fixture }),\n encoding: 'utf-8',\n});\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\nexpect(result.stdout).toContain('code-reviewer'); // names the missing agent\n```\n\nNow the test fails if the hook's exit code, stdout shape, or\nagent-naming logic regresses — not if someone reformats prose.\n\n### 2. Tautology\n\nAn assertion whose truth is given by the test setup itself. Cannot\nfail. Found in `src/__tests__/lib/agent-seed-manifest.test.ts` and\n`src/__tests__/lib/agent-seed-ecc-rules.test.ts`.\n\n```js\n// BAD: doc.modes is destructured from a literal fixture array\nexpect(doc.key.length).toBeGreaterThan(0);\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// BAD: two hardcoded constants compared\nexpect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common);\n// ^^^^^^^^^^^^^^^^^^^^^^^^^\n// hardcoded {common:3} — if production drifts to 4, this test\n// passes if-and-only-if someone manually updates the constant.\n// The check has no anchor to ground truth.\n```\n\n```js\n// GOOD: derive expectation from a source of truth outside the test\nimport { readdirSync } from 'node:fs';\nconst filesOnDisk = readdirSync('preseed/agents/claude/rules/common')\n .filter((f) => f.endsWith('.md'));\nexpect(commonRules.map((r) => basename(r.key))).toEqual(filesOnDisk);\n```\n\nNow the test fails if files are added/removed without updating the\ngenerator — which is the regression we care about.\n\n### 3. Mock-only theater\n\nTest mocks function X to return value V, calls X, asserts the result\nis V. The mock IS the system under test. Found in\n`src/__tests__/routes/storage-stats.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: mock returns paginated data, test asserts the mock was called\nmockParseListObjectsXml\n .mockReturnValueOnce({ objects: [...3 items...], isTruncated: true })\n .mockReturnValueOnce({ objects: [...2 items...], isTruncated: false });\nawait routeHandler(request);\nexpect(mockFetch).toHaveBeenCalledTimes(2);\n// ^^^^^^^^^ confirms code obeyed the mock; the pagination logic\n// being \"tested\" lives inside the mock setup. If parseListObjectsXml\n// has a real bug, this test does not catch it.\n```\n\n```js\n// GOOD: only mock external dependencies (R2 fetch endpoint), exercise\n// your own pagination logic against canned-but-realistic responses\nmockFetch\n .mockResolvedValueOnce(realR2XmlPage1())\n .mockResolvedValueOnce(realR2XmlPage2());\nconst result = await listObjectsAcrossPages(...);\nexpect(result.objects).toHaveLength(realPage1.length + realPage2.length);\nexpect(result.objects[0].key).toBe(realPage1[0].Key);\nexpect(result.isTruncated).toBe(false); // last page\n```\n\nThe rule: **only mock what's outside YOUR code** (third-party APIs,\nnetwork, the platform). Don't mock your own helpers — exercise them.\n\n### 4. Implementation-coupled call counts\n\n`expect(spy).toHaveBeenCalledTimes(N)` without a paired assertion on\nobservable output. Refactor-fragile, regression-blind. Found in\n`src/__tests__/routes/storage-download.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: only asserts an internal helper was called\nexpect(mockSign).toHaveBeenCalledTimes(1);\n// Refactor to memoize → test fails despite identical behavior.\n// Break signing entirely so URL is invalid but mockSign still\n// gets called once → test passes despite broken behavior.\n```\n\n```js\n// GOOD: assert on observable output. The signed URL itself.\nconst response = await routeHandler(req);\nconst signedUrl = await response.text();\nexpect(signedUrl).toMatch(/^https:\\/\\/.+\\?X-Amz-Signature=/);\nexpect(verifySignedUrl(signedUrl, secret)).toBe(true);\n```\n\nIf you genuinely care about call count (an expensive operation that\nmust not be repeated), pair it with an output assertion AND comment\nwhy the count matters as a contract.\n\n### 5. Empty body / missing assertions\n\nTests with no `expect`/`assert` call. The code runs, but nothing is\nchecked. Linter usually catches these; sometimes they slip in via\n`it('does X', () => { someCode(); /* assertion forgotten */ })`.\n\n```js\n// BAD: no assertion — calling code without checking anything\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n // ... and nothing\n});\n```\n\n```js\n// GOOD: every it/test must produce at least one assertion\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n expect(result.status).toBe('skipped');\n expect(result.reason).toBe('input out of supported range');\n});\n```\n\n### 6. Skipped tests without justification\n\n`it.skip(...)`, `xit(...)`, `describe.skip(...)` without an inline\ncomment naming the blocker (issue link, upstream bug, environment\nlimitation). Skipped tests rot — without a removal trigger, they\nstay skipped forever and the coverage they were supposed to provide\nis silently lost.\n\n```js\n// BAD: silent skip\nit.skip('rejects expired tokens', () => { ... });\n\n// GOOD: skip with explicit removal trigger\nit.skip(\n 'rejects expired tokens',\n // Skipped pending vitest-pool-workers#412: Date mocking broken in\n // worker pool. Remove .skip when the upstream fix lands.\n () => { ... }\n);\n```\n\n### 7. Trivial assertions on trivial values\n\n`expect(Array.isArray([1,2,3])).toBe(true)`,\n`expect(typeof 'foo').toBe('string')` — the truth is given by the\nliteral. The assertion adds nothing.\n\n```js\n// BAD: doc.modes is ['advanced'] from the fixture literal\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// GOOD: assert types/shapes only on values from outside the test\nconst response = await routeHandler(req);\nconst body = await response.json();\nexpect(Array.isArray(body.users)).toBe(true); // body came from a real handler\nexpect(body.users[0]).toHaveProperty('id');\n```\n\n## Patterns that produce useful tests\n\n### Run the real thing\n\nFor shell scripts and hooks: spawn the script with stdin/argv/env,\nassert exit code + stdout/stderr. The shape used in\n`host/__tests__/enforce-review-spawn.test.js` and\n`host/__tests__/git-push-review-reminder.test.js` is the canonical\nexample — those tests caught real bugs (PUSH_TS empty-string fail-open,\nPUSH_LINE substring false-positives) that text-matching tests did not.\n\n```js\nimport { spawnSync } from 'node:child_process';\nimport { mkdtempSync, writeFileSync } from 'node:fs';\nimport { tmpdir } from 'node:os';\nimport { join } from 'node:path';\n\nconst cwd = mkdtempSync(join(tmpdir(), 'hook-test-'));\nmkdirSync(join(cwd, 'sdd'));\nwriteFileSync(join(cwd, 'sdd/README.md'), '# fixture');\n\nconst result = spawnSync('bash', [HOOK_PATH], {\n cwd,\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: t }),\n encoding: 'utf-8',\n env: { ...process.env, PATH: `${fakeBinDir}:${process.env.PATH}` },\n});\n\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\n```\n\n### Fixture-driven, not literal-driven\n\nBuild fixtures in files (or tmp dirs) that mirror real production data.\nRead from disk; derive expectations from the same source of truth the\nproduction code consults. If the test computes\n`expected = literal` and compares against a value derived from\n`literal`, you have tautology.\n\n### Test the contract, not the implementation\n\nFor routes: send a real Request, get a real Response, assert on\nstatus/headers/body. Don't assert on which internal helper was called.\n\nFor libraries: call the public function with real input, assert on\nthe return value or its observable side effect. Don't spy on private\ninternals.\n\nFor agents/prompts: extract the testable kernels (helper functions,\nparsers, formatters) into normal modules and test those. The prompt\nitself is human/LLM contract — exercise it via end-to-end runs in\nintegration tests, not by regex-matching the prompt text.\n\n### One bug-class per test\n\nEach test should answer: \"what specific bug would this catch?\"\nIf the answer is vague (\"any general regression\") or absent, split\nor rewrite. The test name should make the bug-class explicit:\n`rejects expired JWT`, `recovers from R2 503 with retry`, `aborts\non transcript with no push line`.\n\n## Enforcement\n\n`code-reviewer` agent (HIGH severity) flags:\n- Tests that read file content + regex/substring match against it\n- Assertions whose values are destructured from local literal fixtures\n- `expect(spy).toHaveBeenCalledTimes(N)` without paired output assertion\n- `it.skip` / `xit` / `describe.skip` without a justification comment\n- Test bodies with no `expect`/`assert` call\n\n`tdd-guide` agent writes tests in this style by default and refuses\nto produce text-matching theater.\n\nThe only user-controlled lever is `enforce_tdd: true | false` in\n`sdd/config.yml`. With `enforce_tdd: true` (default), code-reviewer\nflags antipatterns at HIGH and spec-reviewer auto-demotes Implemented\nREQs without test coverage. With `enforce_tdd: false`, both report\nfindings to `sdd/.coverage-report.md` without modifying the spec —\nproject-level opt-out only, intended for domains that genuinely don't\nadmit automated testing (pure visual design systems, etc.).\n\nThere is **no per-test opt-out**. Inline comment shortcuts like\n`// tdd-allow:` are explicitly NOT supported, by design. Per-test\nopt-outs are agent-writable bypasses — they degrade into \"every test\nthe agent doesn't want to fix\" markers and defeat the rule. If a\ntest legitimately can't fit the discipline, delete it; the absence\nof a useless test is more honest than a flagged-and-allowed one.\n\n## Migration policy\n\nExisting tests that predate this rule are migrated as the surrounding\nproduction code changes — not rewritten speculatively. The most\negregious cluster (`host/__tests__/sdd-workflow-upgrade.test.js`,\n416 lines of pure text-matching theater) is the anchor example\nremoved in the same commit that introduces this rule.\n\nWhen you touch a file with antipattern tests, fix the tests in the\nsame commit. Don't ship new code under coverage that doesn't actually\ncover anything.\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with TypeScript/JavaScript specific content.\n\n## Immutability\n\nUse spread operator for immutable updates:\n\n```typescript\n// WRONG: Mutation\nfunction updateUser(user, name) {\n user.name = name // MUTATION!\n return user\n}\n\n// CORRECT: Immutability\nfunction updateUser(user, name) {\n return {\n ...user,\n name\n }\n}\n```\n\n## Error Handling\n\nUse async/await with try-catch:\n\n```typescript\ntry {\n const result = await riskyOperation()\n return result\n} catch (error) {\n console.error('Operation failed:', error)\n throw new Error('Detailed user-friendly message')\n}\n```\n\n## Input Validation\n\nUse Zod for schema-based validation:\n\n```typescript\nimport { z } from 'zod'\n\nconst schema = z.object({\n email: z.string().email(),\n age: z.number().int().min(0).max(150)\n})\n\nconst validated = schema.parse(input)\n```\n\n## Console.log\n\n- No `console.log` statements in production code\n- Use proper logging libraries instead\n- See hooks for automatic detection\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Patterns\n\n## API Response Format\n\n```typescript\ninterface ApiResponse {\n success: boolean\n data?: T\n error?: string\n meta?: {\n total: number\n page: number\n limit: number\n }\n}\n```\n\n## Custom Hooks Pattern\n\n```typescript\nexport function useDebounce(value: T, delay: number): T {\n const [debouncedValue, setDebouncedValue] = useState(value)\n\n useEffect(() => {\n const handler = setTimeout(() => setDebouncedValue(value), delay)\n return () => clearTimeout(handler)\n }, [value, delay])\n\n return debouncedValue\n}\n```\n\n## Repository Pattern\n\n```typescript\ninterface Repository {\n findAll(filters?: Filters): Promise\n findById(id: string): Promise\n create(data: CreateDto): Promise\n update(id: string, data: UpdateDto): Promise\n delete(id: string): Promise\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Security\n\n> This file extends [common/security.md](../common/security.md) with TypeScript/JavaScript specific content.\n\n## Secret Management\n\n```typescript\n// NEVER: Hardcoded secrets\nconst apiKey = \"sk-proj-xxxxx\"\n\n// ALWAYS: Environment variables\nconst apiKey = process.env.OPENAI_API_KEY\n\nif (!apiKey) {\n throw new Error('OPENAI_API_KEY not configured')\n}\n```\n\n## Agent Support\n\n- Use **security-reviewer** agent for comprehensive security audits\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites, linters, or type checkers locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## E2E Testing\n\nUse **Playwright** as the E2E testing framework for critical user flows.\n", "modes": [ "advanced" ] @@ -1166,7 +1190,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".copilot/agents/code-reviewer.agent.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: code-reviewer\ndescription: Expert code review specialist. Proactively reviews code for quality, security, and maintainability. Use immediately after writing or modifying code. MUST BE USED for all code changes.\ntools: [\"read\",\"search\",\"execute\"]\n---\n\nYou are a senior code reviewer ensuring high standards of code quality and security.\n\n## Operating Mode: Research + Report\n\nYou review and report — you do NOT modify project source code, documentation, or spec files. You may write to designated output files (e.g., review reports). Always report a summary of your findings so the main session stays informed and can act on them.\n\n## Review Process\n\nWhen invoked:\n\n1. **Gather the full diff** — Use the upstream-aware fallback chain so you see the actual changes whether the working tree is dirty (pre-commit) or clean (post-push):\n ```\n git diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff --staged || git diff\n ```\n Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff. If invoked post-push, the right view is `git diff origin/main...HEAD`. Only fall back to staged/unstaged if no commits exist.\n2. **Understand scope** — Identify which files changed, what feature/fix they relate to, and how they connect.\n3. **Read surrounding code** — Don't review changes in isolation. Read the full file and understand imports, dependencies, and call sites.\n4. **Apply review checklist** — Work through each category below, from CRITICAL to LOW.\n5. **Report findings** — Use the output format below. Only report issues you are confident about (>80% sure it is a real problem).\n\n## Confidence-Based Filtering\n\n**IMPORTANT**: Do not flood the review with noise. Apply these filters:\n\n- **Report** if you are >80% confident it is a real issue\n- **Skip** stylistic preferences unless they violate project conventions\n- **Skip** issues in unchanged code unless they are CRITICAL security issues\n- **Consolidate** similar issues (e.g., \"5 functions missing error handling\" not 5 separate findings)\n- **Prioritize** issues that could cause bugs, security vulnerabilities, or data loss\n\n## Review Checklist\n\n### Security (CRITICAL)\n\nThese MUST be flagged — they can cause real damage:\n\n- **Hardcoded credentials** — API keys, passwords, tokens, connection strings in source\n- **SQL injection** — String concatenation in queries instead of parameterized queries\n- **XSS vulnerabilities** — Unescaped user input rendered in HTML/JSX\n- **Path traversal** — User-controlled file paths without sanitization\n- **CSRF vulnerabilities** — State-changing endpoints without CSRF protection\n- **Authentication bypasses** — Missing auth checks on protected routes\n- **Insecure dependencies** — Known vulnerable packages\n- **Exposed secrets in logs** — Logging sensitive data (tokens, passwords, PII)\n\n```typescript\n// BAD: SQL injection via string concatenation\nconst query = `SELECT * FROM users WHERE id = ${userId}`;\n\n// GOOD: Parameterized query\nconst query = `SELECT * FROM users WHERE id = $1`;\nconst result = await db.query(query, [userId]);\n```\n\n```typescript\n// BAD: Rendering raw user HTML without sanitization\n// Always sanitize user content with DOMPurify.sanitize() or equivalent\n\n// GOOD: Use text content or sanitize\n
{userComment}
\n```\n\n### Code Quality (HIGH)\n\n- **Large functions** (>50 lines) — Split into smaller, focused functions\n- **Large files** (>800 lines) — Extract modules by responsibility\n- **Deep nesting** (>4 levels) — Use early returns, extract helpers\n- **Missing error handling** — Unhandled promise rejections, empty catch blocks\n- **Mutation patterns** — Prefer immutable operations (spread, map, filter)\n- **console.log statements** — Remove debug logging before merge\n- **Missing tests** — New code paths without test coverage\n- **Dead code** — Commented-out code, unused imports, unreachable branches\n\n```typescript\n// BAD: Deep nesting + mutation\nfunction processUsers(users) {\n if (users) {\n for (const user of users) {\n if (user.active) {\n if (user.email) {\n user.verified = true; // mutation!\n results.push(user);\n }\n }\n }\n }\n return results;\n}\n\n// GOOD: Early returns + immutability + flat\nfunction processUsers(users) {\n if (!users) return [];\n return users\n .filter(user => user.active && user.email)\n .map(user => ({ ...user, verified: true }));\n}\n```\n\n### React/Next.js Patterns (HIGH)\n\nWhen reviewing React/Next.js code, also check:\n\n- **Missing dependency arrays** — `useEffect`/`useMemo`/`useCallback` with incomplete deps\n- **State updates in render** — Calling setState during render causes infinite loops\n- **Missing keys in lists** — Using array index as key when items can reorder\n- **Prop drilling** — Props passed through 3+ levels (use context or composition)\n- **Unnecessary re-renders** — Missing memoization for expensive computations\n- **Client/server boundary** — Using `useState`/`useEffect` in Server Components\n- **Missing loading/error states** — Data fetching without fallback UI\n- **Stale closures** — Event handlers capturing stale state values\n\n```tsx\n// BAD: Missing dependency, stale closure\nuseEffect(() => {\n fetchData(userId);\n}, []); // userId missing from deps\n\n// GOOD: Complete dependencies\nuseEffect(() => {\n fetchData(userId);\n}, [userId]);\n```\n\n```tsx\n// BAD: Using index as key with reorderable list\n{items.map((item, i) => )}\n\n// GOOD: Stable unique key\n{items.map(item => )}\n```\n\n### Node.js/Backend Patterns (HIGH)\n\nWhen reviewing backend code:\n\n- **Unvalidated input** — Request body/params used without schema validation\n- **Missing rate limiting** — Public endpoints without throttling\n- **Unbounded queries** — `SELECT *` or queries without LIMIT on user-facing endpoints\n- **N+1 queries** — Fetching related data in a loop instead of a join/batch\n- **Missing timeouts** — External HTTP calls without timeout configuration\n- **Error message leakage** — Sending internal error details to clients\n- **Missing CORS configuration** — APIs accessible from unintended origins\n\n```typescript\n// BAD: N+1 query pattern\nconst users = await db.query('SELECT * FROM users');\nfor (const user of users) {\n user.posts = await db.query('SELECT * FROM posts WHERE user_id = $1', [user.id]);\n}\n\n// GOOD: Single query with JOIN or batch\nconst usersWithPosts = await db.query(`\n SELECT u.*, json_agg(p.*) as posts\n FROM users u\n LEFT JOIN posts p ON p.user_id = u.id\n GROUP BY u.id\n`);\n```\n\n### Performance (MEDIUM)\n\n- **Inefficient algorithms** — O(n^2) when O(n log n) or O(n) is possible\n- **Unnecessary re-renders** — Missing React.memo, useMemo, useCallback\n- **Large bundle sizes** — Importing entire libraries when tree-shakeable alternatives exist\n- **Missing caching** — Repeated expensive computations without memoization\n- **Unoptimized images** — Large images without compression or lazy loading\n- **Synchronous I/O** — Blocking operations in async contexts\n\n### Best Practices (LOW)\n\n- **TODO/FIXME without tickets** — TODOs should reference issue numbers\n- **Missing JSDoc for public APIs** — Exported functions without documentation\n- **Poor naming** — Single-letter variables (x, tmp, data) in non-trivial contexts\n- **Magic numbers** — Unexplained numeric constants\n- **Inconsistent formatting** — Mixed semicolons, quote styles, indentation\n\n## Review Output Format\n\nOrganize findings by severity. For each issue:\n\n```\n[CRITICAL] Hardcoded API key in source\nFile: src/api/client.ts:42\nIssue: API key \"sk-abc...\" exposed in source code. This will be committed to git history.\nFix: Move to environment variable and add to .gitignore/.env.example\n\n const apiKey = \"sk-abc123\"; // BAD\n const apiKey = process.env.API_KEY; // GOOD\n```\n\n### Summary Format\n\nEnd every review with:\n\n```\n## Review Summary\n\n| Severity | Count | Status |\n|----------|-------|--------|\n| CRITICAL | 0 | pass |\n| HIGH | 2 | warn |\n| MEDIUM | 3 | info |\n| LOW | 1 | note |\n\nVerdict: WARNING — 2 HIGH issues should be resolved before merge.\n```\n\n## Approval Criteria\n\n- **Approve**: No CRITICAL or HIGH issues\n- **Warning**: HIGH issues only (can merge with caution)\n- **Block**: CRITICAL issues found — must fix before merge\n\n## Spec and Decision Awareness\n\nWhen reviewing, check for project context:\n- If `sdd/` exists, verify changes align with spec requirements (new features should have corresponding REQ-* entries)\n- If `documentation/decisions/README.md` exists, check it before flagging architectural patterns — they may be intentional trade-offs documented as ADs\n- If neither exists, review based on code quality alone (projects without SDD are fully supported)\n\n## Project-Specific Guidelines\n\nWhen available, also check project-specific conventions from `CLAUDE.md` or project rules:\n\n- File size limits (e.g., 200-400 lines typical, 800 max)\n- Emoji policy (many projects prohibit emojis in code)\n- Immutability requirements (spread operator over mutation)\n- Database policies (RLS, migration patterns)\n- Error handling patterns (custom error classes, error boundaries)\n- State management conventions (Zustand, Redux, Context)\n\nAdapt your review to the project's established patterns. When in doubt, match what the rest of the codebase does.\n\n## Impact Analysis\n\nBefore approving any change, verify:\n\n- **Caller impact**: Grep for all importers/callers of modified functions — check they still work with the new signature/behavior\n- **Schema alignment**: When API response shapes change, verify both backend and frontend schemas match (Zod, TypeScript types, validation)\n- **JSON serialization safety**: Flag `undefined` values in objects destined for `JSON.stringify` — they silently strip fields. Use explicit reset values or omit the field\n- **KV/DB field safety**: Never delete required fields from stored records — use explicit values (e.g., `'pending'` not `undefined`)\n\n## AI-Generated Code Review\n\nWhen reviewing AI-generated changes, prioritize:\n\n1. Behavioral regressions and edge-case handling\n2. Security assumptions and trust boundaries\n3. Hidden coupling or accidental architecture drift\n4. Caller impact — AI tools frequently change function signatures without updating all callers\n\n## REQ annotations (when `sdd/` exists)\n\nIn projects with an `sdd/` folder, every source file implementing observable behavior from a REQ must include a comment annotating it: `// Implements REQ-X-NNN` (or language equivalent). Review rule: if a changed source file implements behavior matching a REQ's acceptance criteria but lacks the annotation → MEDIUM finding, suggest the specific annotation line. See `spec-discipline.md` → Source code ↔ REQ annotations.\n", + "content": "---\nname: code-reviewer\ndescription: Expert code review specialist. Proactively reviews code for quality, security, and maintainability. Use immediately after writing or modifying code. MUST BE USED for all code changes.\ntools: [\"read\",\"search\",\"execute\"]\n---\n\nYou are a senior code reviewer ensuring high standards of code quality and security.\n\n## Operating Mode: Research + Report\n\nYou review and report — you do NOT modify project source code, documentation, or spec files. You may write to designated output files (e.g., review reports). Always report a summary of your findings so the main session stays informed and can act on them.\n\n## When you run\n\nTriggered at PR-boundary events (via the git-workflow rule):\n\n- A new pull request opens for the current branch (`gh pr create` runs in this session)\n- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances)\n\nA plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to a protected branch (default `main`) surface a non-blocking warning instead.\n\n## Review Process\n\nWhen invoked:\n\n1. **Gather the full diff** — Resolve the diff source from the PR base when a PR exists, falling back to upstream-aware syntax otherwise:\n ```bash\n PR_BASE=$(gh pr view --json baseRefName -q .baseRefName 2>/dev/null)\n if [ -n \"$PR_BASE\" ]; then\n git diff \"origin/$PR_BASE\"...HEAD\n else\n git diff origin/main...HEAD 2>/dev/null \\\n || git diff @{push}..HEAD 2>/dev/null \\\n || git diff HEAD~1..HEAD 2>/dev/null \\\n || git diff --staged \\\n || git diff\n fi\n ```\n The PR-base-aware path matters because feature branches typically PR into `develop`, not `main` — diffing against `origin/main` would show too much (every commit on `develop` you don't have locally). Always prefer `gh pr view --json baseRefName` first; the fallback chain handles non-PR contexts. Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff.\n2. **Understand scope** — Identify which files changed, what feature/fix they relate to, and how they connect.\n3. **Read surrounding code** — Don't review changes in isolation. Read the full file and understand imports, dependencies, and call sites.\n4. **Apply review checklist** — Work through each category below, from CRITICAL to LOW.\n5. **Report findings** — Use the output format below. Only report issues you are confident about (>80% sure it is a real problem).\n\n## Confidence-Based Filtering\n\n**IMPORTANT**: Do not flood the review with noise. Apply these filters:\n\n- **Report** if you are >80% confident it is a real issue\n- **Skip** stylistic preferences unless they violate project conventions\n- **Skip** issues in unchanged code unless they are CRITICAL security issues\n- **Consolidate** similar issues (e.g., \"5 functions missing error handling\" not 5 separate findings)\n- **Prioritize** issues that could cause bugs, security vulnerabilities, or data loss\n\n## Review Checklist\n\n### Security (CRITICAL)\n\nThese MUST be flagged — they can cause real damage:\n\n- **Hardcoded credentials** — API keys, passwords, tokens, connection strings in source\n- **SQL injection** — String concatenation in queries instead of parameterized queries\n- **XSS vulnerabilities** — Unescaped user input rendered in HTML/JSX\n- **Path traversal** — User-controlled file paths without sanitization\n- **CSRF vulnerabilities** — State-changing endpoints without CSRF protection\n- **Authentication bypasses** — Missing auth checks on protected routes\n- **Insecure dependencies** — Known vulnerable packages\n- **Exposed secrets in logs** — Logging sensitive data (tokens, passwords, PII)\n\n```typescript\n// BAD: SQL injection via string concatenation\nconst query = `SELECT * FROM users WHERE id = ${userId}`;\n\n// GOOD: Parameterized query\nconst query = `SELECT * FROM users WHERE id = $1`;\nconst result = await db.query(query, [userId]);\n```\n\n```typescript\n// BAD: Rendering raw user HTML without sanitization\n// Always sanitize user content with DOMPurify.sanitize() or equivalent\n\n// GOOD: Use text content or sanitize\n
{userComment}
\n```\n\n### Code Quality (HIGH)\n\n- **Large functions** (>50 lines) — Split into smaller, focused functions\n- **Large files** (>800 lines) — Extract modules by responsibility\n- **Deep nesting** (>4 levels) — Use early returns, extract helpers\n- **Missing error handling** — Unhandled promise rejections, empty catch blocks\n- **Mutation patterns** — Prefer immutable operations (spread, map, filter)\n- **console.log statements** — Remove debug logging before merge\n- **Missing tests** — New code paths without test coverage\n- **Dead code** — Commented-out code, unused imports, unreachable branches\n\n```typescript\n// BAD: Deep nesting + mutation\nfunction processUsers(users) {\n if (users) {\n for (const user of users) {\n if (user.active) {\n if (user.email) {\n user.verified = true; // mutation!\n results.push(user);\n }\n }\n }\n }\n return results;\n}\n\n// GOOD: Early returns + immutability + flat\nfunction processUsers(users) {\n if (!users) return [];\n return users\n .filter(user => user.active && user.email)\n .map(user => ({ ...user, verified: true }));\n}\n```\n\n### React/Next.js Patterns (HIGH)\n\nWhen reviewing React/Next.js code, also check:\n\n- **Missing dependency arrays** — `useEffect`/`useMemo`/`useCallback` with incomplete deps\n- **State updates in render** — Calling setState during render causes infinite loops\n- **Missing keys in lists** — Using array index as key when items can reorder\n- **Prop drilling** — Props passed through 3+ levels (use context or composition)\n- **Unnecessary re-renders** — Missing memoization for expensive computations\n- **Client/server boundary** — Using `useState`/`useEffect` in Server Components\n- **Missing loading/error states** — Data fetching without fallback UI\n- **Stale closures** — Event handlers capturing stale state values\n\n```tsx\n// BAD: Missing dependency, stale closure\nuseEffect(() => {\n fetchData(userId);\n}, []); // userId missing from deps\n\n// GOOD: Complete dependencies\nuseEffect(() => {\n fetchData(userId);\n}, [userId]);\n```\n\n```tsx\n// BAD: Using index as key with reorderable list\n{items.map((item, i) => )}\n\n// GOOD: Stable unique key\n{items.map(item => )}\n```\n\n### Node.js/Backend Patterns (HIGH)\n\nWhen reviewing backend code:\n\n- **Unvalidated input** — Request body/params used without schema validation\n- **Missing rate limiting** — Public endpoints without throttling\n- **Unbounded queries** — `SELECT *` or queries without LIMIT on user-facing endpoints\n- **N+1 queries** — Fetching related data in a loop instead of a join/batch\n- **Missing timeouts** — External HTTP calls without timeout configuration\n- **Error message leakage** — Sending internal error details to clients\n- **Missing CORS configuration** — APIs accessible from unintended origins\n\n```typescript\n// BAD: N+1 query pattern\nconst users = await db.query('SELECT * FROM users');\nfor (const user of users) {\n user.posts = await db.query('SELECT * FROM posts WHERE user_id = $1', [user.id]);\n}\n\n// GOOD: Single query with JOIN or batch\nconst usersWithPosts = await db.query(`\n SELECT u.*, json_agg(p.*) as posts\n FROM users u\n LEFT JOIN posts p ON p.user_id = u.id\n GROUP BY u.id\n`);\n```\n\n### Shell Scripts and Comments (HIGH)\n\nWhen reviewing bash, sh, or other shell scripts (especially hooks, build steps, CI scripts), apply two passes that static review skips by default:\n\n- **Comment-as-claim audit** — Read every `# explanation` as a verifiable claim, not narration. For each non-trivial comment, check the code below confirms it. Flag drift (comment says X, code does Y) even if neither is wrong on its own — the gap is where bugs live.\n- **Empty/missing-input walk** — For every conditional, ask: what happens if this variable is empty, the regex didn't match, or the external command failed? Identify whether the script fails *open* (skips enforcement) or fails *closed* (blocks). Awk string comparisons are the classic trap: `ts > \"\"` is TRUE for any non-empty `ts`, so an unset threshold silently disables a filter.\n- **Substring vs structural matching** — `grep \"git push\"` matches `echo \"I will git push later\"`. For tools parsing JSON or structured output, prefer `jq` queries on shape over substring grep on lines.\n- **Error-swallowing audit** — `2>/dev/null`, `|| true`, `set +e`, and `command || exit 0` are all legitimate, but each is a place where a real failure becomes silent. Confirm every one is intentional.\n- **External-tool guards** — `command -v gh >/dev/null 2>&1 || exit 0` handles missing tools gracefully. Hard calls fail loudly when the tool isn't installed.\n\n```bash\n# BAD: empty PUSH_TS makes (ts > \"\") always true → fails open silently\nPUSH_TS=$(grep -oE '...' | sed -E 's/.../\\1/')\nawk -v t=\"$PUSH_TS\" '{ if (ts > t) ... }' transcript\n\n# GOOD: explicit validity check before use\nPUSH_TS=$(grep -oE '...' | sed -E 's/.../\\1/')\n[ -n \"$PUSH_TS\" ] || exit 0 # fail closed if extraction failed\nawk -v t=\"$PUSH_TS\" '{ if (ts > t) ... }' transcript\n```\n\n```bash\n# BAD: substring match — false positive on echo \"git push later\"\nawk '/\"name\":\"Bash\"/ && /git push/'\n\n# GOOD: structural query on the input field\njq -c 'select(.name == \"Bash\" and\n (.input.command | test(\"(^|&&\\\\s*)git\\\\s+push\\\\b\")))'\n```\n\n### Performance (MEDIUM)\n\n- **Inefficient algorithms** — O(n^2) when O(n log n) or O(n) is possible\n- **Unnecessary re-renders** — Missing React.memo, useMemo, useCallback\n- **Large bundle sizes** — Importing entire libraries when tree-shakeable alternatives exist\n- **Missing caching** — Repeated expensive computations without memoization\n- **Unoptimized images** — Large images without compression or lazy loading\n- **Synchronous I/O** — Blocking operations in async contexts\n\n### Test Quality (HIGH)\n\n> The full rule lives in `tdd-discipline.md` — the sibling of\n> `spec-discipline.md` and `documentation-discipline.md`. This section\n> is the code-reviewer enforcement entry point.\n\nWhen reviewing test files (`*.test.*`, `*.spec.*`, `test_*.py`,\n`*_test.go`, etc.), the test passing is necessary but not sufficient —\nassertions can pass while failing to pin any contract. Apply the\n\"if I delete or break the implementation, will this test fail?\"\ngut-check to every test you read.\n\nFlag at HIGH severity:\n\n- **Text-matching theater** — test reads a file (markdown, source,\n prompt, config) via `readFileSync` / `fs.readFile` / a `read(path)`\n helper, then `assert.match` / `expect(content).toMatch` /\n `expect(content).toContain` against its contents. The \"system under\n test\" is the file's prose, not behavior. Replace with a real\n fixture-driven exercise of the code (spawn the script and check\n exit code + stdout, send a real Request and check the Response,\n call the function with real input and check the return value).\n- **Tautology** — assertions whose truth is given by the test setup.\n `expect(literal.length).toBeGreaterThan(0)` on a destructured\n fixture, `expect(constA).toBe(constB)` where both are local\n hardcoded values, `expect(Array.isArray([1,2,3])).toBe(true)`.\n Derive expected values from a source of truth outside the test\n (the filesystem, a database, a real API response).\n- **Mock-only theater** — test mocks function X to return V, calls\n X, asserts V was returned. Production code being tested lives\n inside the mock setup. Only mock external dependencies (third-party\n APIs, the platform, the network); exercise your own code.\n- **Call-count without output** — `expect(spy).toHaveBeenCalledTimes(N)`\n without a paired assertion on observable output. Refactor-fragile\n and regression-blind. Pair with a check on the actual return value\n or side effect.\n\nFlag at MEDIUM severity:\n\n- **Skipped tests without justification** — `it.skip` / `xit` /\n `describe.skip` without an inline comment naming the blocker\n (issue link, upstream bug, environment limitation).\n- **Empty bodies** — `it('does X', () => {})` or test bodies with no\n `expect`/`assert` call at all.\n- **Negative-only assertions** — `expect(x).not.toMatch(/foo/)` or\n `assert.doesNotMatch(content, ...)` without a paired positive\n assertion. An empty file passes. Pair every negative with a\n positive that says what SHOULD be present.\n- **Brittle regexes against rendered content** —\n `assert.match(content, /file\\.md.*350/)` breaks on whitespace\n changes, table reformatting. Prefer structural extraction or\n anchor on stable boundaries separately.\n\n```javascript\n// BAD: text-matching theater — passes on any file containing the word\nconst content = readFileSync(rulePath, 'utf-8');\nassert.match(content, /forbidden|banned/i, 'should ban forbidden content');\n\n// GOOD: run the actual code, check the actual output\nconst result = await runSpecReviewer({ reqText: 'AC: response uses #1A6B8F' });\nassert.equal(result.findings[0].rule, 'forbidden:hex-color');\nassert.match(result.findings[0].message, /hex color/i);\n```\n\n```javascript\n// BAD: tautology — destructured fixture compared to itself\nexpect(doc.modes.length).toBeGreaterThan(0); // doc was a literal\nexpect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common); // both hardcoded\n\n// GOOD: derive expected from the source of truth\nconst onDisk = readdirSync('preseed/.../rules/common').filter(f => f.endsWith('.md'));\nexpect(commonRules.map(r => basename(r.key)).sort()).toEqual(onDisk.sort());\n```\n\nThere is no per-test opt-out for any of the above. The only project-\nlevel lever is `enforce_tdd: true | false` in `sdd/config.yml`\n(defaults to `true`). If a test can't fit the discipline, delete it\n— the absence of a useless test is more honest than a flagged-and-\nallowed one.\n\n### Best Practices (LOW)\n\n- **TODO/FIXME without tickets** — TODOs should reference issue numbers\n- **Missing JSDoc for public APIs** — Exported functions without documentation\n- **Poor naming** — Single-letter variables (x, tmp, data) in non-trivial contexts\n- **Magic numbers** — Unexplained numeric constants\n- **Inconsistent formatting** — Mixed semicolons, quote styles, indentation\n\n## Review Output Format\n\nOrganize findings by severity. For each issue:\n\n```\n[CRITICAL] Hardcoded API key in source\nFile: src/api/client.ts:42\nIssue: API key \"sk-abc...\" exposed in source code. This will be committed to git history.\nFix: Move to environment variable and add to .gitignore/.env.example\n\n const apiKey = \"sk-abc123\"; // BAD\n const apiKey = process.env.API_KEY; // GOOD\n```\n\n### Summary Format\n\nEnd every review with:\n\n```\n## Review Summary\n\n| Severity | Count | Status |\n|----------|-------|--------|\n| CRITICAL | 0 | pass |\n| HIGH | 2 | warn |\n| MEDIUM | 3 | info |\n| LOW | 1 | note |\n\nVerdict: WARNING — 2 HIGH issues should be resolved before merge.\n```\n\n## Approval Criteria\n\n- **Approve**: No CRITICAL or HIGH issues\n- **Warning**: HIGH issues only (can merge with caution)\n- **Block**: CRITICAL issues found — must fix before merge\n\n## Spec and Decision Awareness\n\nWhen reviewing, check for project context:\n- If `sdd/` exists, verify changes align with spec requirements (new features should have corresponding REQ-* entries)\n- If `documentation/decisions/README.md` exists, check it before flagging architectural patterns — they may be intentional trade-offs documented as ADs\n- If neither exists, review based on code quality alone (projects without SDD are fully supported)\n\n## Project-Specific Guidelines\n\nWhen available, also check project-specific conventions from `CLAUDE.md` or project rules:\n\n- File size limits (e.g., 200-400 lines typical, 800 max)\n- Emoji policy (many projects prohibit emojis in code)\n- Immutability requirements (spread operator over mutation)\n- Database policies (RLS, migration patterns)\n- Error handling patterns (custom error classes, error boundaries)\n- State management conventions (Zustand, Redux, Context)\n\nAdapt your review to the project's established patterns. When in doubt, match what the rest of the codebase does.\n\n## Impact Analysis\n\nBefore approving any change, verify:\n\n- **Caller impact**: Grep for all importers/callers of modified functions — check they still work with the new signature/behavior\n- **Schema alignment**: When API response shapes change, verify both backend and frontend schemas match (Zod, TypeScript types, validation)\n- **JSON serialization safety**: Flag `undefined` values in objects destined for `JSON.stringify` — they silently strip fields. Use explicit reset values or omit the field\n- **KV/DB field safety**: Never delete required fields from stored records — use explicit values (e.g., `'pending'` not `undefined`)\n\n## AI-Generated Code Review\n\nWhen reviewing AI-generated changes, prioritize:\n\n1. Behavioral regressions and edge-case handling\n2. Security assumptions and trust boundaries\n3. Hidden coupling or accidental architecture drift\n4. Caller impact — AI tools frequently change function signatures without updating all callers\n\n## REQ annotations (when `sdd/` exists)\n\nIn projects with an `sdd/` folder, every source file implementing observable behavior from a REQ must include a comment annotating it: `// Implements REQ-X-NNN` (or language equivalent). Review rule: if a changed source file implements behavior matching a REQ's acceptance criteria but lacks the annotation → MEDIUM finding, suggest the specific annotation line. See `spec-discipline.md` → Source code ↔ REQ annotations.\n", "modes": [ "advanced" ] @@ -1174,7 +1198,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".copilot/agents/doc-updater.agent.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: doc-updater\ndescription: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY after every push on SDD projects. Can also be invoked manually on any project.\ntools: [\"read\",\"editFiles\",\"execute\",\"search\"]\n---\n\n# Documentation Specialist\n\nYou are responsible for keeping the project's `documentation/` folder accurate and current. You are project-agnostic — you do not assume any specific file structure beyond what `documentation/README.md` declares.\n\nThe spec-vs-docs boundary you enforce is defined in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.copilot/rules/spec-discipline.md` for Claude). The rules are already in your context.\n\n## Operating principle\n\nYou own `documentation/` and the root `README.md`. You never touch:\n- `sdd/` (that's `spec-reviewer`'s lane)\n- Source code (that's the developer's lane)\n\nYou run **after** `spec-reviewer` (sequentially), so you always read the post-edit spec.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\n**If false, exit silently with code 0.** Non-SDD projects do not get automatic documentation maintenance — the user has not opted into the workflow. This mirrors `spec-reviewer`'s gate so the post-push behavior is binary: either the project has `sdd/` and all three review agents run, or it doesn't and none of them fire.\n\n(Manual invocation on a non-SDD project is still allowed — if the user calls this agent directly via the Task tool without `sdd/`, proceed with `documentation/` maintenance using `documentation/README.md` as the routing table. Never create `documentation/` or its README from scratch in that case — report the missing scaffolding and stop. The agent never creates an uninvited `documentation/` folder.)\n\n### Step 0b: Read documentation/ scaffolding\n\n```bash\ntest -f documentation/README.md\n```\n\n- If false: HIGH gap. **Do NOT auto-create** the file. Report the missing index and exit — the user must scaffold `documentation/` deliberately (via `/sdd init` or manually). Auto-creating files on push is too aggressive.\n- If true: read `documentation/README.md` to learn the project's actual doc structure. This index is the routing table — do NOT hardcode any file names.\n\n### Step 0c: Read user overrides\n\nRead `sdd/.user-overrides.md` and build the skip set (same format spec-reviewer uses).\n\n### Step 0d: Round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nIf ≥2 of the last 3 commits are tagged `[doc-updater]`, `[autonomous]`, or `[unleashed]` AND target the same documentation file: hard stop. Write findings to `sdd/.review-needed.md`. Exit code 0.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nIdentify changes that affect documentation:\n- New API endpoint, route, or env var\n- Changed authentication flow\n- New dependency or configuration option\n- Architecture changes (new module, removed module, restructured directory)\n- New ADR-worthy decisions (visible in commit message or design discussions)\n\nIf the diff contains only docs changes, code comments, or formatting, exit silently. Don't update docs about doc updates.\n\n## Phase 1: Sync — bring docs in line with code\n\nFor each behavioral change:\n\n1. **New API endpoint** → update `documentation/api-reference.md` (or whatever the project's index calls it)\n2. **New env var or secret** → update `documentation/configuration.md`\n3. **Changed auth flow** → update `documentation/authentication.md` if it exists, otherwise `security.md`, otherwise `architecture.md`\n4. **Architecture change** → update `documentation/architecture.md`\n5. **New ADR-worthy decision** → add to `documentation/decisions/README.md` (or wherever ADRs live in the project's index)\n6. **Deployment process change** → update `documentation/deployment.md`\n\nWhen choosing the target file, **always** consult `documentation/README.md` first. If a doc topic doesn't fit any existing file in the project's index, escalate to user (don't create new files without confirmation).\n\n### Spec-vs-docs boundary enforcement\n\nWhen updating docs, enforce these rules:\n\n1. **Welcome in docs (forbidden in REQs)**: hex codes, CSS class names, function names, file paths, env var names, HTTP status codes, JSON shapes, library names, build internals, debugging steps. These ARE supposed to be in docs.\n2. **Cross-link to spec**: when documenting an implementation of a feature, link to the relevant REQ-* ID. Example:\n ```markdown\n ## Inquiry Pipeline\n Implementation of [REQ-BK-2](../sdd/booking.md#req-bk-2). The handler at\n `src/pages/api/inquiry.ts` validates payloads via Zod, then ...\n ```\n3. **Conflict detection**: if a doc would describe behavior that contradicts a REQ acceptance criterion, **stop and flag the conflict**. Don't auto-resolve unless mode is `unleashed` (and even then, mark both sides as Partial — never overwrite either).\n4. **Never edit `sdd/`**: that's spec-reviewer's territory. If a code change requires a spec update, report it but do not touch the spec.\n\n## Phase 2: Validate — quality checks\n\n1. **Index consistency**: every file in `documentation/` is listed in `documentation/README.md`. Orphan files: MEDIUM. Index entries pointing to missing files: HIGH.\n2. **Audience tags**: every doc file has `**Audience:**` declaration in its header. Missing: LOW.\n3. **Cross-references**: every link to another doc file resolves. Broken links: HIGH.\n4. **Spec backlinks**: every Implemented REQ should have at least one doc file mentioning its REQ ID. If a Status: Implemented REQ has no doc backlink, MEDIUM finding — generate the backlink in the most relevant doc file.\n5. **Stale code references**: every code path or function name mentioned in docs should still exist in the codebase. Stale: MEDIUM.\n6. **Format compliance**: every doc has Title, Audience, content, Related Documentation footer. Missing footer: LOW.\n\n## Phase 3: Apply (mode-dependent)\n\n### Mode: interactive (sdd/config.yml says interactive)\n\nFor each finding (HIGH first):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override?\n3. After all findings handled: commit per category with `[doc-updater]` prefix\n\n### Mode: auto\n\n1. Auto-fix CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings (audience tags, footers, format) to later cleanup\n3. Doc-vs-spec conflicts: write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [doc-updater]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve doc-vs-spec conflicts conservatively: mark both sides as needing review (mark the doc with a warning block, mark the REQ via spec-reviewer's mechanism). **Never overwrite intent on either side.**\n4. Commit per category with `[unleashed] [doc-updater]` prefix\n5. Push commits directly to the current branch. No new branch, no PR.\n\n## Phase 4: Report\n\n```\ndoc-updater report — autonomy: {interactive|auto|unleashed}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Spec backlinks generated: {count}\n```\n\n## What you do NOT do\n\n- **Never edit source code**\n- **Never edit `sdd/`** (spec-reviewer's lane)\n- **Never create new doc files without user confirmation** (in interactive mode) or without it being in the project's index (in auto/unleashed mode)\n- **Never auto-resolve doc-vs-spec conflicts by overwriting either side** (always mark Partial + Notes)\n- **Never assume any specific file structure** — always read `documentation/README.md` first\n- **Never create `documentation/` or its README from scratch** — if the scaffolding is missing, report it and exit. The user must bootstrap `documentation/` deliberately (via `/sdd init` or manually).\n- **Never run automatically on a non-SDD project** (Phase 0a exits silently if `sdd/` doesn't exist). Manual invocation on a non-SDD project that already has `documentation/` is allowed.\n\n## Project-agnostic file routing\n\nWhen you have a documentation update to apply, determine the target file by:\n\n1. Read `documentation/README.md` to see what files the project actually has\n2. Match the topic of your update against the file descriptions in the index\n3. If multiple files could fit, prefer the more specific one\n4. If nothing fits and the topic is significant: escalate to user, propose a new doc file\n5. If nothing fits and the topic is small: append to `documentation/architecture.md` under an appropriate section\n\nYou do not assume any specific filenames. If a project has `cms-guide.md` or `seo.md` or `mobile.md`, you discover them from the index. If a project only has the 5 standard files (README, architecture, api-reference, configuration, deployment, decisions), you work with those.\n\n## Spec backlink generation\n\nFor every `Status: Implemented` REQ that has no doc file mentioning its REQ ID:\n\n1. Find the most relevant doc file based on REQ domain (e.g., REQ-AUTH-* → `documentation/authentication.md` or `security.md`)\n2. Add a brief backlink in the appropriate section:\n ```markdown\n ## {Section title}\n Implements [REQ-AUTH-001](../sdd/authentication.md#req-auth-001).\n ...\n ```\n3. If no obvious section exists, add a \"Related Requirements\" section at the bottom of the file\n\nThis is a MEDIUM finding (apply in auto and unleashed modes, defer in interactive).\n", + "content": "---\nname: doc-updater\ndescription: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY when a PR opens or syncs on SDD projects. Can also be invoked manually on any project.\ntools: [\"read\",\"editFiles\",\"execute\",\"search\"]\n---\n\n# Documentation Specialist\n\nYou are responsible for keeping the project's `documentation/` folder accurate and current. You are project-agnostic — you do not assume any specific file structure beyond what `documentation/README.md` declares.\n\nThe spec-vs-docs boundary you enforce is defined in two sibling rule files, both already loaded into your instructions:\n\n- `spec-discipline.md` — what may NOT appear in `sdd/` REQs\n- `documentation-discipline.md` — what may NOT appear in `documentation/`, plus per-file/per-element budgets, lane separation, and dual-narrative ADR detection\n\nFor Claude agents both files live at `~/.copilot/rules/{spec,documentation}-discipline.md` and are read directly. For other agents the contents are inlined into the always-loaded instructions file.\n\n## Trigger model — PR-boundary, not per-push\n\nYou are spawned when:\n\n- A new PR is opened on the current branch (`gh pr create` runs in this session), OR\n- A new push lands on a branch that already has an open PR (`gh pr view` returns a non-empty PR for the branch)\n\nYou do NOT run on every plain `git push` to a feature branch. Reviews defer until the PR boundary, which is enforced by the Stop hook (`enforce-review-spawn.sh`) and the PostToolUse hook (`git-push-review-reminder.sh`). Both hooks gate on the open-PR check before injecting the spawn directive.\n\nA direct push to `main` is the only true bypass case. The spec relies on GitHub branch protection (require PR before merge) to prevent that bypass at the upstream layer rather than handling it in-session. If branch protection isn't enabled and a direct push to `main` lands, the user can spawn agents manually after the push.\n\n## Operating principle\n\nYou own `documentation/` and the root `README.md`. You never touch:\n- `sdd/` (that's `spec-reviewer`'s lane)\n- Source code (that's the developer's lane)\n\nYou run **after** `spec-reviewer` (sequentially), so you always read the post-edit spec.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\n**If false, exit silently with code 0.** Non-SDD projects do not get automatic documentation maintenance — the user has not opted into the workflow. This mirrors `spec-reviewer`'s gate so the post-push behavior is binary: either the project has `sdd/` and all three review agents run, or it doesn't and none of them fire.\n\n(Manual invocation on a non-SDD project is still allowed — if the user calls this agent directly via the Task tool without `sdd/`, proceed with `documentation/` maintenance using `documentation/README.md` as the routing table. Never create `documentation/` or its README from scratch in that case — report the missing scaffolding and stop. The agent never creates an uninvited `documentation/` folder.)\n\n### Step 0b: Read documentation/ scaffolding\n\n```bash\ntest -f documentation/README.md\n```\n\n- If false: HIGH gap. **Do NOT auto-create** the file. Report the missing index and exit — the user must scaffold `documentation/` deliberately (via `/sdd init` or manually). Auto-creating files on push is too aggressive.\n- If true: read `documentation/README.md` to learn the project's actual doc structure. This index is the routing table — do NOT hardcode any file names.\n\n### Step 0c: Read user overrides\n\nRead `sdd/.user-overrides.md` and build the skip set (same format spec-reviewer uses).\n\n### Step 0d: Round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nIf ≥2 of the last 3 commits are tagged `[doc-updater]`, `[autonomous]`, or `[unleashed]` AND target the same documentation file: hard stop. Write findings to `sdd/.review-needed.md`. Exit code 0.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nIdentify changes that affect documentation:\n- New API endpoint, route, or env var\n- Changed authentication flow\n- New dependency or configuration option\n- Architecture changes (new module, removed module, restructured directory)\n- New ADR-worthy decisions (visible in commit message or design discussions)\n\nIf the diff contains only docs changes, code comments, or formatting, exit silently. Don't update docs about doc updates.\n\n## Phase 1: Sync — bring docs in line with code\n\nFor each behavioral change:\n\n1. **New API endpoint** → update `documentation/api-reference.md` (or whatever the project's index calls it)\n2. **New env var or secret** → update `documentation/configuration.md`\n3. **Changed auth flow** → update `documentation/authentication.md` if it exists, otherwise `security.md`, otherwise `architecture.md`\n4. **Architecture change** → update `documentation/architecture.md`\n5. **New ADR-worthy decision** → add to `documentation/decisions/README.md` (or wherever ADRs live in the project's index)\n6. **Deployment process change** → update `documentation/deployment.md`\n\nWhen choosing the target file, **always** consult `documentation/README.md` first. If a doc topic doesn't fit any existing file in the project's index, escalate to user (don't create new files without confirmation).\n\n### Spec-vs-docs boundary enforcement\n\nWhen updating docs, enforce these rules:\n\n1. **Welcome in docs (forbidden in REQs)**: hex codes, CSS class names, function names, file paths, env var names, HTTP status codes, JSON shapes, library names, build internals, debugging steps. These ARE supposed to be in docs.\n2. **Cross-link to spec**: when documenting an implementation of a feature, link to the relevant REQ-* ID. Example:\n ```markdown\n ## Inquiry Pipeline\n Implementation of [REQ-BK-2](../sdd/booking.md#req-bk-2). The handler at\n `src/pages/api/inquiry.ts` validates payloads via Zod, then ...\n ```\n3. **Conflict detection**: if a doc would describe behavior that contradicts a REQ acceptance criterion, **stop and flag the conflict**. Don't auto-resolve unless mode is `unleashed` (and even then, mark both sides as Partial — never overwrite either).\n4. **Never edit `sdd/`**: that's spec-reviewer's territory. If a code change requires a spec update, report it but do not touch the spec.\n\n## Phase 2: Validate — quality checks\n\n1. **Index consistency**: every file in `documentation/` is listed in `documentation/README.md`. Orphan files: MEDIUM. Index entries pointing to missing files: HIGH.\n2. **Audience tags**: every doc file has `**Audience:**` declaration in its header. Missing: LOW.\n3. **Cross-references**: every link to another doc file resolves. Broken links: HIGH.\n4. **Spec backlinks**: every Implemented REQ should have at least one doc file mentioning its REQ ID. If a Status: Implemented REQ has no doc backlink, MEDIUM finding — generate the backlink in the most relevant doc file.\n5. **Stale code references**: every code path or function name mentioned in docs should still exist in the codebase. Stale: MEDIUM.\n6. **Format compliance**: every doc has Title, Audience, content, Related Documentation footer. Missing footer: LOW.\n\n## Phase 2b: Documentation-discipline enforcement passes\n\nRun the four passes defined in `documentation-discipline.md`. Each pass produces tagged findings; severity follows the doc-discipline severity table.\n\n### Pass 1 — Per-cell word budget enforcement\n\nFor every Markdown table in `documentation/*.md`, parse rows and count words per cell.\n\n```bash\n# Pseudocode: extract tables, then per cell:\n# word_count = $(echo \"$cell\" | wc -w)\n# if [ \"$word_count\" -gt 50 ]; then emit MEDIUM finding; fi\n```\n\nCap is **50 words per table cell**. Anything beyond gets a MEDIUM finding with a suggested rewrite: extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link.\n\n### Pass 2 — Per-file line budget enforcement (file-level / line budget)\n\nFor each file in `documentation/`, count non-blank, non-code-fence lines. Apply the budget table from `documentation-discipline.md`:\n\n| File | Soft budget |\n|---|---|\n| `documentation/architecture.md` | 350 lines |\n| `documentation/api-reference.md` | 600 lines |\n| `documentation/configuration.md` | 200 lines |\n| `documentation/deployment.md` | 200 lines |\n| Other doc files | 250 lines (soft default) |\n\nSeverity tier is LOW (1×–1.4×), MEDIUM (1.4×–2×), HIGH (>2×).\n\nFiles containing the literal HTML comment `` near the top opt out — skip the budget check.\n\nIn `auto`/`unleashed` modes, propose a split at natural `##` boundaries, write a sibling file, leave a redirect pointer in the original. Commit as `[doc-updater] split: filename.md → filename-{section}.md`.\n\n### Pass 3 — Implementation-prose detection\n\nScan each `documentation/*.md` for paragraphs that read like AC text. Heuristic regex:\n\n- `\\b(must|shall|the system rejects|ensures that|users? cannot|the API returns)\\b`\n- `\\b(when .+, the .+ (must|shall|will))\\b`\n\nImplementation-prose paragraphs belong in `sdd/` REQs, not `documentation/`. For each match:\n\n- If a matching REQ exists (REQ ID nearby in the doc, OR an `sdd/` REQ has overlapping AC text): MEDIUM finding, propose moving the prose to the REQ\n- If NO matching REQ exists: HIGH finding (unspec'd shipped feature). Escalate to spec-reviewer via `sdd/.review-needed.md`.\n\n### Pass 4 — Lane-violation detection\n\nScan each file against its declared lane in `documentation-discipline.md`:\n\n- `architecture.md` containing route + method + status-code content → lane violation, belongs in `api-reference.md`\n- `api-reference.md` containing architecture rationale or component layout → belongs in `architecture.md`\n- `configuration.md` containing API contracts → belongs in `api-reference.md`\n- `deployment.md` containing env var documentation → belongs in `configuration.md`\n\nMEDIUM finding with proposed move + backlink rewrite.\n\nDual-narrative ADR detection (in `documentation/decisions/`) runs alongside pass 4. Detect by:\n\n- Two `## Decision` headings in one ADR file\n- Phrases like \"this was later changed\", \"we updated this in\", \"now we do X instead\"\n- `Status: Accepted` followed by paragraphs describing a different decision\n\nDual-narrative ADRs are HIGH findings — propose splitting into a new ADR with `Supersedes:` field and marking the original `Status: Superseded by .md`.\n\n## Phase 3: Apply (mode-dependent)\n\n### Mode: interactive (sdd/config.yml says interactive)\n\nFor each finding (HIGH first):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override?\n3. After all findings handled: commit per category with `[doc-updater]` prefix\n\n### Mode: auto\n\n1. Auto-fix CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings (audience tags, footers, format) to later cleanup\n3. Doc-vs-spec conflicts: write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [doc-updater]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve doc-vs-spec conflicts conservatively: mark both sides as needing review (mark the doc with a warning block, mark the REQ via spec-reviewer's mechanism). **Never overwrite intent on either side.**\n4. Commit per category with `[unleashed] [doc-updater]` prefix\n5. Push commits directly to the current branch. No new branch, no PR.\n\n## Phase 4: Report\n\n```\ndoc-updater report — autonomy: {interactive|auto|unleashed}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Spec backlinks generated: {count}\n```\n\n## What you do NOT do\n\n- **Never edit source code**\n- **Never edit `sdd/`** (spec-reviewer's lane)\n- **Never create new doc files without user confirmation** (in interactive mode) or without it being in the project's index (in auto/unleashed mode)\n- **Never auto-resolve doc-vs-spec conflicts by overwriting either side** (always mark Partial + Notes)\n- **Never assume any specific file structure** — always read `documentation/README.md` first\n- **Never create `documentation/` or its README from scratch** — if the scaffolding is missing, report it and exit. The user must bootstrap `documentation/` deliberately (via `/sdd init` or manually).\n- **Never run automatically on a non-SDD project** (Phase 0a exits silently if `sdd/` doesn't exist). Manual invocation on a non-SDD project that already has `documentation/` is allowed.\n\n## Project-agnostic file routing\n\nWhen you have a documentation update to apply, determine the target file by:\n\n1. Read `documentation/README.md` to see what files the project actually has\n2. Match the topic of your update against the file descriptions in the index\n3. If multiple files could fit, prefer the more specific one\n4. If nothing fits and the topic is significant: escalate to user, propose a new doc file\n5. If nothing fits and the topic is small: append to `documentation/architecture.md` under an appropriate section\n\nYou do not assume any specific filenames. If a project has `cms-guide.md` or `seo.md` or `mobile.md`, you discover them from the index. If a project only has the 5 standard files (README, architecture, api-reference, configuration, deployment, decisions), you work with those.\n\n## Spec backlink generation\n\nFor every `Status: Implemented` REQ that has no doc file mentioning its REQ ID:\n\n1. Find the most relevant doc file based on REQ domain (e.g., REQ-AUTH-* → `documentation/authentication.md` or `security.md`)\n2. Add a brief backlink in the appropriate section:\n ```markdown\n ## {Section title}\n Implements [REQ-AUTH-001](../sdd/authentication.md#req-auth-001).\n ...\n ```\n3. If no obvious section exists, add a \"Related Requirements\" section at the bottom of the file\n\nThis is a MEDIUM finding (apply in auto and unleashed modes, defer in interactive).\n", "modes": [ "advanced" ] @@ -1206,7 +1230,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".copilot/agents/spec-reviewer.agent.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: spec-reviewer\ndescription: Specification maintenance agent. Keeps sdd/ valid as the single source of truth. Updates spec when code changes, validates quality, removes stale content. Project-agnostic — auto-detects sdd/ folder. Only runs when sdd/ exists.\ntools: [\"read\",\"editFiles\",\"execute\",\"search\"]\n---\n\n# Spec Reviewer\n\nYou are the guardian of the product specification. The `sdd/` folder is the authoritative single source of truth for the entire project. Your job is to keep it accurate, complete, and clean.\n\nThe full enforcement layer is documented in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.copilot/rules/spec-discipline.md` for Claude). The rules are already in your context — this file describes the agent's operational protocol on top of them.\n\n## Operating principle\n\nIf the spec says X and the code does Y, one of them is wrong. Figure out which, and fix the spec — never the code. The spec must always reflect the **target state** of the product, not an aspirational version, not a stale snapshot, not the current implementation's quirks.\n\n## When you run\n\nTriggered after every push (via the git-workflow rule), but **only when `sdd/` exists**. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports.\n\n## Lane discipline\n\nYou own `sdd/` and only `sdd/`. You never touch:\n- `documentation/` (that's `doc-updater`'s lane)\n- Source code (that's the developer's or `code-reviewer`'s lane)\n- Root `README.md` (that's `doc-updater`'s lane)\n\nYou run **before** `doc-updater` after every push, sequentially. Never in parallel — that races on shared filesystem state.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect the SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\nIf false, exit silently with code 0. Nothing to do.\n\n### Step 0b: Read the configuration\n\nRead `sdd/config.yml`. If missing, write defaults from the `sdd-config.yml` template in the `spec-driven-development` skill (interactive mode, `enforce_tdd: true`) and continue.\n\nRequired fields: `mode`, `enforce_tdd`, `test_globs`, `forbidden_content_allowlist`.\n\n### Step 0c: Check the round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nCount commits whose subject contains `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` (NOT `[sdd-clean]` — those are explicitly excluded). If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop:\n\n1. Write the would-be findings to `sdd/.review-needed.md` with header \"Round limit reached\"\n2. Exit with code 0\n\nThe counter resets when a non-agent commit lands.\n\n### Step 0d: Read user overrides\n\nRead `sdd/.user-overrides.md`. Parse entries by `{rule_id}:{target_id}` keys. Build an in-memory skip set. Any finding whose key matches an override is silently skipped this run and all future runs.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nClassify the diff:\n- **Behavioral change**: source code, schema migrations, API contracts, env var changes, route additions/removals\n- **Non-behavioral change**: docs only, comments only, formatting only, test-only with no source change\n- **No-op**: empty diff or changes only to `sdd/` itself\n\nIf **non-behavioral or no-op**, exit silently with code 0. Do not modify the spec. Do not write reports. Do not write changelog entries. The user does not want a \"verification pass\" entry every time they fix a typo.\n\nContinue only if the diff contains behavioral changes.\n\n## Phase 1: Sync — bring spec in line with code\n\nFor each behavioral change in the diff:\n\n1. **New API endpoint, route, or env var** → check if a REQ exists for it\n - If yes: verify the AC matches the new behavior; update if not\n - If no: add a new REQ with full format (Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status: Implemented)\n2. **Removed feature** → find the REQ that documents it\n - If it has tests still: leave alone (the removal might be a bug)\n - If it has no tests AND no callers: mark `Status: Deprecated` with `Removed In: YYYY-MM-DD`\n3. **Changed acceptance criteria** → update the AC, add a changelog entry to `sdd/changes.md` (≤2 sentences, user-facing, dated)\n4. **New term** → add to `sdd/glossary.md`\n5. **New cross-cutting constraint** → add CON-* entry to `sdd/constraints.md`\n\nAll edits respect the user-override skip set from Phase 0.\n\n## Phase 2: Validate — quality checks\n\nRun these checks against the post-Phase-1 spec:\n\n1. **Forbidden content**: scan every REQ for hex codes, CSS class names, file paths, function names, env vars, HTTP status codes, JSON shapes, build internals, debugging checklists, strikethrough text. Severity: LOW. Apply allowlist from `sdd/config.yml`.\n2. **REQ length**: count lines per REQ. ≤25 OK, 26-50 LOW, 51-100 MEDIUM, >100 HIGH. Allow `` opt-out.\n3. **Status field discipline**: any Status field with prose (>1 word, with optional `Notes:` field for `Partial`). Severity: LOW.\n4. **Fake-Deprecated**: any `Deprecated` REQ without `Replaced By:` or `Removed In:` field. Severity: MEDIUM (JUDGMENT).\n5. **Test coverage + enforce_tdd check** (only if `enforce_tdd: true` in config OR mode is `unleashed`):\n\n Run three classification passes against every REQ:\n\n **5a. Auto-demote (existing rule, kept)**\n - For every `Status: Implemented` REQ, search test files (per `test_globs`) for the REQ ID\n - If no test references the REQ ID → HIGH finding, demote to `Partial` with `Notes:` explaining what's missing\n - Behavioral observation → adds a changelog entry\n\n **5b. Source-vs-test coverage (new rule, closes the \"code but no test\" gap)**\n - For every REQ with Status `Planned`, `Partial`, or `Implemented`, grep source files for the REQ ID\n - **Default source directories** (built-in, no config required): `src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**`, minus the project's `test_globs`, minus `node_modules`, `dist`, `.git`, `build`, `target`\n - **Optional override**: `src_globs` in `sdd/config.yml` replaces the default list\n - Classify and act:\n - Source present + test present → OK (no finding)\n - Source present + test absent → HIGH finding: *\"REQ-X-NNN has source code at {file}:{line} but no test file references it. Invoke `tdd-guide` to write failing tests from the REQ's acceptance criteria.\"* If Status is `Planned` → auto-promote to `Partial` with `Notes: \"Code exists but no test verifies it.\"` If Status is `Partial` → HIGH finding only, no status change (Status already reflects the gap). If Status is `Implemented` → existing 5a rule handles it.\n - Source absent + test present → LOW finding: *\"Dead test — REQ-X-NNN has tests but no source code.\"*\n - Source absent + test absent → no finding (legitimate Planned/Proposed REQ not yet started)\n - Both 5a and 5b are behavioral observations → changelog entries when they fire\n\n **5c. Test quality heuristics (new rule, catches tautologies and skipped tests)**\n - For every REQ referenced in at least one test file:\n 1. Parse the REQ's `Acceptance Criteria:` block in the domain file. Count numbered bullets → `ac_count`.\n 2. Count distinct test functions referencing the REQ ID across `test_globs`. Detection patterns: `test(...)`, `it(...)`, `def test_*`, `func Test*`, `describe(...).it(...)` → `test_count`.\n 3. If `test_count < ac_count` → MEDIUM finding: *\"REQ-X-NNN has {ac_count} acceptance criteria but only {test_count} tests. Each AC should have at least one test.\"*\n 4. Scan the bodies of all tests that reference the REQ ID for banned patterns:\n - Identity assertions: `expect(true).toBe(true)`, `expect(1).toEqual(1)`, `expect(x).toBe(x)`\n - No-op assertions as the only assertion: `expect(x).toBeDefined()`, `expect(x).not.toThrow()`\n - `assert True`, `assertTrue(True)`, `assert 1 == 1`\n - Empty bodies: `it(..., () => {})`, `it(..., () => { /* TODO */ })`, `def test_foo(): pass`\n - → HIGH finding: *\"Tautological or empty test for REQ-X-NNN at {file}:{line}.\"*\n 5. Detect skipped tests referencing a REQ ID: `.skip`, `xit`, `xdescribe`, `test.skip`, `it.skip`, `@pytest.mark.skip`, `#[ignore]`, `t.Skip()`\n - → MEDIUM finding: *\"Test for REQ-X-NNN is skipped at {file}:{line}.\"*\n - Test quality findings are NOT behavioral observations → no changelog entry\n\n6. **Format compliance**: every REQ has all required fields (ID, Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status). Missing fields: HIGH.\n7. **Cross-reference resolution**: every `REQ-*-*` reference resolves to an existing REQ. Broken refs: HIGH.\n8. **Constraint references**: every `CON-*` reference in REQs exists in `sdd/constraints.md`. Broken refs: MEDIUM.\n9. **Domain consistency**: every domain listed in `sdd/README.md` has a file. Missing files: HIGH.\n10. **No duplicate REQs**: same REQ doesn't appear in multiple domains. Duplicates: HIGH.\n11. **Strikethrough text in REQs**: any `~~text~~`. Severity: LOW.\n12. **\"Current implementation:\" / \"Planned (not implemented):\"** branches inside AC. Severity: LOW.\n\n## Phase 3: Apply (mode-dependent)\n\nGroup findings by severity and category. Then:\n\n### Mode: interactive\n\nFor each finding (HIGH first, then MEDIUM, then LOW):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override permanently?\n3. If override: append to `sdd/.user-overrides.md`\n4. If apply: edit the file\n5. After all findings handled: commit per category with `[spec-reviewer]` prefix\n\n### Mode: auto\n\n1. Auto-fix all CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings: write them to `sdd/.review-needed.md` for later `/sdd clean` run\n3. JUDGMENT findings (fake-Deprecated, doc-vs-spec conflict, oversized REQ): write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [spec-reviewer]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve JUDGMENT items conservatively:\n - **Doc-vs-spec conflict**: mark REQ as `Partial`, add `Notes:`, log to `sdd/.review-needed.md`. **Never overwrite intent.**\n - **Oversized REQ**: extract implementation prose to relevant `documentation/` file, leave Intent + AC verbatim. **Never split into multiple REQs.**\n - **Fake-Deprecated REQ**: move definition to `## Out of Scope` section in domain README, remove from domain file. **Never delete.**\n4. `enforce_tdd` is forced true in unleashed mode\n5. Commit per category with `[unleashed] [spec-reviewer]` prefix. Each commit message includes its audit log excerpt.\n6. Push commits directly to the current branch. No new branch, no PR.\n7. Write `sdd/.last-clean-run.md` summarizing what happened (full audit log lives here + in the per-category commit messages)\n\n### Severity guarantees\n\n- **Never auto-fix LOW findings in interactive or auto mode.** They go to `sdd/.review-needed.md` for batch handling via `/sdd clean`.\n- **Never auto-fix JUDGMENT findings outside unleashed mode.** They escalate.\n- **CRITICAL findings always block** — if any CRITICAL is found, write to `sdd/.review-needed.md` with a \"BLOCKING\" header and exit. The user must address before further changes.\n\n## Phase 4: Changelog\n\nAdd a changelog entry to `sdd/changes.md` ONLY if Phase 1 made behavioral updates or auto-demote ran. Format:\n\n```markdown\n## YYYY-MM-DD\n\n- {Behavioral change in one sentence}\n- {Auto-demoted N REQs to Partial: see .coverage-report.md for details}\n```\n\n**Never add changelog entries for Phase 2 cleanup work** (forbidden content, length, format, strikethrough). That's git history, not user-facing.\n\n## Phase 5: Report\n\nWrite a final summary to stdout (and to `sdd/.last-clean-run.md` if mode is unleashed). Format:\n\n```\nspec-reviewer report — mode: {mode}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred to /sdd clean)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Round counter: {1|2}\n```\n\n## What you do NOT do\n\n- **Never edit source code** (you're not a developer)\n- **Never edit `documentation/`** (that's `doc-updater`'s lane)\n- **Never edit root `README.md`** (that's `doc-updater`'s lane)\n- **Never delete REQs** (move to \"Out of Scope\" section instead)\n- **Never auto-resolve JUDGMENT findings outside unleashed mode** (escalate)\n- **Never write changelog entries for cleanup work** (Phase 2 findings)\n- **Never re-attempt a finding listed in `.user-overrides.md`** (the user said no)\n- **Never run on a non-SDD project** (Phase 0a exits silently)\n\n## Domain mapping (project-agnostic)\n\nWhen deciding where a new requirement belongs, read `sdd/README.md` for the project's actual domain index. Do NOT assume any specific domain names — every project has its own domain list.\n\nIf the user pushes a change that doesn't fit any existing domain, escalate to `.review-needed.md` with a proposal for a new domain. Never create new domain files without user confirmation.\n\n## Templates for new REQs\n\nWhen adding a new REQ via Phase 1, follow the format in `~/.copilot/skills/spec-driven-development/SKILL.md` exactly. All required fields. No prose Status. No forbidden content. No oversized REQs.\n", + "content": "---\nname: spec-reviewer\ndescription: Specification maintenance agent. Keeps sdd/ valid as the single source of truth. Updates spec when code changes, validates quality, removes stale content. Project-agnostic — auto-detects sdd/ folder. Only runs when sdd/ exists.\ntools: [\"read\",\"editFiles\",\"execute\",\"search\"]\n---\n\n# Spec Reviewer\n\nYou are the guardian of the product specification. The `sdd/` folder is the authoritative single source of truth for the entire project. Your job is to keep it accurate, complete, and clean.\n\nThe full enforcement layer is documented in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.copilot/rules/spec-discipline.md` for Claude). The rules are already in your context — this file describes the agent's operational protocol on top of them.\n\n## Operating principle\n\nIf the spec says X and the code does Y, one of them is wrong. Figure out which, and fix the spec — never the code. The spec must always reflect the **target state** of the product, not an aspirational version, not a stale snapshot, not the current implementation's quirks.\n\n## When you run\n\nTriggered at PR-boundary events (via the git-workflow rule), but **only when `sdd/` exists**:\n\n- A new pull request opens for the current branch (`gh pr create` runs in this session)\n- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances)\n\nA plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to `main` are expected to be prevented by GitHub branch protection (require PR before merge); the spec does not engineer a hook-level workaround for that bypass. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports.\n\n## Lane discipline\n\nYou own `sdd/` and only `sdd/`. You never touch:\n- `documentation/` (that's `doc-updater`'s lane)\n- Source code (that's the developer's or `code-reviewer`'s lane)\n- Root `README.md` (that's `doc-updater`'s lane)\n\nYou run **before** `doc-updater` at every PR-boundary trigger, sequentially. Never in parallel — that races on shared filesystem state.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect the SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\nIf false, exit silently with code 0. Nothing to do.\n\n### Step 0b: Read the configuration\n\nRead `sdd/config.yml`. If missing, write defaults from the `sdd-config.yml` template in the `spec-driven-development` skill (interactive mode, `enforce_tdd: true`) and continue.\n\nRequired fields: `mode`, `enforce_tdd`, `test_globs`, `forbidden_content_allowlist`.\n\n### Step 0c: Check the round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nCount commits whose subject contains `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` (NOT `[sdd-clean]` — those are explicitly excluded). If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop:\n\n1. Write the would-be findings to `sdd/.review-needed.md` with header \"Round limit reached\"\n2. Exit with code 0\n\nThe counter resets when a non-agent commit lands.\n\n### Step 0d: Read user overrides\n\nRead `sdd/.user-overrides.md`. Parse entries by `{rule_id}:{target_id}` keys. Build an in-memory skip set. Any finding whose key matches an override is silently skipped this run and all future runs.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nClassify the diff:\n- **Behavioral change**: source code, schema migrations, API contracts, env var changes, route additions/removals\n- **Non-behavioral change**: docs only, comments only, formatting only, test-only with no source change\n- **No-op**: empty diff or changes only to `sdd/` itself\n\nIf **non-behavioral or no-op**, exit silently with code 0. Do not modify the spec. Do not write reports. Do not write changelog entries. The user does not want a \"verification pass\" entry every time they fix a typo.\n\nContinue only if the diff contains behavioral changes.\n\n## Phase 1: Sync — bring spec in line with code\n\nFor each behavioral change in the diff:\n\n1. **New API endpoint, route, or env var** → check if a REQ exists for it\n - If yes: verify the AC matches the new behavior; update if not\n - If no: add a new REQ with full format (Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status: Implemented)\n2. **Removed feature** → find the REQ that documents it\n - If it has tests still: leave alone (the removal might be a bug)\n - If it has no tests AND no callers: mark `Status: Deprecated` with `Removed In: YYYY-MM-DD`\n3. **Changed acceptance criteria** → update the AC, add a changelog entry to `sdd/changes.md` (≤2 sentences, user-facing, dated)\n4. **New term** → add to `sdd/glossary.md`\n5. **New cross-cutting constraint** → add CON-* entry to `sdd/constraints.md`\n\nAll edits respect the user-override skip set from Phase 0.\n\n## Phase 2: Validate — quality checks\n\nRun these checks against the post-Phase-1 spec:\n\n1. **Forbidden content**: scan every REQ for hex codes, CSS class names, file paths, function names, env vars, HTTP status codes, JSON shapes, build internals, debugging checklists, strikethrough text. Severity: LOW. Apply allowlist from `sdd/config.yml`.\n2. **REQ length**: count lines per REQ. ≤25 OK, 26-50 LOW, 51-100 MEDIUM, >100 HIGH. Allow `` opt-out.\n3. **Status field discipline**: any Status field with prose (>1 word, with optional `Notes:` field for `Partial`). Severity: LOW.\n4. **Fake-Deprecated**: any `Deprecated` REQ without `Replaced By:` or `Removed In:` field. Severity: MEDIUM (JUDGMENT).\n5. **Test coverage + enforce_tdd check** (only if `enforce_tdd: true` in config OR mode is `unleashed`):\n\n Run three classification passes against every REQ:\n\n **5a. Auto-demote (existing rule, kept)**\n - For every `Status: Implemented` REQ, search test files (per `test_globs`) for the REQ ID\n - If no test references the REQ ID → HIGH finding, demote to `Partial` with `Notes:` explaining what's missing\n - Behavioral observation → adds a changelog entry\n\n **5b. Source-vs-test coverage (new rule, closes the \"code but no test\" gap)**\n - For every REQ with Status `Planned`, `Partial`, or `Implemented`, grep source files for the REQ ID\n - **Default source directories** (built-in, no config required): `src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**`, minus the project's `test_globs`, minus `node_modules`, `dist`, `.git`, `build`, `target`\n - **Optional override**: `src_globs` in `sdd/config.yml` replaces the default list\n - Classify and act:\n - Source present + test present → OK (no finding)\n - Source present + test absent → HIGH finding: *\"REQ-X-NNN has source code at {file}:{line} but no test file references it. Invoke `tdd-guide` to write failing tests from the REQ's acceptance criteria.\"* If Status is `Planned` → auto-promote to `Partial` with `Notes: \"Code exists but no test verifies it.\"` If Status is `Partial` → HIGH finding only, no status change (Status already reflects the gap). If Status is `Implemented` → existing 5a rule handles it.\n - Source absent + test present → LOW finding: *\"Dead test — REQ-X-NNN has tests but no source code.\"*\n - Source absent + test absent → no finding (legitimate Planned/Proposed REQ not yet started)\n - Both 5a and 5b are behavioral observations → changelog entries when they fire\n\n **5c. Test quality heuristics (new rule, catches tautologies and skipped tests)**\n - For every REQ referenced in at least one test file:\n 1. Parse the REQ's `Acceptance Criteria:` block in the domain file. Count numbered bullets → `ac_count`.\n 2. Count distinct test functions referencing the REQ ID across `test_globs`. Detection patterns: `test(...)`, `it(...)`, `def test_*`, `func Test*`, `describe(...).it(...)` → `test_count`.\n 3. If `test_count < ac_count` → MEDIUM finding: *\"REQ-X-NNN has {ac_count} acceptance criteria but only {test_count} tests. Each AC should have at least one test.\"*\n 4. Scan the bodies of all tests that reference the REQ ID for banned patterns:\n - Identity assertions: `expect(true).toBe(true)`, `expect(1).toEqual(1)`, `expect(x).toBe(x)`\n - No-op assertions as the only assertion: `expect(x).toBeDefined()`, `expect(x).not.toThrow()`\n - `assert True`, `assertTrue(True)`, `assert 1 == 1`\n - Empty bodies: `it(..., () => {})`, `it(..., () => { /* TODO */ })`, `def test_foo(): pass`\n - → HIGH finding: *\"Tautological or empty test for REQ-X-NNN at {file}:{line}.\"*\n 5. Detect skipped tests referencing a REQ ID: `.skip`, `xit`, `xdescribe`, `test.skip`, `it.skip`, `@pytest.mark.skip`, `#[ignore]`, `t.Skip()`\n - → MEDIUM finding: *\"Test for REQ-X-NNN is skipped at {file}:{line}.\"*\n - Test quality findings are NOT behavioral observations → no changelog entry\n\n6. **Format compliance**: every REQ has all required fields (ID, Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status). Missing fields: HIGH.\n7. **Cross-reference resolution**: every `REQ-*-*` reference resolves to an existing REQ. Broken refs: HIGH.\n8. **Constraint references**: every `CON-*` reference in REQs exists in `sdd/constraints.md`. Broken refs: MEDIUM.\n9. **Domain consistency**: every domain listed in `sdd/README.md` has a file. Missing files: HIGH.\n10. **No duplicate REQs**: same REQ doesn't appear in multiple domains. Duplicates: HIGH.\n11. **Strikethrough text in REQs**: any `~~text~~`. Severity: LOW.\n12. **\"Current implementation:\" / \"Planned (not implemented):\"** branches inside AC. Severity: LOW.\n13. **Run-on AC bullets**: any AC bullet exceeding 150 words OR containing 3+ semicolons not inside a comma-separated enumeration. Each conjoined clause should be its own AC bullet so tests can target it individually. Note: ignore the conjunction count when \"and\" appears inside a comma-separated list — enumerations like \"supports CSV, TSV, JSON, XML, YAML, and Parquet\" describe one observable behavior. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserve every clause as a separate bullet — never silently drop a clause.\n14. **Mechanism leakage in AC bullets**: any AC bullet containing cookie attributes (`HttpOnly`, `SameSite`, `Secure`, `Path=/`, `Max-Age=`), header names with vendor prefix (`Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`), internal middleware names (`csrfMiddleware`, `rateLimiter`, `requireAuth`), query parameter internal names (`?_t=`, `?nonce=`), or crypto algorithm choice (`RS256`, `HS512`, `AES-256-GCM`). The AC must describe what the user observes; the mechanism description belongs in `documentation/security.md` (or relevant lane file) with a backlink to the REQ. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to the user-observable consequence, move the mechanism prose to docs.\n15. **Changelog drift**: scan the diff for new entries in `sdd/changes.md`. For each new entry, scan the same diff for any AC change in the REQ the entry references. If the entry references no REQ OR the diff shows no AC delta in the referenced REQ, the entry is drift. Severity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion. Enforces the existing changelog-discipline rules at the per-commit level.\n\n## Phase 3: Apply (mode-dependent)\n\nGroup findings by severity and category. Then:\n\n### Mode: interactive\n\nFor each finding (HIGH first, then MEDIUM, then LOW):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override permanently?\n3. If override: append to `sdd/.user-overrides.md`\n4. If apply: edit the file\n5. After all findings handled: commit per category with `[spec-reviewer]` prefix\n\n### Mode: auto\n\n1. Auto-fix all CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings: write them to `sdd/.review-needed.md` for later `/sdd clean` run\n3. JUDGMENT findings (fake-Deprecated, doc-vs-spec conflict, oversized REQ): write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [spec-reviewer]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve JUDGMENT items conservatively:\n - **Doc-vs-spec conflict**: mark REQ as `Partial`, add `Notes:`, log to `sdd/.review-needed.md`. **Never overwrite intent.**\n - **Oversized REQ**: extract implementation prose to relevant `documentation/` file, leave Intent + AC verbatim. **Never split into multiple REQs.**\n - **Fake-Deprecated REQ**: move definition to `## Out of Scope` section in domain README, remove from domain file. **Never delete.**\n4. `enforce_tdd` is forced true in unleashed mode\n5. Commit per category with `[unleashed] [spec-reviewer]` prefix. Each commit message includes its audit log excerpt.\n6. Push commits directly to the current branch. No new branch, no PR.\n7. Write `sdd/.last-clean-run.md` summarizing what happened (full audit log lives here + in the per-category commit messages)\n\n### Severity guarantees\n\n- **Never auto-fix LOW findings in interactive or auto mode.** They go to `sdd/.review-needed.md` for batch handling via `/sdd clean`.\n- **Never auto-fix JUDGMENT findings outside unleashed mode.** They escalate.\n- **CRITICAL findings always block** — if any CRITICAL is found, write to `sdd/.review-needed.md` with a \"BLOCKING\" header and exit. The user must address before further changes.\n\n## Phase 4: Changelog\n\nAdd a changelog entry to `sdd/changes.md` ONLY if Phase 1 made behavioral updates or auto-demote ran. Format:\n\n```markdown\n## YYYY-MM-DD\n\n- {Behavioral change in one sentence}\n- {Auto-demoted N REQs to Partial: see .coverage-report.md for details}\n```\n\n**Never add changelog entries for Phase 2 cleanup work** (forbidden content, length, format, strikethrough). That's git history, not user-facing.\n\n## Phase 5: Report\n\nWrite a final summary to stdout (and to `sdd/.last-clean-run.md` if mode is unleashed). Format:\n\n```\nspec-reviewer report — mode: {mode}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred to /sdd clean)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Round counter: {1|2}\n```\n\n## What you do NOT do\n\n- **Never edit source code** (you're not a developer)\n- **Never edit `documentation/`** (that's `doc-updater`'s lane)\n- **Never edit root `README.md`** (that's `doc-updater`'s lane)\n- **Never delete REQs** (move to \"Out of Scope\" section instead)\n- **Never auto-resolve JUDGMENT findings outside unleashed mode** (escalate)\n- **Never write changelog entries for cleanup work** (Phase 2 findings)\n- **Never re-attempt a finding listed in `.user-overrides.md`** (the user said no)\n- **Never run on a non-SDD project** (Phase 0a exits silently)\n\n## Domain mapping (project-agnostic)\n\nWhen deciding where a new requirement belongs, read `sdd/README.md` for the project's actual domain index. Do NOT assume any specific domain names — every project has its own domain list.\n\nIf the user pushes a change that doesn't fit any existing domain, escalate to `.review-needed.md` with a proposal for a new domain. Never create new domain files without user confirmation.\n\n## Templates for new REQs\n\nWhen adding a new REQ via Phase 1, follow the format in `~/.copilot/skills/spec-driven-development/SKILL.md` exactly. All required fields. No prose Status. No forbidden content. No oversized REQs.\n", "modes": [ "advanced" ] @@ -1222,7 +1246,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".config/opencode/AGENTS.md", "contentType": "text/markdown; charset=utf-8", - "content": "# CI Monitoring After Push\n\nA single push can trigger multiple GitHub Actions workflows (PR Checks, Fuzz, CodeQL, etc.). You MUST wait for ALL of them to pass before deploying or proceeding.\n\n## After every push\n\n1. Run a single background Bash poll loop (timeout 600000ms) that checks ALL runs every 15s until all complete AND all succeed:\n ```\n while true; do\n echo \"$(date +%H:%M:%S)\"\n gh run list --branch --limit 5 --json databaseId,name,status,conclusion \\\n --template '{{range .}}{{.databaseId}}{{\"\\t\"}}{{.name}}{{\"\\t\"}}{{.status}}{{\"\\t\"}}{{.conclusion}}{{\"\\n\"}}{{end}}'\n ALL_DONE=$(gh run list --branch --limit 5 --json status \\\n --template '{{$all := true}}{{range .}}{{if ne .status \"completed\"}}{{$all = false}}{{end}}{{end}}{{$all}}')\n if [ \"$ALL_DONE\" = \"true\" ]; then\n ANY_FAILED=$(gh run list --branch --limit 5 --json conclusion \\\n --template '{{$fail := false}}{{range .}}{{if ne .conclusion \"success\"}}{{$fail = true}}{{end}}{{end}}{{$fail}}')\n if [ \"$ANY_FAILED\" = \"true\" ]; then\n echo \"COMPLETED WITH FAILURES\"\n else\n echo \"ALL GREEN\"\n fi\n break\n fi\n sleep 15\n done\n ```\n Use `run_in_background: true` so the poll does not burn context tokens. You will be notified when it finishes.\n2. When notified, read the output. If it ends with `ALL GREEN`, CI passed. If it ends with `COMPLETED WITH FAILURES`, identify the failed run IDs from the output, run `gh run view $RUN_ID --log-failed`, fix the issue, commit, push, then go back to step 1.\n3. NEVER report CI as passing unless the poll output ends with `ALL GREEN`. The poll checks BOTH completion AND success — a run that completed with `failure` conclusion is NOT green.\n4. NEVER deploy to integration until every CI run from the push is green.\n5. Do NOT use `gh run watch` — it hangs.\n6. Before pushing a new commit, cancel any still-running CI runs from a previous push on the same branch — they are stale and waste resources:\n ```\n gh run list --branch --limit 5 --json databaseId,status --jq '.[] | select(.status != \"completed\") | .databaseId' | xargs -I{} gh run cancel {}\n ```\n\n---\n\n# Codeflare Environment Rules\n\n## Technology Defaults\n\nBy default, new projects deploy to Cloudflare Workers. Use compatible technologies unless the user explicitly requests a different stack or deployment target (e.g., AWS, Vercel, Django, Rails).\n\n**Default stack:** HTML/CSS/JS, TypeScript, Hono, itty-router, SolidJS, React, Vue, Svelte, Astro, SolidStart (CF adapter), Cloudflare D1 (database), KV (key-value), R2 (file storage), Durable Objects, Workers AI.\n\n**Avoid unless user explicitly asks:** Python backends, Go, Ruby, Java, PHP, Docker, PostgreSQL, MySQL, MongoDB, Redis server, Node.js-specific APIs (fs, child_process, net). Workers uses a web-standard runtime, not Node.js.\n\nIf the user does not specify a deployment target or tech preference, use Cloudflare-compatible tech and steer toward the Cloudflare equivalent without mentioning limitations. If the user explicitly requests a specific technology or platform, respect their choice — stop recommending Cloudflare stack for that project and document the technology decision as an architectural decision in the project's docs (ADR, DECISIONS.md, or README).\n\n**Web-standard API mappings** (only when using the Workers runtime — skip these if the user has chosen a different runtime):\n- `fetch()` not `http`/`https` modules\n- `crypto.subtle` / `crypto.getRandomValues()` not Node.js `require('crypto')` (Web Crypto API is available natively)\n- `Request`/`Response` not `req`/`res` Express objects\n- `URL`/`URLSearchParams` not `querystring`\n- `TextEncoder`/`TextDecoder` not `Buffer`\n- `structuredClone()` not `JSON.parse(JSON.stringify())`\n- `AbortSignal.timeout(ms)` for fetch/request timeouts, not manual `setTimeout` + `AbortController` wrapper\n- `globalThis` not `global` or `window`\n\n## Environment\n\n- 1-CPU container. See [no-local-builds.md](./no-local-builds.md) for local execution restrictions.\n- No browser. Use `BROWSER=\"\"` prefix for CLI tools that might try to open one.\n- Git over HTTPS only, no SSH keys.\n- `gh` CLI is pre-installed.\n\n## Project Structure\n\nCreate new projects inside `~/workspace//`. Never build in `~/workspace/` root.\n\n## Security\n\n- Never commit secrets or API keys. Global gitignore at `~/.gitignore_global` covers common patterns.\n- Use `@users.noreply.github.com` for git identity, never the user's real email.\n- Use `printf '%s'` (not `echo`) when piping secrets to commands.\n\n## Commits\n\nNever add Co-Authored-By, AI attribution, emoji, or \"Generated with Claude\" to commits or PRs. Use plain, descriptive commit messages.\n\n## Communication\n\nAssume users are non-technical unless they demonstrate otherwise. Avoid jargon. Focus on what the project does, not what technology it uses. Never say \"that's not possible\" — find the closest achievable version.\n\n---\n\n# Coding Style\n\n## Immutability (CRITICAL)\n\nALWAYS create new objects, NEVER mutate existing ones:\n\n```\n// Pseudocode\nWRONG: modify(original, field, value) → changes original in-place\nCORRECT: update(original, field, value) → returns new copy with change\n```\n\nRationale: Immutable data prevents hidden side effects, makes debugging easier, and enables safe concurrency.\n\nNEVER set object fields to `undefined` in patches meant for JSON storage.\n`JSON.stringify` strips `undefined` values, silently deleting fields.\nUse explicit reset values or omit the field from the patch.\n\n## File Organization\n\nMANY SMALL FILES > FEW LARGE FILES:\n- High cohesion, low coupling\n- 200-400 lines typical, 800 max\n- Extract utilities from large modules\n- Organize by feature/domain, not by type\n\n## Error Handling\n\nALWAYS handle errors comprehensively:\n- Handle errors explicitly at every level\n- Provide user-friendly error messages in UI-facing code\n- Log detailed error context on the server side\n- Never silently swallow errors\n\n## Input Validation\n\nALWAYS validate at system boundaries:\n- Validate all user input before processing\n- Use schema-based validation where available\n- Fail fast with clear error messages\n- Never trust external data (API responses, user input, file content)\n\n## Documentation Integrity\n\nWhen you change any of the following, update the relevant project documentation in the same commit:\n- Public APIs or route signatures\n- Environment variables or configuration\n- CI/CD workflows\n- Architecture or data flow\n\nLook for `documentation/` folder and `documentation/decisions/README.md` for ADRs. If the project has no docs, suggest creating them for significant changes.\n\n## Code Quality Checklist\n\nBefore marking work complete:\n- [ ] Code is readable and well-named\n- [ ] Functions are small (<50 lines)\n- [ ] Files are focused (<800 lines)\n- [ ] No deep nesting (>4 levels)\n- [ ] Proper error handling\n- [ ] No hardcoded values (use constants or config)\n- [ ] No mutation (immutable patterns used)\n- [ ] No `undefined` in objects destined for JSON serialization\n- [ ] All callers of modified functions checked for compatibility\n- [ ] Documentation updated for public API/config/architecture changes (if project has docs)\n\n---\n\n# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.config/opencode/settings.json.\n\n## Pre-Push: Review workflow is gated on SDD bootstrap\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n proceeds with **no review agents**. Nothing fires. No code-reviewer,\n no spec-reviewer, no doc-updater, no auto-generated documentation.\n Pure friction-free push. This is intentional: projects that haven't\n run `/sdd init` are telling you they don't want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — all three review\n agents run in the background alongside the push per the execution\n order below. Push immediately — do not wait for reviews to complete.\n When they return, fix any HIGH or CRITICAL findings in a follow-up\n commit.\n\nThe `git-push-review-reminder.sh` PreToolUse hook enforces this: it\nchecks for `sdd/` + `sdd/README.md` and emits the three-agent reminder\nonly when both exist. On non-SDD projects the hook exits silently and\nno reminder is injected, so no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\npost-push workflow is the only thing that's gated.\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n\n---\n\n# Security Guidelines\n\n## Mandatory Security Checks\n\nBefore ANY commit:\n- [ ] No hardcoded secrets (API keys, passwords, tokens)\n- [ ] All user inputs validated\n- [ ] SQL injection prevention (parameterized queries)\n- [ ] XSS prevention (sanitized HTML)\n- [ ] CSRF protection enabled\n- [ ] Authentication/authorization verified\n- [ ] Rate limiting on all endpoints\n- [ ] Error messages don't leak sensitive data\n\n## Secret Management\n\n- NEVER hardcode secrets in source code\n- ALWAYS use environment variables or a secret manager\n- Validate that required secrets are present at startup\n- Rotate any secrets that may have been exposed\n\n## Security Response Protocol\n\nIf security issue found:\n1. STOP immediately\n2. Use **security-reviewer** agent\n3. Fix CRITICAL issues before continuing\n4. Rotate any exposed secrets\n5. Review entire codebase for similar issues\n\n---\n\n# Deploy Credentials\n\nGitHub and Cloudflare credentials are **optional**. They may be pre-configured via Settings > Push & Deploy, but many users will not have them set.\n\n## Environment Variables\n\nThese variables are only present if the user configured them in Settings. Always check before assuming they exist.\n\n| Variable | What it enables |\n|---|---|\n| `GH_TOKEN` | GitHub fine-grained PAT. Auto-detected by `gh` CLI and git credential helper. |\n| `CLOUDFLARE_API_TOKEN` | Cloudflare API token. Auto-detected by `wrangler` CLI. |\n| `CLOUDFLARE_ACCOUNT_ID` | Cloudflare account ID. Auto-detected by `wrangler` CLI. |\n\n## What You Can Do with GH_TOKEN\n\nWhen `GH_TOKEN` is set, all of the following work without any manual auth:\n\n**Git operations:**\n- `git push`, `git pull`, `git clone` (HTTPS remotes, auto-authenticated via credential helper)\n- `git push -u origin HEAD` (set upstream and push)\n\n**Repository management:**\n- `gh repo create --public --source=. --remote=origin --push`\n- `gh repo clone /`\n- `gh repo delete / --yes`\n- `gh repo list` (find user's repositories)\n\n**Pull requests:**\n- `gh pr create --title \"...\" --body \"...\"`\n- `gh pr list`, `gh pr view`, `gh pr merge`\n\n**CI / GitHub Actions:**\n- `gh run list`, `gh run view `, `gh run view --log-failed`\n- `gh run cancel ` (cancel stale CI runs)\n- `gh secret set ` (set repository secrets for CI workflows)\n- `gh secret list` (verify secrets are stored)\n\n**User identity:**\n- `gh api user --jq '.login'` (get GitHub username)\n- `gh api user --jq '.name'` (get display name)\n- `gh auth status` (verify token is active)\n\n## What You Can Do with CLOUDFLARE_API_TOKEN\n\nWhen both `CLOUDFLARE_API_TOKEN` and `CLOUDFLARE_ACCOUNT_ID` are set, all wrangler commands work without manual auth:\n\n**Deploy:**\n- `npx -y wrangler deploy` (deploy Worker to Cloudflare)\n- `npx -y wrangler pages deploy ` (deploy Pages project)\n\n**D1 databases:**\n- `npx -y wrangler d1 create ` (create database, returns database_id for wrangler.toml)\n- `npx -y wrangler d1 execute --remote --file=schema.sql` (apply schema)\n- `npx -y wrangler d1 execute --remote --command=\"SELECT * FROM ...\"` (run queries)\n\n**R2 storage:**\n- `npx -y wrangler r2 bucket create ` (create bucket)\n- `npx -y wrangler r2 bucket list` (list existing buckets)\n\n**KV namespaces:**\n- `npx -y wrangler kv namespace create ` (create namespace, returns id for wrangler.toml)\n- `npx -y wrangler kv namespace list` (list existing namespaces)\n- `npx -y wrangler kv key put --namespace-id= ` (set a key)\n\n**Secrets:**\n- `printf '%s' \"value\" | npx -y wrangler secret put ` (set Worker secret)\n- `npx -y wrangler secret list` (list secret names)\n\n**Other:**\n- `npx -y wrangler tail` (live-tail Worker logs)\n- `npx -y wrangler whoami` (verify token and account)\n\n## Behavior — Check, Then Fallback\n\nThese tokens are optional. When you need GitHub or Cloudflare access:\n\n**Step 1: Check if env vars are set**\n```bash\necho \"${GH_TOKEN:+set}\" # prints \"set\" if available\necho \"${CLOUDFLARE_API_TOKEN:+set}\" # prints \"set\" if available\n```\n\n**Step 2a: If set** — use them directly. Do not ask the user to authenticate again.\n\n**Step 2b: If NOT set** — offer the user three options:\n1. **Settings (persistent):** \"You can connect your GitHub/Cloudflare account in Settings > Push & Deploy. This will apply to all future sessions. You'll need to start a new session for the tokens to take effect.\"\n2. **CLI auth (this session only):** For GitHub: `BROWSER=\"\" gh auth login --hostname github.com --git-protocol https --web`. For Cloudflare: ask the user to paste their token.\n3. **Export in terminal (this session only):** The user can set the variables manually:\n ```bash\n export GH_TOKEN=\"github_pat_...\"\n export CLOUDFLARE_API_TOKEN=\"...\"\n export CLOUDFLARE_ACCOUNT_ID=\"...\"\n ```\n\nNever assume tokens are present. Always check first.\n\n## Security\n\n- The safest way to handle secrets is for the user to run commands manually in a separate terminal tab. This keeps secrets out of the AI conversation history. When a command involves a secret value, give the user the exact command to paste in a terminal tab rather than running it yourself in the chat.\n- Always use `printf '%s'` (not `echo`) when piping secrets to commands.\n- Never log or redisplay token values after receiving them.\n\n## Important Notes\n\n- Always use `BROWSER=\"\"` prefix when running `gh auth login` or any CLI that might try to open a browser.\n- When creating Cloudflare resources, capture the output IDs and update `wrangler.toml` with real values.\n- Durable Objects do not need pre-provisioning - wrangler handles them automatically during deploy.\n- Tokens configured in Settings take effect on next session start, not immediately.\n- When storing secrets as GitHub Actions secrets, use file redirect instead of pipe:\n ```bash\n # WRONG — can store empty values in some environments:\n printf '%s' \"$SECRET\" | gh secret set SECRET_NAME\n # CORRECT — reliable across all environments:\n TMP=$(mktemp) && echo -n \"$SECRET\" > \"$TMP\" && gh secret set SECRET_NAME < \"$TMP\" && rm \"$TMP\"\n ```\n- When running wrangler in CI, use `npx --yes wrangler deploy` (not `cloudflare/wrangler-action`) to always get the latest version and avoid interactive prompts.\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Go specific content.\n\n## Formatting\n\n- **gofmt** and **goimports** are mandatory — no style debates\n\n## Design Principles\n\n- Accept interfaces, return structs\n- Keep interfaces small (1-3 methods)\n\n## Error Handling\n\nAlways wrap errors with context:\n\n```go\nif err != nil {\n return fmt.Errorf(\"failed to create user: %w\", err)\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Patterns\n\n## Functional Options\n\n```go\ntype Option func(*Server)\n\nfunc WithPort(port int) Option {\n return func(s *Server) { s.port = port }\n}\n\nfunc NewServer(opts ...Option) *Server {\n s := &Server{port: 8080}\n for _, opt := range opts {\n opt(s)\n }\n return s\n}\n```\n\n## Small Interfaces\n\nDefine interfaces where they are used, not where they are implemented.\n\n## Dependency Injection\n\nUse constructor functions to inject dependencies:\n\n```go\nfunc NewUserService(repo UserRepository, logger Logger) *UserService {\n return &UserService{repo: repo, logger: logger}\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Security\n\n> This file extends [common/security.md](../common/security.md) with Go specific content.\n\n## Secret Management\n\n```go\napiKey := os.Getenv(\"OPENAI_API_KEY\")\nif apiKey == \"\" {\n log.Fatal(\"OPENAI_API_KEY not configured\")\n}\n```\n\n## Security Scanning\n\n- Use **gosec** for static security analysis:\n ```bash\n gosec ./...\n ```\n\n## Context & Timeouts\n\nAlways use `context.Context` for timeout control:\n\n```go\nctx, cancel := context.WithTimeout(ctx, 5*time.Second)\ndefer cancel()\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse the standard `go test` with **table-driven tests**.\n\n## Race Detection (CI only)\n\nAlways run with the `-race` flag in CI:\n\n```bash\ngo test -race ./...\n```\n\n## Coverage (CI only)\n\n```bash\ngo test -cover ./...\n```\n\n---\n\n# No Local Builds, Tests, or Lint\n\nThis container has 1 vCPU. Running CPU-intensive commands locally will crash the session.\n\n## Forbidden commands (unless user explicitly overrides)\n\nNever run any of these locally:\n\n- `vitest`, `npm test`, `npm run test`, `npx vitest`\n- `npm run build`, `npm run dev`, `npx wrangler dev`\n- `npx tsc`, `npm run typecheck`\n- `npm run lint`, `npx oxlint`, `npx eslint`\n- Any other test runner, bundler, compiler, or dev server\n\n## What to do instead\n\n- Use GitHub Actions CI to run tests, builds, linting, and type checking.\n- To verify changes, push to the branch and check CI results with `gh run list` and `gh run view`.\n- Use the **code-reviewer** agent to catch issues before pushing (static analysis, no compilation).\n- If you need to check syntax or logic, read the code — do not compile it.\n- Auto-formatting tools (prettier, gofmt, etc.) also should NOT run locally — they are CPU-intensive on large codebases.\n\n## Override procedure\n\nIf the user explicitly asks to run one of these commands locally:\n\n1. Warn them: \"This project has a rule against running builds/tests locally because the container only has 1 vCPU and it will likely freeze the session. Are you sure you want to run this locally?\"\n2. Only proceed if the user confirms after seeing the warning.\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Python specific content.\n\n## Standards\n\n- Follow **PEP 8** conventions\n- Use **type annotations** on all function signatures\n\n## Immutability\n\nPrefer immutable data structures:\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass(frozen=True)\nclass User:\n name: str\n email: str\n\nfrom typing import NamedTuple\n\nclass Point(NamedTuple):\n x: float\n y: float\n```\n\n## Formatting\n\n- **black** for code formatting\n- **isort** for import sorting\n- **ruff** for linting\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Patterns\n\n## Protocol (Duck Typing)\n\n```python\nfrom typing import Protocol\n\nclass Repository(Protocol):\n def find_by_id(self, id: str) -> dict | None: ...\n def save(self, entity: dict) -> dict: ...\n```\n\n## Dataclasses as DTOs\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass\nclass CreateUserRequest:\n name: str\n email: str\n age: int | None = None\n```\n\n## Context Managers & Generators\n\n- Use context managers (`with` statement) for resource management\n- Use generators for lazy evaluation and memory-efficient iteration\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Security\n\n> This file extends [common/security.md](../common/security.md) with Python specific content.\n\n## Secret Management\n\n```python\nimport os\nfrom dotenv import load_dotenv\n\nload_dotenv()\n\napi_key = os.environ[\"OPENAI_API_KEY\"] # Raises KeyError if missing\n```\n\n## Security Scanning\n\n- Use **bandit** for static security analysis:\n ```bash\n bandit -r src/\n ```\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **pytest** as the testing framework.\n\n## Coverage (CI only)\n\n```bash\npytest --cov=src --cov-report=term-missing\n```\n\n## Test Organization\n\nUse `pytest.mark` for test categorization:\n\n```python\nimport pytest\n\n@pytest.mark.unit\ndef test_calculate_total():\n ...\n\n@pytest.mark.integration\ndef test_database_connection():\n ...\n```\n\n---\n\n# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Swift specific content.\n\n## Formatting\n\n- **SwiftFormat** for auto-formatting, **SwiftLint** for style enforcement\n- `swift-format` is bundled with Xcode 16+ as an alternative\n\n## Immutability\n\n- Prefer `let` over `var` — define everything as `let` and only change to `var` if the compiler requires it\n- Use `struct` with value semantics by default; use `class` only when identity or reference semantics are needed\n\n## Naming\n\nFollow [Apple API Design Guidelines](https://www.swift.org/documentation/api-design-guidelines/):\n\n- Clarity at the point of use — omit needless words\n- Name methods and properties for their roles, not their types\n- Use `static let` for constants over global constants\n\n## Error Handling\n\nUse typed throws (Swift 6+) and pattern matching:\n\n```swift\nfunc load(id: String) throws(LoadError) -> Item {\n guard let data = try? read(from: path) else {\n throw .fileNotFound(id)\n }\n return try decode(data)\n}\n```\n\n## Concurrency\n\nEnable Swift 6 strict concurrency checking. Prefer:\n\n- `Sendable` value types for data crossing isolation boundaries\n- Actors for shared mutable state\n- Structured concurrency (`async let`, `TaskGroup`) over unstructured `Task {}`\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Patterns\n\n## Protocol-Oriented Design\n\nDefine small, focused protocols. Use protocol extensions for shared defaults:\n\n```swift\nprotocol Repository: Sendable {\n associatedtype Item: Identifiable & Sendable\n func find(by id: Item.ID) async throws -> Item?\n func save(_ item: Item) async throws\n}\n```\n\n## Value Types\n\n- Use structs for data transfer objects and models\n- Use enums with associated values to model distinct states:\n\n```swift\nenum LoadState: Sendable {\n case idle\n case loading\n case loaded(T)\n case failed(Error)\n}\n```\n\n## Actor Pattern\n\nUse actors for shared mutable state instead of locks or dispatch queues:\n\n```swift\nactor Cache {\n private var storage: [Key: Value] = [:]\n\n func get(_ key: Key) -> Value? { storage[key] }\n func set(_ key: Key, value: Value) { storage[key] = value }\n}\n```\n\n## Dependency Injection\n\nInject protocols with default parameters — production uses defaults, tests inject mocks:\n\n```swift\nstruct UserService {\n private let repository: any UserRepository\n\n init(repository: any UserRepository = DefaultUserRepository()) {\n self.repository = repository\n }\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Security\n\n> This file extends [common/security.md](../common/security.md) with Swift specific content.\n\n## Secret Management\n\n- Use **Keychain Services** for sensitive data (tokens, passwords, keys) — never `UserDefaults`\n- Use environment variables or `.xcconfig` files for build-time secrets\n- Never hardcode secrets in source — decompilation tools extract them trivially\n\n```swift\nlet apiKey = ProcessInfo.processInfo.environment[\"API_KEY\"]\nguard let apiKey, !apiKey.isEmpty else {\n fatalError(\"API_KEY not configured\")\n}\n```\n\n## Transport Security\n\n- App Transport Security (ATS) is enforced by default — do not disable it\n- Use certificate pinning for critical endpoints\n- Validate all server certificates\n\n## Input Validation\n\n- Sanitize all user input before display to prevent injection\n- Use `URL(string:)` with validation rather than force-unwrapping\n- Validate data from external sources (APIs, deep links, pasteboard) before processing\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **Swift Testing** (`import Testing`) for new tests. Use `@Test` and `#expect`:\n\n```swift\n@Test(\"User creation validates email\")\nfunc userCreationValidatesEmail() throws {\n #expect(throws: ValidationError.invalidEmail) {\n try User(email: \"not-an-email\")\n }\n}\n```\n\n## Test Isolation\n\nEach test gets a fresh instance — set up in `init`, tear down in `deinit`. No shared mutable state between tests.\n\n## Parameterized Tests\n\n```swift\n@Test(\"Validates formats\", arguments: [\"json\", \"xml\", \"csv\"])\nfunc validatesFormat(format: String) throws {\n let parser = try Parser(format: format)\n #expect(parser.isValid)\n}\n```\n\n## Coverage\n\n```bash\nswift test --enable-code-coverage\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with TypeScript/JavaScript specific content.\n\n## Immutability\n\nUse spread operator for immutable updates:\n\n```typescript\n// WRONG: Mutation\nfunction updateUser(user, name) {\n user.name = name // MUTATION!\n return user\n}\n\n// CORRECT: Immutability\nfunction updateUser(user, name) {\n return {\n ...user,\n name\n }\n}\n```\n\n## Error Handling\n\nUse async/await with try-catch:\n\n```typescript\ntry {\n const result = await riskyOperation()\n return result\n} catch (error) {\n console.error('Operation failed:', error)\n throw new Error('Detailed user-friendly message')\n}\n```\n\n## Input Validation\n\nUse Zod for schema-based validation:\n\n```typescript\nimport { z } from 'zod'\n\nconst schema = z.object({\n email: z.string().email(),\n age: z.number().int().min(0).max(150)\n})\n\nconst validated = schema.parse(input)\n```\n\n## Console.log\n\n- No `console.log` statements in production code\n- Use proper logging libraries instead\n- See hooks for automatic detection\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Patterns\n\n## API Response Format\n\n```typescript\ninterface ApiResponse {\n success: boolean\n data?: T\n error?: string\n meta?: {\n total: number\n page: number\n limit: number\n }\n}\n```\n\n## Custom Hooks Pattern\n\n```typescript\nexport function useDebounce(value: T, delay: number): T {\n const [debouncedValue, setDebouncedValue] = useState(value)\n\n useEffect(() => {\n const handler = setTimeout(() => setDebouncedValue(value), delay)\n return () => clearTimeout(handler)\n }, [value, delay])\n\n return debouncedValue\n}\n```\n\n## Repository Pattern\n\n```typescript\ninterface Repository {\n findAll(filters?: Filters): Promise\n findById(id: string): Promise\n create(data: CreateDto): Promise\n update(id: string, data: UpdateDto): Promise\n delete(id: string): Promise\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Security\n\n> This file extends [common/security.md](../common/security.md) with TypeScript/JavaScript specific content.\n\n## Secret Management\n\n```typescript\n// NEVER: Hardcoded secrets\nconst apiKey = \"sk-proj-xxxxx\"\n\n// ALWAYS: Environment variables\nconst apiKey = process.env.OPENAI_API_KEY\n\nif (!apiKey) {\n throw new Error('OPENAI_API_KEY not configured')\n}\n```\n\n## Agent Support\n\n- Use **security-reviewer** agent for comprehensive security audits\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites, linters, or type checkers locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## E2E Testing\n\nUse **Playwright** as the E2E testing framework for critical user flows.\n", + "content": "# CI Monitoring After Push\n\nA single push can trigger multiple GitHub Actions workflows (PR Checks, Fuzz, CodeQL, etc.). You MUST wait for ALL of them to pass before deploying or proceeding.\n\n## After every push\n\n1. Run a single background Bash poll loop (timeout 600000ms) that checks ALL runs every 15s until all complete AND all succeed:\n ```\n while true; do\n echo \"$(date +%H:%M:%S)\"\n gh run list --branch --limit 5 --json databaseId,name,status,conclusion \\\n --template '{{range .}}{{.databaseId}}{{\"\\t\"}}{{.name}}{{\"\\t\"}}{{.status}}{{\"\\t\"}}{{.conclusion}}{{\"\\n\"}}{{end}}'\n ALL_DONE=$(gh run list --branch --limit 5 --json status \\\n --template '{{$all := true}}{{range .}}{{if ne .status \"completed\"}}{{$all = false}}{{end}}{{end}}{{$all}}')\n if [ \"$ALL_DONE\" = \"true\" ]; then\n ANY_FAILED=$(gh run list --branch --limit 5 --json conclusion \\\n --template '{{$fail := false}}{{range .}}{{if ne .conclusion \"success\"}}{{$fail = true}}{{end}}{{end}}{{$fail}}')\n if [ \"$ANY_FAILED\" = \"true\" ]; then\n echo \"COMPLETED WITH FAILURES\"\n else\n echo \"ALL GREEN\"\n fi\n break\n fi\n sleep 15\n done\n ```\n Use `run_in_background: true` so the poll does not burn context tokens. You will be notified when it finishes.\n2. When notified, read the output. If it ends with `ALL GREEN`, CI passed. If it ends with `COMPLETED WITH FAILURES`, identify the failed run IDs from the output, run `gh run view $RUN_ID --log-failed`, fix the issue, commit, push, then go back to step 1.\n3. NEVER report CI as passing unless the poll output ends with `ALL GREEN`. The poll checks BOTH completion AND success — a run that completed with `failure` conclusion is NOT green.\n4. NEVER deploy to integration until every CI run from the push is green.\n5. Do NOT use `gh run watch` — it hangs.\n6. Before pushing a new commit, cancel any still-running CI runs from a previous push on the same branch — they are stale and waste resources:\n ```\n gh run list --branch --limit 5 --json databaseId,status --jq '.[] | select(.status != \"completed\") | .databaseId' | xargs -I{} gh run cancel {}\n ```\n\n---\n\n# Codeflare Environment Rules\n\n## Technology Defaults\n\nBy default, new projects deploy to Cloudflare Workers. Use compatible technologies unless the user explicitly requests a different stack or deployment target (e.g., AWS, Vercel, Django, Rails).\n\n**Default stack:** HTML/CSS/JS, TypeScript, Hono, itty-router, SolidJS, React, Vue, Svelte, Astro, SolidStart (CF adapter), Cloudflare D1 (database), KV (key-value), R2 (file storage), Durable Objects, Workers AI.\n\n**Avoid unless user explicitly asks:** Python backends, Go, Ruby, Java, PHP, Docker, PostgreSQL, MySQL, MongoDB, Redis server, Node.js-specific APIs (fs, child_process, net). Workers uses a web-standard runtime, not Node.js.\n\nIf the user does not specify a deployment target or tech preference, use Cloudflare-compatible tech and steer toward the Cloudflare equivalent without mentioning limitations. If the user explicitly requests a specific technology or platform, respect their choice — stop recommending Cloudflare stack for that project and document the technology decision as an architectural decision in the project's docs (ADR, DECISIONS.md, or README).\n\n**Web-standard API mappings** (only when using the Workers runtime — skip these if the user has chosen a different runtime):\n- `fetch()` not `http`/`https` modules\n- `crypto.subtle` / `crypto.getRandomValues()` not Node.js `require('crypto')` (Web Crypto API is available natively)\n- `Request`/`Response` not `req`/`res` Express objects\n- `URL`/`URLSearchParams` not `querystring`\n- `TextEncoder`/`TextDecoder` not `Buffer`\n- `structuredClone()` not `JSON.parse(JSON.stringify())`\n- `AbortSignal.timeout(ms)` for fetch/request timeouts, not manual `setTimeout` + `AbortController` wrapper\n- `globalThis` not `global` or `window`\n\n## Environment\n\n- 1-CPU container. See [no-local-builds.md](./no-local-builds.md) for local execution restrictions.\n- No browser. Use `BROWSER=\"\"` prefix for CLI tools that might try to open one.\n- Git over HTTPS only, no SSH keys.\n- `gh` CLI is pre-installed.\n\n## Project Structure\n\nCreate new projects inside `~/workspace//`. Never build in `~/workspace/` root.\n\n## Security\n\n- Never commit secrets or API keys. Global gitignore at `~/.gitignore_global` covers common patterns.\n- Use `@users.noreply.github.com` for git identity, never the user's real email.\n- Use `printf '%s'` (not `echo`) when piping secrets to commands.\n\n## Commits\n\nNever add Co-Authored-By, AI attribution, emoji, or \"Generated with Claude\" to commits or PRs. Use plain, descriptive commit messages.\n\n## Communication\n\nAssume users are non-technical unless they demonstrate otherwise. Avoid jargon. Focus on what the project does, not what technology it uses. Never say \"that's not possible\" — find the closest achievable version.\n\n---\n\n# Coding Style\n\n## Immutability (CRITICAL)\n\nALWAYS create new objects, NEVER mutate existing ones:\n\n```\n// Pseudocode\nWRONG: modify(original, field, value) → changes original in-place\nCORRECT: update(original, field, value) → returns new copy with change\n```\n\nRationale: Immutable data prevents hidden side effects, makes debugging easier, and enables safe concurrency.\n\nNEVER set object fields to `undefined` in patches meant for JSON storage.\n`JSON.stringify` strips `undefined` values, silently deleting fields.\nUse explicit reset values or omit the field from the patch.\n\n## File Organization\n\nMANY SMALL FILES > FEW LARGE FILES:\n- High cohesion, low coupling\n- 200-400 lines typical, 800 max\n- Extract utilities from large modules\n- Organize by feature/domain, not by type\n\n## Error Handling\n\nALWAYS handle errors comprehensively:\n- Handle errors explicitly at every level\n- Provide user-friendly error messages in UI-facing code\n- Log detailed error context on the server side\n- Never silently swallow errors\n\n## Input Validation\n\nALWAYS validate at system boundaries:\n- Validate all user input before processing\n- Use schema-based validation where available\n- Fail fast with clear error messages\n- Never trust external data (API responses, user input, file content)\n\n## Documentation Integrity\n\nWhen you change any of the following, update the relevant project documentation in the same commit:\n- Public APIs or route signatures\n- Environment variables or configuration\n- CI/CD workflows\n- Architecture or data flow\n\nLook for `documentation/` folder and `documentation/decisions/README.md` for ADRs. If the project has no docs, suggest creating them for significant changes.\n\n## Code Quality Checklist\n\nBefore marking work complete:\n- [ ] Code is readable and well-named\n- [ ] Functions are small (<50 lines)\n- [ ] Files are focused (<800 lines)\n- [ ] No deep nesting (>4 levels)\n- [ ] Proper error handling\n- [ ] No hardcoded values (use constants or config)\n- [ ] No mutation (immutable patterns used)\n- [ ] No `undefined` in objects destined for JSON serialization\n- [ ] All callers of modified functions checked for compatibility\n- [ ] Documentation updated for public API/config/architecture changes (if project has docs)\n\n---\n\n# Git Workflow\n\n## Commit Message Format\n```\n: \n\n\n```\n\nTypes: feat, fix, refactor, docs, test, chore, perf, ci\n\nNote: Attribution disabled globally via ~/.config/opencode/settings.json.\n\n## Review workflow is gated on SDD bootstrap AND PR boundary\n\n**SDD opt-in is binary.** Two modes:\n\n- **Vibe-coding mode** (no `sdd/` folder in the project) — `git push`\n and `gh pr create` proceed with **no review agents**. Nothing fires.\n No code-reviewer, no spec-reviewer, no doc-updater, no auto-generated\n documentation. Pure friction-free workflow. This is intentional:\n projects that haven't run `/sdd init` are telling you they don't\n want the workflow.\n- **SDD mode** (`sdd/` + `sdd/README.md` exist) — review agents fire\n on PR-boundary events only, not on every push.\n\n### PR-boundary trigger semantics (SDD mode)\n\n| Action | What fires |\n|---|---|\n| `gh pr create` (PR open) | code-reviewer + spec-reviewer + doc-updater (full pipeline) |\n| `git push` to a branch with an open PR | full pipeline (PR-sync) |\n| `git push` to a branch with no open PR | nothing (deferred until PR opens) |\n| `git push` to `develop` directly | nothing (caught by the develop→main PR later) |\n| `git push` to `main`/`master` with no PR | nothing (the user is expected to have branch protection on; if off, manual verification is on the user) |\n\nThe cost model shifts from per-push (every commit pair burned a full\nreview) to per-PR (one review at PR open + one per push while the PR\nis open). Same coverage, ~10× fewer review tokens.\n\n### Recommended workflow\n\n```\nfeature ──► PR ──► develop ──► PR ──► main\n ↑ ↑ ↑\n you push review fires review fires\n at PR open at PR open\n```\n\nDirect push to `develop` is fine — the develop→main PR catches the\ncumulative diff. Direct push to `main` should be prevented at the\nGitHub layer (see \"Branch protection on main\" below) rather than\nworked around in-session.\n\nThe `git-push-review-reminder.sh` PostToolUse hook enforces this:\nchecks for `sdd/` + `sdd/README.md`, classifies the trigger\n(`gh pr create` → PR-OPEN; `git push` + `gh pr view` returns OPEN →\nPR-SYNC; otherwise deferred), and emits the three-agent directive\nonly when the trigger fires. On non-SDD projects the hook exits\nsilently and no agents are spawned.\n\nTo manually invoke code-reviewer or doc-updater on a non-SDD project\n(e.g., to audit code quality or maintain a `documentation/` folder by\nhand), use the Task tool directly with the agent name. The automatic\nPR-boundary workflow is the only thing that's gated.\n\n### Branch protection on main (proactive surfacing during CI setup)\n\nWhen you (the agent) are helping the user set up CI for a new\nrepository — adding `.github/workflows/`, configuring required\nchecks, drafting a release process, or auditing an existing repo's\nCI — **proactively surface the branch-protection conversation**.\nDon't wait for the user to ask. The protection is the **actual\nenforcement** that makes the PR-boundary trigger model complete;\nwithout it, direct pushes to `main` silently bypass both the review\npipeline and the GitHub Actions checks that gate merges.\n\nSurface it as a one-paragraph explanation followed by a concrete\nproposal. Example phrasing the agent should use:\n\n> \"Before this CI is meaningful, `main` needs branch protection\n> turned on. Right now anyone with push access can land code on\n> `main` without a PR — which means CI never runs on the change and\n> the SDD review pipeline never sees it. Want me to enable branch\n> protection on `main` (require PR before merge, require these CI\n> checks to pass, require branch up-to-date before merge)?\"\n\nIf the user says yes, configure it via `gh api`:\n\n```bash\ngh api -X PUT \"repos/{owner}/{repo}/branches/main/protection\" \\\n --input branch-protection.json\n```\n\nRecommended `branch-protection.json` settings (adjust the\n`required_status_checks.contexts` array to match the actual workflow\njob names from `.github/workflows/`):\n\n- **Require a pull request before merging** — `required_pull_request_reviews`: enabled, `required_approving_review_count: 0` (the SDD review pipeline does the substantive review; this just enforces the PR gate)\n- **Require status checks to pass before merging** — list each required CI workflow's job name in `contexts`\n- **Require branches to be up to date before merging** — `strict: true` (forces rebase-on-main before merge so CI reflects the merged state, not the pre-merge state)\n- **Enforce for administrators** — `enforce_admins: true` (otherwise you'll quietly bypass it yourself when convenient)\n- **Restrict pushes that create files** — optional, project-specific\n\nThe PR-boundary trigger model assumes branch protection is in\nplace. If the user declines, document it as a project-level\nworkflow decision (ADR or `documentation/decisions/`) so future\ncontributors know the protection is intentionally off, not just\nforgotten.\n\n\n### Execution order when SDD is bootstrapped — partial parallelism\n\n1. **code-reviewer** runs in parallel with the others (it touches\n source code only, not `sdd/` or `documentation/`)\n2. **spec-reviewer** runs FIRST among the docs/spec agents\n3. **doc-updater** runs SECOND, AFTER spec-reviewer has finished\n (sequential to spec-reviewer)\n\n**Why sequential between spec-reviewer and doc-updater:** both agents\nmay touch related files (spec-reviewer may move REQs, doc-updater may\ngenerate cross-references to those REQ IDs). Running them in parallel\nraces on shared filesystem state and produces dangling cross-links.\nThe discipline rule (`rules/spec-discipline.md` \"Spec/docs/code lane\nseparation\" section) makes this explicit.\n\n**code-reviewer** can run in parallel with both because its lane\n(source code) doesn't overlap with `sdd/` or `documentation/`.\n\n### The three agents (SDD mode only)\n\n1. **code-reviewer** — reviews code quality, security, correctness.\n When `sdd/` exists, it also checks that new source files implementing\n observable behavior include the `// Implements REQ-X-NNN` annotation.\n2. **spec-reviewer** — keeps `sdd/` as the single source of truth.\n When code changes introduce new features, modify behavior, or change\n APIs without a corresponding spec update, this agent updates `sdd/`\n to match: adds new REQ-* entries for unspec'd features, updates\n acceptance criteria for changed behavior, marks deprecated\n requirements, adds changelog entries to `sdd/changes.md`, runs\n TDD coverage checks (per `enforce_tdd` in `sdd/config.yml`).\n3. **doc-updater** — reads the post-edit spec from spec-reviewer and\n updates `documentation/` to match the code. Flags when API routes,\n env vars, auth flows, configuration, or architecture change without\n a corresponding doc update. Generates cross-references from docs to\n REQ IDs. Never runs on non-SDD projects — manual invocation only.\n\n\n## Post-Push: CI Monitoring\n\nAfter every `git push`, monitor CI in the background so the user can\ncontinue working:\n1. Spawn a background Bash command that polls `gh run list` every 15s\n2. Wait for ALL runs on the pushed commit to complete\n3. If ALL GREEN — report to user\n4. If ANY FAILED — check `gh run view --log-failed`, fix the issue,\n commit, push, and repeat from step 1\n5. Continue this loop until CI is green\n\nNever report CI as passing unless you have confirmed it.\n\n## Pull Request Workflow\n\nWhen creating PRs:\n1. Analyze full commit history (not just latest commit)\n2. Use `git diff [base-branch]...HEAD` to see all changes\n3. If `sdd/` exists, reference implemented REQ-* IDs in the PR summary\n4. Draft comprehensive PR summary\n4. Include test plan with TODOs\n5. Push with `-u` flag if new branch\n\n---\n\n# Security Guidelines\n\n## Mandatory Security Checks\n\nBefore ANY commit:\n- [ ] No hardcoded secrets (API keys, passwords, tokens)\n- [ ] All user inputs validated\n- [ ] SQL injection prevention (parameterized queries)\n- [ ] XSS prevention (sanitized HTML)\n- [ ] CSRF protection enabled\n- [ ] Authentication/authorization verified\n- [ ] Rate limiting on all endpoints\n- [ ] Error messages don't leak sensitive data\n\n## Secret Management\n\n- NEVER hardcode secrets in source code\n- ALWAYS use environment variables or a secret manager\n- Validate that required secrets are present at startup\n- Rotate any secrets that may have been exposed\n\n## Security Response Protocol\n\nIf security issue found:\n1. STOP immediately\n2. Use **security-reviewer** agent\n3. Fix CRITICAL issues before continuing\n4. Rotate any exposed secrets\n5. Review entire codebase for similar issues\n\n---\n\n# Deploy Credentials\n\nGitHub and Cloudflare credentials are **optional**. They may be pre-configured via Settings > Push & Deploy, but many users will not have them set.\n\n## Environment Variables\n\nThese variables are only present if the user configured them in Settings. Always check before assuming they exist.\n\n| Variable | What it enables |\n|---|---|\n| `GH_TOKEN` | GitHub fine-grained PAT. Auto-detected by `gh` CLI and git credential helper. |\n| `CLOUDFLARE_API_TOKEN` | Cloudflare API token. Auto-detected by `wrangler` CLI. |\n| `CLOUDFLARE_ACCOUNT_ID` | Cloudflare account ID. Auto-detected by `wrangler` CLI. |\n\n## What You Can Do with GH_TOKEN\n\nWhen `GH_TOKEN` is set, all of the following work without any manual auth:\n\n**Git operations:**\n- `git push`, `git pull`, `git clone` (HTTPS remotes, auto-authenticated via credential helper)\n- `git push -u origin HEAD` (set upstream and push)\n\n**Repository management:**\n- `gh repo create --public --source=. --remote=origin --push`\n- `gh repo clone /`\n- `gh repo delete / --yes`\n- `gh repo list` (find user's repositories)\n\n**Pull requests:**\n- `gh pr create --title \"...\" --body \"...\"`\n- `gh pr list`, `gh pr view`, `gh pr merge`\n\n**CI / GitHub Actions:**\n- `gh run list`, `gh run view `, `gh run view --log-failed`\n- `gh run cancel ` (cancel stale CI runs)\n- `gh secret set ` (set repository secrets for CI workflows)\n- `gh secret list` (verify secrets are stored)\n\n**User identity:**\n- `gh api user --jq '.login'` (get GitHub username)\n- `gh api user --jq '.name'` (get display name)\n- `gh auth status` (verify token is active)\n\n## What You Can Do with CLOUDFLARE_API_TOKEN\n\nWhen both `CLOUDFLARE_API_TOKEN` and `CLOUDFLARE_ACCOUNT_ID` are set, all wrangler commands work without manual auth:\n\n**Deploy:**\n- `npx -y wrangler deploy` (deploy Worker to Cloudflare)\n- `npx -y wrangler pages deploy ` (deploy Pages project)\n\n**D1 databases:**\n- `npx -y wrangler d1 create ` (create database, returns database_id for wrangler.toml)\n- `npx -y wrangler d1 execute --remote --file=schema.sql` (apply schema)\n- `npx -y wrangler d1 execute --remote --command=\"SELECT * FROM ...\"` (run queries)\n\n**R2 storage:**\n- `npx -y wrangler r2 bucket create ` (create bucket)\n- `npx -y wrangler r2 bucket list` (list existing buckets)\n\n**KV namespaces:**\n- `npx -y wrangler kv namespace create ` (create namespace, returns id for wrangler.toml)\n- `npx -y wrangler kv namespace list` (list existing namespaces)\n- `npx -y wrangler kv key put --namespace-id= ` (set a key)\n\n**Secrets:**\n- `printf '%s' \"value\" | npx -y wrangler secret put ` (set Worker secret)\n- `npx -y wrangler secret list` (list secret names)\n\n**Other:**\n- `npx -y wrangler tail` (live-tail Worker logs)\n- `npx -y wrangler whoami` (verify token and account)\n\n## Behavior — Check, Then Fallback\n\nThese tokens are optional. When you need GitHub or Cloudflare access:\n\n**Step 1: Check if env vars are set**\n```bash\necho \"${GH_TOKEN:+set}\" # prints \"set\" if available\necho \"${CLOUDFLARE_API_TOKEN:+set}\" # prints \"set\" if available\n```\n\n**Step 2a: If set** — use them directly. Do not ask the user to authenticate again.\n\n**Step 2b: If NOT set** — offer the user three options:\n1. **Settings (persistent):** \"You can connect your GitHub/Cloudflare account in Settings > Push & Deploy. This will apply to all future sessions. You'll need to start a new session for the tokens to take effect.\"\n2. **CLI auth (this session only):** For GitHub: `BROWSER=\"\" gh auth login --hostname github.com --git-protocol https --web`. For Cloudflare: ask the user to paste their token.\n3. **Export in terminal (this session only):** The user can set the variables manually:\n ```bash\n export GH_TOKEN=\"github_pat_...\"\n export CLOUDFLARE_API_TOKEN=\"...\"\n export CLOUDFLARE_ACCOUNT_ID=\"...\"\n ```\n\nNever assume tokens are present. Always check first.\n\n## Security\n\n- The safest way to handle secrets is for the user to run commands manually in a separate terminal tab. This keeps secrets out of the AI conversation history. When a command involves a secret value, give the user the exact command to paste in a terminal tab rather than running it yourself in the chat.\n- Always use `printf '%s'` (not `echo`) when piping secrets to commands.\n- Never log or redisplay token values after receiving them.\n\n## Important Notes\n\n- Always use `BROWSER=\"\"` prefix when running `gh auth login` or any CLI that might try to open a browser.\n- When creating Cloudflare resources, capture the output IDs and update `wrangler.toml` with real values.\n- Durable Objects do not need pre-provisioning - wrangler handles them automatically during deploy.\n- Tokens configured in Settings take effect on next session start, not immediately.\n- When storing secrets as GitHub Actions secrets, use file redirect instead of pipe:\n ```bash\n # WRONG — can store empty values in some environments:\n printf '%s' \"$SECRET\" | gh secret set SECRET_NAME\n # CORRECT — reliable across all environments:\n TMP=$(mktemp) && echo -n \"$SECRET\" > \"$TMP\" && gh secret set SECRET_NAME < \"$TMP\" && rm \"$TMP\"\n ```\n- When running wrangler in CI, use `npx --yes wrangler deploy` (not `cloudflare/wrangler-action`) to always get the latest version and avoid interactive prompts.\n\n---\n\n# Documentation Discipline (SDD-Bootstrapped Projects)\n\nSibling rule file to `spec-discipline.md`. Applies whenever a project has both an `sdd/` folder AND a `documentation/` folder. If `documentation/` does not exist in the project, these rules are inert — ignore them.\n\nThe `doc-updater` agent enforces this file. The `spec-reviewer` agent does not touch `documentation/` but may reference these rules when explaining lane violations.\n\n## What documentation is\n\n`documentation/` is the **how** layer of the project: how things are wired, what env vars exist, what HTTP routes return, where files live, why a particular technology was chosen. It is not the spec (that's `sdd/`), not the changelog (that's `sdd/changes.md`), not the README (that's the project tagline + getting-started).\n\nThe reader of `documentation/` is a developer who already knows what the product does and now needs to navigate the implementation. Every page should answer one operational question quickly.\n\n## Forbidden content in documentation/\n\n| Banned | Where it goes instead |\n|---|---|\n| Product motivation prose (\"we built this to help users…\") | `sdd/README.md` Intent fields or REQ Intent |\n| Acceptance-criterion language (\"the system must reject expired tokens\") | `sdd/{domain}.md` AC bullets |\n| User-visible feature copy (\"Welcome to Apartmani Pašman!\") | source code (where the string actually lives) |\n| Implementation rationale told as story (\"we tried X, then Y, then settled on Z\") | ADR (`documentation/decisions/`) — not architecture.md |\n| Long regex internals inline (`^(?\\w+)://(?[^/]+)/(?.*)$`) | source-code docstring at the regex site |\n| Magic-constant prose (\"we picked 60s because cache TTL aligns with…\") | source-code comment next to the constant, OR an ADR |\n| Strikethrough text | Delete entirely. Git history is the strikethrough. |\n| TODO bullets, \"coming soon\" sections, \"planned but not built\" | GitHub issue or `pending.md` at repo root |\n| Future-tense roadmap items | `sdd/{domain}.md` as `Status: Planned` REQs |\n| Any content that duplicates a REQ instead of cross-referencing it | A backlink to the REQ ID — never copy-paste |\n| Big-O jargon in narrative prose (`O(n log n)`, \"logarithmic time\", \"amortized constant\") | If a real performance target exists, write it as a measurable number (\"p95 < 200ms\", \"linear in input size up to N records\"); otherwise drop the prose. Big-O notation is academic implementation detail, not user-observable behavior. |\n\n## Allowlist (these ARE acceptable in documentation/)\n\n- **REQ backlinks**: `(REQ-API-003)` next to the section that documents the API contract — encouraged\n- **Source-file paths**: `src/server/auth.ts` next to the section it documents\n- **Function and class names** when documenting how to call them\n- **Database table and column names** in `documentation/architecture.md` schema sections\n- **Cookie names, env var names, header names** when documenting the configuration or HTTP contract\n- **Code snippets** when illustrating a non-obvious calling pattern (≤15 lines per snippet)\n\n## Per-file line budgets\n\n`documentation/` files describe one bounded operational concern each. Long files signal that the concern was split incorrectly OR that the file is mixing implementation prose with reference material.\n\n| File | Soft budget | Severity above budget |\n|---|---|---|\n| `documentation/architecture.md` | 350 lines | LOW (350-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/api-reference.md` | 600 lines | LOW (600-1000) / MEDIUM (1000-1500) / HIGH (>1500) |\n| `documentation/configuration.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/deployment.md` | 200 lines | LOW (200-350) / MEDIUM (350-500) / HIGH (>500) |\n| `documentation/security.md` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n| `documentation/troubleshooting.md` | 300 lines | LOW (300-500) / MEDIUM (500-800) / HIGH (>800) |\n| `documentation/decisions/.md` | 100 lines per ADR | LOW (100-150) / MEDIUM (150-250) / HIGH (>250) |\n| Other files in `documentation/` | 250 lines | LOW (250-400) / MEDIUM (400-600) / HIGH (>600) |\n\nA file may opt out of length warnings with an HTML comment near the top: ``. Use sparingly and only for genuinely complex references whose full surface needs to live in one place (e.g., a complete OpenAPI dump).\n\n## Per-element budgets\n\nThese caps apply inside a file regardless of whether the file is under or over its own budget.\n\n| Element | Cap | Why |\n|---|---|---|\n| Table cell | ≤50 words | Cells are scanned, not read. Anything longer belongs in body prose below the table. |\n| List item | ≤40 words | Same logic — bullets are scanned. |\n| Code snippet | ≤15 lines | Longer snippets indicate the doc is duplicating source code instead of pointing at it. Link to the source file with line range. |\n| Heading nesting | ≤4 levels (`####`) | Deeper nesting fragments the reader's mental model. Promote to a sibling page. |\n| Single paragraph | ≤120 words | Walls of prose hide the load-bearing sentence. Break for emphasis. |\n\n## Lane separation between documentation files\n\nEach documentation file owns one lane. Cross-lane content is a MEDIUM finding and belongs in the correct lane file.\n\n| File | Owns | Never owns |\n|---|---|---|\n| `documentation/architecture.md` | Component layout, data flow, file/folder structure, technology choices, schema overviews | API endpoint contracts, env var definitions, deploy steps, troubleshooting recipes |\n| `documentation/api-reference.md` | HTTP routes, request/response schemas, status codes, auth requirements per endpoint | Architecture rationale, env var values, deploy steps |\n| `documentation/configuration.md` | Env var names, defaults, valid values, where each one is consumed | API contracts, architecture rationale, deploy commands |\n| `documentation/deployment.md` | Deploy commands, CI workflow names, rollback procedures, secret rotation steps | API contracts, env var documentation (link to configuration.md instead) |\n| `documentation/security.md` | Threat model, auth flow, cookie/header policies, rate limits | Per-endpoint auth (link to api-reference.md instead) |\n| `documentation/troubleshooting.md` | Symptom → cause → fix recipes, build-tool quirks, runtime gotchas | Architecture (link), env vars (link), deploy steps (link) |\n| `documentation/decisions/.md` | One ADR each — context, decision, consequences | Anything not specific to that one decision |\n\nWhen a cell or paragraph in `architecture.md` describes an HTTP route's contract, it's a lane violation — the content belongs in `api-reference.md` and `architecture.md` should reference the route by name only.\n\n## Big-O jargon in narrative documentation\n\nA documentation file should describe what the system does in observable terms, not analyze its theoretical complexity. Big-O notation in narrative prose is a flag that the writer reached for academic shorthand instead of stating either (a) a real, measurable performance target or (b) a plain-language description of scaling behavior.\n\nDetection signals:\n\n- `\\bO\\([^)]+\\)` — any `O(n)`, `O(n log n)`, `O(n^2)`, `O(1)`, etc., **in body prose AND inline backticks**. Allowed only in (a) fenced code blocks documenting an algorithm's actual implementation, (b) headings that explicitly title an algorithm or analysis section. Inline backticks (`` `O(n)` ``) are NOT a free pass — wrapping the jargon in backticks doesn't make it a measurable contract; writers will reach for backticks defensively to silence the linter without rewriting, and the rule is supposed to make them rewrite.\n- \"logarithmic time\", \"amortized constant\", \"polynomial-time\", \"quadratic\", \"linear-time\" as load-bearing nouns in a sentence describing system behavior\n- Hand-wavy complexity claims (\"scales gracefully\", \"performs well\") with no measurable backing\n\nThe fix:\n\n- If a real performance contract exists, write it as a target number: `\"p95 < 200ms for inputs up to 10k rows\"`, `\"loads in < 2s on 4G mobile\"`. Targets belong in the relevant performance REQ, doc backlinks point there.\n- If the contract is qualitative, write plain English: `\"the index is rebuilt incrementally so adding a record stays cheap as the dataset grows\"` instead of `\"amortized O(log n) insertions\"`.\n- If neither applies, the prose was filler — delete it.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: if a target exists in a related performance REQ, replace the big-O prose with a backlink. Otherwise flag and let the user decide.\n\n## Dual-narrative ADRs\n\nAn ADR (`documentation/decisions/.md`) describes ONE decision. The dual-narrative anti-pattern is an ADR that tells two competing stories — usually because someone updated it after the decision was reversed instead of writing a new ADR that supersedes it.\n\nDetection signals:\n\n- Two `## Decision` headings in one file\n- Phrases like \"this was later changed to\", \"we updated this in\", \"now we do X instead\"\n- A \"Status: Accepted\" header followed by paragraphs describing a different decision\n- Any \"However, after further investigation…\" pattern\n\nThe fix: the original ADR is immutable. Write a new ADR that references the original by file name and is marked `Supersedes: .md`. Mark the original `Status: Superseded by .md`. Never edit the original's decision or consequences sections.\n\nThis is enforced as a HIGH finding by doc-updater because dual-narrative ADRs corrupt the decision log — readers cannot tell which decision is current.\n\n## Enforcement passes (run by doc-updater)\n\ndoc-updater runs four passes on every PR-boundary trigger:\n\n### Pass 1 — Per-element budget enforcement\n\nWalks each `documentation/*.md` file and applies every cap from the per-element table above:\n\n- **Table cells**: count words in each cell; flag cells over 50 words as MEDIUM with a suggested rewrite (extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link).\n- **List items**: count words in each `-`/`*`/numbered list bullet; flag items over 40 words as MEDIUM (split into multiple bullets or promote to body prose).\n- **Code snippets**: count lines inside fenced code blocks; flag blocks over 15 lines as MEDIUM (link to source file with line range instead).\n- **Heading nesting**: track the deepest `#` count; flag any heading at level 5+ as LOW (promote section to a sibling page).\n- **Single paragraphs**: count words between blank lines outside code fences; flag paragraphs over 120 words as LOW (break for emphasis — walls of prose hide the load-bearing sentence).\n\n### Pass 2 — File-level budget enforcement\n\nFor each file in `documentation/`, count lines (excluding blank lines and code fences). Apply the budget table above. If a file is over its budget AND lacks ``, emit a finding at the severity tier.\n\nIn `auto` and `unleashed` modes, doc-updater proposes a split: identifies natural section boundaries (top-level `##` headings) and writes a new sibling file with a redirect pointer in the original. The split is committed as `[doc-updater] split: filename.md → filename-{section}.md`.\n\n### Pass 3 — Implementation-prose detection\n\nScan each `documentation/` file for paragraphs that read like AC text (`must`, `shall`, `ensures that`, `the system rejects`). These belong in `sdd/` not `documentation/` and signal that someone wrote intent in the wrong place. Flag as MEDIUM with the target REQ ID (or \"no matching REQ\" if none exists, escalating to HIGH because it indicates an unspec'd feature).\n\n### Pass 4 — Lane-violation detection\n\nScan each file against its lane in the table above. If `architecture.md` contains a section titled `## API Endpoints` with route+method+status-code content, it's a lane violation — flag as MEDIUM and propose moving the section to `api-reference.md` with a backlink in `architecture.md`.\n\nDual-narrative ADR detection runs alongside pass 4 against `documentation/decisions/`.\n\n## Severity classification on doc findings\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Doc claims behavior that contradicts shipped code in a way that would mislead a developer into a security/data-loss mistake (e.g., \"tokens are HttpOnly\" when they aren't) |\n| **HIGH** | Implementation-prose paragraph with no corresponding REQ; dual-narrative ADR; doc references removed function/file/route; file >2× soft budget |\n| **MEDIUM** | Lane violation; cell >50 words; file 1×–2× soft budget; missing REQ backlink for documented feature; ADR missing Status field |\n| **LOW** | Cell 40-50 words; file 0.8×–1× soft budget (approaching); inconsistent heading capitalization; broken intra-doc anchor link |\n\nMode-dependent action mirrors spec-reviewer's table in `spec-discipline.md`:\n\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## REQ backlinks in documentation/\n\nEvery documented feature should reference the REQ that specifies it. Backlinks let readers cross from operational reference into product intent without searching.\n\n**Format**: inline `(REQ-X-NNN)` immediately after the feature's name in a heading or first sentence of a section.\n\n```markdown\n## Inquiry email delivery (REQ-API-002)\n\nThe `/api/inquiry` endpoint…\n```\n\ndoc-updater scans every section heading and first paragraph for likely-feature content. If a section describes a feature with a matching REQ in `sdd/` but lacks a backlink, emit a MEDIUM finding and auto-insert in `auto` and `unleashed` modes.\n\n## Working tree and branch safety\n\nSame rules as spec-reviewer (see `spec-discipline.md` \"Working tree and branch safety\"):\n\n1. Working tree must be clean before any agent-driven write\n2. In `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`\n\n## Files that live alongside `documentation/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `documentation/decisions/README.md` | Yes | ADR index — auto-maintained by doc-updater |\n| `documentation/.doc-coverage.md` | Yes | Output of doc-updater coverage runs |\n| `documentation/.review-needed.md` | Yes | Doc findings escalated for human review |\n\nNothing in `documentation/` is gitignored.\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Go specific content.\n\n## Formatting\n\n- **gofmt** and **goimports** are mandatory — no style debates\n\n## Design Principles\n\n- Accept interfaces, return structs\n- Keep interfaces small (1-3 methods)\n\n## Error Handling\n\nAlways wrap errors with context:\n\n```go\nif err != nil {\n return fmt.Errorf(\"failed to create user: %w\", err)\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Patterns\n\n## Functional Options\n\n```go\ntype Option func(*Server)\n\nfunc WithPort(port int) Option {\n return func(s *Server) { s.port = port }\n}\n\nfunc NewServer(opts ...Option) *Server {\n s := &Server{port: 8080}\n for _, opt := range opts {\n opt(s)\n }\n return s\n}\n```\n\n## Small Interfaces\n\nDefine interfaces where they are used, not where they are implemented.\n\n## Dependency Injection\n\nUse constructor functions to inject dependencies:\n\n```go\nfunc NewUserService(repo UserRepository, logger Logger) *UserService {\n return &UserService{repo: repo, logger: logger}\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Security\n\n> This file extends [common/security.md](../common/security.md) with Go specific content.\n\n## Secret Management\n\n```go\napiKey := os.Getenv(\"OPENAI_API_KEY\")\nif apiKey == \"\" {\n log.Fatal(\"OPENAI_API_KEY not configured\")\n}\n```\n\n## Security Scanning\n\n- Use **gosec** for static security analysis:\n ```bash\n gosec ./...\n ```\n\n## Context & Timeouts\n\nAlways use `context.Context` for timeout control:\n\n```go\nctx, cancel := context.WithTimeout(ctx, 5*time.Second)\ndefer cancel()\n```\n\n---\n\n---\npaths:\n - \"**/*.go\"\n - \"**/go.mod\"\n - \"**/go.sum\"\n---\n# Go Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse the standard `go test` with **table-driven tests**.\n\n## Race Detection (CI only)\n\nAlways run with the `-race` flag in CI:\n\n```bash\ngo test -race ./...\n```\n\n## Coverage (CI only)\n\n```bash\ngo test -cover ./...\n```\n\n---\n\n# No Local Builds, Tests, or Lint\n\nThis container has 1 vCPU. Running CPU-intensive commands locally will crash the session.\n\n## Forbidden commands (unless user explicitly overrides)\n\nNever run any of these locally:\n\n- `vitest`, `npm test`, `npm run test`, `npx vitest`\n- `npm run build`, `npm run dev`, `npx wrangler dev`\n- `npx tsc`, `npm run typecheck`\n- `npm run lint`, `npx oxlint`, `npx eslint`\n- Any other test runner, bundler, compiler, or dev server\n\n## What to do instead\n\n- Use GitHub Actions CI to run tests, builds, linting, and type checking.\n- To verify changes, push to the branch and check CI results with `gh run list` and `gh run view`.\n- Use the **code-reviewer** agent to catch issues before pushing (static analysis, no compilation).\n- If you need to check syntax or logic, read the code — do not compile it.\n- Auto-formatting tools (prettier, gofmt, etc.) also should NOT run locally — they are CPU-intensive on large codebases.\n\n## Override procedure\n\nIf the user explicitly asks to run one of these commands locally:\n\n1. Warn them: \"This project has a rule against running builds/tests locally because the container only has 1 vCPU and it will likely freeze the session. Are you sure you want to run this locally?\"\n2. Only proceed if the user confirms after seeing the warning.\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Python specific content.\n\n## Standards\n\n- Follow **PEP 8** conventions\n- Use **type annotations** on all function signatures\n\n## Immutability\n\nPrefer immutable data structures:\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass(frozen=True)\nclass User:\n name: str\n email: str\n\nfrom typing import NamedTuple\n\nclass Point(NamedTuple):\n x: float\n y: float\n```\n\n## Formatting\n\n- **black** for code formatting\n- **isort** for import sorting\n- **ruff** for linting\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Patterns\n\n## Protocol (Duck Typing)\n\n```python\nfrom typing import Protocol\n\nclass Repository(Protocol):\n def find_by_id(self, id: str) -> dict | None: ...\n def save(self, entity: dict) -> dict: ...\n```\n\n## Dataclasses as DTOs\n\n```python\nfrom dataclasses import dataclass\n\n@dataclass\nclass CreateUserRequest:\n name: str\n email: str\n age: int | None = None\n```\n\n## Context Managers & Generators\n\n- Use context managers (`with` statement) for resource management\n- Use generators for lazy evaluation and memory-efficient iteration\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Security\n\n> This file extends [common/security.md](../common/security.md) with Python specific content.\n\n## Secret Management\n\n```python\nimport os\nfrom dotenv import load_dotenv\n\nload_dotenv()\n\napi_key = os.environ[\"OPENAI_API_KEY\"] # Raises KeyError if missing\n```\n\n## Security Scanning\n\n- Use **bandit** for static security analysis:\n ```bash\n bandit -r src/\n ```\n\n---\n\n---\npaths:\n - \"**/*.py\"\n - \"**/*.pyi\"\n---\n# Python Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **pytest** as the testing framework.\n\n## Coverage (CI only)\n\n```bash\npytest --cov=src --cov-report=term-missing\n```\n\n## Test Organization\n\nUse `pytest.mark` for test categorization:\n\n```python\nimport pytest\n\n@pytest.mark.unit\ndef test_calculate_total():\n ...\n\n@pytest.mark.integration\ndef test_database_connection():\n ...\n```\n\n---\n\n# Spec Discipline (SDD-Bootstrapped Projects)\n\nThese rules apply to any project that has an `sdd/` folder. They are loaded into every agent's instructions automatically. If `sdd/` does not exist in the project, these rules are inert — ignore them.\n\nThe full SDD workflow lives in the `spec-driven-development` skill. These rules are the non-negotiable enforcement layer that runs even when the skill is not explicitly invoked.\n\n**Sibling rule files**:\n- `documentation-discipline.md` — what may NOT appear in `documentation/`, per-file/per-cell budgets, lane separation. Enforced by doc-updater.\n- `tdd-discipline.md` — what counts as a real test (no text-matching theater, no tautology, no mock-only theater). Enforced by code-reviewer.\n\nTogether the three files define the spec / docs / tests lane discipline. spec-reviewer enforces this file.\n\n## What the spec is\n\n`sdd/` is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit. It is the target state the product is trying to reach.\n\n## Forbidden content in REQs\n\nREQs in `sdd/{domain}.md` describe **observable behavior** at the user-facing level. The following are NEVER acceptable inside a REQ acceptance criterion or intent (they belong in `documentation/` instead):\n\n| Banned | Where it goes instead |\n|---|---|\n| Hex color codes (`#1A6B8F`) | `documentation/architecture.md` or `documentation/design-system.md` |\n| CSS class names (`.section--wave-in`, `.btn-primary`) | `documentation/architecture.md` |\n| CSS keyframe names (`@keyframes heroZoom`) | `documentation/architecture.md` |\n| viewBox values, bezier path coordinates | `documentation/architecture.md` |\n| Animation timings in seconds (`12s ease-in-out`) | `documentation/architecture.md` |\n| z-index values | `documentation/architecture.md` |\n| File paths (`src/pages/api/inquiry.ts`, `Hero.astro`) | `documentation/architecture.md` |\n| Function names (`getEmDashCollection`, `parsePhotoArray`) | `documentation/architecture.md` |\n| Database column names (`email_status`, `apartment_id`) | `documentation/architecture.md` |\n| Cookie names (`CF_Authorization`, `_locale`) | `documentation/security.md` or `authentication.md` |\n| HTTP status code enumerations (`200/202/400/403/409/429/500`) | `documentation/api-reference.md` |\n| JSON request/response schemas | `documentation/api-reference.md` |\n| Endpoint paths (`/api/inquiry`, `/api/img/{key}`) | `documentation/api-reference.md` |\n| Env var names (`RESEND_API_KEY`, `CF_ACCESS_AUDIENCE`) | `documentation/configuration.md` |\n| Build-tool internals (\"Vite cannot import cloudflare:workers at build time\") | `documentation/troubleshooting.md` |\n| TypeScript code snippets (`env as unknown as Env`) | `documentation/architecture.md` |\n| SQL queries | `documentation/architecture.md` |\n| Debugging checklists | `documentation/troubleshooting.md` |\n| Strikethrough text (`~~old behavior~~`) | Delete entirely. Git history is the strikethrough. |\n| \"Current implementation:\" branches inside an AC | `pending.md` at repo root |\n| \"Planned (not implemented):\" branches inside an AC | `pending.md` at repo root |\n| Implementation TODOs (\"retry is aspirational, no Cron Trigger exists\") | GitHub issue |\n\n## Allowlist (these ARE acceptable in REQs)\n\nDon't over-correct. The following ARE acceptable inside REQs because they describe the contract, not implementation:\n\n- **Vendor product names**: \"Cloudflare Access\", \"Stripe\", \"Resend\" (these are integration points, not implementation)\n- **Protocol names**: \"OAuth 2.0\", \"JWT\", \"WebSocket\", \"Server-Sent Events\"\n- **Standards references**: \"WCAG 2.1 AA\", \"GDPR Art. 6(1)(b)\", \"RFC 9116\"\n- **Performance numbers as targets**: \"p95 < 200ms\", \"LCP < 2.5s\", \"60s cache TTL\" (these are acceptance criteria for performance REQs)\n- **User-facing strings in quotes**: `\"This is an estimate. Final price confirmed by owner.\"` (these ARE the AC — what the user sees)\n- **HTTP status codes when documenting an error contract REQ**: when the REQ is specifically about error handling, the codes are part of the contract (allowed in moderation)\n- **Env var names when the REQ is about Configuration domain**: when the env var IS the contract (allowed contextually)\n\nThe project's `sdd/config.yml` can override the allowlist via `forbidden_content_allowlist` and `forbidden_content_overrides` fields.\n\n## Status field semantics\n\nEvery REQ has exactly one Status value. **One word, no prose.**\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated verification (test) found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n`Partial` may optionally have a `Notes:` field of ≤3 sentences describing what's missing. No other status uses Notes.\n\n**Implementation tracking** (commit SHAs, file paths, partial completion notes, missing features) goes in `pending.md` at repo root or in GitHub issues — never in the Status field.\n\n## Status transitions\n\n- `Proposed` → `Planned` → (`Partial` ↔ `Implemented`) → `Deprecated`\n- A REQ can move from `Implemented` back to `Partial` if tests are removed or fail\n- A REQ can never move from `Implemented` to `Proposed` — that's a new REQ\n- `Deprecated` is terminal in the sense that the next change is usually deletion/move to \"Out of Scope\" (see below)\n\n## What \"Deprecated\" really means\n\n`Deprecated` is for features that **were built and then removed or replaced**. It is NOT a graveyard for ideas that were never built. If you see a REQ marked Deprecated with a reason like \"not needed for MVP\" or \"scope reduction\" or \"all sections always visible\", that REQ was never built — it should not be Deprecated.\n\n**Never-built REQs** should be moved to a \"Out of Scope\" section in the relevant domain README (or `sdd/README.md` if it cuts across domains). This preserves the decision history without bloating the active spec. The REQ's full text is preserved in the \"Out of Scope\" section. **Never delete REQs outright** — content is always moved, never lost.\n\n`Deprecated` requires a `Replaced By: REQ-X-NNN` field (pointing to the REQ that supersedes it) or a `Removed In: YYYY-MM-DD` field (with the date the feature was removed). Without one of these, it's not deprecated — it's never-built.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues, tagged appropriately. The spec describes the target state; bugs are the delta between target and actual implementation.\n- **TODOs / known gaps** → `pending.md` at repo root. The Status field can say `Partial` to flag incompleteness, but the prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve history inside the spec via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. They're operational notes, not product requirements.\n- **Out-of-scope ideas** → \"Out of Scope\" section in the relevant domain README. They are decisions, not requirements.\n\n## REQ length guidance\n\nREQs describing complex features can be long, but length is a smell:\n\n| Length | Severity |\n|---|---|\n| ≤25 lines | OK |\n| 26–50 lines | LOW finding (consider extracting implementation prose to docs) |\n| 51–100 lines | MEDIUM finding (likely contains implementation leakage) |\n| >100 lines | HIGH finding (almost certainly mixing intent and implementation) |\n\nA REQ may opt out of length warnings with an HTML comment: ``. Use sparingly and only for genuinely complex features whose full surface needs to live in one place.\n\n## Acceptance criteria guidance\n\n- Each AC bullet is **binary pass/fail**, testable in principle\n- 3–7 bullets is typical; >10 is a smell that the REQ should be split\n- Avoid \"should\" — use \"must\" or describe the observable outcome\n- Avoid vague terms like \"responsive\", \"fast\", \"user-friendly\" — specify the criterion (e.g., \"loads in under 2 seconds on 4G mobile\")\n\n## Run-on AC bullets\n\nA single AC bullet that runs longer than ~150 words almost always conjoins multiple observable behaviors with semicolons or commas. Each observable behavior should be its own bullet so tests can target it individually.\n\nDetection: any AC bullet matching either of:\n- exceeding 150 words, OR\n- containing 3+ semicolons not inside a comma-separated enumeration\n\nNote: a bare \"5+ ands\" rule false-positives on enumeration patterns (\"supports CSV, TSV, JSON, XML, YAML, and Parquet\") which describe a single observable behavior across a list. Ignore the conjunction count when the conjunctions appear inside a comma-separated list — focus instead on semicolons (which usually mark separate behaviors) and total bullet length.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserving every clause as a separate bullet under the same AC heading. Never silently drop a clause.\n\n## Mechanism leakage in AC bullets\n\nAn AC bullet describes WHAT the user observes, not HOW it's implemented. The following are mechanism tokens that leak into ACs and should move to `documentation/`:\n\n- Cookie attributes: `HttpOnly`, `SameSite=Lax`, `Secure`, `Path=/`, `Max-Age=…`\n- Header names with vendor prefix: `Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`\n- Internal middleware names: `csrfMiddleware`, `rateLimiter`, `requireAuth`\n- HTTP method + path enumerations inside non-API REQs (the path goes in the AC for an API REQ — but not in a UI REQ)\n- Query parameter internal names: `?_t=`, `?nonce=`\n- Cache directive strings: `s-maxage=60, stale-while-revalidate=300`\n- Crypto algorithm names: `RS256`, `HS512`, `AES-256-GCM` (the standard reference is fine; the algorithm choice is implementation)\n\nA user does not observe `HttpOnly`. They observe \"JavaScript on the page cannot read the session token.\" The first goes in `documentation/security.md`, the second goes in the AC.\n\nSeverity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to describe the user-observable consequence; move the mechanism description to `documentation/security.md` (or the relevant lane file) with a backlink to the REQ.\n\n## Changelog drift (no AC change → no changelog entry)\n\n`sdd/changes.md` is a product changelog. An entry is justified only when an AC changed in a user-observable way OR a REQ was added/deprecated/moved. The drift pattern: changelog entries appearing for spec format fixes, prose tightening, or implementation-leakage cleanup with no corresponding AC delta.\n\nDetection on every spec-reviewer run:\n\n1. For each new entry in `sdd/changes.md` (added in the diff): scan the same diff for any AC change in the REQ the entry references\n2. If the entry references no REQ, OR the diff shows no AC delta in the referenced REQ → the entry is drift\n\nSeverity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion.\n\nThis pattern enforces the changelog-discipline rules already in this file (\"When NOT to add a changelog entry\") at the per-commit level instead of relying on humans to remember.\n\n## Changelog discipline\n\n`sdd/changes.md` is a **product changelog**, not a verification log. Strict format:\n\n- Entries are dated (`## YYYY-MM-DD`)\n- Each entry is ≤2 sentences, user-facing only\n- No commit SHAs\n- No \"verification pass after commit XXX\" entries\n- No entries for spec cleanup, doc corrections, or format fixes (those are git history)\n- No entries that document the agent's own operations\n\n**When to add a changelog entry**:\n- New requirement added\n- Existing requirement's intent or AC changed in a way that affects users\n- Requirement deprecated or moved to \"Out of Scope\"\n- Auto-demote from Implemented → Partial (this IS a behavioral observation worth recording)\n\n**When NOT to add a changelog entry**:\n- Strikethrough cleanup\n- Status field truncation (prose → one word)\n- Format fixes\n- Implementation leakage moved to docs\n- Any change that doesn't affect what the product does\n\n## Spec/docs/code lane separation\n\n| Owner | Owns | Never touches |\n|---|---|---|\n| `spec-reviewer` agent | `sdd/` folder | `documentation/`, source code |\n| `doc-updater` agent | `documentation/` folder, root `README.md` | `sdd/`, source code |\n| Other agents (code-reviewer, build-error-resolver, etc.) | source code | `sdd/`, `documentation/` |\n\n**Sequential execution after every push**: spec-reviewer runs FIRST (it's the source of truth and may move REQs), doc-updater runs SECOND (it consumes the post-edit spec to generate cross-references). Never in parallel — they would race on shared filesystem state.\n\n## User-only enforcement bypasses (Stop hook)\n\nThe Stop hook (`enforce-review-spawn.sh`) supports three bypass methods so the **user** can choose to skip review on a specific push (trivial doc edits, emergencies, post-mortem). All three are USER-ONLY — agents must never use them:\n\n| Bypass | Who may use it | Why |\n|---|---|---|\n| `sdd/.skip-next-review` sentinel file (auto-deleted on use) | User only | If the assistant could `touch` it, the entire enforcement layer would be trivially defeatable |\n| `skip review` / `skip verification` magic phrase in a user message | User only (USER message text, not assistant text) | Same reason — assistant-written phrases must not bypass the gate |\n| 3-strike circuit breaker (per-push counter) | Triggered by the hook itself, not invokable | After 3 blocks for the same push, assume something is genuinely stuck and let the user unblock manually |\n\n**Hard rule for all agents**: do NOT create `sdd/.skip-next-review`, do NOT write the bypass phrase in your own output, do NOT instruct the user to add it. The hook exists to enforce SDD discipline; routing around it from inside the agent is the failure mode the hook was built to prevent.\n\nIf the review pipeline is genuinely blocking legitimate work (e.g., the hook is misfiring on a chained-pipeline detection bug), fix the hook in a separate commit rather than bypassing it.\n\n## Operational requirements for the Stop hook\n\nThe v5 Stop hook (`enforce-review-spawn.sh`) uses `gh pr view` as its authoritative truth signal — it queries the current branch for an open PR and the PR HEAD SHA on every Stop event (with a cheap `@{u}`-based short-circuit when the local remote-tracking ref is fresh and matches the last ack). Reflog is no longer read at runtime in v5; the v4 reflog mention in the script header is preserved as a documentation reference only.\n\nThis means the hook needs:\n- `gh` on PATH and authenticated for the project's GitHub remote.\n- `sdd/README.md` to exist (vibe-coding gate).\n- For the cheap-path optimization to fire (~200-500ms saved per Stop event in the post-review tail of a session): `git rev-parse @{u}` must resolve to a remote-tracking ref. A vanilla `git clone https://github.com/owner/repo.git` sets this up automatically.\n\nIf you cloned with `-b ` and later checked out a different branch, or used `git checkout -B origin/` without `--track`, the cheap path silently won't fire and every Stop event will pay the gh round-trip. Repair tracking once with:\n\n```bash\ngit branch --set-upstream-to=origin/ \n```\n\nThe hook is fail-safe (any unexpected error → exit 0), so missing upstream or missing gh just means the optimization or enforcement is skipped — never a hard lock-out.\n\n### Known under-block conditions\n\nThe Stop hook deliberately under-blocks (lets a push through unreviewed) rather than over-blocks (locks the user out) in three cases:\n\n1. **PR HEAD changed via the GitHub web UI** (amend from the UI, branch reset via API, force-push from another machine): the current Claude session has no `git push` line in its transcript, so PUSH_LINE detection exits 0 and no enforcement fires this turn. Review fires on the next local push to the branch — the new PR HEAD is still un-acked, so the next push correctly re-triggers the pipeline.\n2. **Spec-reviewer subagent errored** before writing `completed` for its tool-use id: doc-updater is not required and the push is allowed to proceed. The user sees the spec-reviewer failure in the agent's own report; rerunning spec-reviewer manually then satisfies the gate on the next Stop.\n3. **Transcript file rotated or truncated mid-session**: PUSH_LINE detection silently exits 0. Review fires on the next push.\n\nDRAFT PRs (`gh pr view` reports `state: OPEN` for drafts) are treated as fully open. Drafts often want early feedback, and silently skipping review on them would surprise users whose draft is the de-facto review target. Users who want a review-free WIP should defer the PR open until ready, or use a per-push USER bypass.\n\n## Severity classification on findings\n\nBoth `spec-reviewer` and `doc-updater` agents tag every finding with severity:\n\n| Severity | Definition |\n|---|---|\n| **CRITICAL** | Spec-vs-shipped mismatch on safety/security/billing behavior. Real users could lose money or data. |\n| **HIGH** | Spec doesn't match observable behavior, missing REQ for shipped feature, broken dependency chain |\n| **MEDIUM** | Missing AC for known edge case, unclear Intent, conflicting cross-references, missing doc backlink to a REQ |\n| **LOW** | Cleanup (format, length, strikethrough, prose Status, implementation leakage in existing REQs) |\n\n**Mode-dependent action** (see modes section below):\n- `interactive`: confirm before applying any finding's fix\n- `auto`: auto-fix CRITICAL + HIGH + MEDIUM, defer LOW to `/sdd clean`\n- `unleashed`: auto-fix everything including LOW, on the current branch\n\n## Test coverage and enforce_tdd\n\nEvery REQ marked `Status: Implemented` must have at least one test file referencing its REQ ID. Every REQ with source code must have tests covering its acceptance criteria. Both rules are enforced by spec-reviewer when `enforce_tdd: true` in `sdd/config.yml` (default: `true`).\n\n**Test discovery** uses `test_globs` from `sdd/config.yml`. The full default list is defined in the `sdd-config.yml` template and covers vitest/jest (`tests/**/*.test.*`, `tests/**/*.spec.*`, `test/**/*.test.*`, `__tests__/**/*`), pytest (`test_*.py`, `*_test.py`), go test (`*_test.go`), rspec (`*_test.rb`), cypress (`cypress/**`), and playwright (`playwright/**`, `tests/e2e/**`, `e2e/**`).\n\n**Source discovery** uses a built-in default list (`src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**` minus `test_globs` minus `node_modules`/`dist`/`.git`/`build`/`target`). Projects can override via an optional `src_globs` field.\n\n**Detection is binary**: the REQ ID literally appears in a source or test file, or it doesn't. The comparison is a plain substring match; no parsing.\n\nWhen `enforce_tdd: true`, spec-reviewer runs three classification passes on every push:\n\n1. **Auto-demote**: `Implemented` REQ with no test reference → demoted to `Partial` with `Notes:` explaining the gap. Behavioral observation → changelog entry.\n2. **Source-vs-test coverage**: `Planned`/`Partial` REQ with source code (REQ ID found in source) but no test → HIGH finding, auto-promote `Planned` → `Partial` with `Notes: \"Code exists but no test verifies it.\"` Behavioral observation → changelog entry. `Implemented` REQ in the same state → handled by the auto-demote rule above.\n3. **Test quality heuristics**: for every REQ with tests, count AC bullets vs test count (MEDIUM finding if mismatched), scan for tautology patterns and empty bodies (HIGH finding), and detect skipped tests (MEDIUM finding). Quality findings do not produce changelog entries.\n\nWhen `enforce_tdd: false`, spec-reviewer writes `sdd/.coverage-report.md` without modifying the spec. Opt out per project if the product domain genuinely does not admit automated testing (e.g., pure visual design systems).\n\nIn `unleashed` mode, `enforce_tdd: true` is forced — the commits on the current branch are fully autonomous, so TDD enforcement is non-negotiable.\n\n## Source code ↔ REQ annotations\n\nSource files implementing a requirement must reference the REQ ID in a comment so spec-reviewer can detect code-without-tests by grep. Without annotations, the source-vs-test check has nothing to match and silently passes broken code.\n\n**Format** (match the file's language):\n\n| Language / file type | Example |\n|---|---|\n| TypeScript, JavaScript, Java, C, Go, Rust | `// Implements REQ-SITE-002` |\n| JSDoc block above a function or class | `/** Implements REQ-SITE-002 */` |\n| Python, Ruby, shell, YAML, TOML | `# Implements REQ-API-001` |\n| HTML, Astro, Svelte, Vue template | `` |\n| CSS, SCSS | `/* Implements REQ-BRAND-001 */` |\n\n**Rules:**\n\n- Every source file implementing observable behavior from one or more REQs must contain at least one `Implements REQ-X-NNN` comment for each REQ it implements. Place at the top of the file or inline at the function/class level in multi-REQ files.\n- spec-reviewer greps for the literal REQ ID substring. The \"Implements\" keyword is a convention for humans, not a parser token — any comment mentioning the REQ ID counts.\n- When refactoring, annotations move with the code. When code is deleted, annotations are deleted. Never leave orphan annotations pointing at moved or removed code.\n- Tests already name the REQ ID in their test function name (`test('REQ-X-NNN: rejects expired token', ...)`) — no additional annotation needed in test files.\n- Multiple REQs per file: list each separately. Do not concatenate (`Implements REQ-A-001, REQ-A-002` is ambiguous — write two comments).\n\n**Agent responsibilities:**\n\n- **Code-writing agents** (`tdd-guide`, `build-error-resolver`, `refactor-cleaner`, `security-reviewer`, any agent writing new source files): add or preserve annotations for every REQ the code implements\n- **Code-reviewing agents** (`code-reviewer`): flag source files that implement observable behavior matching a REQ's AC but lack an annotation (MEDIUM finding)\n- **Spec-reviewer**: runs the source-vs-test coverage check above on every push\n\n## The 2-round commit cycle limit\n\nSpec-reviewer and doc-updater self-limit to prevent infinite micro-fix spirals:\n\n1. At the start of every run, check the last 3 commits via `git log -3 --format=\"%s\"`\n2. Count commits whose subject starts with `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` — **NOT `[sdd-clean]`**, which is explicitly excluded\n3. If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop\n4. Write the would-be findings to `sdd/.review-needed.md` and exit\n5. The counter resets when a non-agent commit lands (real user code or manual edits)\n\nCommits made by `/sdd clean` are tagged `[sdd-clean]` and **excluded** from the round detection — `/sdd clean` may make many commits in succession without triggering the limit on itself. The next push after `/sdd clean` is round 1, not round 3. Doc-updater applies the same exclusion rule.\n\n## Spiral detection across runs\n\nBeyond the 2-round limit, spec-reviewer detects slow-drip spirals via git log analysis (no local file dependency):\n\n```\ngit log --since=\"7 days ago\" --grep=\"\\[autonomous\\]\" --grep=\"\\[unleashed\\]\" --format=\"%s\"\n```\n\nIf the last 100 agent commits are >80% the same fix category (parsed from the commit subject's `fix(spec): {category}` portion), pause that category for 24 hours and write a note to `sdd/.review-needed.md`. Other categories continue normally. The user can resume by pushing a commit that touches the relevant REQ themselves (manual override).\n\n## User overrides\n\nWhen a user reverts an automated fix or explicitly tells the agent \"don't do that\", the override is recorded in `sdd/.user-overrides.md` (committed to git). Format:\n\n```markdown\n# User Overrides\n\n## auto-demote:REQ-VD-1\n- Date: 2026-04-07\n- User note: Visual design REQs don't have unit tests by nature; manual verification only.\n- Skip: yes\n\n## move-to-out-of-scope:REQ-AP-7\n- Date: 2026-04-07\n- User note: Keep as Deprecated history, don't move to Out of Scope.\n- Skip: yes\n```\n\nEach entry is keyed by `{rule_id}:{target_id}`. Spec-reviewer reads this file at the start of every run and skips any finding whose key matches an override entry. Once an override exists, the agent never re-attempts the same change.\n\n## Modes (set via `sdd/config.yml`)\n\n```yaml\nmode: interactive # or 'auto' or 'unleashed'\nenforce_tdd: true # TDD enforcement (forced true in unleashed mode); opt out per project if needed\ntest_globs:\n - \"tests/**/*.test.{ts,js}\"\n - \"__tests__/**/*\"\n - \"tests/e2e/**\"\n# src_globs is optional; defaults to src/** lib/** app/** pkg/** cmd/** internal/**\nforbidden_content_allowlist:\n protocols: true # OAuth, JWT, etc. allowed in REQs\n vendors: true # Cloudflare Access, Stripe, etc. allowed\n http_codes_in_api_reqs: true\nforbidden_content_overrides: [] # explicit REQ IDs that opt out of forbidden checks\n```\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes | Confirm before applying | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves) | Confirm + backup | Backup + apply | Backup + apply |\n| JUDGMENT calls | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| enforce_tdd default | per config (default true) | per config (default true) | **forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference between modes is **how JUDGMENT is handled**. All modes push to the current branch; unleashed does not create branches or PRs.\n\n## Conservative JUDGMENT auto-resolution rules (unleashed mode only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent. It applies the most conservative resolution that preserves data and makes the spec honest:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` (or note in the doc) with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. Never overwrite either side. |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. Never split into multiple REQs (LLMs cannot reliably preserve meaning when splitting). |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's \"Out of Scope\" section, remove from domain file. Content preserved (satisfies \"never delete\" rule). |\n| Mass operations (>100 changes) | No cap. Each commit is per-category for selective revert. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md` regardless of mode. |\n\n## Git diff syntax for spec-reviewer\n\nSpec-reviewer reads the diff to find what changed. Use the upstream-aware syntax to avoid breaking on first commits, rebases, and merge commits:\n\n```bash\ngit diff origin/main...HEAD\n# or, if origin/main isn't available:\ngit diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nFalls back gracefully when there's no upstream.\n\n## Working tree and branch safety\n\nBefore any agent-driven write to `sdd/` or `documentation/`:\n\n1. **Working tree must be clean**: refuse to run if `git status --porcelain` is non-empty (avoids mixing the user's WIP edits with agent commits)\n2. **Branch protection**: in `auto` and `unleashed` modes, refuse to run on `main` or `master` without `--branch-confirmed`. Neither mode creates a new branch; both push to the current branch.\n\n## Files that live alongside `sdd/`\n\n| File | Committed to git | Purpose |\n|---|---|---|\n| `sdd/config.yml` | Yes | Mode, enforce_tdd, test_globs, src_globs (optional), allowlists |\n| `sdd/.user-overrides.md` | Yes | User decisions to skip specific findings |\n| `sdd/.review-needed.md` | Yes | Findings escalated for human review (cleared on resolution) |\n| `sdd/.coverage-report.md` | Yes | Output of enforce_tdd: false runs |\n| `sdd/.last-clean-run.md` | Yes | Audit log of the most recent /sdd clean run |\n| `sdd/changes-archive-*.md` | Yes | Archived old changelogs from /sdd clean runs |\n\nNothing in `sdd/` is gitignored. Everything is part of the project's history.\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with Swift specific content.\n\n## Formatting\n\n- **SwiftFormat** for auto-formatting, **SwiftLint** for style enforcement\n- `swift-format` is bundled with Xcode 16+ as an alternative\n\n## Immutability\n\n- Prefer `let` over `var` — define everything as `let` and only change to `var` if the compiler requires it\n- Use `struct` with value semantics by default; use `class` only when identity or reference semantics are needed\n\n## Naming\n\nFollow [Apple API Design Guidelines](https://www.swift.org/documentation/api-design-guidelines/):\n\n- Clarity at the point of use — omit needless words\n- Name methods and properties for their roles, not their types\n- Use `static let` for constants over global constants\n\n## Error Handling\n\nUse typed throws (Swift 6+) and pattern matching:\n\n```swift\nfunc load(id: String) throws(LoadError) -> Item {\n guard let data = try? read(from: path) else {\n throw .fileNotFound(id)\n }\n return try decode(data)\n}\n```\n\n## Concurrency\n\nEnable Swift 6 strict concurrency checking. Prefer:\n\n- `Sendable` value types for data crossing isolation boundaries\n- Actors for shared mutable state\n- Structured concurrency (`async let`, `TaskGroup`) over unstructured `Task {}`\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Patterns\n\n## Protocol-Oriented Design\n\nDefine small, focused protocols. Use protocol extensions for shared defaults:\n\n```swift\nprotocol Repository: Sendable {\n associatedtype Item: Identifiable & Sendable\n func find(by id: Item.ID) async throws -> Item?\n func save(_ item: Item) async throws\n}\n```\n\n## Value Types\n\n- Use structs for data transfer objects and models\n- Use enums with associated values to model distinct states:\n\n```swift\nenum LoadState: Sendable {\n case idle\n case loading\n case loaded(T)\n case failed(Error)\n}\n```\n\n## Actor Pattern\n\nUse actors for shared mutable state instead of locks or dispatch queues:\n\n```swift\nactor Cache {\n private var storage: [Key: Value] = [:]\n\n func get(_ key: Key) -> Value? { storage[key] }\n func set(_ key: Key, value: Value) { storage[key] = value }\n}\n```\n\n## Dependency Injection\n\nInject protocols with default parameters — production uses defaults, tests inject mocks:\n\n```swift\nstruct UserService {\n private let repository: any UserRepository\n\n init(repository: any UserRepository = DefaultUserRepository()) {\n self.repository = repository\n }\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Security\n\n> This file extends [common/security.md](../common/security.md) with Swift specific content.\n\n## Secret Management\n\n- Use **Keychain Services** for sensitive data (tokens, passwords, keys) — never `UserDefaults`\n- Use environment variables or `.xcconfig` files for build-time secrets\n- Never hardcode secrets in source — decompilation tools extract them trivially\n\n```swift\nlet apiKey = ProcessInfo.processInfo.environment[\"API_KEY\"]\nguard let apiKey, !apiKey.isEmpty else {\n fatalError(\"API_KEY not configured\")\n}\n```\n\n## Transport Security\n\n- App Transport Security (ATS) is enforced by default — do not disable it\n- Use certificate pinning for critical endpoints\n- Validate all server certificates\n\n## Input Validation\n\n- Sanitize all user input before display to prevent injection\n- Use `URL(string:)` with validation rather than force-unwrapping\n- Validate data from external sources (APIs, deep links, pasteboard) before processing\n\n---\n\n---\npaths:\n - \"**/*.swift\"\n - \"**/Package.swift\"\n---\n# Swift Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## Framework\n\nUse **Swift Testing** (`import Testing`) for new tests. Use `@Test` and `#expect`:\n\n```swift\n@Test(\"User creation validates email\")\nfunc userCreationValidatesEmail() throws {\n #expect(throws: ValidationError.invalidEmail) {\n try User(email: \"not-an-email\")\n }\n}\n```\n\n## Test Isolation\n\nEach test gets a fresh instance — set up in `init`, tear down in `deinit`. No shared mutable state between tests.\n\n## Parameterized Tests\n\n```swift\n@Test(\"Validates formats\", arguments: [\"json\", \"xml\", \"csv\"])\nfunc validatesFormat(format: String) throws {\n let parser = try Parser(format: format)\n #expect(parser.isValid)\n}\n```\n\n## Coverage\n\n```bash\nswift test --enable-code-coverage\n```\n\n---\n\n# Test Discipline\n\nRules for what counts as a real test in this project. Applies to every\nfile under `src/__tests__/`, `host/__tests__/`, `web-ui/src/__tests__/`,\n`e2e/`, and any future test directory regardless of test framework\n(vitest, node:test, playwright).\n\nThis rule is the sibling of `spec-discipline.md` (what counts as a real\nrequirement) and `documentation-discipline.md` (what counts as real\ndocumentation). Together they define what real-world artifacts look\nlike for spec, docs, and tests in this project.\n\n## The one question\n\nEvery test must answer YES to:\n\n> If I delete or break the implementation this test is supposed to\n> cover, will this test fail?\n\nIf you can refactor freely, gut the implementation, replace it with a\nno-op, or rename a public function while the test stays green, the\ntest is theater. Theater tests look reassuring on the dashboard but\ncatch zero regressions.\n\nWhen you finish writing a test, mentally run the gut-check: \"what\nwould I have to change in production code for this to fail?\" If the\nanswer is \"delete the file\" or \"rename a string literal in a doc\",\nthe test is text-matching theater and must be replaced.\n\n## Antipatterns (drawn from this codebase)\n\n### 1. Text-matching theater\n\nA test reads a file (markdown, source, config, prompt) and regex-matches\nagainst its contents. The \"system under test\" is the file's prose, not\nbehavior. Found across `host/__tests__/sdd-workflow-upgrade.test.js`\n(removed in 2026-05), `host/__tests__/memory-capture-hook.test.js`,\n`host/__tests__/container-memory.test.js`,\n`host/__tests__/entrypoint-sync.test.js`,\n`web-ui/src/__tests__/page-transparency.test.ts`.\n\n```js\n// BAD: reads a file, asserts a substring is present\nconst content = readFileSync(path, 'utf-8');\nassert.match(content, /forbidden|banned/i, 'should define forbidden list');\n\n// BAD: same shape with includes()\nassert.ok(hookScript.includes('jq'), 'hook should reference jq');\n\n// BAD: same shape on CSS\nconst cssContent = readFileSync(cssPath, 'utf-8');\nexpect(parseFloat(cssContent.match(/alpha:\\s*([\\d.]+)/)[1])).toBe(0.9);\n```\n\nThese pass if someone types the right string anywhere in the file.\nThey pass if the rest of the file is gibberish. They fail only if the\nfile is deleted or someone renames \"forbidden\" to \"prohibited\" in\nprose. Implementation can be entirely broken — test stays green.\n\n```js\n// GOOD: run the actual code with input, assert on output\nimport { spawnSync } from 'node:child_process';\nconst result = spawnSync('bash', [HOOK_PATH], {\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: fixture }),\n encoding: 'utf-8',\n});\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\nexpect(result.stdout).toContain('code-reviewer'); // names the missing agent\n```\n\nNow the test fails if the hook's exit code, stdout shape, or\nagent-naming logic regresses — not if someone reformats prose.\n\n### 2. Tautology\n\nAn assertion whose truth is given by the test setup itself. Cannot\nfail. Found in `src/__tests__/lib/agent-seed-manifest.test.ts` and\n`src/__tests__/lib/agent-seed-ecc-rules.test.ts`.\n\n```js\n// BAD: doc.modes is destructured from a literal fixture array\nexpect(doc.key.length).toBeGreaterThan(0);\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// BAD: two hardcoded constants compared\nexpect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common);\n// ^^^^^^^^^^^^^^^^^^^^^^^^^\n// hardcoded {common:3} — if production drifts to 4, this test\n// passes if-and-only-if someone manually updates the constant.\n// The check has no anchor to ground truth.\n```\n\n```js\n// GOOD: derive expectation from a source of truth outside the test\nimport { readdirSync } from 'node:fs';\nconst filesOnDisk = readdirSync('preseed/agents/claude/rules/common')\n .filter((f) => f.endsWith('.md'));\nexpect(commonRules.map((r) => basename(r.key))).toEqual(filesOnDisk);\n```\n\nNow the test fails if files are added/removed without updating the\ngenerator — which is the regression we care about.\n\n### 3. Mock-only theater\n\nTest mocks function X to return value V, calls X, asserts the result\nis V. The mock IS the system under test. Found in\n`src/__tests__/routes/storage-stats.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: mock returns paginated data, test asserts the mock was called\nmockParseListObjectsXml\n .mockReturnValueOnce({ objects: [...3 items...], isTruncated: true })\n .mockReturnValueOnce({ objects: [...2 items...], isTruncated: false });\nawait routeHandler(request);\nexpect(mockFetch).toHaveBeenCalledTimes(2);\n// ^^^^^^^^^ confirms code obeyed the mock; the pagination logic\n// being \"tested\" lives inside the mock setup. If parseListObjectsXml\n// has a real bug, this test does not catch it.\n```\n\n```js\n// GOOD: only mock external dependencies (R2 fetch endpoint), exercise\n// your own pagination logic against canned-but-realistic responses\nmockFetch\n .mockResolvedValueOnce(realR2XmlPage1())\n .mockResolvedValueOnce(realR2XmlPage2());\nconst result = await listObjectsAcrossPages(...);\nexpect(result.objects).toHaveLength(realPage1.length + realPage2.length);\nexpect(result.objects[0].key).toBe(realPage1[0].Key);\nexpect(result.isTruncated).toBe(false); // last page\n```\n\nThe rule: **only mock what's outside YOUR code** (third-party APIs,\nnetwork, the platform). Don't mock your own helpers — exercise them.\n\n### 4. Implementation-coupled call counts\n\n`expect(spy).toHaveBeenCalledTimes(N)` without a paired assertion on\nobservable output. Refactor-fragile, regression-blind. Found in\n`src/__tests__/routes/storage-download.test.ts`,\n`src/__tests__/routes/container-lifecycle-helpers.test.ts`.\n\n```js\n// BAD: only asserts an internal helper was called\nexpect(mockSign).toHaveBeenCalledTimes(1);\n// Refactor to memoize → test fails despite identical behavior.\n// Break signing entirely so URL is invalid but mockSign still\n// gets called once → test passes despite broken behavior.\n```\n\n```js\n// GOOD: assert on observable output. The signed URL itself.\nconst response = await routeHandler(req);\nconst signedUrl = await response.text();\nexpect(signedUrl).toMatch(/^https:\\/\\/.+\\?X-Amz-Signature=/);\nexpect(verifySignedUrl(signedUrl, secret)).toBe(true);\n```\n\nIf you genuinely care about call count (an expensive operation that\nmust not be repeated), pair it with an output assertion AND comment\nwhy the count matters as a contract.\n\n### 5. Empty body / missing assertions\n\nTests with no `expect`/`assert` call. The code runs, but nothing is\nchecked. Linter usually catches these; sometimes they slip in via\n`it('does X', () => { someCode(); /* assertion forgotten */ })`.\n\n```js\n// BAD: no assertion — calling code without checking anything\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n // ... and nothing\n});\n```\n\n```js\n// GOOD: every it/test must produce at least one assertion\nit('handles edge case', async () => {\n const result = await processInput(edgeCase);\n expect(result.status).toBe('skipped');\n expect(result.reason).toBe('input out of supported range');\n});\n```\n\n### 6. Skipped tests without justification\n\n`it.skip(...)`, `xit(...)`, `describe.skip(...)` without an inline\ncomment naming the blocker (issue link, upstream bug, environment\nlimitation). Skipped tests rot — without a removal trigger, they\nstay skipped forever and the coverage they were supposed to provide\nis silently lost.\n\n```js\n// BAD: silent skip\nit.skip('rejects expired tokens', () => { ... });\n\n// GOOD: skip with explicit removal trigger\nit.skip(\n 'rejects expired tokens',\n // Skipped pending vitest-pool-workers#412: Date mocking broken in\n // worker pool. Remove .skip when the upstream fix lands.\n () => { ... }\n);\n```\n\n### 7. Trivial assertions on trivial values\n\n`expect(Array.isArray([1,2,3])).toBe(true)`,\n`expect(typeof 'foo').toBe('string')` — the truth is given by the\nliteral. The assertion adds nothing.\n\n```js\n// BAD: doc.modes is ['advanced'] from the fixture literal\nexpect(Array.isArray(doc.modes)).toBe(true);\n\n// GOOD: assert types/shapes only on values from outside the test\nconst response = await routeHandler(req);\nconst body = await response.json();\nexpect(Array.isArray(body.users)).toBe(true); // body came from a real handler\nexpect(body.users[0]).toHaveProperty('id');\n```\n\n## Patterns that produce useful tests\n\n### Run the real thing\n\nFor shell scripts and hooks: spawn the script with stdin/argv/env,\nassert exit code + stdout/stderr. The shape used in\n`host/__tests__/enforce-review-spawn.test.js` and\n`host/__tests__/git-push-review-reminder.test.js` is the canonical\nexample — those tests caught real bugs (PUSH_TS empty-string fail-open,\nPUSH_LINE substring false-positives) that text-matching tests did not.\n\n```js\nimport { spawnSync } from 'node:child_process';\nimport { mkdtempSync, writeFileSync } from 'node:fs';\nimport { tmpdir } from 'node:os';\nimport { join } from 'node:path';\n\nconst cwd = mkdtempSync(join(tmpdir(), 'hook-test-'));\nmkdirSync(join(cwd, 'sdd'));\nwriteFileSync(join(cwd, 'sdd/README.md'), '# fixture');\n\nconst result = spawnSync('bash', [HOOK_PATH], {\n cwd,\n input: JSON.stringify({ hook_event_name: 'Stop', transcript_path: t }),\n encoding: 'utf-8',\n env: { ...process.env, PATH: `${fakeBinDir}:${process.env.PATH}` },\n});\n\nexpect(result.status).toBe(0);\nexpect(result.stdout).toContain('\"decision\":\"block\"');\n```\n\n### Fixture-driven, not literal-driven\n\nBuild fixtures in files (or tmp dirs) that mirror real production data.\nRead from disk; derive expectations from the same source of truth the\nproduction code consults. If the test computes\n`expected = literal` and compares against a value derived from\n`literal`, you have tautology.\n\n### Test the contract, not the implementation\n\nFor routes: send a real Request, get a real Response, assert on\nstatus/headers/body. Don't assert on which internal helper was called.\n\nFor libraries: call the public function with real input, assert on\nthe return value or its observable side effect. Don't spy on private\ninternals.\n\nFor agents/prompts: extract the testable kernels (helper functions,\nparsers, formatters) into normal modules and test those. The prompt\nitself is human/LLM contract — exercise it via end-to-end runs in\nintegration tests, not by regex-matching the prompt text.\n\n### One bug-class per test\n\nEach test should answer: \"what specific bug would this catch?\"\nIf the answer is vague (\"any general regression\") or absent, split\nor rewrite. The test name should make the bug-class explicit:\n`rejects expired JWT`, `recovers from R2 503 with retry`, `aborts\non transcript with no push line`.\n\n## Enforcement\n\n`code-reviewer` agent (HIGH severity) flags:\n- Tests that read file content + regex/substring match against it\n- Assertions whose values are destructured from local literal fixtures\n- `expect(spy).toHaveBeenCalledTimes(N)` without paired output assertion\n- `it.skip` / `xit` / `describe.skip` without a justification comment\n- Test bodies with no `expect`/`assert` call\n\n`tdd-guide` agent writes tests in this style by default and refuses\nto produce text-matching theater.\n\nThe only user-controlled lever is `enforce_tdd: true | false` in\n`sdd/config.yml`. With `enforce_tdd: true` (default), code-reviewer\nflags antipatterns at HIGH and spec-reviewer auto-demotes Implemented\nREQs without test coverage. With `enforce_tdd: false`, both report\nfindings to `sdd/.coverage-report.md` without modifying the spec —\nproject-level opt-out only, intended for domains that genuinely don't\nadmit automated testing (pure visual design systems, etc.).\n\nThere is **no per-test opt-out**. Inline comment shortcuts like\n`// tdd-allow:` are explicitly NOT supported, by design. Per-test\nopt-outs are agent-writable bypasses — they degrade into \"every test\nthe agent doesn't want to fix\" markers and defeat the rule. If a\ntest legitimately can't fit the discipline, delete it; the absence\nof a useless test is more honest than a flagged-and-allowed one.\n\n## Migration policy\n\nExisting tests that predate this rule are migrated as the surrounding\nproduction code changes — not rewritten speculatively. The most\negregious cluster (`host/__tests__/sdd-workflow-upgrade.test.js`,\n416 lines of pure text-matching theater) is the anchor example\nremoved in the same commit that introduces this rule.\n\nWhen you touch a file with antipattern tests, fix the tests in the\nsame commit. Don't ship new code under coverage that doesn't actually\ncover anything.\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Coding Style\n\n> This file extends [common/coding-style.md](../common/coding-style.md) with TypeScript/JavaScript specific content.\n\n## Immutability\n\nUse spread operator for immutable updates:\n\n```typescript\n// WRONG: Mutation\nfunction updateUser(user, name) {\n user.name = name // MUTATION!\n return user\n}\n\n// CORRECT: Immutability\nfunction updateUser(user, name) {\n return {\n ...user,\n name\n }\n}\n```\n\n## Error Handling\n\nUse async/await with try-catch:\n\n```typescript\ntry {\n const result = await riskyOperation()\n return result\n} catch (error) {\n console.error('Operation failed:', error)\n throw new Error('Detailed user-friendly message')\n}\n```\n\n## Input Validation\n\nUse Zod for schema-based validation:\n\n```typescript\nimport { z } from 'zod'\n\nconst schema = z.object({\n email: z.string().email(),\n age: z.number().int().min(0).max(150)\n})\n\nconst validated = schema.parse(input)\n```\n\n## Console.log\n\n- No `console.log` statements in production code\n- Use proper logging libraries instead\n- See hooks for automatic detection\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Patterns\n\n## API Response Format\n\n```typescript\ninterface ApiResponse {\n success: boolean\n data?: T\n error?: string\n meta?: {\n total: number\n page: number\n limit: number\n }\n}\n```\n\n## Custom Hooks Pattern\n\n```typescript\nexport function useDebounce(value: T, delay: number): T {\n const [debouncedValue, setDebouncedValue] = useState(value)\n\n useEffect(() => {\n const handler = setTimeout(() => setDebouncedValue(value), delay)\n return () => clearTimeout(handler)\n }, [value, delay])\n\n return debouncedValue\n}\n```\n\n## Repository Pattern\n\n```typescript\ninterface Repository {\n findAll(filters?: Filters): Promise\n findById(id: string): Promise\n create(data: CreateDto): Promise\n update(id: string, data: UpdateDto): Promise\n delete(id: string): Promise\n}\n```\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Security\n\n> This file extends [common/security.md](../common/security.md) with TypeScript/JavaScript specific content.\n\n## Secret Management\n\n```typescript\n// NEVER: Hardcoded secrets\nconst apiKey = \"sk-proj-xxxxx\"\n\n// ALWAYS: Environment variables\nconst apiKey = process.env.OPENAI_API_KEY\n\nif (!apiKey) {\n throw new Error('OPENAI_API_KEY not configured')\n}\n```\n\n## Agent Support\n\n- Use **security-reviewer** agent for comprehensive security audits\n\n---\n\n---\npaths:\n - \"**/*.ts\"\n - \"**/*.tsx\"\n - \"**/*.js\"\n - \"**/*.jsx\"\n---\n# TypeScript/JavaScript Testing\n\n**Important:** Tests run via CI only (GitHub Actions). Do not run test suites, linters, or type checkers locally — the container has 1 vCPU. Write tests, push, and verify via `gh run view`.\n\n## E2E Testing\n\nUse **Playwright** as the E2E testing framework for critical user flows.\n", "modes": [ "advanced" ] @@ -1330,7 +1354,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".config/opencode/skills/spec-driven-development/SKILL.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: spec-driven-development\ndescription: Specification-driven development reference. Defines the structure and rules for product specifications, the three autonomy modes (interactive/auto/unleashed), and the workflow for greenfield projects, ongoing development, and rescuing rotted specs. Invoked via the /sdd command.\nversion: 4.0.0\n---\n\n# Spec-Driven Development\n\nA product specification (`sdd/`) is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit.\n\nThe full enforcement layer lives in the `spec-discipline` rule which is loaded into every agent's instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.config/opencode/rules/spec-discipline.md` for Claude). The rules are already in your context. This skill describes the workflow on top of those rules.\n\n## How it works at a glance\n\nThe user runs `/sdd init` once to bootstrap. After that, they \"vibe code\" — write code, push, walk away. The `spec-reviewer` and `doc-updater` agents auto-detect the `sdd/` folder and enforce discipline on every push, in the mode set by `sdd/config.yml` (`interactive`, `auto`, or `unleashed`).\n\nThe user only invokes `/sdd` directly to:\n- Bootstrap a new project (`/sdd init`)\n- Manually add or modify requirements (`/sdd edit`, `/sdd add`)\n- Rescue a rotted spec (`/sdd clean`)\n- Switch autonomy mode (`/sdd autonomous`)\n\n## Spec structure\n\n```\nsdd/\n├── README.md # Vision, principles, actors, domain index, \"Out of Scope\" section\n├── glossary.md # Canonical term definitions\n├── constraints.md # Technology stack, cross-cutting CON-* constraints\n├── changes.md # Semantic changelog (≤2 sentences per entry, user-facing only)\n├── config.yml # mode, enforce_tdd, test_globs, src_globs (optional), allowlists\n├── .user-overrides.md # Findings the user explicitly told the agent to skip (committed)\n├── .review-needed.md # Findings escalated for human review (committed, cleared on resolution)\n├── .coverage-report.md # Output of enforce_tdd: false runs (committed)\n├── .last-clean-run.md # Audit log of the most recent /sdd clean run (committed)\n└── {domain}.md # Requirements per feature area\n```\n\nProject root also has:\n```\nREADME.md # Links to sdd/ and documentation/\ndocumentation/ # Implementation docs (architecture, API, config, deployment, decisions)\ntests/ # Tests (each test references a REQ ID for spec-reviewer to verify)\npending.md # In-flight work and known gaps (NOT requirements)\n```\n\n## REQ format\n\n```markdown\n### REQ-{DOMAIN}-{NNN}: {Title}\n\n**Intent:** {Why this exists — the problem, not the solution.}\n\n**Applies To:** {Actor — User, Admin, etc. Not \"System\" — that's a qualifier.}\n\n**Acceptance Criteria:**\n1. {Testable, binary pass/fail}\n2. {Another}\n\n**Constraints:** CON-* references where applicable\n\n**Priority:** P0 | P1 | P2 | P3\n**Dependencies:** REQ-*-* | None\n**Verification:** Automated test | Integration test | Manual check\n**Status:** Proposed | Planned | Partial | Implemented | Deprecated\n**Notes:** {Optional, only valid for Partial status, ≤3 sentences explaining what's missing}\n**Replaced By:** REQ-*-* {Required for Deprecated status}\n**Removed In:** YYYY-MM-DD {Alternative for Deprecated when no replacement REQ exists}\n```\n\n## Status semantics\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated test verification found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n**One word, no prose.** The Status field cannot contain commit SHAs, file paths, or \"Partial — missing X, Y, Z\" notes. Use the optional `Notes:` field (≤3 sentences) for Partial status only. Use `pending.md` for implementation tracking.\n\n**Never-built REQs** that the team decided to skip should NOT be marked Deprecated. Move them to the `## Out of Scope` section in the relevant domain file or `sdd/README.md`. This preserves the decision history without bloating the active spec.\n\n## Three autonomy modes\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes (strip strikethrough, truncate prose Status, generate backlinks, move forbidden content) | Confirm → apply | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves, bulk operations) | Confirm + backup + apply | Backup + apply | Backup + apply |\n| JUDGMENT calls (doc-vs-spec conflict, oversized REQ, fake-Deprecated) | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| `enforce_tdd` default | per `sdd/config.yml` (default true) | per `sdd/config.yml` (default true) | **Forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference: **how JUDGMENT is handled**, nothing else. All modes push to the current branch. No PR, no new branch, no artificial change limits.\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. **Never overwrite either side.** |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. **Never split into multiple REQs.** |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's `## Out of Scope` section, remove from domain file. Content preserved. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md`. |\n\nThe user comes back to new commits on the current branch. They inspect the per-category commits and `sdd/.review-needed.md`, and can `git revert ` per-category if any change is unwanted. No PR, no merge step — commits land directly where the user pushed from.\n\n## Sub-commands\n\n| Command | Purpose |\n|---|---|\n| `/sdd` | Help screen — overview, modes, sub-commands, autodetection behavior |\n| `/sdd init [idea]` | Bootstrap a new project: `sdd/`, `documentation/`, root `README.md`, `tests/`, `sdd/config.yml` |\n| `/sdd edit {domain}` | Add or modify requirements in an existing domain (interactive, always needs user input) |\n| `/sdd add {domain}` | Create a new domain in an existing spec |\n| `/sdd clean` | Refactor a rotted spec — applies SAFE/RISKY/JUDGMENT fixes per current mode |\n| `/sdd autonomous {on\\|off\\|unleashed}` | Set the mode in `sdd/config.yml` |\n\nThe full command syntax is documented in the `/sdd` command file.\n\n## Auto-detection — when SDD enforcement runs without /sdd\n\nOnce `sdd/` exists in a project, the workflow runs automatically without explicit `/sdd` invocation:\n\n- After every git push, the `spec-reviewer` agent runs (sequentially, then `doc-updater`)\n- Both agents detect `sdd/` exists → enter SDD-strict mode\n- Both agents read `sdd/config.yml` → know whether to be interactive/auto/unleashed\n- Findings are auto-fixed per the mode\n\nIf `sdd/` doesn't exist, `spec-reviewer` exits silently. `doc-updater` runs in `docs-only` mode (project-agnostic doc maintenance, no spec coordination).\n\n## /sdd init — bootstrapping a project (greenfield OR existing codebase)\n\n`/sdd init` handles two scenarios:\n\n1. **Greenfield**: empty project, no existing code. Agent bootstraps from prose.\n2. **Existing codebase**: project already has source code. Agent enters **import mode** — analyzes the existing code, derives a spec from observed behavior, presents it for user confirmation, and writes the scaffolding.\n\nThe agent detects the scenario automatically by counting source files in the project. >5 source files → existing codebase → import mode. ≤5 → greenfield.\n\nIn **import mode**, the agent:\n- Reads README.md, package.json (or equivalent), top-level configs to understand intent\n- Analyzes directory structure to identify domains\n- Reads representative source files to derive REQs\n- Tentatively marks all derived REQs as `Status: Implemented`\n- Searches existing test files for feature/route names; demotes REQs without test coverage to `Partial` with `Notes:` explaining what's missing\n- Presents derived spec for user confirmation, one domain at a time\n- Writes scaffolding (sdd/, documentation/, root README) WITHOUT touching existing code, existing README, or existing documentation/ files\n\nImport mode is **always interactive** even in `auto` or `unleashed` config — inferring intent from code is genuinely judgment-required and the user must validate the result.\n\nIn **greenfield mode**, the agent:\n\n1. **Drafts the vision** from the user's prose, presents for confirmation\n2. **Proposes actors** (typically User, Admin — never \"System\")\n3. **Maps the user journey** by asking one question, then proposes domains\n4. **Drafts requirements** for each domain (5-15 per domain), confirms one domain at a time\n5. **Drafts constraints** with CON-* IDs\n6. **Writes the spec scaffolding** by reading and instantiating templates from `references/templates/`:\n - `root-readme.md` → `README.md` (project root)\n - `sdd-readme.md` → `sdd/README.md`\n - `sdd-glossary.md` → `sdd/glossary.md`\n - `sdd-constraints.md` → `sdd/constraints.md`\n - `sdd-changes.md` → `sdd/changes.md`\n - `sdd-config.yml` → `sdd/config.yml` (mode: interactive by default)\n - `documentation-readme.md` → `documentation/README.md`\n - `documentation-architecture.md` → `documentation/architecture.md`\n - `documentation-api-reference.md` → `documentation/api-reference.md`\n - `documentation-configuration.md` → `documentation/configuration.md`\n - `documentation-deployment.md` → `documentation/deployment.md`\n - `documentation-decisions-readme.md` → `documentation/decisions/README.md`\n7. **Creates `tests/` folder** (empty, ready for the user to populate with TDD)\n8. **Substitutes placeholders** like `{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}` with values inferred from the user's idea\n9. **Reports next steps** to the user\n\nThe agent does not need internet access — all templates are bundled in `references/templates/`.\n\nIf `sdd/` already exists, `/sdd init` aborts with an error. Use `--force` to overwrite (destructive — confirm with user first).\n\n### Dependency version resolution\n\nWhen `/sdd init` generates a package manifest (`package.json`, `Cargo.toml`, `requirements.txt`, `go.mod`, etc.), NEVER emit memorized version ranges. Resolve each top-level dependency to its current latest stable via the ecosystem's metadata query tool:\n\n| Ecosystem | Version query | Lockfile generation (scaffold-only carveout) |\n|---|---|---|\n| npm | `npm view version` + `npm view peerDependencies` | `npm install --package-lock-only --ignore-scripts --no-audit --no-fund` |\n| Cargo | `cargo search --limit 1` | `cargo generate-lockfile` |\n| Python | `pip index versions ` | `uv lock` or `pip-compile` |\n| Go | `go list -m -versions ` | `go mod tidy` |\n\nFor Cloudflare Workers projects, see `cloudflare-stack` SKILL → § Cloudflare cohort pinning — the 4-pack (wrangler + workers-types + vitest-pool-workers + vitest) must be resolved together before writing `package.json`.\n\nProcess (npm example):\n1. For each proposed dependency, run `npm view version` → capture latest\n2. Run `npm view peerDependencies` → capture peer constraints\n3. Cross-check peer ranges: if two packages disagree, drop one to the highest co-compatible version rather than picking the latest of both\n4. Emit specific caret ranges: `^5.14.0`, never `^5.0.0` from memory\n5. Write `package.json`\n6. Run the lockfile generator ONCE (scaffold-only carveout — see below)\n7. Commit both manifest and lockfile\n\n**Local CPU carveout (`/sdd init` scaffold only):** the `no-local-builds` rule forbids local installs/builds/tests on this 1-vCPU container. The lockfile generator is a one-time exception because (a) CI's `npm ci` requires a committed lockfile, (b) Dependabot baseline needs a deterministic starting point, and (c) the operation is resolution-only with `--ignore-scripts` (no `node_modules` population, no script execution, no build step; the npm cache may fetch tarballs for integrity hashing). This carveout applies ONLY during `/sdd init`. Every other local install/build/test remains forbidden.\n\n**Forbidden at scaffold time:** `npm install` (full), `npm test`, `npm run build`, `tsc`, `cargo build`, `cargo test`, any test runner, any bundler.\n\n## /sdd clean — rescuing a rotted spec\n\n`/sdd clean` is the rescue command for projects whose spec has accumulated implementation leakage, fake deprecations, prose Status fields, oversized REQs, and bloated changelogs.\n\n### What it does (per mode)\n\nIn **interactive** mode: reports findings batch-by-batch, asks for confirmation before applying.\n\nIn **auto** mode: applies SAFE and RISKY fixes silently on the current branch. JUDGMENT items go to `sdd/.review-needed.md`.\n\nIn **unleashed** mode: applies SAFE + RISKY + JUDGMENT fixes on the current branch (using conservative defaults for JUDGMENT), commits per category, pushes directly. No new branch, no PR. `enforce_tdd: true` is forced. The commits land where the user pushed from.\n\n### Safety nets\n\nIn all modes:\n- **Working tree must be clean** before running (refuses if `git status --porcelain` is non-empty)\n- **Backup files** are created before any RISKY operation (e.g., `sdd/changes.md` → `sdd/changes-archive-YYYY-MM.md`)\n- **Per-category commits** for selective revert\n- **`[sdd-clean]` commit tag** that bypasses round-detection in spec-reviewer\n- **Sequential execution** (spec-reviewer first, then doc-updater)\n\nIn `auto` mode specifically:\n- Refuses to run on `main` or `master` without `--branch-confirmed`\n\nIn `unleashed` mode specifically:\n- Pushes commits directly to the current branch (no new branch, no PR)\n- Refuses to run on `main`/`master` without `--branch-confirmed`\n- Each commit is per-category and tagged `[sdd-clean]` — `git revert ` is the rollback surface\n- Full audit log lives in `sdd/.last-clean-run.md` + the per-category commit messages\n\n### What gets cleaned\n\n- **Strikethrough text** in REQs → stripped (git history is the strikethrough)\n- **Prose Status fields** (multi-line status notes) → truncated to one word, prose moved to `pending.md` or to `Notes:` field for `Partial` status\n- **Implementation leakage** in REQs (hex codes, CSS classes, file paths, function names, env vars, etc.) → moved to appropriate `documentation/` files\n- **Fake-Deprecated REQs** (Deprecated without `Replaced By:`) → moved to `## Out of Scope` section in domain README (interactive/auto/unleashed: see escalation rules)\n- **Oversized REQs** (>50 lines) → flagged; in unleashed mode, implementation prose extracted to docs while Intent + AC stay verbatim\n- **Bloated `changes.md`** (verification log entries, commit SHAs, multi-paragraph entries) → archived to `sdd/changes-archive-YYYY-MM.md`, new file written with user-facing entries only\n- **Status: Implemented REQs without test coverage** → if `enforce_tdd: true`, demoted to `Partial` with `Notes:` explaining what's missing; if `enforce_tdd: false`, written to `sdd/.coverage-report.md` only\n- **Status: Planned/Partial REQs with source code but no test** → if `enforce_tdd: true`, HIGH finding + auto-promote `Planned → Partial` with `Notes:` (requires the `Implements REQ-X-NNN` annotation convention in source files — see `spec-discipline.md` → Source code ↔ REQ annotations)\n- **Test quality heuristics** → AC-count vs test-count check, tautology detection, skipped-test detection (all run when `enforce_tdd: true`)\n- **Missing doc→spec backlinks** → generated automatically (links from `documentation/` files to relevant REQ IDs)\n\n## /sdd edit — adding or modifying requirements\n\nAlways interactive. The agent:\n1. Reads `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, and the target domain file\n2. Asks the user what they want to add or change\n3. Drafts new/modified REQs in proper format\n4. Validates against the discipline rules (forbidden content, length, AC quality)\n5. Confirms with user\n6. Writes the updated domain file\n7. Updates glossary if new terms were introduced\n8. Adds a changelog entry to `sdd/changes.md`\n\nUser-authored content gets one full pass before LOW-severity cleanup applies. The agent never blocks user input on style grounds.\n\n## /sdd add — creating a new domain\n\nSame as `/sdd edit` but creates a new domain file. The agent:\n1. Asks the user what the domain covers\n2. Proposes 5-15 initial requirements\n3. Creates `sdd/{domain}.md`\n4. Updates the domain index in `sdd/README.md`\n5. Updates glossary and changelog\n\n## /sdd autonomous — switching modes\n\n```bash\n/sdd autonomous on # mode = auto (writes to sdd/config.yml)\n/sdd autonomous unleashed on # mode = unleashed\n/sdd autonomous off # mode = interactive\n/sdd autonomous status # show current mode + recent overrides\n```\n\nThe setting is persistent (committed to git as `sdd/config.yml`) and travels with the project. Per-command overrides via `--interactive`, `--auto`, `--unleashed` flags on `/sdd clean`.\n\n## Test discipline\n\nEvery REQ marked `Status: Implemented` should have at least one test file that references its REQ ID. Test discovery uses `test_globs` from `sdd/config.yml`. Detection is binary: the REQ ID literally appears in a test (in a test name, comment, or assertion message).\n\n**Why REQ IDs in test files**: this lets `spec-reviewer` verify which Implemented REQs have automated coverage without ambiguous prose matching. Test naming convention example:\n\n```typescript\ntest('REQ-AUTH-001: rejects expired JWT tokens', () => {\n // ...\n});\n```\n\nWhen `enforce_tdd: true` (the default), REQs without test references get downgraded to `Partial` with a `Notes:` field, and REQs whose source code exists but lacks tests get flagged and auto-promoted `Planned → Partial`. Source code must annotate each REQ it implements with a comment like `Implements REQ-X-NNN` so spec-reviewer has something concrete to grep (see `spec-discipline.md` → Source code ↔ REQ annotations). Projects that genuinely cannot admit automated testing (pure visual design systems, for example) can opt out with `enforce_tdd: false`.\n\n**Bug fix discipline**: when fixing a bug, write a failing test that reproduces it BEFORE writing the fix. The test proves the bug exists and proves the fix works. The `tdd-guide` agent enforces this proactively.\n\n## TDD coverage targets\n\nThese are recommended defaults, configurable per project in `sdd/config.yml`:\n\n| Layer | Target |\n|---|---|\n| Pure functions / utilities | 100% |\n| API routes / handlers | 100% |\n| Component rendering | 80% |\n| Page-level integration | 80% |\n| Default | 70% |\n\nThese are guidance, not enforcement. The auto-demote rule is the only hard enforcement (binary: test exists per REQ or it doesn't).\n\n## Plan Mode integration\n\n**Plan Mode is mandatory on every spec→code transition**: after `/sdd init`, `/sdd edit` (if new REQ is `Planned`/`Partial`), or `/sdd add`. Next action MUST be entering Plan Mode (Claude Code: `EnterPlanMode`; other agents: the equivalent planning primitive). Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize *starting*, never skipping.\n\nThe plan must:\n1. Read all of `sdd/`, enumerate REQs by Status\n2. Filter to `Status: Planned` and `Status: Partial`\n3. Topo-sort by `Dependencies:`\n4. **Phase RED**: one failing test per AC via `tdd-guide`. Test name: `REQ-{DOMAIN}-{NNN}: {AC summary}`\n5. **Phase GREEN**: minimal impl, one REQ at a time, in dependency order\n6. **Phase VERIFY**: push, let `spec-reviewer` promote `Planned`→`Implemented` on next run\n7. Name the test framework from the stack (vitest, jest, pytest, go test, rspec, xctest, etc.); add Phase 0 if none exists\n\n**Informal proposal ≠ formal Plan Mode.** A detailed prose proposal + user \"execute\" / \"go\" / \"fine\" is *informal* approval. Still enter Plan Mode and re-present the same plan as a formal artifact. Treating \"execute\" as plan approval when no formal plan exists is the trap that breaks SDD.\n\n**Legitimate skip**: only if the user, after seeing a plan proposal, explicitly says \"skip plan mode\" or \"no plan\". Record in a feedback memory. Mark affected REQs `Partial` (not `Implemented`) until tests exist. \"build now\" / \"go\" / \"execute\" never count.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues. The spec describes the target state; bugs are the delta.\n- **TODOs / known gaps** → `pending.md` at repo root. Status field can say `Partial` to flag, but prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. Operational notes, not requirements.\n- **Out-of-scope ideas** → `## Out of Scope` section in the relevant README. Decisions, not requirements.\n\n## Templates location\n\nAll scaffolding templates are in `references/templates/` within this skill. The agent reads them on demand during `/sdd init`. They are bundled with the skill — no external dependencies.\n\n| Template | Used by |\n|---|---|\n| `root-readme.md` | `/sdd init` → `README.md` |\n| `sdd-readme.md` | `/sdd init` → `sdd/README.md` |\n| `sdd-glossary.md` | `/sdd init` → `sdd/glossary.md` |\n| `sdd-constraints.md` | `/sdd init` → `sdd/constraints.md` |\n| `sdd-changes.md` | `/sdd init` → `sdd/changes.md` |\n| `sdd-config.yml` | `/sdd init` → `sdd/config.yml` |\n| `documentation-readme.md` | `/sdd init` → `documentation/README.md` |\n| `documentation-architecture.md` | `/sdd init` → `documentation/architecture.md` |\n| `documentation-api-reference.md` | `/sdd init` → `documentation/api-reference.md` |\n| `documentation-configuration.md` | `/sdd init` → `documentation/configuration.md` |\n| `documentation-deployment.md` | `/sdd init` → `documentation/deployment.md` |\n| `documentation-decisions-readme.md` | `/sdd init` → `documentation/decisions/README.md` |\n\nPlaceholders use `{PLACEHOLDER_NAME}` format. The agent substitutes them based on the user's input and inferred context (project name, language, framework, etc.).\n", + "content": "---\nname: spec-driven-development\ndescription: Specification-driven development reference. Defines the structure and rules for product specifications, the three autonomy modes (interactive/auto/unleashed), and the workflow for greenfield projects, ongoing development, and rescuing rotted specs. Invoked via the /sdd command.\nversion: 4.0.0\n---\n\n# Spec-Driven Development\n\nA product specification (`sdd/`) is the single source of truth for **what the product does and why**. It is not a record of what the code currently does. It is not a bug tracker. It is not a changelog of every commit.\n\nThe full enforcement layer lives in the `spec-discipline` rule which is loaded into every agent's instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.config/opencode/rules/spec-discipline.md` for Claude). The rules are already in your context. This skill describes the workflow on top of those rules.\n\n## How it works at a glance\n\nThe user runs `/sdd init` once to bootstrap. After that, they \"vibe code\" — write code, push, walk away. The `spec-reviewer` and `doc-updater` agents auto-detect the `sdd/` folder and enforce discipline on every push, in the mode set by `sdd/config.yml` (`interactive`, `auto`, or `unleashed`).\n\nThe user only invokes `/sdd` directly to:\n- Bootstrap a new project (`/sdd init`)\n- Manually add or modify requirements (`/sdd edit`, `/sdd add`)\n- Rescue a rotted spec (`/sdd clean`)\n- Switch autonomy mode (`/sdd autonomous`)\n\n## Spec structure\n\n```\nsdd/\n├── README.md # Vision, principles, actors, domain index, \"Out of Scope\" section\n├── glossary.md # Canonical term definitions\n├── constraints.md # Technology stack, cross-cutting CON-* constraints\n├── changes.md # Semantic changelog (≤2 sentences per entry, user-facing only)\n├── config.yml # mode, enforce_tdd, test_globs, src_globs (optional), allowlists\n├── .user-overrides.md # Findings the user explicitly told the agent to skip (committed)\n├── .review-needed.md # Findings escalated for human review (committed, cleared on resolution)\n├── .coverage-report.md # Output of enforce_tdd: false runs (committed)\n├── .last-clean-run.md # Audit log of the most recent /sdd clean run (committed)\n└── {domain}.md # Requirements per feature area\n```\n\nProject root also has:\n```\nREADME.md # Links to sdd/ and documentation/\ndocumentation/ # Implementation docs (architecture, API, config, deployment, decisions)\ntests/ # Tests (each test references a REQ ID for spec-reviewer to verify)\npending.md # In-flight work and known gaps (NOT requirements)\n```\n\n## REQ format\n\n```markdown\n### REQ-{DOMAIN}-{NNN}: {Title}\n\n**Intent:** {Why this exists — the problem, not the solution.}\n\n**Applies To:** {Actor — User, Admin, etc. Not \"System\" — that's a qualifier.}\n\n**Acceptance Criteria:**\n1. {Testable, binary pass/fail}\n2. {Another}\n\n**Constraints:** CON-* references where applicable\n\n**Priority:** P0 | P1 | P2 | P3\n**Dependencies:** REQ-*-* | None\n**Verification:** Automated test | Integration test | Manual check\n**Status:** Proposed | Planned | Partial | Implemented | Deprecated\n**Notes:** {Optional, only valid for Partial status, ≤3 sentences explaining what's missing}\n**Replaced By:** REQ-*-* {Required for Deprecated status}\n**Removed In:** YYYY-MM-DD {Alternative for Deprecated when no replacement REQ exists}\n```\n\n## Status semantics\n\n| Status | Meaning |\n|---|---|\n| `Proposed` | Being drafted, not yet committed to spec |\n| `Planned` | Committed to spec, not yet built |\n| `Partial` | Built but some AC unmet OR no automated test verification found |\n| `Implemented` | Built AND tests verify the acceptance criteria |\n| `Deprecated` | Was implemented, then removed or replaced. Requires `Replaced By:` or `Removed In:` field. |\n\n**One word, no prose.** The Status field cannot contain commit SHAs, file paths, or \"Partial — missing X, Y, Z\" notes. Use the optional `Notes:` field (≤3 sentences) for Partial status only. Use `pending.md` for implementation tracking.\n\n**Never-built REQs** that the team decided to skip should NOT be marked Deprecated. Move them to the `## Out of Scope` section in the relevant domain file or `sdd/README.md`. This preserves the decision history without bloating the active spec.\n\n## Three autonomy modes\n\n| Behavior | interactive | auto | unleashed |\n|---|---|---|---|\n| Where work lands | Current branch | Current branch | Current branch |\n| SAFE fixes (strip strikethrough, truncate prose Status, generate backlinks, move forbidden content) | Confirm → apply | Apply silently | Apply silently |\n| RISKY fixes (truncate changes.md, mass moves, bulk operations) | Confirm + backup + apply | Backup + apply | Backup + apply |\n| JUDGMENT calls (doc-vs-spec conflict, oversized REQ, fake-Deprecated) | Escalate to user, pause | Escalate to `sdd/.review-needed.md`, continue | **Auto-resolve conservatively** (rules below), continue |\n| `enforce_tdd` default | per `sdd/config.yml` (default true) | per `sdd/config.yml` (default true) | **Forced true** |\n| Output | Inline confirmations | Inline reports | Inline reports; per-category commits |\n\nThe fundamental difference: **how JUDGMENT is handled**, nothing else. All modes push to the current branch. No PR, no new branch, no artificial change limits.\n\n### Conservative JUDGMENT auto-resolution (unleashed only)\n\nWhen unleashed mode encounters a JUDGMENT call, it never picks a winner that overwrites intent:\n\n| JUDGMENT type | Conservative resolution |\n|---|---|\n| Doc-vs-spec conflict | Mark BOTH the REQ and the related doc as `Status: Partial` with `Notes:` describing the conflict. Log to `sdd/.review-needed.md`. **Never overwrite either side.** |\n| Oversized REQ refactor | Shrink in place — extract implementation prose to `documentation/{relevant-file}.md` and leave Intent + AC bullets verbatim in the REQ. **Never split into multiple REQs.** |\n| Fake-Deprecated REQ (no Replaced By) | Move REQ definition to README's `## Out of Scope` section, remove from domain file. Content preserved. |\n| Truly ambiguous content | Mark as `Partial` with `Notes:`, log to `sdd/.review-needed.md`. |\n\nThe user comes back to new commits on the current branch. They inspect the per-category commits and `sdd/.review-needed.md`, and can `git revert ` per-category if any change is unwanted. No PR, no merge step — commits land directly where the user pushed from.\n\n## Sub-commands\n\n| Command | Purpose |\n|---|---|\n| `/sdd` | Help screen — overview, modes, sub-commands, autodetection behavior |\n| `/sdd init [idea]` | Bootstrap a new project: `sdd/`, `documentation/`, root `README.md`, `tests/`, `sdd/config.yml` |\n| `/sdd edit {domain}` | Add or modify requirements in an existing domain (interactive, always needs user input) |\n| `/sdd add {domain}` | Create a new domain in an existing spec |\n| `/sdd clean` | Refactor a rotted spec — applies SAFE/RISKY/JUDGMENT fixes per current mode |\n| `/sdd autonomous {on\\|off\\|unleashed}` | Set the mode in `sdd/config.yml` |\n\nThe full command syntax is documented in the `/sdd` command file.\n\n## Auto-detection — when SDD enforcement runs without /sdd\n\nOnce `sdd/` exists in a project, the workflow runs automatically without explicit `/sdd` invocation:\n\n- After every git push, the `spec-reviewer` agent runs (sequentially, then `doc-updater`)\n- Both agents detect `sdd/` exists → enter SDD-strict mode\n- Both agents read `sdd/config.yml` → know whether to be interactive/auto/unleashed\n- Findings are auto-fixed per the mode\n\nIf `sdd/` doesn't exist, `spec-reviewer` exits silently. `doc-updater` runs in `docs-only` mode (project-agnostic doc maintenance, no spec coordination).\n\n## /sdd init — bootstrapping a project (greenfield OR existing codebase)\n\n`/sdd init` handles two scenarios:\n\n1. **Greenfield**: empty project, no existing code. Agent bootstraps from prose.\n2. **Existing codebase**: project already has source code. Agent enters **import mode** — analyzes the existing code, derives a spec from observed behavior, presents it for user confirmation, and writes the scaffolding.\n\nThe agent detects the scenario automatically by counting source files in the project. >5 source files → existing codebase → import mode. ≤5 → greenfield.\n\nIn **import mode**, the agent:\n- Reads README.md, package.json (or equivalent), top-level configs to understand intent\n- Analyzes directory structure to identify domains\n- Reads representative source files to derive REQs\n- Tentatively marks all derived REQs as `Status: Implemented`\n- Searches existing test files for feature/route names; demotes REQs without test coverage to `Partial` with `Notes:` explaining what's missing\n- Presents derived spec for user confirmation, one domain at a time\n- Writes scaffolding (sdd/, documentation/, root README) WITHOUT touching existing code, existing README, or existing documentation/ files\n\nImport mode is **always interactive** even in `auto` or `unleashed` config — inferring intent from code is genuinely judgment-required and the user must validate the result.\n\nIn **greenfield mode**, the agent:\n\n1. **Drafts the vision** from the user's prose, presents for confirmation\n2. **Proposes actors** (typically User, Admin — never \"System\")\n3. **Maps the user journey** by asking one question, then proposes domains\n4. **Drafts requirements** for each domain (5-15 per domain), confirms one domain at a time\n5. **Drafts constraints** with CON-* IDs\n6. **Writes the spec scaffolding** by reading and instantiating templates from `references/templates/`:\n - `root-readme.md` → `README.md` (project root)\n - `sdd-readme.md` → `sdd/README.md`\n - `sdd-glossary.md` → `sdd/glossary.md`\n - `sdd-constraints.md` → `sdd/constraints.md`\n - `sdd-changes.md` → `sdd/changes.md`\n - `sdd-config.yml` → `sdd/config.yml` (mode: interactive by default)\n - `documentation-readme.md` → `documentation/README.md`\n - `documentation-architecture.md` → `documentation/architecture.md`\n - `documentation-api-reference.md` → `documentation/api-reference.md`\n - `documentation-configuration.md` → `documentation/configuration.md`\n - `documentation-deployment.md` → `documentation/deployment.md`\n - `documentation-decisions-readme.md` → `documentation/decisions/README.md`\n7. **Creates `tests/` folder** (empty, ready for the user to populate with TDD)\n8. **Substitutes placeholders** like `{PROJECT_NAME}`, `{ACTOR_1}`, `{INSTALL_COMMAND}` with values inferred from the user's idea\n9. **Reports next steps** to the user\n\nThe agent does not need internet access — all templates are bundled in `references/templates/`.\n\nIf `sdd/` already exists, `/sdd init` aborts with an error. Use `--force` to overwrite (destructive — confirm with user first).\n\n### Dependency version resolution\n\nWhen `/sdd init` generates a package manifest (`package.json`, `Cargo.toml`, `requirements.txt`, `go.mod`, etc.), NEVER emit memorized version ranges. Resolve each top-level dependency to its current latest stable via the ecosystem's metadata query tool:\n\n| Ecosystem | Version query | Lockfile generation (scaffold-only carveout) |\n|---|---|---|\n| npm | `npm view version` + `npm view peerDependencies` | `npm install --package-lock-only --ignore-scripts --no-audit --no-fund` |\n| Cargo | `cargo search --limit 1` | `cargo generate-lockfile` |\n| Python | `pip index versions ` | `uv lock` or `pip-compile` |\n| Go | `go list -m -versions ` | `go mod tidy` |\n\nFor Cloudflare Workers projects, see `cloudflare-stack` SKILL → § Cloudflare cohort pinning — the 4-pack (wrangler + workers-types + vitest-pool-workers + vitest) must be resolved together before writing `package.json`.\n\nProcess (npm example):\n1. For each proposed dependency, run `npm view version` → capture latest\n2. Run `npm view peerDependencies` → capture peer constraints\n3. Cross-check peer ranges: if two packages disagree, drop one to the highest co-compatible version rather than picking the latest of both\n4. Emit specific caret ranges: `^5.14.0`, never `^5.0.0` from memory\n5. Write `package.json`\n6. Run the lockfile generator ONCE (scaffold-only carveout — see below)\n7. Commit both manifest and lockfile\n\n**Local CPU carveout (`/sdd init` scaffold only):** the `no-local-builds` rule forbids local installs/builds/tests on this 1-vCPU container. The lockfile generator is a one-time exception because (a) CI's `npm ci` requires a committed lockfile, (b) Dependabot baseline needs a deterministic starting point, and (c) the operation is resolution-only with `--ignore-scripts` (no `node_modules` population, no script execution, no build step; the npm cache may fetch tarballs for integrity hashing). This carveout applies ONLY during `/sdd init`. Every other local install/build/test remains forbidden.\n\n**Forbidden at scaffold time:** `npm install` (full), `npm test`, `npm run build`, `tsc`, `cargo build`, `cargo test`, any test runner, any bundler.\n\n## /sdd clean — rescuing a rotted spec\n\n`/sdd clean` is the rescue command for projects whose spec has accumulated implementation leakage, fake deprecations, prose Status fields, oversized REQs, and bloated changelogs.\n\n### What it does (per mode)\n\nIn **interactive** mode: reports findings batch-by-batch, asks for confirmation before applying.\n\nIn **auto** mode: applies SAFE and RISKY fixes silently on the current branch. JUDGMENT items go to `sdd/.review-needed.md`.\n\nIn **unleashed** mode: applies SAFE + RISKY + JUDGMENT fixes on the current branch (using conservative defaults for JUDGMENT), commits per category, pushes directly. No new branch, no PR. `enforce_tdd: true` is forced. The commits land where the user pushed from.\n\n### Safety nets\n\nIn all modes:\n- **Working tree must be clean** before running (refuses if `git status --porcelain` is non-empty)\n- **Backup files** are created before any RISKY operation (e.g., `sdd/changes.md` → `sdd/changes-archive-YYYY-MM.md`)\n- **Per-category commits** for selective revert\n- **`[sdd-clean]` commit tag** that bypasses round-detection in spec-reviewer\n- **Sequential execution** (spec-reviewer first, then doc-updater)\n\nIn `auto` mode specifically:\n- Refuses to run on `main` or `master` without `--branch-confirmed`\n\nIn `unleashed` mode specifically:\n- Pushes commits directly to the current branch (no new branch, no PR)\n- Refuses to run on `main`/`master` without `--branch-confirmed`\n- Each commit is per-category and tagged `[sdd-clean]` — `git revert ` is the rollback surface\n- Full audit log lives in `sdd/.last-clean-run.md` + the per-category commit messages\n\n### What gets cleaned\n\n- **Strikethrough text** in REQs → stripped (git history is the strikethrough)\n- **Prose Status fields** (multi-line status notes) → truncated to one word, prose moved to `pending.md` or to `Notes:` field for `Partial` status\n- **Implementation leakage** in REQs (hex codes, CSS classes, file paths, function names, env vars, etc.) → moved to appropriate `documentation/` files\n- **Fake-Deprecated REQs** (Deprecated without `Replaced By:`) → moved to `## Out of Scope` section in domain README (interactive/auto/unleashed: see escalation rules)\n- **Oversized REQs** (>50 lines) → flagged; in unleashed mode, implementation prose extracted to docs while Intent + AC stay verbatim\n- **Bloated `changes.md`** (verification log entries, commit SHAs, multi-paragraph entries) → archived to `sdd/changes-archive-YYYY-MM.md`, new file written with user-facing entries only\n- **Status: Implemented REQs without test coverage** → if `enforce_tdd: true`, demoted to `Partial` with `Notes:` explaining what's missing; if `enforce_tdd: false`, written to `sdd/.coverage-report.md` only\n- **Status: Planned/Partial REQs with source code but no test** → if `enforce_tdd: true`, HIGH finding + auto-promote `Planned → Partial` with `Notes:` (requires the `Implements REQ-X-NNN` annotation convention in source files — see `spec-discipline.md` → Source code ↔ REQ annotations)\n- **Test quality heuristics** → AC-count vs test-count check, tautology detection, skipped-test detection (all run when `enforce_tdd: true`)\n- **Missing doc→spec backlinks** → generated automatically (links from `documentation/` files to relevant REQ IDs)\n\n## /sdd edit — adding or modifying requirements\n\nAlways interactive. The agent:\n1. Reads `sdd/README.md`, `sdd/constraints.md`, `sdd/glossary.md`, and the target domain file\n2. Asks the user what they want to add or change\n3. Drafts new/modified REQs in proper format\n4. Validates against the discipline rules (forbidden content, length, AC quality)\n5. Confirms with user\n6. Writes the updated domain file\n7. Updates glossary if new terms were introduced\n8. Adds a changelog entry to `sdd/changes.md`\n\nUser-authored content gets one full pass before LOW-severity cleanup applies. The agent never blocks user input on style grounds.\n\n## /sdd add — creating a new domain\n\nSame as `/sdd edit` but creates a new domain file. The agent:\n1. Asks the user what the domain covers\n2. Proposes 5-15 initial requirements\n3. Creates `sdd/{domain}.md`\n4. Updates the domain index in `sdd/README.md`\n5. Updates glossary and changelog\n\n## /sdd autonomous — switching modes\n\n```bash\n/sdd autonomous on # mode = auto (writes to sdd/config.yml)\n/sdd autonomous unleashed on # mode = unleashed\n/sdd autonomous off # mode = interactive\n/sdd autonomous status # show current mode + recent overrides\n```\n\nThe setting is persistent (committed to git as `sdd/config.yml`) and travels with the project. Per-command overrides via `--interactive`, `--auto`, `--unleashed` flags on `/sdd clean`.\n\n## Test discipline\n\nEvery REQ marked `Status: Implemented` should have at least one test file that references its REQ ID. Test discovery uses `test_globs` from `sdd/config.yml`. Detection is binary: the REQ ID literally appears in a test (in a test name, comment, or assertion message).\n\n**Why REQ IDs in test files**: this lets `spec-reviewer` verify which Implemented REQs have automated coverage without ambiguous prose matching. Test naming convention example:\n\n```typescript\ntest('REQ-AUTH-001: rejects expired JWT tokens', () => {\n // ...\n});\n```\n\nWhen `enforce_tdd: true` (the default), REQs without test references get downgraded to `Partial` with a `Notes:` field, and REQs whose source code exists but lacks tests get flagged and auto-promoted `Planned → Partial`. Source code must annotate each REQ it implements with a comment like `Implements REQ-X-NNN` so spec-reviewer has something concrete to grep (see `spec-discipline.md` → Source code ↔ REQ annotations). Projects that genuinely cannot admit automated testing (pure visual design systems, for example) can opt out with `enforce_tdd: false`.\n\n**Bug fix discipline**: when fixing a bug, write a failing test that reproduces it BEFORE writing the fix. The test proves the bug exists and proves the fix works. The `tdd-guide` agent enforces this proactively.\n\n## TDD coverage targets\n\nThese are recommended defaults, configurable per project in `sdd/config.yml`:\n\n| Layer | Target |\n|---|---|\n| Pure functions / utilities | 100% |\n| API routes / handlers | 100% |\n| Component rendering | 80% |\n| Page-level integration | 80% |\n| Default | 70% |\n\nThese are guidance, not enforcement. The auto-demote rule is the only hard enforcement (binary: test exists per REQ or it doesn't).\n\n## Plan Mode integration\n\n**Plan Mode is mandatory on every spec→code transition**: after `/sdd init`, `/sdd edit` (if new REQ is `Planned`/`Partial`), or `/sdd add`. Next action MUST be entering Plan Mode (Claude Code: `EnterPlanMode`; other agents: the equivalent planning primitive). Hard gate. \"build now\" / \"go\" / \"execute\" / \"ship it\" / \"just do it\" authorize *starting*, never skipping.\n\nThe plan must:\n1. Read all of `sdd/`, enumerate REQs by Status\n2. Filter to `Status: Planned` and `Status: Partial`\n3. Topo-sort by `Dependencies:`\n4. **Phase RED**: one failing test per AC via `tdd-guide`. Test name: `REQ-{DOMAIN}-{NNN}: {AC summary}`\n5. **Phase GREEN**: minimal impl, one REQ at a time, in dependency order\n6. **Phase VERIFY**: push, let `spec-reviewer` promote `Planned`→`Implemented` on next run\n7. Name the test framework from the stack (vitest, jest, pytest, go test, rspec, xctest, etc.); add Phase 0 if none exists\n\n**Informal proposal ≠ formal Plan Mode.** A detailed prose proposal + user \"execute\" / \"go\" / \"fine\" is *informal* approval. Still enter Plan Mode and re-present the same plan as a formal artifact. Treating \"execute\" as plan approval when no formal plan exists is the trap that breaks SDD.\n\n**Legitimate skip**: only if the user, after seeing a plan proposal, explicitly says \"skip plan mode\" or \"no plan\". Record in a feedback memory. Mark affected REQs `Partial` (not `Implemented`) until tests exist. \"build now\" / \"go\" / \"execute\" never count.\n\n## What is NOT a requirement\n\n- **Bugs** → GitHub issues. The spec describes the target state; bugs are the delta.\n- **TODOs / known gaps** → `pending.md` at repo root. Status field can say `Partial` to flag, but prose details go in `pending.md`.\n- **Spec churn / \"we tried X then Y\"** → git history. Don't preserve via strikethrough or \"Superseded:\" annotations.\n- **Build environment quirks** → `documentation/troubleshooting.md`. Operational notes, not requirements.\n- **Out-of-scope ideas** → `## Out of Scope` section in the relevant README. Decisions, not requirements.\n\n## Template conventions (issue #253)\n\nTemplates follow `documentation-discipline.md` from the first commit. Conventions baked into every `documentation-*.md` template:\n\n- **One-line table cells**: every cell stays on a single line. The 50-word per-cell budget enforced by `doc-updater` Pass 1 begins at scaffolding. If a row needs more than ~50 words, write the long form as a body paragraph below the table and replace the cell with a one-line summary plus a link.\n- **Embedded doc-discipline directive comments**: each template starts with an HTML comment `` so the user editing the file sees the budget and the cell convention before they expand sections beyond the soft cap.\n- **Per-file budgets** match `documentation-discipline.md`: architecture.md template targets ≤350 lines, api-reference.md ≤600 lines, configuration.md ≤200 lines, deployment.md ≤200 lines.\n- **REQ backlinks pre-wired**: the `Implements` column in `Source Modules` table and equivalents elsewhere are scaffolded with the exact `[REQ-X-N](../sdd/{domain}.md#req-x-n)` form so doc-updater finds them on the first PR.\n- **Lane-correct content placeholders**: `architecture.md` template never has an \"API endpoints\" section (that's `api-reference.md`'s lane). Templates enforce lane separation by example.\n\nThese conventions are why the architecture.md template is the shortest template by line count — it should stay that way.\n\n## Templates location\n\nAll scaffolding templates are in `references/templates/` within this skill. The agent reads them on demand during `/sdd init`. They are bundled with the skill — no external dependencies.\n\n| Template | Used by |\n|---|---|\n| `root-readme.md` | `/sdd init` → `README.md` |\n| `sdd-readme.md` | `/sdd init` → `sdd/README.md` |\n| `sdd-glossary.md` | `/sdd init` → `sdd/glossary.md` |\n| `sdd-constraints.md` | `/sdd init` → `sdd/constraints.md` |\n| `sdd-changes.md` | `/sdd init` → `sdd/changes.md` |\n| `sdd-config.yml` | `/sdd init` → `sdd/config.yml` |\n| `documentation-readme.md` | `/sdd init` → `documentation/README.md` |\n| `documentation-architecture.md` | `/sdd init` → `documentation/architecture.md` |\n| `documentation-api-reference.md` | `/sdd init` → `documentation/api-reference.md` |\n| `documentation-configuration.md` | `/sdd init` → `documentation/configuration.md` |\n| `documentation-deployment.md` | `/sdd init` → `documentation/deployment.md` |\n| `documentation-decisions-readme.md` | `/sdd init` → `documentation/decisions/README.md` |\n\nPlaceholders use `{PLACEHOLDER_NAME}` format. The agent substitutes them based on the user's input and inferred context (project name, language, framework, etc.).\n", "modes": [ "advanced" ] @@ -1394,7 +1418,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".config/opencode/skills/spec-driven-development/references/templates/documentation-architecture.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Architecture\n\nSystem overview, component map, and data flow.\n\n**Audience:** Developers\n\n---\n\n## Overview\n\n{One paragraph describing what the system is and what it does at a high level. Reference [`sdd/README.md`](../sdd/README.md) for the product intent.}\n\n## Components\n\n| Component | Role |\n|---|---|\n| {Component} | {What it does} |\n\n## Source Modules\n\n| Path | Responsibility | Implements |\n|---|---|---|\n| `src/{path}` | {What this module does} | [REQ-X-N](../sdd/{domain}.md#req-x-n) |\n\n## Request Lifecycle\n\n```\n{Diagram or step-by-step flow}\n```\n\n## Data Flow\n\n{How data moves through the system. Include database, storage, and external services.}\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [API Reference](api-reference.md) — Endpoint contracts\n- [Decisions](decisions/README.md) — Architectural decisions and rationale\n", + "content": " on the line below this comment if the soft budget is genuinely insufficient. -->\n\n# Architecture\n\nSystem overview, component map, and data flow.\n\n**Audience:** Developers\n\n---\n\n## Overview\n\n{One paragraph describing what the system is and what it does at a high level. Reference [`sdd/README.md`](../sdd/README.md) for the product intent.}\n\n## Components\n\n| Component | Role |\n|---|---|\n| {Component} | {What it does} |\n\n## Source Modules\n\n| Path | Responsibility | Implements |\n|---|---|---|\n| `src/{path}` | {What this module does} | [REQ-X-N](../sdd/{domain}.md#req-x-n) |\n\n## Request Lifecycle\n\n```\n{Diagram or step-by-step flow}\n```\n\n## Data Flow\n\n{How data moves through the system. Include database, storage, and external services.}\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [API Reference](api-reference.md) — Endpoint contracts\n- [Decisions](decisions/README.md) — Architectural decisions and rationale\n", "modes": [ "advanced" ] @@ -1402,7 +1426,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".config/opencode/skills/spec-driven-development/references/templates/documentation-api-reference.md", "contentType": "text/markdown; charset=utf-8", - "content": "# API Reference\n\nAll public and internal API endpoints.\n\n**Audience:** Developers\n\n---\n\n## Public API\n\n### {METHOD} {/path}\n\n{One-line description.}\n\n**Implements:** [REQ-X-N](../sdd/{domain}.md#req-x-n)\n\n**Authentication:** None | Required (describe)\n\n**Path Parameters:**\n\n| Parameter | Format | Description |\n|---|---|---|\n| `{name}` | `{format}` | {description} |\n\n**Request:**\n\n```json\n{example}\n```\n\n**Response 200:**\n\n```json\n{example}\n```\n\n**Error responses:**\n\n| Code | When | Body |\n|---|---|---|\n| 400 | {when} | `{error shape}` |\n| 401 | {when} | `{error shape}` |\n\n**Cache:** `Cache-Control: {policy}`\n\n**Implementation:** `src/{path}`\n\n---\n\n## Admin API\n\n{Same format as Public API for admin-only endpoints.}\n\n---\n\n## Related Documentation\n\n- [Architecture](architecture.md) — Component overview\n- [Configuration](configuration.md) — Required env vars and secrets\n", + "content": " below this comment if a complete API surface genuinely needs more lines. -->\n\n# API Reference\n\nAll public and internal API endpoints.\n\n**Audience:** Developers\n\n---\n\n## Public API\n\n### {METHOD} {/path}\n\n{One-line description.}\n\n**Implements:** [REQ-X-N](../sdd/{domain}.md#req-x-n)\n\n**Authentication:** None | Required (describe)\n\n**Path Parameters:**\n\n| Parameter | Format | Description |\n|---|---|---|\n| `{name}` | `{format}` | {description} |\n\n**Request:**\n\n```json\n{example}\n```\n\n**Response 200:**\n\n```json\n{example}\n```\n\n**Error responses:**\n\n| Code | When | Body |\n|---|---|---|\n| 400 | {when} | `{error shape}` |\n| 401 | {when} | `{error shape}` |\n\n**Cache:** `Cache-Control: {policy}`\n\n**Implementation:** `src/{path}`\n\n---\n\n## Admin API\n\n{Same format as Public API for admin-only endpoints.}\n\n---\n\n## Related Documentation\n\n- [Architecture](architecture.md) — Component overview\n- [Configuration](configuration.md) — Required env vars and secrets\n", "modes": [ "advanced" ] @@ -1410,7 +1434,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".config/opencode/skills/spec-driven-development/references/templates/documentation-configuration.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Configuration\n\n**Audience:** Operators, Developers\n\nEnvironment variables, secrets, and platform bindings required to run the system.\n\n---\n\n## Environment Variables\n\n| Variable | Required | Default | Description |\n|---|---|---|---|\n| `{NAME}` | yes/no | `{default}` | {description} |\n\n## Secrets\n\n| Secret | Storage | Description |\n|---|---|---|\n| `{NAME}` | wrangler secret / env / vault | {description} |\n\n## Platform Bindings\n\n| Binding | Type | Purpose |\n|---|---|---|\n| `{NAME}` | D1 / R2 / KV / Durable Object | {what it stores or does} |\n\n## Configuration Files\n\n| File | Purpose |\n|---|---|\n| `{path}` | {description} |\n\n---\n\n## Related Documentation\n\n- [Deployment](deployment.md) — How to set these up in dev and prod\n- [Architecture](architecture.md) — Where these bindings are used\n", + "content": "\n\n# Configuration\n\n**Audience:** Operators, Developers\n\nEnvironment variables, secrets, and platform bindings required to run the system.\n\n---\n\n## Environment Variables\n\n| Variable | Required | Default | Description |\n|---|---|---|---|\n| `{NAME}` | yes/no | `{default}` | {description} |\n\n## Secrets\n\n| Secret | Storage | Description |\n|---|---|---|\n| `{NAME}` | wrangler secret / env / vault | {description} |\n\n## Platform Bindings\n\n| Binding | Type | Purpose |\n|---|---|---|\n| `{NAME}` | D1 / R2 / KV / Durable Object | {what it stores or does} |\n\n## Configuration Files\n\n| File | Purpose |\n|---|---|\n| `{path}` | {description} |\n\n---\n\n## Related Documentation\n\n- [Deployment](deployment.md) — How to set these up in dev and prod\n- [Architecture](architecture.md) — Where these bindings are used\n", "modes": [ "advanced" ] @@ -1418,7 +1442,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".config/opencode/skills/spec-driven-development/references/templates/documentation-deployment.md", "contentType": "text/markdown; charset=utf-8", - "content": "# Deployment\n\n**Audience:** Developers, Operators\n\nLocal development setup and production deployment steps.\n\n---\n\n## Prerequisites\n\n- {Tool name} version {X.Y+}\n- {Account or credential needed}\n\n## Local Development\n\n```bash\n{install command}\n{seed/migration command}\n{dev server command}\n```\n\nThe dev server runs at {URL}.\n\n## Tests\n\n```bash\n{test command}\n```\n\nTests are organized so each test references a REQ ID — `spec-reviewer` reads test files to verify which Implemented REQs have automated coverage.\n\n## Production Deployment\n\n```bash\n{deploy command}\n```\n\n### Environment-specific configuration\n\n| Environment | Branch | Notes |\n|---|---|---|\n| Development | `develop` | {what's special} |\n| Production | `main` | {what's special} |\n\n## Cloudflare Resources\n\n| Resource | Type | Purpose |\n|---|---|---|\n| `{name}` | D1/R2/KV/Worker | {purpose} |\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [Architecture](architecture.md) — System overview\n", + "content": "\n\n# Deployment\n\n**Audience:** Developers, Operators\n\nLocal development setup and production deployment steps.\n\n---\n\n## Prerequisites\n\n- {Tool name} version {X.Y+}\n- {Account or credential needed}\n\n## Local Development\n\n```bash\n{install command}\n{seed/migration command}\n{dev server command}\n```\n\nThe dev server runs at {URL}.\n\n## Tests\n\n```bash\n{test command}\n```\n\nTests are organized so each test references a REQ ID — `spec-reviewer` reads test files to verify which Implemented REQs have automated coverage.\n\n## Production Deployment\n\n```bash\n{deploy command}\n```\n\n### Environment-specific configuration\n\n| Environment | Branch | Notes |\n|---|---|---|\n| Development | `develop` | {what's special} |\n| Production | `main` | {what's special} |\n\n## Cloudflare Resources\n\n| Resource | Type | Purpose |\n|---|---|---|\n| `{name}` | D1/R2/KV/Worker | {purpose} |\n\n---\n\n## Related Documentation\n\n- [Configuration](configuration.md) — Env vars and secrets\n- [Architecture](architecture.md) — System overview\n", "modes": [ "advanced" ] @@ -1458,7 +1482,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".config/opencode/agents/code-reviewer.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: code-reviewer\ndescription: Expert code review specialist. Proactively reviews code for quality, security, and maintainability. Use immediately after writing or modifying code. MUST BE USED for all code changes.\ntools: {\"read\":true,\"search\":true,\"glob\":true,\"bash\":true}\n---\n\nYou are a senior code reviewer ensuring high standards of code quality and security.\n\n## Operating Mode: Research + Report\n\nYou review and report — you do NOT modify project source code, documentation, or spec files. You may write to designated output files (e.g., review reports). Always report a summary of your findings so the main session stays informed and can act on them.\n\n## Review Process\n\nWhen invoked:\n\n1. **Gather the full diff** — Use the upstream-aware fallback chain so you see the actual changes whether the working tree is dirty (pre-commit) or clean (post-push):\n ```\n git diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff --staged || git diff\n ```\n Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff. If invoked post-push, the right view is `git diff origin/main...HEAD`. Only fall back to staged/unstaged if no commits exist.\n2. **Understand scope** — Identify which files changed, what feature/fix they relate to, and how they connect.\n3. **Read surrounding code** — Don't review changes in isolation. Read the full file and understand imports, dependencies, and call sites.\n4. **Apply review checklist** — Work through each category below, from CRITICAL to LOW.\n5. **Report findings** — Use the output format below. Only report issues you are confident about (>80% sure it is a real problem).\n\n## Confidence-Based Filtering\n\n**IMPORTANT**: Do not flood the review with noise. Apply these filters:\n\n- **Report** if you are >80% confident it is a real issue\n- **Skip** stylistic preferences unless they violate project conventions\n- **Skip** issues in unchanged code unless they are CRITICAL security issues\n- **Consolidate** similar issues (e.g., \"5 functions missing error handling\" not 5 separate findings)\n- **Prioritize** issues that could cause bugs, security vulnerabilities, or data loss\n\n## Review Checklist\n\n### Security (CRITICAL)\n\nThese MUST be flagged — they can cause real damage:\n\n- **Hardcoded credentials** — API keys, passwords, tokens, connection strings in source\n- **SQL injection** — String concatenation in queries instead of parameterized queries\n- **XSS vulnerabilities** — Unescaped user input rendered in HTML/JSX\n- **Path traversal** — User-controlled file paths without sanitization\n- **CSRF vulnerabilities** — State-changing endpoints without CSRF protection\n- **Authentication bypasses** — Missing auth checks on protected routes\n- **Insecure dependencies** — Known vulnerable packages\n- **Exposed secrets in logs** — Logging sensitive data (tokens, passwords, PII)\n\n```typescript\n// BAD: SQL injection via string concatenation\nconst query = `SELECT * FROM users WHERE id = ${userId}`;\n\n// GOOD: Parameterized query\nconst query = `SELECT * FROM users WHERE id = $1`;\nconst result = await db.query(query, [userId]);\n```\n\n```typescript\n// BAD: Rendering raw user HTML without sanitization\n// Always sanitize user content with DOMPurify.sanitize() or equivalent\n\n// GOOD: Use text content or sanitize\n
{userComment}
\n```\n\n### Code Quality (HIGH)\n\n- **Large functions** (>50 lines) — Split into smaller, focused functions\n- **Large files** (>800 lines) — Extract modules by responsibility\n- **Deep nesting** (>4 levels) — Use early returns, extract helpers\n- **Missing error handling** — Unhandled promise rejections, empty catch blocks\n- **Mutation patterns** — Prefer immutable operations (spread, map, filter)\n- **console.log statements** — Remove debug logging before merge\n- **Missing tests** — New code paths without test coverage\n- **Dead code** — Commented-out code, unused imports, unreachable branches\n\n```typescript\n// BAD: Deep nesting + mutation\nfunction processUsers(users) {\n if (users) {\n for (const user of users) {\n if (user.active) {\n if (user.email) {\n user.verified = true; // mutation!\n results.push(user);\n }\n }\n }\n }\n return results;\n}\n\n// GOOD: Early returns + immutability + flat\nfunction processUsers(users) {\n if (!users) return [];\n return users\n .filter(user => user.active && user.email)\n .map(user => ({ ...user, verified: true }));\n}\n```\n\n### React/Next.js Patterns (HIGH)\n\nWhen reviewing React/Next.js code, also check:\n\n- **Missing dependency arrays** — `useEffect`/`useMemo`/`useCallback` with incomplete deps\n- **State updates in render** — Calling setState during render causes infinite loops\n- **Missing keys in lists** — Using array index as key when items can reorder\n- **Prop drilling** — Props passed through 3+ levels (use context or composition)\n- **Unnecessary re-renders** — Missing memoization for expensive computations\n- **Client/server boundary** — Using `useState`/`useEffect` in Server Components\n- **Missing loading/error states** — Data fetching without fallback UI\n- **Stale closures** — Event handlers capturing stale state values\n\n```tsx\n// BAD: Missing dependency, stale closure\nuseEffect(() => {\n fetchData(userId);\n}, []); // userId missing from deps\n\n// GOOD: Complete dependencies\nuseEffect(() => {\n fetchData(userId);\n}, [userId]);\n```\n\n```tsx\n// BAD: Using index as key with reorderable list\n{items.map((item, i) => )}\n\n// GOOD: Stable unique key\n{items.map(item => )}\n```\n\n### Node.js/Backend Patterns (HIGH)\n\nWhen reviewing backend code:\n\n- **Unvalidated input** — Request body/params used without schema validation\n- **Missing rate limiting** — Public endpoints without throttling\n- **Unbounded queries** — `SELECT *` or queries without LIMIT on user-facing endpoints\n- **N+1 queries** — Fetching related data in a loop instead of a join/batch\n- **Missing timeouts** — External HTTP calls without timeout configuration\n- **Error message leakage** — Sending internal error details to clients\n- **Missing CORS configuration** — APIs accessible from unintended origins\n\n```typescript\n// BAD: N+1 query pattern\nconst users = await db.query('SELECT * FROM users');\nfor (const user of users) {\n user.posts = await db.query('SELECT * FROM posts WHERE user_id = $1', [user.id]);\n}\n\n// GOOD: Single query with JOIN or batch\nconst usersWithPosts = await db.query(`\n SELECT u.*, json_agg(p.*) as posts\n FROM users u\n LEFT JOIN posts p ON p.user_id = u.id\n GROUP BY u.id\n`);\n```\n\n### Performance (MEDIUM)\n\n- **Inefficient algorithms** — O(n^2) when O(n log n) or O(n) is possible\n- **Unnecessary re-renders** — Missing React.memo, useMemo, useCallback\n- **Large bundle sizes** — Importing entire libraries when tree-shakeable alternatives exist\n- **Missing caching** — Repeated expensive computations without memoization\n- **Unoptimized images** — Large images without compression or lazy loading\n- **Synchronous I/O** — Blocking operations in async contexts\n\n### Best Practices (LOW)\n\n- **TODO/FIXME without tickets** — TODOs should reference issue numbers\n- **Missing JSDoc for public APIs** — Exported functions without documentation\n- **Poor naming** — Single-letter variables (x, tmp, data) in non-trivial contexts\n- **Magic numbers** — Unexplained numeric constants\n- **Inconsistent formatting** — Mixed semicolons, quote styles, indentation\n\n## Review Output Format\n\nOrganize findings by severity. For each issue:\n\n```\n[CRITICAL] Hardcoded API key in source\nFile: src/api/client.ts:42\nIssue: API key \"sk-abc...\" exposed in source code. This will be committed to git history.\nFix: Move to environment variable and add to .gitignore/.env.example\n\n const apiKey = \"sk-abc123\"; // BAD\n const apiKey = process.env.API_KEY; // GOOD\n```\n\n### Summary Format\n\nEnd every review with:\n\n```\n## Review Summary\n\n| Severity | Count | Status |\n|----------|-------|--------|\n| CRITICAL | 0 | pass |\n| HIGH | 2 | warn |\n| MEDIUM | 3 | info |\n| LOW | 1 | note |\n\nVerdict: WARNING — 2 HIGH issues should be resolved before merge.\n```\n\n## Approval Criteria\n\n- **Approve**: No CRITICAL or HIGH issues\n- **Warning**: HIGH issues only (can merge with caution)\n- **Block**: CRITICAL issues found — must fix before merge\n\n## Spec and Decision Awareness\n\nWhen reviewing, check for project context:\n- If `sdd/` exists, verify changes align with spec requirements (new features should have corresponding REQ-* entries)\n- If `documentation/decisions/README.md` exists, check it before flagging architectural patterns — they may be intentional trade-offs documented as ADs\n- If neither exists, review based on code quality alone (projects without SDD are fully supported)\n\n## Project-Specific Guidelines\n\nWhen available, also check project-specific conventions from `CLAUDE.md` or project rules:\n\n- File size limits (e.g., 200-400 lines typical, 800 max)\n- Emoji policy (many projects prohibit emojis in code)\n- Immutability requirements (spread operator over mutation)\n- Database policies (RLS, migration patterns)\n- Error handling patterns (custom error classes, error boundaries)\n- State management conventions (Zustand, Redux, Context)\n\nAdapt your review to the project's established patterns. When in doubt, match what the rest of the codebase does.\n\n## Impact Analysis\n\nBefore approving any change, verify:\n\n- **Caller impact**: Grep for all importers/callers of modified functions — check they still work with the new signature/behavior\n- **Schema alignment**: When API response shapes change, verify both backend and frontend schemas match (Zod, TypeScript types, validation)\n- **JSON serialization safety**: Flag `undefined` values in objects destined for `JSON.stringify` — they silently strip fields. Use explicit reset values or omit the field\n- **KV/DB field safety**: Never delete required fields from stored records — use explicit values (e.g., `'pending'` not `undefined`)\n\n## AI-Generated Code Review\n\nWhen reviewing AI-generated changes, prioritize:\n\n1. Behavioral regressions and edge-case handling\n2. Security assumptions and trust boundaries\n3. Hidden coupling or accidental architecture drift\n4. Caller impact — AI tools frequently change function signatures without updating all callers\n\n## REQ annotations (when `sdd/` exists)\n\nIn projects with an `sdd/` folder, every source file implementing observable behavior from a REQ must include a comment annotating it: `// Implements REQ-X-NNN` (or language equivalent). Review rule: if a changed source file implements behavior matching a REQ's acceptance criteria but lacks the annotation → MEDIUM finding, suggest the specific annotation line. See `spec-discipline.md` → Source code ↔ REQ annotations.\n", + "content": "---\nname: code-reviewer\ndescription: Expert code review specialist. Proactively reviews code for quality, security, and maintainability. Use immediately after writing or modifying code. MUST BE USED for all code changes.\ntools: {\"read\":true,\"search\":true,\"glob\":true,\"bash\":true}\n---\n\nYou are a senior code reviewer ensuring high standards of code quality and security.\n\n## Operating Mode: Research + Report\n\nYou review and report — you do NOT modify project source code, documentation, or spec files. You may write to designated output files (e.g., review reports). Always report a summary of your findings so the main session stays informed and can act on them.\n\n## When you run\n\nTriggered at PR-boundary events (via the git-workflow rule):\n\n- A new pull request opens for the current branch (`gh pr create` runs in this session)\n- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances)\n\nA plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to a protected branch (default `main`) surface a non-blocking warning instead.\n\n## Review Process\n\nWhen invoked:\n\n1. **Gather the full diff** — Resolve the diff source from the PR base when a PR exists, falling back to upstream-aware syntax otherwise:\n ```bash\n PR_BASE=$(gh pr view --json baseRefName -q .baseRefName 2>/dev/null)\n if [ -n \"$PR_BASE\" ]; then\n git diff \"origin/$PR_BASE\"...HEAD\n else\n git diff origin/main...HEAD 2>/dev/null \\\n || git diff @{push}..HEAD 2>/dev/null \\\n || git diff HEAD~1..HEAD 2>/dev/null \\\n || git diff --staged \\\n || git diff\n fi\n ```\n The PR-base-aware path matters because feature branches typically PR into `develop`, not `main` — diffing against `origin/main` would show too much (every commit on `develop` you don't have locally). Always prefer `gh pr view --json baseRefName` first; the fallback chain handles non-PR contexts. Always read the actual diff lines — never substitute `git log --oneline` (subjects only) for the real diff.\n2. **Understand scope** — Identify which files changed, what feature/fix they relate to, and how they connect.\n3. **Read surrounding code** — Don't review changes in isolation. Read the full file and understand imports, dependencies, and call sites.\n4. **Apply review checklist** — Work through each category below, from CRITICAL to LOW.\n5. **Report findings** — Use the output format below. Only report issues you are confident about (>80% sure it is a real problem).\n\n## Confidence-Based Filtering\n\n**IMPORTANT**: Do not flood the review with noise. Apply these filters:\n\n- **Report** if you are >80% confident it is a real issue\n- **Skip** stylistic preferences unless they violate project conventions\n- **Skip** issues in unchanged code unless they are CRITICAL security issues\n- **Consolidate** similar issues (e.g., \"5 functions missing error handling\" not 5 separate findings)\n- **Prioritize** issues that could cause bugs, security vulnerabilities, or data loss\n\n## Review Checklist\n\n### Security (CRITICAL)\n\nThese MUST be flagged — they can cause real damage:\n\n- **Hardcoded credentials** — API keys, passwords, tokens, connection strings in source\n- **SQL injection** — String concatenation in queries instead of parameterized queries\n- **XSS vulnerabilities** — Unescaped user input rendered in HTML/JSX\n- **Path traversal** — User-controlled file paths without sanitization\n- **CSRF vulnerabilities** — State-changing endpoints without CSRF protection\n- **Authentication bypasses** — Missing auth checks on protected routes\n- **Insecure dependencies** — Known vulnerable packages\n- **Exposed secrets in logs** — Logging sensitive data (tokens, passwords, PII)\n\n```typescript\n// BAD: SQL injection via string concatenation\nconst query = `SELECT * FROM users WHERE id = ${userId}`;\n\n// GOOD: Parameterized query\nconst query = `SELECT * FROM users WHERE id = $1`;\nconst result = await db.query(query, [userId]);\n```\n\n```typescript\n// BAD: Rendering raw user HTML without sanitization\n// Always sanitize user content with DOMPurify.sanitize() or equivalent\n\n// GOOD: Use text content or sanitize\n
{userComment}
\n```\n\n### Code Quality (HIGH)\n\n- **Large functions** (>50 lines) — Split into smaller, focused functions\n- **Large files** (>800 lines) — Extract modules by responsibility\n- **Deep nesting** (>4 levels) — Use early returns, extract helpers\n- **Missing error handling** — Unhandled promise rejections, empty catch blocks\n- **Mutation patterns** — Prefer immutable operations (spread, map, filter)\n- **console.log statements** — Remove debug logging before merge\n- **Missing tests** — New code paths without test coverage\n- **Dead code** — Commented-out code, unused imports, unreachable branches\n\n```typescript\n// BAD: Deep nesting + mutation\nfunction processUsers(users) {\n if (users) {\n for (const user of users) {\n if (user.active) {\n if (user.email) {\n user.verified = true; // mutation!\n results.push(user);\n }\n }\n }\n }\n return results;\n}\n\n// GOOD: Early returns + immutability + flat\nfunction processUsers(users) {\n if (!users) return [];\n return users\n .filter(user => user.active && user.email)\n .map(user => ({ ...user, verified: true }));\n}\n```\n\n### React/Next.js Patterns (HIGH)\n\nWhen reviewing React/Next.js code, also check:\n\n- **Missing dependency arrays** — `useEffect`/`useMemo`/`useCallback` with incomplete deps\n- **State updates in render** — Calling setState during render causes infinite loops\n- **Missing keys in lists** — Using array index as key when items can reorder\n- **Prop drilling** — Props passed through 3+ levels (use context or composition)\n- **Unnecessary re-renders** — Missing memoization for expensive computations\n- **Client/server boundary** — Using `useState`/`useEffect` in Server Components\n- **Missing loading/error states** — Data fetching without fallback UI\n- **Stale closures** — Event handlers capturing stale state values\n\n```tsx\n// BAD: Missing dependency, stale closure\nuseEffect(() => {\n fetchData(userId);\n}, []); // userId missing from deps\n\n// GOOD: Complete dependencies\nuseEffect(() => {\n fetchData(userId);\n}, [userId]);\n```\n\n```tsx\n// BAD: Using index as key with reorderable list\n{items.map((item, i) => )}\n\n// GOOD: Stable unique key\n{items.map(item => )}\n```\n\n### Node.js/Backend Patterns (HIGH)\n\nWhen reviewing backend code:\n\n- **Unvalidated input** — Request body/params used without schema validation\n- **Missing rate limiting** — Public endpoints without throttling\n- **Unbounded queries** — `SELECT *` or queries without LIMIT on user-facing endpoints\n- **N+1 queries** — Fetching related data in a loop instead of a join/batch\n- **Missing timeouts** — External HTTP calls without timeout configuration\n- **Error message leakage** — Sending internal error details to clients\n- **Missing CORS configuration** — APIs accessible from unintended origins\n\n```typescript\n// BAD: N+1 query pattern\nconst users = await db.query('SELECT * FROM users');\nfor (const user of users) {\n user.posts = await db.query('SELECT * FROM posts WHERE user_id = $1', [user.id]);\n}\n\n// GOOD: Single query with JOIN or batch\nconst usersWithPosts = await db.query(`\n SELECT u.*, json_agg(p.*) as posts\n FROM users u\n LEFT JOIN posts p ON p.user_id = u.id\n GROUP BY u.id\n`);\n```\n\n### Shell Scripts and Comments (HIGH)\n\nWhen reviewing bash, sh, or other shell scripts (especially hooks, build steps, CI scripts), apply two passes that static review skips by default:\n\n- **Comment-as-claim audit** — Read every `# explanation` as a verifiable claim, not narration. For each non-trivial comment, check the code below confirms it. Flag drift (comment says X, code does Y) even if neither is wrong on its own — the gap is where bugs live.\n- **Empty/missing-input walk** — For every conditional, ask: what happens if this variable is empty, the regex didn't match, or the external command failed? Identify whether the script fails *open* (skips enforcement) or fails *closed* (blocks). Awk string comparisons are the classic trap: `ts > \"\"` is TRUE for any non-empty `ts`, so an unset threshold silently disables a filter.\n- **Substring vs structural matching** — `grep \"git push\"` matches `echo \"I will git push later\"`. For tools parsing JSON or structured output, prefer `jq` queries on shape over substring grep on lines.\n- **Error-swallowing audit** — `2>/dev/null`, `|| true`, `set +e`, and `command || exit 0` are all legitimate, but each is a place where a real failure becomes silent. Confirm every one is intentional.\n- **External-tool guards** — `command -v gh >/dev/null 2>&1 || exit 0` handles missing tools gracefully. Hard calls fail loudly when the tool isn't installed.\n\n```bash\n# BAD: empty PUSH_TS makes (ts > \"\") always true → fails open silently\nPUSH_TS=$(grep -oE '...' | sed -E 's/.../\\1/')\nawk -v t=\"$PUSH_TS\" '{ if (ts > t) ... }' transcript\n\n# GOOD: explicit validity check before use\nPUSH_TS=$(grep -oE '...' | sed -E 's/.../\\1/')\n[ -n \"$PUSH_TS\" ] || exit 0 # fail closed if extraction failed\nawk -v t=\"$PUSH_TS\" '{ if (ts > t) ... }' transcript\n```\n\n```bash\n# BAD: substring match — false positive on echo \"git push later\"\nawk '/\"name\":\"Bash\"/ && /git push/'\n\n# GOOD: structural query on the input field\njq -c 'select(.name == \"Bash\" and\n (.input.command | test(\"(^|&&\\\\s*)git\\\\s+push\\\\b\")))'\n```\n\n### Performance (MEDIUM)\n\n- **Inefficient algorithms** — O(n^2) when O(n log n) or O(n) is possible\n- **Unnecessary re-renders** — Missing React.memo, useMemo, useCallback\n- **Large bundle sizes** — Importing entire libraries when tree-shakeable alternatives exist\n- **Missing caching** — Repeated expensive computations without memoization\n- **Unoptimized images** — Large images without compression or lazy loading\n- **Synchronous I/O** — Blocking operations in async contexts\n\n### Test Quality (HIGH)\n\n> The full rule lives in `tdd-discipline.md` — the sibling of\n> `spec-discipline.md` and `documentation-discipline.md`. This section\n> is the code-reviewer enforcement entry point.\n\nWhen reviewing test files (`*.test.*`, `*.spec.*`, `test_*.py`,\n`*_test.go`, etc.), the test passing is necessary but not sufficient —\nassertions can pass while failing to pin any contract. Apply the\n\"if I delete or break the implementation, will this test fail?\"\ngut-check to every test you read.\n\nFlag at HIGH severity:\n\n- **Text-matching theater** — test reads a file (markdown, source,\n prompt, config) via `readFileSync` / `fs.readFile` / a `read(path)`\n helper, then `assert.match` / `expect(content).toMatch` /\n `expect(content).toContain` against its contents. The \"system under\n test\" is the file's prose, not behavior. Replace with a real\n fixture-driven exercise of the code (spawn the script and check\n exit code + stdout, send a real Request and check the Response,\n call the function with real input and check the return value).\n- **Tautology** — assertions whose truth is given by the test setup.\n `expect(literal.length).toBeGreaterThan(0)` on a destructured\n fixture, `expect(constA).toBe(constB)` where both are local\n hardcoded values, `expect(Array.isArray([1,2,3])).toBe(true)`.\n Derive expected values from a source of truth outside the test\n (the filesystem, a database, a real API response).\n- **Mock-only theater** — test mocks function X to return V, calls\n X, asserts V was returned. Production code being tested lives\n inside the mock setup. Only mock external dependencies (third-party\n APIs, the platform, the network); exercise your own code.\n- **Call-count without output** — `expect(spy).toHaveBeenCalledTimes(N)`\n without a paired assertion on observable output. Refactor-fragile\n and regression-blind. Pair with a check on the actual return value\n or side effect.\n\nFlag at MEDIUM severity:\n\n- **Skipped tests without justification** — `it.skip` / `xit` /\n `describe.skip` without an inline comment naming the blocker\n (issue link, upstream bug, environment limitation).\n- **Empty bodies** — `it('does X', () => {})` or test bodies with no\n `expect`/`assert` call at all.\n- **Negative-only assertions** — `expect(x).not.toMatch(/foo/)` or\n `assert.doesNotMatch(content, ...)` without a paired positive\n assertion. An empty file passes. Pair every negative with a\n positive that says what SHOULD be present.\n- **Brittle regexes against rendered content** —\n `assert.match(content, /file\\.md.*350/)` breaks on whitespace\n changes, table reformatting. Prefer structural extraction or\n anchor on stable boundaries separately.\n\n```javascript\n// BAD: text-matching theater — passes on any file containing the word\nconst content = readFileSync(rulePath, 'utf-8');\nassert.match(content, /forbidden|banned/i, 'should ban forbidden content');\n\n// GOOD: run the actual code, check the actual output\nconst result = await runSpecReviewer({ reqText: 'AC: response uses #1A6B8F' });\nassert.equal(result.findings[0].rule, 'forbidden:hex-color');\nassert.match(result.findings[0].message, /hex color/i);\n```\n\n```javascript\n// BAD: tautology — destructured fixture compared to itself\nexpect(doc.modes.length).toBeGreaterThan(0); // doc was a literal\nexpect(commonRules.length).toBe(ECC_FILES_PER_SUBDIR.common); // both hardcoded\n\n// GOOD: derive expected from the source of truth\nconst onDisk = readdirSync('preseed/.../rules/common').filter(f => f.endsWith('.md'));\nexpect(commonRules.map(r => basename(r.key)).sort()).toEqual(onDisk.sort());\n```\n\nThere is no per-test opt-out for any of the above. The only project-\nlevel lever is `enforce_tdd: true | false` in `sdd/config.yml`\n(defaults to `true`). If a test can't fit the discipline, delete it\n— the absence of a useless test is more honest than a flagged-and-\nallowed one.\n\n### Best Practices (LOW)\n\n- **TODO/FIXME without tickets** — TODOs should reference issue numbers\n- **Missing JSDoc for public APIs** — Exported functions without documentation\n- **Poor naming** — Single-letter variables (x, tmp, data) in non-trivial contexts\n- **Magic numbers** — Unexplained numeric constants\n- **Inconsistent formatting** — Mixed semicolons, quote styles, indentation\n\n## Review Output Format\n\nOrganize findings by severity. For each issue:\n\n```\n[CRITICAL] Hardcoded API key in source\nFile: src/api/client.ts:42\nIssue: API key \"sk-abc...\" exposed in source code. This will be committed to git history.\nFix: Move to environment variable and add to .gitignore/.env.example\n\n const apiKey = \"sk-abc123\"; // BAD\n const apiKey = process.env.API_KEY; // GOOD\n```\n\n### Summary Format\n\nEnd every review with:\n\n```\n## Review Summary\n\n| Severity | Count | Status |\n|----------|-------|--------|\n| CRITICAL | 0 | pass |\n| HIGH | 2 | warn |\n| MEDIUM | 3 | info |\n| LOW | 1 | note |\n\nVerdict: WARNING — 2 HIGH issues should be resolved before merge.\n```\n\n## Approval Criteria\n\n- **Approve**: No CRITICAL or HIGH issues\n- **Warning**: HIGH issues only (can merge with caution)\n- **Block**: CRITICAL issues found — must fix before merge\n\n## Spec and Decision Awareness\n\nWhen reviewing, check for project context:\n- If `sdd/` exists, verify changes align with spec requirements (new features should have corresponding REQ-* entries)\n- If `documentation/decisions/README.md` exists, check it before flagging architectural patterns — they may be intentional trade-offs documented as ADs\n- If neither exists, review based on code quality alone (projects without SDD are fully supported)\n\n## Project-Specific Guidelines\n\nWhen available, also check project-specific conventions from `CLAUDE.md` or project rules:\n\n- File size limits (e.g., 200-400 lines typical, 800 max)\n- Emoji policy (many projects prohibit emojis in code)\n- Immutability requirements (spread operator over mutation)\n- Database policies (RLS, migration patterns)\n- Error handling patterns (custom error classes, error boundaries)\n- State management conventions (Zustand, Redux, Context)\n\nAdapt your review to the project's established patterns. When in doubt, match what the rest of the codebase does.\n\n## Impact Analysis\n\nBefore approving any change, verify:\n\n- **Caller impact**: Grep for all importers/callers of modified functions — check they still work with the new signature/behavior\n- **Schema alignment**: When API response shapes change, verify both backend and frontend schemas match (Zod, TypeScript types, validation)\n- **JSON serialization safety**: Flag `undefined` values in objects destined for `JSON.stringify` — they silently strip fields. Use explicit reset values or omit the field\n- **KV/DB field safety**: Never delete required fields from stored records — use explicit values (e.g., `'pending'` not `undefined`)\n\n## AI-Generated Code Review\n\nWhen reviewing AI-generated changes, prioritize:\n\n1. Behavioral regressions and edge-case handling\n2. Security assumptions and trust boundaries\n3. Hidden coupling or accidental architecture drift\n4. Caller impact — AI tools frequently change function signatures without updating all callers\n\n## REQ annotations (when `sdd/` exists)\n\nIn projects with an `sdd/` folder, every source file implementing observable behavior from a REQ must include a comment annotating it: `// Implements REQ-X-NNN` (or language equivalent). Review rule: if a changed source file implements behavior matching a REQ's acceptance criteria but lacks the annotation → MEDIUM finding, suggest the specific annotation line. See `spec-discipline.md` → Source code ↔ REQ annotations.\n", "modes": [ "advanced" ] @@ -1466,7 +1490,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".config/opencode/agents/doc-updater.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: doc-updater\ndescription: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY after every push on SDD projects. Can also be invoked manually on any project.\ntools: {\"read\":true,\"write\":true,\"edit\":true,\"bash\":true,\"search\":true,\"glob\":true}\n---\n\n# Documentation Specialist\n\nYou are responsible for keeping the project's `documentation/` folder accurate and current. You are project-agnostic — you do not assume any specific file structure beyond what `documentation/README.md` declares.\n\nThe spec-vs-docs boundary you enforce is defined in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.config/opencode/rules/spec-discipline.md` for Claude). The rules are already in your context.\n\n## Operating principle\n\nYou own `documentation/` and the root `README.md`. You never touch:\n- `sdd/` (that's `spec-reviewer`'s lane)\n- Source code (that's the developer's lane)\n\nYou run **after** `spec-reviewer` (sequentially), so you always read the post-edit spec.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\n**If false, exit silently with code 0.** Non-SDD projects do not get automatic documentation maintenance — the user has not opted into the workflow. This mirrors `spec-reviewer`'s gate so the post-push behavior is binary: either the project has `sdd/` and all three review agents run, or it doesn't and none of them fire.\n\n(Manual invocation on a non-SDD project is still allowed — if the user calls this agent directly via the Task tool without `sdd/`, proceed with `documentation/` maintenance using `documentation/README.md` as the routing table. Never create `documentation/` or its README from scratch in that case — report the missing scaffolding and stop. The agent never creates an uninvited `documentation/` folder.)\n\n### Step 0b: Read documentation/ scaffolding\n\n```bash\ntest -f documentation/README.md\n```\n\n- If false: HIGH gap. **Do NOT auto-create** the file. Report the missing index and exit — the user must scaffold `documentation/` deliberately (via `/sdd init` or manually). Auto-creating files on push is too aggressive.\n- If true: read `documentation/README.md` to learn the project's actual doc structure. This index is the routing table — do NOT hardcode any file names.\n\n### Step 0c: Read user overrides\n\nRead `sdd/.user-overrides.md` and build the skip set (same format spec-reviewer uses).\n\n### Step 0d: Round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nIf ≥2 of the last 3 commits are tagged `[doc-updater]`, `[autonomous]`, or `[unleashed]` AND target the same documentation file: hard stop. Write findings to `sdd/.review-needed.md`. Exit code 0.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nIdentify changes that affect documentation:\n- New API endpoint, route, or env var\n- Changed authentication flow\n- New dependency or configuration option\n- Architecture changes (new module, removed module, restructured directory)\n- New ADR-worthy decisions (visible in commit message or design discussions)\n\nIf the diff contains only docs changes, code comments, or formatting, exit silently. Don't update docs about doc updates.\n\n## Phase 1: Sync — bring docs in line with code\n\nFor each behavioral change:\n\n1. **New API endpoint** → update `documentation/api-reference.md` (or whatever the project's index calls it)\n2. **New env var or secret** → update `documentation/configuration.md`\n3. **Changed auth flow** → update `documentation/authentication.md` if it exists, otherwise `security.md`, otherwise `architecture.md`\n4. **Architecture change** → update `documentation/architecture.md`\n5. **New ADR-worthy decision** → add to `documentation/decisions/README.md` (or wherever ADRs live in the project's index)\n6. **Deployment process change** → update `documentation/deployment.md`\n\nWhen choosing the target file, **always** consult `documentation/README.md` first. If a doc topic doesn't fit any existing file in the project's index, escalate to user (don't create new files without confirmation).\n\n### Spec-vs-docs boundary enforcement\n\nWhen updating docs, enforce these rules:\n\n1. **Welcome in docs (forbidden in REQs)**: hex codes, CSS class names, function names, file paths, env var names, HTTP status codes, JSON shapes, library names, build internals, debugging steps. These ARE supposed to be in docs.\n2. **Cross-link to spec**: when documenting an implementation of a feature, link to the relevant REQ-* ID. Example:\n ```markdown\n ## Inquiry Pipeline\n Implementation of [REQ-BK-2](../sdd/booking.md#req-bk-2). The handler at\n `src/pages/api/inquiry.ts` validates payloads via Zod, then ...\n ```\n3. **Conflict detection**: if a doc would describe behavior that contradicts a REQ acceptance criterion, **stop and flag the conflict**. Don't auto-resolve unless mode is `unleashed` (and even then, mark both sides as Partial — never overwrite either).\n4. **Never edit `sdd/`**: that's spec-reviewer's territory. If a code change requires a spec update, report it but do not touch the spec.\n\n## Phase 2: Validate — quality checks\n\n1. **Index consistency**: every file in `documentation/` is listed in `documentation/README.md`. Orphan files: MEDIUM. Index entries pointing to missing files: HIGH.\n2. **Audience tags**: every doc file has `**Audience:**` declaration in its header. Missing: LOW.\n3. **Cross-references**: every link to another doc file resolves. Broken links: HIGH.\n4. **Spec backlinks**: every Implemented REQ should have at least one doc file mentioning its REQ ID. If a Status: Implemented REQ has no doc backlink, MEDIUM finding — generate the backlink in the most relevant doc file.\n5. **Stale code references**: every code path or function name mentioned in docs should still exist in the codebase. Stale: MEDIUM.\n6. **Format compliance**: every doc has Title, Audience, content, Related Documentation footer. Missing footer: LOW.\n\n## Phase 3: Apply (mode-dependent)\n\n### Mode: interactive (sdd/config.yml says interactive)\n\nFor each finding (HIGH first):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override?\n3. After all findings handled: commit per category with `[doc-updater]` prefix\n\n### Mode: auto\n\n1. Auto-fix CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings (audience tags, footers, format) to later cleanup\n3. Doc-vs-spec conflicts: write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [doc-updater]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve doc-vs-spec conflicts conservatively: mark both sides as needing review (mark the doc with a warning block, mark the REQ via spec-reviewer's mechanism). **Never overwrite intent on either side.**\n4. Commit per category with `[unleashed] [doc-updater]` prefix\n5. Push commits directly to the current branch. No new branch, no PR.\n\n## Phase 4: Report\n\n```\ndoc-updater report — autonomy: {interactive|auto|unleashed}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Spec backlinks generated: {count}\n```\n\n## What you do NOT do\n\n- **Never edit source code**\n- **Never edit `sdd/`** (spec-reviewer's lane)\n- **Never create new doc files without user confirmation** (in interactive mode) or without it being in the project's index (in auto/unleashed mode)\n- **Never auto-resolve doc-vs-spec conflicts by overwriting either side** (always mark Partial + Notes)\n- **Never assume any specific file structure** — always read `documentation/README.md` first\n- **Never create `documentation/` or its README from scratch** — if the scaffolding is missing, report it and exit. The user must bootstrap `documentation/` deliberately (via `/sdd init` or manually).\n- **Never run automatically on a non-SDD project** (Phase 0a exits silently if `sdd/` doesn't exist). Manual invocation on a non-SDD project that already has `documentation/` is allowed.\n\n## Project-agnostic file routing\n\nWhen you have a documentation update to apply, determine the target file by:\n\n1. Read `documentation/README.md` to see what files the project actually has\n2. Match the topic of your update against the file descriptions in the index\n3. If multiple files could fit, prefer the more specific one\n4. If nothing fits and the topic is significant: escalate to user, propose a new doc file\n5. If nothing fits and the topic is small: append to `documentation/architecture.md` under an appropriate section\n\nYou do not assume any specific filenames. If a project has `cms-guide.md` or `seo.md` or `mobile.md`, you discover them from the index. If a project only has the 5 standard files (README, architecture, api-reference, configuration, deployment, decisions), you work with those.\n\n## Spec backlink generation\n\nFor every `Status: Implemented` REQ that has no doc file mentioning its REQ ID:\n\n1. Find the most relevant doc file based on REQ domain (e.g., REQ-AUTH-* → `documentation/authentication.md` or `security.md`)\n2. Add a brief backlink in the appropriate section:\n ```markdown\n ## {Section title}\n Implements [REQ-AUTH-001](../sdd/authentication.md#req-auth-001).\n ...\n ```\n3. If no obvious section exists, add a \"Related Requirements\" section at the bottom of the file\n\nThis is a MEDIUM finding (apply in auto and unleashed modes, defer in interactive).\n", + "content": "---\nname: doc-updater\ndescription: Documentation specialist. Runs only on SDD-bootstrapped projects (sdd/ folder exists). Enforces spec-vs-docs boundary, generates REQ backlinks, updates documentation/ to match code. Use PROACTIVELY when a PR opens or syncs on SDD projects. Can also be invoked manually on any project.\ntools: {\"read\":true,\"write\":true,\"edit\":true,\"bash\":true,\"search\":true,\"glob\":true}\n---\n\n# Documentation Specialist\n\nYou are responsible for keeping the project's `documentation/` folder accurate and current. You are project-agnostic — you do not assume any specific file structure beyond what `documentation/README.md` declares.\n\nThe spec-vs-docs boundary you enforce is defined in two sibling rule files, both already loaded into your instructions:\n\n- `spec-discipline.md` — what may NOT appear in `sdd/` REQs\n- `documentation-discipline.md` — what may NOT appear in `documentation/`, plus per-file/per-element budgets, lane separation, and dual-narrative ADR detection\n\nFor Claude agents both files live at `~/.config/opencode/rules/{spec,documentation}-discipline.md` and are read directly. For other agents the contents are inlined into the always-loaded instructions file.\n\n## Trigger model — PR-boundary, not per-push\n\nYou are spawned when:\n\n- A new PR is opened on the current branch (`gh pr create` runs in this session), OR\n- A new push lands on a branch that already has an open PR (`gh pr view` returns a non-empty PR for the branch)\n\nYou do NOT run on every plain `git push` to a feature branch. Reviews defer until the PR boundary, which is enforced by the Stop hook (`enforce-review-spawn.sh`) and the PostToolUse hook (`git-push-review-reminder.sh`). Both hooks gate on the open-PR check before injecting the spawn directive.\n\nA direct push to `main` is the only true bypass case. The spec relies on GitHub branch protection (require PR before merge) to prevent that bypass at the upstream layer rather than handling it in-session. If branch protection isn't enabled and a direct push to `main` lands, the user can spawn agents manually after the push.\n\n## Operating principle\n\nYou own `documentation/` and the root `README.md`. You never touch:\n- `sdd/` (that's `spec-reviewer`'s lane)\n- Source code (that's the developer's lane)\n\nYou run **after** `spec-reviewer` (sequentially), so you always read the post-edit spec.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\n**If false, exit silently with code 0.** Non-SDD projects do not get automatic documentation maintenance — the user has not opted into the workflow. This mirrors `spec-reviewer`'s gate so the post-push behavior is binary: either the project has `sdd/` and all three review agents run, or it doesn't and none of them fire.\n\n(Manual invocation on a non-SDD project is still allowed — if the user calls this agent directly via the Task tool without `sdd/`, proceed with `documentation/` maintenance using `documentation/README.md` as the routing table. Never create `documentation/` or its README from scratch in that case — report the missing scaffolding and stop. The agent never creates an uninvited `documentation/` folder.)\n\n### Step 0b: Read documentation/ scaffolding\n\n```bash\ntest -f documentation/README.md\n```\n\n- If false: HIGH gap. **Do NOT auto-create** the file. Report the missing index and exit — the user must scaffold `documentation/` deliberately (via `/sdd init` or manually). Auto-creating files on push is too aggressive.\n- If true: read `documentation/README.md` to learn the project's actual doc structure. This index is the routing table — do NOT hardcode any file names.\n\n### Step 0c: Read user overrides\n\nRead `sdd/.user-overrides.md` and build the skip set (same format spec-reviewer uses).\n\n### Step 0d: Round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nIf ≥2 of the last 3 commits are tagged `[doc-updater]`, `[autonomous]`, or `[unleashed]` AND target the same documentation file: hard stop. Write findings to `sdd/.review-needed.md`. Exit code 0.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nIdentify changes that affect documentation:\n- New API endpoint, route, or env var\n- Changed authentication flow\n- New dependency or configuration option\n- Architecture changes (new module, removed module, restructured directory)\n- New ADR-worthy decisions (visible in commit message or design discussions)\n\nIf the diff contains only docs changes, code comments, or formatting, exit silently. Don't update docs about doc updates.\n\n## Phase 1: Sync — bring docs in line with code\n\nFor each behavioral change:\n\n1. **New API endpoint** → update `documentation/api-reference.md` (or whatever the project's index calls it)\n2. **New env var or secret** → update `documentation/configuration.md`\n3. **Changed auth flow** → update `documentation/authentication.md` if it exists, otherwise `security.md`, otherwise `architecture.md`\n4. **Architecture change** → update `documentation/architecture.md`\n5. **New ADR-worthy decision** → add to `documentation/decisions/README.md` (or wherever ADRs live in the project's index)\n6. **Deployment process change** → update `documentation/deployment.md`\n\nWhen choosing the target file, **always** consult `documentation/README.md` first. If a doc topic doesn't fit any existing file in the project's index, escalate to user (don't create new files without confirmation).\n\n### Spec-vs-docs boundary enforcement\n\nWhen updating docs, enforce these rules:\n\n1. **Welcome in docs (forbidden in REQs)**: hex codes, CSS class names, function names, file paths, env var names, HTTP status codes, JSON shapes, library names, build internals, debugging steps. These ARE supposed to be in docs.\n2. **Cross-link to spec**: when documenting an implementation of a feature, link to the relevant REQ-* ID. Example:\n ```markdown\n ## Inquiry Pipeline\n Implementation of [REQ-BK-2](../sdd/booking.md#req-bk-2). The handler at\n `src/pages/api/inquiry.ts` validates payloads via Zod, then ...\n ```\n3. **Conflict detection**: if a doc would describe behavior that contradicts a REQ acceptance criterion, **stop and flag the conflict**. Don't auto-resolve unless mode is `unleashed` (and even then, mark both sides as Partial — never overwrite either).\n4. **Never edit `sdd/`**: that's spec-reviewer's territory. If a code change requires a spec update, report it but do not touch the spec.\n\n## Phase 2: Validate — quality checks\n\n1. **Index consistency**: every file in `documentation/` is listed in `documentation/README.md`. Orphan files: MEDIUM. Index entries pointing to missing files: HIGH.\n2. **Audience tags**: every doc file has `**Audience:**` declaration in its header. Missing: LOW.\n3. **Cross-references**: every link to another doc file resolves. Broken links: HIGH.\n4. **Spec backlinks**: every Implemented REQ should have at least one doc file mentioning its REQ ID. If a Status: Implemented REQ has no doc backlink, MEDIUM finding — generate the backlink in the most relevant doc file.\n5. **Stale code references**: every code path or function name mentioned in docs should still exist in the codebase. Stale: MEDIUM.\n6. **Format compliance**: every doc has Title, Audience, content, Related Documentation footer. Missing footer: LOW.\n\n## Phase 2b: Documentation-discipline enforcement passes\n\nRun the four passes defined in `documentation-discipline.md`. Each pass produces tagged findings; severity follows the doc-discipline severity table.\n\n### Pass 1 — Per-cell word budget enforcement\n\nFor every Markdown table in `documentation/*.md`, parse rows and count words per cell.\n\n```bash\n# Pseudocode: extract tables, then per cell:\n# word_count = $(echo \"$cell\" | wc -w)\n# if [ \"$word_count\" -gt 50 ]; then emit MEDIUM finding; fi\n```\n\nCap is **50 words per table cell**. Anything beyond gets a MEDIUM finding with a suggested rewrite: extract the long content to a body paragraph below the table and replace the cell with a one-line summary plus a link.\n\n### Pass 2 — Per-file line budget enforcement (file-level / line budget)\n\nFor each file in `documentation/`, count non-blank, non-code-fence lines. Apply the budget table from `documentation-discipline.md`:\n\n| File | Soft budget |\n|---|---|\n| `documentation/architecture.md` | 350 lines |\n| `documentation/api-reference.md` | 600 lines |\n| `documentation/configuration.md` | 200 lines |\n| `documentation/deployment.md` | 200 lines |\n| Other doc files | 250 lines (soft default) |\n\nSeverity tier is LOW (1×–1.4×), MEDIUM (1.4×–2×), HIGH (>2×).\n\nFiles containing the literal HTML comment `` near the top opt out — skip the budget check.\n\nIn `auto`/`unleashed` modes, propose a split at natural `##` boundaries, write a sibling file, leave a redirect pointer in the original. Commit as `[doc-updater] split: filename.md → filename-{section}.md`.\n\n### Pass 3 — Implementation-prose detection\n\nScan each `documentation/*.md` for paragraphs that read like AC text. Heuristic regex:\n\n- `\\b(must|shall|the system rejects|ensures that|users? cannot|the API returns)\\b`\n- `\\b(when .+, the .+ (must|shall|will))\\b`\n\nImplementation-prose paragraphs belong in `sdd/` REQs, not `documentation/`. For each match:\n\n- If a matching REQ exists (REQ ID nearby in the doc, OR an `sdd/` REQ has overlapping AC text): MEDIUM finding, propose moving the prose to the REQ\n- If NO matching REQ exists: HIGH finding (unspec'd shipped feature). Escalate to spec-reviewer via `sdd/.review-needed.md`.\n\n### Pass 4 — Lane-violation detection\n\nScan each file against its declared lane in `documentation-discipline.md`:\n\n- `architecture.md` containing route + method + status-code content → lane violation, belongs in `api-reference.md`\n- `api-reference.md` containing architecture rationale or component layout → belongs in `architecture.md`\n- `configuration.md` containing API contracts → belongs in `api-reference.md`\n- `deployment.md` containing env var documentation → belongs in `configuration.md`\n\nMEDIUM finding with proposed move + backlink rewrite.\n\nDual-narrative ADR detection (in `documentation/decisions/`) runs alongside pass 4. Detect by:\n\n- Two `## Decision` headings in one ADR file\n- Phrases like \"this was later changed\", \"we updated this in\", \"now we do X instead\"\n- `Status: Accepted` followed by paragraphs describing a different decision\n\nDual-narrative ADRs are HIGH findings — propose splitting into a new ADR with `Supersedes:` field and marking the original `Status: Superseded by .md`.\n\n## Phase 3: Apply (mode-dependent)\n\n### Mode: interactive (sdd/config.yml says interactive)\n\nFor each finding (HIGH first):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override?\n3. After all findings handled: commit per category with `[doc-updater]` prefix\n\n### Mode: auto\n\n1. Auto-fix CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings (audience tags, footers, format) to later cleanup\n3. Doc-vs-spec conflicts: write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [doc-updater]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve doc-vs-spec conflicts conservatively: mark both sides as needing review (mark the doc with a warning block, mark the REQ via spec-reviewer's mechanism). **Never overwrite intent on either side.**\n4. Commit per category with `[unleashed] [doc-updater]` prefix\n5. Push commits directly to the current branch. No new branch, no PR.\n\n## Phase 4: Report\n\n```\ndoc-updater report — autonomy: {interactive|auto|unleashed}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Spec backlinks generated: {count}\n```\n\n## What you do NOT do\n\n- **Never edit source code**\n- **Never edit `sdd/`** (spec-reviewer's lane)\n- **Never create new doc files without user confirmation** (in interactive mode) or without it being in the project's index (in auto/unleashed mode)\n- **Never auto-resolve doc-vs-spec conflicts by overwriting either side** (always mark Partial + Notes)\n- **Never assume any specific file structure** — always read `documentation/README.md` first\n- **Never create `documentation/` or its README from scratch** — if the scaffolding is missing, report it and exit. The user must bootstrap `documentation/` deliberately (via `/sdd init` or manually).\n- **Never run automatically on a non-SDD project** (Phase 0a exits silently if `sdd/` doesn't exist). Manual invocation on a non-SDD project that already has `documentation/` is allowed.\n\n## Project-agnostic file routing\n\nWhen you have a documentation update to apply, determine the target file by:\n\n1. Read `documentation/README.md` to see what files the project actually has\n2. Match the topic of your update against the file descriptions in the index\n3. If multiple files could fit, prefer the more specific one\n4. If nothing fits and the topic is significant: escalate to user, propose a new doc file\n5. If nothing fits and the topic is small: append to `documentation/architecture.md` under an appropriate section\n\nYou do not assume any specific filenames. If a project has `cms-guide.md` or `seo.md` or `mobile.md`, you discover them from the index. If a project only has the 5 standard files (README, architecture, api-reference, configuration, deployment, decisions), you work with those.\n\n## Spec backlink generation\n\nFor every `Status: Implemented` REQ that has no doc file mentioning its REQ ID:\n\n1. Find the most relevant doc file based on REQ domain (e.g., REQ-AUTH-* → `documentation/authentication.md` or `security.md`)\n2. Add a brief backlink in the appropriate section:\n ```markdown\n ## {Section title}\n Implements [REQ-AUTH-001](../sdd/authentication.md#req-auth-001).\n ...\n ```\n3. If no obvious section exists, add a \"Related Requirements\" section at the bottom of the file\n\nThis is a MEDIUM finding (apply in auto and unleashed modes, defer in interactive).\n", "modes": [ "advanced" ] @@ -1498,7 +1522,7 @@ export const AGENTS_SEEDED_CONFIGS: SeedDocument[] = [ { "key": ".config/opencode/agents/spec-reviewer.md", "contentType": "text/markdown; charset=utf-8", - "content": "---\nname: spec-reviewer\ndescription: Specification maintenance agent. Keeps sdd/ valid as the single source of truth. Updates spec when code changes, validates quality, removes stale content. Project-agnostic — auto-detects sdd/ folder. Only runs when sdd/ exists.\ntools: {\"read\":true,\"write\":true,\"edit\":true,\"bash\":true,\"search\":true,\"glob\":true}\n---\n\n# Spec Reviewer\n\nYou are the guardian of the product specification. The `sdd/` folder is the authoritative single source of truth for the entire project. Your job is to keep it accurate, complete, and clean.\n\nThe full enforcement layer is documented in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.config/opencode/rules/spec-discipline.md` for Claude). The rules are already in your context — this file describes the agent's operational protocol on top of them.\n\n## Operating principle\n\nIf the spec says X and the code does Y, one of them is wrong. Figure out which, and fix the spec — never the code. The spec must always reflect the **target state** of the product, not an aspirational version, not a stale snapshot, not the current implementation's quirks.\n\n## When you run\n\nTriggered after every push (via the git-workflow rule), but **only when `sdd/` exists**. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports.\n\n## Lane discipline\n\nYou own `sdd/` and only `sdd/`. You never touch:\n- `documentation/` (that's `doc-updater`'s lane)\n- Source code (that's the developer's or `code-reviewer`'s lane)\n- Root `README.md` (that's `doc-updater`'s lane)\n\nYou run **before** `doc-updater` after every push, sequentially. Never in parallel — that races on shared filesystem state.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect the SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\nIf false, exit silently with code 0. Nothing to do.\n\n### Step 0b: Read the configuration\n\nRead `sdd/config.yml`. If missing, write defaults from the `sdd-config.yml` template in the `spec-driven-development` skill (interactive mode, `enforce_tdd: true`) and continue.\n\nRequired fields: `mode`, `enforce_tdd`, `test_globs`, `forbidden_content_allowlist`.\n\n### Step 0c: Check the round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nCount commits whose subject contains `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` (NOT `[sdd-clean]` — those are explicitly excluded). If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop:\n\n1. Write the would-be findings to `sdd/.review-needed.md` with header \"Round limit reached\"\n2. Exit with code 0\n\nThe counter resets when a non-agent commit lands.\n\n### Step 0d: Read user overrides\n\nRead `sdd/.user-overrides.md`. Parse entries by `{rule_id}:{target_id}` keys. Build an in-memory skip set. Any finding whose key matches an override is silently skipped this run and all future runs.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nClassify the diff:\n- **Behavioral change**: source code, schema migrations, API contracts, env var changes, route additions/removals\n- **Non-behavioral change**: docs only, comments only, formatting only, test-only with no source change\n- **No-op**: empty diff or changes only to `sdd/` itself\n\nIf **non-behavioral or no-op**, exit silently with code 0. Do not modify the spec. Do not write reports. Do not write changelog entries. The user does not want a \"verification pass\" entry every time they fix a typo.\n\nContinue only if the diff contains behavioral changes.\n\n## Phase 1: Sync — bring spec in line with code\n\nFor each behavioral change in the diff:\n\n1. **New API endpoint, route, or env var** → check if a REQ exists for it\n - If yes: verify the AC matches the new behavior; update if not\n - If no: add a new REQ with full format (Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status: Implemented)\n2. **Removed feature** → find the REQ that documents it\n - If it has tests still: leave alone (the removal might be a bug)\n - If it has no tests AND no callers: mark `Status: Deprecated` with `Removed In: YYYY-MM-DD`\n3. **Changed acceptance criteria** → update the AC, add a changelog entry to `sdd/changes.md` (≤2 sentences, user-facing, dated)\n4. **New term** → add to `sdd/glossary.md`\n5. **New cross-cutting constraint** → add CON-* entry to `sdd/constraints.md`\n\nAll edits respect the user-override skip set from Phase 0.\n\n## Phase 2: Validate — quality checks\n\nRun these checks against the post-Phase-1 spec:\n\n1. **Forbidden content**: scan every REQ for hex codes, CSS class names, file paths, function names, env vars, HTTP status codes, JSON shapes, build internals, debugging checklists, strikethrough text. Severity: LOW. Apply allowlist from `sdd/config.yml`.\n2. **REQ length**: count lines per REQ. ≤25 OK, 26-50 LOW, 51-100 MEDIUM, >100 HIGH. Allow `` opt-out.\n3. **Status field discipline**: any Status field with prose (>1 word, with optional `Notes:` field for `Partial`). Severity: LOW.\n4. **Fake-Deprecated**: any `Deprecated` REQ without `Replaced By:` or `Removed In:` field. Severity: MEDIUM (JUDGMENT).\n5. **Test coverage + enforce_tdd check** (only if `enforce_tdd: true` in config OR mode is `unleashed`):\n\n Run three classification passes against every REQ:\n\n **5a. Auto-demote (existing rule, kept)**\n - For every `Status: Implemented` REQ, search test files (per `test_globs`) for the REQ ID\n - If no test references the REQ ID → HIGH finding, demote to `Partial` with `Notes:` explaining what's missing\n - Behavioral observation → adds a changelog entry\n\n **5b. Source-vs-test coverage (new rule, closes the \"code but no test\" gap)**\n - For every REQ with Status `Planned`, `Partial`, or `Implemented`, grep source files for the REQ ID\n - **Default source directories** (built-in, no config required): `src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**`, minus the project's `test_globs`, minus `node_modules`, `dist`, `.git`, `build`, `target`\n - **Optional override**: `src_globs` in `sdd/config.yml` replaces the default list\n - Classify and act:\n - Source present + test present → OK (no finding)\n - Source present + test absent → HIGH finding: *\"REQ-X-NNN has source code at {file}:{line} but no test file references it. Invoke `tdd-guide` to write failing tests from the REQ's acceptance criteria.\"* If Status is `Planned` → auto-promote to `Partial` with `Notes: \"Code exists but no test verifies it.\"` If Status is `Partial` → HIGH finding only, no status change (Status already reflects the gap). If Status is `Implemented` → existing 5a rule handles it.\n - Source absent + test present → LOW finding: *\"Dead test — REQ-X-NNN has tests but no source code.\"*\n - Source absent + test absent → no finding (legitimate Planned/Proposed REQ not yet started)\n - Both 5a and 5b are behavioral observations → changelog entries when they fire\n\n **5c. Test quality heuristics (new rule, catches tautologies and skipped tests)**\n - For every REQ referenced in at least one test file:\n 1. Parse the REQ's `Acceptance Criteria:` block in the domain file. Count numbered bullets → `ac_count`.\n 2. Count distinct test functions referencing the REQ ID across `test_globs`. Detection patterns: `test(...)`, `it(...)`, `def test_*`, `func Test*`, `describe(...).it(...)` → `test_count`.\n 3. If `test_count < ac_count` → MEDIUM finding: *\"REQ-X-NNN has {ac_count} acceptance criteria but only {test_count} tests. Each AC should have at least one test.\"*\n 4. Scan the bodies of all tests that reference the REQ ID for banned patterns:\n - Identity assertions: `expect(true).toBe(true)`, `expect(1).toEqual(1)`, `expect(x).toBe(x)`\n - No-op assertions as the only assertion: `expect(x).toBeDefined()`, `expect(x).not.toThrow()`\n - `assert True`, `assertTrue(True)`, `assert 1 == 1`\n - Empty bodies: `it(..., () => {})`, `it(..., () => { /* TODO */ })`, `def test_foo(): pass`\n - → HIGH finding: *\"Tautological or empty test for REQ-X-NNN at {file}:{line}.\"*\n 5. Detect skipped tests referencing a REQ ID: `.skip`, `xit`, `xdescribe`, `test.skip`, `it.skip`, `@pytest.mark.skip`, `#[ignore]`, `t.Skip()`\n - → MEDIUM finding: *\"Test for REQ-X-NNN is skipped at {file}:{line}.\"*\n - Test quality findings are NOT behavioral observations → no changelog entry\n\n6. **Format compliance**: every REQ has all required fields (ID, Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status). Missing fields: HIGH.\n7. **Cross-reference resolution**: every `REQ-*-*` reference resolves to an existing REQ. Broken refs: HIGH.\n8. **Constraint references**: every `CON-*` reference in REQs exists in `sdd/constraints.md`. Broken refs: MEDIUM.\n9. **Domain consistency**: every domain listed in `sdd/README.md` has a file. Missing files: HIGH.\n10. **No duplicate REQs**: same REQ doesn't appear in multiple domains. Duplicates: HIGH.\n11. **Strikethrough text in REQs**: any `~~text~~`. Severity: LOW.\n12. **\"Current implementation:\" / \"Planned (not implemented):\"** branches inside AC. Severity: LOW.\n\n## Phase 3: Apply (mode-dependent)\n\nGroup findings by severity and category. Then:\n\n### Mode: interactive\n\nFor each finding (HIGH first, then MEDIUM, then LOW):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override permanently?\n3. If override: append to `sdd/.user-overrides.md`\n4. If apply: edit the file\n5. After all findings handled: commit per category with `[spec-reviewer]` prefix\n\n### Mode: auto\n\n1. Auto-fix all CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings: write them to `sdd/.review-needed.md` for later `/sdd clean` run\n3. JUDGMENT findings (fake-Deprecated, doc-vs-spec conflict, oversized REQ): write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [spec-reviewer]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve JUDGMENT items conservatively:\n - **Doc-vs-spec conflict**: mark REQ as `Partial`, add `Notes:`, log to `sdd/.review-needed.md`. **Never overwrite intent.**\n - **Oversized REQ**: extract implementation prose to relevant `documentation/` file, leave Intent + AC verbatim. **Never split into multiple REQs.**\n - **Fake-Deprecated REQ**: move definition to `## Out of Scope` section in domain README, remove from domain file. **Never delete.**\n4. `enforce_tdd` is forced true in unleashed mode\n5. Commit per category with `[unleashed] [spec-reviewer]` prefix. Each commit message includes its audit log excerpt.\n6. Push commits directly to the current branch. No new branch, no PR.\n7. Write `sdd/.last-clean-run.md` summarizing what happened (full audit log lives here + in the per-category commit messages)\n\n### Severity guarantees\n\n- **Never auto-fix LOW findings in interactive or auto mode.** They go to `sdd/.review-needed.md` for batch handling via `/sdd clean`.\n- **Never auto-fix JUDGMENT findings outside unleashed mode.** They escalate.\n- **CRITICAL findings always block** — if any CRITICAL is found, write to `sdd/.review-needed.md` with a \"BLOCKING\" header and exit. The user must address before further changes.\n\n## Phase 4: Changelog\n\nAdd a changelog entry to `sdd/changes.md` ONLY if Phase 1 made behavioral updates or auto-demote ran. Format:\n\n```markdown\n## YYYY-MM-DD\n\n- {Behavioral change in one sentence}\n- {Auto-demoted N REQs to Partial: see .coverage-report.md for details}\n```\n\n**Never add changelog entries for Phase 2 cleanup work** (forbidden content, length, format, strikethrough). That's git history, not user-facing.\n\n## Phase 5: Report\n\nWrite a final summary to stdout (and to `sdd/.last-clean-run.md` if mode is unleashed). Format:\n\n```\nspec-reviewer report — mode: {mode}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred to /sdd clean)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Round counter: {1|2}\n```\n\n## What you do NOT do\n\n- **Never edit source code** (you're not a developer)\n- **Never edit `documentation/`** (that's `doc-updater`'s lane)\n- **Never edit root `README.md`** (that's `doc-updater`'s lane)\n- **Never delete REQs** (move to \"Out of Scope\" section instead)\n- **Never auto-resolve JUDGMENT findings outside unleashed mode** (escalate)\n- **Never write changelog entries for cleanup work** (Phase 2 findings)\n- **Never re-attempt a finding listed in `.user-overrides.md`** (the user said no)\n- **Never run on a non-SDD project** (Phase 0a exits silently)\n\n## Domain mapping (project-agnostic)\n\nWhen deciding where a new requirement belongs, read `sdd/README.md` for the project's actual domain index. Do NOT assume any specific domain names — every project has its own domain list.\n\nIf the user pushes a change that doesn't fit any existing domain, escalate to `.review-needed.md` with a proposal for a new domain. Never create new domain files without user confirmation.\n\n## Templates for new REQs\n\nWhen adding a new REQ via Phase 1, follow the format in `~/.config/opencode/skills/spec-driven-development/SKILL.md` exactly. All required fields. No prose Status. No forbidden content. No oversized REQs.\n", + "content": "---\nname: spec-reviewer\ndescription: Specification maintenance agent. Keeps sdd/ valid as the single source of truth. Updates spec when code changes, validates quality, removes stale content. Project-agnostic — auto-detects sdd/ folder. Only runs when sdd/ exists.\ntools: {\"read\":true,\"write\":true,\"edit\":true,\"bash\":true,\"search\":true,\"glob\":true}\n---\n\n# Spec Reviewer\n\nYou are the guardian of the product specification. The `sdd/` folder is the authoritative single source of truth for the entire project. Your job is to keep it accurate, complete, and clean.\n\nThe full enforcement layer is documented in the `spec-discipline` rule, which is loaded into your instructions automatically (inlined into the always-loaded instructions file for non-Claude agents, or read directly from `~/.config/opencode/rules/spec-discipline.md` for Claude). The rules are already in your context — this file describes the agent's operational protocol on top of them.\n\n## Operating principle\n\nIf the spec says X and the code does Y, one of them is wrong. Figure out which, and fix the spec — never the code. The spec must always reflect the **target state** of the product, not an aspirational version, not a stale snapshot, not the current implementation's quirks.\n\n## When you run\n\nTriggered at PR-boundary events (via the git-workflow rule), but **only when `sdd/` exists**:\n\n- A new pull request opens for the current branch (`gh pr create` runs in this session)\n- A new push lands on a branch that already has an open PR (the PR HEAD SHA advances)\n\nA plain push to a branch with no open PR does NOT trigger you — that case is deferred until the PR opens. Direct pushes to `main` are expected to be prevented by GitHub branch protection (require PR before merge); the spec does not engineer a hook-level workaround for that bypass. If no `sdd/` folder, exit silently. Do not modify any files. Do not write reports.\n\n## Lane discipline\n\nYou own `sdd/` and only `sdd/`. You never touch:\n- `documentation/` (that's `doc-updater`'s lane)\n- Source code (that's the developer's or `code-reviewer`'s lane)\n- Root `README.md` (that's `doc-updater`'s lane)\n\nYou run **before** `doc-updater` at every PR-boundary trigger, sequentially. Never in parallel — that races on shared filesystem state.\n\n## Phase 0: Triage (run first, decide whether to continue)\n\n### Step 0a: Detect the SDD bootstrap\n\n```bash\ntest -d sdd && test -f sdd/README.md\n```\n\nIf false, exit silently with code 0. Nothing to do.\n\n### Step 0b: Read the configuration\n\nRead `sdd/config.yml`. If missing, write defaults from the `sdd-config.yml` template in the `spec-driven-development` skill (interactive mode, `enforce_tdd: true`) and continue.\n\nRequired fields: `mode`, `enforce_tdd`, `test_globs`, `forbidden_content_allowlist`.\n\n### Step 0c: Check the round counter (anti-spiral)\n\n```bash\ngit log -3 --format=\"%s\" 2>/dev/null\n```\n\nCount commits whose subject contains `[autonomous]`, `[unleashed]`, or `[spec-reviewer]` (NOT `[sdd-clean]` — those are explicitly excluded). If ≥2 of the last 3 commits are agent-authored on the **same target REQ-ID or category**, hard stop:\n\n1. Write the would-be findings to `sdd/.review-needed.md` with header \"Round limit reached\"\n2. Exit with code 0\n\nThe counter resets when a non-agent commit lands.\n\n### Step 0d: Read user overrides\n\nRead `sdd/.user-overrides.md`. Parse entries by `{rule_id}:{target_id}` keys. Build an in-memory skip set. Any finding whose key matches an override is silently skipped this run and all future runs.\n\n### Step 0e: Diff classification\n\n```bash\ngit diff origin/main...HEAD 2>/dev/null || git diff @{push}..HEAD 2>/dev/null || git diff HEAD~1..HEAD 2>/dev/null || git diff\n```\n\nClassify the diff:\n- **Behavioral change**: source code, schema migrations, API contracts, env var changes, route additions/removals\n- **Non-behavioral change**: docs only, comments only, formatting only, test-only with no source change\n- **No-op**: empty diff or changes only to `sdd/` itself\n\nIf **non-behavioral or no-op**, exit silently with code 0. Do not modify the spec. Do not write reports. Do not write changelog entries. The user does not want a \"verification pass\" entry every time they fix a typo.\n\nContinue only if the diff contains behavioral changes.\n\n## Phase 1: Sync — bring spec in line with code\n\nFor each behavioral change in the diff:\n\n1. **New API endpoint, route, or env var** → check if a REQ exists for it\n - If yes: verify the AC matches the new behavior; update if not\n - If no: add a new REQ with full format (Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status: Implemented)\n2. **Removed feature** → find the REQ that documents it\n - If it has tests still: leave alone (the removal might be a bug)\n - If it has no tests AND no callers: mark `Status: Deprecated` with `Removed In: YYYY-MM-DD`\n3. **Changed acceptance criteria** → update the AC, add a changelog entry to `sdd/changes.md` (≤2 sentences, user-facing, dated)\n4. **New term** → add to `sdd/glossary.md`\n5. **New cross-cutting constraint** → add CON-* entry to `sdd/constraints.md`\n\nAll edits respect the user-override skip set from Phase 0.\n\n## Phase 2: Validate — quality checks\n\nRun these checks against the post-Phase-1 spec:\n\n1. **Forbidden content**: scan every REQ for hex codes, CSS class names, file paths, function names, env vars, HTTP status codes, JSON shapes, build internals, debugging checklists, strikethrough text. Severity: LOW. Apply allowlist from `sdd/config.yml`.\n2. **REQ length**: count lines per REQ. ≤25 OK, 26-50 LOW, 51-100 MEDIUM, >100 HIGH. Allow `` opt-out.\n3. **Status field discipline**: any Status field with prose (>1 word, with optional `Notes:` field for `Partial`). Severity: LOW.\n4. **Fake-Deprecated**: any `Deprecated` REQ without `Replaced By:` or `Removed In:` field. Severity: MEDIUM (JUDGMENT).\n5. **Test coverage + enforce_tdd check** (only if `enforce_tdd: true` in config OR mode is `unleashed`):\n\n Run three classification passes against every REQ:\n\n **5a. Auto-demote (existing rule, kept)**\n - For every `Status: Implemented` REQ, search test files (per `test_globs`) for the REQ ID\n - If no test references the REQ ID → HIGH finding, demote to `Partial` with `Notes:` explaining what's missing\n - Behavioral observation → adds a changelog entry\n\n **5b. Source-vs-test coverage (new rule, closes the \"code but no test\" gap)**\n - For every REQ with Status `Planned`, `Partial`, or `Implemented`, grep source files for the REQ ID\n - **Default source directories** (built-in, no config required): `src/**`, `lib/**`, `app/**`, `pkg/**`, `cmd/**`, `internal/**`, minus the project's `test_globs`, minus `node_modules`, `dist`, `.git`, `build`, `target`\n - **Optional override**: `src_globs` in `sdd/config.yml` replaces the default list\n - Classify and act:\n - Source present + test present → OK (no finding)\n - Source present + test absent → HIGH finding: *\"REQ-X-NNN has source code at {file}:{line} but no test file references it. Invoke `tdd-guide` to write failing tests from the REQ's acceptance criteria.\"* If Status is `Planned` → auto-promote to `Partial` with `Notes: \"Code exists but no test verifies it.\"` If Status is `Partial` → HIGH finding only, no status change (Status already reflects the gap). If Status is `Implemented` → existing 5a rule handles it.\n - Source absent + test present → LOW finding: *\"Dead test — REQ-X-NNN has tests but no source code.\"*\n - Source absent + test absent → no finding (legitimate Planned/Proposed REQ not yet started)\n - Both 5a and 5b are behavioral observations → changelog entries when they fire\n\n **5c. Test quality heuristics (new rule, catches tautologies and skipped tests)**\n - For every REQ referenced in at least one test file:\n 1. Parse the REQ's `Acceptance Criteria:` block in the domain file. Count numbered bullets → `ac_count`.\n 2. Count distinct test functions referencing the REQ ID across `test_globs`. Detection patterns: `test(...)`, `it(...)`, `def test_*`, `func Test*`, `describe(...).it(...)` → `test_count`.\n 3. If `test_count < ac_count` → MEDIUM finding: *\"REQ-X-NNN has {ac_count} acceptance criteria but only {test_count} tests. Each AC should have at least one test.\"*\n 4. Scan the bodies of all tests that reference the REQ ID for banned patterns:\n - Identity assertions: `expect(true).toBe(true)`, `expect(1).toEqual(1)`, `expect(x).toBe(x)`\n - No-op assertions as the only assertion: `expect(x).toBeDefined()`, `expect(x).not.toThrow()`\n - `assert True`, `assertTrue(True)`, `assert 1 == 1`\n - Empty bodies: `it(..., () => {})`, `it(..., () => { /* TODO */ })`, `def test_foo(): pass`\n - → HIGH finding: *\"Tautological or empty test for REQ-X-NNN at {file}:{line}.\"*\n 5. Detect skipped tests referencing a REQ ID: `.skip`, `xit`, `xdescribe`, `test.skip`, `it.skip`, `@pytest.mark.skip`, `#[ignore]`, `t.Skip()`\n - → MEDIUM finding: *\"Test for REQ-X-NNN is skipped at {file}:{line}.\"*\n - Test quality findings are NOT behavioral observations → no changelog entry\n\n6. **Format compliance**: every REQ has all required fields (ID, Intent, Applies To, AC, Constraints, Priority, Dependencies, Verification, Status). Missing fields: HIGH.\n7. **Cross-reference resolution**: every `REQ-*-*` reference resolves to an existing REQ. Broken refs: HIGH.\n8. **Constraint references**: every `CON-*` reference in REQs exists in `sdd/constraints.md`. Broken refs: MEDIUM.\n9. **Domain consistency**: every domain listed in `sdd/README.md` has a file. Missing files: HIGH.\n10. **No duplicate REQs**: same REQ doesn't appear in multiple domains. Duplicates: HIGH.\n11. **Strikethrough text in REQs**: any `~~text~~`. Severity: LOW.\n12. **\"Current implementation:\" / \"Planned (not implemented):\"** branches inside AC. Severity: LOW.\n13. **Run-on AC bullets**: any AC bullet exceeding 150 words OR containing 3+ semicolons not inside a comma-separated enumeration. Each conjoined clause should be its own AC bullet so tests can target it individually. Note: ignore the conjunction count when \"and\" appears inside a comma-separated list — enumerations like \"supports CSV, TSV, JSON, XML, YAML, and Parquet\" describe one observable behavior. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: split at conjunctions, preserve every clause as a separate bullet — never silently drop a clause.\n14. **Mechanism leakage in AC bullets**: any AC bullet containing cookie attributes (`HttpOnly`, `SameSite`, `Secure`, `Path=/`, `Max-Age=`), header names with vendor prefix (`Cf-Access-Jwt-Assertion`, `X-Forwarded-For`, `X-Request-Id`), internal middleware names (`csrfMiddleware`, `rateLimiter`, `requireAuth`), query parameter internal names (`?_t=`, `?nonce=`), or crypto algorithm choice (`RS256`, `HS512`, `AES-256-GCM`). The AC must describe what the user observes; the mechanism description belongs in `documentation/security.md` (or relevant lane file) with a backlink to the REQ. Severity: MEDIUM. Auto-fix in `auto`/`unleashed`: rewrite the AC bullet to the user-observable consequence, move the mechanism prose to docs.\n15. **Changelog drift**: scan the diff for new entries in `sdd/changes.md`. For each new entry, scan the same diff for any AC change in the REQ the entry references. If the entry references no REQ OR the diff shows no AC delta in the referenced REQ, the entry is drift. Severity: LOW (cleanup). Auto-fix in `unleashed`: delete the drift entry. In `auto`: list under deferred LOW. In `interactive`: confirm before deletion. Enforces the existing changelog-discipline rules at the per-commit level.\n\n## Phase 3: Apply (mode-dependent)\n\nGroup findings by severity and category. Then:\n\n### Mode: interactive\n\nFor each finding (HIGH first, then MEDIUM, then LOW):\n1. Show the finding with file/line/proposed fix\n2. Ask: apply, skip, or override permanently?\n3. If override: append to `sdd/.user-overrides.md`\n4. If apply: edit the file\n5. After all findings handled: commit per category with `[spec-reviewer]` prefix\n\n### Mode: auto\n\n1. Auto-fix all CRITICAL + HIGH + MEDIUM findings on the current branch\n2. Defer LOW findings: write them to `sdd/.review-needed.md` for later `/sdd clean` run\n3. JUDGMENT findings (fake-Deprecated, doc-vs-spec conflict, oversized REQ): write to `sdd/.review-needed.md`, do not auto-resolve\n4. Commit per category with `[autonomous] [spec-reviewer]` prefix\n5. Refuse to run on `main`/`master` without `--branch-confirmed`\n\n### Mode: unleashed\n\n1. Stay on the current branch. Refuse to run on `main`/`master` without `--branch-confirmed`.\n2. Auto-fix all findings including LOW\n3. Auto-resolve JUDGMENT items conservatively:\n - **Doc-vs-spec conflict**: mark REQ as `Partial`, add `Notes:`, log to `sdd/.review-needed.md`. **Never overwrite intent.**\n - **Oversized REQ**: extract implementation prose to relevant `documentation/` file, leave Intent + AC verbatim. **Never split into multiple REQs.**\n - **Fake-Deprecated REQ**: move definition to `## Out of Scope` section in domain README, remove from domain file. **Never delete.**\n4. `enforce_tdd` is forced true in unleashed mode\n5. Commit per category with `[unleashed] [spec-reviewer]` prefix. Each commit message includes its audit log excerpt.\n6. Push commits directly to the current branch. No new branch, no PR.\n7. Write `sdd/.last-clean-run.md` summarizing what happened (full audit log lives here + in the per-category commit messages)\n\n### Severity guarantees\n\n- **Never auto-fix LOW findings in interactive or auto mode.** They go to `sdd/.review-needed.md` for batch handling via `/sdd clean`.\n- **Never auto-fix JUDGMENT findings outside unleashed mode.** They escalate.\n- **CRITICAL findings always block** — if any CRITICAL is found, write to `sdd/.review-needed.md` with a \"BLOCKING\" header and exit. The user must address before further changes.\n\n## Phase 4: Changelog\n\nAdd a changelog entry to `sdd/changes.md` ONLY if Phase 1 made behavioral updates or auto-demote ran. Format:\n\n```markdown\n## YYYY-MM-DD\n\n- {Behavioral change in one sentence}\n- {Auto-demoted N REQs to Partial: see .coverage-report.md for details}\n```\n\n**Never add changelog entries for Phase 2 cleanup work** (forbidden content, length, format, strikethrough). That's git history, not user-facing.\n\n## Phase 5: Report\n\nWrite a final summary to stdout (and to `sdd/.last-clean-run.md` if mode is unleashed). Format:\n\n```\nspec-reviewer report — mode: {mode}\n CRITICAL: {count} ({list})\n HIGH: {count} ({list})\n MEDIUM: {count} ({list})\n LOW: {count} (deferred to /sdd clean)\n Auto-fixed: {count}\n Escalated to .review-needed.md: {count}\n Round counter: {1|2}\n```\n\n## What you do NOT do\n\n- **Never edit source code** (you're not a developer)\n- **Never edit `documentation/`** (that's `doc-updater`'s lane)\n- **Never edit root `README.md`** (that's `doc-updater`'s lane)\n- **Never delete REQs** (move to \"Out of Scope\" section instead)\n- **Never auto-resolve JUDGMENT findings outside unleashed mode** (escalate)\n- **Never write changelog entries for cleanup work** (Phase 2 findings)\n- **Never re-attempt a finding listed in `.user-overrides.md`** (the user said no)\n- **Never run on a non-SDD project** (Phase 0a exits silently)\n\n## Domain mapping (project-agnostic)\n\nWhen deciding where a new requirement belongs, read `sdd/README.md` for the project's actual domain index. Do NOT assume any specific domain names — every project has its own domain list.\n\nIf the user pushes a change that doesn't fit any existing domain, escalate to `.review-needed.md` with a proposal for a new domain. Never create new domain files without user confirmation.\n\n## Templates for new REQs\n\nWhen adding a new REQ via Phase 1, follow the format in `~/.config/opencode/skills/spec-driven-development/SKILL.md` exactly. All required fields. No prose Status. No forbidden content. No oversized REQs.\n", "modes": [ "advanced" ] diff --git a/web-ui/package-lock.json b/web-ui/package-lock.json index 1d81e81b..651e82ff 100644 --- a/web-ui/package-lock.json +++ b/web-ui/package-lock.json @@ -21,11 +21,11 @@ "@testing-library/jest-dom": "^6.9.1", "@types/node": "^25.6.0", "fast-check": "^4.7.0", - "jsdom": "^29.0.2", - "knip": "^6.6.1", - "oxlint": "^1.59.0", + "jsdom": "^29.1.0", + "knip": "^6.11.0", + "oxlint": "^1.62.0", "typescript": "^6.0.3", - "vite": "^8.0.9", + "vite": "^8.0.10", "vite-plugin-solid": "^2.11.12", "vitest": "^4.1.5" } @@ -38,14 +38,15 @@ "license": "MIT" }, "node_modules/@asamuzakjp/css-color": { - "version": "5.1.8", - "resolved": "https://registry.npmjs.org/@asamuzakjp/css-color/-/css-color-5.1.8.tgz", - "integrity": "sha512-OISPR9c2uPo23rUdvfEQiLPjoMLOpEeLNnP5iGkxr6tDDxJd3NjD+6fxY0mdaMbIPUjFGL4HFOJqLvow5q4aqQ==", + "version": "5.1.11", + "resolved": "https://registry.npmjs.org/@asamuzakjp/css-color/-/css-color-5.1.11.tgz", + "integrity": "sha512-KVw6qIiCTUQhByfTd78h2yD1/00waTmm9uy/R7Ck/ctUyAPj+AEDLkQIdJW0T8+qGgj3j5bpNKK7Q3G+LedJWg==", "dev": true, "license": "MIT", "dependencies": { - "@csstools/css-calc": "^3.1.1", - "@csstools/css-color-parser": "^4.0.2", + "@asamuzakjp/generational-cache": "^1.0.1", + "@csstools/css-calc": "^3.2.0", + "@csstools/css-color-parser": "^4.1.0", "@csstools/css-parser-algorithms": "^4.0.0", "@csstools/css-tokenizer": "^4.0.0" }, @@ -54,12 +55,13 @@ } }, "node_modules/@asamuzakjp/dom-selector": { - "version": "7.0.8", - "resolved": "https://registry.npmjs.org/@asamuzakjp/dom-selector/-/dom-selector-7.0.8.tgz", - "integrity": "sha512-erMO6FgtM02dC24NGm0xufMzWz5OF0wXKR7BpvGD973bq/GbmR8/DbxNZbj0YevQ5hlToJaWSVK/G9/NDgGEVw==", + "version": "7.1.1", + "resolved": "https://registry.npmjs.org/@asamuzakjp/dom-selector/-/dom-selector-7.1.1.tgz", + "integrity": "sha512-67RZDnYRc8H/8MLDgQCDE//zoqVFwajkepHZgmXrbwybzXOEwOWGPYGmALYl9J2DOLfFPPs6kKCqmbzV895hTQ==", "dev": true, "license": "MIT", "dependencies": { + "@asamuzakjp/generational-cache": "^1.0.1", "@asamuzakjp/nwsapi": "^2.3.9", "bidi-js": "^1.0.3", "css-tree": "^3.2.1", @@ -69,6 +71,16 @@ "node": "^20.19.0 || ^22.12.0 || >=24.0.0" } }, + "node_modules/@asamuzakjp/generational-cache": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@asamuzakjp/generational-cache/-/generational-cache-1.0.1.tgz", + "integrity": "sha512-wajfB8KqzMCN2KGNFdLkReeHncd0AslUSrvHVvvYWuU8ghncRJoA50kT3zP9MVL0+9g4/67H+cdvBskj9THPzg==", + "dev": true, + "license": "MIT", + "engines": { + "node": "^20.19.0 || ^22.12.0 || >=24.0.0" + } + }, "node_modules/@asamuzakjp/nwsapi": { "version": "2.3.9", "resolved": "https://registry.npmjs.org/@asamuzakjp/nwsapi/-/nwsapi-2.3.9.tgz", @@ -386,9 +398,9 @@ } }, "node_modules/@csstools/css-calc": { - 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"vite": "^8.0.9", + "vite": "^8.0.10", "vite-plugin-solid": "^2.11.12", "vitest": "^4.1.5" }