--- name: quality-gate-ed8ecdc8c3cb description: > Adaptive quality gates with auto-discovered baseline and auditable evidence. Use when the user says "check quality", "run gates", "quality report", "coverage check", or before creating a PR to validate code quality. Policies: zero-tolerance lint, ratchet coverage, no-regression tests. allowed-tools: Bash(dart *), Bash(flutter *), Bash(npm *), Bash(python *), Bash(ruff *), Bash(eslint *), Read, Grep, Glob --- # Quality Gate System Validates code quality with adaptive gates and auditable evidence. ## Usage ``` /quality-gate [mode] ``` **Modes:** - `check` (default) — Run all gates, report pass/fail - `baseline` — Generate or update quality baseline - `report` — Generate detailed report in `.quality/evidence/` --- ## Paso 0: Detectar Stack y Baseline ### 0.1 Detectar stack | Archivo | Stack | Lint command | Test command | |---------|-------|-------------|-------------| | `pubspec.yaml` | Flutter/Dart | `dart analyze` | `flutter test --coverage` | | `package.json` | Node/React | `npx eslint .` | `npx jest --coverage` | | `pyproject.toml` | Python | `ruff check .` | `pytest --cov` | | `.clasp.json` | Apps Script | `npm run lint` | `npm run test` | ### 0.2 Cargar baseline ```bash BASELINE=".quality/baselines/$(basename $(pwd)).json" if [ -f "$BASELINE" ]; then echo "Baseline found: $BASELINE" cat "$BASELINE" else echo "No baseline found. Run /quality-gate baseline to create one." fi ``` --- ## Paso 1: Gate de Lint (BLOQUEANTE) **Política: Zero-tolerance** — 0 errors, 0 warnings. ### Flutter/Dart ```bash dart analyze --no-fatal-infos 2>&1 # Exit code != 0 → FAIL ``` ### Node/React ```bash npx eslint . --max-warnings=0 2>&1 # Any warning or error → FAIL ``` ### Python ```bash ruff check . 2>&1 # Any issue → FAIL ``` ### Apps Script ```bash npm run lint 2>&1 ``` **Si falla:** Reportar errores exactos con ubicación. NO continuar a otros gates. --- ## Paso 2: Gate de Tests (BLOQUEANTE) **Política: No-regression** — Todos los tests existentes deben pasar. ### Flutter ```bash flutter test --coverage 2>&1 ``` ### Node/React ```bash npx jest --coverage --passWithNoTests 2>&1 ``` ### Python ```bash pytest --cov --cov-report=term-missing 2>&1 ``` **Si falla:** Listar tests fallidos con stack trace resumido. --- ## Paso 3: Gate de Coverage (BLOQUEANTE) **Política: Ratchet** — Coverage nunca puede bajar del baseline. 1. Leer coverage actual del resultado del Paso 2 2. Comparar con baseline: - `coverage_actual >= coverage_baseline` → PASS - `coverage_actual < coverage_baseline` → FAIL 3. Si no hay baseline → PASS pero reportar "No baseline, coverage: X%" **Mínimo absoluto:** 85% (configurable) --- ## Paso 4: Generar Evidence Crear reporte auditable: ```bash mkdir -p .quality/evidence/$(date -u +%Y-%m-%d) ``` ### Formato del reporte ```markdown # Quality Gate Report **Project**: [nombre] **Date**: [timestamp] **Branch**: [rama actual] **Commit**: [SHA corto] ## Results | Gate | Policy | Result | Details | |------|--------|--------|---------| | Lint | zero-tolerance | PASS/FAIL | X errors, Y warnings | | Tests | no-regression | PASS/FAIL | X passing, Y failing | | Coverage | ratchet (baseline: Z%) | PASS/FAIL | Current: X% | ## Overall: PASS / FAIL ## Files with low coverage | File | Coverage | Lines uncovered | |------|----------|----------------| ``` --- ## Paso 5: Output ### Si PASS ``` ✅ QUALITY GATE: ALL PASSED | Gate | Result | Details | |------|--------|---------| | Lint | ✅ PASS | 0 errors, 0 warnings | | Tests | ✅ PASS | X passing, 0 failing | | Coverage | ✅ PASS | X% (baseline: Y%) | Evidence saved to: .quality/evidence/[date]/report.md ``` ### Si FAIL ``` ❌ QUALITY GATE: FAILED | Gate | Result | Details | |------|--------|---------| | Lint | ❌ FAIL | X errors, Y warnings | | Tests | ✅ PASS | ... | | Coverage | ⚠️ WARN | ... | Blocking issues: 1. [error details] 2. [error details] Fix these before committing or creating a PR. ``` --- ## Mode: baseline Cuando se ejecuta con `baseline`: 1. Ejecutar lint, tests y coverage 2. Guardar resultados como nuevo baseline en `.quality/baselines/` 3. Formato JSON: ```json { "project": "nombre", "stack": "flutter|node|python", "timestamp": "ISO8601", "metrics": { "lint_errors": 0, "lint_warnings": 0, "test_coverage_pct": 87, "tests_passing": 42, "tests_failing": 0 }, "policies": { "lint": "zero-tolerance", "coverage": "ratchet", "tests": "no-regression" } } ``` --- ## Paso 5.5: E2E Gate (opcional, si existe directorio e2e/ o playwright.config.ts) ### Detección 1. **Detectar config E2E:** - Flutter: `ls e2e/playwright.config.ts` - React: `ls playwright.config.ts` o `ls e2e/playwright.config.ts` 2. **Si existe config:** - Flutter: verificar `build/web/index.html` → si no existe SKIP con warning "Flutter web build required" - React: verificar `npm run build` exitoso 3. **Detectar Seed Strategy:** - SQL: verificar que existen funciones `seed_e2e_*` en la DB (buscar en `supabase/migrations/`) - Firestore: verificar que existen fixtures en `e2e/seed/fixtures/` - Si hay seed configurado: reportar "Seed strategy: {SQL|Firestore|MongoDB}" - Si NO hay seed pero hay E2E tests: WARNING "E2E tests sin seed strategy — datos pueden no existir" 4. **Ejecutar E2E con seed lifecycle:** - Ejecutar: `npx playwright test --reporter=json` - Playwright `beforeAll`/`afterAll` en cada spec gestionan seed/cleanup automáticamente - Parse JSON: total, passing, failing - Gate: `failing == 0` y `passing >= baseline.e2e.passing` - Evidence: copiar JSON summary a `.quality/evidence/{feature}/e2e-results.json` 5. **Verificar cleanup post-ejecución (si seed detectado):** - SQL: `SELECT count(*) FROM clinics WHERE id LIKE 'e2e-%'` → debe ser 0 - Firestore: verificar que no existen docs con prefijo `e2e-` - Si quedan residuos: WARNING "E2E cleanup incompleto — {N} registros huérfanos" 6. **Si no existe config:** SKIP silencioso (E2E no configurado) ### Output ``` | E2E | no-regression | ✅ PASS | X passing, 0 failing (3 viewports) [seed: SQL] | ``` o ``` | E2E | no-regression | ✅ PASS | X passing, 0 failing [seed: Firestore, cleanup: OK] | ``` o ``` | E2E | — | ⏭ SKIP | No playwright config found | ``` o ``` | E2E | no-regression | ⚠️ WARN | X passing, 0 failing [cleanup: 3 orphaned records] | ``` --- ## Paso 5.6: Design Compliance Gate (ratchet progresivo) > Verifica que la compliance de diseño Stitch no retrocede. > Aplica enforcement progresivo segun el nivel del proyecto. ### Deteccion 1. **Cargar baseline de diseño:** ```bash .quality/scripts/design-baseline.sh . ``` Esto mide: features con UI, HTMLs existentes, paginas con trazabilidad. 2. **Determinar enforcement level:** ``` complianceRate >= 80% → L2 (zero-tolerance en nuevo codigo) complianceRate >= 30% → L1 (ratchet — no empeorar) complianceRate < 30% → L0 (info — solo reporta, no bloquea) ``` 3. **Aplicar gate segun nivel:** | Nivel | Gate | Comportamiento | |-------|------|----------------| | **L0** | `info` | Solo reporta metricas. No bloquea. Muestra "Design debt: N features sin diseño" | | **L1** | `ratchet` | Compara con baseline. Si complianceRate baja → FAIL. Archivos modificados en la PR deben mantener o mejorar trazabilidad | | **L2** | `zero-tolerance` | Todo archivo nuevo en presentation/pages/ DEBE tener traceability comment + HTML en doc/design/. Sin excepciones | 4. **Ratchet check (L1/L2):** ```bash .quality/scripts/design-baseline.sh . --update # Exit code 1 = ratchet violation ``` ### Retrofit: Grandfathering de codigo legacy Para proyectos con mucho codigo pre-v4.2.0: 1. Ejecutar `/check-designs` → genera reporte de compliance actual 2. Ejecutar `.quality/scripts/design-baseline.sh . --init` → establece baseline actual 3. Los archivos existentes quedan "grandfathered" en el baseline 4. A partir de ese momento: - **Archivos nuevos**: enforcement segun nivel actual - **Archivos existentes modificados (git diff)**: si se toca un archivo legacy en presentation/pages/, AG-08 Check 6 solo aplica a archivos en el diff (no a todo el proyecto) - **complianceRate solo puede subir**: cada feature que se alinee a Stitch sube el rate ### Escalado automatico de nivel El nivel sube automaticamente cuando el complianceRate cruza umbrales: ``` Proyecto nuevo → empieza en L0 (0% compliance) → Primer /plan con Stitch → sube compliance → Al alcanzar 30% → upgrade automatico a L1 → Al alcanzar 80% → upgrade automatico a L2 → Ya no puede bajar de nivel (ratchet en el nivel tambien) ``` ### Output ``` | Design Compliance | ratchet (L1) | ✅ PASS | 45% → 48% (3 features migradas) | ``` o ``` | Design Compliance | info (L0) | ℹ️ INFO | 12% compliance, 15 features sin diseño | ``` o ``` | Design Compliance | ratchet (L1) | ❌ FAIL | 45% → 42% — ratchet violation | ``` --- ## Checklist - [ ] Stack detectado correctamente - [ ] Baseline cargado (si existe) - [ ] Lint ejecutado con zero-tolerance - [ ] Tests ejecutados sin regresiones - [ ] Coverage comparado con baseline - [ ] E2E ejecutados (si config existe) - [ ] Design compliance medida y comparada con baseline - [ ] Evidence generado y guardado - [ ] Resultado reportado claramente --- Source attribution: EmbedBuild Original project: https://github.com/EmbedBuild/specbox-engine/blob/0d7a27c30d728b068215b9486667272160ed0d4e/.claude/skills/quality-gate/SKILL.md License: Apache-2.0 License information: https://www.apache.org/licenses/LICENSE-2.0 Original upstream instructions; downloaded from Mega AI Hub. ## Upstream license notice Business Source License 1.1 Parameters Licensor: Jesus Perez Sanchez (Embed Build) Licensed Work: SpecBox Engine v5.11.0 Copyright (c) 2026 Jesus Perez Sanchez Additional Use Grant: You may use the Licensed Work for non-production purposes, including personal evaluation, academic research, educational use, and contributing modifications back to the Licensed Work. 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Not to modify this License in any other way. # Mega AI Hub resource metadata Creator / publisher: EmbedBuild Original project: https://github.com/EmbedBuild/specbox-engine/blob/0d7a27c30d728b068215b9486667272160ed0d4e/.claude/skills/quality-gate/SKILL.md Attribution basis: Source repository record Fields of work: Development & Engineering, Product Management Roles: Backend Developer, DevOps / SRE, Frontend Developer, Product Manager, QA / Test Engineer Specialties: Testing Tools: Bash Country applicability: Country not specified Classification basis: Source catalog labels Instruction SHA-256: 5be49079703af44f38c52170265c68351d4575328ef482ec2eb25edf1860b775