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qa-automation

Testing & quality

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Updated 10-15 20:35

About this skill

QA Automation — Playwright 3-Layer Architecture

Architecture (mandatory for all projects)

tests/**/*.spec.ts          ← Layer 1: Specs (orchestration only)
    ↓ uses fixture
src/utils/fixtures/*.ts     ← Dependency injection (NO new elsewhere)
    ↓ injects
src/steps/**/*.ts           ← Layer 2: Steps (business logic, no locators)
    ↓ calls
src/pages/**/*.ts           ← Layer 3: POM (locators + UI interactions)
    ↑
fixtures/jdd/*.json         ← Test data: entrants (inputs) / sortants (expected)

Golden Rules

  1. new PageX() and new StepsX() — ONLY inside fixture files
  2. Locators — ONLY in POM (Layer 3), never in specs or steps
  3. Business logic — ONLY in Steps (Layer 2), never in specs
  4. Specs — orchestration only: call step methods, pass JDD data
  5. JDD — externalize ALL test data; no hardcoded strings in specs or steps
  6. Typed — use TypeScript interfaces for JDD data, avoid any

Workflow — Adding/Modifying Tests

Step 1 — Discover the project

Explore the codebase: read existing fixtures, steps, pages, enums, types, and conf.json to understand available navigation, components, and conventions.

Step 2 — Identify which layer to modify

Task Layer File pattern
New UI interaction POM src/pages/[module]/Page*.ts
New business flow Steps src/steps/[module]/Etapes*.ts
New test scenario Spec tests/[module]/*.spec.ts
New test data JDD fixtures/jdd/[PRODUCT]-[MODULE]-[NNN].json
New module wiring Fixture src/utils/fixtures/[module].fixtures.ts

Step 3 — Implement following layer rules

See architecture guide for layer-by-layer rules and examples.

Step 4 — Wire fixtures

Register new pages/steps in the module's fixture file. See architecture guide.

Step 5 — Write/update spec

Use proper tags, annotations, and JDD imports. See patterns.

Step 6 — Verify

Run tests, check Allure report, validate assertions. See checklist.

Key References

Integration

The manual-test-designer skill generates Xray-compatible CSV test cases. Use those as input to scaffold automated tests following this architecture.