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Playwright JavaScript Framework — Best Practices A comprehensive guide for writing reliable, maintainable, and scalable end-to-end tests using Playwright with JavaScript (and Cucumber BDD) in the KeyControl test automation framework. ## Table of Contents * Project Structure & Organization * Page Object Model (POM) * Selectors & Locators * Assertions * Waiting Strategies * Test Isolation & State Management * Authentication & Login * Test Data Management * BDD / Cucumber Integration * Error Handling & Debugging * Retries & Flakiness * Parallelism & Performance * Configuration Management * Reporting & Observability * CI/CD Integration * Security & Secrets * Code Quality & Maintainability * Accessibility & Cross-Browser Testing ## 1. Project Structure & Organization ### DO * Keep a flat, predictable folder structure that mirrors the application's domain (e.g., admin/, performer/, approver/, ess/). * Co-locate feature files, step definitions, and page objects by module/domain so related code is easy to find. * Use index.js barrel exports to avoid long relative import paths. * Store all environment-specific configuration in a single config.js at the root; never hardcode URLs or credentials inside test files. ### DON'T * Don't scatter page objects and step definitions randomly across the project. * Don't mix UI concerns with business logic in the same file. Recommended Layout features/ kc/ Admin_Group_Management_Module.feature Performer_Task_Management_KC1.feature step-definitions/ kc/ KeyControlAdminSteps.js KeyControlPerformerSteps.js page-objects/ kc/ basepage/ KeyControlAdminPage.js KeyControlPerformerPage.js utils/ logger.js ExcelHelper.js setup/ hooks.js assertions.js config.js 1. Page Object Model (POM) DO * Encapsulate all page interactions (clicks, fills, navigations) inside dedicated Page Object classes. * Keep page objects thin — they should only expose methods, not assertions. * Compose complex pages from smaller component objects (e.g., TableComponent, ModalComponent). * Accept the Playwright page instance via the constructor; never create a new browser context inside a POM. // Good — page-objects/kc/keycontrol/KeyControlAdminPage.js export class KeyControlAdminPage { constructor(page) { this.page = page; // Pre-define locators for reuse this.groupNameInput = page.locator('[data-ga="group-name"]'); this.saveButton = page.locator('[data-ga="save-button"]'); this.successBanner = page.locator('[data-ga="success-banner"]'); } async navigateToGroupManagement() { await this.page.click('[data-ga="group-management"]'); } async createGroup(groupData) { await this.groupNameInput.fill(groupData.name); await this.saveButton.click(); } } DON'T * Don't put expect() assertions inside page objects — keep them in step definitions or test files. * Don't duplicate selectors across multiple files; define them once in the page object. 1. Selectors & Locators Priority Order (most preferred → least preferred) | Priority | Strategy | Example | |---|---|---| | 1 | data-ga / data-test attributes | [data-ga="save-button"] | | 2 | ARIA roles & labels | page.getByRole('button', { name: 'Save' }) | | 3 | Playwright built-in locators | page.getByLabel('Username') | | 4 | CSS class (stable, non-generated) | .kc-modal-title | | 5 | XPath | //div[@class="header"] | DO * Use data-ga or data-test attributes — they are immune to styling and structural changes. * Use Playwright's semantic locators (getByRole, getByLabel, getByText, getByPlaceholder) for readability and resilience. * Define locators as class properties in page objects to avoid string duplication. * Use chaining to scope locators: page.locator('.modal').locator('[data-ga="confirm"]'). // Semantic locator await page.getByRole('button', { name: 'Submit' }).click(); // data-ga attribute await page.locator('[data-ga="group-name"]').fill('Automation Group'); DON'T * Don't use auto-generated class names (div.sc-abc123) or positional XPaths (/div[3]/span[1]). * Don't use page.$() (legacy Playwright API) — always use page.locator(). 1. Assertions DO * Always use Playwright's built-in expect — it has automatic retry, built-in timeouts, and clear error messages. * Prefer web-first assertions that wait for the UI state to match: // Web-first assertions (auto-retry) await expect(page.locator('[data-ga="success-banner"]')).toBeVisible(); await expect(page.locator('[data-ga="user-count"]')).toHaveText('5'); await expect(page.locator('[data-ga="save-button"]')).toBeEnabled(); // Use soft assertions when you want to collect multiple failures in one test run: const softExpect = expect.configure({ soft: true }); await softExpect(heading).toHaveText('Dashboard'); await softExpect(logo).toBeVisible(); // All soft assertion failures are reported at the end DON'T * Don't use page.isVisible() in if statements as a substitute for assertions. * Don't hard-code waitForTimeout before an assertion — let expect do the waiting. 1. Waiting Strategies DO * Rely on Playwright's auto-waiting — most click, fill, and expect operations auto-wait for elements to be actionable. * Use waitForSelector or waitForResponse only for specific async operations not covered by auto-waiting. * Wait for network responses when actions trigger API calls: // Wait for API response after action const [response] = await Promise.all([ page.waitForResponse(resp => resp.url().includes('/api/groups') && resp.status() === 200), page.locator('[data-ga="save-button"]').click() ]); // Use page.waitForLoadState('networkidle') only for pages with complex background requests. DON'T * Never use arbitrary page.waitForTimeout(3000) — this is a top cause of slow, flaky tests. * Don't poll visibility in a loop; use expect(...).toBeVisible({ timeout: 10000 }) instead. 1. Test Isolation & State Management DO * Each Cucumber scenario must be fully independent — it should not rely on state left by a previous scenario. * Use Before / After hooks in setup/hooks.js to: * Create a fresh browser context per scenario. * Navigate to a known starting page. * Clean up created test data after each scenario. // setup/hooks.js Before(async function () { this.context = await browser.newContext(); this.page = await this.context.newPage(); }); After(async function (scenario) { if (scenario.result.status === 'FAILED') { await this.page.screenshot({ path: reports/screenshots/${scenario.pickle.name}.png }); } await this.context.close(); }); // Use tagged hooks to apply setup only to relevant scenarios: Before({ tags: '@admin' }, async function () { await loginAsAdmin(this.page); }); DON'T * Don't share page instances or logged-in sessions across unrelated scenarios. * Don't depend on execution order — scenarios should be runnable in any order. 1. Authentication & Login DO * Reuse authenticated state using Playwright's storageState to avoid repeating login for every scenario: // Save auth state once await page.context().storageState({ path: 'setup/auth-state.json' }); // Reuse in playwright.config.js use: { storageState: 'setup/auth-state.json' } // Store credentials only in environment variables — never in code or feature files. // Use a dedicated loginAsRole utility function to support multiple user roles cleanly. // utils/auth.js export async function loginAs(page, role) { const creds = { admin: { user: process.env.ADMIN_USER, pass: process.env.ADMIN_PASS }, performer: { user: process.env.PERFORMER_USER, pass: process.env.PERFORMER_PASS }, approver: { user: process.env.APPROVER_USER, pass: process.env.APPROVER_PASS }, ess: { user: process.env.ESS_USER, pass: process.env.ESS_PASS } }; await page.goto(process.env.KEYCONTROL_URL); await page.fill('[data-ga="username"]', creds[role].user); await page.fill('[data-ga="password"]', creds[role].pass); await page.click('[data-ga="login-button"]'); await expect(page.locator('[data-ga="dashboard"]')).toBeVisible(); } Microsoft SSO * See MICROSOFT_SSO_TESTING.md for handling Azure AD / Microsoft login flows. * Mock or bypass SSO in lower environments whenever possible to speed up test execution. 1. Test Data Management DO * Keep test data separate from test logic — store in test-data/json/ or test-data/excel/. * Use unique data per run (e.g., timestamps, UUIDs) to prevent collisions when tests run in parallel. const groupName = AutoGroup_${Date.now()}; // Use factory functions to generate test data objects: // utils/dataFactory.js export function createGroupPayload(overrides = {}) { return { name: AutoGroup_${Date.now()}, description: 'Generated by automation', type: 'standard', ...overrides }; } // Clean up all data created during a test in the After hook. DON'T * Don't hardcode test data (names, IDs, dates) inside step definitions. * Don't leave orphaned test data in shared environments — it causes noise for manual testers. 1. BDD / Cucumber Integration Feature File Best Practices * Write scenarios from the user's perspective using Given / When / Then. * One scenario = one behavior. Don't write "super scenarios" that test 10 things at once. * Use Background for common pre-conditions, not complex setup logic. * Use tags consistently to allow selective execution: @smoke @keycontrol @admin @group-management Feature: Admin Group Management Module Background: Given I am logged in as an admin @create-group Scenario: Admin creates a new group When I navigate to Group Management And I create a group with name "AutoGroup" Then the group "AutoGroup" should appear in the list Step Definition Best Practices * Keep steps atomic and reusable across scenarios. * Use World object (this) to share state between steps within a scenario — never use module-level globals. * Avoid logic-heavy step definitions; delegate to page objects. * Thin step, rich page object: When('I create a group with name {string}', async function (name) { await this.adminPage.createGroup(name); }); * Use Cucumber Data Tables and Doc Strings for structured input data. 1. Error Handling & Debugging DO * Enable screenshots on failure in After hooks (see Section 6). * Enable video recording for CI runs to replay failures: // playwright.config.js use: { video: 'retain-on-failure', screenshot: 'only-on-failure', trace: 'retain-on-failure' } * Use the Playwright Trace Viewer (npx playwright show-trace trace.zip) to inspect failing steps. * Use the built-in logger (utils/logger.js) instead of console.log for structured output. * Add meaningful step names so traces and reports are human-readable. Debugging Locally # Run in headed mode with Playwright Inspector PWDEBUG=1 npx playwright test # Run a single scenario by tag npx test --tags="@create-group" # Slow down execution for visual debugging npx playwright test --headed --slowmo=500 1. Retries & Flakiness Retry Policy * Set retries: 1 (max 2) in playwright.config.js for CI — enough to handle transient network issues, not enough to hide real bugs. * Never increase retries as a fix for a broken test — find and fix the root cause. // playwright.config.js retries: process.env.CI ? 1 : 0, Flakiness Thresholds | Level | Threshold | Action | |---|---|---| | Acceptable | < 1% over 7 days | Monitor | | Warning | 1% – 5% | Investigate & RCA | | Critical | > 5% | Block release, escalate | Common Flakiness Causes & Fixes | Cause | Fix | |---|---| | waitForTimeout | Replace with expect or waitForResponse | | Fragile selectors | Switch to data-ga / ARIA locators | | Shared state | Isolate each scenario (see Section 6) | | Race conditions | Use Promise.all + network wait | | Dynamic content | Use toBeVisible({ timeout }) instead of hard-wait | 1. Parallelism & Performance DO * Start with workers: 2 in CI and increase only after flakiness stabilizes below 1%. * Use Playwright sharding to distribute tests across CI runners: npx playwright test --shard=1/3 npx playwright test --shard=2/3 npx playwright test --shard=3/3 * Group slow scenarios (e.g., approval workflows) with @slow tags and run them separately. * Use storageState to avoid redundant logins (see Section 7). DON'T * Don't share a single browser context between parallel workers. * Don't run all scenarios in parallel before verifying they are properly isolated. 1. Configuration Management DO * Use a single config.js as the source of truth for all configuration values. * Override config values via environment variables — never change the config file between environments. * Use .env files for local development; inject secrets via CI environment variables in pipelines. // config.js export const config = { baseUrl: process.env.KEYCONTROL_URL || 'https://qa-keycontrol.axaxl-cloud.com', browser: process.env.BROWSER || 'edge', headless: process.env.HEADLESS !== 'false', defaultTimeout: Number(process.env.DEFAULT_TIMEOUT) || 120000, actionTimeout: Number(process.env.ACTION_TIMEOUT) || 30000, }; * See ENV_SETUP.md for full environment variable documentation. DON'T * Don't commit .env files with real credentials to source control. * Don't hardcode environment URLs in test files — always reference config.js. 1. Reporting & Observability DO * Use Allure as the primary report for rich test history, attachments, and trend analysis. * Attach screenshots, videos, and traces to Allure on failure automatically via hooks. * Add Allure labels to enrich reports with metadata: // in step definitions this.allure.attachment('Response Body', JSON.stringify(responseBody, null, 2), 'application/json'); * Generate reports as part of every CI pipeline run: npx run generate:report # Generate Allure report npx run open:report # Open in browser locally * Maintain a weekly flakiness dashboard from Allure history data and share with the team. Report Locations | Type | Location | |---|---| | Allure HTML | allure-report/ | | Allure Results | allure-results/ | | JSON Report | reports/cucumber_report.json | | Screenshots | reports/screenshots/ | | Videos | test-results/ | 1. CI/CD Integration DO * Run tests in headless mode in CI: npm run test:ci * Fail the pipeline on any test failure — don't silently ignore failed tests. * Archive Allure results and test-results as CI artifacts for post-run analysis. * Run linting (eslint) and type checks before executing tests in the pipeline. * Use branch-specific tags to run only smoke tests on PRs and full regression on main: # Example GitHub Actions step * name: Run Smoke Tests (PR) run: npm test -- --tags "@smoke" if: github.event_name == 'pull_request' * name: Run Full Suite (Main) run: npm test if: github.ref == 'refs/heads/main' DON'T * Don't run tests against production environments from CI without explicit approval gates. * Don't skip report generation in CI — reports are essential for debugging failures. 1. Security & Secrets DO * Store all credentials in environment variables or a secrets manager (Azure Key Vault, GitHub Secrets). * Reference secrets via process.env.VAR_NAME — never hardcode them. * Use .gitignore to exclude .env, auth-state.json, and any file that may contain tokens. * Rotate test user passwords regularly and update secrets in the CI store. * See SECRETS.md for detailed secrets management guidelines. DON'T * Don't log credentials or tokens to the console or report output. * Don't commit auth-state.json (contains session tokens) to source control. * Don't use personal accounts as test users — use dedicated service accounts. 1. Code Quality & Maintainability DO * Enable ESLint with a consistent style guide (e.g., Airbnb or StandardJS). * Use ES Modules (import/export) consistently — the project already uses "type": "module" in package.json. * Use async/await everywhere — avoid mixing Promises and callbacks. * Keep functions small and single-purpose (\le 20 lines is a good target). * Write JSDoc comments for all page object methods and utilities. * Review test code in pull requests — test code is production code. /** * Creates a new group with the given data. * @param {Object} groupData * @param {string} groupData.name * @param {string} [groupData.description] */ async createGroup(groupData) { await this.groupNameInput.fill(groupData.name); await this.saveButton.click(); await expect(this.successBanner).toBeVisible(); } DON'T * Don't leave commented-out code or console.log statements in committed code. * Don't duplicate step definitions — extract shared steps into a common-steps.js. * Don't use var — always use const or let. 1. Accessibility & Cross-Browser Testing Accessibility * Prefer ARIA roles and labels as primary selectors — this naturally validates accessibility. * Run @axe-core/playwright checks on key pages as part of accessibility regression: import { checkA11y } from 'axe-playwright'; await checkA11y(page, undefined, { runOnly: ['wcag2a', 'wcag2aa'] }); Cross-Browser * The framework targets Microsoft Edge (Chromium) as the primary browser. * Add firefox and webkit project entries in playwright.config.js for critical smoke tests when cross-browser coverage is required: projects: [ { name: 'edge', use: { ...devices['Desktop Edge'], channel: 'msedge' } }, { name: 'firefox', use: { ...devices['Desktop Firefox'] } }, { name: 'webkit', use: { ...devices['Desktop Safari'] } } ] * Run cross-browser tests on a schedule (e.g., nightly), not on every PR, to keep PR pipelines fast. Quick Reference Checklist Use this checklist before merging new tests: * Tests are isolated — no shared state between scenarios * data-ga or ARIA locators used — no fragile XPath/CSS * No waitForTimeout calls * Assertions use Playwright's expect (web-first) * Credentials are in environment variables, not hardcoded * Test data uses unique identifiers (timestamp/UUID) * Screenshots/video capture is configured on failure * Feature file has correct tags for selective execution * Page objects contain no assertions * Code reviewed and ESLint passes References * Playwright Official Documentation * Playwright Best Practices * Cucumber.js Documentation * Allure Playwright Integration * ENV_SETUP.md * SELECTORS.md * FLAKINESS.md * SECRETS.md * MICROSOFT_SSO_TESTING.md * CI_HARNESS.md

La entrada PRO X 60, lo nuevo de Logitech con Keycontrol aparece primero en Game It - Consolas, videojuegos y hardware. Gaming Culture.. Logitech G ha presentado el Pro X 60, su nuevo teclado mecánico y compacto en formato...

Logitech G | Presentata la tastiera da gioco PRO X 60 con tecnologia KEYCONTROL

Logicoolは同社のゲーミングブランド「Logicool G」から、ハイエンドな薄型（ロープロファイル）ワ…

demo video upload by ellitone instruments "*now available at ellitone.comThe ellitone KeyControl_2 is a midi keyboard controller that features 12 velocity-sensitive wooden Touch Bars. Completely redesigned from the ground up, the KeyControl_2 is the exciting sequel to the popular KeyControl midi keyboard. After a year of user feedback and suggestions, the KC2 was created to be a superior

ロジクールGは、人気ゲーム『原神』とのコラボデザインで、神里綾華特別モデルのゲーミングデバイス2製品を2025年10月16日に発売する。 ラインアップは、薄型ワイヤレスゲーミングキーボード「G515」と、軽量ワイヤレスゲーミングヘッドセット「G733」の特別モデルで、両製品は神里綾華をモチーフにした白と青を基調にしたデザイン。価格はどちらも21,890円（税込）で、G515には限定デザインのテーブルマットがセットで付属する。 G515は、薄型ロープロファイルキーを採用し、快適なタイピング体験を提供。リニアスイッチと独自のワイヤレス技術「LIGHTSPEED」により、遅延なくスムーズな操作が可能。また、キーのカスタマイズ機能「KEYCONTROL」も搭載しており、自由にプレイをサポート。 G733は、最大58時間の連続使用が可能な軽量設計で、快適な装着感を提供。独自の「LIGHTSPEED」ワイヤレス技術により、遅延の少ない安定した接続を実現し、没入感のあるゲームプレイをサポート。

Elevate your gaming with the cutting-edge Logitech G PRO X TKL RAPID Wired Gaming Keyboard featuring magnetic-analog key switches. This gaming key board offers responsiveness with Rapid Trigger and allows you to configure the switch travel on the fly without software, or use Logitech G HUB for precise key control. Enjoy your experience with this RGB keyboard as it dynamically syncs to the on-screen action. LIGHTSYNC RGB lighting enables color customization of any key to your liking. KEYCONTROL allows you to set specific commands or build multi-action combos across multiple layers on every single key. The durable dual-shot PBT keycaps and tenkeyless layout give this gamer keyboard a great feel and provide undistracted play. The Logitech G PRO X TKL Keyboard comes with dedicated media controls and a detachable USB-C cable. This black gaming keyboard is great for players seeking precision and style. Choose the Logitech G keyboard for your enhanced gaming setup, benefitting from features that this keyboard for gaming offers. The sleek black keyboard design complements any gaming environment, making it a must-have for dedicated gamers. Tournament-Grade Responsiveness and Precision: The PRO X TKL RAPID Wired Gaming Keyboard features magnetic analog (Hall-Effect) switches, Rapid Trigger functionality, and actuation at 35g of force—fluid and highly reliableReact Instantly and Perform at Your Peak: The Rapid Trigger mode on this PC gaming keyboard allows key reactivation without a full release—perfect for FPS games where every millisecond countsOptimize for Your Play Style: Achieve peak speed and accuracy with customizable actuation points and sensitivity; tailor each key's parameters in Logitech G HUB to gain a competitive edge (1)Customize Every Keystroke: With KEYCONTROL, gain total control of your TKL gaming keyboard; set specific commands and build multi-action combos across multiple layers, on every single key (1)Illuminate Your Gaming Experience: This RGB gaming keyboard synchronizes dynamically with music or on-screen action; personalize key colors with LIGHTSYNC RGB lighting and perfect your setup (1)Designed With Pros, Engineered to Win: Created with the world’s best esports athletes, this rapid trigger keyboard enables you to perform at your peak and unlock your potentialInstantly Configure Rapid Trigger and Switch Travel: With the FN key modes on the PRO X TKL RAPID, adjust actuation points and settings on the fly without needing software(1) Advanced features require Logitech G HUB Software; available for download online

A leading provider of identity-centric security solutions, has introduced KeyControl as a Service (KCaaS). The platform enables organizations to take control of their cryptographic key management while leveraging the benefits of the cloud. Existing key…

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