Selenium WebDriver with Java Quickstart

Debug your Selenium WebDriver code by reading IDE error messages, tracing the breaking point, and undoing changes; compare with provided code, check the blog, and search online.

install java eleven long-term support on windows, download the jdk, create an oracle account, set java home and path, and verify the installation with javac to enable selenium webdriver quickstart.

Install the IntelliJ IDEA Community Edition on Windows or Mac, download the installer, accept defaults, select a theme, configure plugins, and complete setup for Java development.

Configure IntelliJ IDEA across Windows, Mac, and Linux by adjusting settings, enabling auto import on the fly, and optimizing imports; set the Java 11 SDK for new projects.

Install and configure Apache Maven, a plugin management tool for Java libraries, by downloading the binary, relocating the folder, setting MAVEN_HOME and PATH, and verifying with mvn -version.

Download the source code from version control on GitHub, clone or import the project, and explore section-specific branches with Selenium wires, driver actions, and locators.

Verify chrome version, download the matching chrome driver, place it in the resources, and set the path; then add a maven selenium dependency and run your first test.

Learn to manage Chrome driver paths for Windows and Mac by using separate binaries and folders, and keep drivers up to date to match Chrome versions.

Configure and run tests with Maven, using plugin management and repository dependencies to support continuous integration and delivery in Java 11.

Learn to locate web elements with Selenium WebDriver, understand the script structure, and identify elements in Chrome using locators such as id, XPath, and CSS.

Practice arranging the locating elements test in Selenium WebDriver with Java Quickstart by matching statements with comments, performing actions on elements, and verifying results with asserts so the test passes.

Learn the basics of HTML to identify web elements with Selenium WebDriver, including tags, opening and closing tags, content between tags, and key attributes like id and href.

Learn to use Chrome developer tools to inspect web page elements, identify reliable locators with XPath and CSS selectors, and verify styles for Selenium WebDriver testing.

Explore HTML in the browser using developer tools to inspect elements, attributes like class, id, and href, and learn how opening tags and headers define structure for web element identification.

Identify web elements with Selenium WebDriver using id, name, CSS, XPath, and link text locators, and learn debugging no such element exceptions and synchronization issues.

Learn how XPath helps locate web elements in Selenium, especially when id fails. Use forward slash for root, double forward slash for anywhere, and refine with star and attributes.

Learn how to locate web elements with XPath in Selenium by using forward slash for direct children and double forward slash to navigate anywhere, enabling precise and efficient element traversal.

Navigate with xpath by identifying a parent and siblings, including following and preceding siblings, and handle compound class names using xpath in selenium.

Learn to locate elements reliably using data attributes and locators, including data-test attributes, and collaborate with developers to add them for test automation, ensuring testable applications.

review exam solutions and locators, including handling compound class names with css selectors, and practice running tests to verify they pass.

Identify web elements with best locators for robust test automation using Selenium WebDriver. Avoid absolute XPath and CSS selectors; prefer unique attributes or id to ensure stable element identification.

Explore webdriver methods to interact with web elements, perform actions after locating them, and master basic and advanced actions, including executing JavaScript, handling cookies, managing files, windows, frames, and alerts.

Learn to retrieve information from elements with Selenium WebDriver in Java, using get text, get tag name, get attribute, and is displayed or is enabled to guide actions.

Learn advanced element actions in selenium web driver, using the actions class to perform hover, click, drag and drop, move to element, and keyboard interactions with a fluent API.

This quiz guides you through five Selenium Java tests: navigate and select options, hover to reveal captions, dismiss alerts, arrow-key input, and verify CSS values like background-origin.

Master the JavaScript executor in Selenium WebDriver to run client-side JavaScript with execute script for clicks, alerts, and scrolling. Learn why execute async script remains less common.

Discover how to validate file downloads using http get status checks instead of Selenium clicks, and manage cookies with Selenium to set, verify, and delete browser cookies.

Apply Java Selenium WebDriver by building setup and tear down, navigating, focusing elements, asserting focus, handling a token cookie with value ABC, and using a JavaScript executor to scroll.

Use the page object pattern to encapsulate each web page inside a dedicated class, improving maintainability, readability, and organization in UI automation with Selenium WebDriver and Java.

Code a page object named inventory page to abstract shopping page, enabling add to cart via a public method and an item enum, while passing the driver and hiding locators.

Explore how to design page objects that avoid base page overpopulation, keep only common components in the base, and enforce single-responsibility and substitution principles while modeling user actions.

Explore good and bad page objects in selenium java. Learn to design reusable components like the shopping cart component and header for maintainability.

Develop maintainable selenium page objects by composing small components like header and inventory collections, enforcing single responsibility and using either component objects or direct instantiation in tests.

Design four Java page objects following best practices: login, products (go to cart), cart, and checkout (fill form and proceed), exposing end-user methods with proper access and concise locators.

Learn to build resilient page objects in Selenium with Java by encapsulating private locators, exposing end-user actions like log in, add to cart, and checkout, ensuring test stability and maintainability.

Learn universal automation best practices applicable to any test tool, from page objects to Selenium waits, and elevate your test automation skills.

Explore placing tests across the automation pyramid—unit, API, and UI—using a sample web app. Learn efficient form validation and submission testing across backend and frontend.

focus on reliability in UI automation by creating stable tests, running them daily in a continuous integration environment, and breaking large scenarios into small tests for business value.

Focus on reliability over more automation, this lecture recounts prioritizing dependable tests, telling managers no to unnecessary automation, and integrating reliable automation into the release pipeline.

Examine why tests fail rather than rerun them automatically, improving logging and synchronization to reduce flakiness. Resolve intermittent failures by identifying real bugs, then proceed with automation after fixes.

Explore web UI synchronization in Selenium WebDriver with Java, compare implicit and explicit waits, and implement explicit waits with Selenium's expected conditions.

Learn the difference between implicit and explicit waits in real code, and how implicit waits can cause no such element exceptions by matching DOM presence instead of rendering.

Apply the don't repeat yourself principle to reduce duplication in selenium test automation by centralizing locators and login logic in page objects.

Keep classes and methods small to follow the single responsibility principle and the solid principles, using guidelines like 200 lines per class and seven lines per method for clarity.

Explore essential automation best practices for Selenium WebDriver with Java, including the automation pyramid, unit and API tests, page objects, and explicit waits for synchronization.

Master debugging for Selenium WebDriver with Java by reading error messages in your IDE, using diff tools to locate breaking point, and consulting blog post on common Selenium WebDriver errors.

Explore why functional test automation becomes flaky in a rapidly evolving web and learn to insulate tests from change as ajax, drag and drop, and angular js evolve.