Selenium WebDriver Coding Exercises for Interviews

Open developer tools, use the element picker to inspect five elements, and record each tag name and one attribute with its value (examples: id user-name, id password, class BTN_action).

Practice locating web elements with Selenium WebDriver using id, class name, CSS selector, and XPath; write code to locate, handle no such element exception, and quit the driver.

Master Selenium WebDriver locators, including id, name, class name, tag name, link text, partial link text, css selector, and xpath, and diagnose no such element exceptions.

Practice locating web elements using locators and compound class names, apply CSV selectors, and run tests to verify locator accuracy, reinforcing locators as a core part of test automation.

Review locating web elements with compound class names and access selectors, demonstrate locator strategies, and emphasize practical practice with locators as a core test automation skill.

Participants practice five Selenium web driver tests, including dropdown interactions, hover text checks, alert dismissal, right arrow key input, and verifying element attributes and the background origin css value.

Explore Selenium WebDriver interaction techniques in the actions quiz, including dropdowns, hover, right-click, and key presses using Keys, with clear assertion-based validation.

Practice Selenium WebDriver methods by building a setup and teardown, navigating to pages, asserting element focus, managing cookies, and scrolling with a JavaScript executor.

Instantiate and manage a Selenium chrome driver with setup and teardown, build a product page object, and implement an add-to-cart workflow using getters for elements.

Practice acceptance driven automation with a selenium web driver checkout test that uses page objects and private getters to fill personal information, finish checkout, and verify the order confirmation.

Assess page objects by naming, locators, and interactions to distinguish good from bad. Highlight patterns like shopping cart components and header components for reuse and maintainability.

build four java page objects for selenium tests, including login, product, cart, and personal information pages, with user-facing methods, proper public/private structure, and a complete checkout flow.

Design robust page objects by encapsulating private drivers and locators, exposing public methods for end-user actions like log in, add to cart, and checkout.

Explore how to apply the automation pyramid to testing a sample booking web app, prioritizing unit and api layer tests over ui validations for efficient, fast feedback.

Write two Selenium tests after login: verify add to cart adds an item, and verify the cart page contains an item; create a new test class named product's feature.

Demonstrate building an automated test: log in, add a random item to the cart, and assert the cart contains an item, while generating test methods with a keyboard shortcut.

Explore building a Selenium WebDriver test to add items to a cart, locate the button with CSS and XPath selectors, implement a shopping cart component, and verify item counts.

Debug and refactor a web test by instantiating the shopping cart and handling null pointer exceptions. Learn to reduce duplication, apply automation best practices, and follow SOLID principles.

Instantiate an inventory component on the product page to enable adding items to a cart and ensure the test passes.

Refactor by separating test and main code, move pages to main/java, remove test scope, integrate web driver manager with chrome driver setup, then run maven tests.