Java Selenium WebDriver: Master Web Test Automation

Explore selenium, an open-source suite for automating web browsers with web driver, grid, and ide, supporting major browsers and languages for building a structured and reusable automation framework.

Explore the Selenium architecture from client libraries and the W3C protocol to browser drivers and browsers, and follow the JSON-based end-to-end command flow.

Build your selenium test with TestNG by separating setup, execution, and cleanup using before and after methods to open chrome, navigate to Love2Test, click authentication link, and verify login heading.

Create a first Selenium test using TestNG by setting up the driver with before and after methods, clicking the authentication link, verifying the login heading, and quitting.

Extend a base test class to encapsulate setup and teardown with WebDriver, reuse initialization logic, and run a final test that inherits BaseTest for consistent Selenium test automation.

Master locator strategies in Selenium—id, name, class name, tag name, link text, CSS selector, and XPath—and learn how reliable locators improve testability on a registration form.

Demonstrate Selenium locator strategies by locating elements with link text, id, name, tag name, class name, CSS selector, and XPath, then navigate to a registration form.

Highlight web elements to visualize Selenium interactions and debug locator issues by using a highlighter utility. Apply a green border and yellow background via JavaScript to locate elements with XPath.

Master web test automation with Selenium WebDriver by locating fields by id or name, sending keys, and submitting a registration form with validation. Use waitInSeconds to visualize flow for debugging.

Navigate to the tab window and inspect the checkbox elements, printing their color value and states. Retrieve each checkbox's displayed, enabled, and selected values to validate test outputs.

Explore handling various dropdowns with Selenium WebDriver in the Love2Test app, including simple, multi-select, searchable, and dynamic add options, plus hover-based menus via the Actions class in Java.

Learn to work with iframes in selenium web driver, including switching into frames, handling nested frames, interacting with elements inside frames, and returning to the main page.

Create a Selenium test that navigates to the iframes page, switches to iframe one, and interacts with the name and password inputs, addressing the pitfall of not switching context.

Explore implicit wait in Selenium, a global, polling-based delay that waits up to a set time for elements to appear, and learn when to use it versus explicit waits.

Set up implicit wait with WebDriverManager and ChromeDriver, then maximize the browser and open the dynamic element page. Locate content with an xpath and verify its text using get text.

Discover how explicit wait in selenium uses webdriverwait to pause for conditions like element visibility or clickability, with a 20-second timeout on dynamic content.

Implement a fluent wait test in Java Selenium WebDriver with a 20-second timeout. Use 2-second polling, ignore NoSuchElementException, and validate dynamicTip and DidYouKnow after adjusting the slider.

Configure Chrome options in Selenium to run headless or incognito, adjust window size, disable extensions and notifications, bypass SSL errors, and support CI/CD testing.

Learn to run cross-browser tests on Firefox by setting up the Firefox driver with web-driver-manager, navigating to love2test, verifying the h1 heading, and closing the browser.

Create a Safari test class in Java, initialize a Safari driver, and maximize the window for cross-browser testing on Mac OS, enabling remote automation with the built-in Safari driver.

Master css selectors in selenium using by.cssSelector, including tag name, id, class, attribute, contains, starts with, ends with, and direct or descendant and sibling patterns used in a registration form.

Explore XPath strategies for navigating the complex DOM in Selenium. Learn approaches by tag, id, class, attributes, and relationships like direct child, descendant, and siblings, with performance caveats.

Demonstrate a Java Selenium WebDriver XPath test that locates elements on a registration form using tag name, id, class, and advanced strategies like starts with, contains, and multiple attributes.

Perform a native click in Selenium via the JavaScript executor to click a dynamic, invisible button, bypass overlays and hidden elements, then verify dynamic content.

Master scroll-to-element testing by using JavaScript to scroll the element into view with scrollIntoView, click it, and verify the about page heading with Selenium WebDriver.

Develop and verify a scroll-to-element test using Selenium 4 and JavaScript executor to scroll to an about link located by XPath, click it, and verify the about page heading.

Create a broken links test in selenium web driver by validating all anchor tags on the homepage, checking href attributes, ensuring status 200, and highlighting the links for verification.

Learn to disable the Chrome infobar that shows being controlled by automated test software by configuring ChromeOptions with excludeSwitches including enableAutomation, initializing WebDriver, and running the test.

Master selenium 4 relative locators to find elements by position relative to an anchor, using above, below, left of, right of, and near, on the login and validation form page.

Learn to implement Selenium 4 relative locators by locating elements above, below, left, right, and near a central anchor on a login form, with element highlighting.

Explore enhanced window management with Selenium 4, complying with the W3C WebDriver standard, including tab and window creation, navigating to google.com and love2test.com, and actions like minimize and fullscreen.

Explore how to capture a full page screenshot with Selenium 4 in Firefox, covering setup of the Firefox driver, taking the shot, saving it, and verifying the saved path.

Explore improved devtools support in Selenium 4 with direct Chrome DevTools Protocol integration (CDP) for programmable control over network, geolocation, and console in your tests.

Configures a custom download directory and chrome options, then downloads sample.csv and verifies the file exists. Suggests updating selenium to resolve CDP warnings.

Explore TestNG annotations and their flow, from before and after suite, test, group, class, and method to @Test execution, including setup, teardown, browser launch, login and logout, and report publishing.

Develop a TestNG annotations flow test that initializes db and configurations before suite, launches the browser and performs login before tests, and cleans up after tests with smoke group support.

Add assertions to the registration form test, validate full name, email, and phone number using dynamic data and text retrieval, and ensure locators adapt to data changes.

Master parameterized testing by running the same test with multiple data sets, injecting username and password via testng.xml or a TataProvider, and printing credentials to verify data-driven login tests.

Learn to build parameterized tests with testng.xml by defining username and password parameters, injecting them into test methods, and running multiple data sets to validate login and authentication forms.

Demonstrate parameterized testing with TestNG DataProvider by defining a login data set and injecting it into a login test, running three credential pairs to showcase data-driven authentication.

Configure TestNG reporting in the automation framework by adding the plugin to pom.xml, running mvn clean test, and viewing the index.html and emailable reports for four passing tests.

Develop and configure TestNG listeners by implementing iTestListener in a MyTestListener class to log test start, success, failure, and skipped events using result.getName.

Develop a screenshot on failure test by extending the base test, wiring a test listener to capture a screenshot on failure, and saving it to target/failure screenshot location.

Discover our automation framework and its structure, a blueprint of guidelines, coding standards, and reusable components that organize, maintain, and scale test scripts with robust reporting.

Create and refactor a java selenium testng automation framework by reorganizing the project structure into framework with packages for constants, listeners, pages, utils, and a config directory.

Understand the page object model design pattern in Selenium, where each page becomes a Java class with locators and actions, and tests call page methods for maintainable, readable, reusable automation.

master the page object model in Java Selenium, creating home and authentication pages, defining locators and reusable actions, and implementing login, welcome checks, and logout in a test workflow.

Explore object-oriented programming concepts—inheritance, encapsulation, polymorphism, and abstraction—and see how they enable modular Java automation via base test classes, page objects, and WebDriver integration.

Explore inheritance, encapsulation, polymorphism, and abstraction through a framework. See how base and page classes enable reusable setup, private locators, and cross-browser WebDriver compatibility.

Develop a property file reader to configure browser and environment settings, load config.properties via a utility class, and switch between Chrome and Firefox in Selenium tests.

Define a wait time utility in the framework as a WaitTimeUtil enum with duration constants (very short to page load) and getters for seconds and millis.

Learn to highlight a web element without changing test code by toggling a debug flag in the config, enabling or disabling the highlighter during should be displayed checks.

Add logs to measure element locating time in the authentication test, printing startTime, endTime, and duration, along with locator details, then review detailed logs after running the test.