Selenium WebDriver with Java: AI-Powered Test Automation

Begin your Selenium WebDriver setup by installing Java, Maven, and IntelliJ IDEA to create an optimal test automation environment with expert guidance from Dmitry Shyshkin.

Explore Selenium WebDriver's versatility and learn how it integrates with Java and test frameworks to empower your web browser automation projects.

Discover how Java enhances Selenium WebDriver automation by understanding essential Java features that streamline your Selenium coding process.

Follow this step-by-step guide to install and configure Java on Windows, ensuring your system is ready for Selenium WebDriver automation.

Install and configure Java on macOS to prepare your system for Selenium WebDriver automation with Java.

Learn why Maven is essential for managing Java project dependencies in Selenium automation and how it simplifies your development process.

Install and configure Maven on Windows to efficiently manage Selenium WebDriver project dependencies.

Set up Maven on macOS using Homebrew for effective management of your Java project dependencies in Selenium WebDriver.

Compare Java IDEs and discover why IntelliJ IDEA is the preferred choice for Selenium WebDriver development due to its robust features and seamless integration.

Install and configure IntelliJ IDEA for Selenium WebDriver to optimize your IDE for seamless Java development and test automation.

Discover why Java is essential for Selenium WebDriver and get an overview of Java fundamentals tailored for test automation.

Learn to set up a Java project in IntelliJ IDEA, create your first "Hello World" application, and explore Java’s basic syntax and the main method.

Grasp Java classes and methods by creating a simple class and understanding how methods are called from the main class.

Practice Java by creating a new class, defining methods, and calling them from the main method. Focus on reinforcing class and method concepts.

Understand Java variables and data types. Learn to declare and use variables like strings, integers, and booleans while understanding variable scope.

Learn how to make methods dynamic by introducing parameters, allowing methods to accept inputs and provide customized outputs.

Apply your knowledge of variables, data types, and method parameters in this hands-on homework assignment to reinforce your understanding.

Master method return types in Java by writing methods that return values. Learn how to use return statements and handle method outputs.

Build a simple Java calculator with methods for addition and subtraction. Learn how to create a new class and test methods in the main method.

Explore the basics of unit testing and JUnit. Learn how unit testing ensures the quality of your Java code by testing individual methods.

Write your first JUnit test for a simple calculator. Learn how to set up a testing environment, write test cases, and run tests in an IDE.

Overview of Selenium WebDriver's role in web automation and setting the context for navigating web pages using Java.

A deep dive into Selenium WebDriver, explaining its architecture and comparison with Selenium IDE and Grid for web automation.

Step-by-step instructions on setting up a Maven project in IntelliJ IDEA for Selenium automation with dependency management using pom.xml.

A hands-on introduction to writing basic Selenium scripts in Java, starting browser sessions and navigating web pages, such as Google.

Learn how to automate Firefox using Selenium, with both manual GeckoDriver setup and automatic methods in Selenium 4.

An introduction to HTML and the DOM, explaining their significance in Selenium WebDriver automation and how understanding them helps automate web interactions.

A detailed exploration of HTML structure, elements, and attributes, with hands-on examples to show how web pages are structured for Selenium automation.

A thorough explanation of the DOM and its role in web applications, including how Selenium WebDriver interacts with it to automate web tasks.

Introduction to locator strategies in Selenium, focusing on how HTML elements and the DOM help Selenium identify and interact with web elements.

A hands-on session for students to practice using browser developer tools to inspect HTML elements and understand their attributes for Selenium automation.

A comprehensive introduction to locators in Selenium WebDriver, explaining their critical role in web automation and setting the foundation for efficient locator strategies.

Explore all Selenium locators, from ID and Name to XPath and CSS Selectors, along with their benefits and limitations, for robust web automation.

Learn the WebElement class, its significance in Selenium automation, and how to create WebElements using different locator strategies.

A hands-on session on using simple locators like ID, Name, Class, and Tag to identify elements and create WebElements in Selenium.

Learn how to construct XPath and CSS Selectors for complex element identification in Selenium, with practical examples for robust locator development.

Learn how to use Chrome DevTools to copy and verify locators (CSS and XPath) manually, with an emphasis on mastering locator strategies for reliable automation.

Discover how to troubleshoot and refine broken Selenium locators, focusing on common errors like NoSuchElementException and how to resolve them.

Learn best practices for formulating efficient, maintainable locator strategies in Selenium WebDriver, from using unique IDs to balancing CSS Selectors and XPath.

Apply locator strategies to develop efficient locators on a new webpage using a variety of locator types, and create corresponding WebElements for automation.

Review your homework on developing locators, with a discussion on different approaches, common challenges, and solutions for effective web automation.

Demonstration of key WebElement commands like click(), sendKeys(), and isDisplayed(), showing their application in automating user interactions on web pages.

Introduction to the section, objectives, and the importance of TestNG in Selenium WebDriver testing.

Learn manual login test execution and explore key features of the application under test.

Step-by-step guide to creating a new Maven project for Selenium in IntelliJ, including adding dependencies.

Instructions for creating a basic test class and method for a login page, focusing on test structure.

Learn how to implement Selenium test steps, including browser interaction and login functionality.

Overview of TestNG, the @Test annotation, and how to run tests using TestNG.

Learn to add verification and assertion steps using TestNG to validate test outcomes.

Learn how to run Selenium tests with TestNG in IntelliJ and from the command line.

Practical debugging techniques for Selenium WebDriver tests, identifying and resolving common issues.

Overview of practical Selenium test writing, focusing on negative login testing and its relevance in web automation.

Learn the importance of negative login testing for security and error handling in web applications.

Step-by-step guide to creating a new test class in Selenium for testing negative login scenarios.

Assignment to develop a Selenium test for incorrect username scenarios, with detailed steps for implementation.

Detailed implementation of a Selenium test for incorrect username, focusing on locators and assertions.

Assignment to write a test for incorrect password scenarios, emphasizing accurate assertions.

Walkthrough for implementing a Selenium test for incorrect password, focusing on reusing test steps and improving test quality.

Learn how to ensure Selenium tests fail correctly when expected, avoiding false positives and improving test reliability.

Learn the fundamentals and importance of cross-browser testing for ensuring consistent web app performance across different browsers.

Discover the key challenges and tools involved in ensuring smooth cross-browser compatibility using Selenium.

Explore Selenium Manager to streamline Firefox browser setup for Selenium tests.

Step-by-step guide to manually setting up Selenium for Edge on Windows and running your first test.

Learn how to configure Selenium for Safari on macOS and execute cross-browser tests.

Introduction to TestNG suites, covering their importance in structuring automated tests for efficient execution.

Build and configure a comprehensive TestNG suite to manage full regression testing.

Learn how to run TestNG suites from IntelliJ and the command line using Maven for smooth test automation.

Assignments to create a Smoke TestNG suite focusing on core functionality, using positive test scenarios.

Practical demonstration of building and running a Smoke TestNG suite from the command line and IntelliJ.

Discover how TestNG enhances Selenium WebDriver testing with features that improve efficiency and organization.

Explore key TestNG features from the official documentation to optimize Selenium testing.

Learn how to review detailed TestNG reports, especially useful when running tests from the command line.

Refactor all login-related tests into one class for better organization and maintainability.

Master TestNG groups and selective execution to manage and streamline testing effectively.

Use TestNG parameters to combine similar negative tests into a single, flexible test method.

Use TestNG's Before and After annotations to simplify setup and teardown processes for tests.

Learn to implement dynamic browser selection in TestNG, allowing tests to run on different browsers.

Ensure robust browser handling in TestNG with @Optional annotation and structure suites for cross-browser testing.