
this course introduces a fluent assertion library called asaji for java, highlighting readable, maintainable test automation code and validations such as length, starts with, contains, and uniqueness.
Learn to validate string inputs with AssertJ string assertions, using data provider and soft assertions to verify length eight, starts with E, no keywords or whitespace, and contains only one i.
Validate a list of strings with AssertJ by asserting a three-element list contains apple and banana in any order and does not contain other items.
Validate each list item by asserting a minimum of four characters, iterating items with a string consumer and checking their lengths.
Learn to compare file contents using AssertJ by setting up expected and actual files, then assert they have identical content; if content differs, the test fails and highlights the difference.
Discover how to create custom assertions with fluent style in test automation, extending assertion capabilities to validate elements as enabled, disabled, displayed, or hidden across frameworks.
Implement a reusable WebElementAssert library by creating a VEB element class, using Asaji, and extending the abstract asset; implement isDisplayed, isEnabled, tag checks, and attribute value verification with fluent chaining.
Create a base test class to initialize and share a browser driver for tests, extended by test classes, using a manager to download ChromeDriver and handle setup and teardown.
Demonstrates a search test that launches a site, locates a text box by name, and asserts is enabled and displayed with a custom assertion.
Validate the placeholder attribute of the search box using has attribute value in AssertJ, and demonstrate matching the expected placeholder text. Observe a failure when the placeholder differs.
Define an abstract base page in the pages package, with a protected final driver and timeout, using PageFactory; all pages must implement isDisplayed.
Implement the search page by extending the base class, implementing the abstract method, and exposing the search box while validating the page title.
Create a simple custom page assertion for page objects by extending an abstract asset, validating the page is displayed, and handling errors when on the wrong page.
Refactor the search test by introducing a reusable search page, base driver setup, and before-test launch to enter keywords and verify the search box value and enabled state.
Create a generic assertion library for test automation with AssertJ, turning initial complexity into a reusable framework that teams can depend on as a dependency.
Explore next steps after implementing methods in assertj-based test automation, and see how adding more methods, strong Java skills, and design patterns pave the way to building your own framework.
Identify the next topics to master in microservices, including gRPC, rsocket, Spring WebFlux, and Kafka, plus front-end GraphQL, Redis caching, and resilient design patterns for scalable apps.
Welcome to Fluent Assertions in Test Automation with AssertJ — your comprehensive guide to harnessing the power of AssertJ, a Java library designed to transform your testing experience. AssertJ not only enriches your code with a vast set of assertions but also enhances code readability and ensures helpful error messages, making it a must-have tool for Selenium test automation scripts.
What You'll Learn:
Basics of AssertJ:
Gain a solid understanding of the fundamentals of AssertJ.
Explore its intuitive syntax and how it seamlessly integrates into your test automation workflow.
Fluent Assert Statements for Selenium Scripts:
Dive into the world of fluent assertions, learning how to write concise and expressive assertions in your Selenium scripts
Discover how AssertJ's rich set of assertions simplifies the validation of complex scenarios.
Extending Assertions for Page Objects:
Learn to extend AssertJ assertions for seamless integration with Page Object Models.
Elevate your Page Object design by incorporating robust and expressive assertions for enhanced test reliability.
Extending Assertions for WebElements:
Explore advanced techniques for extending assertions to WebElements.
Ensure precise and readable validations for individual elements within your Selenium tests.
Why Enroll: This course is tailored for test automation enthusiasts, QA professionals, and developers seeking to master AssertJ for fluent assertions. By the end of the course, you'll be equipped with the skills to write assertions effortlessly, resulting in more maintainable and robust test scripts. Whether you're a beginner or experienced tester, this course provides a deep dive into AssertJ's capabilities, ensuring you can leverage its full potential in your projects.
Prerequisites: A basic understanding of Java and Selenium WebDriver concepts will be beneficial. Familiarity with test automation practices is recommended but not required.