This 14-video course explores different types of environments for software testing automation by examining key parameters for designing and developing test automation frameworks. Learn about test automation frameworks, their features, advantages and disadvantages, and selecting the right one. Learners will take a look at test automation frameworks that can be implemented by using Selenium WebDriver; build a Selenium Data Driven Framework; implement a Data Driven Automation Framework using TestNG with the @dataProvider annotation; and learn how to implement a Keyword Driven Framework with Selenium WebDriver and Excel Test Suite. You will build a Hybrid Automation Framework using a collection of two or more frameworks; set up Jenkins to run continuous integration/continuous deployment (CI/CD) tests from Maven projects using Selenium WebDriver, and discover how to automate non-web UI with Selenium. Conclude the course by learning about implementing the Docker containerized test automation framework and the Selenium containerized test automation framework, and the best practices for building test automation frameworks in Agile and DevOps.
Building & Implementing Test Automation Frameworks
discover the key concepts covered in this course
list the different types of environments for software testing automation
describe test automation frameworks and list key parameters for designing and developing them
recognize prominent test automation frameworks and describe their features, advantages, and disadvantages
list the different types of test automation frameworks that can be implemented using Selenium WebDriver
build a Data Driven Framework using Selenium
implement Data Driven Automation Framework using TestNG with the @dataProvider annotation
implement a Keyword Driven Framework using Selenium WebDriver and Excel Test Suite
build Hybrid Automation Framework using a collection of two or more frameworks
set up Jenkins to run continuous integration tests from Maven projects using Selenium WebDriver
simulate a combination of keystrokes, mouse movement, and window or control manipulation in order to automate non-web user interfaces in Selenium WebDriver
use Docker and Selenium to build containerized test automation environments
recall best practices for building test automation frameworks in Agile and DevOps