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Selenium WebDriver Advanced - Complete Framework

Packt - Course Instructors

Embark on an advanced journey in Selenium WebDriver with this detailed course, designed to transform your automation skills. Starting with a solid introduction to frameworks and the Page Object Model, you'll quickly progress to setting up your development environment using IntelliJ and Maven. Understand the critical reasons behind using frameworks by exploring real test scenarios and their limitations without structured frameworks.

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Embark on an advanced journey in Selenium WebDriver with this detailed course, designed to transform your automation skills. Starting with a solid introduction to frameworks and the Page Object Model, you'll quickly progress to setting up your development environment using IntelliJ and Maven. Understand the critical reasons behind using frameworks by exploring real test scenarios and their limitations without structured frameworks.

Dive deep into creating your first test and page classes, mastering the concepts of returning page objects, and adding multiple test methods to your framework. Explore advanced topics like implementing custom drivers, utilizing the WebDriver Factory Pattern, and integrating utilities for enhanced functionality. Learn the importance of the BaseTest and BasePage classes and how they streamline your test execution.

Enhance your frameworks with data-driven testing by managing test data in Excel, writing custom utilities, and implementing data-driven test methods. Integrate logging with Log4j2 and generate advanced reports using Extent Reports. Additionally, the course covers version control using Git and GitHub, emphasizing the importance of branches and resolving merge conflicts.

This course is ideal for intermediate to advanced Selenium WebDriver users, automation testers, and QA engineers looking to deepen their understanding of building robust automation frameworks. Basic knowledge of Selenium and Java is recommended.

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What's inside

Syllabus

Introduction
In this module, we will introduce you to the course, covering what you'll learn, the importance of microservices, and the necessary prerequisites. You’ll also get to know your instructor.
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Framework Introduction
In this module, we will delve into the basics of frameworks, particularly focusing on what a framework is and explaining the Page Object Model.
Environment and Project Setup
In this module, we will guide you through the setup of your development environment, including IntelliJ installation, Maven project setup, and practicing framework content, alongside introducing Selenium 4 syntax.
Reasons Why Framework Is Needed
In this module, we will explore the necessity of frameworks by understanding test scenarios and highlighting the issues faced in test cases without a framework.
Page Object Concepts and First Test Class
In this module, we will introduce Page Object concepts, explain real test scenarios, and guide you through implementing your first test class, including adding test methods.
Implementing First Page Class
In this module, we will focus on implementing your first-page class, completing practical exercises, and comparing framework-based and non-framework-based test classes, alongside learning code refactoring techniques.
Returning Page Objects
In this module, we will demonstrate how to return page objects in your framework and provide exercises to practice these concepts.
How to Add Multiple Test Methods
In this module, we will cover the addition of multiple test methods to a class, how to add and refactor page classes, and techniques to remove test dependencies.
Adding Multiple Test Classes to Framework
In this module, we will guide you through the process of adding multiple test classes to your framework and how to run them efficiently.
Introduction to Base Classes
In this module, we will introduce you to base classes, including BaseTest and BasePage, and explain their importance in the framework.
Introduction to Util Concept
In this module, we will cover the concept of Util classes, how to complete and integrate them into your framework for enhanced functionality.
Custom Driver Concept
In this module, we will introduce the concept of custom drivers, guide you through their implementation, and show you how to use them effectively in your framework.
WebDriver Factory Pattern
In this module, we will focus on the implementation of the WebDriver factory, setting driver paths and browser options, and running automation tests across various browsers.
Checkpoint Concept
In this module, we will introduce the checkpoint concept, demonstrate its implementation, and explain how to utilize it in your test methods.
Constants Class Concepts
In this module, we will explain the implementation of a constants class and explore various use cases to optimize your test framework.
Data-Driven Testing
In this module, we will cover the principles of data-driven testing, managing test data in Excel, and writing custom utilities and test methods.
Adding Logging to Framework
In this module, we will demonstrate the setup and configuration of Log4j2, and how to integrate it into your testing framework for effective logging.
Advanced Reporting Integration to Framework
In this module, we will cover advanced reporting concepts, including the setup and implementation of Extent Reports, TestListeners, and how to attach screenshots in your reports.
Git and GitHub – Version Control System
In this module, we will introduce you to Git and GitHub, demonstrate installations, and cover essential version control tasks, including repository creation, branch management, conflict resolution, and project check-ins.
Continuous Integration with Jenkins
In this module, we will explore the features of Jenkins, demonstrate its setup and security measures on different operating systems, configure it, manage plugins, and build projects using Jenkins integrated with GitHub.
Selenium WebDriver Interview Questions
In this module, we will provide guidance on effectively explaining your automation framework during job interviews.
Conclusion
In this module, we will conclude the course, summarizing the key takeaways and reinforcing the knowledge and skills gained throughout the training.

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Covers version control using Git and GitHub, which emphasizes the importance of branches and resolving merge conflicts, skills that are essential for collaborative software development
Teaches data-driven testing by managing test data in Excel, writing custom utilities, and implementing data-driven test methods, which are valuable for handling complex test scenarios
Explores advanced reporting concepts, including the setup and implementation of Extent Reports and TestListeners, which are useful for generating detailed test reports
Requires basic knowledge of Selenium and Java, which means that learners without this background may need to acquire it before taking the course
Integrates logging with Log4j2, which is a tool that helps learners track and debug their automation scripts, and is widely used in enterprise environments
Uses Selenium 4 syntax, which may not be compatible with older versions of Selenium, so learners working with legacy systems may need to adapt the code

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Selenium WebDriver Advanced - Complete Framework with these activities:
Review Core Java Concepts
Solidify your understanding of Java fundamentals, which are essential for working with Selenium WebDriver and building robust automation frameworks.
Show steps
  • Review object-oriented programming principles.
  • Practice writing basic Java programs.
  • Familiarize yourself with Java data structures.
Review 'Java Concurrency in Practice'
Understand Java concurrency to handle multithreading in Selenium WebDriver effectively.
View Java Concurrency in Practice on Amazon
Show steps
  • Read the chapters on threads and locks.
  • Implement concurrent test execution in your Selenium framework.
Review 'Selenium Design Patterns and Best Practices'
Learn design patterns and best practices for building robust and maintainable Selenium WebDriver frameworks.
View Selenium Design Patterns and Best Practices on Amazon
Show steps
  • Read the chapters on Page Object Model and WebDriver Factory.
  • Implement the design patterns discussed in the book in a sample project.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Pair Programming Session
Collaborate with a peer to build or debug a Selenium WebDriver framework, sharing knowledge and improving problem-solving skills.
Show steps
  • Find a peer who is also learning Selenium WebDriver.
  • Choose a specific task or problem to work on together.
  • Use pair programming techniques to solve the problem.
  • Reflect on the experience and share learnings.
Build a Basic Selenium Framework
Apply the concepts learned in the course by building a basic Selenium framework from scratch, incorporating the Page Object Model and other best practices.
Show steps
  • Set up a Maven project with Selenium WebDriver dependencies.
  • Implement the Page Object Model for a sample web application.
  • Integrate logging and reporting functionalities.
  • Add test cases and run them using TestNG or JUnit.
Write a Blog Post on Advanced Reporting with Extent Reports
Deepen your understanding of advanced reporting by writing a blog post explaining how to integrate Extent Reports into a Selenium WebDriver framework.
Show steps
  • Research Extent Reports and its features.
  • Implement Extent Reports in your Selenium framework.
  • Write a detailed blog post with code examples and screenshots.
  • Publish the blog post on a platform like Medium or your personal blog.
Contribute to a Selenium Open Source Project
Enhance your skills and contribute to the Selenium community by participating in an open-source project, such as reporting bugs or contributing code.
Show steps
  • Identify a Selenium-related open-source project on GitHub.
  • Explore the project's issues and identify a bug to fix or a feature to implement.
  • Submit a pull request with your changes.
  • Address any feedback from the project maintainers.

Career center

Learners who complete Selenium WebDriver Advanced - Complete Framework will develop knowledge and skills that may be useful to these careers:
Automation Engineer
An Automation Engineer develops and maintains automated test suites, and this course provides training that is directly applicable to this role. The course teaches how to design and implement robust test frameworks using Selenium WebDriver, Page Object Model, and data driven testing techniques. An Automation Engineer will find the practice in using custom drivers, logging, and advanced reporting particularly useful. The course also provides instruction in version control that is essential for team based work. This course covers the skills necessary for an Automation Engineer to be successful.
See salaries and explore the career path for Automation Engineer
Quality Assurance Engineer
A Quality Assurance Engineer is responsible for ensuring the quality of software products throughout the development lifecycle. This course will be helpful for any Quality Assurance Engineer looking to advance their career. It provides deep knowledge of creating test frameworks using Selenium WebDriver, from setting up the development environment to implementing data driven testing and advanced reporting. A QA Engineer will find the course's coverage of git version control and continuous integration with Jenkins beneficial for implementing automated testing workflows. This course provides excellent preparation for automating testing processes.
See salaries and explore the career path for Quality Assurance Engineer
Software Development Engineer in Test
A Software Development Engineer in Test, also known as a SDET, designs and develops automated tests, as well as builds and maintains test frameworks. This course helps the SDET build a strong foundation in test automation using Selenium WebDriver. Mastering framework design through the Page Object Model, implementing custom drivers, and developing data driven tests as taught in the course are all essential skills for a SDET. The course offers detailed coverage of logging, reporting, and version control that makes this course highly relevant for a Software Development Engineer in Test.
See salaries and explore the career path for Software Development Engineer in Test
Test Automation Architect
A Test Automation Architect designs the overall automation strategy for a project or organization. This course helps prepare one for that kind of role. The course content provides the necessary skills for an architect to establish robust test frameworks. The course covers essential framework concepts, custom drivers, and the WebDriver Factory Pattern. A Test Automation Architect would use these concepts to create scalable and maintainable automation suites. The knowledge gained from this course would help a Test Automation Architect plan and execute a successful test automation strategy.
See salaries and explore the career path for Test Automation Architect
Test Engineer
A Test Engineer performs testing activities, whether manual or automated, and this course helps one develop the automation skills to enhance job performance. The course provides comprehensive training in using Selenium WebDriver to build robust test frameworks using concepts like Page Object Model, custom drivers, and data driven testing. A Test Engineer will find that skills in logging, reporting, and version control that are covered in this course are especially helpful. This course helps a Test Engineer to automate tests and become more proficient at their position.
See salaries and explore the career path for Test Engineer
QA Lead
A QA Lead is a managerial role that oversees quality assurance processes, and this course may be useful in preparing for this role. The course offers in depth training in setting up and maintaining test frameworks that is a foundation for leading a QA team. Knowledge of data driven testing, logging, and advanced reporting covered in the course are also highly relevant. A QA Lead will lead by example and will need to be able to design and implement robust frameworks. Understanding version control and continuous integration from this class would also be useful in setting up efficient team workflows. Therefore, this course may be useful for a QA lead.
See salaries and explore the career path for QA Lead
Software Engineer
A Software Engineer designs, develops, and maintains software applications, and this course may be helpful in supporting some of those duties. Although not every software engineer is responsible for testing, many are expected to automate testing flows. The course's focus on framework design, custom drivers, and data driven testing is applicable. Software engineers sometimes participate in code reviews and they would find the use of Git and GitHub covered in the course relevant. For this reason, this course may be useful for a Software Engineer.
See salaries and explore the career path for Software Engineer
Performance Test Engineer
A Performance Test Engineer evaluates the performance of software applications by doing activities like stress and load testing. This course may be helpful for a Performance Test Engineer who also needs to automate tests. The course helps build a foundation in creating test frameworks through learning the Page Object Model, custom drivers and data driven testing with Excel. The topics of logging and advanced reporting that are covered will also be useful to a Performance Test Engineer. For this reason, this course may be helpful for Performance Test Engineer.
See salaries and explore the career path for Performance Test Engineer
Technical Team Lead
A Technical Team Lead manages and guides a team of technical professionals. This course may be useful for a Technical Team Lead who manages test engineers. The course content covers the knowledge needed to build and maintain robust test frameworks that technical staff would implement. Custom drivers, logging, advanced reporting, and version control are all topics in the course that would be useful to a Technical Team Lead to understand. The instructor may be able to lead the team more effectively after taking this course. For these reasons, this course may be useful for a Technical Team Lead.
See salaries and explore the career path for Technical Team Lead
DevOps Engineer
A DevOps Engineer works to automate and streamline the software development lifecycle, and this course may be helpful. The course provides a module on continuous integration with Jenkins which is a key component of DevOps. The course also covers version control which is essential for a DevOps Engineer. As a DevOps Engineer might be tasked with creating and maintaining continuous integration pipelines, the knowledge of frameworks, logging, and reporting covered in the course may be relevant. For these reasons, this course may be helpful for a DevOps Engineer.
See salaries and explore the career path for DevOps Engineer
Release Engineer
A Release Engineer manages the process of releasing software to different environments, and this course may be helpful. The course covers the topic of continuous integration with Jenkins which is directly helpful for a Release Engineer. The course also provides a foundation in automation and testing frameworks that may be useful as a Release Engineer gains more experience. The course also provides instruction on Git and Github, which is especially important for release management. For these reasons, this course may be useful for a Release Engineer.
See salaries and explore the career path for Release Engineer
Build Engineer
A Build Engineer manages the process of compiling and building software applications, and this course may be helpful to the role. The course has a module on continuous integration with Jenkins and integrating with version control. This is very relevant for a build engineer. As the build engineer often needs to deploy tests as part of build pipelines, the course's teachings on test frameworks and automation might be useful, making this course potentially helpful for a Build Engineer.
See salaries and explore the career path for Build Engineer
Technical Project Manager
A Technical Project Manager is responsible for planning and overseeing technical projects, and this course may be helpful. An understanding of the tools and technologies employed by the team is important. By learning about how test automation frameworks are created using Selenium WebDriver, and integrated with Jenkins, a project manager will be better equipped to discuss technical issues with their staff. This course may be useful for a Technical Project Manager.
See salaries and explore the career path for Technical Project Manager
Business Analyst
A Business Analyst identifies business needs and translates them into requirements for technical teams, and this course may be helpful to a Business Analyst who needs to understand the technical side of a software project. While a Business Analyst may not write code, understanding automation frameworks and the testing process will be helpful. This course provides the basics of setting up robust test frameworks with Selenium that will help a Business Analyst understand test automation. For these reasons, this course may be helpful for a Business Analyst.
See salaries and explore the career path for Business Analyst
Product Manager
A Product Manager is responsible for defining the strategy and roadmap for a product, and this course may be helpful. An understanding of how testing and automation happens will help the product manager better understand the software development process. The course's modules on setting up frameworks using Selenium, logging, and reporting can help a Product Manager better understand the technical aspects of quality assurance. Therefore, the course may be helpful for a Product Manager.
See salaries and explore the career path for Product Manager

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Selenium WebDriver Advanced - Complete Framework.
Cover image
Selenium Design Patterns and Best Practices
Save
Provides practical guidance on implementing design patterns and best practices in Selenium WebDriver projects. It covers topics such as the Page Object Model, WebDriver Factory, and other advanced techniques. Reading this book will help you build more maintainable and scalable automation frameworks. It valuable resource for understanding how to structure your Selenium projects effectively.
Selenium Design Patterns and Best Practices
Paperback
$$
Selenium Design Patterns and Best Practices
Kindle Edition
$$
Cover image
Java Concurrency in Practice
Save
Provides a comprehensive guide to Java concurrency, which is essential for building robust and scalable automation frameworks. It covers topics such as threads, locks, and concurrent data structures. Reading this book will help you understand how to handle concurrency issues in your Selenium projects. It valuable resource for understanding the complexities of multithreaded applications.
Java Concurrency in Practice
Paperback
$$
Java Concurrency in Practice
Kindle Edition
$$

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Level
Advanced
Via
Coursera
Institution
Packt
Instructor
Packt - Course Instructors
Session
January 20, 2025 - March 24, 2025
Language
English
Good to know
Covers version control using Git and GitHub, which emphasizes the importance of branches and resolving merge conflicts, skills that are essential for collaborative software development
Teaches data-driven testing by managing test data in Excel, writing custom utilities, and implementing data-driven test methods, which are valuable for handling complex test scenarios
Explores advanced reporting concepts, including the setup and implementation of Extent Reports and TestListeners, which are useful for generating detailed test reports
Requires basic knowledge of Selenium and Java, which means that learners without this background may need to acquire it before taking the course
Integrates logging with Log4j2, which is a tool that helps learners track and debug their automation scripts, and is widely used in enterprise environments
Uses Selenium 4 syntax, which may not be compatible with older versions of Selenium, so learners working with legacy systems may need to adapt the code
Share and help others discover this course.
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