Learn Selenium from scratch and build Test Automation framework with minimum set of tools: C#, NuGet, NUnit, Selenium
What you will learn
Selenium basics
Selenium in C#
Selenium Waits
Page Object concept
Web Component concept
Data Transfer Object concept
NUnit 3 basics
NuGet basics
DotNet Console basics
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- Gain practical experience in setting up a functional automation environment from the ground up, moving beyond theoretical knowledge to hands-on implementation of a robust testing solution.
- Master the art of crafting resilient element locators to accurately identify and interact with diverse web elements, ensuring your tests remain stable even as the UI evolves.
- Develop effective strategies for handling various web interaction scenarios, from simple clicks and text inputs to more complex operations like dropdown selections and asynchronous form submissions.
- Implement robust synchronization techniques to navigate the challenges of dynamic web pages, preventing flaky tests by intelligently waiting for elements and page states to become ready.
- Architect a highly maintainable and scalable test suite by applying industry-standard design patterns, significantly reducing the effort required for future updates and expansions.
- Construct reusable building blocks for interacting with common UI patterns, fostering a cleaner codebase and accelerating the development of new tests by abstracting complex interactions.
- Learn to effectively manage and pass test data throughout your framework, ensuring clear separation of data from test logic and facilitating data-driven testing approaches.
- Acquire the skills to structure, execute, and interpret automated tests using a popular unit testing framework, providing clear and actionable feedback on application quality.
- Understand how to seamlessly integrate external libraries and tools into your C# projects, leveraging the vast ecosystem of .NET development for enhanced framework capabilities.
- Build a foundational understanding of C# console applications, preparing you to create standalone test runners or integrate your framework into larger continuous integration/delivery pipelines.
- Cultivate best practices for writing clean, readable, and efficient C# code specifically tailored for test automation, promoting collaboration and long-term project health.
- Transition from manual testing mindsets to an automation-first approach, understanding the principles of continuous testing and early defect detection in the software development lifecycle.
- Apply fundamental programming concepts to solve common automation challenges, solidifying your understanding of control flow, data structures, and object-oriented principles in a practical context.
- Develop a systematic approach to identifying and reporting software defects found through automation, contributing effectively to the quality assurance process.
- PROS:
- Minimalist approach: Learn to build a powerful framework without excessive dependencies, fostering a deeper understanding of each component’s role and minimizing overhead.
- C# proficiency: Strengthen your C# programming skills through practical application in a real-world automation context, enhancing your value as a versatile developer or SDET.
- Foundation for growth: Establish a solid base for tackling more complex automation challenges, integrating with advanced tools, and understanding enterprise-level frameworks in the future.
- CONS:
- While covering console applications, the course’s primary focus on setting up the core framework means it might not delve deeply into full-scale, advanced CI/CD pipeline implementation or cloud-based test execution strategies.
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