Learn Data Science through a comprehensive course curriculum encompassing essential topics like statistics etc.
What you will learn
Understand the fundamentals of software testing, its importance, and its role in the software development process.
Learn Python programming basics, including variables, data types, control structures, and functions, with a focus on their relevance to testing.
Explore unit testing concepts and frameworks (e.g., unittest, pytest) in Python.
Write and execute unit tests to ensure individual code components work correctly.
Dive into advanced testing topics like integration testing, end-to-end testing, and performance testing.
Why take this course?
Are you ready to become a proficient Python test developer, capable of ensuring the reliability and quality of your software projects from start to finish? If so, then this comprehensive course is your gateway to mastering the art of test development using Python, taking you from the very basics to advanced levels.
Course Highlights:
1. Python Fundamentals for Testing: Begin your journey by establishing a solid foundation in Python programming. You’ll learn the syntax, data structures, and essential concepts required for effective test development.
2. Understanding Testing Principles: Explore the fundamental principles of software testing, including test-driven development (TDD), unit testing, integration testing, and more. Gain insights into the importance of testing in the software development life-cycle.
3. Writing Unit Tests: Dive into the world of unit testing with Python’s built-in testing framework, unit test. You’ll learn how to write and execute unit tests, test fixtures, and test cases to ensure the correctness of individual code components.
4. Test Automation: Discover the power of test automation. Learn how to create automated test suites that can be run repeatedly to validate your code’s functionality and catch regressions.
5. Advanced Testing Techniques: Take your testing skills to the next level by exploring advanced testing techniques such as mocking, test doubles, and parameterized testing. Learn how to test complex scenarios and edge cases effectively.
6. Web Testing with Selenium: Extend your testing expertise to web applications. You’ll gain hands-on experience with Selenium, a popular Python library for automating web browser interactions and testing web applications.
7. Test Frameworks and Best Practices: Explore popular testing frameworks like testes and nose, and discover best practices for organizing and structuring your test code to ensure maintainability and scalability.
8. Continuous Integration (CI) and Continuous Testing: Learn how to integrate your tests into a CI/CD pipeline, automating the testing process whenever code changes are made. You’ll ensure that your software remains reliable as it evolves.
9. Real-World Projects: Apply your knowledge through practical, real-world projects and exercises. You’ll work on a variety of testing scenarios and gain hands-on experience in solving common testing challenges.
10. Test Reporting and Analysis: Learn how to generate meaningful test reports and analyze test results to make informed decisions about code quality and improvements.