Question 1

Core components that define effective test scripts

Accepted Answer

Well-defined steps, inputs, expected results, and validation points ensure clarity and repeatability in automated testing.

Question 2

Role of modular design in test script reliability

Accepted Answer

Breaking scripts into reusable functions improves maintainability and supports scalable automation frameworks.

Question 3

Importance of test data separation

Accepted Answer

Externalizing test data enhances flexibility and allows the same script to validate multiple scenarios efficiently.

Question 4

Handling validations and assertions consistently

Accepted Answer

Clear assertions ensure accurate result verification and help identify failures quickly during execution.

Question 5

Error handling and logging for faster debugging

Accepted Answer

Structured error handling and detailed logs simplify troubleshooting and reduce test maintenance effort.

Question 6

Integration of test scripts with AI automation testing tools

Accepted Answer

AI-driven tools enhance script stability by adapting to UI changes and optimizing execution flows.

Question 7

Alignment of test scripts with CI/CD pipelines

Accepted Answer

Well-structured scripts integrate seamlessly into CI/CD workflows, enabling continuous and reliable automated testing.

Question 8

Long-term maintainability of structured test scripts

Accepted Answer

Consistent naming conventions and documentation reduce technical debt and improve collaboration across QA teams.