Selenium WebDriver Advanced - Industry Standard Framework - Utilizing Checkpoint Class in Test Method

In this lecture, the instructor demonstrates how to utilize the checkpoint class implemented in the previous session. The focus is on using the class in a login test, handling assertions, and ensuring the HashMap is cleared before each test method to prevent residue. The session concludes with running the test, analyzing the results, and understanding the importance of completing test methods even if some verifications fail. This approach is particularly useful in UI testing where multiple verification points exist.

What is the primary focus of this lecture compared to the last one?

• Utilizing the checkpoint class

• Implementing a new class

• Debugging the checkpoint class

• Writing test cases from scratch

What should be used as the first argument in the checkpoint mark method?

• The result variable

• The test case ID or a short description

• A random string

• The result message

Why is it important to clear the hashmap before each test method?

• To save memory

• To ensure no residue from previous methods

• To speed up the test execution

• To avoid syntax errors

Where should the hashmap clearing logic be placed to ensure it runs before every test method?

• Inside each test class

• In the base test class

• In the main method

• In the test result method

What was the expected outcome of the login test execution?

• All tests pass without any issues

• The test fails due to a deliberate error

• The test does not execute

• The test passes with warnings

What was the reason for the failure in the login test?

• A syntax error in the code

• A missing import statement

• A network connectivity issue

• A mismatch in expected and actual text

Why is it beneficial to complete a test method even if there are failures in between?

• To reduce the test execution time

• To ensure all verification points are checked

• To prevent memory leaks

• To avoid unnecessary logging