Python Programming - Testing

Exercise : Testing - General Questions
  • Testing - General Questions
51.
In Python testing, what does the unittest.skipUnless decorator do?
Skips the entire test case
Skips the next test method
Skips the test unless a condition is True
Marks the test as skipped
Answer: Option
Explanation:
The unittest.skipUnless decorator is used to skip a test unless a specified condition is True in Python's unittest module.

52.
What is the purpose of the unittest.mock.Mock.assert_has_calls method in Python testing?
Asserts that a method was called at least once
Asserts that a method was called exactly once
Asserts that a method was not called
Asserts that a method was called with specific arguments in a specific order
Answer: Option
Explanation:
The assert_has_calls method in Python unittest.mock.Mock asserts that a method was called with specific arguments in a specific order.

53.
What does the unittest.TestCase.addCleanup method allow you to do?
Adds a cleanup function to be run after the test method
Adds a setup function to be run before the test method
Adds a sub-test to the test case
Adds a condition to skip the test
Answer: Option
Explanation:
The unittest.TestCase.addCleanup method is used to add a cleanup function to be run after the test method in Python unittest.

54.
What is the purpose of the unittest.mock.patch.object decorator in Python testing?
Decorates a test method with a patch for a class method
Skips a test method based on a condition
Creates a magical mock object for all methods of a class
Marks a test as skipped
Answer: Option
Explanation:
The unittest.mock.patch.object decorator is used to decorate a test method with a patch for a class method in Python.

55.
What is the purpose of the unittest.mock.Mock.reset_mock method?
Resets the call count of a method
Resets the return value of a method
Resets the side effect of a method
Resets all attributes of a mock object
Answer: Option
Explanation:
The reset_mock method in Python unittest.mock.Mock resets all attributes of a mock object.