Learn how to develop efficient Selenium test automation frameworks, covering various types like Data-Driven, Keyword-Driven, and Hybrid. This set of MCQs will help you understand framework setup, and integration with TestNG and JUnit.
1. Types of Frameworks: Data-Driven, Keyword-Driven, Hybrid
What is the main advantage of using a Data-Driven Framework? a) Reusability of code b) Easier test management c) Separation of data and logic d) Faster execution
Which of the following is a characteristic of the Keyword-Driven Framework? a) Test data is external b) Tests are executed based on predefined keywords c) Easy to maintain and scalable d) All of the above
A Hybrid Framework is a combination of which frameworks? a) Data-Driven and Keyword-Driven b) Keyword-Driven and Behavior-Driven c) Data-Driven and Behavior-Driven d) None of the above
What is the main advantage of using a Hybrid Framework? a) Easy integration with multiple testing tools b) Combination of multiple testing approaches c) More focused on performance d) Minimal test data storage
Which of the following frameworks is best suited for tests that require different sets of test data for the same test case? a) Keyword-Driven Framework b) Data-Driven Framework c) Hybrid Framework d) None of the above
Which of these frameworks uses external data sources, like Excel or databases? a) Keyword-Driven Framework b) Data-Driven Framework c) Hybrid Framework d) None of the above
In a Data-Driven framework, what is typically stored in the external data source? a) Test scripts b) Test keywords c) Test data d) All of the above
How does a Keyword-Driven Framework execute tests? a) By reading keywords from a file and executing the corresponding functions b) Based on the time of execution c) By reading the test data d) By fetching data from the database
Which of the following is NOT a benefit of using a Hybrid Framework? a) Flexibility b) Reusability c) Increased complexity d) Reduced code redundancy
What is the main feature of a Keyword-Driven Framework? a) Ability to run tests in parallel b) Use of keywords to drive actions on the application c) Focus on execution speed d) Use of multiple programming languages
2. Setting up a Selenium Test Automation Framework
Which tool is primarily used to manage dependencies in a Selenium test framework? a) Maven b) Gradle c) Ant d) All of the above
What is the first step in setting up a Selenium Automation Framework? a) Write test cases b) Set up a version control system c) Install necessary tools and libraries d) Execute initial tests
What is the role of a test suite in a Selenium Framework? a) Contains multiple test cases b) Manages test data c) Defines the test flow d) Both a and c
Which Selenium component is responsible for running tests in different browsers? a) WebDriver b) Selenium Grid c) TestNG d) JUnit
Which language is commonly used to develop Selenium test automation frameworks? a) Java b) Python c) C# d) All of the above
What is an essential feature to include in a Selenium Framework for scalability? a) Modular test scripts b) Data-driven testing c) Test report generation d) All of the above
Which Selenium component is used for parallel test execution? a) WebDriver b) Selenium Grid c) TestNG d) JUnit
How can you manage test data in a Selenium test framework? a) Using external data files like Excel or CSV b) Hardcoding test data in the test script c) Using SQL queries to fetch data from a database d) Both a and c
Which design pattern is commonly used in Selenium test frameworks to enhance code reusability? a) Singleton Pattern b) Factory Pattern c) Page Object Model (POM) d) Adapter Pattern
How do you implement test logging in a Selenium framework? a) Use the default logging mechanism in Java b) Integrate a logging library like Log4j c) Print logs manually d) Use system output
3. Integrating TestNG/JUnit with Framework
What is the primary function of TestNG in Selenium? a) To manage test execution b) To write test cases c) To generate reports d) All of the above
What is an important feature provided by TestNG? a) Parallel test execution b) Retry mechanism for failed tests c) Grouping tests d) All of the above
Which annotation in TestNG is used to mark a test method? a) @Test b) @BeforeTest c) @TestCase d) @TestMethod
What is the purpose of @BeforeMethod in TestNG? a) It runs after each test method b) It runs before each test method c) It defines a test method d) It groups tests together
How do you specify the priority of a test case in TestNG? a) Using the @Test(priority=1) annotation b) By changing the order in the test suite c) Through a configuration file d) TestNG does not allow priority assignment
Which of the following is an advantage of integrating JUnit with Selenium? a) Parallel execution of tests b) Easy management of test cases c) Seamless integration with CI tools d) All of the above
How do you run a JUnit test in a Selenium test framework? a) Use JUnitCore.runClasses() b) Use the @Test annotation in JUnit c) Create a test suite using JUnit’s @RunWith annotation d) Both b and c
What does @AfterClass in TestNG do? a) It executes after each method in the class b) It runs after all methods in the class have been executed c) It runs before all methods in the class d) It marks a test class
What is the purpose of the @DataProvider annotation in TestNG? a) To provide test data for a test method b) To define a custom test suite c) To run tests in parallel d) To skip failed tests
How do you integrate a Selenium test automation framework with a Continuous Integration (CI) tool? a) By using Maven or Gradle to build the project b) By configuring the CI tool to run Selenium tests c) By generating reports d) All of the above
Answer Key
Qno
Answer (Option with the text)
1
c) Separation of data and logic
2
d) All of the above
3
a) Data-Driven and Keyword-Driven
4
b) Combination of multiple testing approaches
5
b) Data-Driven Framework
6
b) Data-Driven Framework
7
c) Test data
8
a) By reading keywords from a file and executing the corresponding functions
9
c) Increased complexity
10
b) Use of keywords to drive actions on the application
11
d) All of the above
12
c) Install necessary tools and libraries
13
d) Both a and c
14
b) Selenium Grid
15
d) All of the above
16
d) All of the above
17
b) Selenium Grid
18
d) Both a and c
19
c) Page Object Model (POM)
20
b) Integrate a logging library like Log4j
21
a) To manage test execution
22
d) All of the above
23
a) @Test
24
b) It runs before each test method
25
a) Using the @Test(priority=1) annotation
26
d) All of the above
27
d) Both b and c
28
b) It runs after all methods in the class have been executed