- AEfferent Coupling
- BNumber of source lines of code
- CCyclomatic Complexity Number
- DTime taken to perform inspection
Build Process - Quiz
- AAfferent Coupling
- BEfferent Coupling
- CCyclomatic Complexity
- ABuild Scheduler
- BBuild Tool
- AEfferent Coupling
- BTime taken to perform inspection
- CNumber of source lines of code
- DCyclomatic Complexity Number
- AConfiguration code
- BApplication code
- CFunctional testing
- DInfrastructure as Code
- AEnhancing an existing feature in an application
- BDisabling or Hiding a feature
- CAll of the options
- DAdding a new feature to an application
- AFeature flag
- BFeature Switch
- CFeature Toggles
- DAll of the options
Results:
🟢 Correct Answers: 🔴 Wrong Answers:
🟢 Correct Answers: 🔴 Wrong Answers:
Login to save results
Quiz Information
Quiz Information
Quiz Platform FAQ
General Information
- Number of Questions: Each quiz consists of 10 questions.
- Time Limit: You have 30 seconds per question. The total time to complete the quiz is 5 minutes.
- Multiple Attempts: You can take the quiz multiple times to improve your score.
Results and Feedback
- Result Analysis: After completing the quiz, you will see a results page with the following details:
- Correct Option for each question.
- Your Selected Option for each question.
- Explanation for each answer to help you understand why it is correct or incorrect.
- Percentage of Correct Answers to show your overall performance.
- Interactive Features: The platform provides feedback on each attempt to help you learn and improve.
Important Instructions
- Do Not Refresh: Do not refresh the page while taking the quiz. Refreshing the page will end the current quiz and a new quiz will start.
- Saving Your Quiz: To save your quiz progress and questions, log in to your account. Once logged in, you can view saved quizzes in your profile section.
- Mandatory Selection: All questions are mandatory to select. If you do not select all 10 questions, you will not be able to submit the quiz. Once all questions are selected, you will be able to see the Submit button. If you wait until the end of the time, the quiz will be auto-submitted by the system, and you will be able to see your results.
Tips for Taking the Quiz
- Manage Your Time: Keep track of the time for each question to ensure you have enough time to answer all 10 questions.
- Review Explanations: After the quiz, read the explanations provided for each answer to enhance your understanding of the material.
- Retake the Quiz: If desired, take the quiz again to improve your score and reinforce your learning.
- Avoid Refreshing: To prevent losing progress, avoid refreshing the page during the quiz.
- Log In to Save: If you want to save your quiz progress, log in to your account and check your profile section for saved quizzes.
Quiz Analytics
Build Process - Quiz
Guest User
Time Taken: Questions: Answered: Not Answered:
Correct Answer:
Wrong Answer:
Percentage: %
- A. Efferent Coupling
- B. Number of source lines of code
- C. Cyclomatic Complexity Number
- D. Time taken to perform inspection
Remarks:
Explanation:
✅ Cyclomatic Complexity Number
Explanation:
The complexity of code is primarily determined by Cyclomatic Complexity (CC), which measures the number of linearly independent paths in a program.
Why is it the correct answer?
- Cyclomatic Complexity Number ✅
- It calculates the control flow complexity of a program based on decision points (if, loops, switches).
- Higher complexity means harder to test and maintain code.
Why are the others incorrect?
- Efferent Coupling ❌
- Measures outgoing dependencies of a module, not code complexity.
- Number of Source Lines of Code (SLOC) ❌
- Measures code length but does not indicate logical complexity.
- Time taken to perform inspection ❌
- This depends on human effort and does not define complexity mathematically.
Thus, Cyclomatic Complexity Number is the correct answer! 🚀
- A. False
- B. True
Remarks:
Explanation:
✅ False
Explanation:
- CCMetrics (ClearCase Metrics) is a tool used with IBM Rational ClearCase to measure various software quality metrics, such as code complexity, coupling, cohesion, and maintainability.
- It does not specifically measure non-linearly independent paths.
What measures independent paths?
- Cyclomatic Complexity (CC) is the correct metric for measuring linearly independent paths in a program.
- It calculates the number of decision points in the code and determines the minimum number of test cases needed for full branch coverage.
Since CCMetrics does not measure non-linearly independent paths, the correct answer is False. 🚀
- A. True
- B. False
Remarks:
Explanation:
✅ True
Explanation:
A build can be triggered automatically by a version control tool when changes are committed. This is a key feature of Continuous Integration (CI).
🔹 How does this work?
- When a developer pushes code to a repository (e.g., Git, SVN, ClearCase), it can trigger an automated build process.
- CI/CD tools like Jenkins, GitHub Actions, GitLab CI/CD, Azure DevOps, and Bamboo integrate with version control systems to automate builds.
- This helps ensure that new changes do not break the existing codebase.
Thus, the statement is TRUE ✅ because modern development workflows allow builds to be triggered automatically by version control changes. 🚀
- A. Afferent Coupling
- B. Efferent Coupling
- C. Cyclomatic Complexity
Remarks:
Explanation:
The correct answer is:
✅ Afferent Coupling
Explanation:
-
Afferent Coupling (Ca) ✅
- It measures the number of incoming dependencies on a module or component.
- A high afferent coupling indicates that many other modules depend on this one, meaning changes could have a significant impact on the system.
-
Efferent Coupling (Ce) ❌
- It measures the number of outgoing dependencies, i.e., how many other modules a component depends on.
-
Cyclomatic Complexity ❌
- It is a measure of the complexity of a program based on the number of independent paths through the code.
Thus, Afferent Coupling is the correct answer as it represents incoming dependencies. 🚀
- A. Build Scheduler
- B. Build Tool
Remarks:
Explanation:
✅ Build Scheduler
- A. Efferent Coupling
- B. Time taken to perform inspection
- C. Number of source lines of code
- D. Cyclomatic Complexity Number
Remarks:
Explanation:
✅ Cyclomatic Complexity Number
- A. Configuration code
- B. Application code
- C. Functional testing
- D. Infrastructure as Code
Remarks:
Explanation:
✅ Functional testing
- A. False
- B. True
Remarks:
Explanation:
✅ False
- A. Enhancing an existing feature in an application
- B. Disabling or Hiding a feature
- C. All of the options
- D. Adding a new feature to an application
Remarks:
Explanation:
✅ All of the options
- A. Feature flag
- B. Feature Switch
- C. Feature Toggles
- D. All of the options
Remarks:
Explanation:
✅ All of the options