- Auser stories
- BNone of the options
- Cbug fixes
- Dboth user stories and bug fixes
Continuous Integration - Quiz
- ATrunk
- BCodeline
- CNone of the options
- DMainline
- AEfferent Coupling
- BNumber of source lines of code
- CCyclomatic Complexity Number
- DTime taken to perform inspection
- Astreambased
- Bdistributed
- ABuild Scheduler
- BBuild Tool
- Abug fixes
- Buser stories
- Cboth user stories and bug fixes
- DNone of the options
- AConfiguration code
- BApplication code
- CFunctional testing
- DInfrastructure as Code
- ACode Complexity
- BIncoming dependencies
- COutgoing dependencies
- DCoupling factor
- ASuccessful build rate
- BBuild repair rate
- CTotal Build time
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🟢 Correct Answers: 🔴 Wrong Answers:
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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.
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Quiz Analytics
Continuous Integration - Quiz
Guest User
Time Taken: Questions: Answered: Not Answered:
Correct Answer:
Wrong Answer:
Percentage: %
- A. user stories
- B. None of the options
- C. bug fixes
- D. both user stories and bug fixes
Remarks:
Explanation:
None of the options
- A. Trunk
- B. Codeline
- C. None of the options
- D. Mainline
Remarks:
Explanation:
The correct answer is:
✅ Codeline
Explanation:
In version control systems, a branch is sometimes referred to as a codeline because it represents a separate line of development that can evolve independently.
-
Codeline ✅ (Correct)
- A branch is often called a codeline as it tracks the changes in a specific development path.
-
Trunk ❌ (Incorrect)
- The trunk (or main branch) is the primary branch where the main development occurs. A branch is a separate line of work from the trunk.
-
Mainline ❌ (Incorrect)
- The mainline is similar to the trunk, referring to the main branch where stable and production-ready code is maintained.
-
None of the options ❌ (Incorrect)
- Since "Codeline" is the correct answer, this option is incorrect.
Thus, "Branch is also known as a Codeline." 🚀
- 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. 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. streambased
- B. distributed
Remarks:
Explanation:
✅ IBM ClearCase is a stream-based version control system.
Explanation:
IBM ClearCase follows a stream-based version control model, which means:
- It manages different development streams for parallel development.
- It allows teams to work on different versions of the codebase in separate streams while integrating changes when needed.
- It is often used in enterprise environments for large-scale software projects.
Why is it NOT distributed?
A distributed version control system (DVCS), like Git or Mercurial, allows each developer to have a full copy of the repository locally. ClearCase does not follow this model—it relies on a central repository and stream-based branching.
Thus, IBM ClearCase is a stream-based version control system. 🚀
- A. Build Scheduler
- B. Build Tool
Remarks:
Explanation:
✅ Build Scheduler
- A. bug fixes
- B. user stories
- C. both user stories and bug fixes
- D. None of the options
Remarks:
Explanation:
✅ both user stories and bug fixes
- A. Configuration code
- B. Application code
- C. Functional testing
- D. Infrastructure as Code
Remarks:
Explanation:
✅ Functional testing
- A. Code Complexity
- B. Incoming dependencies
- C. Outgoing dependencies
- D. Coupling factor
Remarks:
Explanation:
✅ Code Complexity
- A. Successful build rate
- B. Build repair rate
- C. Total Build time
Remarks:
Explanation:
✅ Build repair rate