- Courses
- Tutorials
- Practice
- Jobs
- Regression Testing - Software Engineering
- Smoke Testing - Software Testing
- Sanity Testing - Software Testing
- Static Testing - Software Testing
- Dynamic Testing - Software Testing
- Load Testing - Software Testing
- Stress Testing
- Recovery Testing - Software Testing
- Exploratory Testing
- Visual Testing - Software Testing
- Acceptance Testing - Software Testing
- Alpha Testing - Software Testing
- Beta Testing - Software Testing
- Database Testing - Software Testing
- Software Testing - Mainframe Testing
- Ad Hoc Testing in Software
- Globalization Testing - Software Testing
- Mutation Testing - Software Testing
- Security Testing - Software Testing
- Accessibility Testing - Software Testing
- Structural Software Testing
- Volume Testing
- Scalability Testing - Software Testing
- Stability Testing - Software Testing
- Spike Testing - Software Testing
- Negative Testing in Software Engineering
- Positive Testing - Software Testing
- Endurance Testing - Software Testing
- Reliability Testing - Software Testing
- Monkey Software Testing
- Agile Software Testing
- Component Software Testing
- Graphical User Interface Testing (GUI) Testing
- Test Strategy - Software Testing
- Software Testing Tools
- Defect Testing Tools - Software Testing
- Automation Testing Tools
- Cross-Browser Testing Tools - Software Testing
- Integration Testing Tool - Software Testing
- Software Testing - Unit Testing Tools
- Mobile Testing Tools - Software Testing
- Testing Tools - Software Testing
- Penetration Testing - Software Engineering
- Manual Testing vs Automated Testing
- Difference between Load Testing and Stress Testing
- Sanity Testing Vs Smoke Testing - Software Engineering
- Difference Between System Testing and Acceptance Testing
- Quality Assurance (QA) vs Quality Control (QC)
- Static Testing Vs Dynamic Testing
- Verification Vs Validation
- Difference between Alpha and Beta Testing
- Black Box Vs Grey Box Vs White Box Testing
- Globalization Testing Vs Localization Testing
- Test Case vs Test Scenario
- Test Strategy vs Test Plan
- Software Testing - Boundary Value Analysis vs Equivalence Partitioning
- Difference between SDLC and STLC
- Software Testing - Error vs Defect vs Bug vs Fault vs Failure
- Differences between Testing and Debugging
- Difference between Frontend Testing and Backend Testing
- Difference between High Level Design(HLD) and Low Level Design(LLD)
- Software Testing - BRS vs SRS
- Difference between Positive Testing and Negative Testing
- Difference between Top Down and Bottom Up Integration Testing
- Difference between Use Case and Test Case
- Difference between Monkey Testing and Gorilla Testing
- Difference between Stubs and Drivers
- Difference between Component and Unit Testing
- Difference between Software Testing and Embedded Testing
- Difference between GUI Testing and Usability Testing
- Difference between Tester and SDET
- Software Testing - Desktop vs Client-Server vs Web Application Testing
- Active Software Testing
- Introduction to API (Application Programming Interface)
- Difference between End-to-end Testing and Unit Testing
- Difference Between Object-Oriented Testing and Conventional Testing
Software testing day - 40
Question 1
What is the primary purpose of Jenkins?
- A
To write code for applications
- B
To automate the process of building, testing, and deploying code
- C
To store code in a version control system
- D
To provide a platform for writing and testing scripts
Question 2
What is the role of a Jenkins Controller (formerly Master)?
- A
To execute tasks like building and testing code
- B
To serve as the central system for managing Jenkins and agents
- C
To provide a user interface for developers
- D
To store project data and results
Question 3
What distinguishes an Ephemeral Jenkins Agent from a Permanent Jenkins Agent?
- A
Ephemeral agents are always connected to Jenkins
- B
Permanent agents are temporary and only connect when needed
- C
Ephemeral agents are temporary and shut down after completing a task
- D
Both types of agents work only on local machines
Question 4
What is Jenkins Pipeline commonly used for?
- A
Storing code versions
- B
 Managing project dependencies
- C
Automating the process of building, testing, and deploying applications
- D
Performing manual testing
Question 5
Which of the following is NOT a key feature of Jenkins?
- A
Easy installation and configuration
- B
Open-source availability
- C
Real-time manual testing of code
- D
A variety of plugins to extend functionality
Question 6
Which of the following best describes Continuous Integration (CI)?
- A
Testing code only once after completion
- B
Regularly adding code to a shared repository and testing it automatically
- C
Deploying code directly to production without testing
- D
Manually integrating code from multiple developers
Question 7
What happens in Continuous Delivery (CD)?
- A
Code is automatically deployed to production without human intervention
- B
Code changes are continuously delivered to a staging environment for testing
- C
Developers stop making changes once the code is ready
- D
CI tools are removed from the development workflow
Question 8
Which of the following tools is commonly used for CI/CD alongside Jenkins?
- A
Docker
- B
Ansible
- C
Concourse
- D
Visual Studio
Question 9
What is the key benefit of using CI/CD in software development?
- A
Reducing the time spent on manual tasks
- B
Making code changes without testing
- C
Only testing code in the final phase of development
- D
Deploying all code to production without testing
Question 10
What security risk could occur during CI/CD?
- A
Running tests manually
- B
Using outdated or unsafe libraries
- C
Increasing deployment speed
- D
Automatically notifying developers of test outcomes
There are 10 questions to complete.