Agile methodologies emphasize _______________ as a key aspect of test monitoring and control to adapt to changing requirements.
- Agile Test Automation Framework
- Continuous Integration
- Incremental Testing
- Test-Driven Development (TDD)
Agile methodologies stress Incremental Testing as a key aspect of test monitoring and control. Incremental Testing involves testing individual components and systems incrementally, allowing teams to adapt to changing requirements and ensure the continuous delivery of a functional product.
What are the key benefits of using test automation in functional testing?
- Early detection of defects
- Faster execution of test cases
- Improved repeatability of test cases
- Increased test coverage
Test automation in functional testing offers increased test coverage, allowing the execution of a large number of test cases across different scenarios. It also provides faster test execution, improved repeatability of test cases, and early detection of defects, contributing to the overall effectiveness and efficiency of the testing process.
TestComplete offers _______________ feature to simulate user interactions with the application.
- Keyword-Driven Testing
- Load Testing
- Scripting
- Test Visualizer
TestComplete's Keyword-Driven Testing feature enables the simulation of user interactions with the application by defining keywords that represent specific actions or operations. This approach enhances test automation flexibility and readability, making it easier to design and maintain automated tests while promoting collaboration among team members with varying technical skills.
Scenario: Due to time constraints, the project manager suggests skipping test closure activities to expedite project delivery. Evaluate the potential risks and benefits of this decision.
- Benefits: Improved team morale, faster delivery, potential reduction in testing-related expenses
- Benefits: Shorter project timeline, immediate focus on deployment tasks, potential time and cost savings
- Risks: Incomplete documentation, lessons learned may be missed, future projects might face similar issues
- Risks: Lack of insights for process improvement, difficulty in identifying areas for enhancement
Skipping test closure activities poses the risk of missing valuable insights for process improvement. Lessons learned may be overlooked, leading to recurring issues in future projects. On the other hand, the benefits include a shorter project timeline and immediate focus on deployment tasks. However, the risks of incomplete documentation and missed process improvements should be carefully weighed against the potential benefits.
Scenario: During testing, a critical defect is discovered that prevents users from logging into the system. What would be the appropriate next step in the Defect Lifecycle?
- Assign it a severity level and notify stakeholders
- Ignore it and proceed with testing
- Log it with a detailed report and assign it to developers
- Mark it as "Deferred" and continue testing
The appropriate next step is to log the defect with a detailed report, specifying the steps to reproduce. It should then be assigned to developers for resolution. Ignoring the defect could lead to more severe issues during production, and marking it as "Deferred" may hinder the development process. Assigning severity levels helps prioritize but doesn't address the resolution.
How can automation complement Exploratory Testing?
- By automating repetitive and time-consuming tasks
- By executing predefined test cases
- By minimizing human intervention in testing
- By solely relying on manual testing
Automation can complement Exploratory Testing by handling repetitive and time-consuming tasks, allowing testers to focus on exploration and creativity. Automated scripts can handle mundane aspects, while testers can explore the application to discover unexpected issues and scenarios.
_______________ involves comparing actual test results with the expected outcomes and taking corrective actions as needed.
- Test Analysis
- Test Design
- Test Execution
- Test Validation
Test Analysis involves comparing actual test results with expected outcomes to identify any discrepancies. This process is crucial for understanding the effectiveness of test cases and taking corrective actions to ensure the software meets the specified requirements.
In functional testing, _______________ analysis helps identify potential performance bottlenecks.
- Load
- Performance
- Scalability
- Security
Performance analysis in functional testing involves assessing how well the system meets performance criteria. Identifying potential performance bottlenecks is crucial to ensure that the system can handle the expected load without degradation in performance, ensuring optimal functionality under normal operating conditions.
Which of the following metrics is commonly used to assess the effectiveness of test monitoring and control activities?
- Defect Density
- Requirement Traceability
- Test Coverage
- Test Execution Efficiency
Test Execution Efficiency is a common metric used to assess the effectiveness of test monitoring and control activities. It measures how efficiently tests are executed, providing insights into resource utilization and the overall progress of testing within the project.
How can AI-driven analytics improve defect prediction and prioritization in functional testing?
- Analyzing Historical Test Data
- Automating Test Case Execution
- Enhancing User Interface for Testers
- Identifying Patterns in Defects
AI-driven analytics in functional testing can improve defect prediction and prioritization by identifying patterns in historical test data. By analyzing trends and correlations, AI algorithms can predict potential defects and prioritize them based on historical patterns. This helps testing teams focus their efforts on critical areas, leading to more efficient defect management and improved overall software quality.