What is the difference between test strategy and test plan?
- Test plan details specific test activities and schedules
- Test plan is developed before the test strategy
- Test strategy is high-level, outlining testing approach
- Test strategy is the same as a test plan
Test strategy provides a high-level view of the testing approach, while the test plan delves into the specifics of test activities, schedules, and resources. The two documents complement each other, with the strategy guiding the overall testing direction and the plan providing detailed implementation steps.
Scenario: A software development team has been conducting scripted testing for several releases but wants to explore new ways to find defects. How can they transition to incorporating Exploratory Testing into their process?
- Focusing Only on Scripted Testing
- Gradual Implementation
- Training the Team
- Utilizing Automation
Transitioning to exploratory testing requires a gradual shift in the testing approach. Training the team, gradually implementing exploratory testing alongside scripted testing, and leveraging automation for repetitive tasks can facilitate a smooth transition. It's essential to strike a balance, ensuring that the team gains expertise in exploratory testing while maintaining the stability provided by scripted testing in certain areas.
_______________ testing examines the system's ability to handle interruptions, such as power failures or system crashes.
- Recovery
- Reliability
- Resilience
- Robustness
Resilience testing evaluates how well a system can recover from interruptions, ensuring it maintains functionality even after events like power failures.
Which of the following is NOT a step in risk management?
- Risk Analysis
- Risk Identification
- Risk Injection
- Risk Mitigation
Risk Injection is not a step in risk management; instead, it refers to introducing risks intentionally for testing purposes. The actual steps involve identifying risks, analyzing their impact, and implementing strategies for risk mitigation. This systematic approach helps in understanding and addressing potential challenges proactively.
The use of _______________ tools facilitates the creation and execution of model-based test cases.
- Debugging Tools
- Performance Testing Tools
- Security Testing Tools
- Test Automation Tools
Test Automation Tools are essential in model-based testing as they facilitate the creation and execution of test cases based on the defined models. These tools automate the testing process, ensuring efficiency and accuracy in executing test cases derived from the specified models.
What role does usability play in functional and non-functional testing?
- Functional testing ensures usability
- Usability is a concern for both functional and non-functional testing
- Usability is only considered during design
- Usability is primarily a non-functional testing aspect
Usability is a key aspect in both functional and non-functional testing. While functional testing validates functionality, non-functional testing ensures aspects like usability, performance, etc.
What distinguishes functional testing from other types of testing?
- Analyzing code structure
- Assessing user interface design
- Evaluating system performance
- Verifying software functionalities
Functional testing specifically focuses on verifying that the software functions as expected, testing its various functionalities without delving into the internal code structure or system performance.
In software testing, what is the main function of a test execution tool?
- Design test cases
- Execute predefined test scripts
- Generate test data
- Record defects
The main function of a test execution tool is to execute predefined test scripts. These tools play a crucial role in automating the repetitive and time-consuming task of running test cases, ensuring consistent and reliable execution to validate the functionality of the software under test.
Security testing in functional testing aims to ensure the confidentiality, integrity, and _______________ of the software system.
- Authentication
- Authorization
- Availability
- Non-repudiation
Security testing in functional testing aims to ensure the confidentiality, integrity, and non-repudiation of the software system. Non-repudiation ensures that actions performed by users or processes within the system can be traced back and verified, preventing denial of involvement.
Scenario: A software development team is adopting a Continuous Integration (CI) approach. Which test execution tool would best fit into their CI/CD pipeline?
- JIRA
- Jenkins
- LoadRunner
- Selenium
Jenkins is a widely used CI tool that integrates seamlessly into CI/CD pipelines. It allows automated testing to be executed continuously, ensuring that testing is an integral part of the development process. Selenium, JIRA, and LoadRunner may play roles in testing but aren't specialized CI tools.