Software Testing Fundamentals Assessment Test

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1/10 Questions

A method of software testing without any planning and documentation is known as...
- Ad hoc Testing
- White Box Testing
- Black Box Testing
- Gray Box Testing

About This Quiz

Software Testing Fundamentals is a platform for gaining basic knowledge in the field of Software Testing. Take this assessment test to assess your knowledge of STF.

Software Testing Fundamentals Assessment Test - Quiz

2.

The following are Software Testing Levels except...
- Unit Testing
- Metric Testing
- System Testing
- Acceptance Testing
Correct Answer

A. Metric Testing

Explanation

Metric Testing is not a recognized level of software testing. The other options, Unit Testing, System Testing, and Acceptance Testing, are all commonly known levels of testing in software development. Unit Testing focuses on testing individual units or components of the software, System Testing involves testing the entire system as a whole, and Acceptance Testing is performed to ensure that the software meets the requirements and is ready for deployment. On the other hand, Metric Testing is not a standard level of testing and is not commonly practiced in the industry.

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3.

Which of this is not a method of Testing?
- White Box Testing
- Black Box Testing
- Exemplery Testing
- Ad hoc Testing
Correct Answer

A. Exemplery Testing

Explanation

Exemplery Testing is not a method of testing. White Box Testing, Black Box Testing, and Ad hoc Testing are all well-known methods used in software testing. Exemplery Testing is not a recognized term or approach in the field of testing.

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4.

Which of the following is a fundamental test process in software testing?
- Usability Extraction
- Smoke Capability
- Planning and Implementation
- Production and Design
Correct Answer

A. Planning and Implementation

Explanation

Planning and Implementation is a fundamental test process in software testing. This process involves creating a test plan, identifying test objectives, defining test conditions, designing test cases, and executing the tests. It is important to plan and implement the testing process to ensure that all necessary tests are conducted and that the software meets the required quality standards. This process helps in identifying defects, ensuring that the software functions as expected, and delivering a high-quality product to the end-users.

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5.

What is the primary significance of testing?
- To make the solution run
- To ensure software runs fast
- To make a workable software better
- To ensure software is very cheap
Correct Answer

A. To make a workable software better

Explanation

Testing is primarily significant to make a workable software better. Through testing, software flaws and bugs can be identified and fixed, improving the overall quality and functionality of the software. It helps in ensuring that the software meets the desired requirements, performs as expected, and provides a satisfactory user experience. Testing also helps in enhancing the reliability, stability, and security of the software, making it more efficient and effective for its intended purpose.

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6.

Which of the following is an example of software testing artifacts?
- Time
- Test Case
- Testing Script
- Testing Terminals
Correct Answer

A. Test Case

Explanation

A test case is an example of a software testing artifact. Test cases are specific conditions or inputs that are designed to test the functionality of a software application. They outline the steps to be taken, the expected results, and the actual results of the test. Test cases are created to ensure that the software meets the desired quality standards and to identify any defects or issues in the software.

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7.

Which of these is not a type of software testing?
- Usability Testing
- User Testing
- Smoke Testing
- Security Testing
Correct Answer

A. User Testing

Explanation

User Testing is not a type of software testing because it focuses on testing the software from the perspective of the end users. It involves observing and gathering feedback from real users to evaluate the usability, functionality, and overall user experience of the software. In contrast, other options like Usability Testing, Smoke Testing, and Security Testing are all recognized types of software testing that focus on specific aspects such as testing the software's ease of use, basic functionality, and security vulnerabilities respectively.

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8.

Which of the following is an example of software testing basics?
- Quality Insurance
- Quality Control
- Assurance Contol
- Insurance Testing
Correct Answer

A. Quality Insurance

Explanation

The correct answer is Quality Insurance. Software testing basics involve ensuring the quality of the software being developed. Quality Insurance is a process that focuses on preventing defects and ensuring that the software meets the required quality standards. It involves activities such as planning, designing test cases, executing tests, and reporting defects. Quality Control, Assurance Control, and Insurance Testing are not specific examples of software testing basics.

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9.

Testing the product should be accomplished considering the...
- Risk factor
- Priorities
- A and B
- None
Correct Answer

A. Risk factor

Explanation

When testing a product, it is important to consider the risk factor. This means identifying potential risks or issues that may arise during the testing process or after the product is released. By considering the risk factor, testers can prioritize their efforts and focus on areas that are more likely to cause problems or have a higher impact on the product's functionality or user experience. Prioritizing testing based on the risk factor helps ensure that critical issues are addressed first, reducing the likelihood of major problems occurring in the product.

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10.

Software testing is a field with no set of best practices.
- True
- False
- Maybe
- I don't know
Correct Answer

A. True

Explanation

Software testing is a field that constantly evolves and adapts to new technologies and methodologies. There is no one-size-fits-all approach or a fixed set of best practices that can be universally applied. Best practices in software testing vary depending on the project, the team, the technology being used, and other factors. Therefore, it is true that there is no set of best practices in the field of software testing.

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