A. Control structure testing
B. Complex path testing
C. Code coverage
D. Quality assurance of software
A. cluster testing
B. thread-based testing
C. use-based testing
D. none of the mentioned
Explanation: Each thread is integrated and tested individually. Regression testing is applied to ensure that no side effects occur.
A. Black box testing
B. White box testing
C. Red box testing
D. Green box testing
Explanation: White-box testing is a method of testing software that tests internal structures or workings of an application, as opposed to its functionality .
A. design model
B. analysis model
C. code levels
D. both design and analysis model
Explanation: It is due to the evolutionary nature of the OO software engineering paradigm, these models begin as relatively informal representations of system requirements and evolve into detailed models of classes, class connections and relationships, system design and allocation, and object design.
A. Integration testing
B. Unit testing
C. Completion of Testing
D. Regression Testing
Explanation: After source level code has been developed, reviewed, and verified for correspondence to component level design, unit test case design begins.
A. It is the most widely used strategy for statistical quality assurance
B. The “Six Sigma” refers to six standard deviations
C. It is the most widely used strategy for statistical quality assurance AND The “Six Sigma” refers to six standard deviations
D. A Formal Technical Review(FTR) guideline for quality walkthrough or inspection
Explanation: The Six Sigma uses data and statistical analysis to measure and improve a company’s operational performance .
A. Yellow-box testing
B. Black-box testing
C. White-box testing
D. All of the mentioned
Explanation: Black-box testing methods are as appropriate for OO systems as they are for systems developed using conventional software engineering methods.