Software Testing and Quality Management

A. cluster testing
B. thread-based testing
C. use-based testing
D. none of the mentioned

A. design model
B. analysis model
C. code levels
D. both design and analysis model

A. Regression Testing
B. Integration testing
C. Smoke testing
D. Validation testing

A. Use effective formal technical reviews as a filter prior to testing
B. Develop a testing plan that emphasizes “rapid cycle testing.”
C. State testing objectives explicitly
D. All of the mentioned

A. Integration testing
B. Unit testing
C. Completion of Testing
D. Regression Testing

A. Nonexistent loop termination
B. Comparison of different data types
C. Incorrect logical operators or precedence
D. All of the mentioned

A. instantaneous test group
B. integration testing group
C. individual testing group
D. independent test group

A. Error description is unintelligible
B. Error noted does not correspond to error encountered
C. Error condition causes system intervention prior to error handling
D. Error description provide enough information to assist in the location of the cause of the error

A. A representative sample of tests that will exercise all software functions
B. Additional tests that focus on software functions that are likely to be affected by the change
C. Tests that focus on the software components that have been changed
D. Low-level components are combined into clusters that perform a specific software sub-function

A. Alpha Testing
B. Beta Testing
C. Validation Testing
D. Both Alpha and Beta