Verification & Validation Process Lowersixth Science Computer Science

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Quick T/F quiz on V&V and testing methods.

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Verification & Validation Process Lowersixth Science Computer Science


Verification & Validation Process Lowersixth Science Computer ScienceVersion en ligne Quick T/F quiz on V&V and testing methods. par YAKILI LMS 1 Validation is the same as verification. Yes No 2 Differences: verification is static, validation is dynamic. Yes No 3 Unit tests should be automated. Yes No 4 Testing methods are mutually exclusive; you can't combine them. Yes No 5 Dynamic testing cannot detect runtime errors. Yes No 6 Boundary value testing is a form of stress testing. Yes No 7 Static code analysis requires running the program. Yes No 8 Code reviews replace the need for testing. Yes No 9 Every test case must pass for software release. Yes No 10 Regression testing is done only after release. Yes No 11 Test cases should include boundary values. Yes No 12 Acceptance testing involves end users. Yes No 13 Code reviews can catch logical errors. Yes No 14 Validation ensures product meets user needs. Yes No 15 Verification confirms software meets specs. Yes No 16 Verification occurs during development. Yes No 17 System testing can ignore performance aspects. Yes No 18 Code review involves human inspection of code. Yes No 19 Code review guarantees no defects slip through. Yes No 20 Regression testing checks after changes. Yes No 21 Black-box testing focuses on inputs/outputs. Yes No 22 End-user training is a substitute for validation. Yes No 23 Verification can replace user acceptance testing. Yes No 24 Continuous integration eliminates the need for tests. Yes No 25 Unit testing tests individual components. Yes No 26 Verification ensures software conforms to requirements. Yes No 27 Verification is only about user satisfaction. Yes No 28 Usability testing is a form of validation. Yes No 29 Static analysis can fix bugs automatically without review. Yes No 30 Integration testing checks combined parts. Yes No 31 Unit tests are always slow and impractical. Yes No 32 The main purpose of V&V is marketing. Yes No 33 Testing methods include code review, static analysis, unit testing, and possibly others. Yes No 34 White-box testing uses internal knowledge. Yes No 35 Verification checks documentation consistency. Yes No 36 Black-box testing requires knowledge of internal code. Yes No 37 Static analysis can detect potential bugs. Yes No 38 Static analysis can detect all logical flaws. Yes No 39 Validation answers 'Are we building the right thing?' Yes No 40 Unit tests check entire system end-to-end. Yes No 41 System testing validates the complete system. Yes No 42 Validation is about building the right product. Yes No 43 Validation often involves real users. Yes No 44 Acceptance testing happens in the design phase. Yes No 45 Performance testing is unrelated to validation. Yes No 46 Tests should be repeatable. Yes No 47 White-box testing ignores internal structure. Yes No 48 Validation guarantees 100% bug-free software. Yes No 49 Static code analysis checks code without execution. Yes No 50 Manual testing is always superior to automation. Yes No

Verification & Validation Process Lowersixth Science Computer Science

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Verification & Validation Process Lowersixth Science Computer ScienceVersion en ligne

par YAKILI LMS

Validation is the same as verification.

Differences: verification is static, validation is dynamic.

Unit tests should be automated.

Testing methods are mutually exclusive; you can't combine them.

Dynamic testing cannot detect runtime errors.

Boundary value testing is a form of stress testing.

Static code analysis requires running the program.

Code reviews replace the need for testing.

Every test case must pass for software release.

Regression testing is done only after release.

Test cases should include boundary values.

Acceptance testing involves end users.

Code reviews can catch logical errors.

Validation ensures product meets user needs.

Verification confirms software meets specs.

Verification occurs during development.

System testing can ignore performance aspects.

Code review involves human inspection of code.

Code review guarantees no defects slip through.

Regression testing checks after changes.

Black-box testing focuses on inputs/outputs.

End-user training is a substitute for validation.

Verification can replace user acceptance testing.

Continuous integration eliminates the need for tests.

Unit testing tests individual components.

Verification ensures software conforms to requirements.

Verification is only about user satisfaction.

Usability testing is a form of validation.

Static analysis can fix bugs automatically without review.

Integration testing checks combined parts.

Unit tests are always slow and impractical.

The main purpose of V&V is marketing.

Testing methods include code review, static analysis, unit testing, and possibly others.

White-box testing uses internal knowledge.

Verification checks documentation consistency.

Black-box testing requires knowledge of internal code.

Static analysis can detect potential bugs.

Static analysis can detect all logical flaws.

Validation answers 'Are we building the right thing?'

Unit tests check entire system end-to-end.

System testing validates the complete system.

Validation is about building the right product.

Validation often involves real users.

Acceptance testing happens in the design phase.

Performance testing is unrelated to validation.

Tests should be repeatable.

White-box testing ignores internal structure.

Validation guarantees 100% bug-free software.

Static code analysis checks code without execution.

Manual testing is always superior to automation.