In a project that is feature-rich but time-poor, which is the most reasonable approach to risk analysis?
Answer(s): B
B is correct since this is a time challenged project. If there were adequate time, A might be the right answer, depending on the criticality of the product. C is never a good idea since even minimal risk analysis is needed to focus the testing. D is risky because the interaction of the application with the physical capabilities of the device still need to be tested.
If you are testing a mobile banking application, is it important to test the interaction between the software and the device?
Testing the physical device's interaction with the application is important. A is not correct because B is correct. C is not correct and a native application is developed for a specific device and is generally not portable. D is incorrect because devices have many, many features and testing all the features would be out of scope for the application under test.
You are testing a native application for a smart phone. The application allows the user to make grocery lists on the phone and store up to three lists at a time. A list can contain up to 50 items. Which of the following is the minimum set of test conditions to achieve 100% coverage with the equivalence partitioning test technique?
Answer(s): D
D is correct as it tests each condition with invalid too low, valid and invalid too high values. A is incorrect because it doesn't consider the list save capabilities and it doesn't test the invalid values for the list. B is incorrect because it is doing BVA which results in too many tests for minimum coverage with EP. C is incorrect because it does not sufficiently test the save feature.
You are testing a native application for a smart phone. The application allows the user to make grocery lists on the phone and store up to three lists at a time. A list can contain up to 50 items. Which of the following is the minimum set of test conditions to achieve 100% coverage with the boundary value analysis test technique?
B is correct because it is doing BVA on both the list quantity and the list saving capability. D is incorrect because it has achieved EP coverage, but didn't get the boundaries. A is incorrect because it doesn't consider the list save capabilities and it doesn't test the invalid values for the list. C is incorrect because it does not sufficiently test the save feature.
Correctness can be defined as a combination of which two quality characteristics?
Answer(s): A
A is correct per the syllabus. The others are quality characteristics, but are not components of correctness.
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