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1.
When building a flexible testing framework, how does the short product life cycle affect the test approach and tool decisions?
2.
Your organization has just hired a test automation architect who has previously worked on medical software with strict regulatory requirements. His test automation framework is very solid and will allow the staff to build maintainable data-driven test cases. His tool choice is the top of the line tool that has been used for many years for traditional test automation. You are concerned that this is a very expensive tool and may not have the flexibility needed in your environment, particularly since the mobile applications your company develops are intended to exist in the market for only six months before being re-worked to add new features and change the user interface. The software development life cycle is iterative and the team uses continuous integration to provide testable software faster.
Given this information, what should you recommended for the test approach?
Given this information, what should you recommended for the test approach?
3.
As life cycle models adapt to meet the needs of the mobile application market, how will the interaction between the developers and testers change?
4.
What type of testing methodologies should mobile applications testers seek?
5.
If an application is designed to work in a browser on a PC and may not function well when accessed from a mobile device, what type of application is it?
6.
If a smart phone application cannot scale an image down to fit on the screen, what is the functional attribute that is not delivered?
7.
Which of the following is correct regarding security in mobile testing?
8.
How can the tester understand the functionality a mobile device?
9.
You are testing a machine that scores exam papers and assigns grades. Based on the score achieved the grades are as follows:
1-49 = F, 50-59 = D-, 60-69 = D, 70-79 = C, 80-89 = B, 90-100=A
If you apply boundary value analysis, how many test cases will you need to achieve minimum test coverage?
1-49 = F, 50-59 = D-, 60-69 = D, 70-79 = C, 80-89 = B, 90-100=A
If you apply boundary value analysis, how many test cases will you need to achieve minimum test coverage?
10.
A mobile device has some peripherals attached to it, if your application uses a peripheral of them to operate, what should you do regarding this peripheral?