You are testing a machine that scores exam papers and assignsgrades. 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?
You are testing an application that will allow users to scan the bar code from a package mailing label and then receive emails from the package shipper as the package moves through the various stages of its delivery (e.g., pickup, receipt at central processing, routing, delivery). If requested, the user can also receive a picture of the signature of the recipient of the package.
This is the second version of this application. The first version was web browser-based and was quite slow to start up. The new version is a native application with all the same functionality. It is expected that this application will have wide usage across a large set of networks with varying speeds and reliability.
Given this information, what would be the best approach for doing your testing to ensure the capabilities of the product are tested as well as the range of devices, environments and networks?
When conducting security testing on a mobile application, which is the correct set of basic areas to cover?
Which of the following is considered as a mobile device?
Which of the following types of testing might consider the user's age?
Which of these is considered as one of the biggest challenges to testing mobile applications?
Why is risk based testing very important in mobile testing?
Ifan application resides on the mobile device and was written specifically for that device, what type of application is it?