What is a mobile test strategy?

What is a mobile test strategy?

Every mobile app needs a customized QA approach. A testing strategy is one of the artifacts that document it. It translates high-level objectives into actual activities that help to ensure high quality on an end product.

What kind testing strategies are appropriate for mobile applications?

Here are some top mobile app testing strategies to help you release with confidence and make the most out of your QA resources.

  • QA involvement with business and product teams earlier in development.
  • OS testing and support.
  • Device testing.
  • Network connectivity testing.
  • Battery testing.
  • Security testing.
  • Automated testing.

What are the basics of mobile application testing?

The basic points that you need to consider while strategizing your mobile app testing efforts are:

  • Selection of the device.
  • Documentation Testing.
  • Functional testing.
  • Usability Testing.
  • UI (User Interface) testing.
  • Compatibility (Configuration) testing.
  • Performance testing.
  • Security testing.

How the application testing can be done in Android?

Following types of testing are performed in order to certify an Android application:

  • Functional Testing:
  • Android UI Testing:
  • Compatibility Testing:
  • Interface Testing:
  • Network Testing:
  • Performance Testing:
  • Installation Testing:
  • Security Testing:

What is simulator in mobile testing?

A simulator is a software that helps your computer run certain programs built for a different Operating System. They are mostly meant for iPhone and iPad devices, unlike Android devices that can be emulated easily.

What are types of mobile application?

There are three basic types of mobile apps if we categorize them by the technology used to code them: Native apps are created for one specific platform or operating system….

  • Native Apps. Native apps are built specifically for a mobile device’s operating system (OS).
  • Web Apps.
  • Hybrid Apps.

What is software testing strategy?

A test strategy is an outline that describes the testing approach of the software development cycle. The purpose of a test strategy is to provide a rational deduction from organizational, high-level objectives to actual test activities to meet those objectives from a quality assurance perspective.

What are the types of mobile application testing?

There are three main types of mobile device testing.

  • Functionality. App functionality tests include:
  • Real Environment. Real environment condition testing includes:
  • Non-Functional. Non-functional testing includes:
  • Map Coverage Against Your Pipeline.
  • Native (iOS/Android)
  • Hybrid.
  • Web.
  • Progressive Web App (PWA)

Why do you need a mobile app testing strategy?

A strong strategy becomes a key component of app development and decides whether the mobile app is going to meet customer expectations and business goals or not. Mobile application testing is a gateway to test the quality of a mobile app before reaching their target audience and app stores.

How to test a mobile application for security?

Approaches For Mobile Application Testing. 1 Outlining the process. 2 Choosing tests for manual and automated testing. 3 Preparing test cases for different functionalities. 4 Performing Manual testing. 5 Performing automated testing. 6 Performance testing. 7 Security testing. 8 Complete testing before Final version release.

What are the different stages of mobile application testing?

Mobile application testing stages 1 Documentation Testing. Documentation testing is the necessary preparatory stage of the mobile application testing process. 2 Functional testing. Functional testing is aimed to ensure that it is working as per the defined requirements. 3 Usability testing. 4 UI (User Interface) testing.

How is documentation tested in a mobile application?

Documentation Testing Documentation testing is the necessary preparatory stage of the mobile application testing process. Actually, testing begins before software development process. Testers get navigational charts, screen layouts, other requirements invisible on the design.