5 Mobile Application Testing Approaches


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Mobile App Testing Approaches

In Application TestingBlogMobile | 0 comments

Mobile apps are very important in everyday life and activities is undeniably unending as people manage their expenses with expense planner, stay healthy with fitness tracker more and more usages that cut across all walks of life. Hence, there is no exaggeration in saying that mobile apps have become the need of the minute. However, an app can gain success when it is able to satisfy the requirements of its target market and is of high-quality. That means to get the optimum satisfaction and necessary experience anytime and possibly anywhere has accelerated mobile apps and testing indefinitely. We’ve got five testing approaches that should help you build a solid custom mobile application.

  1. Test the right platform

    Whatever the mix of platforms is, you’ll have to ensure your testing approach accordingly. Make sure that you understand the differences between platforms and that you have the expertise and tools required to test them effectively. Depending on which platform your app is built you’ll need to test with various versions, and perhaps, most importantly, how the app works on different device screen sizes with the adaptable and responsive design. Whichever platform you test, you’ll need the relevant testing expertise in your tea.
  2. Manual & Automated Testing

    Testing scenarios and interoperability testing are necessary when it comes to an app testing strategy. While testing an app, the testing team relies on testing the much more sophisticated use case which may occur when the app is being used. Automation is crucial for the success of an app testing to ensure higher code coverage and reduce the time-to-market. However, automated testing needs a considerable amount of initial investment. Manual testings are an integral part of app testing because there are conditions that aren’t able to be scripted or reproduced with automation tools. Further, automated testing leaves chance of missing out and manual error conditions that can create pivotal ah-ha moments for an app.
  3. Black Box & White Box Testing

    Black box testing and White-box testing are the two strategic approaches that are used by testers to affirm the quality of software and deliver an error-free app. Black box testing solely based on requirements and specifications irrespective of any programming skills. However, this strategy reduces the tester’s approach to finding the bugs or defects while testing. White-box testing requires detailed programming knowledge on internal paths, code structures, and the implementation of the software being tested. This strategy helps in quickly finding the errors and defects as compared to other methods.
  4. Positive & Negative Testing

    Positive Testing is a testing process where the system validated against the valid input data. In this tester always check the expected behavior of an app with a valid set of expected input values. The main intention of this testing is to prove that a given app always meets the requirements and specifications. Negative Testing is the testing process where the app validated against the invalid or un-handled inputs by providing different invalid negative data inputs. The main intention behind this testing is to check the stability of the app against the influences of a different variety of incorrect validation data set.
  5. Severity & Priority in Testing

    Priority testing defines the order in which we should resolve an issue based on the requirements. If the issue is a show stopper or related to functionality or even a crash, then the priority is high and severity is also high to fix it. If the company name is misspelled in the home page of the app, then the priority is high and severity is low to fix it. Severity testing is to identify the extent to which the defect can affect the app. If an app crashes when an optional secondary link is clicked, in this case clicking the link by a user is less but the app crashing is severe. So the severity is high, but priority is low.

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