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A guide to automating testing for mobile applications

 Mobile app automated testing will help in ensuring that the testing process is carried out speedily and in a streamlined manner. With the number of mobile applications increasing at a humungous level, it becomes increasingly important to test the applications rapidly without compromising on the quality and deliverables. Hence, the mobile app testing team should put in stringent efforts to carry out test automation of a mobile application in a well-defined manner. In this article, you will get a brief understanding of implementing test automation for mobile applications.      


The tactical relevance of automating testing for mobile applications: 

Carrying out automating testing for mobile applications will lead to extended test coverage both on test scenarios and platforms and carrying out the testing process at a faster pace. It is a structured and in-depth process that can eventually automate most of the test cases.  

Quicker time to release, enhanced test coverage, improved risk mitigation, faster bug discovery and faster feedback are some of the benefits of carrying out automating testing for mobile applications.  

 

Following are the five steps required to carry out automation testing for mobile applications: 

1. Set up a strategic goal: Developing a strategic goal helps in automating mobile apps productively and in a streamlined manner. In order to make sure that the application is functioning properly, testing should be performed frequently during maintenance and development. User feedback is also an important aspect of goal setting.  

 

2. Test cases need to be planned accordingly: When the project is being developed then the test cases that will be used are described in the agile testing quadrants/testing matrix. The team should know with certainty that testing is not a specific part of the product development process or a sequential procedure, rather it is an important component of each Agile sprint. 

Those test cases that involve many steps or rely on subjective feedback (such as UI/UX) are not the right aspect for automation. Upon that, the test that is being written by automation code and that which will only run once is considered to be not of much importance. Typical mobile app testing scenarios that can be automated are integration tests, unit tests and functional tests. 

 

3. The right test automation framework should be used: After the team has considered the test cases that need to be automated, the next step is to select the appropriate test automation framework. The automated procedures are established by the integrated system for the purpose of carrying out testing activities. 

Data-driven frameworks, Library architecture framework, modular-based testing framework, linear automation framework, Keyword driven framework and hybrid driven framework are important test automation frameworks. 

 

4. The right test automation tool should be selected: Test scripts can be written with the help of one or more of the above mentioned test automation frameworks with the tactical support of mobile app testing tools. 

The right tool can be ascertained based on the understanding of the frameworks. The following are the factors that need to be considered while selecting a mobile app testing tool: 

  • Test types that are being supported such as functional tests, regression tests, unit tests etc. 

  • OS support 

  • Clear and in-detail reporting, script-less test creation and ease of use 

  • Ability to integrate with CI/CD tools 

  • Scalability and cost.  

 

 5. Considering real devices vs. virtual devices: There are a wide range of mobile configurations and device types and hence testing mobile devices is considered to be quite cumbersome. There are 14 generations of devices for Apple, with multiple models for each generation and hence it becomes important to test on actual devices. 

One of each target device (Android phone, iOS device etc.) should be at least used for carrying out testing activities. The remaining testing can eventually be carried out on virtual devices (known as emulators and simulators). Many features of actual devices can be mimicked by virtual devices cheaply and quickly.   

 

Conclusion: If you are looking forward to implementing mobile app testing for your software development project or are looking for expert professional guidance on selecting the right testing strategy that are precisely in line with your software development project, then do visit online a globally renowned software testing company in United Kingdom that is precisely in line with your project specific requirements. 

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