Mobile applications are designed to run on a mobile device, and they provide users with quality services and experiences. There are different types of mobile apps, i.e., native, mobile web, and hybrid apps. Native apps are built for mobile and tablets. Mobile web apps use different browsers to access websites on mobiles through wireless networks. Hybrid is a combination of native web apps. As technology is advancing, apps need to embrace a robust testing process to deliver consistent and reliable performance during the development phase.
Some of the common issues that arise in mobile native and hybrid apps are loading problems, unresponsive elements, response to resolutions, bugs, and much more. Mobile app testing helps to eliminate the errors before the app is launched for production. It is of crucial importance to the app development process. Mobile app testing consists of various categories, i.e., functional testing, performance testing, interrupt testing, usability testing, and installation testing.
Some of the critical factors influencing mobile app testing are mobile devices, simulators, cloud testing, network conditions, and the app’s performance. The native and hybrid applications should be tested via both manual and automated ways. Mobile app testing tools enable the tester to write test scripts and run the test any time to eliminate the application’s errors. It helps to increase test coverage, improve test effectiveness, and shrink the time-to-market. The mobile app test automation feature allows the QA team to execute automated test operations at any time from remote locations. The global automation testing market size is expected to grow USD 28.8 billion by 2024, at a CAGR of 18.0% during the forecast period.
Here are six features that you should look for in the mobile testing tool.
· Support Of Multiple Scripting Languages
While choosing the right testing tool for mobile testing, the QA team must consider the best programming language to support their respective testing framework. Several factors should be considered while making the right decision, such as cost, flexibility, and team members’ skill sets. Choose a tool for your QA team that can support multiple programming languages. Moreover, please select a device that supports a scripting language that they are most familiar with. The testing tool should provide the agility and freedom to work in the language that best suits the entire team. The testing tool should give users the flexibility to write tests in the scripting languages which the QA team can quickly learn. Scripting languages used for test automation can extract data, configure test cases, and run tests at routine intervals.
· Defect Categories
What are the bottlenecks in the app that you want to identify and eliminate? Figure out your testing motive and framework. Check if you’re going to find out front-end and back-end errors and how will mobile testing tool perform the test operations. Will the testing tool integrate seamlessly with different mobile testing devices, including simulators and emulators? Once you select a testing tool, review the recent defects that matter that is found in test and production. Analyze if the device can realistically identify and remove these defect types. If the tool cannot efficiently carry out the testing process, you should restart the tool selection process.
· Seamless Integration With CI/CD Tools
Continuous integration (CI) involves automating code changes from multiple contributors into a single software project. CI methodology enables the testers to integrate their work with increasing frequency. Continuous delivery (CD) is helping to package and deploy what CI builds and tests. High-functioning CI/CD practices are necessary for the reliable and fast development of the app. The app testing tool you select for testing your mobile app should integrate easily with the tools you use as part of your CI/CD processes.
If the test tool does not produce meaningful output, it is a bad investment. Tracking test runs over time should be available for the testing tool. Stakeholders at different levels process the app based on the results that are produced. You can look for a mobile testing tool with dashboards and chart features to get a comprehensive look at the outcome. It helps to determine the efficiency of the device and analyze the errors and redundancies in the app.
· Creating Tests For Different Platforms
Cross-platform testing is an essential part of the testing operation. Testing an application on multiple platforms and combinations is a lengthy process. The testing tool enables the tester to run the test operations for various platforms and save time. To choose the right tool, ensure that it allows you to run tests on multiple platforms and OS versions for comprehensive coverage. The testing tool should allow you to reuse your test scripts across different platforms. Moreover, it should enable the QA team to create and maintain the test cases easily. Mobile testing helps identify the application’s performance, site rendering, compatibility, or mobile readiness.
· Scriptless Options For Test Creation
Select a mobile app testing tool that supports a scriptless testing feature. It can significantly enhance the execution of the testing operation. Choose a scriptless testing tool that integrates seamlessly with the existing test practices, frameworks, and tools. If your QA team is not proficient in coding, incorporating a scriptless testing tool makes the testing process more accessible. It helps to bring in quality and efficiency in your testing methodology.
While choosing a mobile app testing tool, ensure that your QA team can quickly adapt it to run the test operations. Choose a device that incorporates a programming language that the testers can soon learn. Determine your budget and expected ROI to select the right tool.