Quality Assurance (QA) is an important aspect of the mobile app development process. Unfortunately, many people miss the importance of this stage.
Disclosure this article contains sponsored content.
To ensure the effective creation of any app, quality assurance (QA) must be involved at all stages of development, from concept to requirements analysis, test specifications, and final product release. Even post-development assessments require quality assurance.
However, deciding where to begin when developing your Mobile automation Testing process might be difficult. Simply follow the nine steps outlined below to ensure a smooth process.
- 1 Phase 1: Planning
- 2 Phase 2: Identifying the Different Types of Testing
- 3 Phase 3: Designing Test Cases and Scripts
- 4 Phase 4: Manual and automated testing
- 5 Phase 5: Usability and Beta Testing
- 6 Phase 6: Performance testing
- 7 Phase 7: Security and Compliance Testing
- 8 Phase 8: Device Evaluation
- 9 Phase 9: Control and Summary
Phase 1: Planning
When the development process is nearly finished, you must determine what you want to accomplish and what limits you face.
You should be aware of the following information:
- Is the app compatible with other apps?
- Is front-end app testing the only option?
- How is the weight distributed?
- Does the application flow change if the phone’s state changes?
- Are all of the features working?
- Is the app a native app, a mobile-web app, or a hybrid app?
- Does it also involve back-end testing?
- Is it possible to connect to multiple networks?
- How often does data/space change based on usage?
Make sure you let the team know what their responsibilities are and what you expect of them. After all, sustaining a positive team atmosphere necessitates effective communication.
When creating your test case sheet, this is also true. This document should be maintained and updated by the entire QA team, with all features implemented throughout the process.
Phase 2: Identifying the Different Types of Testing
Before you start testing any mobile apps, figure out what kind of testing you’ll need: functional, usability, compatibility, performance, security, and so on.
Choose which target devices to test and which functional criteria to evaluate.
You’ll also need to decide which target devices to include. This can be accomplished by:
determining which devices the app will support;
Identifying the most recent version of key operating systems that will be supported;
determining which models are the most popular among the target population;
Choosing a few more devices with various screen sizes;
Choosing between physical devices and emulators;
Phase 3: Designing Test Cases and Scripts
For each feature and capability, create a test case document.
Some special scenarios should be covered in addition to functional test cases:
It’s also crucial to figure out which combination of human and automated testing you’ll use.
As needed, create separate suites for manual test cases and automated test scripts. And look for any reusable automation scripts that may be modified to fit the project’s needs.
Phase 4: Manual and automated testing
It’s now time to put both human and automated test cases to the test.
You’ve already decided the tests and scripts to use and developed them. You’ll test these on the fundamental functionalities in this phase to make sure there are no issues.
Phase 5: Usability and Beta Testing
Now that the fundamental operations have been verified, it’s time to ensure that the mobile application is simple to use and gives a positive user experience. This phase necessitates the maintenance of a cross-platform matrix to guarantee that beta testers have covered all platforms.
Phase 6: Performance testing
Because mobile device applications have less overall device memory and power, they must be extremely efficient. Change the connection from 2G to 3G to WIFI to test the app’s responsiveness, battery consumption, stability, and other features.
Testing your application for scalability and performance issues is a good idea.
Phase 7: Security and Compliance Testing
Nowadays, data security and privacy are of utmost importance. Users want their data and information to be safe and secure.
Evaluate SQL injection, data dumps, session hijacking, packet sniffing, and SSL to ensure the app is secure.
Phase 8: Device Evaluation
Execute test cases and scripts on all previously identified devices, in the cloud, and/or on physical devices in the lab or through testing tools.
Phase 9: Control and Summary
Through stabilising the app and finding small issues, this phase comprises rigorous and comprehensive testing – from early iterative phases to regression tests that may still be required.