Compatibility testing is an important activity in the computer software testing process, aiming to verify the correct operation and compatibility of software between different platforms, operating systems, network environments, hardware devices or software versions. So, what are the basic principles of compatibility testing? Let’s take a look at the detailed introduction!
Basic principles of compatibility testing :
1. Platform compatibility testing: Test the compatibility of software on different operating systems (such as Windows, Linux, iOS, etc.), processor architectures and devices. Ensure software runs correctly and provides consistent functionality and user experience across various platforms.
2. Browser compatibility testing: For web applications, test their compatibility in different browsers (such as Chrome, Firefox, Safari, IE, etc.) and different versions. Ensure that web applications display and run correctly on various browsers.
3. Version compatibility testing: Test the compatibility of software on different versions of operating systems, databases or dependent libraries. Make sure there are no issues with the software interacting and integrating between different versions.
4. Device compatibility testing: Test the compatibility of the software on various hardware devices, such as screens with different resolutions, mobile devices of different models, etc. This is especially important for mobile apps, which need to adapt to a variety of devices and screen sizes.
5. Data compatibility test: Test the compatibility of the software in various data input and formats, such as different languages, character encodings, date formats, etc. Ensure the software can correctly handle and display various data types and formats.
In short, compatibility testing is not a simple test type focused on execution. Determining the compatibility testing strategy requires systematically dividing the entire test cycle into hierarchies, setting filtering conditions between hierarchies based on data or facts, and establishing hierarchies. Channels and methods for continuous feedback.