Types of Portability Testing
- Hardware Portability Testing: This testing ensures that the software can function on various hardware setups. It requires testing the application across a range of hardware architectures, processors, and devices.
- Browser portability Testing: It tests for browser portability. Testers confirm that the software runs well and shows consistently in popular browsers such as Internet Explorer, Firefox, Chrome, and Safari.
- Data Portability Testing: Data portability testing evaluates the program’s capacity to move data between various contexts and systems. It guarantees that throughout transitions, data can be imported and exported without modification or loss.
- Middleware Portability Testing: Testing for middleware portability assesses how well a piece of software works with various middleware services and components. It guarantees that a variety of middleware technologies can be seamlessly integrated with the application.
- Installation and Uninstallation Portability Testing: This kind of testing evaluates how simple it is to install and remove the software in various settings. It verifies if the installation procedure is dependable and consistent across a range of platforms.
Portability Testing – Software Testing
Software testing that assesses a program’s ability to function properly in many environments without requiring major changes is known as portability testing. The goal is to guarantee that the program may be transferred or ported to different platforms, operating systems, browsers, and configurations and remains functional, flexible, and compatible. In this article, we’ll learn about its objectives, types, attributes, advantages, and disadvantages.
Table of Content
- What is Portability Testing?
- Objectives of Portability Testing
- Types of Portability Testing
- Portability Testing Attributes:
- Portability Testing Checklists:
- Advantages of Portability Testing
- Disadvantages of Portability Testing