Limitations of Appium
Below are some limitations that we have to keep in mind while using Appium:
- Execution Speed: Appium tests may experience slower execution compared to native testing frameworks due to communication layers, potentially introducing delays.
- Device Compatibility Challenges: Appium may face compatibility issues with specific Android devices and iOS versions, limiting access to certain advanced device-specific features.
- Automation Complexity: Automating tasks involving hardware features, such as taking screenshots, can be challenging in Appium.
- Limited Non-Mobile App Support: Appium is primarily tailored for mobile apps, posing complexities when automating interactions with non-mobile apps like web applications.
- Community Support: While Appium boasts a robust community, it may not offer the same comprehensive support and documentation as some commercial alternatives.
What makes Appium so popular?
In this article we will deep dive into the world of Appium, explore its advantages, and disadvantages, explain it briefly how it works and finally, why is it so popular amongst developers/testers.
What is Appium used for?
Appium is a hugely popular, open-source tool mainly used in the field of automation testing in mobile applications. It supports the automated testing of native, hybrid, and mobile web applications on renowned platforms like Android and IoS. Python Appium supports test cases written in renowned languages like Java, Python, C#, and others. This feature makes it useful for a wide range of developers who are fond of any of the above-mentioned languages.
Cross-platform compatibility is also an important feature of Appium. It allows developers/testers to write test cases and execute them on multiple platforms without making any modifications. It also supports various external automation frameworks that provide access to device-specific functionalities, making it the first choice for mobile app testing.