Android, as one of the only two mobile OS platforms, has gone from strength to strength. It is no longer viewed as a secondary option to iOS in terms of app revenue or app earnings.
With a highly decentralised mobile device ecosystem comprising hundreds of device manufacturers running different Android versions, the platform equally appeals to high net worth users and entry-level smartphone users.
For any ontwikkelingsbedrijf voor mobiele apps, the platform not seeing the importance of Android apps is practically impossible.
But just like the Android ecosystem, technologies used for building Android apps also represents a broader range. Here we are going to briefly explain the leading frameworks used for Android app development.
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Flutter is a cross-platform development framework created by Google and widely used in Android app projects. It is a robust UI development kit with inbuilt access to native UI components. Flutter is known for quick and modular development preferred by app startups in the object-oriented Dart language.
- Flutter offers an excellent repository of UI widgets to build sophisticated Android app with preferred look and feel.
- The out-of-the-box hot reload feature helps developers make code changes and reflect the changes live.
- Flutter offers out of the box tools for UI, unit and functionality testing.
- Flutter provides a modular development approach befitting to startup app projects and MVP app projects.
React Native incorporated many core attributes of sophisticated cross-platform development that became popular in recent times. It is equally preferred by leading enterprise app projects as well as startups.
- React Native allows easy implementation of the native UI components, ensuring a high-quality native Android user interface.
- React Native comes with an extensive library of ready to use UI components to help fast-paced development.
- React Native gives Android developers easy access to native Android functions such as camera, GPS, and many others.
- React Native offers a hot reload feature to allow seeing the impact of the code changes instantly.
- React Native boasts of a large global community of developers.
Created and maintained by Microsoft, Xamarin is a leading framework to build sophisticated Android apps powered by .NET technology. For quite some time, it is also one of the most matured frameworks for cross-platform and Android app development.
- Xamarin comes equipped with a robust toolset that helps developers work by sharing C# or XAML code across platforms or app projects.
- The code-sharing of Xamarin, apart from increasing development speed, also helps reducing bugs and errors in the development process.
- Xamarin enables the cloud testing service of Microsoft to help easier app testing across numerous devices. This is particularly helpful for testing Xamarin apps across multiple Android devices.
- Ionic offers various software development tools, gestures, and animations for shaping sophisticated mobile UI.
- Ionic also provides a simple CLI to ensure easy access to emulators for testing, live to reload feature, and several exciting features.
- Ionic is also a tremendously flexible framework and allows easy integration with many frameworks and libraries like AngularJS.
Corona SDK Framework
Corona SDK is widely used in entertainment and game app projects on Android and other operating system platforms.
Based on the Lua programming language, the framework is equipped with more than 1000 inbuilt APIs, many plugins, and native extensions. From Angry Birds to The Lost City to Fun Run, many gaming apps have been built using the Corona SDK framework.
- Lua language at the core of this framework is a low footprint and easy-to-learn programming language that focuses on faster development speed and ease of extending features.
- Corona SDK has already been used across an array of successful Android mobile game apps.
- Another critical attribute of the framework is that it allows seeing app changes and iterating with them instantly.
- It involves an easy learning curve for new developers and hence is great for small app startups.
- The framework offers support for instant and real-time testing.
- The framework has been used in developing a whole array of successful 3D and 2D games.
- The framework provides a wide range of integration tools to add features.
You have read the article up to this point; you must have understood how Android development continued to impact advanced frameworks and technologies over the years.
Since every Android app project is entitled to its requirements, the straightforward value judgment of any framework is preposterous. Instead, we need to focus on the strengths of each framework and how it can benefit our Android app project.
But making a great choice of the technology stack is essential for the success of an Android app. All the frameworks discussed here have many strengths, and their weaknesses are still not as big as to outshine their strengths.
So, you can try any of these technologies in your app project depending upon the nature of your app project, available developer resources and budget. I hope you choose the best framework for your next Android app project.