Companies want to develop apps as soon as there is a market demand. The tech world in the 21st century operates on lightening speed. It’s not the time to dwell over your app for months before you release it. Gone are the days where the developers needed to develop time-consuming codes for different platforms. Cross-platform development of apps does not only make it quicker and easier for the developer to build the app but also cheaper.
But the question remains which app development cross-platform to choose – Flutter or React Native? Let’s compare the lead market players to identify which framework would best choose the company’s app idea.
Introduction to Flutter
Flutter is a portable UI toolkit that was built by Google to build natively-compiled apps across mobile, web, and desktop from a single codebase. The programming language used to build this platform is Dart. Some of the apps that are developed in Flutter include Xianyu app by Alibaba, Hamilton app for Hamilton Musical and Google Ads app.
Popularity: 68,000 Stars on Github (June 2019)
Reference Link: https://flutter.dev/
Introduction to React Native
Popularity: 78,400 stars on Github (June 2019)
Reference Link: https://facebook.github.io/react-native/
Flutter v/s React Native
New and old version apps that are built using Flutter have the same up-to-date operating systems. Since, it has only one codebase, the apps look and behave identically in Android and iOS.
Flutter has two types of widgets which conform to specific design languages: Material Design widgets implement Google’s design language of the same name; and Cupertino widgets imitate Apple’s iOS design. Hence, the Flutter app looks and behaves naturally on both the platforms imitating their native components, for instance, a button will have the same look and feel on iOS, as well as Android.
Flutter uses the Skia Graphics Library, which means that the view changes each time the UI is redrawn (be careful so as not to cause redrawing of those elements of the view whose data has not changed). Most of the work is done on GPU (graphics processing unit); that’s why Flutter UI is smooth and delivers 60fps (frames per second).
Reference Link: https://skia.org/
On the other hand, React Native uses native components. The app’s components will get instantly upgraded after any OS UI update. In order to give the same look to the app across platforms and older versions, the developer would need to consider using third party libraries which will enable you to use Material Design components, in place of native ones.
Currently, Flutter uses a single code base between iOS and Android on mobile. Although, the long-term vision is to allow developers to write one code for desktop, mobile and for the web. Flutter for web (only preview available) and desktop are currently in the nascent stages.
On the other hand, React Native have select libraries that allows the developers to use the same code to build iOS, Android, web, and Windows10 apps. They can also extract shared code in mobile, desktop, and web apps, to a separate repository; treat it as a separate project; then inject it in the same way as another dependency. Hence, the developer can just focus on writing code for a specific platform and be assured that it will be compatible with the other.
Time-Frame to Develop the App
When developers make changes to the codebase in Flutter or React Native, they are immediately reflected in the application. This is the so-called Hot reload feature, and it typically takes (milli-)seconds for changes to show. Hence, developers can add features, fix bugs, and experiment with new ideas in an instant. It is also is very handy when it comes to developing designer collaboration.
From the developer’s perspective, Flutter offers a more dynamic and faster app development. React Native uses bridge and native elements which may require separate optimization for each platform which makes it longer for the developer to make it market-ready.
Flutter employs the C/C++ library, which is much closer to machine language and delivers superior native performance. All the components, including the UI, are compiled using C/C++.
The performance of Flutter is more efficient than that of React Native.
React Native offers:
Both, Flutter and React Native apps have their own limitations when it comes to incorporating certain elements in the app.
Flutter doesn’t allow:
Native React doesn’t allow:
The Future – Flutter or React Native?
Both, Flutter and React Native are constantly trying to improve and refine the tool. Both these platforms have their own competitive advantages and drawbacks, so they are both here to stay!
Flutter is trying to make improvements – using a single codebase to create not only mobile applications but also web and desktop apps. They are also working on implementing the use of 3D touch.
React Native is currently focussing on a large-scale re-architecture of the technology. They have included Support for the community to create an open environment. The developers will be able to suggest changes to the framework’s core functionalities through an RFC process that uses a dedicated GitHub repo.
If you have any further doubts or questions on Flutter or React Native frameworks, you can contact the App Scoop mobile app developers or the Vancouver app development Team: https://www.app-scoop.com/contact-us.html