Xamarin Vs React Native – Which One Is Best?

 

We are in a mobile world and businesses are continuously trying to find ways to ace the mobile app development. You might have heard about Xamarin and React Native frameworks to build mobile apps. These frameworks possess cross platform abilities, and their popularity has been been growing among the programming community. While choosing the best framework for app development, you might get confused between Xamarin vs React Native, so here we came with the comparison of Xamarin and React Native. Before digging to the comparison, let us see the overview of each one.

What Is Xamarin?

It is a popular cross-platform development framework used to build native-like and performant apps. Xamarin SDK was open-sourced and free within Microsoft Virtual Studio. More that 15k companies from various industries are using xamarin framework.

It uses a single programming language C# and .NET framework to create mobile apps for various platforms and requirements. Also, it uses XAML that is markup and data binding language for app. Xamarin acts as an abstraction layer that eases the communication of shares code for platforms. You can write the app and compile into native app packages. You can build cross platform apps, apps with native like performance, apps with reusable components etc with Xamarin.

What Is React Native?

It is a popular open-source framework that runs on Javascript. Mainly it focuses on the native rendering of apps which is compatible with iOS and Android. React native is written with XML-Esque markup and Javascript that is also called JSX. React Native is supported by the facebook community.  One can build simple cross-platform apps, apps with reusable components, apps that operate with synchronous APIs etc. with React native.

You can know the steps to optimize react native app at- Amazing steps to optimize the performance of React Native Applications

Xamarin Vs React Native- A Comparison

1. App Architecture-

Xamarin-

It supports a whole lot of architectural patterns and is not bound to a single architecture. Model-View-Presenter (MVP) is the way to go when designing native mobile apps with Xamarin. Similarly, you’d want to build Xamarin.Forms apps on the Model-View-View-Model (MVVM) pattern to make the most out of Xamarin’s offerings. There are some other patterns in the Xamarin ecosystem like Singleton, Command and Publish/Subscribe.

React Native-

It possesses a bridge between Native thread and Javascript thread. According to this functionality, Javascript code communicates with platform and Native API. In case of iOS, React Native uses JavascriptCore separately to run code, but in Android it bundles the JavascriptCore within app. This might increase the native functionality and also increases the app size, that result in device lagging or performance issues.

2. Performance-

Xamarin-

In terms of performance, apps with xamarin for Android turned out to be comparable with native apps. Xamarin.Andorid perform better than native apps in some instances like SQL BulkInsert operation. It can be say that Xamarin.Android is a great option for native apps. Xamarin.iOS apps, can not keep up with the performance metrics of native iOS apps. There are lots of factors that affect app performance including backend performance and Xamarin Native lets you to create apps that cannot be differentiated from natively developed ones.

Xamarin.Forms presents 90% code reusability, the app performance falls behind its native counterparts. For some common functions of mobile apps like booting, serialization/deserialization, image loading/saving, Xamarin.Forms apps showed the weaker metrics as compared to native apps. But various organizations and developers are ready to compromise on performance for operational feasibility and cost effectiveness they get in return.

React Native-

React native includes three elements, javascript thread, native thread and bridge that acts as a mediator between both threads. When a user opens React Native app, native thread sends a message to the javascript thread through the bridge. A reason of low performance of react native apps is the number of messages that javascript thread can process is limited. Hence whenever the limit is crossed, the UI starts lagging. For some cases, app UI takes more than 16 milliseconds to render the program making the app stutter. 

Performance of react native apps can be improved by using third-party libraries. Elements like Slowlog helps in setting performance timers that can help to track performance issues and resolve them.

3. User Experience-

Xamarin-

You can create platform-specific UIs and access all the native APIs like SDKs, Bluetooth to bring apps interactive. As xamarin uses native UI controls to bring hardware acceleration into picture, apps do far better than solutions doing code interpretation during runtime. Programmers can add charts, UI controls, graphics, themes from Xamarin’s component store. You can also use material design components to build custom apps.

React Native-

React Native uses ReactJS library and provides developers with UI components which ensure the apps developed are fast as compared to its competitors. Also, it has simplified user interface, that eases to understand the framework.

4. Third Party Support-

Know more at- https://solaceinfotech.com/blog/xamarin-vs-react-native-which-one-is-best/

Ionic Vs Xamarin – A Comparison That You Must Know

 

These day hybrid apps popularity is growing exponentially. Developers are going hybrid due to the benefits like- multi-platform support, development costs, code reusability, lower time to market and so on. Ionic and xamarin are two popular frameworks for building hybrid applications. Selecting the best one from these two frameworks can be confusing as the difference between ionic and xamarin is not only about performance but also about UI/UX experience, app size, code reusability, third-party SDK etc. So here we’ll compare ionic and xamarin on the basis of various parameters and help you to choose the best one. But before digging to the comparison ionic vs xamarin, let see the overview of each one in detail. 

What Is Ionic?

It is an open-source UI toolkit which allows you to create hybrid cross-platform mobile apps. It uses Webview for mobile rather than using native device elements. Framework uses Javascript codebase like vanilla Javascript, React, Angular or Vue. Moreover, Ionic has numerous components that give native functionality. The framework is known for giving proficient performance with least DOM control.

This framework is used to develop hybrid apps, cross platform apps, native wrapper, high performance UI/UX app etc.

What Is Xamarin?

Xamarin is one of the most popular cross-platform development framework to build native-like apps. Xamarin SDK was open-sourced and made available free within Microsoft Virtual Studio. The framework is used by 15,000+ companies and various industries like energy, transport and healthcare. It makes use of a single programming language, C#, along with .NET framework to build mobile apps for various platforms and requirements. Also it uses XAML that is a markup and data binding language for an app. Xamarin acts as an abstraction layer that carry out communication of shared code for the platforms. One can write app and then compile them into native app packages. 

Xamarin is used to develop apps with native-like performance, applications with reusable components and that need hardware acceleration.

Ionic Vs Xamarin- A Comparison

1. App Architecture-

Ionic-

Ionic uses AngularJS MVC architecture, a software design pattern including Model View Controller, to build single-page, cross-platform apps optimized for mobile devices. With this kind of architecture, multiple  developers can work simultaneously and so reduces the development turnaround time and increases productivity. 

Xamarin-

Xamarin environment supports various architectural patterns and is not bound to a single architecture like many other patterns. There are some patterns that turn out to be more useful as compared to others. Model-View-Presenter (MVP) is the best when designing native mobile apps with Xamarin. You need to build Xamarin.Forms apps on Model-View-View-Model (MVVM) pattern to make the most out of Xamarin’s offerings.

2. User Experience-

Ionic-

It offers a rich, seamless in-app experience for both iOS and Android apps to develop a native-like persistent and transient UI navigation. Its hybrid approach kills the need to submit a latest version to the application stores. This allows for the rapid development of features within a native mobile app container which delivers live updates to users’ devices. Also there is no need to download the app apk time to time for new updates.

Xamarin-

With xamarin, you can create platform-specific UIs and access all the native APIs like SDKs, Bluetooth to bring apps to life. It uses native UI controls to bring hardware acceleration into the focus, the apps do far better than solutions doing code interpretation during runtime. Developers can add themes, UI controls, charts and graphics from Xamarin’s component store. You can use material design components to build custom apps.

3. App Size-

Know more at- https://solaceinfotech.com/blog/ionic-vs-xamarin-a-comparison-that-you-must-know/

Flutter vs Xamarin- Know the comparison!

For the last decade, the mobile industry has undergone tremendous growth, especially regarding application development.  There were more than 2 billion smartphone users in the world, and the number is going to increase over 5 billion by the end of 2022. Apple and Google have provided tools and technologies to develop an app. IoS developers can build apps using Xcode and Swift, whereas Android developers can use Android Studio and Kotlin/JAVA. As a result, this requires engineers to learn two completely different technologies. So, companies have started to use cross-platform solutions using single language. Before Flutter landed in the cross-platform development field, two frameworks are popular in the market: React Native and Xamarin. Let’s see the Flutter vs Xamarin.

Flutter vs Xamarin

Flutter vs Xamarin

1. Introduction- 

Flutter-

Flutter is a Google’s project. It was heavily promoting since 2019. Flutter helps developers to build cross-platform apps faster using single programming language.

Xamarin–

It has been found since 2011 and is now a part of Microsoft community. But flutter has started seeing a huge change since 2017. Xamarin was the first cross-platform mobile app development framework where companies can make both android and ios apps. Later in 2016, Microsoft acquired Xamarin and it so it becomes a part of Microsoft Visual studio.

2. Programming Language-

Flutter-

Flutter uses the Dart programming language which was introduced by Google in 2011. Flutter supports most of the object-oriented concept so, Dart syntax is easy to understand for JavaScript or Java Developers. It is easy to get started with, because there are many documentation available on Dart site.

Xamarin-

Xamarin uses C# language to build cross-platform apps. C# has been widely used in the Microsoft community since many years, so it is a very popular language. To build .NET frameworks and for web development C# is useful. So the transition from web development to cross-platform mobile development is easy for developers with Xamarin. It is popular with its cool features like portability, metaprogramming and functional programming. 

3. Technical Architecture- 

Flutter-Skia

Flutter uses dart framework. It has many inbuilt components so is bigger in size and doesn’t require the bridge to communicate with native modules. Dart has many frameworks, such as Material Design and Cupercino. These frameworks are packed inside and it provides all the required technologies needed to develop mobile apps. This Dart framework uses Skia C++ engine, that has all protocols, compositions and channels. Simply, Flutter has everything required to develop an app in the Flutter engine.

Xamarin- Mono

Xamarin uses the Mono execution environment for both iOS and Android platform. For iOS, Mono execution environment runs with Objective-C and Unix kernel. While for Android,  it runs along with Android Runtime on Linux or other kernel. Microsoft documentation includes detailed explanation of ios and Android architecture used with xamarin. Xamarin also has Swift runtime support.

Analysis- Xamarin architecture looks solid, but it doesn’t have great support for the Kotlin or the Swift run time which are official runtimes for developing Android and ios apps. Hence Flutters wins the architecture battle.

4. Installation- 

The installation method should be easy. 

Flutter- 

Flutter can be installed by just downloading the binary for a specific platform from GitHub. For macOS, we have to download the flutter.zip file and add it as a PATH variable. Flutter should improve the installation method by supporting package managers, so that users wouldn’t need to perform these extra steps during installation.

Xamarin — Visual Studio (Xamarin SDK)-

It is generally used with the Visual Studio IDE, Xamarin SDK for iOS.  MacOS can be installed into Visual Studio afterwords. The step-by-step installation guide for installing Visual Studio with Xamarin SDK can be found at microsoft’s documentation. There is hardly any documentation or resources about installing or using Xamarin without Visual Studio.

Analysis-

Xamarin installation is completely dependent on the Visual Studio IDE, while Flutter installation can be done via command line. installing Flutter is much more easier and lightweight and Flutter can be installed without any dependency on IDE.

5. Learning Curve- 

Flutter-

Flutter has detailed information on IDE setup and platform setup for both iOS and Android. You can read all the required setup details on Flutter install for macOS at flutter’s documentation. Flutter has a CLI tool called flutter doctor which can guide developers through the setup. It checks which tools are installed on the local machine and which tools need to be configured. Once all the setup is done, we can create and run a new Flutter app from CLI easily.

Xamarin- 

Xamarin configuration is heavily dependent on Visual Studio and the Xamarin SDK, so the developers who are already familiar with the VS Code can get up and running very quickly. However, Xamarin requires separate configurations for ios and Android. The Xamarin guides ios and Android. This explains the onboarding process for new developers, but Xamarin is heavily dependent on Visual Studio. A developer who is not from Microsoft ecosystem requires long learning curve.

6. UI component and development API-

Flutter-

This framework is packed with UI rendering components, device API access, navigation, testing, stateful management and loads of libraries. This eliminates the need to use third-party libraries. If you get the Flutter framework, it means you will have everything needed for developing mobile apps. Flutter also has widgets for Material Design and Cupertino that allow developers to easily render the UI on both iOS and Android platform.

Xamarin-

Xamarin is the oldest cross-platform SDK so it has solid documentation of its development API. It supports various platforms, like iOS, Android, Forms, macOS, watchOS, tvOS, etc, which have lots of UI components and modules for developers to build on. Xamarin also has documentation for developing individual components, like layout, buttons, pop ups, databases, etc.

7. Developer productivity-

Flutter-

As the complexity of apps grows, developers need to learn and adopt new Flutter concepts. Dart is uncommon programming language so there is a lack of support for it.

Xamarin-

This framework has many modules and great development API. It is relies upon Visual Studio IDE. Developers from Non-Microsoft community need large learning curve for the concepts of VS Code.When compared to editors, IDEs are heavy-weight and building and compiling things takes time. As xamarin uses AOT compilation for ios  and JIT/AOT for android, so changing UI may require some time.

8. Community Support-

Flutter

Flutter gained a lot of attention when Google promoted it in the Google I/O conference in 2017. The Flutter community is growing rapidly. Meetups and conferences are taking place online. In short, the Flutter community is growing rapidly; yet, there are still not enough resources for developers to solve common issues.

Xamarin-

Xamarin has a huge community all over the world. There are community forums to discuss problems, issues and proposals. There are some conferences as well for Xamarin-related talks, like Xamarin Developer Summit. Being the oldest cross-platform mobile app development framework, the Xamarin community has more involvement from developers.

Conclusion-

Xamarin and Flutter are frameworks in the cross-platform mobile development market. Both of these will enable to produce native-like mobile apps from the same codebase. Here, we have compared both technologies based on different criteria from a developer’s perspective. It is true that Flutter has entered the industry very strongly.

Are you thinking to develop an app for your business? Solace Infotech is a software development company which specializes in custom applications development using Flutter and Xamarin as our core strength and foundation. Contact Us and we’ll be glad to share our expertise to make your app successful.