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5 Reasons Why Flutter Framework is Better than React Native

4 minutes read

Flutter has become one of the most hyped cross native frameworks since its stable release. Nowadays, most of the companies are enthusiastic about flutter. It is mainly because one can develop applications for Android, iOS, Windows, Mac, Linux, and web from a single codebase. Despite fast development and flexible UI, many developers still want to hold on to the React Native. Let’s discuss why Flutter Framework is the best followed by a comparison between Flutter and React Native from a developer’s perspective.

What is Flutter?

Flutter, a UI software development kit by Google is known for building impressive, natively compiled apps for web, mobile, and desktop using a single codebase.

Flutter was originally an open-source project for mobile application development. Later it was extended to support platforms like web, Windows, Google Fuchsia and Linux. You might be already aware of Google’s new operating system called Fuchsia. Here, Flutter is the primary source for developing its applications. Recently, Flutter has become more competitive with React Native (Facebook) and Xamarin (Microsoft).

Useful resources:

  1. Mobile support for Flutter
  2. Web support for Flutter
  3. Desktop support for Flutter 

Why Flutter Framework?

1. Fast Development

Flutter is faster than many other application development frameworks. With its “hot reload” feature, you can experiment, build UIs, add/remove features, test and fix bugs faster. Thus reducing the overall app development time.

2. Expressive and Flexible UI

You can really build beautiful apps in Flutter. Also, the end-user experience is similar to native apps. Flutter has a layered architecture that lets you control every pixel on the screen. Thus, customization is very simple in Flutter. With its powerful composting capabilities, you can overlay and animate graphics, text, video, and other controls without any limitations.

You’ll also find a set of widgets that deliver pixel-perfect experiences on Android and iOS. It enables the ultimate realization of Material Design. Just in case you don’t know, Material.io is Google’s initiative to build beautiful, usable products with Material Components for digital experiences.

Useful resources: Material.io

3. Native Performance

Flutter’s widgets incorporate all critical platform differences such as scrolling, navigation, icons and fonts. This provides a native performance experience on both iOS and Android.

4. Dart Language

Dart programming language is developed by Google and is meant for mobile, desktop, backend and web applications. It is a client-optimized language for fast performing apps on multiple platforms.
Dart is AOT (Ahead Of Time) compiled to fast, predictable, native code, allowing writing almost all of Flutter code in Dart. This makes Flutter extremely fast and customizable. Virtually, everything (including all the widgets) can be customized.

5. Important Flutter Tools

Flutter framework supports many different tools including Android Studio and Visual Studio Code. It also provides support for building apps from the command line. Dart DevTools, which is a new debugging tool, is more flexible and allows runtime inspection. You can also view logs, debug apps and inspect widgets for Flutter App Development.

  1. Widget inspector helps to visualize and explore the tree hierarchy. Flutter uses this for UI rendering.
  2. Timeline view helps you to monitor your application at a frame-by-frame level. You can also identify rendering and computational work in timeline view.
  3. Source-level Debugger: It lets you step through code, set breakpoints and investigate the call stack.
  4. Logging View displays events from the Dart runtime, application frameworks and app-level logging events.

Flutter vs React Native

FlutterReact Native
Initial Release20172015
Created ByGoogleFacebook
Open Sourceyesyes
Programming LanguageDartJavaScript
Popularity68,000 Stars on Github (June 2019)78,400 stars on Github (June 2019)
IDEHigher compatibility with IntelliJ idea, Visual code studio & Android studioA wide range of IDE’s and tools support React Native
Documentationclean and easy to followUnclear
ArchitectureBLoCFlux and Redux
Stateful Hot ReloadingAvailableAvailable
Adaptive ComponentsComponents are not adaptive. Need to be configured manually (proprietary widgets)Some are adaptive automatically
(native components)
App PerformanceHigher at 60fps animation standardLower as it uses JavaScript bridge for initiating interaction
Native AppearanceBetter as it has access to the device’s core functionalitiesLess due to its dependency on third-party
3D SupportNoYes
Top apps built using Flutter/ReactXianyu app by Alibaba, Hamilton app for Hamilton Musical, Google Ads app
More
Instagram, Facebook, Facebook Ads, Skype, Tesla

Conclusion

React Native is an older framework is quite popular with its stability and developing time. However, React Native and Flutter framework have their own pros and cons. But, both are actively good looking at the features they’re providing.

React Native sounds like a tooling and dependency nightmare, while Flutter sounds like pleasure but still suffering growing pains. From my personal experience, many developers have expressed extreme frustration with React Native at times. Also, Developers have acknowledged that it’s a pleasure to develop apps in Flutter. 

From my own experience, I’m strongly leaning towards Flutter.


About the Author: Raviteja Aketi is a Senior Software Engineer at Mantra Labs. He has extensive experience with B2B projects. Raviteja loves exploring new technologies, watching movies, and spending time with family and friends.

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Beyond the Click: The Art of Interaction Design

The Importance of Interaction Design Principles

In the ever-evolving landscape of digital experiences, interaction design (IxD) has emerged as a critical component in crafting user-friendly interfaces. While aesthetics matter, the way users engage with a product can make or break their experience. Understanding and applying interaction design principles can lead to more intuitive, efficient, and enjoyable user interactions. Let’s delve into the significance of these principles and how they impact the overall user experience.

What is Interaction Design?

Interaction design emphasizes the creation of engaging interfaces with carefully considered behaviors. It involves designing how users interact with a system, emphasizing the communication between users and products. This includes elements like buttons, icons, and transitions that facilitate user actions and guide them through their tasks.

Key Principles of Interaction Design

  1. Consistency
    Consistency in design allows users to familiarize themselves with a product more quickly. When similar actions lead to similar results, users can navigate the interface without confusion. This applies to visual elements, terminology, and behavior across the application or website.
  2. Feedback
    Providing immediate feedback is crucial for keeping users informed about their actions. Whether it’s a visual cue, sound, or haptic response, feedback reassures users that their actions have been recognized. For instance, when a user submits a form, a confirmation message or visual change helps indicate success.
  3. Affordance
    Affordances are the inherent characteristics of an object that indicate how it should be used. For example, a button should look clickable, while a slider should visually imply it can be moved. Designing with affordances in mind helps users intuitively understand how to interact with elements without needing explicit instructions.
  4. Usability
    The ultimate goal of interaction design is to create a product that is easy to use. This means simplifying processes, minimizing unnecessary steps, and ensuring that users can achieve their goals efficiently. Conducting usability testing can help identify pain points and streamline the user experience.
  5. Accessibility
    Interaction design must consider diverse user needs, including those with disabilities. Designing with accessibility in mind ensures that all users can interact with the product effectively. This involves utilizing proper color contrasts, enabling keyboard navigation, and ensuring screen reader compatibility.
  6. Simplicity
    A cluttered interface can overwhelm users and hinder their ability to interact with the product. Prioritizing simplicity helps users focus on essential tasks and reduces cognitive load. Strive to eliminate unnecessary elements and streamline user journeys.

The Impact of Interaction Design Principles

Enhanced User Satisfaction

When users find a product intuitive and easy to navigate, their overall satisfaction increases. Positive interactions encourage users to return, boosting loyalty and engagement.

Improved Efficiency

By adhering to interaction design principles, you can reduce the time and effort users spend completing tasks. This efficiency translates to higher productivity and a better overall experience.

Increased Conversion Rates

In e-commerce and digital services, effective interaction design can significantly impact conversion rates. When users find it easy to navigate, understand, and complete actions like purchases or sign-ups, they are more likely to convert.

Stronger Brand Identity

A well-designed interface that aligns with interaction design principles can enhance a brand’s identity. Consistency in design and user experience fosters trust and recognition, which are essential for brand loyalty.

Conclusion

In a digital world where user expectations continue to rise, the importance of interaction design principles cannot be overstated. By focusing on consistency, feedback, affordance, usability, accessibility, and simplicity, designers can create engaging experiences that resonate with users. Ultimately, embracing these principles not only benefits users but also enhances the success of the product in a competitive market. As we move forward, let’s prioritize interaction design as a cornerstone of effective UI/UX design, ensuring that every interaction is meaningful and enjoyable.

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