React Native View Full Screen: Apps Built with React Native
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2 Nov, 2023 | React Native App Development

React Native View Full Screen: A Comprehensive Guide

Introduction to React Native View Full Screen

React Native has emerged as a highly popular framework for developing cross-platform mobile applications with a native feel and performance. By utilizing React Native, developers can create seamless user experiences, making the most out of the available screen space. In this React Native View Full Screen comprehensive guide, we will delve into various aspects of React Native, focusing on creating full-screen views, understanding its architecture, building apps with TypeScript, and integrating ads into your application.

Section 1: Achieving Full-Screen Views in React Native

1.1 React Native View Full Screen 

Creating a full-screen view in React Native is crucial for providing users with immersive and engaging content. The react native view full screen keyword underscores the significance of this feature in mobile app development. To implement a full-screen view, developers can utilize the StyleSheet and Dimensions APIs provided by React Native.

Example Code:

  [code] import React from 'react'; import { View, StyleSheet, Dimensions } from 'react-native'; const FullScreenView = () => { return <View style={styles.fullScreen}></View>; }; const styles = StyleSheet.create({ fullScreen: { width: Dimensions.get('window').width, height: Dimensions.get('window').height, }, }); export default FullScreenView; [/code] In this example, the Dimensions API is used to set the width and height of the view to match the device's screen dimensions, resulting in a full-screen view.

1.2 React Native View Full Height 

Achieving a view that spans the full height of the device's screen is similar to creating a full-screen view. Developers can use the Dimensions API to set the view's height to the screen's height.

Example Code:

[code] import React from 'react'; import { View, StyleSheet, Dimensions } from 'react-native'; const FullHeightView = () => { return <View style={styles.fullHeight}></View>; }; const styles = StyleSheet.create({ fullHeight: { height: Dimensions.get('window').height, }, }); export default FullHeightView; [/code]

1.3 React Native View Cover Full Screen 

To make a view cover the entire screen, including status bars and navigation bars, developers can use the "StatusBar" and "SafeAreaView" components. The "SafeAreaView" component ensures that your content is not obscured by notches and other screen irregularities.

Example Code:

  [code] import React from 'react'; import { View, StyleSheet, StatusBar, SafeAreaView } from 'react-native'; const FullScreenCoverView = () => { return ( <SafeAreaView style={styles.container}> <StatusBar hidden={true} /> <View style={styles.fullScreenCover}></View> </SafeAreaView> ); }; const styles = StyleSheet.create({ container: { flex: 1, }, fullScreenCover: { flex: 1, }, }); export default FullScreenCoverView; [/code] In this example, the "StatusBar" component is used to hide the status bar, and the "SafeAreaView" ensures that the view covers the full screen, taking into account screen irregularities.

Section 2: Understanding the Architecture of a React Native App

2.1 Components and Native Modules 

The architecture of a React Native app revolves around components, which are the building blocks of your application. Components are written in JavaScript and can communicate with native modules to access device-specific functionalities.

2.2 Flux Architecture 

React Native apps often follow the Flux architecture, which promotes unidirectional data flow. In this architecture, actions trigger changes in the application's state, and these changes are reflected in the UI through components.

Section 3: Building Apps with TypeScript

3.1 Create React Native App with TypeScript TypeScript adds static typing to JavaScript, enhancing code quality and maintainability. To create a React Native app with TypeScript, developers can use the "create-react-native-app" command with the "--template typescript" flag.

Example Command:

[code] npx create-react-native-app MyApp --template typescript [/code]

3.2 Benefits of Using TypeScript 

Using TypeScript in React Native apps provides several benefits, including improved code autocompletion, easier refactoring, and early detection of potential errors.

Section 4: Integrating Ads into Your React Native App

4.1 Add Ads to React Native App 

Monetizing your React Native app can be achieved by integrating ads. Various ad networks offer React Native modules to easily incorporate ads into your application. One popular choice is Google AdMob.

4.2 Setting Up AdMob 

To add AdMob to your React Native app, you need to install the required packages and configure your AdMob account with the necessary ad unit IDs.

Example Command to Install AdMob Package:

[code] npm install react-native-admob [/code]  

Section 5: Apps Built with React Native

React Native has been the framework of choice for many successful mobile applications across various domains. Understanding the real-world applications of this technology can provide insights into its capabilities and advantages.

5.1 Examples of Popular Apps Built with React Native

  • Facebook: As the birthplace of React Native, Facebook itself utilizes the framework for various features in its mobile app, ensuring a responsive and user-friendly experience.
  • Instagram: Instagram embraced React Native to facilitate a smoother development cycle and foster consistency across its iOS and Android applications.
  • Airbnb: Although Airbnb has moved away from React Native, they initially adopted it to streamline their development process and ensure a consistent user experience across platforms.
  • UberEats: UberEats used React Native to build the restaurant dashboard, enabling a faster development cycle and reducing the time to market.
  • Pinterest: React Native allowed Pinterest to maintain a consistent look and feel across platforms while optimizing their development resources.
By analyzing these examples, developers can glean insights into how React Native can be leveraged for various app types and the benefits it brings to the development process.

Section 6: Advanced React Native Techniques

6.1 Optimizing Performance

To ensure your React Native app delivers a seamless user experience, focus on optimizing performance by:
  • Reducing Render Cycles: Utilize React’s PureComponent and memoization techniques to minimize unnecessary renders.
  • Optimizing Images: Ensure images are properly sized and compressed to reduce load times.
  • Lazy Loading: Implement lazy loading for components and modules to enhance initial load performance.

6.2 Debugging and Profiling

Utilize React Native’s built-in debugging tools and third-party solutions like Flipper and React DevTools to troubleshoot issues and optimize app performance.

6.3 Automated Testing

Implement a robust testing strategy encompassing unit tests, integration tests, and end-to-end tests to ensure app reliability and quality.

Section 7: Best Practices in React Native Development

7.1 Code Structuring and Organization

Adopting a modular and organized code structure enhances maintainability and scalability. Utilize folders to segregate components, utilities, and assets, and follow consistent naming conventions.

7.2 State Management

Choose the right state management solution (such as Redux, MobX, or Context API) based on your app’s complexity and requirements to ensure efficient data flow and management.

7.3 Accessibility and Internationalization

Prioritize accessibility to ensure your app is usable by individuals with disabilities. Additionally, implement internationalization to cater to a global audience.

7.4 Continuous Integration and Delivery (CI/CD)

Integrate CI/CD pipelines to automate testing and deployment processes, ensuring faster releases and improved app quality.


Mastering React Native requires an understanding of its core concepts, best practices, and advanced optimization techniques. By creating full-screen views, comprehending the app’s architecture, using TypeScript, integrating ads, and following best practices, developers can build robust, high-performance mobile applications that deliver exceptional user experiences. Whether you are developing a social media app, an e-commerce platform, or any other type of mobile application, React Native provides the tools and flexibility needed to succeed in today’s competitive app market. Embrace the power of React Native and unlock the full potential of your mobile applications. Wants to know more about React native apps let's visit the top-class React native app development company.

Frequently Asked Questions

1. How do I create a full-screen view in React Native?

You can create a full-screen view in React Native by setting the view’s width and height to match the device’s screen dimensions using the "Dimensions" API. Utilize StyleSheet to apply these dimensions to your view component.

2. What are some popular apps built with React Native?

Some notable apps built with React Native include Facebook, Instagram, Airbnb, UberEats, and Pinterest. These apps showcase the framework’s versatility and performance capabilities.

3. Why should I consider using TypeScript in a React Native project?

Using TypeScript in React Native enhances code quality by adding static typing, which helps in early detection of potential errors, improves code autocompletion, and makes refactoring easier.

4. How can I add advertisements to my React Native app?

You can integrate advertisements in your React Native app by using modules provided by various ad networks, such as Google AdMob. Install the required packages, configure your ad units, and use the provided components to display ads in your app.

Written by Pratik

Pratik is a co-founder of WEDOWEBAPPS LLC. He has been at the forefront of the business, expanding it globally with the latest technologies. He also has a passion for sharing his expertise with clients and other enthusiasts. He usually writes based on Technology, Leadership, and Entrepreneurship.