React Nat­ive View Full Screen: A Com­pre­hens­ive Guide

02 Nov 2023

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:


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;

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:

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;

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:


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>

const styles = StyleSheet.create({
  container: {
    flex: 1,
  fullScreenCover: {
    flex: 1,

export default FullScreenCoverView;

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:

npx create-react-native-app MyApp --template typescript

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:

npm install react-native-admob


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.

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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.

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