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Full Stack React Native | Advice For Connecting React Native With Node.Js

React Native Full 8 Hours Course (Expo, Expo Router, Supabase)

Advice for Connecting React Native with Node.js

To ensure a successful connection between React Native and Node.js, here are some important advice to keep in mind:

  1. Modularize Your Code: Break your React Native components into smaller, reusable modules. This will make your code more organized and facilitate easier integration with your Node.js backend. Create separate modules for API calls, authentication, data handling, and UI components.
  1. Implement Authentication and Security Measures: When connecting React Native with Node.js, security should be a top priority. Implement secure authentication mechanisms such as JSON Web Tokens (JWT) to ensure that only authorized users can access your server resources. Additionally, consider implementing secure communication protocols like HTTPS to protect sensitive user data transmitted between the app and the server.
  1. Optimize Network Communication: To enhance the performance of your React Native application, optimize the network communication between the client and the server. Minimize unnecessary API calls, implement caching mechanisms for frequently accessed data, and use compression techniques to reduce the size of data transferred over the network.
  1. Handle Errors and Edge Cases: Account for potential errors and edge cases when connecting React Native with Node.js. Implement appropriate error handling mechanisms in both the client and server-side code to handle scenarios like network failures, invalid requests, or server downtimes. Display meaningful error messages to users and log detailed error information on the server for debugging purposes.
  1. Test and Debug Thoroughly: Testing and debugging play a crucial role in ensuring a smooth connection between React Native and Node.js. Use testing frameworks like Jest to write unit tests for your React Native components and API endpoints. Perform end-to-end testing to validate the behavior of your app’s features in real-world scenarios. Utilize debugging tools like Chrome DevTools and React Native Debugger to identify and fix any issues during the development process.

Creating the Node.js Backend

Once your development environment is ready, you can proceed with creating the Node.js backend for your React Native application. Here’s how you can do it:

  1. Set up a new Node.js project: Create a new directory for your Node.js project and navigate to it using the command line.
  2. Initialize npm: Run

    npm init

    to initialize a new Node.js project. Follow the prompts to set up your project’s details, such as name, version, and entry point.
  3. Install required packages: To establish the connection between React Native and Node.js, you will need to install certain packages. For example, you might use the

    express

    package for building the server and the

    axios

    package for making HTTP requests.
  4. Create a server file: Set up a new file, such as

    server.js

    , and write the necessary code to create a server using the

    express

    package. This server will handle the communication between the React Native client and your Node.js backend.
React Native Full 8 Hours Course (Expo, Expo Router, Supabase)
React Native Full 8 Hours Course (Expo, Expo Router, Supabase)

How Much Does It Cost to Develop Full-Stack Web App Using React Native and Node.js?

The cost of developing a full-stack web app using React Native and Node.js can vary depending on several factors, including the complexity of the application, the number of features, the development team’s hourly rates, and the development timeline. Additionally, the cost may vary based on the geographical location of the development team.

Here’s a well-researched estimate of the approximate cost based on the average hourly rates in different regions:

Image Source: appsdevpro.com

Before you make any decision, it is worth understanding that these are rough estimations based on market surveys. Real estimations always vary depending on your app development requirements and their complexities. So what type of app you can develop using React Native and Node.js?

# Sách Fullstack React Native: The Complete Guide to React Native

Một số ưu điểm khi bạn sử dụng React Native để phát triển ứng dụng mobile:

React Native giúp bạn giảm thời gian phát triển ứng dụng

Việc xây dựng ứng dụng native cho cả iOS và Android sẽ rất mất thời gian. Thay vì đó, bạn chỉ cần phải bỏ ra cùng một công sức và thời gian để phát triển một app cho cả hai nền tảng phổ biến nhất này.

Bạn có thể phát hành ứng dụng native cho cả 2 nền tảng chỉ từ một source base duy nhất.

Tận dụng kỹ năng về Javascript

React Native sử dụng JavaScript làm ngôn ngữ chính. Vì vậy, nếu bạn đã có kiến thức lập trình web nói chúng, hay JavaScript nói riêng thì việc phát triển ứng dụng mobile trở nên đơn giản hơn bao giờ hết.

Hệ sinh thái React Native ngày càng phát triển

Bất kì một nền tảng phát triển nào cũng cần phải có hệ sinh thái lớn. Hiện có rất nhiều thư viện React Native do cồng đồng phát triển, việc phát triển ứng dụng của bạn trở nên dễ thở hơn nhiều. Ngoài ra, vì cộng đồng lớn nên việc support khi có vấn đề khó khăn cũng tốt hơn.

>> Quà tặng nữa: Sách học React Native từ cơ bản

📱 Build a Coffee Shop App using React Native ☕| Beginner | 2023
📱 Build a Coffee Shop App using React Native ☕| Beginner | 2023

Instructor

I am a passionate Software Engineer who loves to build software products to automate life processes. I am also passionate about empowering others with technology skills. Over the past few years, I have been involved in different software projects. This includes web and mobile applications.

I teach on Udemy to share the knowledge I have gained while working on software products.

#Bạn sẽ tự xây dựng ứng dụng gì sau khi hoàn thành cuốn sách Fullstack React Native?

Khi bạn sở hữu cuốn sách này, bạn không chỉ mỗi cuốn Fullstack React Native ebook, mà còn có hàng tá mã nguồn minh họa. Với mỗi chương, cuốn sách đề đi kèm với mã nguồn ứng dụng hoàn chỉnh sử dụng các kiến thức trong mỗi chương.

Đây chính ưu điểm mà mình rất thích ở cuốn sách này. Kiến thức học được sẽ áp dụng ngay vào dự án thực tế – Thay vì chỉ minh họa kiểu FOO-BAR.

♥ Ngập quà luôn này: Top 3 cuốn sách học React Native hay nhất cho bạn

#Nội dung cuốn sách Fullstack React Native

Toàn bộ nội dung cuốn sách sẽ bao trùm toàn bộ kiến thức về React Native. Với mỗi phần kiến thức sẽ được giải thích tỉ mỉ, kèm với mã nguồn minh họa.

Đúng là sách mất phí có khác, chất lượng khỏi bàn luôn –> Nhưng với độc giả VNTALKING, mình sẽ chia sẻ miễn phí.

Bạn đã cảm thấy hứng thú và muốn sở hữu cuốn sách Fullstack React Native pdf này chưa?

Vậy thì còn chờ gì nữa, share bài viết này để mở khóa link download luôn nhé

Chúc các bạn học tốt và luôn ủng hộ VNTALKING để có nhiều quà tặng hấp dẫn hơn. Đừng quên series khóa học cơ bản React Native nhé

React Native Full Stack App | React Native Project | Full Tutorial | Expo, HyGraph
React Native Full Stack App | React Native Project | Full Tutorial | Expo, HyGraph

FAQs

How does React Native communicate with a Node.js backend?

React Native communicates with the Node.js backend through API calls. The app makes HTTP requests to the backend server, which handles the request, performs necessary operations, and sends back a response in a standardized format like JSON.

How can I handle data storage in the Node.js backend for a React Native app?

Node.js provides various options for data storage, such as using a relational database like MySQL or PostgreSQL, a NoSQL database like MongoDB, or utilizing an ORM (Object-Relational Mapping) library like Sequelize or Mongoose.

How can I secure the communication between the React Native app and the Node.js backend?

Implementing secure communication can be achieved by enabling HTTPS on the Node.js server using SSL certificates. Additionally, incorporating authentication mechanisms like JWT (JSON Web Tokens) can ensure secure user sessions and protect sensitive data.

Can I use third-party libraries or modules in a React Native app with a Node.js backend?

Yes, React Native supports the use of third-party libraries and modules. You can leverage popular packages like Axios for making HTTP requests, Express.js for building the Node.js backend server, and many others for specific functionalities or integrations.

How can I deploy a full-stack React Native app with a Node.js backend?

You can deploy the React Native app through app stores like Google Play Store and Apple App Store. For the Node.js backend, you can host it on cloud platforms like AWS (Amazon Web Services), Azure, or deploy it using services like Heroku or DigitalOcean.

You can also check our other services:

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How to Connect React Native with Node.js: A Simple Guide

7 min read

React Native and Node.js are two powerful technologies that, when combined, can create dynamic and scalable applications. React Native allows developers to build mobile applications using JavaScript and a single codebase, while Node.js enables server-side development with JavaScript. Connecting React Native with Node.js opens up a world of possibilities for creating seamless user experiences and efficient back-end operations. In this article, we will explore the steps, examples, comparisons, and advice on connecting React Native with Node.js.

Introduction to React Native

Traditionally, developing native iOS and Android applications has required the developer to use platform-specific programming languages and development environments. For iOS development, this means using Objective C or Swift and for Android development using JVM-based languages such as Java, Scala or Kotlin. Releasing an application for both these platforms technically requires developing two separate applications with different programming languages. This requires lots of development resources.

One of the popular approaches to unify the platform-specific development has been to utilize the browser as the rendering engine. Cordova is one of the most popular platforms for building cross-platform applications. It allows for developing multi-platform applications using standard web technologies – HTML5, CSS3, and JavaScript. However, Cordova applications are running within an embedded browser window in the user’s device. That is why these applications can not achieve the performance nor the look-and-feel of native applications that utilize actual native user interface components.

React Native is a framework for developing native Android and iOS applications using JavaScript and React. It provides a set of cross-platform components that behind the scenes utilize the platform’s native components. Using React Native allows us to bring all the familiar features of React such as JSX, components, props, state, and hooks into native application development. On top of that, we can utilize many familiar libraries in the React ecosystem such as React Redux, Apollo, React Router and many more.

The speed of development and gentle learning curve for developers familiar with React is one of the most important benefits of React Native. Here’s a motivational quote from Coinbase’s article Onboarding thousands of users with React Native on the benefits of React Native:

If we were to reduce the benefits of React Native to a single word, it would be “velocity”. On average, our team was able to onboard engineers in less time, share more code (which we expect will lead to future productivity boosts), and ultimately deliver features faster than if we had taken a purely native approach.

About this part

During this part, we will learn how to build an actual React Native application from the bottom up. We will learn concepts such as what are React Native’s core components, how to create beautiful user interfaces, how to communicate with a server and how to test a React Native application.

We will be developing an application for rating GitHub repositories. Our application will have features such as, sorting and filtering reviewed repositories, registering a user, logging in and creating a review for a repository. The back end for the application will be provided for us so that we can solely focus on the React Native development. The final version of our application will look something like this:

All the exercises in this part have to be submitted into a single GitHub repository which will eventually contain the entire source code of your application. There will be model solutions available for each section of this part which you can use to fill in incomplete submissions. This part is structured based on the idea that you develop your application as you progress in the material. So do not wait until the exercises to start the development. Instead, develop your application at the same pace as the material progresses.

This part will heavily rely on concepts covered in the previous parts. Before starting this part you will need basic knowledge of JavaScript, React and GraphQL. Deep knowledge of server-side development is not required and all the server-side code is provided for you. However, we will be making network requests from your React Native applications, for example, using GraphQL queries. The recommended parts to complete before this part are part 1, part 2, part 5, part 7 and part 8.

Submitting exercises and earning credits

Exercises are submitted via the submissions system just like in the previous parts. Note that, exercises in this part are submitted to a different course instance than in parts 0-9. Parts 1-4 in the submission system refer to sections a-d in this part. This means that you will be submitting exercises a single section at a time starting with this section, “Introduction to React Native”, which is part 1 in the submission system.

During this part, you will earn credits based on the number of exercises you complete. Completing at least 25 exercises in this part will earn you 2 credits. Once you have completed the exercises and want to get the credits, let us know through the exercise submission system that you have completed the course:

Note that you need a registration to the corresponding course part for getting the credits registered, see here for more information.

You can download the certificate for completing this part by clicking one of the flag icons. The flag icon corresponds to the certificate’s language. Note that you must have completed at least one credit worth of exercises before you can download the certificate.

Initializing the application

To get started with our application we need to set up our development environment. We have learned from previous parts that there are useful tools for setting up React applications quickly such as Create React App. Luckily React Native has these kinds of tools as well.

For the development of our application, we will be using Expo. Expo is a platform that eases the setup, development, building, and deployment of React Native applications. Let’s get started with Expo by initializing our project with create-expo-app:


npx create-expo-app rate-repository-app --template expo-template-blank@sdk-46

Note, that the @sdk-46 sets the project’s Expo SDK version to 46, which supports React Native version 0.69. Using other Expo SDK versions might cause you trouble while following this material. Also, Expo has a few limitations when compared to plain React Native CLI. However, these limitations do not affect the application implemented in the material.

Next, let’s navigate to the created rate-repository-app directory with the terminal and install a few dependencies we’ll be needing soon:


npx expo install react-native-web@~0.18.7 [email protected] @expo/webpack-config@^0.17.0

Now that our application has been initialized, open the created rate-repository-app directory with an editor such as Visual Studio Code. The structure should be more or less the following:

We might spot some familiar files and directories such as package.json and node_modules. On top of those, the most relevant files are the app.json file which contains Expo-related configuration and App.js which is the root component of our application. Do not rename or move the App.js file because by default Expo imports it to register the root component.

Let’s look at the scripts section of the package.json file which has the following scripts:


{ // ... "scripts": { "start": "expo start", "android": "expo start --android", "ios": "expo start --ios", "web": "expo start --web" }, // ... }

Let us now run the script npm start

If the script fails with error


error:03000086:digital envelope routines::initialization

the problem is most likely your Node version. In case of problems, switch to version 16.19.0. See eg. here for more.

The script starts the Metro bundler which is a JavaScript bundler for React Native. It can be described as the Webpack of the React Native ecosystem. In addition to the Metro bundler, the Expo command-line interface should be open in the terminal window. The command-line interface has a useful set of commands for viewing the application logs and starting the application in an emulator or in Expo’s mobile application. We will get to emulators and Expo’s mobile application soon, but first, let’s open our application.

Expo command-line interface suggests a few ways to open our application. Let’s press the “w” key in the terminal window to open the application in a browser. We should soon see the text defined in the App.js file in a browser window. Open the App.js file with an editor and make a small change to the text in the Text component. After saving the file you should be able to see that the changes you have made in the code are visible in the browser window.

Setting up the development environment

We have had the first glance of our application using the Expo’s browser view. Although the browser view is quite usable, it is still a quite poor simulation of the native environment. Let’s have a look at the alternatives we have regarding the development environment.

Android and iOS devices such as tablets and phones can be emulated in computers using specific emulators. This is very useful for developing native applications. macOS users can use both Android and iOS emulators with their computers. Users of other operating systems such as Linux or Windows have to settle for Android emulators. Next, depending on your operating system follow one of these instructions on setting up an emulator:

  • Set up the Android emulator with Android Studio (any operating system)
  • Set up the iOS simulator with Xcode (macOS operating system)

After you have set up the emulator and it is running, start the Expo development tools as we did before, by running npm start. Depending on the emulator you are running either press the corresponding key for the “open Android” or “open iOS simulator”. After pressing the key, Expo should connect to the emulator and you should eventually see the application in your emulator. Be patient, this might take a while.

In addition to emulators, there is one extremely useful way to develop React Native applications with Expo, the Expo mobile app. With the Expo mobile app, you can preview your application using your actual mobile device, which provides a bit more concrete development experience compared to emulators. To get started, install the Expo mobile app by following the instructions in the Expo’s documentation. Note that the Expo mobile app can only open your application if your mobile device is connected to the same local network (e.g. connected to the same Wi-Fi network) as the computer you are using for development.

When the Expo mobile app has finished installing, open it up. Next, if the Expo development tools are not already running, start them by running npm start. You should be able to see a QR code at the beginning of the command output. Open the app by scanning the QR code, in Android with Expo app or in iOS with the Camera app. The Expo mobile app should start building the JavaScript bundle and after it is finished you should be able to see your application. Now, every time you want to reopen your application in the Expo mobile app, you should be able to access the application without scanning the QR code by pressing it in the Recently opened list in the Projects view.

ESLint

Now that we are somewhat familiar with the development environment let’s enhance our development experience even further by configuring a linter. We will be using ESLint which is already familiar to us from the previous parts. Let’s get started by installing the dependencies:


npm install --save-dev eslint @babel/eslint-parser eslint-plugin-react eslint-plugin-react-native

Next, let’s add the ESLint configuration into a .eslintrc.json file in the rate-repository-app directory with the following content:


{ "plugins": ["react", "react-native"], "settings": { "react": { "version": "detect" } }, "extends": ["eslint:recommended", "plugin:react/recommended"], "parser": "@babel/eslint-parser", "env": { "react-native/react-native": true }, "rules": { "react/prop-types": "off", "react/react-in-jsx-scope": "off" } }

And finally, let’s add a lint script to the package.json file to check the linting rules in specific files:


{ // ... "scripts": { "start": "expo start", "android": "expo start --android", "ios": "expo start --ios", "web": "expo start --web", "lint": "eslint ./src/**/*.{js,jsx} App.js --no-error-on-unmatched-pattern" }, // ... }

Now we can check that the linting rules are obeyed in JavaScript files in the src directory and in the App.js file by running npm run lint. We will be adding our future code to the src directory but because we haven’t added any files there yet, we need the no-error-on-unmatched-pattern flag. Also if possible integrate ESLint with your editor. If you are using Visual Studio Code you can do that by, going to the extensions section and checking that the ESLint extension is installed and enabled:

The provided ESLint configuration contains only the basis for the configuration. Feel free to improve the configuration and add new plugins if you feel like it.

Debugging

When our application doesn’t work as intended, we should immediately start debugging it. In practice, this means that we’ll need to reproduce the erroneous behavior and monitor the code execution to find out which part of the code behaves incorrectly. During the course, we have already done a bunch of debugging by logging messages, inspecting network traffic, and using specific development tools, such as React Development Tools. In general, debugging isn’t that different in React Native, we’ll just need the right tools for the job.

The good old console.log messages appear in the Expo development tools command line:

That might actually be enough in most cases, but sometimes we need more. React Native Debugger is a tool that offers a similar set of debugging features as the browser’s developer tools. Let’s get started by installing React Native Debugger with the help of the installation instructions. If you are unsure which installation method to choose, downloading a pre-built binary from the release page is perhaps the easiest option. On the release page, find the latest release which supports React Native version 0.69 and download the binary suitable for your operating system (for example .dmg file for macOS and .exe file for Windows) under the “Assets” section. Once the installation is complete, start the React Native Debugger, open a new debugger window (shortcuts: Command+T on macOS, Ctrl+T on Linux/Windows) and set the React Native packager port to 19000.

NB: If the debugger can’t connect to the application and you see the error message “Another debugger is already connected”, make sure that http://localhost:19000/debugger-ui is not open in some browser tab.

Next, we need to start our application and connect to the debugger. Start the application by running npm start. Once the application is running, open it with either an emulator or the Expo mobile app. Inside the emulator or the Expo mobile app, open the developer menu by following the instructions in the Expo’s documentation. From the developer menu, select Debug remote JS to connect to the debugger. Now, you should be able to see the application’s component tree in the debugger:

The debugger’s Console tab displays the application’s logs. Like in the browser’s development tools, error messages and messages logged with the console.log method are displayed there. Try adding a message with the console.log method in the App.js file and see that it is displayed in the debugger.

You can use the debugger to inspect the component’s state and props as well as change them. Try finding the Text component rendered by the App component using the debugger. You can either use the search or go through the component tree. Once you have found the Text component in the tree, click it, and change the value of the children prop. The change should be automatically visible in the application’s preview.

For more useful React Native application debugging tools, head out to the Expo’s debugging documentation.

Trên VNTALKING, mình đã chia sẻ một số cuốn sách học về Fullstack React Native. Tình cờ một lần mình tìm kiếm về cuốn sách mà dạy từng bước xây dựng một ứng dụng hoàn chỉnh. Và đây chính là cuốn sách Fullstack React Native cực chất lượng, đang được bán với giá 59$ ( gói cao nhất là 399$).

Link sách tại đây: https://www.fullstackreact.com/react-native/

Mình sẽ giới thiệu qua về cuốn sách nhé!

Nội dung chính của bài viết

  • # Sách Fullstack React Native: The Complete Guide to React Native
  • #Bạn sẽ tự xây dựng ứng dụng gì sau khi hoàn thành cuốn sách Fullstack React Native?
Build and Deploy a React Native App | 2023 React Native Course Tutorial for Beginners
Build and Deploy a React Native App | 2023 React Native Course Tutorial for Beginners

Ưu điểm của khoá học

  • Đơn giản và dễ học, không tốn quá nhiều thời gian, thích hợp với những người mới bắt đầu học lập trình mobile.
  • Song song với việc học lý thuyết, bạn sẽ được kết hợp với thực hành thực tế.
  • Đặc biệt, có các lưu ý quan trọng từ kinh nghiệm làm việc nhiều năm của các giảng viên.
  • Bài giảng luôn được cập nhập theo các phiên bản mới và ổn định nhất của các ngôn ngữ.
  • Học 1 lần, được hỗ trợ suốt đời.
  • Cam kết các học viên sau khi kết thúc khóa học sẽ có việc làm.

FAQs about Connecting React Native with Node.js

Q: Can I use React Native with any backend technology other than Node.js?

A: Yes, React Native can be connected with various backend technologies such as Ruby on Rails, Django, or PHP. However, Node.js is a popular choice due to its ability to handle asynchronous operations efficiently.

Q: Is it possible to connect multiple React Native applications to a single Node.js server?

A: Absolutely! Node.js can serve multiple client applications simultaneously. Each React Native app will communicate with the server using unique endpoints and can access different resources based on authentication and authorization rules.

Q: Can I use GraphQL instead of REST APIs when connecting React Native with Node.js?

A: Yes, you can utilize GraphQL as an alternative to traditional REST APIs. GraphQL offers more flexibility in data fetching and reduces over-fetching or under-fetching of data. Libraries like Apollo Client can help you integrate GraphQL seamlessly into your React Native app.

Q: How do I handle real-time updates in my React Native app connected to Node.js?

A: To handle real-time updates, you can make use of technologies like WebSockets or libraries like Socket.IO. These technologies enable bidirectional communication between the server and the app, allowing for instant updates without the need for frequent API polling.

Q: Can I deploy my React Native and Node.js app to cloud platforms like AWS or Heroku?

A: Absolutely! Cloud platforms like AWS (Amazon Web Services) and Heroku provide scalable infrastructure to host your React Native frontend and Node.js backend. You can leverage these platforms’ services to deploy, manage, and scale your application according to your needs.

Building the Ultimate Workout Tracker with React Native & MongoDB
Building the Ultimate Workout Tracker with React Native & MongoDB

Comparisons: React NativeOther Technologies

While React Native offers numerous benefits when connected with Node.js, it’s also important to consider alternative technologies. Here’s a quick comparison:

  1. React Native vs. Native Development: Compared to native development (Swift for iOS, Kotlin/Java for Android), React Native allows you to build applications for multiple platforms using a single codebase, saving time and effort.
  2. React Native vs. Flutter: Both React Native and Flutter enable cross-platform mobile app development, but React Native has a larger community and more extensive libraries, making it a popular choice among developers.
  3. React Native vs. Cordova: React Native provides a smoother and more native-like experience compared to Cordova, which relies on web views wrapped in a native container.

Examples of Connecting React Native with Node.js

To provide a better understanding, let’s consider a few examples of connecting React Native with Node.js:

  1. User Authentication: When a user logs into a React Native app, the credentials can be sent to the Node.js server for verification. The server can then respond with an authentication token, allowing the user to access protected routes within the app.
  2. Real-time Chat: By utilizing web sockets or technologies like Socket.IO, React Native can establish a real-time chat feature. The messages are transmitted via the Node.js server, which acts as an intermediary, broadcasting messages to relevant users.
  3. Data Synchronization: When working with a database or external APIs, React Native can send requests to the Node.js server for data synchronization. The server can handle complex operations, process the data, and send back the required information to the app.
Building a Full Stack Workout Tracker with React Native & MongoDB
Building a Full Stack Workout Tracker with React Native & MongoDB

Setting Up Your Development Environment

Before diving into connecting React Native with Node.js, it is essential to have your development environment properly set up. Here are the steps you need to follow:

  1. Install Node.js: Head over to the official Node.js website and download the latest stable version suitable for your operating system.
  2. Install React Native CLI: Use the command

    npm install -g react-native-cli

    to install the React Native Command Line Interface globally on your machine.
  3. Initialize a new React Native project: Open your terminal or command prompt and run

    react-native init MyApp

    to create a new React Native project named “MyApp.”
  4. Install additional dependencies: Navigate to your project’s directory (

    cd MyApp

    ) and install the necessary dependencies by running

    npm install

    .

What is Full Stack React Development?

Designing mobile and web applications requires ground-up development of both the front end (client-side) and the back end (server-side). Front-end and back-end developers have different skill sets, which allow them to specialize in only one side of a web application. A full-stack developer handle both. This allows them to be extremely proficient in using all the necessary development tools to build an application.

While there is a wide variety of tools available for full stack development, JavaScript has been a popular option among many professionals for web development due to its wide range of helpful libraries and frameworks. React is one such front-end library that can build engaging user interfaces. Full stack react development refers to using React as a Front-end Development framework with a backend based on frameworks such as Node.js or Python.

Moving Off React Native
Moving Off React Native

Types of Web Apps You Can Develop Using React Native and Node.js

If you are impressed with the idea of developing a full-stack React Native app using Node.js but are not sure what type of application you can develop, then here is a list of applications that you can try developing with React Native and Node.js.

E-commerce Applications:

  • Develop a mobile e-commerce app with a responsive design, user authentication, product listing, shopping cart functionality, and payment integration.
  • Build an admin panel to manage products, orders, and inventory.

To create an On-demand e-commerce app, you need to hire a dedicated app development team in India that can handle the complexity of the task.

Social Media Platforms:

  • Create a social networking app with features like user profiles, posts, comments, likes, notifications, messaging, and real-time updates.
  • Implement user authentication and authorization to ensure secure access.

Get inspired with the leading social media apps like Facebook, Instagram or snapchat to know their unique selling points.

On-Demand Service Applications:

  • Build a service-based app for services such as food delivery, ride-sharing, home services, or laundry.
  • Implement features like real-time tracking, user ratings, and reviews, payment integration, and push notifications.

To create an on-demand app like Uber, Zomato, and more, make sure you create a list of unique functionalities.

Travel and Booking Applications:

  • Develop a travel app that allows users to search for flights, hotels, and attractions, and make bookings.
  • Implement features like user preferences, saved itineraries, reviews, and recommendations.

Hire a full-stack developer in India to quickly get started with an app with an estimated cost of $15,000+ for a single platform.

Healthcare Applications:

  • Create a healthcare app for appointment scheduling, telemedicine consultations, medical records, and reminders.
  • Implement secure user data management and integration with healthcare providers’ systems.

Transform your healthcare management system into automated operations by simply developing an app.

Education and E-Learning Platforms:

  • Build an e-learning app with features like course listings, video streaming, quizzes, progress tracking, and user profiles.
  • Implement features for course creation, content management, and student-teacher interactions.

By hiring an app developer in India, you can easily develop an education portal that helps you engage students and tutors easily.

Financial and Banking Applications:

  • Develop a banking app with features like account management, transaction history, fund transfers, and bill payments.
  • Implement robust security measures to protect sensitive user data.

The average cost of developing a financial and banking app is starting from $10,000+ and can go up to $50,000.

IoT (Internet of Things) Applications:

  • Create a mobile app to control and monitor IoT devices such as smart home appliances, security systems, or wearable devices.
  • Implement real-time data streaming and device integration.

You can develop an IoT-based app by simply hiring an expert and easily becoming a part of this thriving industry.

Good One: Top Node.js Development Trends in 2024

Kết thúc khoá học bạn có thể làm gì?

  • Làm việc tại các công ty chuyên thiết kế ứng dụng di động.
  • Trở thành lập trình viên mobile.
  • Tìm được cho mình một công việc với mức lương mong muốn vì đây là ngôn ngữ phổ biến và được các doanh nghiệp lớn trong nước cũng như ngoài nước sử dụng nhiều nhất hiện nay.

Is it simple to Develop a Full-Stack React Native App with Node.js? But surprisingly why this combination….

Well, have you ever used the social media app Facebook?

With 2.989 billion monthly active users in 2023, Facebook has become the world’s most active social media platform where 26 million users are increasing every month.

So probably you must have tried this app for sure…

But, just think about what exactly attracts you and keeps you engaged with that app.

Its interface, features, and strong backend allow Facebook to run smoothly.

Top over that it’s all about its technology and functionalities that enables Facebook to bring its content to billions of users with the most engaging user interface that holds the attention of the user.

If you have ever dreamed of building an app like Facebook that helps you drive millions of traffic every month then using React Native and Node.js to develop a full-stack app is a perfect combination.

What if you need help with how to create an app, where to begin, and where to hire front-end developers in India? Don’t worry, here we have a complete blog guide for you.

Understanding the surging demand for developing a full-stack React Native app, we have decided to write a complete guide explaining how to combine React Native with Node.Js to create a full-stack application.

But before we get deep into this blog guide, let’s understand why there is a sudden rise in hiring React Native developers in India. Is it really worth using React Native and Node.js to develop a full-stack app like Facebook? How do React Native and Node.js applications help your business make better profits? And most importantly how does this combination actually work and enables you to develop a full-stack web app?

Let’s get started with the basics…

Build a Fullstack Food Ordering App with Next.js 14 (react.js, mongo, tailwind)
Build a Fullstack Food Ordering App with Next.js 14 (react.js, mongo, tailwind)

What you’ll learn

  • Build native mobile apps with React Native
  • Build cross-platform mobile apps for iOS and Android using a single codebase
  • Implement state management using Redux, navigation using React Navigation v5 and much more
  • Build RESTful APIs using the Express framework
  • Deploying the backend to Heroku and the mobile app to the apps stores

Why Develop a Full-Stack Application Using React Native and Node.js: Is It Make Sense?

When you made a decision to develop any software application, JavaScript is the first language that comes up to mind. Though there are many programming languages that come and go every year, JavaScript is one standalone language that still holds importance in developing web applications.

But still, React Native and Node.js have gained immense popularity for building high-performing full-stack web applications. Let’s first understand the basics of React Native and Node.js…

React Native – “Build once, deploy everywhere with React Native!”

Image Source: uplers.com

  • React Native is a JavaScript framework widely used for building mobile applications.
  • Allows for cross-platform development, enabling the creation of iOS and Android apps with a single codebase. All you need is to hire mobile app developers in India to get started.
  • Uses native components and provides a native-like experience.
  • Hot reloading feature enables real-time code updates during development.
  • Supports a large and active community with numerous libraries and resources available.

Node.Js – “Powering Scalable and Lightning-Fast Applications with Node.js

  • JavaScript runtime built on Chrome’s V8 JavaScript engine.
  • Enables server-side development using JavaScript.
  • Non-blocking, event-driven architecture for efficient handling of concurrent requests.
  • Lightweight and scalable, making it suitable for handling large volumes of traffic.
  • Large package ecosystem (NPM) with a wide range of libraries and modules available.
  • Great for building real-time applications, APIs, and microservices.

These are the key highlights of each programming language that makes them special in their own way. But what would be the reasons to develop a full-stack application using React Native and Node.js?

Let’s check out the reasons it is worth developing a full-stack React Native app using Node.js:

Image Source: neetable.com

JavaScript-Based Stack:

Both React Native and Node.js use JavaScript, allowing for code reuse and a unified development experience across the front-end and back-end. This reduces the learning curve and improves developer productivity.

Efficient Development:

React Native’s component-based architecture and hot reloading feature expedite the development process. Node.js’s non-blocking I/O model and extensive package ecosystem enable rapid server-side development.

Cross-Platform Compatibility:

React Native allows for developing mobile apps that work on both iOS and Android platforms. This saves time and resources compared to developing separate apps using native languages.

Single Codebase:

With React Native, you can write one codebase that runs on multiple platforms, reducing development and maintenance efforts. Node.js’s code can also be shared between the client and server, further enhancing code reusability and saving developers time.

App Performance:

React Native leverages native components, delivering near-native performance on mobile devices. Node.js’s event-driven architecture ensures scalability and efficient handling of concurrent requests, resulting in high-performance server-side applications.

Active Community and Ecosystem:

React Native and Node.js have vibrant communities and extensive libraries, frameworks, and tools. This provides a wealth of resources, documentation, and community support for developers.

Considering the combination of React Native and Node.js for your full-stack application development can provide numerous advantages. To quickly get started with the development process, you can hire a full-stack developer in India. They will help you build a strong backend and enables you to add rich functionalities to the app.

Let’s check out how to develop a full-stack React Native app using Node.js…

How To Create Full Stack E-Commerce Website Using React JS, MongoDB, Express & Node JS 2024
How To Create Full Stack E-Commerce Website Using React JS, MongoDB, Express & Node JS 2024

Conclusion:

At the end of this blog, you will get an idea of how to create a full-stack React Native app using Node.js. Though this blog guide is written keeping both business and developer’s interests. But if you still finding yourself in a dilemma then you can hire a mobile app developer in India to help you develop an app and ensure success.

AppsDevPro can greatly assist in developing a full-stack React Native app with a Node.js backend. By leveraging their expertise and experience in app development, they can provide comprehensive solutions and support throughout the entire development process. With React Native, AppsDevPro can create a cross-platform app that works seamlessly on both iOS and Android devices.

To clarify any doubts, you can book a free consultation slot with our experts or contact us directly.

Steps to Build a Full-stack React App with Zero Configuration

Here, we will look at a step-by-step guide and a full stack react tutorial to build a React app with zero configuration. Let’s get started.

Step 1: The Full-stack Application

In this guide, we will develop two pages with React:

  • A home page for your web application, and
  • A page that displays a list of past projects.

This will be a good starter full stack react app to share with your potential clients and showcase your full-stack React development skills.

Step 2: Prerequisites

Before we start, you should have a code editor installed. Any code editor will work for this project. You don’t need to worry about any other prerequisites, such as React or other modules since Zero installation will set things up for you smoothly and automatically.

Step 3: Getting Started with App

Zero helps you to get started with a basic app with minimum code. First, let’s have a minimum app set up, and then we will move to install Zero.

  1. Create a new folder anywhere on your computer,
  2. Open this folder in your code editor,
  3. Within this folder, create a new file with a TSX file format; for example, index.tsx – this works as the homepage of your web application.
  4. In index.tsx file, write the following code:

import React from “react”;
const App = () => {
return

My react app!

;
};
export default App;

This will render the phrase ‘My react app!’ on execution. We have not installed Zero or React yet, we will take care of that in next section.

Zero installation

To get started with Zero, type the command ‘npx zero’ in your terminal. What this does is that it creates modules in an index.tsx file, installs all dependencies and creates the required configuration files. To check results, go to http://localhost:3000/ (type in another port if your local host server uses another one), and you will get the following results in the browser:

My react app!

Step 4: How Routing Works in Zero Server

Routing in Zero works like any other static website generator – such as HTML. When you run localhost:3000 in your browser, it looks for a default page in your project folder – which is the index.tsx file you created. If you navigate to localhost:3000/company, it will fetch the company.tsx file, and so on.

Furthermore, Zero looks for the file irrespective of the file type and only matches file names. So, your file can have .js, .mdx, .tx, or any other extension. Also, if you want to navigate to subdirectories, such as localhost:3000/posts/past-projects, then you need to create a sub-folder in the main one and create the past-projext.tsx file within the sub-folder. Check our Java Full Stack developer projects boot camp training for more.

Step 5: Folder Structure for your Zero App

There is one factor you should consider while deciding the folder structure – which pages should be kept private, and which will be exposed for public access. One of the best practices is that you keep home and about pages in the root folder, while client pages should be kept in a separate directory.

Next, you can label some files with the ‘.zeroignore’ file. This file tells Zero which pages need to be kept private. For example, the .zeroignore file will include the following:

Step 6: Building the Homepage

Currently, our home page only displays simple, plain text. Now it’s time to make it look pretty and stylish. First, let’s import a styling library named Chakra that speeds up prototyping. This is the command to use for installing Chakra:

npx yarn add @chakra-ui/react @emotion/react @emotion/styled framer-motion styled-components

I am sharing some basic code below that will construct the home page:

import React from “react”;
import {
Flex,
Box,
Heading,
Text,
Button,
Center,
Image,
Spacer,
} from “@chakra-ui/react”;
const Home = () => {
return (

{/* Profile Card */}







Angela McReynolds








© 2020 Angela McReynolds







{/* Details */}


THE
WORLD’S BEST
FRONTEND
ENGINEER


Forget about hype, self affirmation and other bullshit. I don’t do those.


I’ve got results. in 2015, 2016, 2017, 2018 and 2020 I was voted the
world’s best frontend engineer by peers and designers all around the
world.


A thorough election was conducted, and I came out on top. I’ve got
brains and I use them, You’re lucky to have stumbled here.


While living on Mars i spent decades mastering the art of computer programming. On arriving earth in 2013, I constantly laughed at our pathetic the developers on earth were. You’re all lucky to have me.






);
};
export default Home;

Step 7: Global Centralized Page Configurations

There is one issue with Zero; it doesn’t let you configure pages centrally in one place. But there is one workaround to this problem. Let’s consider how to add central settings for the Chakra UI library. You need to add a page to a new folder for every file created. For example, in your clients folder, create a subfolder titled Pages, and create two new TSX files: Home and About.

For the Home page, we can code it like this:

// Home/Home.tsx
export const Home = () => {
// copy code over
}
// Home/index.ts
export {Home as HomePage} from ‘./Home’
Let’s go ahead and do the same for the about page. Export them both when you’re done:
export { AboutPage } from “./About”;
export { HomePage } from “./Home”;
For theming, metadata, custom fonts and everything else, we need to:
Install react-helmet-async:
npx yarn add react-helmet-async
Then add the following to makePages.tsx:
import React from “react”;
import { Helmet } from “react-helmet-async”;
import { ChakraProvider, Box } from “@chakra-ui/react”;
import { extendTheme } from “@chakra-ui/react”;
const appTheme = extendTheme({
colors: {
brand: {
100: “#CCD0E7”,
200: “6E769E60”,
800: “BDC3DD”,
900: “#9094B4″,
},
},
fonts: {
heading: `”Roboto Condensed”, sans-serif`,
body: “Roboto, sans-serif”,
mono: “Menlo, monospace”,
},
textStyles: {
h1: {
fontSize: [“4xl”, “5xl”],
fontWeight: “bold”,
lineHeight: “56px”,
},
p: {
fontWeight: “bold”,
py: 4,
color: “rgba(204, 208, 231, 0.5)”,
},
},
});
type PageWrapperProps = {
children: React.ReactNode;
title: string;
};
export const PageWrapper = ({
children,
title,
}: PageWrapperProps & React.ReactNode) => {
return (
<>

<br /> {title}<br />



{children}


);
};

Since your app will be quite different, you can still use the format we’ve described above and can save a lot of time by copying parts of the code that’ll be the same.

Now, we need to use the PageWrapper component from makePages.tsx.

Go to Home/index.tsx and have it use PageWrapper, as seen below:

// client/pages/Home/index.tsx
import { PageWrapper } from “../../makePages”;
import { Home } from “./Home”;
export const HomePage = () => (

);

Do the same for the about page. In the exposed index.tsx home page, go ahead and use the new HomePage component:

// index.tsx
import { HomePage } from “./client/pages”;
export default () => ;

Now we have all the centralized configurations for our client web pages.

Step 8: Customizing the 404 Pages

The default 404 page from zero might seem boring, but that’s okay since we can completely customize it. Let’s do that right now.

Create a 404.jsx file and have the following copied over:

import { PageWrapper } from “./client/makePages”;
export default () => (

You seem lost :({” “}


Go home

);

And now we have a much more creative looking 404 page!

Step 9: Server-side Development with Zero

Since we’re pretty much done with the client side, let’s move on to the back end for abit. I’ll be using Node.js for this as well since Zero supports different backend languages: Python and Node.

Ok so let’s get started!

Selecting the ‘See past projects’ tab on our home page, we want to display a new page with a list of projects served from our backend written in Zero. Let’s go ahead and set up that:

Create an API directory and a projects.ts file. Since we’re using TypeScript, install the typing for Node as follows:

npx yarn add @types/node -D

Now paste the following in the projects.ts file:

const PROJECTS = [
{
id: 1,
client: “TESLA”,
description: “Project Lunar: Sending the first humans to Mars”,
duration: 3435,
},
{
id: 2,
client: “EU 2020”,
description:
“Deploy COVID tracking mobile and TV applications for all of Europe”,
duration: 455,
},
{
id: 3,
client: “Tiktok”,
description:
“Prevent US app ban and diffuse security threat claims by hacking the white house”,
duration: 441,
},
];
module.exports = function (req, res) {
res.send({ data: PROJECTS });
};

Add a new Projects folder in the pages directory. Go ahead and paste the following code in projects.tsx:

import {
Thead,
Tbody,
Table,
Tr,
Th,
Td,
Heading,
TableCaption,
Box,
} from “@chakra-ui/react”;
import { useState, useEffect } from “react”;
export const Projects = () => {
const [projects, setProjects] = useState([]);
useEffect(() => {
const fetchData = async () =>
await fetch(“/api/projects”)
.then((res) => res.json())
.then(({ data }) => setProjects(data));
fetchData();
}, []);
return (


Past Projects

Mere mortals can’t achieve what I have
{projects.map((project) => (

))}

Client Description Hours spent
{project.client} {project.description} {project.duration}


);
};

Here is the logic that defines which data to fetch:

const [projects, setProjects] = useState([]);
useEffect(() => {
const fetchData = async () =>
await fetch(“/api/projects”)
.then((res) => res.json())
.then(({ data }) => setProjects(data));
fetchData();
}, []);
Let’s edit the button on the home page to link this to the projects page:
// client/pages/Home/Home.tsx
// add as and href props to the button.

That’s it! You can check our Web Development Crash course for more information about full-stack react projects.

Top Cities where Knowledgehut Conduct Full Stack Developer Bootcamp Course

THE React Native Tech Stack for 2024 😎
THE React Native Tech Stack for 2024 😎

FAQs

How does React Native communicate with a Node.js backend?

React Native communicates with the Node.js backend through API calls. The app makes HTTP requests to the backend server, which handles the request, performs necessary operations, and sends back a response in a standardized format like JSON.

How can I handle data storage in the Node.js backend for a React Native app?

Node.js provides various options for data storage, such as using a relational database like MySQL or PostgreSQL, a NoSQL database like MongoDB, or utilizing an ORM (Object-Relational Mapping) library like Sequelize or Mongoose.

How can I secure the communication between the React Native app and the Node.js backend?

Implementing secure communication can be achieved by enabling HTTPS on the Node.js server using SSL certificates. Additionally, incorporating authentication mechanisms like JWT (JSON Web Tokens) can ensure secure user sessions and protect sensitive data.

Can I use third-party libraries or modules in a React Native app with a Node.js backend?

Yes, React Native supports the use of third-party libraries and modules. You can leverage popular packages like Axios for making HTTP requests, Express.js for building the Node.js backend server, and many others for specific functionalities or integrations.

How can I deploy a full-stack React Native app with a Node.js backend?

You can deploy the React Native app through app stores like Google Play Store and Apple App Store. For the Node.js backend, you can host it on cloud platforms like AWS (Amazon Web Services), Azure, or deploy it using services like Heroku or DigitalOcean.

You can also check our other services:

Hire Mobile App Developers in India, Hire Xamarin App Developer in India, Hire iPhone App Developers in India, Hire Android App Developers in India, Hire Flutter App Developer in India, Hire React Native Developers in India, Hire Kotlin Developer in India, Hire Web Developer in India, Hire PHP Developer in India, Hire Laravel Developer in India, Hire Nodejs Developer in India, Hire Microsoft Developer in India, Hire ASP.NET Developer in India, Hire Angular.js Developer in India, Hire React.js Developer in India, Hire E-commerce Developer in India, Hire Magento Developer in India, Hire WordPress Developer, Hire AI Developers in India, Hire Java Developers in India, Hire Python Developers in India, Hire Javascript Developer in India, Hire AR/VR Developers in India, Hire Blockchain Developers in India

Bạn muốn trở thành lập trình viên Mean Full stack, bạn đã biết gì về javaScript chưa? Điều kiện cần là bạn sẽ phải nắm được kiến thức về javascript, nếu như trước đây javaScript chỉ được sử dụng như một ngôn ngữ lập trình cho phía người dùng tức là nó chỉ xử lý được một số ứng dụng ở front-end thì từ năm 2017 trở đi, javaScript đã lột xác hoàn toàn với Angular, Angular ra đời dựa hoàn toàn trên ngôn ngữ lập trình JavaScript. Angular hiện đang sử dụng ngôn ngữ lập trình là TypeScript, nó kế thừa và phát triển từ javaScript nên mang tính tối ưu hơn so với ngôn ngữ này, TypeScript được tiếp thu những ưu điểm và khắc phục những nhược điểm của javaScript nên nó sẽ được sử dụng nhiều hơn trong tương lai.Ở thời điểm hiện tại, nếu bạn có chuyên môn về javaScript để phát triển các dự án Web Apps với Mean thì chắc chắc rồi sẽ mở ra cho các bạn những cơ hội nghề nghiệp rất lớn với mức thu nhập rất cao, cộng với sự trau dồi về ngoại ngữ nữa thì bạn hoàn toàn có khả năng ứng tuyển vào các doanh nghiệp nước ngoài đầu tư tại Việt Nam, bởi nhu cầu hiện nay về sử dụng cho Web Apps là vô cùng vô tận, chính vì thế mà các doanh nghiệp đang rất khát nhân lực.Mean Full Stack đang là 1 giải pháp tổng thể & tối ưu cho hệ thống Web Apps lớn với nhiều người sử dụng. Chắc hẳn các bạn biết trang Udemy.com đó là sự lựa chọn lớn nhất của các khóa học trực tuyến ở trên thế giới, trang này được sử dụng giải pháp tổng thể của Mean nên dịch vụ kết nối đến người sử dụng rất tốt.Cuộc cách mạng 4.0 và Blockchain đang nổi lên rất mạnh mẽ, nếu bạn đầu tư vào mean ở thời điểm hiện tại và tương lai thì giá trị mà bạn nhận được từ nó là rất lớn, đây chính là xu hướng đang phát triển và bùng nổ ở Việt Nam và Mean đóng vai trò rất lớn cho giải pháp xử lý đó.Ngoài ra nếu bạn muốn thêm ứng dung cho phía Mobile nữa thì React Native thời điểm này cũng là sự lựa chọn tuyệt vời. Có khá nhiều người thắc mắc “React Native thì performance ko được tốt lắm có đúng ko?”, Câu trả lời đúng là nó ko thể tốt bằng hoặc hơn native app được rồi. Nhưng các dự án lớn phía mobile thường chỉ đưa lên một số nghiệp vụ hoặc tiện ích thêm cho người dùng chứ ko phải đưa toàn bộ hệ thống lên mobile, nên điều các bạn lo lắng không còn là vấn đề nữa.Imic Teclonogy, hiện đang là nơi đào tạo đánh vào trọng điểm của Mean Full Stack và React Native. Với mô hình đào trạo trên dự án thực tế và hình thức đào tạo nguồn nhân sự, Khóa đào tạo nhân sự Mean Full Stack và khóa đào tạo lập trình react native tại Imic hướng đến đào tạo đầy đủ tất cả các kĩ năng và kinh nghiệm tới các học viên để phát triển các dự án về Web Apps.Các bạn thấy được tầm quan trọng của Học lập trình Mean Full Stack và lập trình React Native Mobile Apps, hãy liên hệ ngay đến phòng tuyển sinh của Imic theo Email: [email protected] – Hotline: 091 68 78 224 để nhận thông tin về khóa học.

IMIC sẽ luôn đồng hành cùng bạn , chúc các bạn gặt hái được thật nhiều thành công !!!

Bạn đang muốn tìm kiếm 1 công việc với mức thu nhập cao.✅ Hoặc là bạn đang muốn chuyển đổi công việc mà chưa biết theo học ngành nghề gì cho tốt.✅ Giới thiệu với bạn Chương trình đào tạo nhân sự dài hạn trong 12 tháng với những điều đặc biệt mà chỉ có tại IMIC và đây cũng chính là sự lựa chọn phù hợp nhất dành cho bạn:👉 Thứ nhất: Học viên được đào tạo bài bản kỹ năng, kiến thức chuyên môn lý thuyết, thực hành, thực chiến nhiều dự án và chia sẻ những kinh nghiệm thực tế từ Chuyên gia có nhiều năm kinh nghiệm dự án cũng như tâm huyết truyền nghề.👉 Thứ hai: Được ký hợp đồng cam kết chất lượng đào tạo cũng như mức lương sau tốt nghiệp và đi làm tại các đối tác tuyển dụng của IMIC. Trả lại học phí nếu không đúng những gì đã ký kết.👉 Thứ ba: Cam kết hỗ trợ giới thiệu công việc sang đối tác tuyển dụng trong vòng 10 năm liên tục.👉 Thứ tư: Được hỗ trợ tài chính với mức lãi suất 0 đồng qua ngân hàng VIB Bank.👉 Có 4 Chương trình đào tạo nhân sự dài hạn dành cho bạn lựa chọn theo học. Gồm có:1) Data Scientist full-stack2) Embedded System & IoT development full-stack3) Game development full-stack4) Web development full-stack✅ Cảm ơn bạn đã dành thời gian lắng nghe những chia sẻ của mình. Và tuyệt vời hơn nữa nếu IMIC được góp phần vào sự thành công của bạn.✅ Hãy liên hệ ngay với Phòng tư vấn tuyển sinh để được hỗ trợ về thủ tục nhập học.✅ Chúc bạn luôn có nhiều sức khỏe và thành công!

Build Full-stack React Native Apps with Node.js Backend

Mục tiêu khóa học

  • Tự thiết kế được ứng dụng trên Android + iOS với React Native.
  • Làm chủ công nghệ React Native, bạn sẽ đủ khả năng tiếp thu những công nghệ React khác của Facebook một cách nhanh chóng.
  • Nắm rõ quy trình xây dựng một ứng dụng Andoird/iOS bằng React Native: phân tích, thiết kế UI/UX, lập trình React, export APK & iPA, submit ứng dụng lên Store.
  • Đủ khả năng apply vào các công ty lập trình di động trên nền React.
React Native Tutorial | Beginners Full Course | Travel App 2023
React Native Tutorial | Beginners Full Course | Travel App 2023

Why Develop a Full-Stack Application Using React Native and Node.js: Is It Make Sense?

When you made a decision to develop any software application, JavaScript is the first language that comes up to mind. Though there are many programming languages that come and go every year, JavaScript is one standalone language that still holds importance in developing web applications.

But still, React Native and Node.js have gained immense popularity for building high-performing full-stack web applications. Let’s first understand the basics of React Native and Node.js…

React Native – “Build once, deploy everywhere with React Native!”

Image Source: uplers.com

  • React Native is a JavaScript framework widely used for building mobile applications.
  • Allows for cross-platform development, enabling the creation of iOS and Android apps with a single codebase. All you need is to hire mobile app developers in India to get started.
  • Uses native components and provides a native-like experience.
  • Hot reloading feature enables real-time code updates during development.
  • Supports a large and active community with numerous libraries and resources available.

Node.Js – “Powering Scalable and Lightning-Fast Applications with Node.js

  • JavaScript runtime built on Chrome’s V8 JavaScript engine.
  • Enables server-side development using JavaScript.
  • Non-blocking, event-driven architecture for efficient handling of concurrent requests.
  • Lightweight and scalable, making it suitable for handling large volumes of traffic.
  • Large package ecosystem (NPM) with a wide range of libraries and modules available.
  • Great for building real-time applications, APIs, and microservices.

These are the key highlights of each programming language that makes them special in their own way. But what would be the reasons to develop a full-stack application using React Native and Node.js?

Let’s check out the reasons it is worth developing a full-stack React Native app using Node.js:

Image Source: neetable.com

JavaScript-Based Stack:

Both React Native and Node.js use JavaScript, allowing for code reuse and a unified development experience across the front-end and back-end. This reduces the learning curve and improves developer productivity.

Efficient Development:

React Native’s component-based architecture and hot reloading feature expedite the development process. Node.js’s non-blocking I/O model and extensive package ecosystem enable rapid server-side development.

Cross-Platform Compatibility:

React Native allows for developing mobile apps that work on both iOS and Android platforms. This saves time and resources compared to developing separate apps using native languages.

Single Codebase:

With React Native, you can write one codebase that runs on multiple platforms, reducing development and maintenance efforts. Node.js’s code can also be shared between the client and server, further enhancing code reusability and saving developers time.

App Performance:

React Native leverages native components, delivering near-native performance on mobile devices. Node.js’s event-driven architecture ensures scalability and efficient handling of concurrent requests, resulting in high-performance server-side applications.

Active Community and Ecosystem:

React Native and Node.js have vibrant communities and extensive libraries, frameworks, and tools. This provides a wealth of resources, documentation, and community support for developers.

Considering the combination of React Native and Node.js for your full-stack application development can provide numerous advantages. To quickly get started with the development process, you can hire a full-stack developer in India. They will help you build a strong backend and enables you to add rich functionalities to the app.

Let’s check out how to develop a full-stack React Native app using Node.js…

Tại sao nên học React Native?

Khoảng hai năm trước, React được Facebook giới thiệu tới cộng đồng lập trình viên, từ thời điểm đó cho đến nay, React đã phát triển một cách nhanh chóng không chỉ trong nội bộ facebook mà còn cả cộng đồng bên ngoài. Hiện nay, rất nhiều dự án đã được xây dựng dựa trên React, tỷ lệ các lập trình viên chọn và sử dụng React ngày càng nhiều vì nó giúp tiết kiệm thời gian “chiến đấu” với framework và tập trung hơn vào sản phẩm của mình hơn.

Nếu bạn xác định và có đam mê trở thành 1 Mobile Developer thì đừng bỏ qua khóa học này. Từ trước tới nay, các bạn học lập trình di động thường chỉ biết tới iOS hoặc Android, tương ứng với Swift hoặc Java. Thế nhưng có một ngôn ngữ đang ngày càng phổ biến và rất được ưa chuộng khi phát triển các ứng dụng phần mềm mà không phải ai cũng biết, đó chính là nền tảng React Native.

  • React Native mở ra một tương lai mới cho các ứng dụng di động.
  • React Native đang là xu thế và có tốc độ phát triển chóng mặt.
  • React Native cho bạn cơ hội nghề nghiệp rất sáng.
React Native E-commerce App With Restful API | Crash Course
React Native E-commerce App With Restful API | Crash Course

Conclusion:

At the end of this blog, you will get an idea of how to create a full-stack React Native app using Node.js. Though this blog guide is written keeping both business and developer’s interests. But if you still finding yourself in a dilemma then you can hire a mobile app developer in India to help you develop an app and ensure success.

AppsDevPro can greatly assist in developing a full-stack React Native app with a Node.js backend. By leveraging their expertise and experience in app development, they can provide comprehensive solutions and support throughout the entire development process. With React Native, AppsDevPro can create a cross-platform app that works seamlessly on both iOS and Android devices.

To clarify any doubts, you can book a free consultation slot with our experts or contact us directly.

Conclusion

So that was a quick but detailed look at full stack with react using Zero, a platform that can help you build a full-stack app, including a web platform, a mobile platform, and a backend. It is highly recommended to check out the official documentation for other use cases that you might require. The concept of Zero is impressive, given that it supports varying file formats both on the front-end and backend. However, there is still work to be done for Zero to be widely adopted, especially for production cases. It may be slow to compile and have poor error handling and OS support, but it still holds great potential being open source which allows for regular updates and features from other developers.

You May Also Like:Full Stack Developers Future Scope and DemandFull Stack Developer Salary: Based on Locations, ExperienceFull Stack Developer Skills You Need to Master in 2023Java Full Stack Developer Skills in 2023Full Stack Web Developer Learning Path in 2023Full Stack Developer Resume Writing TipsTop Full Stack Projects for Developers in 2023Full Stack Developer Frameworks to Master in 2023How to Become Full Stack Developer in 2023 [from Scratch]Data Scientist vs Full Stack Developer: What to Choose?

Is it simple to Develop a Full-Stack React Native App with Node.js? But surprisingly why this combination….

Well, have you ever used the social media app Facebook?

With 2.989 billion monthly active users in 2023, Facebook has become the world’s most active social media platform where 26 million users are increasing every month.

So probably you must have tried this app for sure…

But, just think about what exactly attracts you and keeps you engaged with that app.

Its interface, features, and strong backend allow Facebook to run smoothly.

Top over that it’s all about its technology and functionalities that enables Facebook to bring its content to billions of users with the most engaging user interface that holds the attention of the user.

If you have ever dreamed of building an app like Facebook that helps you drive millions of traffic every month then using React Native and Node.js to develop a full-stack app is a perfect combination.

What if you need help with how to create an app, where to begin, and where to hire front-end developers in India? Don’t worry, here we have a complete blog guide for you.

Understanding the surging demand for developing a full-stack React Native app, we have decided to write a complete guide explaining how to combine React Native with Node.Js to create a full-stack application.

But before we get deep into this blog guide, let’s understand why there is a sudden rise in hiring React Native developers in India. Is it really worth using React Native and Node.js to develop a full-stack app like Facebook? How do React Native and Node.js applications help your business make better profits? And most importantly how does this combination actually work and enables you to develop a full-stack web app?

Let’s get started with the basics…

Multi Vendor React Native App | Part 1
Multi Vendor React Native App | Part 1

How Much Does It Cost to Develop Full-Stack Web App Using React Native and Node.js?

The cost of developing a full-stack web app using React Native and Node.js can vary depending on several factors, including the complexity of the application, the number of features, the development team’s hourly rates, and the development timeline. Additionally, the cost may vary based on the geographical location of the development team.

Here’s a well-researched estimate of the approximate cost based on the average hourly rates in different regions:

Image Source: appsdevpro.com

Before you make any decision, it is worth understanding that these are rough estimations based on market surveys. Real estimations always vary depending on your app development requirements and their complexities. So what type of app you can develop using React Native and Node.js?

Conclusion

Connecting React Native with Node.js opens up a plethora of opportunities for building powerful and user-friendly applications. By following the outlined steps, examples, and advice, you can establish a seamless connection between your React Native frontend and Node.js backend. Remember to prioritize security, optimize network communication, and thoroughly test your app to ensure a smooth user experience. With the right approach and expertise, you can create impressive and feature-rich applications that leverage the strengths of both React Native and Node.js. Let’s discuss more with our experts at Groove Technology!

Modern React Web Development Full Course - 12 Hours | 4 Real Industry Web Applications
Modern React Web Development Full Course – 12 Hours | 4 Real Industry Web Applications

How To Develop a Full-Stack React Native App Using Node.js in 5 Simples Steps

Are you all set to build a full-stack React Native app with Node.js? If yes, then you need to understand what tools you will be required to set up an entire project from scratch and deploy it to the web.

Step 1: Creating a Backend Using Node.Js

The purpose of this step is to set up a backend server using Node.js. The backend will handle requests from the front end, interact with the database, and provide data to the front end.

a. Install Node.js: First, you need to install Node.js on your system and download the installer for your operating system. Follow the installation instructions to complete the setup.

b. Create a new directory: Open a terminal or command prompt and create a new directory for your project. Navigate to the project directory using the below command.

mkdir react-native-app

cd react-native-app

c. Initialize a Node.js Project: Run the following command to initialize a new Node.js project. This will create a package.json file that manages the project dependencies.

npm init -y

d. Install Required Dependencies: Install the necessary packages for building the backend server.

npm install express

npm install body-parser

e. Create a server file: Create a new file called server.js in the project directory and open it in a text editor.

// server.js

const express = require(‘express’);

const bodyParser = require(‘body-parser’);

const app = express();

const PORT = process.env.PORT || 5000;

app.use(bodyParser.json());

// Define your API routes here

app.listen(PORT, () => {

console.log(`Server is running on port ${PORT}`);

});

This code sets up a basic Express.js server with a JSON body parser. Now it’s time to create an API Endpoint by hiring a web developer in India. To learn it, let’s jump to the next step.

Step 2: Creating an API Endpoint

In this step, you will create an API endpoint that can be called from the front end to retrieve or manipulate data.

a. Define an API route: Inside the server.js file, add an API route that returns a sample JSON response.

// server.js

// …previous code…

app.get(‘/api/data’, (req, res) => {

const data = {

message: ‘Hello from the API!’

};

res.json(data);

});

This code creates a route /api/data that responds with a JSON object containing a message. You can add more routes to handle different requests and interact with databases or external services.

Step 3: Develop an App Frontend with React

In this step, you will create the front end of your React Native app. React Native allows you to write JavaScript code that renders native components on iOS and Android.

a. Install React Native CLI: Run the following command to install the React Native command-line interface (CLI) globally on your system.

npm install -g react-native-cli

b. Create a new React Native project: Run the following command to create a new React Native project.

react-native init MyApp

This will create a new directory called MyApp with the basic project structure.

c. Navigate to the project directory: Change your current directory to the newly created project directory by using “cd MyApp” this command.

d. Start the development server: Run “npm start” command to start the React Native development server.

This will start the Metro bundler, which will compile your JavaScript code and serve it to the app.

Step 4: Send the HTTP Requests from React to Node

Now you will make HTTP requests from the React Native app to the Node.js backend to fetch data or perform actions.

a. Install Axios: Axios is a popular library for making HTTP requests from JavaScript. Install it in your React Native project by hiring a software developer in India.

npm install axios

b. Write a sample API request: Open the App.js file in the MyApp project directory and replace the existing code with the following example.

// App.js

import React, { useEffect, useState } from ‘react’;

import { View, Text } from ‘react-native’;

import axios from ‘axios’;

const App = () => {

const [data, setData] = useState(”);

useEffect(() => {

fetchData();

}, []);

const fetchData = async () => {

try {

const response = await axios.get(‘http://localhost:5000/api/data’);

setData(response.data.message);

} catch (error) {

console.log(error);

};

return (


{data}

);

};

export default App;

This code uses the axios library to send a GET request to the /api/data endpoint of your Node.js server. The response data is then displayed in the app.

Step 5: Deploy Your App to the Web – Heroku

To deploy your app to the web, you can use a cloud platform like Heroku. Heroku provides an easy way to host and deploy Node.js applications.

Sign up for a Heroku account and create a new account if you don’t have one already.

a. Install the Heroku CLI: Download and install the Heroku Command Line Interface (CLI) for your operating system from the Heroku website.

b. Log in to Heroku: Open a terminal or command prompt and log in to your Heroku account using the CLI and login command “heroku login”.

c. Create a new Heroku app: Run the following command to create a new Heroku app.

heroku create my-react-native-app

Replace my-react-native-app with your desired app name.

d. Deploy your app: Push your code to the Heroku remote repository to deploy your app.

git push heroku main

e. Open your app: Once the deployment is complete, you can open your app in the browser using the following command.

heroku open

That’s it! Your full-stack React Native app using Node.js is now deployed to the web using Heroku. You can continue to add more features and functionality to your app by expanding the backend and frontend codebase.

Benefits of Using React for Full-stack App Development

React is one of the most popular frontend libraries, and it is growing in popularity among developers and business owners. There are a lot of reasons why ReactJS full stack web development might soon become a popular choice, and one of those reasons is that it has a lot of benefits. The major advantages of React for web development include the following:

  • React allows you to write code that is modular and cleaner, which means you can develop the project more quickly. This also allows code reuse, which can greatly increase developer productivity.
  • Unlike large monolithic projects, React code is modular and easy to maintain and update. React products are very flexible and can be adapted to different needs. This can save you time and money in the long run.
  • The library’s core features, such as virtual DOM and server-side rendering, make it easy to create large-scale apps that are fast and offer great performance.
  • As an open-source technology, React is free and open to everyone. It has an abundant ecosystem, including valuable tools like Flux or Redux, as well as a powerful backend powered by Node.js. Additionally, there are many open-source libraries specifically tailored to respective tasks.
  • The library was originally developed on Facebook, but it’s still being supported and maintained by the company and by more than 1,000 independent contributors worldwide. The vibrant community and strong corporate support make React a reliable and up-to-date library.
🔴  Build the Uber clone in React Native (Tutorial for Beginners)
🔴 Build the Uber clone in React Native (Tutorial for Beginners)

Connecting React Native with Node.js

With the backend in place, it’s time to establish the connection between your React Native application and the Node.js server. Follow these steps to connect the two:

  1. Import necessary dependencies: In your React Native project, import the required packages to enable network communication. For instance, you can use the

    axios

    package to make HTTP requests from your app.
  2. Make API calls: Use the

    axios

    package to send requests from your React Native components to the Node.js server. You can fetch data, update resources, or perform any other operations by making appropriate API calls.
  3. Handle responses: Once the server processes the request, it will send back a response. Ensure that your React Native app handles these responses appropriately, updating the UI or performing additional actions based on the received data.

Nhiệm vụ của React Native

  • Giúp bạn tạo các mobile apps thực sự và thú vị với sự trợ giúp của JavaScript hỗ trợ cho cả nền tảng Android và iOS.
  • Hiệu quả về mặt thời gian khi mà bạn muốn phát triển một ứng dụng nhanh chóng.
  • Hiệu năng tương đối ổn định.
  • Có một cộng đồng phát triển mạnh, bạn sẽ nhận được sự hỗ trợ nếu gặp phải khó khăn.
  • Ứng dụng tin cậy và ổn định.
  • Xây dựng cho nhiều hệ điều hành khác nhau với ít native code nhất.
  • Trải nghiệm người dùng tốt hơn là hybrid app.
Build and Deploy a Full Stack Social Media App | React JS, Appwrite, Tailwind CSS, React Query
Build and Deploy a Full Stack Social Media App | React JS, Appwrite, Tailwind CSS, React Query

Description

Becoming a full-stack developer has a lot of benefits and full-stack engineering has gained a lot of popularity in the past few years. Also, the importance of mobile apps can not be overemphasized. It is one of the best ways to connect with users. Throughout the course, I will show you best practices and how to effectively make use of documentations.

In this course, you will learn how to build four mobile apps

  1. Todo App – React Native

  2. News App – React Native, React Navigation, Redux.

  3. Home Listing App – React Native, React Navigation, Redux, Node/Express, MongoDB

  4. Authentication System App – React Native, React Navigation, Redux, Node/Express, MongoDB

A detailed list of what you’ll learn

  • Installing React Native and setting up Android emulator and iOS simulator

  • Core React Native concepts, such as working with components, state, and props

  • Styling and how to layout items using Flexbox

  • How to work with images, fonts, and Icons in React Native

  • Set up Navigation using React Navigation

  • Implement the three types of navigation commonly found in mobile apps: Stack, Tabs, and Drawer

  • State Management with Redux

  • Understand the basic concepts of Node

  • Build RESTful APIs using Express Framework

  • Add validations using Express-validator

  • Working with a database system (MongoDB)

  • Implement Authentication using JWT

  • Deploying backend to Heroku

  • Tips on how to deploy the frontend to the various App Stores

How To Develop a Full-Stack React Native App Using Node.js in 5 Simples Steps

Are you all set to build a full-stack React Native app with Node.js? If yes, then you need to understand what tools you will be required to set up an entire project from scratch and deploy it to the web.

Step 1: Creating a Backend Using Node.Js

The purpose of this step is to set up a backend server using Node.js. The backend will handle requests from the front end, interact with the database, and provide data to the front end.

a. Install Node.js: First, you need to install Node.js on your system and download the installer for your operating system. Follow the installation instructions to complete the setup.

b. Create a new directory: Open a terminal or command prompt and create a new directory for your project. Navigate to the project directory using the below command.

mkdir react-native-app

cd react-native-app

c. Initialize a Node.js Project: Run the following command to initialize a new Node.js project. This will create a package.json file that manages the project dependencies.

npm init -y

d. Install Required Dependencies: Install the necessary packages for building the backend server.

npm install express

npm install body-parser

e. Create a server file: Create a new file called server.js in the project directory and open it in a text editor.

// server.js

const express = require(‘express’);

const bodyParser = require(‘body-parser’);

const app = express();

const PORT = process.env.PORT || 5000;

app.use(bodyParser.json());

// Define your API routes here

app.listen(PORT, () => {

console.log(`Server is running on port ${PORT}`);

});

This code sets up a basic Express.js server with a JSON body parser. Now it’s time to create an API Endpoint by hiring a web developer in India. To learn it, let’s jump to the next step.

Step 2: Creating an API Endpoint

In this step, you will create an API endpoint that can be called from the front end to retrieve or manipulate data.

a. Define an API route: Inside the server.js file, add an API route that returns a sample JSON response.

// server.js

// …previous code…

app.get(‘/api/data’, (req, res) => {

const data = {

message: ‘Hello from the API!’

};

res.json(data);

});

This code creates a route /api/data that responds with a JSON object containing a message. You can add more routes to handle different requests and interact with databases or external services.

Step 3: Develop an App Frontend with React

In this step, you will create the front end of your React Native app. React Native allows you to write JavaScript code that renders native components on iOS and Android.

a. Install React Native CLI: Run the following command to install the React Native command-line interface (CLI) globally on your system.

npm install -g react-native-cli

b. Create a new React Native project: Run the following command to create a new React Native project.

react-native init MyApp

This will create a new directory called MyApp with the basic project structure.

c. Navigate to the project directory: Change your current directory to the newly created project directory by using “cd MyApp” this command.

d. Start the development server: Run “npm start” command to start the React Native development server.

This will start the Metro bundler, which will compile your JavaScript code and serve it to the app.

Step 4: Send the HTTP Requests from React to Node

Now you will make HTTP requests from the React Native app to the Node.js backend to fetch data or perform actions.

a. Install Axios: Axios is a popular library for making HTTP requests from JavaScript. Install it in your React Native project by hiring a software developer in India.

npm install axios

b. Write a sample API request: Open the App.js file in the MyApp project directory and replace the existing code with the following example.

// App.js

import React, { useEffect, useState } from ‘react’;

import { View, Text } from ‘react-native’;

import axios from ‘axios’;

const App = () => {

const [data, setData] = useState(”);

useEffect(() => {

fetchData();

}, []);

const fetchData = async () => {

try {

const response = await axios.get(‘http://localhost:5000/api/data’);

setData(response.data.message);

} catch (error) {

console.log(error);

};

return (


{data}

);

};

export default App;

This code uses the axios library to send a GET request to the /api/data endpoint of your Node.js server. The response data is then displayed in the app.

Step 5: Deploy Your App to the Web – Heroku

To deploy your app to the web, you can use a cloud platform like Heroku. Heroku provides an easy way to host and deploy Node.js applications.

Sign up for a Heroku account and create a new account if you don’t have one already.

a. Install the Heroku CLI: Download and install the Heroku Command Line Interface (CLI) for your operating system from the Heroku website.

b. Log in to Heroku: Open a terminal or command prompt and log in to your Heroku account using the CLI and login command “heroku login”.

c. Create a new Heroku app: Run the following command to create a new Heroku app.

heroku create my-react-native-app

Replace my-react-native-app with your desired app name.

d. Deploy your app: Push your code to the Heroku remote repository to deploy your app.

git push heroku main

e. Open your app: Once the deployment is complete, you can open your app in the browser using the following command.

heroku open

That’s it! Your full-stack React Native app using Node.js is now deployed to the web using Heroku. You can continue to add more features and functionality to your app by expanding the backend and frontend codebase.

🔴 Let's build a Full Stack Employee Management App with REACT NATIVE using MongoDB, Expo Router!
🔴 Let’s build a Full Stack Employee Management App with REACT NATIVE using MongoDB, Expo Router!

Types of Web Apps You Can Develop Using React Native and Node.js

If you are impressed with the idea of developing a full-stack React Native app using Node.js but are not sure what type of application you can develop, then here is a list of applications that you can try developing with React Native and Node.js.

E-commerce Applications:

  • Develop a mobile e-commerce app with a responsive design, user authentication, product listing, shopping cart functionality, and payment integration.
  • Build an admin panel to manage products, orders, and inventory.

To create an On-demand e-commerce app, you need to hire a dedicated app development team in India that can handle the complexity of the task.

Social Media Platforms:

  • Create a social networking app with features like user profiles, posts, comments, likes, notifications, messaging, and real-time updates.
  • Implement user authentication and authorization to ensure secure access.

Get inspired with the leading social media apps like Facebook, Instagram or snapchat to know their unique selling points.

On-Demand Service Applications:

  • Build a service-based app for services such as food delivery, ride-sharing, home services, or laundry.
  • Implement features like real-time tracking, user ratings, and reviews, payment integration, and push notifications.

To create an on-demand app like Uber, Zomato, and more, make sure you create a list of unique functionalities.

Travel and Booking Applications:

  • Develop a travel app that allows users to search for flights, hotels, and attractions, and make bookings.
  • Implement features like user preferences, saved itineraries, reviews, and recommendations.

Hire a full-stack developer in India to quickly get started with an app with an estimated cost of $15,000+ for a single platform.

Healthcare Applications:

  • Create a healthcare app for appointment scheduling, telemedicine consultations, medical records, and reminders.
  • Implement secure user data management and integration with healthcare providers’ systems.

Transform your healthcare management system into automated operations by simply developing an app.

Education and E-Learning Platforms:

  • Build an e-learning app with features like course listings, video streaming, quizzes, progress tracking, and user profiles.
  • Implement features for course creation, content management, and student-teacher interactions.

By hiring an app developer in India, you can easily develop an education portal that helps you engage students and tutors easily.

Financial and Banking Applications:

  • Develop a banking app with features like account management, transaction history, fund transfers, and bill payments.
  • Implement robust security measures to protect sensitive user data.

The average cost of developing a financial and banking app is starting from $10,000+ and can go up to $50,000.

IoT (Internet of Things) Applications:

  • Create a mobile app to control and monitor IoT devices such as smart home appliances, security systems, or wearable devices.
  • Implement real-time data streaming and device integration.

You can develop an IoT-based app by simply hiring an expert and easily becoming a part of this thriving industry.

Good One: Top Node.js Development Trends in 2024

Why Should You Choose to React for Full-stack App Development?

Many developers choose React JS as their primary framework for web development as it enables them to create dynamic and interactive web applications. React developers have a strong community support network that helps them get the help they need when they need it, which is a major contributor to the success of React. Developers have shared insights about React JS full stack in the form of blog posts and in-depth articles. Tutorial videos have also been uploaded on popular forums which can help beginner developers to get started with full stack React projects.

ReactJS is an easy-to-use reactive JavaScript library that benefits both small and large organizations. It is easy to maintain a high level of performance even in a high-traffic environment. In addition, ReactJS facilitates simultaneous application and web development functionality and easy changes which makes it an easy choice compared to other options.

If you’re looking to get right into learning full-stack development with react or just need some full stack react project ideas, be sure to check out our master Full-stack developer training.

Build Full Stack React Native App: React Native, Expo, Strapi, MySql | Hospital Appointment Booking
Build Full Stack React Native App: React Native, Expo, Strapi, MySql | Hospital Appointment Booking

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