Who doesn’t want to see constant evolution in technologies that can bring ease to the development process?
The catch is, which one should you use for app development when both technologies are in high demand and are widely used by developers?
To break it down, we’ve outlined a detailed comparison of these technologies. Let’s dive in!
Often, many developers get carried away by the misconception that it’s either a framework or a programming language. In reality, it’s neither a framework nor a programming language.
Besides, here are a few highlighted features of NodeJS:
NodeJS is based on an event-driven architecture comprising process modules. This event-driven architecture helps to develop efficient and fast Web applications.
The notable reason behind NodeJS’ efficient development of applications is its asynchronous version or non-blocking I/O, which doesn’t let the code block the execution.
If you’re wondering how asynchronous input/output works, Let’s take an instance:
Consider that you’re developing an online shopping portal. If there’s no I/O non-blocking feature, it’ll definitely end up blocking the requests for adding products until the products get added to the cart and eventually the user checks out.
The standout feature of NodeJS is that it’s not multi-threaded; it’s single-threaded. It implies that it can efficiently handle one process at a time, which doesn’t let the requests get queued up for processing.
How can NodeJS be ideal to develop applications?
1. Packaged Modules
The enormous capability of millions of packaged modules in NodeJS adds leverage to this technology. In addition, it has a Common Line Interface to access and directly install during the development process, which is a huge asset as it ends up saving development time.
2. Server Side
As NodeJS is used in the server-side development of applications, it adequately manages multiple concurrent requests by utilizing its non-blocking I/O feature.
It works best when you need to gather data from multiple source centers with varying response time.
3. Dynamic Database Management System
You can estimate the size of massive database sets. Also, it’s beneficial when you’re developing any type of application that’s explicitly dependent on managing huge hunks of datasets.
In addition, it supports HTTP compatibility than separate events.
Which applications work the best with NodeJS?
The best-suited applications with NodeJS are real-time chats, collaboration tools, APIs, websites, and many more.
The best examples are Uber, Walmart, PayPal.
An Introduction to ReactJS
Generally, React components are not that easy to reuse, which makes them stand out as the foundation for developing interactive, large, and single-page applications.
Its virtual DOM is best for keeping track of all the changes that have been made in the components.
It just updates the DOM, which ends up saving time and also limits the high-end process of re-rendering data changes.
The components in React applications render small, reusable chunks of HTML, allowing complex applications to be built simply by nesting these components within each other.
Highlighted features of ReactJS
1. Virtual DOM
React is based on a virtual DOM that ends up minimizing re-rendering. Unlink real DOM, when the data gets changed in component, it just updates and reuses the pre-existing HTML components. it’s a huge time saver.
2. Data Binding
It supports a unidirectional flow of data, where the data flows in one direction. When the state changes, the UI gets updated, and when the state of the application changes, you just have simple functions to get started with the UI updates.
The components are modular pieces of code that make it quite easy to write and maintain the application and can be reused.
Furthermore, you can divide the components into much smaller components that are also referred to as child components.
4. JSX Syntax
How can ReactJS be ideal to develop applications?
However, with ReactJS, you can easily develop lightweight applications, and when ReactJS is executed on the server, the virtual DOM gets rendered and transmits you to a regular page.
The virtual DOM is the most significant feature, where it stores all the necessary components and responds to every change made in the DOM, and updates it diligently.
Also, it consumes less time and eliminates tedious DOM tasks, and it makes the web page highly robust.
With ReactJS, you can easily create segments and access them later or reuse them. Hence, it wouldn’t access PolymerJS or Shadow DOM, as you can easily directly incorporate them in ReactJS.
Which applications work the best with ReactJS?
Any user interface that requires flexible updates can be used with ReactJS. Also, you can develop various robust mobile applications with React.
The best examples are Instagram, Airbnb, Netflix, Sony, Dropbox, Imgur, and many more.
ReactJS Vs NodeJS: Which outperforms the other?
React’s virtual DOM functionality is best to handle frequent UI changes, and each DOM has a copy of its virtual DOM.
However, if you’re thinking that it’s too good to believe and there’s no setback, the catch is that it can’t directly alter the UI.
React merely refreshes the virtual DOM with each UI update to get into resonance with the standard DOM. It helps to scrutinize the modifications made in the standard DOM, and then it just adjusts the UI after analyzing the amends.
Often, it hampers performance with UI rendering. However, it does get fixed with community support.
NodeJS app’s performance has never been a bummer.
In fact, its high performance at low development cost makes it indifferent and stands out. Its reduced response time has been significantly dropped resulting in a quick page load. All the credit goes to its savior event-driven architecture!
Microservices help to break down the scalable frontend into smaller chunks that can be further worked on by a different group of developers until the code pieces are prepared to be used in the applications.
Also, each team of developers delivers various kinds of different materials.If you develop any website with ReactJS, you’ll observe that it can be segmented into plethora features, which can be efficiently managed by several teams such as DevOps, front-end, and back-end teams.
Furthermore, React eliminates direct connectivity in micro frontends by allowing indirect communication. It also makes the entire process of transmitting data and callbacks convenient.
In NodeJS, the microservice goes into resonance with it by allowing the development of applications at ease, resulting in the development of highly scalable and high-performing applications.
The ideal combination of NodeJS and microservice effectively manages multiple concurrent requests without any disruption.
With microservices, various applications can be updated and scaled, and common challenges such as high expenses, app crashes, and API integration can be avoided.
3. Community Support
Undeniably, React’s community is gigantic and ensures that they offer frequent updates as they encourage developers to work diligently and ensure that the application doesn’t malfunction.
React has been used in many top-notch applications such as Airbnb, Netflix, Uber, PayPal, and many more.
The community of NodeJS is active and supportive too; they are consistent in fixing bugs and addressing loopholes in the technology.
NodeJS has been used in a few high-end applications such as Instagram, LinkedIn, GoDaddy, and many more.
4. Types of applications
React works the best for single-page applications. It wouldn’t be wise to recommend React for developing large-size applications as it revolves more around the user interface.
If you’re looking to develop large-size applications with React, it’s wise to use it along with some other technology tool.
5. Learning Curve
The learning curve of React is less steep, making it an ideal library to learn and develop applications as it uses JSX and has extensive documentation.
It works entirely against the learning curve of NodeJS. Although the learning curve of NodeJS isn’t steeper, initially it’s a bit difficult to work with NodeJS to develop applications. The non-blocking I/O code makes it relatively difficult to incorporate.
|Purpose||ReactJS is specifically used to build the user interface of websites.||NodeJS is used for the backend development of the website.|
|Features||It handles data and makes API calls.||It manages authentication, database access, and browser requests.|
|DOM||It doesn’t use any DOM.||It uses a virtual DOM to escalate the speed of the application.|
|Architecture||It has a relatively complex architecture.||It’s relatively simple and easier.|
|Microservice||It’s not easy to write microservices.||It’s easier to write microservices as NodeJS is lightweight.|
|Library||It has an extensive open source library.||It has an open source library and is backed by Facebook.|
By the end of the blog, you must have deciphered the literal applications of these technologies
NodeJS is best for developing server-side or back-end web applications. Conversely, ReactJS is best for the front-end development of web applications.
Both technologies are excellent in their ways and are best for developing web applications, making them a great combination to be incorporated together for app development.
Most companies have used both efficient technologies together to develop a robust, high-performing application.
For instance, Netflix is the best streaming application. Ever wondered how their app works flawlessly? It’s because of the integration of both technologies, making it highly efficient.