The cross-platform app development is seemingly becoming popular as the stratum of competition is surpassing higher up the order. What’s more, without any doubt, React Native has been distinguished as the most preferred cross-platform solution for the creation of both iOS and Android apps respectively. With React Native, you can work on two distinctive Operating Systems utilizing a single platform.

React Native likewise demonstrates supportive in building attractive User Interfaces, which can’t be recognized from a native app. The React Native might be a popular choice, however, it isn’t the best decision as it has a few disadvantages also.

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Mobile Application sector has been growing in recent years and so has the demand for them. Every company that wants to sell, assist, provide mobile app development service is into making their apps accessible to the customers. Aside from brainstorming how the app will function and what resources will be required, it is imperative to make sense of which technology will serve your necessities the best. There are numerous mobile app technologies that are widely utilized for a particular platform or for cross-platform app development.

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React.js was created by Facebook to address its requirement for a dynamic and high performing User Interface(UI). In 2011, Jordan Walke and his team from Facebook released the React JS library, a JavaScript library which brought together the speed of JavaScript and another method of rendering pages, prompting a responsive and dynamic user input. In 2015, two years after the team publicly released React.js and its popularity grew, they released React Native.

The following is an overview of the business advantages of working with both React.js and React Native. It should give you a reasonable thought of their respective strengths and what makes them unique.

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A normal web application works as follows: a browser sends a request to a website. The site’s server receives the request, tracks down the requested file, process the request and sends a response to the browser. In traditional web servers, such as Apache, each request causes the server to create a new system process to handle that request.

There was another improvement came in the form of Ajax. Instead of requesting a whole new page each time, we’d only request the piece of information we actually wanted.

But consider the case of social networking sites, where each user’s feed is updating in real time. The only way that’s possible is if each user has an active connection to the server at all times. The simplest way to do that at present is through long polling.

Long polling essentially tricks HTTP into acting like a persistent connection: as soon as the page loads, it fires off an Ajax request to the server, even if the page doesn’t want anything in particular. But, unlike a normal Ajax request, the server doesn’t respond right away. It just waits, and fires back a response only when it has something new it wants the browser to display. For example, as soon as one of your friends adds a new post, the server returns the response telling the browser to update its display. As soon as the browser receives the response, it shoots back another request. This way the browser is always waiting for a new event to happen on the server side.

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