React Native Re-Architecture

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In 2015, Facebook first time introduced the cross-platform framework with the name “React Native.” It stated and promised to provide a platform fit for all native apps. They further said that the platform will run on a large number of platforms. According to them, they developed it as a single code base. They found after experimenting some drawbacks and lacks. It was also analyzed that it met the developers.

In the beginning, it gained the support of the developers and the community. The developers adopted this platform, resultantly, React maintained its popularity. Because of its adoption at a large number, it became a good handy tool. It was considered as cost-efficient, measurable, and attractive to develop applications.

Later on in 2018, the same organization accounted for a new cross-platform namely, “React Native Re-Architecture”. They updated the existing cross-platform and equipped it with additional features. They perceived to have high hopes to achieve from it. They also enabled it to resolve prevailing issues complained by the developers.

React Native Re-Architecture has not been marketed till now. But we have got some details about this architecture. Therefore; I wrote this content to share its development process, timeframes, app performance, and its distinct features.

The react native architecture of the previous version

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Parts of react-native

We can say that Reactive Native is such a platform that can interact and work with different operating systems. We do not develop it for a specific operating system. First, the developers of React Native use JavaScript to write a single code base. Afterward, they transcribe the React tree that native infrastructure interprets.

React Native bases to unite web-based technology since its development. It owned its proprietary rights of native platforms. Afterward, in 2015, “two threads” ideas arrived. It combined the two generating a bridge. It developed a two-sided standard form to communicate equally.

Let’s have a discussion about the base stone of the present React Native Architecture.

Threading of the JavaScrip.

It works as storage in which all JavaScript code is kept and assembled. Here JavaScript works when the app is asked to produce on user’s instructions.

Native Thread

The execution of the native thread takes place in this section. It controls flawless communication of the Javascript threads and the user interface. It works whenever required. In case to access any native modules by the user, all relevant modules lie here to reach them any time easily.

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Shadow Thread

This part calculates the layout of the application. Now, here the Facebook’s private engine, “Yoga” helps the cross-platform to accomplish the task. After the transformation of flexbox layouts and calculation, the platform transmits to the app interface.

Present React Native Architecture and its limitation

With the aim to run an application on different platforms very fast, React Native is better option to use. It is also the best way to capture the market timely. Presently, it the only best option to build the cross-platform application.

This architecture requires advancements and improvements to perfection. The main issue with this platform is queuing the instructions on both sides. Resultantly, it limits the output and influences the user experience.

React Native Re-Architecture

After the announcements of React Native Re-Architecture, its community is waiting anxiously for this change. The developers are predicting many important developments in this architecture. They are expecting modernization of the process. And above all, it will provide convenience to all the concerned. z

Forecasted features of React Native Re-Architecture

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Use of JavaScrip Engines

The stakeholders are expecting the use of JS engines instead of JavaScript thread. Someone will not bound this script to JavaScript Core any more.

Dropping the Bridge

The new architecture will vanish the role of Bridge. JavaScript Interface will replace the Bridge. It will boost the coordination between the two-way communications. A new feature will enable it to serve as “enablers” to a new Fabric and TruboModules.

Java Script Infrastructure

JavaScript Infrastructure adds an advantage to synchronize the complete thread also the native modules. JavaScript holds the reference to desirable objects and invokes methods on instructions. We expect it to have a shared ownership concept in this feature. It will allow the native side to have direct communication with the JavaScript thread.

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  1. Complete and direct control

Another positive aspect of the recent version is to control React Native fully. Comparatively, it will not start all applications while starting. It will start an only the required application. The rest of the applications will start as and when required by any operation.

  1. Transformation

Basically, fabric works as a re-architecture of UI manager. It works as a transformer to the rendering layer without the need for bridges. With the React new Re-architecture, they create Shadow Tree in C++. It helps to enhance the process by reducing the processing to perform a specific job.

  1. Overcoming the flaws for seamless communication

The company is working to ensure flawless communication between React Native and other parts of Native. The performer of this code is named “CodeGen”. It will work to synchronize two threads to automate the compatibility.

LITSLINK offers to develop new mobile app.

Working with cross-platform development is a great option. It offers a very attractive set of tools that create appealing mobile apps. Alternatively, the publication and marketing of the new architecture show that it will remove the limitation faced now. It will provide a flexible atmosphere to develop any app. Reach to to develop an attractive and appealing across platform application.

Written by Ana Weaver