INTRODUCTION:
Web advancement has kept on being improved by the improvement of dynamic libraries and frameworks. Perhaps the most strong framework is AngularJS, while quite possibly the most powerful libraries is ReactJS. AngularJS is maintained by Google, while ReactJS by Facebook.
While talking about which of the two is best to use for IoT application development, there is no perfect answer. The best way to address this question is to compare the two, their advantages and disadvantages, and the factors to consider when deciding which to use for IoT application growth.
Benefits Offered by ReactJS in IoT Product Development:
Component Life Cycle Method:
Since ReactJS is a component-based library, all applications render components into the virtual DOM. Before and after rendering onto the virtual DOM, components use the same process. The component life cycle process ensures that all involved components are kept up to date with all data changes.
Stability of Code:
ReactJS uses downward data flow to ensure that modifications made to child structures do not have an effect on their parent structures. The data binding structure ensures the code is stable and that an application performs consistently.
React Native for Mobile App Development:
ReactJS is beneficial in mobile app development through React Native . It is a framework that encompasses real-time reload, modular architecture, portability, and ability to reuse components.
Compositional Structure:
ReactJs allows you to organize your code by working on the compositional structure, instead of the inheritance-based structure.
Benefits Offered by AngularJS in IoT Product Development:
Two Way Data Binding:
Data binding is the synchronization of data between view components and the model . The projection of models to the application view is possible with AngularJS. This allows for a smooth projection with minimal effort on the developer’s part. It eliminates the need for new cycles for the view and model, making them less vulnerable to bugs.
Ease of Testing:
In AngularJS, checking is an ease. In AngularJS, all JavaScript code is put through a series of tests. As a consequence, a developer can easily evaluate each and every aspect of an application.
Single Page Applications:
AngularJS enables the development of Single Page Applications, which are increasingly becoming popular in IoT development thanks to their responsiveness. The distributed computing mode of AngularJS enables single-page applications to transfer a large amount of functionality to the internet.
Dependency Injection:
The dependency injection subsystem in angularJS allows you to ask for dependencies by simply passing a service as a parameter. The subsystem then recognizes your request and immediately provides the service. This subsystem simplifies the unit testing process, allowing for faster application development.
Consideration While Selecting Between ReactJS or AngularJS for IoT Application Development:
Learning Curve:
TypeScript, a subset of JavaScript, is used by AngularJS. As a consequence, it has a higher learning curve than ReactJS, which uses only JavaScript. ReactJS, on the other hand, fits best with ES6 syntax, which can be difficult to understand for a novice.
Single Page Applications:
Single Page Applications are highly reactive web applications that have no page reloading wait times. In IoT application development, the Single Page Applications are very important because they do not request a server by modifying JavaScript and rendering it quickly at the click of a button. Google built AngularJS explicitly to create single-page applications. ReactJS brings complexities when creating large single-page applications due to the unavailability of packages for form support.
Application Deployment:
When designing IoT applications, it’s important to think about how easy it would be to deploy them. AngularJS is the most difficult system to deploy, but the Angular CLI makes it easier by taking care of it for you, from project development to code optimization. On the other hand deploying ReactJS applications is easy with the use of create-react-app, which generates new pre-configured apps that include everything needed for application development.
CONCLUSION:
Each of these two has its advantages and disadvantages. Choosing one of them must ultimately be based on your app development requirements and which of their properties are the most suitable for your development needs.
