Nowadays React Native Is A Good Choice For IoT-projectFebruary 10, 2021 Publish By : EXPERT APP DEVS 4 min read Viewed By : 903
The Internet of things is a system of interrelated computer devices, digitals, and mechanical machines, and by using unique identifiers (UIDs) you can transfer data over different networks without any human or computer interaction.
The Perks of Using React Native for IoT -
React Native has some very good features that make it useful for IoT projects, so let’s explore some of them.
- Compositional Structure in React Native: React Native also uses the compositional structure of a project rather than an inheritance based structure. We use compositional structure because it helps you better organize your code. By using an OOP model you have to create a class or object and then you are able to inherit this class or object to another object or class. You can use the inheritance model for a large IoT project and it can get very complicated. But by using React Native, you are able to create a component, you can use that component with other components.
- Separation of concern in React Native: In React Native each component is individual. so you don’t have to worry about how changing one component affects the other code modules. And for this credit it goes to separation of concerns in React Native, in this, you can pass data from one place to other child components. Then components received the data and processed it. data can be easily separated from sensor components to other components. so you didn’t get lost in complex code interactions between IoT sensors and data and also children components cannot affect parent components.
In React Native we pass the data to the components by using props and props is an object, which contains the information about a component. We use this tool in react native for communicating between parent and child components. Props are used to connect to the state, which stores data, and If the state changes, the component re-renders in application with the latest code.
So the question is here, why is this important for IoT projects. So let’s start explaining it - for creating two types of components you need to build a component-based application. The first one is used for the receive, process, and pass data to child components and the second one is for the IoT sensors. they receive or pass props and act accordingly.
- Lifecycle Method in React Native: Lifecycle methods are a great feature set of the React Native library. They are also used in IoT projects as well. These methods ensure that all the components keep up with data changes. Lifecycle methods are used to the application’s interactions with the real world. When a component updates, it launches a sequence of lifecycle methods.
Such as, think about a smart home. When the temperature of that home rises to 25 C., so the application tells the LED component to turn on so that the user knows it’s getting hot inside. If the temperature doesn’t exceed the limit then it works fine.
For updating any app lifecycle is the best way for handling this. When the new data comes from the real world, the application checks it and then updates the app.
Advantages of using React Native for IoT project -
So here we are going to list the all advantages of using react native with IoT projects.
- Process of writing components: We all know that react native uses JSX. JSX acknowledges HTML citing and makes a subcomponent rendering very simple. There are a lot of easy routes for composing React Native. You can create a couple of rules to make your source cleaner and easier. We know JSX is regularly a matter of debate, it is used for building high-volume applications or custom parts.
- Increase productivity: The question is “why do we use react native with IoT” and the answer is component structure, because it has several corporations, and Walmart is one of the best. This corporation includes multiple branches, like Walmart Brazil, Walmart Chile, Massmart, Sam’s Club, etc. and all corporations have their own online presence.
Renders Faster: When we start building a high-load application then it is very fundamental to think about how the structure will affect the general application execution, achieve it by using DOM which is tree-organized, and even the little changes at the upper layer. As the name suggests, it is a virtual portrayal for the record of object models. At the last, the DOM tree is refreshed as needed, guaranteeing the least time devoured. By using this strategy we ensure better client experience and higher application execution.
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