The Context API is a new way to inject data into React components. It’s similar to the context feature in Angular, which lets you share data across your application. The Context API can be used to share data between React components, as well as between React and React Native.
The Context API has several benefits:
- It’s easy to use and understand when learning about state management libraries.
- It’s more flexible than other state management libraries because it allows you more control over how data flows through an app.
You’ll need to have a good understanding of React and ES6 before using Redux. If you’re not familiar with them, try to learn the basics first. Although there are many different ways to manage the state in your application, Redux is one of the most popular choices for state management in React apps. It’s a library that helps you write applications that behave consistently, run in different environments (client, server, and native), and are easy to test.
The syntax of MobX makes it easy to learn, and there are many examples of how to use it in your own project. It also has many useful features like observable arrays or computed values that can be observed from anywhere else in your app without any extra code needed!
MobX is very powerful and flexible at the same time – you can decide which parts of your application should be managed by MobX instead of React’s local state when using React Native for example (which doesn’t support JS classes).
Unstated is a state management library for React that uses a functional programming style. It’s inspired by Elm and Redux, but instead of mutable data structures, Unstated uses immutable data types. This means you can’t change your state in place—it gives you the ability to easily reason about what changes are being made and why they’re being made.
Unstated is also transparent: since it doesn’t use immutability as an implementation detail, it’s trivial to inspect the current state at any point during your app’s lifecycle (e.g., when rendering or testing). You can even see how much memory each component has used over time (thanks to a built-in profiler) so you know whether it’s worth using for large apps with lots of data coming into them over time!
Finally, Unstated is based on pure functions—a concept that allows us to guarantee that our components will always produce predictable outputs given specific inputs without having any side effects outside their own scope.
- Actions are used to dispatch data into the system. They can be synchronous or asynchronous, but must return a new action object as their result (e.g., with .then()).
- Stores are objects that hold the current state (or part of it) along with its change listeners, so they get updated when something happens in the app’s view layer or backend API calls to come back from some other process running outside of React itself (like another request handler).
Apollo Client is a GraphQL client for React, React Native, and Angular. Apollo Client is a flexible and powerful tool for using GraphQL in your apps. It provides an easy way to create clients that are based on the awesome features provided by the GraphQL specification.
In case you haven’t heard about it before, here are some basics about Apollo:
- Apollo Client is a great choice if you are looking for a GraphQL client with many different options that can be used in different ways. The documentation describes all possible ways of using this library as well as their pros and cons, so make sure to check it out before deciding whether or not this will fit your needs!
State management is important for React developers because it helps keep track of the app's state
As a React developer, you’ll need to manage your state. This is important because it helps keep track of the app’s state. You can write all the code in the world and have it work just fine, but if you don’t know what data you’re working with at any given time, then it’s going to be difficult for anyone else (or future versions of yourself) to understand what’s going on.
There are many different ways of managing state in React applications. Some libraries make this easier than others—but if you’re new to React development and only want one library for managing your application’s data, the given options might help you greatly.
In this article, we’ve looked at five state management libraries for React. We’ve explored their features and how they differ. Now it’s up to you which one is right for your project!
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