The Top React & Typescript Tools for Developers to use in 2023



April 11, 2023


April 11, 2023

Developing an app can be a daunting task, but fear not! We have compiled a list of the top React & TypeScript tools for developers to make your journey a breeze.

In this blog, we will take you on a journey through the latest and greatest React and TypeScript tools that are sure to elevate your app development game in 2023. But first, let's start with a brief introduction to React & TypeScript.

React and TypeScript

React is a popular JavaScript library for building user interfaces created by Facebook. It allows developers to create reusable UI components and efficiently manage the application's state.  

TypeScript is a superset of JavaScript that adds static typing to the language, providing better type-checking and code readability. Combining these two technologies creates a robust and scalable development environment, and TypeScript extends JavaScript by adding static typing, classes, interfaces, and other features.

Top React & TypeScript Tools to use in 2023

A. React Development Tool List

There are many excellent React Development Tools out there. But we have summed up some of the best React tools you should know as a developer.

1.  React Devloper Tools:

We are talking about the best React tools. The first best tool that comes on the list is none other than React Dev Tools, and it is an open-source, MIT-licensed tool developed and maintained by Meta.

React Developer Tools is a browser extension for Google Chrome, Firefox, and Edge that allows developers to inspect and debug React component hierarchies and states. This tool is widely used by front-end developers.


It provides a range of useful features such as:

  • The ability to view the component tree.
  • Inspect props and state.
  • Interact with components in real-time.
  • Debug performance issues in the components.
  • View the source code.
  • View the state property of each selected component.

2. Create React App:

The Create React App tool works like a rocket launcher that helps developers to start and step project configuration from scratch with just a single comment line. They can easily create a new project without getting worried about build options, project structures, supported modules, etc.


Create React App provides a streamlined development experience with features such as,

  • A pre-configured build process.
  • Zero-configuration setup.
  • Built-in development server that allows developers to test their apps quickly.
  • Integration with popular tools such as ESLint, Babel, and webpack.
  • Create React App generates a production-ready build.

3. Storybook:  

Storybook is an open-source tool that allows developers to create and maintain isolated UI components and test them in isolation. It's primarily used in frontend development for building user interfaces, and it supports a wide range of frontend frameworks such as React, Angular, Vue, and more.


Here are some key benefits and features of Storybook:

  • Isolation: The tool enables developers to work on UI components in isolation, making it easier to identify issues and test components without having to navigate through the entire app.
  • Collaboration: It makes it easy for developers to collaborate and share components with their team members.
  • Documentation: Storybook generates documentation for components automatically, making it easier to understand the functionality and usage of each component.
  • Accessibility: It provides built-in accessibility testing tools that allow developers to ensure their components meet accessibility standards.
  • Testing: It allows developers to write tests for each component, making identifying and fixing bugs easier before they make it into production.
  • Customization: Storybook is highly customizable, allowing developers to create their own themes and add-ons.

4. Bit:

Without discussing it in depth, let’s briefly describe Bit. It is an open-source tool that enables developers to compose and share individual components across different projects and teams.

It comes with a CLI tool and an online platform through which you can publish and distribute your React components once they have been isolated. Additionally, you can examine third-party components that have already been produced.


Here are some key features and benefits of Bit:

  • Component-based development: Bit allows developers to break down their code into individual components, making it easier to manage, reuse, and test code.
  • Easy collaboration: Bit allows developers to collaborate and share components with their team members. It also provides version control and change tracking, making it easier to manage changes to components over time.
  • Component reuse: It enables developers to reuse components across different projects, reducing code duplication and making it easier to maintain and update code.
  • Customizable workflows: Bit is highly customizable and allows developers to define their own workflows and processes for managing components.
  • Integration with popular tools: Bit integrates with popular tools like Git, GitHub, and npm, making it easy to use with existing workflows.

5. Reduc DevTool

It is a go-to debugging tool for large-scale React apps. With this browser extension tool, developers can monitor, inspect and replay actions in their Redux application. It's perfect for state management.

The tool lets developers easily view the current store state and debug performance issues. It also allows developers to use the default implementation based on Error. stack(), or creating their custom implementation.


Here are some key features of Redux DevTools:

  • Time travel debugging: Redux DevTools allows developers to travel back and forth through time and inspect every state change that occurred in their application.
  • Live code editing: With Redux DevTools, developers can edit their code in real-time and see the effect of the changes on the application state.
  • Performance monitoring: Redux DevTools provides detailed information about the performance of Redux actions and reducers, allowing developers to optimize their applications for better performance.
  • Export and import state: Developers can export and import the state of their application, which is useful for sharing and collaborating with other developers.
  • Integration with other tools: Redux DevTools integrates with other popular development tools, such as React Developer Tools, making it easy to use with existing workflows.

6. React Router:

React Router is a popular library for building single-page applications in React. It allows developers to create and manage multiple routes, handle user navigation, and render different components based on the current URL.

In addition to this, it provides built-in routing components such as <BrowseRouter>, <Routes>, <Link>, and many more. 


The library has the following key features:

  • Declarative routing: React Router uses a declarative approach to routing so that the developers can define their application's routes in a simple and easy-to-read way.
  • Nested routing: React Router supports nested routing. This allows developers to create complex user interfaces with multiple levels of navigation.
  • Dynamic routing: React Router supports dynamic routing, which allows developers to define routes with parameters that can be passed as props to the rendered components.
  • History management: React Router uses the HTML5 history API to manage browser history, allowing users to use the back and forward buttons to navigate between different views.
  • Location management: React Router provides location awareness, allowing developers to access information about the current location and use it to render different components.
  • Code splitting: React Router supports code splitting. With it, developers can load only the necessary code for each route, improving performance and reducing the app's bundle size.

7.  Jest:  

It is the most demanding React.js testing tool. It provides developers with a fast and easy-to-use testing environment that supports a variety of features to make testing simpler and more efficient. Also, it supports Babel, TypeScript, Node, Angular, and Vue frameworks.


Let’s take a look at its key features: 

  • Easy setup: Jest has a simple and straightforward setup process.
  • Built-in mocking: This makes it easy for developers to create and use mock objects and functions in their tests.
  • Snapshot testing: Jest supports snapshot testing, which allows developers to capture a snapshot of their component's rendered output and compare it with the previous snapshot. 
  • Code coverage: Jest provides code coverage reports, which allow developers to see how much of their code is covered by tests. This, in turn, helps improve their code's overall quality.
  • Parallel testing: This allows developers to run tests in parallel, reducing the overall test execution time.
  • Extensible: Jest is highly extensible and easy to customize and configure to suit specific project requirements.

8.  Evergreen: 

It is an open-source JavaScript framework. It allows Evergreen to build a framework that focuses on anticipating the current design requirements rather than having a fixed setup. With Evergreen, developers can easily get a set of React components that can be used to create any innovative software solutions. 

In short, The primary goal of Evergreen is to work out of the box and set up an environment that can be controlled effortlessly.


The framework provides the following set of features: 

  • Consistent design: Evergreen provides a consistent and modern design system for building high-quality user interfaces quickly and easily.
  • Responsive design: Evergreen components are responsive and can adapt to different screen sizes, making them ideal for building mobile-first apps.
  • Customizable: Evergreen components are highly customizable, and developers can easily change their appearance, behavior, and functionality as per their requirements.
  • Accessibility: Evergreen is designed with accessibility in mind and provides developers with the tools and resources they need to create accessible user interfaces.
  • Documentation: Evergreen provides comprehensive documentation with examples, making it easy for developers to learn how to use the library and get started with building their apps.

B. TypeScript Development Tools List

TypeScript has become a popular language among developers for building large-scale applications. To make the development process more efficient, there are several TypeScript tools available. Here are some of the best TypeScript tools that can help you increase your productivity as a developer. 

Let's dive in and explore these powerful tools!

1. TypeScript ESLint:

TypeScript ESLint is a linter that helps to catch common errors in TypeScript code. It enforces coding standards and best practices, helping improve your code's quality.


TypeScript ESLint provides features such as: 

  • Static analysis: It uses TypeScript's type system to analyze code statically and identify potential issues, such as syntax errors, unused variables, or type errors.
  • Customizable rules: The tool offers a set of configurable rules that can be used to enforce coding standards and best practices. Rules can be extended or modified to meet specific project requirements.
  • Integration with popular editors: TypeScript ESLint integrates with popular code editors, such as Visual Studio Code and Atom, providing real-time feedback to developers as they write code.
  • Automatic fixes: It can automatically fix some common issues, such as fixing code formatting, unused variables, or incorrect types.
  • Incremental linting: It offers an incremental linting mode, which only analyzes the changes made since the last linting, making it faster and more efficient for large projects.
  • TypeScript-specific rules: TypeScript ESLint offers rules specific to TypeScript, such as enforcing strict null checks or checking for missing return types.
  • Plugin support: TypeScript ESLint supports plugins, allowing developers to add custom rules or extend the tool's functionality.

2. Webpack:

Webpack, also known as Module Bundler, helps developers compile JavaScript Modules. 

It is used to bundle together all web application assets, including JavaScript, CSS, images, and fonts, into a single file or multiple files for deployment to a web server. 

Webpack is not only limited to front-end developers but can also be useful in the backend Node.js development.


Here are some key features of Webpack:

  • Modular code bundling: Webpack allows developers to split their code into modular pieces and bundle them together. This improves the performance of web apps by reducing the number of HTTP requests.
  • Loaders: Webpack supports loaders- Modules that preprocess files before they are included in the bundle. Loaders are used to handle non-JavaScript assets like CSS, images, and fonts.
  • Hot module replacement: Webpack includes Hot Module Replacement (HMR) functionality, which allows developers to update modules in real-time without requiring a full browser refresh. 
  • Code splitting: Webpack supports code splitting, which allows developers to split their code into smaller chunks that can be loaded on demand, reducing the initial load time and the initial download size.
  • Tree shaking: Webpack supports tree shaking, which is a technique used to remove unused code from the final output bundle.

3. TSLint:

TSLint is a linter that provides additional checks for TypeScript code. It includes reviews for things like unused variables, incorrect function signatures, and type errors, helping improve your code's quality and correctness.


Below are the key features of TSLint: 

  • Extensibility: The plugin architecture that allows developers to write custom rules and extend the built-in set of rules to meet specific project requirements.
  • Configurable: TSLint is highly configurable, allowing developers to customize its behavior to fit their specific needs.
  • Integration with build systems: TSLint can be easily integrated with build systems, such as Webpack, Gulp, and Grunt, as well as with IDEs and popular code editors like VS Code and Sublime Text.
  • Automatic fixing: TSLint can automatically fix some common issues, such as fixing code formatting, unused variables, or incorrect types.
  • TypeScript-specific rules: TSLint offers rules specific to TypeScript, such as enforcing strict null checks or checking for missing return types.
  • Continuous integration support: It integrates with continuous integration tools like Travis CI and Jenkins, allowing developers to automate the linting process and catch potential issues early.
  • Error reporting: It provides detailed error reporting, including the location of the error, the severity level, and a description of the problem. 

4. TSJest: 

TS Jest is a testing framework for TypeScript projects that are built on top of the popular Jest testing framework. TS Jest provides a number of additional features and benefits specifically tailored to TypeScript projects. 


Here are a few of its important features: 

  • TypeScript support: TSJest provides out-of-the-box support for TypeScript, including support for TypeScript's type checking and other TypeScript-specific features.
  • Simple configuration: TSJest comes with sensible default configurations, making it easy to get started with testing TypeScript projects. 
  • Snapshot testing: TSJest supports snapshot testing, which allows developers to capture a snapshot of a component's rendered output and compare it against a previously captured snapshot. 
  • Mocking and stubbing: TSJest provides powerful mocking and stubbing capabilities that allow developers to simulate complex scenarios and edge cases.
  • Code coverage reporting: TSJest includes built-in support for code coverage reporting, allowing developers to identify untested code and improve test coverage.
  • Parallel testing: TSJest supports parallel testing, which allows tests to be executed concurrently, improving test performance and reducing overall testing time.
  • Integration with other tools: TSJest integrates seamlessly with other tools commonly used in the TypeScript ecosystem, such as ESLint and Webpack.

6. Prettier: 

Prettier is a code formatter that can help to improve the readability and consistency of your TypeScript code. It can automatically format your code according to a set of rules, making it easier to read and understand.


Let’s have a quick look into its key features: 

  • Consistent formatting: Prettier enforces a consistent formatting style across all code files, reducing the amount of time developers spend on formatting code and increasing code readability.
  • Language support: Prettier supports a wide range of programming languages, including JavaScript, TypeScript, CSS, HTML, JSON, YAML, and more.
  • Customizable: Prettier is highly customizable, allowing developers to configure formatting options such as indentation, line length, and bracket placement to fit their specific needs.
  • Automatic formatting: Prettier can automatically format code as developers write it, using plugins for popular code editors such as Visual Studio Code, Sublime Text, and Atom.
  • Integration with build tools: Prettier can be integrated with build tools such as Gulp, Grunt, and Webpack, allowing developers to automate code formatting as part of their build process.
  • Error highlighting: Prettier can highlight formatting errors in the code, making it easier for developers to identify and fix issues.
  • Version control integration: Prettier integrates with version control systems such as Git, allowing developers to format code as part of their commit process automatically.

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