These integration guides are not official documentation and the Strapi Support Team will not provide assistance with them.
Introduction to Radix and Strapi
Radix UI and Strapi headless CMS are each designed to enhance web application development with their unique features.
Radix UI is considered one of the top React UI libraries, offering an open-source collection of unstyled, accessible components for React applications. It provides a set of primitives that can be customized to match any design system. By focusing on accessibility and interoperability, Radix UI ensures that components adhere to best practices, making it easier to build inclusive applications.
Key features of Radix UI include:
- Accessibility First: Components follow WAI-ARIA guidelines, promoting better user experiences for everyone.
- Unopinionated Styling: Developers have complete control over styling, allowing seamless integration with existing design languages.
- Composable Architecture: Modular components can be used independently or combined to create complex interfaces.
Strapi's integration capabilities make it easier for developers to incorporate content management into their applications. For more information, see our Strapi integration guide.
Best Practices of Integrating Radix With Strapi
To enhance your development process and improve your application's user experience, consider these best practices for integrating Radix UI components with Strapi. Whether you're building content-rich sites or applications like Strapi for eCommerce, these practices will help you achieve optimal results.
Understand the Component Structure
Familiarize yourself with both Radix’s unstyled primitives and Strapi's content structure. Understanding how Radix components work helps you map them effectively to the data from Strapi's APIs.
Use Consistent Data Models
Ensure that the data models in Strapi align with the props expected by your Radix components. This consistency minimizes the need for data transformation and reduces potential errors.
Use TypeScript for Type Safety
Both Radix and Strapi support TypeScript. Using TypeScript with Strapi can enhance the development experience.
Optimize API Calls
To improve performance, fetch only the necessary data from Strapi to populate your Radix components. Since Strapi supports both RESTful and GraphQL APIs, understanding the differences (GraphQL vs REST) can help you choose the most efficient option for your application and reduce unnecessary network requests.
Implement Responsive Design
Radix components are designed to be accessible and responsive. Combine them with Strapi’s flexible content delivery to create a seamless experience across different devices. Whether building dynamic applications or static websites with Strapi, combining Radix components with Strapi's flexible content delivery helps create a seamless experience across different devices.
Handle Authentication Securely
If your application requires authentication, use Strapi’s authentication mechanisms, including custom roles in Strapi, to protect your API endpoints. Ensure that your Radix components handle authentication states gracefully.
Keep Accessibility in Mind
Maintain Radix's focus on accessibility by ensuring that content fetched and rendered from Strapi meets accessibility standards. Consider best practices for accessibility in Strapi to enhance user experience.
Regularly Update Dependencies
Stay up to date with the latest versions of Radix and Strapi. Regular updates bring performance improvements and new features that enhance your integration. You can follow the Strapi changelog to keep track of updates.
Test Thoroughly
Implement unit and integration tests to ensure that the components work as expected with the data from Strapi. Testing helps identify and fix issues early.
Getting Started With Radix
By integrating Radix's accessible React components with your Strapi project, you can build front-end applications that consume content from your Strapi backend, including educational projects with Strapi.
Setting Up a React Application
Begin by creating a React application that will serve as your front end. You can use Create React App for a simple setup:
1npx create-react-app my-app
2
3cd my-app
If you prefer server-side rendering, consider using Next.js. Alternatively, you might explore other frameworks, and comparing Next.js vs SvelteKit can help you choose the best option for your Strapi app.
1npx create-next-app my-app
2
3cd my-app
Installing Radix UI Components
Radix components are available as individual packages, allowing you to install only what you need. For example, to install the Avatar and Dialog components, run:
npm install @radix-ui/react-avatar @radix-ui/react-dialog
Using Radix Components
Import the Radix components into your React components. Since Radix components are unstyled, you can style them using your preferred method, such as CSS modules or styled-components.
Here's an example of how you can use the Avatar component from '@radix-ui/react-avatar'. For the most accurate and detailed usage, refer to the official documentation or trusted resources related to this library.
Fetching Data from Strapi
To display content, fetch data from your Strapi API using the fetch API or libraries like Axios.
1import { useEffect, useState } from 'react';
2
3import axios from 'axios';
4
5function ArticleList() {
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7 const \[articles, setArticles\] = useState(\[\]);
8
9 useEffect(() => {
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11 axios.get('<http://localhost:1337/api/articles>')
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13 .then(response => setArticles([response.data](http://response.data)))
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15 .catch(error => console.error(error));
16
17 }, \[\]);
18
19 return (
20
21 // Render your articles here
22
23 );
24
25}
Combining Radix and Strapi Data
Use Radix components to enhance user interaction with data from Strapi. Here's an example using the Dialog component to present article details:
1import \* as Dialog from '@radix-ui/react-dialog';
2
3function ArticleDialog({ article }) {
4
5 return (
6
7 <Dialog.Root>
8
9 <Dialog.Trigger>{article.title}</Dialog.Trigger>
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11 <Dialog.Content>
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13 <Dialog.Title>{article.title}</Dialog.Title>
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15 <Dialog.Description>{article.content}</Dialog.Description>
16
17 <Dialog.Close>Close</Dialog.Close>
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19 </Dialog.Content>
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21 </Dialog.Root>
22
23 );
24
25}
Styling Radix Components
Since Radix components are unstyled, apply your own styles to match your application's design. You can use plain CSS, Sass, or CSS-in-JS libraries.
/* Example CSS for the Dialog component */
1.DialogContent {
2
3 background-color: white;
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5 padding: 20px;
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7 border-radius: 8px;
8
9}
Remember to assign class names or styled components to Radix elements:
1<Dialog.Content className="DialogContent">
2
3 {/\* Content \*/}
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5</Dialog.Content>