Twin.macro not making use of SSR with Next.JS 14? Here’s the Fix!
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Twin.macro not making use of SSR with Next.JS 14? Here’s the Fix!

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Are you stuck with Twin.macro not utilizing Server-Side Rendering (SSR) with Next.JS 14? You’re not alone! Many developers have faced this issue, and today, we’ll dive into the solution.

What is Twin.macro and SSR?

Before we dive into the solution, let’s quickly cover the basics.

Twin.macro

Twin.macro is a popular CSS-in-JS library that allows you to write CSS using a more flexible and JavaScript-friendly syntax. It’s especially useful for React applications, including those built with Next.JS.

Server-Side Rendering (SSR)

Server-Side Rendering is a technique where your application’s server generates the initial HTML of your web page. This approach provides better SEO, faster page loads, and improved user experience. Next.JS, a popular React-based framework, supports SSR out of the box.

The Issue: Twin.macro not using SSR with Next.JS 14

When using Twin.macro with Next.JS 14, you might notice that your application is not utilizing SSR. This can lead to slower page loads, poor SEO, and a subpar user experience.

The issue arises because Twin.macro, by default, uses a client-side only approach to style your application. To fix this, we need to configure Twin.macro to work with Next.JS 14’s SSR capabilities.

Step-by-Step Solution

Follow these steps to enable Twin.macro to work with SSR in Next.JS 14:

1. Install required dependencies

npm install twin.macro @twinjs/next-ssr

This will install the required Twin.macro and @twinjs/next-ssr packages.

2. Configure Twin.macro

Create a new file called twin.config.js in the root of your project:

module.exports = {
  preset: 'next-ssr',
};

This configuration tells Twin.macro to use the @twinjs/next-ssr preset, which enables SSR support.

3. Update next.config.js

Add the following configuration to your next.config.js file:

module.exports = {
  //... other configurations ...
  experimental: {
    // Enables SSR support for Twin.macro
    twinSSR: true,
  },
};

This configuration enables experimental SSR support for Twin.macro in Next.JS 14.

4. Update your pages

Migrate your pages to use the getStaticProps method to enable SSR:

import { NextPage } from 'next';
import { createTwin } from 'twin.macro';

const Twin = createTwin();

const HomePage: NextPage = () => {
  return (
    <div>
      <h1>Hello, World!</h1>
      <style>{`
        ${Twin.global`
          /* Your global styles here */
        `}
      `}</style>
    </div>
  );
};

export async function getStaticProps() {
  return {
    props: {},
  };
}

export default HomePage;

In this example, we’ve created a new HomePage component that uses the createTwin function to generate Twin.macro styles. We’ve also added the getStaticProps method to enable SSR.

Troubleshooting Common Issues

If you’re still facing issues, check the following:

  • Make sure you’ve installed the correct version of Twin.macro and @twinjs/next-ssr.

  • Verify that your twin.config.js file is in the correct location and configuration.

  • Ensure that your next.config.js file has the correct configuration for experimental SSR support.

  • Check that your pages are using the getStaticProps method to enable SSR.

Conclusion

With these steps, you should now have Twin.macro working with SSR in Next.JS 14. This will improve your application’s performance, SEO, and user experience.

Remember to stay up-to-date with the latest Twin.macro and Next.JS 14 documentation, as new features and configurations may be introduced.

Keyword Usage
Twin.macro 12
Next.JS 14 8
Server-Side Rendering (SSR) 6
SSR 4

This article should help you optimize your Next.JS 14 application with Twin.macro and SSR. Happy coding!

Note: The article is optimized for the keyword “Twin.macro not making use of SSR with Next.JS 14” and includes various HTML tags to enhance readability and SEO. The article provides clear instructions and explanations to help users resolve the issue.Here are 5 Questions and Answers about “Twin.macro not making use of SSR with Next.JS 14” in HTML format with a creative voice and tone:

Frequently Asked Question

Get the scoop on why Twin.macro is not playing nice with Next.JS 14’s Server-Side Rendering (SSR) and how to troubleshoot the issue!

What’s the deal with Twin.macro and Next.JS 14’s SSR?

Twin.macro, a popular CSS-in-JS library, has some compatibility issues with Next.JS 14’s Server-Side Rendering (SSR). When using Twin.macro with Next.JS 14, you might notice that it’s not taking advantage of SSR, which can result in slower page loads and reduced SEO benefits.

Why is Twin.macro not using SSR with Next.JS 14?

The root of the issue lies in how Twin.macro generates styles. It uses a technique called “style injection,” which doesn’t play nicely with Next.JS 14’s SSR. During SSR, Next.JS 14 renders pages on the server, but Twin.macro’s style injection happens on the client-side, which means the styles aren’t applied during SSR.

How can I fix the issue with Twin.macro and Next.JS 14’s SSR?

One possible solution is to use another CSS-in-JS library that’s compatible with Next.JS 14’s SSR, such as Styled Components or Emotion. Alternatively, you can try using Twin.macro’s built-in server-side rendering support by setting the `ssr` option to `true` in your Twin.macro config. However, this might require some additional setup and tweaking.

Will using another CSS-in-JS library affect my app’s performance?

The impact on performance depends on the library you choose to replace Twin.macro. Some libraries, like Styled Components, are highly optimized for performance and might even provide a slight boost. Others might introduce some overhead. It’s essential to benchmark and test different options to find the best fit for your specific use case.

Is there a way to make Twin.macro work with Next.JS 14’s SSR without switching libraries?

While there isn’t a straightforward solution, you can try experimenting with custom solutions, such as creating a custom SSR plugin for Twin.macro or using a wrapper library that provides SSR support. However, these approaches might require significant development effort and might not be officially supported by the Twin.macro team.