Head-to-Head: Linaria vs Stitches React Analysis

@linaria/core

v6.2.0(about 2 months ago)

This package is actively maintained.Types definitions are bundled with the npm packageNumber of direct dependencies: 1Monthly npm downloads

@linaria/core is a zero-runtime CSS-in-JS library that offers a seamless way to style your components using JavaScript. It allows you to write CSS directly in your JavaScript files, eliminating the need for a build step or runtime CSS processing. Linaria provides excellent performance by extracting styles at build time and generating minimal CSS output.

Alternatives:
styled-components+
emotion+
jss+
aphrodite+
glamor+
goober+
stitches+
styletron-react+
treat+
typestyle+

Tags: css-in-jsstylingzero-runtimebuild-time-extractionperformance

@stitches/react

v1.2.8(about 2 years ago)

This package was last published over a year ago. It may not be actively maintained.Types definitions are bundled with the npm packageNumber of direct dependencies: 0Monthly npm downloads

@stitches/react is a CSS-in-JS library that offers a seamless way to style React components using a minimalistic and high-performance approach. It provides a utility-first API for defining styles with a focus on developer experience and maintainability. With @stitches/react, you can create dynamic and responsive designs by composing styles using a constraint-based system.

Alternatives:
emotion+
styled-components+
goober+
twin.macro+
linaria+
styletron-react+
jss+
aphrodite+
glamorous+
radium+

Tags: css-in-jsreactstylingutility-firstresponsive-design

Fight!

Popularity

Both packages, @linaria/core and @stitches/react, are relatively new in the market. However, they have gained attention and popularity in the JavaScript community. @linaria/core has been adopted by some popular projects and has gained a small but dedicated following. @stitches/react, on the other hand, is backed by a well-known styling library called Stitches and has gained traction.

Styling Approach

@linaria/core is a zero-runtime CSS-in-JS library that allows you to write CSS in your JavaScript files using template literals. It embraces the concept of CSS variables and generates minimal CSS at build time. @stitches/react, on the other hand, is a more comprehensive styling solution that provides a CSS-in-JS API with a focus on seamless TypeScript integration, atomic CSS, and performance optimizations.

Usability and Developer Experience

Both packages aim to provide great developer experiences. @linaria/core, being a zero-runtime solution, has a straightforward setup process with minimal configuration required. It offers simple and intuitive API to write and use CSS-in-JS. @stitches/react provides a similar developer experience with an emphasis on TypeScript. It offers strong typing and easy integration with TypeScript projects. It also provides atomic CSS and various utility functions for styling.

Performance

Both packages have good performance characteristics. @linaria/core generates minimal CSS at build time, resulting in fast runtime performance. It also benefits from cache invalidation to optimize rebuilds. @stitches/react is built with performance in mind and focuses on generating minimal and optimized CSS. It ensures only necessary styles are included in the final bundle, leading to better runtime performance.

Flexibility

With @linaria/core, you have more control over individual style rules and can easily target specific components or selectors. It allows for greater customization and granular control over styling. @stitches/react, on the other hand, follows an atomic CSS approach and encourages the usage of pre-defined utility classes. It prioritizes a more restricted and consistent styling experience.

Integration Ecosystem

Both packages can be integrated into any JavaScript or TypeScript project. However, @stitches/react has stronger integration with the Stitches ecosystem, which offers a set of powerful styling tools and utilities beyond just CSS-in-JS. It allows for greater reuse of styles across projects and provides a more comprehensive styling solution.