How to set up SVGR with create-react-app?

SVGR is included by default in create-react-app for SVG imports. You can import SVGs directly, and they'll be transformed into React components automatically without additional configuration.

SVGR vs inline SVG: which is better for React?

SVGR generates optimized React components that reduce bundle size and improve performance, while inline SVGs are simpler but less maintainable for large icon sets. SVGR is ideal for scalable design systems.

How to use SVGR to change SVG colors dynamically?

Use the --replace-attr-values CLI option or configure props in the generated component, such as setting fill='currentColor' to allow color changes via CSS, as demonstrated in the README example.

Does SVGR work with TypeScript?

Yes, SVGR supports TypeScript by generating .d.ts files or TypeScript components, providing type-safe usage. This is highlighted as a key feature in the documentation.

What are the best SVGR plugins for icon systems?

Common plugins include @svgr/plugin-svgo for optimization and @svgr/plugin-jsx for JSX transformation. The plugin-based architecture allows extensive customization for icon workflows.

How to integrate SVGR into a webpack build process?

Install @svgr/webpack and add it as a rule in your webpack configuration to process .svg files, enabling SVGR to transform SVGs during bundling, as detailed in the webpack usage docs.

Open-Awesome

SVGR

MITTypeScriptv8.1.0

Transform SVGs into optimized React components with customizable options.

Visit Website GitHub

11.0k stars438 forks0 contributors

What is SVGR?

SVGR is a tool that transforms SVG files into React components, automating the conversion process for seamless integration into React applications. It optimizes SVGs by removing unnecessary metadata and generating clean, reusable components. This solves the problem of manually converting or inlining SVGs, improving development efficiency and consistency.

Target Audience

Frontend developers and React engineers who need to incorporate SVG icons or graphics into their applications with minimal overhead. It's particularly useful for teams building design systems or icon libraries.

Value Proposition

Developers choose SVGR for its reliability, extensive customization options, and seamless integration with popular tools like webpack and create-react-app. Its plugin system and active community support make it a versatile choice for scalable SVG workflows.

Overview

Transform SVGs into React components 🦁

Use Cases

Best For

Converting SVG icon sets into React component libraries
Optimizing SVG assets for performance in React applications
Integrating SVGs with webpack or other build tools
Creating customizable icon systems with props like size and color
Automating SVG workflow in design-to-code pipelines
Generating TypeScript-compatible React components from SVGs

Not Ideal For

Projects that do not use React, as SVGR exclusively outputs React components.
Applications requiring real-time, dynamic SVG manipulation in the browser, since SVGR is a build-time tool.
Static websites where plain SVG files are preferred for SEO or minimal JavaScript footprint.
Teams using design tools that export SVGs with specific metadata that must be preserved intact.

Pros & Cons

Pros

Optimized SVG Output

Removes unnecessary metadata and simplifies structure, resulting in cleaner and more performant React components, as shown in the example where a complex SVG is reduced to a minimal path.

Highly Customizable

Supports plugins and configurable options like icon mode and attribute replacement, allowing developers to tailor the output to their specific needs.

Multiple Integration Points

Works via CLI, Node.js API, webpack loader, and an online playground, making it adaptable to various development workflows.

Seamless React Integration

Generates components that accept React props for dynamic styling and behavior, ensuring compatibility with React ecosystems.

Cons

React-Only Limitation

Tied exclusively to React, making it unsuitable for projects using other frameworks like Vue or Angular, which require different approaches.

Build-Time Dependency

Cannot transform SVGs at runtime; all processing must be done during build, which may not suit applications needing dynamic SVG generation.

Configuration Overhead

With numerous plugins and options, setting up SVGR for complex use cases can be intricate and time-consuming, especially for beginners.

Frequently Asked Questions

Related Projects

Motion

A modern animation library for React and JavaScript

Stars31,639

Forks1,138

Last commit8 days ago

React tsParticles

tsParticles - Easily create highly customizable JavaScript particles effects, confetti explosions and fireworks animations and use them as animated backgrounds for your website. Ready to use components available for React.js, Vue.js (2.x and 3.x), Angular, Svelte, jQuery, Preact, Inferno, Solid, Riot and Web Components.

Stars8,803

Forks941

Last commit21 hours ago

Community-curated · Updated weekly · 100% open source

Found a gem we're missing?

Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.

Submit a project Star on GitHub