Svgr FAQs

Question 1

How does Svgr support different development environments like TypeScript or React Native?

Accepted Answer

Svgr is designed for versatility. It can generate TypeScript-compatible components by setting the `typescript` option to true. Additionally, the `native` option modifies SVG nodes specifically for React Native, ensuring compatibility across various modern JavaScript ecosystems.

Question 2

What configuration options are available for the output React components?

Accepted Answer

Svgr offers extensive configuration options. You can specify whether to generate TypeScript components, adapt components for React Native, apply Prettier formatting, include SVGO optimization, enable ref and memoization, replace attribute values, and add custom props to the root SVG tag, among others.

Question 3

Is it possible to customize the props passed to the generated SVG component?

Accepted Answer

Absolutely. Svgr allows you to customize component behavior and appearance. You can use the `svgProps` option to add any desired props directly to the root SVG tag, and `replaceAttrValues` to map and modify attribute values within the SVG content.

Question 4

What is Svgr and what does it do?

Accepted Answer

Svgr is a Model Context Protocol (MCP) server that exposes the functionality of the SVGR library. Its primary purpose is to efficiently convert raw SVG content into configurable React components, streamlining the use of SVG assets in web and native applications.

Question 5

Can Svgr optimize my SVG files before conversion?

Accepted Answer

Yes, Svgr includes optional integration with SVGO. By enabling the `svgo` option, your SVG content will be optimized for smaller file sizes and cleaner code before it's transformed into a React component.

Svgr

Svgr

About

Key Features

Use Cases

About

Key Features

Use Cases