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JSX to SVG Converter

Convert React JSX or TSX icon components back into clean, standards-compliant XML SVG code instantly with live preview.

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Transform React JSX or TSX icon components back into clean, standard-compliant XML SVG code instantly. Paste your React component code, strip wrapper declarations, resolve braced attributes, convert style objects to inline styles, and download your optimized SVG graphics locally.

Learn About This Tool

Understanding the conversion from JSX to SVG

Modern web developers often store SVG icons inside React codebases as functional JSX/TSX component files. However, traditional design tools (like Figma, Illustrator, or Sketch) and standard web components require raw XML Scalable Vector Graphics (SVG). This converter translates React-specific structures back into standards-compliant XML code. If you are formatting code cases or naming variables alongside your graphics, use our Case Converter. Here is the typical transformation:
// React JSX Component Input
<svg width={24} height={24} className="icon-class">
  <path strokeWidth={2} fillRule="evenodd" d="..." />
</svg>

// Standards-Compliant XML SVG Output
<svg width="24" height="24" class="icon-class">
  <path stroke-width="2" fill-rule="evenodd" d="..." />
</svg>
  • Translates camelCase attributes back to standard hyphenated XML parameters
  • Restores standard class attributes from React className properties
  • Resolves curly brace value declarations back to clean double quotes
  • Performs all formatting locally in the browser memory for security

Reversing React component wrapper functions

JSX icons are frequently wrapped in export declarations like export function SvgIcon(props). To restore the raw vector data, the parser strips away function definitions, return statements, and parenthesis boundaries, isolating the inner tag blocks. If you are inspecting JSON API payloads for vector datasets or code configurations, manage them using our JSON Formatter. Here is a wrapper removal visualization:
// React export wrapper structure
export function HomeIcon(props) {
  return (
    <svg viewBox="0 0 24 24" {...props}>
      <path d="..." />
    </svg>
  );
}

// Extracted XML blocks
<svg viewBox="0 0 24 24">
  <path d="..." />
</svg>
  • Strips React function headers, argument binders, and return brackets
  • Prunes spread attributes like {...props} or {...styles} from the root tag
  • Safely extracts nested vector paths from dynamic script environments
  • Cleans up indentation and trailing semicolons automatically

Converting JSX style objects to inline CSS

React style definitions use camelCase JavaScript objects (e.g. style={{ fill: 'red', strokeWidth: '2px' }}). Standard SVG elements require traditional semicolon-separated CSS style strings. The parser translates key-value pairs back into hyphenated CSS properties. For aligning components or cards in your templates, you can construct layouts using our CSS Grid Generator. Here is the style conversion pattern:
// JSX Style Object
<path style={{ fill: "none", strokeWidth: 2 }} />

// Standards CSS Style String
<path style="fill: none; stroke-width: 2;" />
  • Converts camelCase CSS properties like strokeWidth back to stroke-width
  • Formats key-value declarations into clean, semicolon-separated style rules
  • Preserves custom color strings, gradients, and measurement units precisely
  • Allows vector images to display correctly in standard web browsers

Handling comments and dynamic elements

Developer comments inside JSX use JavaScript block comment syntax ({/* comment */}). Standard XML engines only support HTML comment brackets (<!-- comment -->). The converter identifies bracketed comments and converts their wrapper shells. To test search filters or regular expressions inside your files, inspect them with our RegEx Tester. Here is the comment mapping format:
// JSX Comment Block
{/* Section icon paths */}

// XML Comment Block
<!-- Section icon paths -->
  • Maps React curly-bracket comment wrappers back to standard HTML symbols
  • Maintains developer notes and documentation comments cleanly
  • Restores tags structure without losing context information
  • Ensures the final vector is fully compliant with vector graphic editors

How to Use JSX to SVG Converter

1

Paste your JSX component code in the input panel

Paste your React JSX, TSX, or functional component code into the input panel on the left. The editor parses the code instantly and highlights validation warnings in the alert bar if the input is missing an SVG tag.

2

Extract and convert vector elements

The converter scans the code in real-time, removing wrapper functions (like export default HomeIcon), stripping props spreading (such as {...props}), and translating React attributes back into standard XML rules.

3

Review the rendered visual preview

Check the visual layout inside the Preview panel at the bottom to ensure all vector path coordinates render correctly. You can toggle the visibility of this preview by clicking Show/Hide Preview in the footer.

4

Copy the standard SVG code

Click the Copy SVG button in the output header (or press Ctrl+Shift+C) to copy the fully formatted XML code directly to your clipboard, ready to be pasted into design tools or HTML templates.

5

Download the vector file

Click the Download .svg button in the output header to save the code directly as a file. The file is saved as icon.svg, allowing you to drag-and-drop the vector asset directly into Figma, Illustrator, or assets folders.

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Common questions

What is a JSX to SVG converter?

A jsx-to-svg converter is a secure, client-side tool that translates React-specific JSX/TSX icon components back into clean, standards-compliant XML Scalable Vector Graphics (SVG). It automates attribute renaming, strips React wrappers, and formats CSS style objects into strings.

Why do we need to convert JSX back to SVG?

While JSX is perfect for frontend React environments, standard design software (like Figma, Illustrator, and Inkscape), mobile apps, and other web frameworks (like Angular, Vue, or vanilla HTML) cannot compile JSX. Converting it back to XML SVG ensures cross-platform compatibility.

How does the tool strip React component wrappers?

The parser scans the code for common component definitions (such as export default function Icon() or const Icon = (props) =>) and return blocks, extracting only the raw content inside the opening <svg> and closing </svg> tags.

What attribute mappings are reversed during conversion?

All React-specific properties are converted back to standard HTML/XML tags. This includes translating classNameclass, htmlForfor, tabIndextabindex, and camelCase attributes like strokeWidthstroke-width.

How are JSX style objects translated?

React inline styles like style={{ fill: 'red', strokeWidth: 2 }} are parsed. The keys are converted to hyphenated CSS properties (like stroke-width) and standard values, compiling into a traditional inline CSS style string: style="fill: red; stroke-width: 2;".

Are React curly braces resolved?

Yes. In React JSX, numeric or string variables are wrapped in curly braces (e.g. width={24} or stroke={"currentColor"}). The converter resolves these variables and wraps the values in standard double quotes (e.g. width="24").

What happens to {...props} spread attributes?

Standard XML engines do not recognize JavaScript object spread syntax. The converter prunes any instances of {...props} or other spreads from the root SVG node to prevent parser errors in browsers or vector editors.

Does this tool run client-side in the browser?

Yes, the conversion runs entirely in your browser using local JavaScript memory execution. No code, design files, or vector assets are sent to our servers, ensuring 100% privacy and data security.

Can I convert TypeScript TSX files?

Yes. The tool accepts TSX component structures, stripping out type annotations (like props: React.SVGProps<SVGSVGElement>) and return envelopes to extract clean XML vectors.

How does the tool handle nested XML/JSX comments?

It parses curly-bracket comments: {/* comment content */} and transforms them into standard XML comment syntax: <!-- comment content -->, preserving your documentation.

Is there a file size limit for conversion?

Because execution takes place locally in your browser sandbox, there are no hard file size limits. It can process large vector illustrations or complex maps instantly, limited only by your computer’s RAM.

Why does the preview display blank if my code is invalid?

The preview engine requires valid SVG markup structure (containing correct opening/closing tags and paths) to render. If the code has syntax errors, the preview will fail gracefully, and a validation alert will appear in the workspace header.

Does the tool support inline CSS gradients and defs?

Yes. All child tags inside the main <svg> block—including <defs>, <linearGradient>, <clipPath>, and vector paths—are preserved and translated correctly.

What is the recommended size for exportable icons?

Standard web design platforms use 16x16, 20x20, or 24x24 pixel viewports. The converter preserves your specified viewBox and dimension attributes so the exported SVG scales cleanly.

Can I use the exported SVG in Figma or Canva?

Yes! Once downloaded as an `.svg` file or copied as XML markup, you can import it directly into design tools like Figma, Sketch, Canva, Adobe Illustrator, or drop it into HTML templates.

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