Md2svg Mcp

What is Md2svg Mcp?

Md2svg Mcp is an MCP server that converts Markdown text into SVG images. It is designed for developers and users who want to programmatically generate styled SVG renderings of Markdown content from within any MCP-compatible client.

How to use Md2svg Mcp?

Install the server via uvx by adding the configuration to your MCP client’s mcpServers block. Once running, call the markdown_to_svg tool with parameters for the Markdown text, output file name (default output.svg), image width (default 720), and padding (default 50).

Key features of Md2svg Mcp

• Parses Markdown text into structured blocks.
• Renders Markdown elements as SVG graphics.
• Supports customizable width, padding, and output file.
• Works with any MCP-compatible client.

Use cases of Md2svg Mcp

• Generating attractive SVG previews of Markdown notes.
• Embedding styled Markdown content into web pages.
• Creating shareable social-media images from Markdown.
• Automating documentation-to-image pipelines.
• Producing consistent visual summaries of Markdown files.

FAQ from Md2svg Mcp

What does Md2svg Mcp convert?

It converts raw Markdown text into an SVG image file. Parameters allow control over dimensions and output file name.

How do I install and run Md2svg Mcp?

Add the MCP server configuration with command uvx and argument md2svg-mcp to your MCP client’s settings. The client then launches the server automatically.

What input parameters does Md2svg Mcp support?

The markdown_to_svg tool requires md_text (the Markdown content). Optional parameters are output_file (default output.svg), width (default 720), and padding (default 50).

Does Md2svg Mcp require any special runtime?

It is run via uvx, which typically relies on a Python environment. No other external dependencies are mentioned in the README.

What transport or authentication does Md2svg Mcp use?

The server uses the standard MCP protocol and does not specify any additional authentication requirements. It communicates with the MCP client over the configured transport.