Convert SVG files to PDFs.
This crate allows to convert static (i.e. non-interactive) SVG files to either standalone PDF files or Form XObjects that can be embedded in another PDF file and used just like images.
The conversion will translate the SVG content to PDF without rasterizing it, so no quality is lost.
This example reads an SVG file and writes the corresponding PDF back to the disk.
let svg = std::fs::read_to_string("tests/example.svg").unwrap();
// This can only fail if the SVG is malformed. This one is not.
let pdf = svg2pdf::convert_str(&svg, svg2pdf::Options::default()).unwrap();
// ... and now you have a Vec<u8> which you could write to a file or
// transmit over the network!
std::fs::write("target/example.pdf", pdf).unwrap();
This crate also contains a command line interface. Install it by running the command below:
cargo install svg2pdf --features cli
You can then convert SVGs to PDFs by running commands like these:
svg2pdf your.svg
- Path drawing with fills and strokes
- Gradients
- Patterns
- Clip paths
- Masks
- Transformation matrices
- Respecting the
keepAspectRatio
attribute - Raster images and nested SVGs
Filters are not currently supported and embedded raster images are not color
managed. Instead, they use PDF's DeviceRGB
color space.
We are looking forward to receiving your bugs and feature requests in the Issues tab. We would also be very happy to accept PRs for bug fixes, features, or refactorings!
If you want to contribute but are uncertain where to start, yo could look into
filters like feBlend
and feColorMatrix
that can be implemented with
transparency groups and color spaces, respectively. We'd be happy to assist you
with your PR's, so feel free to post Work in Progress PRs if marked as such.
Please be kind to the maintainers and other contributors. If you feel that there
are any problems, please feel free to reach out to us privately.
Thanks to each and every prospective contributor for the effort you (plan to) invest in this project and for adopting it!
svg2pdf is licensed under a MIT / Apache 2.0 dual license.
Users and consumers of the library may choose which of those licenses they want to apply whereas contributors have to accept that their code is in compliance and distributed under the terms of both of these licenses.