![]() ![]() ![]() You can see an interactive in-browser demo of PDFKit here. text ( 'Some text with an embedded font!', 100, 100 ) // Add an image, constrain it to a given size, and center it vertically and horizontally doc. createWriteStream ( 'output.pdf' ) ) // Embed a font, set the font size, and render some text doc. Even more awesomeness, perhaps written by you! Please fork this repository and send me pull requests.Ĭonst PDFDocument = require ( 'pdfkit' ) const fs = require ( 'fs' ) // Create a document const doc = new PDFDocument ( ) // Pipe its output somewhere, like to a file or HTTP response // See below for browser usage doc.Higher level APIs for creating tables and laying out content.Accessibility support (marked content, logical structure, Tagged PDF, PDF/UA).Access privileges (printing, copying, modifying, annotating, form filling, content accessibility, document assembly).Supports JPEG and PNG files (including indexed PNGs, and PNGs with transparency).See fontkit for more details on advanced glyph layout support.Supports TrueType (.ttf), OpenType (.otf), WOFF, WOFF2, TrueType Collections (.ttc), and Datafork TrueType (.dfont) fonts. ![]() Just type the following command after installing npm. Installation uses the npm package manager. You can also try out an interactive in-browser demo of PDFKit here. If you'd like to see how it was generated, check out the README in the docs You can also read the guide as a self-generated PDF with example output displayed inline. The PDFKit API is designed to be simple, so generating complex documents is often as simple asĬheck out some of the documentation and examples to see for yourself! The API embraces chainability, and includes both low level functions as well as abstractions for higher PDFKit is a PDF document generation library for Node and the browser that makes creating complex, multi-page, printableĭocuments easy. Thanks for the link to texjs, though - I'll definitely have a closer look.A JavaScript PDF generation library for Node and the browser. At least I suppose "rogue" software vendors can choose to support css regions - For eg an e-book reader based off of a subset of html+css, css regions might be a good fit, while avoiding the complexity of adding js support, and trying to make that secure (including proof against denial of service etc). We know fonts are turing complete and have had security issues - I don't see why we should need to implement core layout with js. I might be convinced that css regions are the kind of things that fit well with js/poly-fills - although I'm sceptical. So Lie is right in that css regions aren't a great fit for html - but I still think they're the best fit for html I've come across. I think pairing semantic markup with css columns is just a bad idea - and it gives the kind of "half-power" that initially lead people to use tables for layout. semantics - and "layout html" for layout. I still think the idea is good: css for style, semantic html for. I do wish Adobe had gained more traction with css regions - although I also understand some of the arguments against them. I don't really think calling TeX from js is a very good idea, nor do I really think canvas is a good idea either. There's not really anything preventing browsers from presenting an un-styled html-page like how A-list-apart styles their articles - absent any css-reset/css-styles). This is related to the avoidance of user style-sheets, and the idea that a bare bones hypertext documents could actually be useful. Actually with css-hyphens, I think html/css has finally taken a leap towards usable text - something that has been sorely lacking (mostly due to a kind of regression across browsers, where everyone seem to have given up on making html work for text, without a ridiculous amount of css, and maybe even js/canvas/svg. ![]()
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