I'm trying to add a custom font to jsPDF. I converted my file to base64 and did the following:
doc.addFileToVFS("font/rajdhani-regular-webfont.woff", base64enc);
where base64enc is the base 64 encoded string
then I add the font as follows:
doc.addFont('font/rajdhani-regular-webfont.woff', 'rajdhani', 'normal');
doc.setFont('rajdhani');
however, I keep getting the following error
[Error] jsPDF PubSub Error – "No unicode cmap for font" – Error: No unicode cmap for font — jspdf.min.js:9068
Error: No unicode cmap for font — jspdf.min.js:9068registerTTF — jspdf.min.js:9068i — jspdf.min.js:9027:86open — jspdf.min.js:9032(anonymous function) — jspdf.min.js:6031publish — jspdf.min.js:308yt — jspdf.min.js:729:166addFont — jspdf.min.js:1286callme — freport.php:500onclick — freport.php:100
publish (jspdf.min.js:29:5989)
yt (jspdf.min.js:29:18435)
addFont (jspdf.min.js:29:33701)
callme (freport.php:500)
onclick (freport.php:100)
I don't know why this is happening.
I've been struggling too but I finally found how to do it!
As mentioned here there is a font converter made by jsPDF Contributers which you can find on here.
First upload your font here and then type the name of your font. It will generate JS file which then you need to includ in your project. This can be your js folder if you wish.
And once its in your folder add this script tag to your index.html (or whichever html file you need the jsPDF for).
<script src="./fontName.js"></script>
Now that you have the font automatically added to the jsPDF Api for you with that file, you can go ahead and delete below two lines from your code.
doc.addFileToVFS("font/rajdhani-regular-webfont.woff", base64enc);
doc.addFont('font/rajdhani-regular-webfont.woff', 'rajdhani', 'normal');
Once you do that just check the file you downloaded from the converter and you should see at the very bottom, your font name on the second parameter of below code.
this.addFont('fontFile.woff', 'THIS IS FONT NAME' , '.......');
Copy that name. Lets say its "rajdhani" for this example. So you simply just put this before any text you create on the instance of jsPDF (doc).
doc.setFont('rajdhani');
You can simply test it with below
/*
"p" for portrait page orientation
"pt" for points. default is mm
"a4" is page size
*/
var doc = new jsPDF("p","pt","a4");
doc.setFont('rajdhani');
doc.text('This is a test', 20,20);
doc.save('filename.pdf');
Now you should see a pdf with 20px left 20px top margin ssaying "This is a test" with your font style.
Hope this helps :)
Also for ES6 module users the steps are very similar.
if you are here looking for a solution on Ionic 4 angular typescript like I was, below is the solution that worked for me!
First you need to install the package via npm as below.
npm install jspdf#latest --save
After that as mentioned in my previous reply there is a font converter made by jsPDF Contributers which you can find on here. Use this to upload your font file and include it in your project somewhere easy to reference inside your TS file so it could be in the same folder as the ts file for example.
-fontname-style.js // <<--- Here (This is the file you downloaded from converter)
-custom.page.module.ts
-custom.page.html
-custom.page.scss
-custom.page.spec.ts
-custom.page.ts
Now in your custom.page.ts import the following;
import * as jsPDF from 'jspdf';
import './fontname-style.js';
//OPTIONAL (Only import if you want to use autotable)
import 'jspdf-autotable';
import { autoTable as AutoTable } from 'jspdf-autotable';
Once you do that just check the file you downloaded from the converter and you should see at the very bottom, your font name on the second parameter of below code.
this.addFont('fontFile.ttf', 'fontName' , '.......');
Now you can create a function like this inside the custom.page.ts;
//custom.component.ts or custom.page.ts etc.
exportPDF(){
var doc = new jsPDF("p","pt","a4"); // You can set your own paramaters
doc.setFont('fontName');
doc.text('This is a test', 20,20); // You can set your own margins
return doc.save('filename.pdf');
}
Now you should see a pdf with 20px left 20px top margin ssaying "This is a test" with your font style :)
OPTIONAL PLUGIN - AutoTable for jsPDF
If you want to use autotable plugin for jsPDF, install the following package from npm.
npm install jspdf-autotable#latest --save
Once installed add this two imports to your custom.page.ts.
import 'jspdf-autotable';
import { autoTable as AutoTable } from 'jspdf-autotable';
You can create a data of columns and headers if you like
and inside the exportPDF() function we created before add those lines;
//custom.component.ts or custom.page.ts etc.
exportPDF(){
var doc = new jsPDF("p","pt","a4");
doc.setFont('fontName');
doc.text('This is a test', 20,20); // <-- Remove this line
((doc as any).autoTable as AutoTable)({
head: [['Name', 'Email', 'Country']], // <-- Table headers
body: [ // <-- Table body
['David', 'david#example.com', 'Sweden'],
['Castille', 'castille#example.com', 'Norway'],
// ...
],
styles: { font: "fontName" } /* <-- This is for the font to work in your
table */
});
return doc.save('filename.pdf');
}
Now you should get a pdf with the table inside it using your font :)
I hope this helps to someone.
i faced the same issue and followed the steps #TuncGerdan explained. My errors got cleared but i am getting the following warning in console.
jspdf.min.js:29 Unable to look up font label for font 'font name', 'normal'. Refer to getFontList() for available fonts.
When i get the fonts list using doc.getFontList(), i can see the custom font i included in the list.
Could somebody help with this.
I also got Error: No unicode cmap for font when trying to add a new font in binary form without their converter like mentioned in the docs. I think the crucial line in their example is this:
const myFont = ... // load the *.ttf font file as binary string
where for me it was unclear what they mean with binary string. However looking at their converter makes it clear that binary string should be a base64 encoded string.
So for me fetching a font from remote and adding it works with this:
/**
* load a font from remote and add it to jsPDF doc
* #param path the path of the font, e.g. '/app/fonts/My-Font.ttf'
* #param doc the jsPDF doc instance to install the font to
* #return {Promise<void>}
*/
async function loadFont(path, doc) {
let response = await fetch(path).catch((e) => console.error(e));
if (!response) {
return;
}
let fontName = path.substring(path.lastIndexOf("/") + 1);
console.log("using font", fontName);
let contentBuffer = await response.arrayBuffer();
let contentString = util.arrayBufferToBase64(contentBuffer)
if (contentString) {
doc.addFileToVFS(fontName, contentString);
doc.addFont(fontName, fontName, "normal");
doc.setFont(fontName);
}
}
For util.arrayBufferToBase64 I'm using the function from this Stackoverflow answer.
Related
I am using JSPDF library to generate pdf while working on korean language the letters are getting change in symbols and sometime empty. Could anyone please help me?
const doc = new jsPDF();
const myFont = ... // overhere i am inserting a string which is being generated using following link https://rawgit.com/MrRio/jsPDF/master/fontconverter/fontconverter.html(it's too long)
// add the font to jsPDF
doc.addFileToVFS("MyFont.ttf", myFont);
doc.addFont("MyFont.ttf", "MyFont", "normal");
doc.setFont("MyFont");
You can try directly print the HTML text element.
Shameless plug 😃:
generate-pdf-from-react-html
I'm using jsPDF (https://parall.ax/products/jspdf, https://github.com/MrRio/jsPDF) to produce dynamic PDFs in a web application.
It works well, but I'd like to figure out whether it's possible to use Google web fonts in the resulting PDF.
I've found a variety of links that are related to this question (including other questions on SO), but most are out of date, and nothing looks definitive, so I'm hoping someone clarify whether/how this would work.
Here's what I've tried so far, with no success:
First, load the font, and cache it as a base64-encoded string:
var arimoBase64;
var request = new XMLHttpRequest()
request.open('GET', './fonts/Arimo-Regular.ttf');
request.responseType = 'blob';
request.onload = function() {
var reader = new FileReader();
reader.onloadend = function() {
arimoBase64 = this.result.split(',')[1];
}
reader.readAsDataURL(this.response);
};
request.send()
Next, create the pdf doc:
doc = new jsPDF({
orientation: "landscape",
unit: "pt",
format: "letter"
});
doc.addFileToVFS("Arimo-Regular.ttf", arimoBase64);
doc.addFont("Arimo-Regular.ttf", "Arimo Regular", "normal");
doc.setFont("Arimo Regular", "normal");
doc.text("Hello, World!", 100, 100);
doc.save("customFontTest");
When the PDF is saved - if I view it in my browser - I can see the custom font. However - if I view it using Adobe Reader or the Mac Preview app - the fonts are not visible.
I assume that's because the font is rendered in the browser using the browser's font cache, but the font is not actually embedded in the PDF, which is why it's not visible using Adobe Reader.
So - is there a way to accomplish what I'm trying to do?
OK - I finally figured it out, and have gotten it to work. In case this is useful for anyone else - here is the solution I'm using...
First - you need two libraries:
jsPDF: https://github.com/MrRio/jsPDF
jsPDF-CustomFonts-support: https://github.com/sphilee/jsPDF-CustomFonts-support
Next - the second library requires that you provide it with at least one custom font in a file named default_vfs.js.
That file should look like this:
(function (jsPDFAPI) {
"use strict";
jsPDFAPI.addFileToVFS("[Your font's name]","[Base64-encoded string of your font]");
})(jsPDF.API);
I'm using two custom fonts - Arimo-Regular.ttf and Arimo-Bold.ttf - both from Google Fonts. So, my default_vfs.js file looks like this:
(function (jsPDFAPI) {
"use strict";
jsPDFAPI.addFileToVFS("Arimo-Regular.ttf","[Base64-encoded string of your font]");
jsPDFAPI.addFileToVFS("Arimo-Bold.ttf","[Base64-encoded string of your font]");
})(jsPDF.API);
There's a bunch of ways to get the Base64-encoded string for your font, but I used this: https://www.giftofspeed.com/base64-encoder/.
It lets you upload a font .ttf file, and it'll give you the Base64 string that you can paste into default_vfs.js.
You can see what the actual file looks like, with my fonts, here: https://cdn.rawgit.com/stuehler/jsPDF-CustomFonts-support/master/dist/default_vfs.js
So, once your fonts are stored in that file, your HTML should look like this:
<script src="js/jspdf.min.js"></script>
<script src="js/jspdf.customfonts.min.js"></script>
<script src="js/default_vfs.js"></script>
Finally, your JavaScript code looks something like this:
const doc = new jsPDF({
unit: 'pt'
});
doc.addFont("Arimo-Regular.ttf", "Arimo", "normal");
doc.addFont("Arimo-Bold.ttf", "Arimo", "bold");
doc.setFont("Arimo");
doc.setFontType("normal");
doc.setFontSize(28);
doc.text("Hello, World!", 100, 100);
doc.setFontType("bold");
doc.text("Hello, BOLD World!", 100, 150);
doc.save("customFonts.pdf");
This is probably obvious to most, but in that addFont() method, the three parameters are:
The font's name you used in the addFileToVFS() function in the default_vfs.js file
The font's name you use in the setFont() function in your JavaScript
The font's style you use in the setFontType() function in your JavaScript
You can see this working here: https://codepen.io/stuehler/pen/pZMdKo
Hope this works as well for you as it did for me.
I recently ran into this same issue, but it looks like the jsPDF-CustomFonts-support repo was rolled into MrRio's jsPDF repository, so you no longer need it to get this working.
I happen to be using it in a React App and did the following:
npm install jspdf
Create a new file fonts/index.js (Note: You can download the Google Font as a .ttf and turn it into the Base64 encoded string using the tool in mattstuehler's answer)
export const PlexFont = "[BASE64 Encoded String here]";
Import that file where you need it:
import jsPDF from 'jspdf';
import { PlexFont } from '../fonts';
// Other Reacty things...
exportPDF = () => {
const doc = new jsPDF();
doc.addFileToVFS('IBMPlexSans-Bold.ttf', PlexBold);
doc.addFont('IBMPlexSans-Bold.ttf', 'PlexBold', 'normal')
doc.setFont('PlexBold');
doc.text("Some Text with Google Fonts", 0, 0);
// Save PDF...
}
// ...
Just wanted to add an updated answer - for version 1.5.3:
Convert the font file to base64 = https://www.giftofspeed.com/base64-encoder/
const yanone = "AAWW...DSES"; // base64 string
doc.addFileToVFS('YanoneKaffeesatz-Medium.ttf', yanone);
doc.addFont('YanoneKaffeesatz-Medium.ttf', 'YanoneKaffeesatz', 'normal');
doc.setFont('YanoneKaffeesatz');
I have a image folder say answers where I am storing answer for my question which are images
There are 200 images for now in that folder.
Now I want to show the image of the answer according to the user's answer.
I am generating the answers randomly
`var answer = getAnswers(data)` // some calculation for file name for answer
<Image source={require('../path/to/my/answer/' + answer + '.jpg')}
Doing this I am getting error ``requireexpect exactly 1 string literal argument
I came to know that builder needs to know the location before building.
But how to solve this type of issue.
I can not map 200 files initailly for require
var one = require('../path/one.jpg')
var two = require('../path/two.jpg')
How can I solve this type of issue. Is there any way to do this ??
Help needed.
A dynamic search path in require is simply not possible.
From what I understand you have 2 options here:
1. Generate an Image file
Instead of writing 200 lines by hand you can make a script that scans through your image folder and generates a list of image urls. I would suggest a format similar to:
// Images.js
export const Answers = {
ANSWER_ONE : require('../path/one.jpg'),
ANSWER_TWO : require('../path/two.jpg'),
...
}
Then use it:
import {Answers} from './Images'
var answer = getAnswers(data)
<Image source={Answers[answer]} />
2. Copy image files to asset folders
If choosing this option you have to copy all image files to both your android and ios projects assets folder. You are then able to use them like this:
var answer = getAnswers(data)
<Image source={{uri: '../path/to/my/answer/' + answer + '}} />
Read more about using image assets.
...
Even though the second option seems tempting I would prefer the first in most cases. Mostly because the second requires you to make two copies every time you add an image (assuming you supporting both android and ios). Also, option 1 gives your better typing suggestions where you won't misspell the image name.
Hope this helps!
I want to generate a pdf file using JavaScript at client side . Firstly I tried using jsPdf API . But it does not work with Unicode character like Chinese.
Is there any option to enhance jspdf to support Unicode or any other library which supports Unicode .
Pdfmake API says it supports Unicode but when I tried it also does not work out, I checked in there demo example placing Unicode character .
I tried using pdfkit in Node.js but pdf is not getting created properly
var PDFDocument = require("pdfkit");
var fs = require('fs');
var doc = new PDFDocument;
doc.pipe(fs.createWriteStream('output.pdf'));
doc.fontSize(15);
doc.text('Generate PDF! 漢字漢字漢字漢字');
doc.end();
In pdf it created as Generate PDF! o"[Wo"[Wo"[Wo"[W
Also , Can I add multiple font in pdfMake
var fontDescriptors = {
Roboto: {
normal: 'examples/fonts/Roboto-Regular.ttf',
bold: 'examples/fonts/Roboto-Medium.ttf',
italics: 'examples/fonts/Roboto-Italic.ttf',
bolditalics: 'examples/fonts/Roboto-Italic.ttf'
}
};
var printer = new pdfMakePrinter(fontDescriptors);
I'll describe a solution using Node.js and PDFKit since you mentioned it but it also applies to pdfmake which internally uses PDFKit.
Most of the time, the default font used in these libraries do not accept Chinese characters. You have to add and use fonts that are compatible for the languages you need to support. If we take pdfmake for example, they use Roboto as their default font and it indeed does not accept Chinese characters.
Using your code example, we can add support for Chinese using the Microsoft YaHei font (msyh.ttf) for instance with only 1 additional line of code:
var PDFDocument = require("pdfkit");
var fs = require('fs');
var doc = new PDFDocument;
doc.pipe(fs.createWriteStream('output.pdf'));
doc.font('fonts/msyh.ttf');
doc.fontSize(15);
doc.text('Generate PDF! 漢字漢字漢字漢字');
doc.end();
The output would look like this:
I’m trying to convert XML data into PDF files from a web page and I was hoping I could do this entirely within JavaScript. I need to be able to draw text, images and simple shapes. I would love to be able to do this entirely in the browser.
I've just written a library called jsPDF which generates PDFs using Javascript alone. It's still very young, and I'll be adding features and bug fixes soon. Also got a few ideas for workarounds in browsers that do not support Data URIs. It's licensed under a liberal MIT license.
I came across this question before I started writing it and thought I'd come back and let you know :)
Generate PDFs in Javascript
Example create a "Hello World" PDF file.
// Default export is a4 paper, portrait, using milimeters for units
var doc = new jsPDF()
doc.text('Hello world!', 10, 10)
doc.save('a4.pdf')
<script src="https://cdnjs.cloudflare.com/ajax/libs/jspdf/1.3.5/jspdf.debug.js"></script>
Another javascript library worth mentioning is pdfmake.
pdfmake playground
pdfmake on github
The browser support does not appear to be as strong as jsPDF, nor does there seem to be an option for shapes, but the options for formatting text are more advanced then the options currently available in jsPDF.
I maintain PDFKit, which also powers pdfmake (already mentioned here). It works in both Node and the browser, and supports a bunch of stuff that other libraries do not:
Embedding subsetted fonts, with support for unicode.
Lots of advanced text layout stuff (columns, page breaking, full unicode line breaking, basic rich text, etc.).
Working on even more font stuff for advanced typography (OpenType/AAT ligatures, contextual substitution, etc.). Coming soon: see the fontkit branch if you're interested.
More graphics stuff: gradients, etc.
Built with modern tools like browserify and streams. Usable both in the browser and node.
Check out http://pdfkit.org/ for a full tutorial to see for yourself what PDFKit can do. And for an example of what kinds of documents can be produced, check out the docs as a PDF generated from some Markdown files using PDFKit itself: http://pdfkit.org/docs/guide.pdf.
You can also try it out interactively in the browser here: http://pdfkit.org/demo/browser.html.
Another interesting project is texlive.js.
It allows you to compile (La)TeX to PDF in the browser.
For react fans there is another great resource for PDF generation: React-PDF
It is great for creating PDF files in React and even let the user download them from the client side itself with no server required!
this is a small example snippet of React-PDF to create a 2 section PDF file
import React from 'react';
import { Page, Text, View, Document, StyleSheet } from '#react-pdf/renderer';
// Create styles
const styles = StyleSheet.create({
page: {
flexDirection: 'row',
backgroundColor: '#E4E4E4'
},
section: {
margin: 10,
padding: 10,
flexGrow: 1
}
});
// Create Document Component
const MyDocument = () => (
<Document>
<Page size="A4" style={styles.page}>
<View style={styles.section}>
<Text>Section #1</Text>
</View>
<View style={styles.section}>
<Text>Section #2</Text>
</View>
</Page>
</Document>
);
This will produce a PDF document with a single page. Inside, two different blocks, each of them rendering a different text. These are not the only valid primitives you can use. you can refer to the Components or Examples sections for more information.
It is worth mentioning PDF-LIB which is an awesome library:
Supports pure JavaScript.
Can edit existing PDF templates even with pure JavaScript. (Most impotently. Many JavaScript libraries can't do it)
It is generating a PDF with select-able/copy-able/highlight-able text not an image file inside an PDF like many other libraries generate.
More easy to use. (I love it)
If you are interested in using it with pure JavaScript this may
help.
If you are interested to do the same with the most popular JavaScript
library as of now JSPDF this may help. (Simply JSPdf can't do most time saving thing we want, editing an existing template.)
See how pretty the code is
<script type="text/javascript">
async function downloadPdf() {
const url = './print-templates/pquot-template.pdf';
const existingPdfBytes = await fetch(url).then(res => res.arrayBuffer());
// Getting the document
const pdfDoc = await PDFLib.PDFDocument.load(existingPdfBytes);
// Getting the first page
const pages = pdfDoc.getPages();
const firstPage = pages[0];
// Customer name
firstPage.drawText('Customer name is here with more text (GAR004) quick brown customerm jumps over lazy dog.', {
x: 10.5*9,
y: 76.6*9,
size: 10,
maxWidth: 28*9, // Wrap text with one line. WOW :O
lineHeight: 1.5*9
});
// Currency short code
firstPage.drawText('LKR', {
x: 10.5*9,
y: 73.5*9,
size: 10
});
var itemName = 'Here is the item name with some really really long text and quick brown fox jumps over lazy dog. long text and quick brown fox jumps over lazy dog:)';
// Item name
firstPage.drawText(itemName, {
x: 5*9,
y: 67*9,
size: 10,
maxWidth: 31*9,
lineHeight: 2*9
});
const pdfDataUri = await pdfDoc.saveAsBase64({ dataUri: true });
document.getElementById('pdf').src = pdfDataUri;
}
</script>
UPDATE: Free service no longer available. But there is a reasonably priced service you can use if you need something in a crunch and it's should be reliable.
https://pdfmyurl.com/plans
You can use this free service by adding a link which creates pdf from any url (e.g. http://www.phys.org):
http://freehtmltopdf.com/?convert=http%3A%2F%2Fwww.phys.org&size=US_Letter&orientation=portrait&framesize=800&language=en
Even if you could generate the PDF in-memory in JavaScript, you would still have the issue of how to transfer that data to the user. It's hard for JavaScript to just push a file at the user.
To get the file to the user, you would want to do a server submit in order to get the browser to bring up the save dialog.
With that said, it really isn't too hard to generate PDFs. Just read the spec.