@react-pdf/renderer vs jspdf vs pdfmake vs react-pdf
PDF Generation in Web Applications
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PDF Generation in Web Applications

PDF generation libraries in JavaScript allow developers to create PDF documents programmatically from web applications. These libraries provide APIs to define the content, layout, and styling of PDF files, enabling dynamic document creation for reports, invoices, forms, and more. They are essential tools for applications that require exporting data in a portable format, ensuring consistency in presentation across different devices and platforms. These libraries vary in features, such as support for text, images, tables, and advanced styling, as well as their ability to handle client-side versus server-side generation.

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@react-pdf/renderer016,622292 kB4142 months agoMIT
jspdf031,22530.2 MB1193 months agoMIT
pdfmake012,29515.3 MB2304 days agoMIT
react-pdf011,091309 kB194 months agoMIT

Feature Comparison: @react-pdf/renderer vs jspdf vs pdfmake vs react-pdf

PDF Creation

  • @react-pdf/renderer:

    @react-pdf/renderer allows you to create PDFs using React components, providing a familiar and intuitive way to design document layouts. You can use styles, nested components, and even dynamic content, all while leveraging the power of React.

  • jspdf:

    jspdf provides a programmatic API for creating PDFs by adding text, images, and shapes directly onto the canvas. It supports basic layout control but requires more manual work to achieve complex designs.

  • pdfmake:

    pdfmake uses a declarative approach to define the PDF structure using a JavaScript object. It supports complex layouts, tables, and rich text formatting, making it easier to create sophisticated documents with less manual positioning.

  • react-pdf:

    react-pdf is primarily for rendering existing PDF documents in a React application. It does not provide PDF creation capabilities but focuses on displaying and interacting with PDF files.

Complex Layouts

  • @react-pdf/renderer:

    @react-pdf/renderer supports complex layouts using Flexbox, allowing for more sophisticated designs compared to traditional PDF libraries. You can create responsive layouts, nested components, and use styles similar to CSS.

  • jspdf:

    jspdf has limited support for complex layouts. While you can position elements freely, it requires manual calculations for precise placement, making it challenging to create intricate designs without significant effort.

  • pdfmake:

    pdfmake excels at handling complex layouts, especially with its built-in support for tables, columns, and multi-page documents. Its declarative nature allows for more straightforward implementation of intricate designs.

  • react-pdf:

    react-pdf does not handle layout creation but rather focuses on rendering existing PDFs. Its layout capabilities depend on the structure of the PDF being rendered.

Table Support

  • @react-pdf/renderer:

    @react-pdf/renderer provides basic table support through the <Table>, <TableRow>, and <TableCell> components, allowing for simple table creation with customizable styles and layouts.

  • jspdf:

    jspdf has limited table support, which can be enhanced using plugins like jspdf-autotable. However, creating complex tables requires manual positioning and styling, which can be cumbersome.

  • pdfmake:

    pdfmake offers robust table support with features like nested tables, colspan, rowspan, and automatic table layout. It is one of the strongest features of pdfmake, allowing for highly customizable and complex table structures.

  • react-pdf:

    react-pdf does not provide built-in table components but allows for table creation using Flexbox and custom components. However, it requires more manual work to achieve the desired table layout.

Client-Side vs Server-Side

  • @react-pdf/renderer:

    @react-pdf/renderer is designed for client-side PDF generation within React applications. It renders PDFs in the browser using React components, making it suitable for interactive and dynamic document creation.

  • jspdf:

    jspdf is a client-side library that generates PDFs directly in the browser. It is lightweight and fast, making it ideal for applications that need to create PDFs on the fly without server interaction.

  • pdfmake:

    pdfmake is primarily a client-side library but can also be used on the server with Node.js. It provides more flexibility for generating PDFs in different environments, but it is most commonly used in web applications.

  • react-pdf:

    react-pdf is focused on rendering PDFs in the browser and does not provide PDF generation capabilities. It is useful for displaying existing PDF documents rather than creating new ones.

Code Example

  • @react-pdf/renderer:

    PDF Creation with @react-pdf/renderer

    import React from 'react';
    import { PDFDownloadLink, Document, Page, Text, View } from '@react-pdf/renderer';
    
    const MyDocument = () => (
      <Document>
        <Page size="A4">
          <View>
            <Text>Hello, this is a PDF document created with @react-pdf/renderer!</Text>
          </View>
        </Page>
      </Document>
    );
    
    const App = () => (
      <div>
        <PDFDownloadLink document={<MyDocument />} fileName="my-document.pdf">
          {({ loading }) => (loading ? 'Loading document...' : 'Download PDF')}
        </PDFDownloadLink>
      </div>
    );
    
    export default App;
    
  • jspdf:

    PDF Creation with jspdf

    import jsPDF from 'jspdf';
    
    const doc = new jsPDF();
    doc.text('Hello, this is a PDF document created with jsPDF!', 10, 10);
    doc.save('my-document.pdf');
    
  • pdfmake:

    PDF Creation with pdfmake

    import pdfMake from 'pdfmake/build/pdfmake';
    import pdfFonts from 'pdfmake/build/vfs_fonts';
    
    pdfMake.vfs = pdfFonts.vfs;
    
    const docDefinition = {
      content: [
        'Hello, this is a PDF document created with pdfmake!',
        { text: 'This is a bold text', bold: true },
        {
          table: {
            body: [
              ['Column 1', 'Column 2'],
              ['Data 1', 'Data 2'],
            ],
          },
        },
      ],
    };
    
    pdfMake.createPdf(docDefinition).download('my-document.pdf');
    
  • react-pdf:

    PDF Rendering with react-pdf

    import React from 'react';
    import { Document, Page } from 'react-pdf';
    
    const MyPDFViewer = () => (
      <Document file="path/to/your/document.pdf">
        <Page pageNumber={1} />
      </Document>
    );
    
    export default MyPDFViewer;
    

How to Choose: @react-pdf/renderer vs jspdf vs pdfmake vs react-pdf

  • @react-pdf/renderer:

    Choose @react-pdf/renderer if you are building a React application and want to create PDFs using React components. It allows for a declarative approach to PDF generation, making it easy to leverage your existing React knowledge and component architecture.

  • jspdf:

    Choose jspdf if you need a lightweight, client-side solution for generating PDFs directly in the browser. It is ideal for simple tasks like creating PDFs from text, images, and basic shapes, and it supports features like drawing on the canvas and adding annotations.

  • pdfmake:

    Choose pdfmake if you require a feature-rich library that supports complex layouts, tables, and styling. It uses a declarative approach to define the document structure and is suitable for generating PDFs with advanced formatting and dynamic content.

  • react-pdf:

    Choose react-pdf if you need to display PDF documents within your React application. It provides a set of components for rendering PDFs in the browser, allowing for features like pagination, zooming, and text selection, but it is not focused on PDF creation.

README for @react-pdf/renderer

React renderer for creating PDF files on the browser and server

How to install

yarn add @react-pdf/renderer

How it works

import React from 'react';
import { Document, Page, Text, View, 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>
);

Web. Render in DOM

import React from 'react';
import ReactDOM from 'react-dom';
import { PDFViewer } from '@react-pdf/renderer';

const App = () => (
  <PDFViewer>
    <MyDocument />
  </PDFViewer>
);

ReactDOM.render(<App />, document.getElementById('root'));

Node. Save in a file

import React from 'react';
import ReactPDF from '@react-pdf/renderer';

ReactPDF.render(<MyDocument />, `${__dirname}/example.pdf`);

Contributors

This project exists thanks to all the people who contribute. Looking to contribute? Please check our [contribute] document for more details about how to setup a development environment and submitting code.

Sponsors

Thank you to all our sponsors! [Become a sponsors]

Backers

Thank you to all our backers! [Become a backer]

License

MIT © Diego Muracciole