puppeteer vs pdfmake vs pdfkit vs html-pdf vs html-pdf-node
PDF Generation Libraries for Node.js Comparison
1 Year
puppeteerpdfmakepdfkithtml-pdfhtml-pdf-nodeSimilar Packages:
What's PDF Generation Libraries for Node.js?

These libraries are designed to facilitate the generation of PDF documents from HTML content or programmatically created content in Node.js applications. They serve various use cases, from converting web pages to PDFs, creating dynamic reports, to generating complex documents with custom layouts and styles. Each library has its unique features, strengths, and ideal use cases, making them suitable for different types of projects and requirements.

Package Weekly Downloads Trend
Github Stars Ranking
Stat Detail
Package
Downloads
Stars
Size
Issues
Publish
License
puppeteer4,930,01790,337361 kB2712 days agoApache-2.0
pdfmake948,51611,90913.5 MB2893 months agoMIT
pdfkit754,04210,1724.59 MB3813 months agoMIT
html-pdf119,9563,565-4704 years agoMIT
html-pdf-node33,05019756.9 kB92-ISC
Feature Comparison: puppeteer vs pdfmake vs pdfkit vs html-pdf vs html-pdf-node

HTML to PDF Conversion

  • puppeteer:

    puppeteer can take screenshots or generate PDFs from web pages, rendering the page as a browser would. This allows for accurate representation of complex web layouts and styles.

  • pdfmake:

    pdfmake generates PDFs from a JSON definition of the document structure. It allows for complex layouts and styling, making it suitable for dynamic document generation without direct HTML conversion.

  • pdfkit:

    pdfkit does not convert HTML to PDF but allows you to create PDFs programmatically. You define the content and layout using JavaScript, giving you complete control over the document's appearance.

  • html-pdf:

    html-pdf converts HTML content to PDF using the PhantomJS engine. It supports basic HTML and CSS, making it easy to generate PDFs from existing web pages or templates.

  • html-pdf-node:

    html-pdf-node also leverages PhantomJS but is designed with modern JavaScript features in mind, allowing for better handling of asynchronous operations during the PDF generation process.

Customization and Control

  • puppeteer:

    puppeteer allows for extensive control over the rendering process, including viewport settings, device emulation, and the ability to execute JavaScript before generating the PDF, making it highly customizable.

  • pdfmake:

    pdfmake offers extensive customization through its JSON-based document definition, allowing for detailed control over layout, styles, and content organization.

  • pdfkit:

    pdfkit excels in customization, allowing developers to define every aspect of the PDF, including text styles, images, and vector graphics. It is highly flexible for creating tailored documents.

  • html-pdf:

    html-pdf offers limited customization options, primarily focused on converting existing HTML. It may not support advanced CSS features or complex layouts.

  • html-pdf-node:

    html-pdf-node provides similar customization options as html-pdf but benefits from modern JavaScript practices, making it easier to manage options and configurations.

Ease of Use

  • puppeteer:

    puppeteer requires more setup and understanding of browser contexts, but it offers powerful capabilities for those willing to invest the time to learn its API.

  • pdfmake:

    pdfmake is user-friendly for those who prefer a declarative approach, as it allows users to define documents in JSON format, making it easier to visualize the final output.

  • pdfkit:

    pdfkit has a steeper learning curve due to its programmatic nature, but it provides comprehensive documentation to help users get started with creating complex PDFs.

  • html-pdf:

    html-pdf is straightforward to use, requiring minimal setup and configuration. It is ideal for quick implementations where simplicity is key.

  • html-pdf-node:

    html-pdf-node is also easy to use, especially for developers familiar with promises and async/await, making it suitable for modern JavaScript applications.

Performance

  • puppeteer:

    puppeteer is highly performant for rendering web pages as PDFs, but it can be resource-intensive, especially with large pages or heavy JavaScript usage.

  • pdfmake:

    pdfmake can handle complex documents efficiently, but performance may degrade with very large documents or extensive styling.

  • pdfkit:

    pdfkit is efficient for generating PDFs programmatically, but performance may be impacted by the complexity of the document being created.

  • html-pdf:

    html-pdf performance can vary depending on the complexity of the HTML being converted. It may struggle with large or complex documents.

  • html-pdf-node:

    html-pdf-node generally performs similarly to html-pdf, but its promise-based architecture can lead to better performance in asynchronous scenarios.

Support and Community

  • puppeteer:

    puppeteer is backed by Google and has a large community, ensuring robust support, frequent updates, and extensive resources for developers.

  • pdfmake:

    pdfmake has a growing community and comprehensive documentation, making it easier for developers to find help and examples.

  • pdfkit:

    pdfkit has a strong community and is actively maintained, providing a wealth of resources and support for developers.

  • html-pdf:

    html-pdf has a smaller community and less frequent updates, which may affect long-term support and feature enhancements.

  • html-pdf-node:

    html-pdf-node benefits from a more active community and modern JavaScript practices, leading to better support and updates.

How to Choose: puppeteer vs pdfmake vs pdfkit vs html-pdf vs html-pdf-node
  • puppeteer:

    Choose puppeteer if you need a powerful tool that can render web pages as PDFs. It provides full control over the browser environment, making it suitable for generating PDFs from web applications, including those that require JavaScript execution.

  • pdfmake:

    Use pdfmake if you want to create PDFs with a declarative approach, allowing you to define document structure in a JSON format. It is great for generating dynamic documents with complex layouts and supports features like tables, lists, and styling.

  • pdfkit:

    Opt for pdfkit if you need to create complex PDF documents programmatically. It is ideal for generating reports, invoices, or any documents where you need fine control over the layout and content, including vector graphics and text styling.

  • html-pdf:

    Choose html-pdf if you need a simple and straightforward solution for converting HTML to PDF with minimal setup. It is ideal for quick implementations where you want to generate PDFs from existing HTML content without extensive customization.

  • html-pdf-node:

    Select html-pdf-node if you require a more modern approach to HTML to PDF conversion with better support for promises and async/await syntax. It is suitable for applications that need to handle multiple asynchronous tasks while generating PDFs.

README for puppeteer

Puppeteer

build npm puppeteer package

Puppeteer is a JavaScript library which provides a high-level API to control Chrome or Firefox over the DevTools Protocol or WebDriver BiDi. Puppeteer runs in the headless (no visible UI) by default

Get started | API | FAQ | Contributing | Troubleshooting

Installation

npm i puppeteer # Downloads compatible Chrome during installation.
npm i puppeteer-core # Alternatively, install as a library, without downloading Chrome.

Example

import puppeteer from 'puppeteer';
// Or import puppeteer from 'puppeteer-core';

// Launch the browser and open a new blank page
const browser = await puppeteer.launch();
const page = await browser.newPage();

// Navigate the page to a URL.
await page.goto('https://developer.chrome.com/');

// Set screen size.
await page.setViewport({width: 1080, height: 1024});

// Type into search box.
await page.locator('.devsite-search-field').fill('automate beyond recorder');

// Wait and click on first result.
await page.locator('.devsite-result-item-link').click();

// Locate the full title with a unique string.
const textSelector = await page
  .locator('text/Customize and automate')
  .waitHandle();
const fullTitle = await textSelector?.evaluate(el => el.textContent);

// Print the full title.
console.log('The title of this blog post is "%s".', fullTitle);

await browser.close();