xmlbuilder vs fast-xml-parser vs xml2js vs xmlbuilder2 vs libxmljs
XML Parsing and Manipulation Libraries Comparison
1 Year
xmlbuilderfast-xml-parserxml2jsxmlbuilder2libxmljsSimilar Packages:
What's XML Parsing and Manipulation Libraries?

These libraries provide tools for parsing and manipulating XML data in JavaScript environments, particularly in Node.js. They cater to different needs such as performance, ease of use, and feature richness, allowing developers to choose based on their specific requirements for handling XML data, whether it's for reading, writing, or transforming XML documents.

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xmlbuilder30,345,032919-85 years agoMIT
fast-xml-parser29,763,6082,678588 kB675 days agoMIT
xml2js23,091,9644,9173.44 MB2462 years agoMIT
xmlbuilder21,439,8043771.09 MB362 years agoMIT
libxmljs74,7231,05017.7 MB69a year agoMIT
Feature Comparison: xmlbuilder vs fast-xml-parser vs xml2js vs xmlbuilder2 vs libxmljs

Performance

  • xmlbuilder:

    xmlbuilder is efficient for generating XML but performance can vary based on the complexity of the XML being built.

  • fast-xml-parser:

    fast-xml-parser is optimized for speed and can parse large XML files quickly, making it ideal for performance-sensitive applications.

  • xml2js:

    xml2js is generally slower than fast-xml-parser, as it focuses on ease of use rather than raw performance, making it suitable for smaller XML files.

  • xmlbuilder2:

    xmlbuilder2 improves upon its predecessor with better performance metrics, especially in async contexts.

  • libxmljs:

    libxmljs offers good performance but may be slower than fast-xml-parser due to its comprehensive feature set and additional processing capabilities.

Ease of Use

  • xmlbuilder:

    xmlbuilder has a fluent API that simplifies the process of creating XML documents, making it intuitive for developers to use.

  • fast-xml-parser:

    fast-xml-parser provides a simple API that is easy to understand, making it accessible for developers who need quick XML parsing without a steep learning curve.

  • xml2js:

    xml2js is known for its straightforward API, allowing developers to easily convert XML to JavaScript objects and vice versa, making it very user-friendly.

  • xmlbuilder2:

    xmlbuilder2 continues the trend of user-friendliness with an even more modern API that supports async operations, making it easier to integrate into contemporary JavaScript applications.

  • libxmljs:

    libxmljs has a more complex API due to its extensive features, which may require more time to learn and master, especially for beginners.

Feature Set

  • xmlbuilder:

    xmlbuilder is specifically designed for building XML documents and does not include parsing capabilities, focusing solely on document creation.

  • fast-xml-parser:

    fast-xml-parser focuses on parsing and does not include features like XPath or XSLT, making it lightweight but limited in functionality.

  • xml2js:

    xml2js provides basic parsing and building capabilities but lacks advanced features like XPath or validation, focusing instead on simplicity.

  • xmlbuilder2:

    xmlbuilder2 enhances the building experience with a modern API and better support for promises, but it still does not include parsing capabilities.

  • libxmljs:

    libxmljs is feature-rich, supporting XPath queries, XSLT transformations, and schema validation, making it suitable for complex XML processing tasks.

Community and Support

  • xmlbuilder:

    xmlbuilder has a solid user base and sufficient documentation, making it easy to find examples and support.

  • fast-xml-parser:

    fast-xml-parser has a growing community and decent documentation, but it may not have as extensive support as some of the more established libraries.

  • xml2js:

    xml2js is widely used and well-documented, providing ample resources and community support for developers.

  • xmlbuilder2:

    xmlbuilder2 benefits from the popularity of its predecessor and has a supportive community, along with updated documentation for modern usage.

  • libxmljs:

    libxmljs has a strong community and good documentation, making it easier to find help and resources for complex tasks.

Compatibility

  • xmlbuilder:

    xmlbuilder is compatible with Node.js and can be used in browser environments with some adjustments, making it versatile for XML creation.

  • fast-xml-parser:

    fast-xml-parser is compatible with both Node.js and browser environments, making it versatile for different projects.

  • xml2js:

    xml2js works well in both Node.js and browser contexts, providing flexibility for developers working in various environments.

  • xmlbuilder2:

    xmlbuilder2 is designed for modern JavaScript and works seamlessly in Node.js and browser environments, supporting both ES5 and ES6.

  • libxmljs:

    libxmljs is primarily designed for Node.js and may not work in browser environments, limiting its use in client-side applications.

How to Choose: xmlbuilder vs fast-xml-parser vs xml2js vs xmlbuilder2 vs libxmljs
  • xmlbuilder:

    Use xmlbuilder if you need to create XML documents programmatically. It provides a fluent API for building XML structures and is great for generating XML from scratch, especially when you need to ensure the output is well-formed.

  • fast-xml-parser:

    Choose fast-xml-parser if you need a lightweight and high-performance XML parser that is easy to use and can handle large XML files efficiently. It is ideal for applications where speed is crucial and where you can work with a simpler API.

  • xml2js:

    Select xml2js if you prefer a simple and straightforward way to convert XML to JavaScript objects and vice versa. It is user-friendly and works well for basic XML parsing needs without overwhelming complexity.

  • xmlbuilder2:

    Choose xmlbuilder2 for a more modern and flexible approach to building XML documents. It offers an improved API and better support for promises and async/await, making it suitable for contemporary JavaScript applications.

  • libxmljs:

    Opt for libxmljs if you require a comprehensive XML library that supports XPath, XSLT, and schema validation. It is suitable for complex XML processing tasks where you need robust features and performance, but it may have a steeper learning curve.

README for xmlbuilder

xmlbuilder-js

An XML builder for node.js similar to java-xmlbuilder.

License NPM Version NPM Downloads

Travis Build Status AppVeyor Build status Dev Dependency Status Code Coverage

Announcing xmlbuilder2:

The new release of xmlbuilder is available at xmlbuilder2! xmlbuilder2 has been redesigned from the ground up to be fully conforming to the modern DOM specification. It supports XML namespaces, provides built-in converters for multiple formats, collection functions, and more. Please see upgrading from xmlbuilder in the wiki.

New development will be focused towards xmlbuilder2; xmlbuilder will only receive critical bug fixes.

Installation:

npm install xmlbuilder

Usage:

var builder = require('xmlbuilder');

var xml = builder.create('root')
  .ele('xmlbuilder')
    .ele('repo', {'type': 'git'}, 'git://github.com/oozcitak/xmlbuilder-js.git')
  .end({ pretty: true});

console.log(xml);

will result in:

<?xml version="1.0"?>
<root>
  <xmlbuilder>
    <repo type="git">git://github.com/oozcitak/xmlbuilder-js.git</repo>
  </xmlbuilder>
</root>

It is also possible to convert objects into nodes:

var builder = require('xmlbuilder');

var obj = {
  root: {
    xmlbuilder: {
      repo: {
        '@type': 'git', // attributes start with @
        '#text': 'git://github.com/oozcitak/xmlbuilder-js.git' // text node
      }
    }
  }
};

var xml = builder.create(obj).end({ pretty: true});
console.log(xml);

If you need to do some processing:

var builder = require('xmlbuilder');

var root = builder.create('squares');
root.com('f(x) = x^2');
for(var i = 1; i <= 5; i++)
{
  var item = root.ele('data');
  item.att('x', i);
  item.att('y', i * i);
}

var xml = root.end({ pretty: true});
console.log(xml);

This will result in:

<?xml version="1.0"?>
<squares>
  <!-- f(x) = x^2 -->
  <data x="1" y="1"/>
  <data x="2" y="4"/>
  <data x="3" y="9"/>
  <data x="4" y="16"/>
  <data x="5" y="25"/>
</squares>

See the wiki for details and examples for more complex examples.