Convert MediaWiki to DocBook

Drag and drop files here or click to select.
Max file size 100mb.
Uploading progress:

MediaWiki vs DocBook Format Comparison

Aspect MediaWiki (Source Format) DocBook (Target Format)
Format Overview
MediaWiki
MediaWiki Markup Language

Wiki markup language created by Magnus Manske and Lee Daniel Crocker for Wikipedia in 2002. Uses syntax like == headings ==, '''bold''', ''italic'', [[links]], and template transclusion. Powers Wikipedia, Wikimedia Commons, Fandom, and thousands of wikis with collaborative editing and versioning.

Wiki Standard Collaborative
DocBook
DocBook XML Schema

Semantic XML vocabulary for technical documentation and publishing, maintained by OASIS. Originally developed at HaL Computer Systems and O'Reilly Media in 1991. Provides a comprehensive set of XML elements for books, articles, reference pages, and technical manuals with rich semantic markup for professional publishing.

XML Standard Technical Publishing
Technical Specifications
Type: Wiki markup language
Encoding: UTF-8
MIME Type: text/x-wiki
Extensions: .mediawiki, .wiki, .txt
Parser: MediaWiki parser, Parsoid
Extensibility: Lua modules, extensions
Type: XML vocabulary/schema
Encoding: UTF-8 (XML default)
MIME Type: application/docbook+xml
Extensions: .xml, .dbk, .docbook
Schema: RELAX NG, DTD, XSD
Standard: OASIS DocBook 5.1
Syntax Examples

MediaWiki lightweight markup:

== Chapter One ==
This is '''bold''' and ''italic''.

=== Section 1.1 ===
A [[link]] and a list:
* Item one
* Item two

{| class="wikitable"
|-
! Header !! Value
|-
| Data || 42
|}

DocBook XML semantic markup:

<chapter>
  <title>Chapter One</title>
  <para>This is <emphasis role="bold">
  bold</emphasis> and <emphasis>
  italic</emphasis>.</para>
  <section>
    <title>Section 1.1</title>
    <itemizedlist>
      <listitem>Item one</listitem>
      <listitem>Item two</listitem>
    </itemizedlist>
  </section>
</chapter>
Content Support
  • Section headings (6 levels)
  • Bold, italic, underline formatting
  • Internal and external links
  • Templates and transclusion
  • Wiki tables
  • Images and galleries
  • References and citations
  • Categories and namespaces
  • Books, chapters, sections hierarchy
  • Semantic inline elements (emphasis, literal)
  • Cross-references (xref, link)
  • XInclude for modular documents
  • Formal tables (CALS model)
  • Figures with mediaobject
  • Bibliography and glossary
  • Index generation
  • Callouts for code annotations
Advantages
  • Easy to learn and write
  • Powers the world's largest encyclopedia
  • Built-in collaborative features
  • Powerful template system
  • Automatic table of contents
  • Active global community
  • Industry standard for technical docs
  • Rich semantic markup for content meaning
  • Multi-format output (PDF, HTML, EPUB, man)
  • OASIS open standard
  • Professional publishing toolchain
  • Automatic index and TOC generation
  • Validation with schema
Disadvantages
  • Requires wiki server for rendering
  • No formal schema validation
  • Not suitable for print publishing
  • Limited semantic markup
  • Not XML-based
  • Verbose XML syntax
  • Steep learning curve
  • Difficult to write by hand
  • Requires XSLT toolchain for output
  • Declining popularity vs. lighter formats
  • Complex setup for processing
Common Uses
  • Wikipedia and Wikimedia projects
  • Enterprise wikis
  • Community-driven documentation
  • Fan and gaming wikis
  • Educational content
  • Technical books (O'Reilly, etc.)
  • Linux documentation (man pages, HOWTO)
  • Software API reference manuals
  • Standards and specifications
  • Multi-format publishing pipelines
Best For
  • Collaborative online editing
  • Encyclopedia articles
  • Community knowledge bases
  • Quick content publishing
  • Professional technical publishing
  • Structured book authoring
  • Enterprise documentation systems
  • Multi-output publishing workflows
Version History
Introduced: 2002 (for Wikipedia)
Creators: Magnus Manske, Lee Daniel Crocker
Status: Actively maintained
Evolution: Parsoid, VisualEditor, Lua
Introduced: 1991 (HaL/O'Reilly)
Current Version: DocBook 5.1 (OASIS, 2016)
Status: Stable OASIS standard
Evolution: SGML to XML, DTD to RELAX NG
Software Support
MediaWiki: Native rendering
Pandoc: Read/write support
Editors: VisualEditor, WikiEditor
Other: Parsoid, wiki tools
XSLT Stylesheets: DocBook XSL (Bob Stayton)
Pandoc: Full read/write support
Editors: Oxygen XML, XMLmind, VS Code
Other: FOP, xsltproc, Saxon

Why Convert MediaWiki to DocBook?

Converting MediaWiki markup to DocBook XML transforms collaborative wiki content into a professional, semantically rich document format designed for technical publishing. DocBook is the industry standard for authoring technical books, manuals, and reference documentation used by publishers like O'Reilly Media, the Linux Documentation Project, and major software companies. This conversion bridges the gap between wiki-based content creation and professional publishing workflows.

MediaWiki's lightweight markup with == headings ==, '''bold''', ''italic'', [[links]], and table syntax is powerful for wiki environments but lacks the semantic precision that professional publishing requires. DocBook XML provides elements like <chapter>, <section>, <figure>, <example>, <note>, <warning>, and <glossentry> that carry explicit meaning about the content's role and purpose, enabling sophisticated processing and output generation.

One of DocBook's greatest strengths is its multi-format output capability through XSLT stylesheets. From a single DocBook XML source, you can generate HTML (chunked or single-page), PDF (via FOP or XSL-FO), EPUB, man pages, HTML Help, and other formats. The DocBook XSL stylesheets provide extensive customization options for controlling the appearance of each output format, making it possible to produce professional-quality publications.

This conversion is particularly valuable for organizations that started with wiki-based documentation and need to evolve to a more rigorous publishing pipeline. DocBook XML files can be validated against the official OASIS schema, ensuring structural correctness. They integrate well with XML tools and workflows, support modular document assembly through XInclude, and enable features like automatic index generation, cross-reference resolution, and bibliography management.

Key Benefits of Converting MediaWiki to DocBook:

  • Professional Publishing: Industry-standard format for technical books and manuals
  • Semantic Richness: Explicit content meaning with dedicated XML elements
  • Multi-Format Output: Generate PDF, HTML, EPUB, man pages from one source
  • Schema Validation: Verify document structure against OASIS standard
  • Modular Assembly: Build large documents from reusable XML components via XInclude
  • Professional Indexes: Automatic index, glossary, and bibliography generation
  • Toolchain Integration: Works with industry XML tools (Oxygen, Saxon, FOP)

Practical Examples

Example 1: Wiki Article to DocBook Chapter

Input MediaWiki file (guide.mediawiki):

== Installation ==

'''Prerequisites:'''
* [[Python]] 3.8 or later
* [[pip]] package manager
* 2 GB free disk space

=== Linux Installation ===
Run the following command:


sudo apt install mediawiki


{{Note|Root access is required}}

Output DocBook file (guide.xml):

<chapter xml:id="installation">
  <title>Installation</title>
  <para><emphasis role="bold">Prerequisites:</emphasis></para>
  <itemizedlist>
    <listitem><para>Python 3.8 or later</para></listitem>
    <listitem><para>pip package manager</para></listitem>
    <listitem><para>2 GB free disk space</para></listitem>
  </itemizedlist>
  <section xml:id="linux-installation">
    <title>Linux Installation</title>
    <para>Run the following command:</para>
    <programlisting language="bash">
sudo apt install mediawiki</programlisting>
    <note><para>Root access is required</para></note>
  </section>
</chapter>

Example 2: Wiki Reference Page to DocBook Reference

Input MediaWiki file (api_ref.mediawiki):

== API Reference ==

=== getUserById ===
Returns user data by ID.

{| class="wikitable"
|-
! Parameter !! Type !! Description
|-
| id || ''integer'' || User ID (required)
|-
| fields || ''string'' || Comma-separated field list
|}

{{Warning|Requires authentication token}}

Output DocBook file (api_ref.xml):

<chapter xml:id="api-reference">
  <title>API Reference</title>
  <refentry xml:id="getuserbyid">
    <refnamediv>
      <refname>getUserById</refname>
      <refpurpose>Returns user data by ID</refpurpose>
    </refnamediv>
    <table>
      <title>Parameters</title>
      <tgroup cols="3">
        <thead><row>
          <entry>Parameter</entry>
          <entry>Type</entry>
          <entry>Description</entry>
        </row></thead>
        <tbody>...</tbody>
      </tgroup>
    </table>
    <warning><para>Requires authentication</para></warning>
  </refentry>
</chapter>

Example 3: Wiki Content to DocBook Book Structure

Input MediaWiki file (book.mediawiki):

= MediaWiki Administrator's Guide =

== Introduction ==
This guide covers '''MediaWiki administration'''
for system administrators.

== Server Setup ==
=== Hardware Requirements ===
* CPU: 2+ cores recommended
* RAM: ''4 GB minimum''
* Storage: 50 GB for wiki + database

=== Software Stack ===
# Install [[Apache]] or [[Nginx]]
# Install [[PHP]] 8.0+
# Install [[MySQL]] or [[PostgreSQL]]

[[Category:Administration]]
[[Category:Server Setup]]

Output DocBook file (book.xml):

<book xml:id="mediawiki-admin-guide">
  <info>
    <title>MediaWiki Administrator's Guide</title>
    <subjectset>
      <subject>Administration</subject>
      <subject>Server Setup</subject>
    </subjectset>
  </info>
  <chapter xml:id="introduction">
    <title>Introduction</title>
    <para>This guide covers <emphasis role="bold">
    MediaWiki administration</emphasis>...</para>
  </chapter>
  <chapter xml:id="server-setup">
    <title>Server Setup</title>
    <section>...</section>
  </chapter>
</book>

Frequently Asked Questions (FAQ)

Q: What is DocBook?

A: DocBook is a semantic XML vocabulary for technical documentation, maintained by OASIS (Organization for the Advancement of Structured Information Standards). Originally developed in 1991 for computer documentation, it provides over 400 XML elements for structuring books, articles, and reference materials. DocBook is widely used for Linux documentation, O'Reilly technical books, and enterprise documentation systems.

Q: What output formats can I generate from DocBook?

A: DocBook XML can be transformed into HTML (single-page or chunked), PDF (via XSL-FO and FOP or via dblatex), EPUB, man pages, HTML Help (CHM), JavaHelp, plain text, RTF, and more. The DocBook XSL stylesheets provide the transformation rules, and tools like xsltproc, Saxon, or Apache FOP perform the actual conversion. Each output format can be extensively customized.

Q: How are MediaWiki headings mapped to DocBook elements?

A: MediaWiki heading levels are mapped to DocBook's hierarchical structure. Top-level headings (= ... =) become <book> or <article> titles, level 2 headings (== ... ==) become <chapter> elements, level 3 (=== ... ===) become <section> elements, and deeper levels become nested sections. This creates a proper document hierarchy with xml:id attributes for cross-referencing.

Q: What happens to MediaWiki templates in DocBook?

A: MediaWiki templates are mapped to semantic DocBook elements. Note templates become <note>, warning templates become <warning>, tip templates become <tip>, and important templates become <important>. Infobox templates are converted to structured elements or tables. Complex templates with logic are expanded to their rendered content during conversion.

Q: Can I validate the DocBook output?

A: Yes, DocBook XML can be validated against the official OASIS RELAX NG schema, DTD, or XSD. Tools like xmllint, Jing, or Oxygen XML Editor can validate the output. Validation ensures the document structure is correct before processing it through the publishing toolchain. Our converter generates valid DocBook 5.x output that passes schema validation.

Q: Are wiki tables converted to DocBook tables?

A: Yes, MediaWiki tables are converted to DocBook's CALS table model, which uses <table>, <tgroup>, <thead>, <tbody>, <row>, and <entry> elements. Header rows are placed in <thead>, column specifications are defined in <colspec>, and cell spanning is preserved with namest/nameend and morerows attributes. The CALS model provides precise control over table formatting.

Q: Is DocBook still relevant compared to Markdown or AsciiDoc?

A: DocBook remains the gold standard for complex technical documentation that requires precise structural control, formal validation, and professional publishing output. While Markdown and AsciiDoc are easier to write, DocBook's semantic richness is unmatched for books, API references, and enterprise documentation. Many organizations use lighter formats for authoring and convert to DocBook for publishing.

Q: What tools do I need to process DocBook files?

A: For HTML output, you need an XSLT processor (xsltproc or Saxon) with the DocBook XSL stylesheets. For PDF, add Apache FOP or dblatex. For EPUB, use the DocBook XSL EPUB3 stylesheets. Pandoc can also process DocBook files. XML editors like Oxygen XML Editor and XMLmind provide WYSIWYG editing with live preview. Many Linux distributions include DocBook tools in their package repositories.