Convert XML to TEXTILE

Why Convert XML to Textile?

Converting XML files to Textile markup transforms machine-oriented structured data into human-readable formatted text optimized for web publishing and project management tools. XML is designed for data interchange between systems, but when that data needs to be documented in Redmine wikis, Textpattern CMS pages, or other Textile-based platforms, this conversion produces clean, properly formatted markup ready for immediate use.

This conversion is particularly valuable for teams using Redmine for project management who need to document XML-based configurations, API specifications, or data schemas in their wiki pages and issue trackers. Instead of pasting raw XML that is difficult to read, you get well-structured Textile with headings, bold labels, bulleted lists, and tables that render beautifully in Redmine's wiki engine.

Our converter maps XML structures to Textile elements: root elements become h1. headings, nested elements become h2. through h6. subheadings, attributes are formatted as *key:* value pairs with bold labels, text content is preserved as paragraphs, and repeated child elements become bulleted lists (* item). Tables are generated using Textile's pipe-based syntax for tabular XML data.

Textile offers unique advantages over other markup languages for certain use cases. Its built-in typographic enhancements automatically convert straight quotes to smart quotes, double hyphens to em dashes, and ellipses to proper Unicode characters. Textile also supports CSS class and ID attributes on any element (p(classname). text), which is useful when specific styling is needed for web-published content.

Key Benefits of Converting XML to Textile:

• Redmine Compatible: Output works directly in Redmine wiki pages and issue descriptions
• Readable Plain Text: Replace verbose XML tags with clean, scannable Textile markup
• Typographic Polish: Automatic smart quotes, em dashes, and proper ellipses
• Table Support: Textile's pipe-based table syntax is cleaner than Markdown's
• CSS Integration: Apply CSS classes and IDs directly in Textile markup
• Valid XHTML Output: Textile generates valid XHTML when rendered
• Quick Documentation: Instantly create readable documentation from XML data exports

Practical Examples

Example 1: Redmine Project Configuration

Input XML file (project.xml):

<project>
  <name>Web Platform</name>
  <status>Active</status>
  <modules>
    <module enabled="true">Issue Tracking</module>
    <module enabled="true">Wiki</module>
    <module enabled="false">Time Tracking</module>
  </modules>
</project>

Output Textile file (project.textile):

h1. project

*name:* Web Platform
*status:* Active

h2. modules

* Issue Tracking (enabled: true)
* Wiki (enabled: true)
* Time Tracking (enabled: false)

Example 2: Server Configuration Documentation

Input XML file (servers.xml):

<infrastructure>
  <server role="web" environment="production">
    <hostname>web-prod-01</hostname>
    <ip>10.0.1.10</ip>
    <os>Ubuntu 22.04 LTS</os>
  </server>
  <server role="database" environment="production">
    <hostname>db-prod-01</hostname>
    <ip>10.0.1.20</ip>
    <os>CentOS Stream 9</os>
  </server>
</infrastructure>

Output Textile file (servers.textile):

h1. infrastructure

h2. server (role: web, environment: production)

|_. Property |_. Value |
| hostname | web-prod-01 |
| ip | 10.0.1.10 |
| os | Ubuntu 22.04 LTS |

h2. server (role: database, environment: production)

|_. Property |_. Value |
| hostname | db-prod-01 |
| ip | 10.0.1.20 |
| os | CentOS Stream 9 |

Example 3: Bug Report Data

Input XML file (bugs.xml):

<bugs>
  <bug id="BUG-101" priority="high" status="open">
    <title>Login page timeout error</title>
    <reporter>[email protected]</reporter>
    <description>Users experience timeout after 30 seconds on the login page when the database connection pool is exhausted.</description>
  </bug>
  <bug id="BUG-102" priority="medium" status="assigned">
    <title>Missing email validation</title>
    <reporter>[email protected]</reporter>
    <description>Email field accepts invalid addresses without proper validation feedback.</description>
  </bug>
</bugs>

Output Textile file (bugs.textile):

h1. bugs

h2. BUG-101: Login page timeout error

*priority:* high
*status:* open
*reporter:* [email protected]

p. Users experience timeout after 30 seconds on the login page when the database connection pool is exhausted.

h2. BUG-102: Missing email validation

*priority:* medium
*status:* assigned
*reporter:* [email protected]

p. Email field accepts invalid addresses without proper validation feedback.

Frequently Asked Questions (FAQ)

Q: What is XML format?

A: XML (Extensible Markup Language) is a W3C standard for structuring, storing, and transporting data. It uses custom tags with a strict hierarchical tree structure. XML is used in enterprise integration (SOAP), configuration files (Maven pom.xml, Spring, Android), document formats (XHTML, SVG, DOCX internals), financial data (XBRL), and healthcare (HL7). Unlike HTML, XML tags are self-describing and user-defined.

Q: What is Textile markup format?

A: Textile is a lightweight markup language created by Dean Allen in 2002. It uses plain text conventions to generate valid XHTML: h1. for headings, *text* for bold, _text_ for italic, * for bullet lists, # for numbered lists, and |cell|cell| for tables. Textile is the default markup language in Redmine project management and Textpattern CMS. It features automatic typographic enhancements like smart quotes and em dashes.

Q: How are XML elements mapped to Textile?

A: The converter maps XML structures to Textile elements: root elements become h1. headings, nested elements become h2. through h6. subheadings, attributes are formatted as *key:* value pairs with bold labels, text content is preserved as paragraphs, repeated child elements become bulleted lists (* item), and tabular data uses Textile's |cell|cell| table syntax.

Q: Can I paste the Textile output into Redmine?

A: Yes, the generated Textile markup is fully compatible with Redmine's wiki engine. You can paste it directly into Redmine wiki pages, issue descriptions, news posts, and document entries. The headings, lists, bold text, and tables will render correctly in Redmine's Textile formatter. Redmine uses the RedCloth library for Textile processing.

Q: How does Textile compare to Markdown?

A: Textile and Markdown are both lightweight markup languages, but they have different strengths. Textile has better table syntax (|_. header| vs Markdown's pipe tables), built-in typographic enhancements, and CSS class/ID support. Markdown has a much larger ecosystem, wider platform support, and simpler syntax for basic formatting. Choose Textile if your target platform uses it (Redmine, Textpattern).

Q: Can I convert Textile to HTML?

A: Yes, Textile is designed to generate valid XHTML. Use RedCloth (Ruby), the textile Python package, textile-js (JavaScript), or Pandoc to convert Textile to HTML. Redmine and Textpattern perform this conversion automatically when rendering pages. Our converter also supports converting between various markup formats.

Q: What happens to XML namespaces during conversion?

A: XML namespace prefixes are stripped during conversion to improve readability. For example, <spring:bean> becomes a "bean" heading in Textile. The namespace URI is not included in the output, as it is not needed for documentation purposes. If you need to preserve namespace information, it can be included as a notation in the Textile text.

Q: Can I convert large XML files to Textile?

A: Yes, our converter handles XML files of any reasonable size. Large XML structures with deep nesting are mapped to Textile headings at multiple levels (h1 through h6), with attributes as bold key-value pairs and repeated elements as lists. The resulting Textile document preserves the hierarchical structure in a readable format suitable for wiki pages and documentation.