Convert TXT to Textile

Why Convert TXT to Textile?

Converting TXT to Textile transforms your plain text into a well-structured markup language that generates clean, semantic HTML for web publishing. Textile was designed specifically for content creators who want precise control over HTML output without writing raw HTML tags, making it ideal for blogs, wikis, and content management systems.

Textile offers capabilities that go beyond simpler markup languages. While Markdown focuses on minimal syntax, Textile supports inline CSS classes, IDs, block-level attributes, footnotes, and advanced table formatting directly in the markup. This makes it the preferred choice for platforms like Redmine (project management) and Textpattern (CMS), where precise HTML control matters.

The conversion is especially valuable for teams using Redmine for project management, where Textile is the default markup language for wiki pages, issue descriptions, and project documentation. Converting your plain text notes, meeting minutes, and technical specifications into Textile format allows you to publish them directly on your Redmine wiki with proper headings, lists, links, and formatting.

Once converted, Textile markup remains human-readable as plain text while being ready for rendering by any Textile processor. The output can be pasted into Redmine, Textpattern, or processed by libraries like RedCloth (Ruby), PHP Textile, or python-textile to generate well-formed HTML documents.

Key Benefits of Converting TXT to Textile:

• Semantic HTML Output: Textile generates clean, valid HTML with proper element nesting
• Redmine Native: Default markup format for Redmine wikis, issues, and documentation
• CSS Integration: Apply CSS classes and IDs directly in markup with (class#id) syntax
• Rich Table Support: Create complex tables with alignment, spanning, and headers natively
• Footnotes Built-in: First-class footnote support with automatic numbering
• Human Readable: Textile source is easy to read and edit even without rendering
• Pandoc Compatible: Textile is supported as both input and output format in Pandoc
• Precise Formatting: More granular control over HTML output than Markdown

Practical Examples

Example 1: Project Documentation

Input TXT file (project-docs.txt):

API Reference

Authentication:
All requests require an API key in the header.

Endpoints:
- GET /users - List all users
- POST /users - Create a new user
- DELETE /users/:id - Remove a user

Rate Limits:
100 requests per minute per API key.

Output Textile file (project-docs.textile):

h1. API Reference

h2. Authentication:

All requests require an API key in the header.

h2. Endpoints:

* GET /users - List all users
* POST /users - Create a new user
* DELETE /users/:id - Remove a user

h2. Rate Limits:

100 requests per minute per API key.

Example 2: Release Notes

Input TXT file (release-notes.txt):

Release v3.2.0 - March 2026

New Features:
1. Dark mode for all pages
2. Export to PDF improvements
3. Bulk user import via CSV

Bug Fixes:
1. Fixed login timeout on mobile
2. Resolved CSV encoding issue
3. Corrected pagination on search results

Output Textile file (release-notes.textile):

h1. Release v3.2.0 - March 2026

h2. New Features:

# Dark mode for all pages
# Export to PDF improvements
# Bulk user import via CSV

h2. Bug Fixes:

# Fixed login timeout on mobile
# Resolved CSV encoding issue
# Corrected pagination on search results

Example 3: Team Directory

Input TXT file (team.txt):

Engineering Team

Name - Role - Location
Alice Johnson - Team Lead - New York
Bob Chen - Backend Developer - San Francisco
Carol Martinez - Frontend Developer - Austin
Dan Kim - DevOps Engineer - Seattle

Output Textile file (team.textile):

h1. Engineering Team

|_. Name |_. Role |_. Location |
| Alice Johnson | Team Lead | New York |
| Bob Chen | Backend Developer | San Francisco |
| Carol Martinez | Frontend Developer | Austin |
| Dan Kim | DevOps Engineer | Seattle |

Frequently Asked Questions (FAQ)

Q: What is Textile markup?

A: Textile is a lightweight markup language created by Dean Allen in 2002 for his Textpattern CMS. It converts simple text symbols into clean, semantic HTML. For example, *bold* becomes <strong>bold</strong>, and h1. Heading becomes <h1>Heading</h1>. Textile is designed to be easy to read and write while producing well-formed HTML output.

Q: How is Textile different from Markdown?

A: While both are lightweight markup languages, Textile offers more features out of the box: inline CSS classes and IDs, block-level attributes, footnotes, and richer table formatting. Markdown is more popular and widely supported (GitHub, GitLab, Stack Overflow), while Textile is preferred on platforms like Redmine and Textpattern. Textile syntax is different -- for example, bold is *text* in Textile but **text** in Markdown.

Q: Which platforms support Textile?

A: Textile is natively supported by Redmine (project management), Textpattern (CMS), Movable Type (blogging), and several other content platforms. Libraries exist for Ruby (RedCloth), PHP (PHP Textile), Python (python-textile), and Java. Pandoc can convert Textile to and from dozens of other formats.

Q: Can I use Textile in Redmine?

A: Yes, Textile is Redmine's default text formatting language. Wiki pages, issue descriptions, comments, and project overviews all support Textile markup. After converting your TXT files to Textile, you can paste the output directly into any Redmine text field and it will be rendered with proper formatting.

Q: Does Textile support tables?

A: Yes, Textile has robust built-in table support. Tables use pipe characters (|) to separate cells, with special modifiers for headers (|_.), alignment (|>. for right, |=. for center), column spanning (|\2. spans 2), and row spanning (/2. spans 2 rows). This is more capable than basic Markdown table syntax.

Q: How are headings formatted in Textile?

A: Textile uses h1. through h6. at the beginning of a line to define heading levels. For example: "h1. Main Title" produces an H1 heading, "h2. Section" produces an H2, and so on. This is one of Textile's most readable syntax elements, making document structure immediately clear even in the raw markup.

Q: Can I apply CSS classes in Textile?

A: Yes, this is one of Textile's unique strengths. You can apply CSS classes and IDs to any element using parentheses: p(classname). Paragraph text creates a paragraph with class="classname". You can also use p(#myid) for IDs, or combine them: p(classname#myid). This is a feature Markdown does not support natively.

Q: Is Textile still being maintained?

A: Yes, while Textile is less actively developed than Markdown, the major implementations (RedCloth for Ruby, PHP Textile, python-textile) are maintained and stable. Textile remains the standard markup for Redmine, which is actively developed and used by organizations worldwide. Pandoc also maintains full Textile support for conversions.