Convert PDF to Textile

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PDF vs Textile Format Comparison

Aspect PDF (Source Format) Textile (Target Format)
Format Overview
PDF
Portable Document Format

Document format developed by Adobe in 1993 for reliable, device-independent document representation. Preserves exact layout, fonts, images, and formatting across all platforms and devices. The de facto standard for sharing and printing documents worldwide.

Industry Standard Fixed Layout
Textile
Lightweight Markup Language

Human-readable lightweight markup language created by Dean Allen in 2002. Designed for quick content formatting with intuitive syntax that converts to HTML. Widely adopted by Redmine project management, Textpattern CMS, and various documentation systems. Emphasizes readability in its raw text form while supporting rich formatting output.

Markup Language Human-Readable
Technical Specifications
Structure: Binary with text-based header
Encoding: Mixed binary and ASCII streams
Format: ISO 32000 open standard
Compression: FlateDecode, LZW, JPEG, JBIG2
Extensions: .pdf
Structure: Plain text with inline markup
Encoding: UTF-8
Format: Open markup specification
Output: Renders to HTML
Extensions: .textile, .txtl
Syntax Examples

PDF structure (text-based header):

%PDF-1.7
1 0 obj
<< /Type /Catalog
   /Pages 2 0 R >>
endobj
%%EOF

Textile markup syntax:

h1. Document Title

h2. Chapter One

This is *bold* and _italic_ text.

* First item
* Second item
# Numbered item

"Link text":http://example.com
Content Support
  • Rich text with precise typography
  • Vector and raster graphics
  • Embedded fonts
  • Interactive forms and annotations
  • Digital signatures
  • Bookmarks and hyperlinks
  • Layers and transparency
  • 3D content and multimedia
  • Headings (h1. through h6.)
  • Bold (*text*), italic (_text_)
  • Ordered and unordered lists
  • Hyperlinks ("text":url)
  • Tables (|cell|cell|)
  • Blockquotes (bq.)
  • Code blocks (bc.)
  • Image references (!url!)
Advantages
  • Exact layout preservation
  • Universal viewing support
  • Print-ready output
  • Compact file sizes with compression
  • Security features (encryption, signing)
  • Industry-standard format
  • Intuitive, easy-to-learn syntax
  • Highly readable in raw text form
  • Quick to write and format
  • Native Redmine support
  • Version control friendly (plain text)
  • Lightweight file size
  • No special editor required
Disadvantages
  • Difficult to edit without special tools
  • Not designed for content reflow
  • Complex internal structure
  • Text extraction can be imperfect
  • Large file sizes for image-heavy docs
  • Less widespread than Markdown
  • Limited formatting compared to HTML
  • Fewer tools and editor plugins
  • No standardized specification
  • Declining adoption in new projects
  • No precise layout or page control
Common Uses
  • Official documents and reports
  • Contracts and legal documents
  • Invoices and receipts
  • Ebooks and publications
  • Print-ready artwork
  • Redmine issue descriptions and wikis
  • Textpattern CMS content
  • Project documentation
  • Forum posts and discussions
  • Technical notes and changelogs
  • Knowledge base articles
Best For
  • Document sharing and archiving
  • Print-ready output
  • Cross-platform compatibility
  • Legal and official documents
  • Redmine project management
  • Quick wiki and documentation writing
  • Issue tracker descriptions
  • Lightweight content formatting
Version History
Introduced: 1993 (Adobe Systems)
Current Version: PDF 2.0 (ISO 32000-2:2020)
Status: Active, ISO standard
Evolution: Continuous updates since 1993
Introduced: 2002 (Dean Allen)
Current Version: Textile 2 (community maintained)
Status: Stable, community maintained
Evolution: Textile 1 (2002), Textile 2 (current)
Software Support
Adobe Acrobat: Full support (creator)
Web Browsers: Native viewing in all modern browsers
Office Suites: Microsoft Office, LibreOffice
Other: Foxit, Sumatra, Preview (macOS)
Redmine: Native Textile support (default)
Textpattern: Built-in Textile rendering
Ruby (RedCloth): Reference implementation
Other: Python textile, PHP Textile, Pandoc

Why Convert PDF to Textile?

Converting PDF documents to Textile markup format is essential for teams using Redmine project management or Textpattern CMS, where Textile is the native formatting language. When you convert PDF to Textile, you transform static document content into lightweight, human-readable markup that can be directly pasted into Redmine issues, wiki pages, project documentation, and forum posts. This eliminates the need to manually retype or reformat PDF content for project management workflows.

Textile was created by Dean Allen in 2002 with a focus on readability and simplicity. Its syntax is designed to be intuitive even for non-technical users: *bold*, _italic_, h1. for headings, and simple punctuation-based formatting. Unlike Markdown, which has gained wider adoption, Textile remains the preferred and default markup language in Redmine, one of the most popular open-source project management tools used by thousands of organizations worldwide for issue tracking, documentation, and team collaboration.

PDF-to-Textile conversion is particularly useful for project managers and team leads who receive specifications, requirements, or reports as PDF files and need to incorporate them into Redmine-based workflows. Rather than copying raw text and losing all structure, our converter generates properly formatted Textile markup with heading hierarchy (h1. through h6.), bold emphasis for key terms, paragraph separation, and metadata sections. The output can be pasted directly into Redmine's text editor and rendered immediately.

The plain text nature of Textile makes it ideal for version-controlled documentation workflows. Textile files can be stored in Git repositories, diffed for changes, and merged during collaborative editing. For organizations migrating from PDF-based documentation to wiki-based systems, converting existing PDFs to Textile provides a fast path to building searchable, linked, and collaboratively editable project knowledge bases without the overhead of complex document management systems.

Key Benefits of Converting PDF to Textile:

  • Redmine Native: Direct compatibility with Redmine's default markup language
  • Readable Source: Textile markup is clean and easy to read even in plain text
  • Quick Formatting: Simple syntax for headings, bold, italic, lists, and tables
  • Wiki Integration: Paste directly into Redmine wikis and project documentation
  • Version Control: Plain text format works seamlessly with Git and SVN
  • Issue Tracking: Format Redmine issue descriptions from PDF specifications
  • Lightweight: Minimal file size compared to original PDF documents

Practical Examples

Example 1: Converting a PDF Specification for Redmine

Input PDF file (feature_spec.pdf):

FEATURE SPECIFICATION
User Authentication Module v2.0

Requirements:
1. Support OAuth 2.0 and OpenID Connect
2. Multi-factor authentication (TOTP, SMS)
3. Session management with 30-min timeout

Technical Details:
- Framework: Django 5.0
- Database: PostgreSQL 16
- Cache: Redis 7.x

Output Textile file (feature_spec.textile):

h1. Feature Specification

h2. User Authentication Module v2.0

h3. Requirements

# Support OAuth 2.0 and OpenID Connect
# Multi-factor authentication (TOTP, SMS)
# Session management with 30-min timeout

h3. Technical Details

* *Framework:* Django 5.0
* *Database:* PostgreSQL 16
* *Cache:* Redis 7.x

Example 2: Converting a PDF Meeting Minutes to Wiki Page

Input PDF file (meeting_notes.pdf):

SPRINT PLANNING MEETING
Date: March 12, 2026
Attendees: Alice, Bob, Carol, Dave

Agenda:
1. Review of Sprint 14 results
2. Backlog grooming for Sprint 15
3. Capacity planning

Decisions:
- Move ticket #1234 to Sprint 15
- Prioritize API refactoring
- Schedule code review sessions weekly

Output Textile file (meeting_notes.textile):

h1. Sprint Planning Meeting

*Date:* March 12, 2026
*Attendees:* Alice, Bob, Carol, Dave

h2. Agenda

# Review of Sprint 14 results
# Backlog grooming for Sprint 15
# Capacity planning

h2. Decisions

* Move ticket #1234 to Sprint 15
* Prioritize API refactoring
* Schedule code review sessions weekly

Example 3: Converting a PDF Process Document

Input PDF file (deployment_process.pdf):

DEPLOYMENT PROCESS GUIDE

Step 1: Pre-deployment Checklist
- All tests passing (unit, integration)
- Code review approved
- Staging environment verified

Step 2: Production Deployment
- Create backup of current state
- Deploy using CI/CD pipeline
- Monitor error rates for 30 minutes

Step 3: Post-deployment Verification
- Verify all endpoints responding
- Check database migration status
- Confirm monitoring alerts active

Output Textile file (deployment_process.textile):

h1. Deployment Process Guide

h2. Step 1: Pre-deployment Checklist

* All tests passing (unit, integration)
* Code review approved
* Staging environment verified

h2. Step 2: Production Deployment

* Create backup of current state
* Deploy using CI/CD pipeline
* Monitor error rates for 30 minutes

h2. Step 3: Post-deployment Verification

* Verify all endpoints responding
* Check database migration status
* Confirm monitoring alerts active

Frequently Asked Questions (FAQ)

Q: What is Textile and where is it used?

A: Textile is a lightweight markup language created by Dean Allen in 2002. It is most widely used in Redmine (one of the most popular open-source project management tools), Textpattern CMS, and various documentation and wiki systems. Textile uses simple, intuitive syntax like h1. for headings, *text* for bold, and _text_ for italic, making it easy to write formatted content in plain text that renders to HTML.

Q: How is Textile different from Markdown?

A: While both are lightweight markup languages, they have different syntax and ecosystems. Textile uses h1. for headings (vs. # in Markdown), *text* for bold (vs. **text**), and _text_ for italic (vs. *text*). Textile has slightly more powerful built-in table and image handling. Markdown has much wider adoption (GitHub, Stack Overflow, many CMS platforms), while Textile is primarily used in Redmine and Textpattern. Choose based on your target platform.

Q: Can I paste the output directly into Redmine?

A: Yes, the converted Textile markup is designed to be directly compatible with Redmine's text editor. You can paste it into issue descriptions, wiki pages, project documentation, and forum posts. Redmine will render the Textile markup into formatted HTML automatically. Make sure your Redmine instance is configured to use Textile (which is the default) rather than Markdown or another markup language.

Q: Will tables from the PDF be converted to Textile table format?

A: The converter extracts text content from PDF tables, and simple tabular data may be preserved in Textile table syntax using the |cell|cell| notation. However, complex tables with merged cells, nested headers, or intricate styling may be simplified to plain text during conversion. For best results with tabular data, you may need to manually format the Textile table markup after conversion to match the original structure.

Q: Does the converter preserve heading hierarchy?

A: The converter generates Textile heading markup using h1. through h6. tags based on the content structure extracted from the PDF. Page titles are typically mapped to h1. or h2. headings, with subsequent sections at lower heading levels. You may need to adjust the heading hierarchy after conversion to match your documentation structure, especially for PDFs with non-standard or flat heading structures.

Q: Can I convert the Textile back to PDF?

A: Yes, Textile can be converted to other formats including PDF using tools like Pandoc, which supports Textile as an input format. You can also render Textile to HTML first (using RedCloth for Ruby, python-textile for Python, or PHP Textile), and then convert the HTML to PDF using any HTML-to-PDF converter. This round-trip workflow is useful for creating print-ready versions of Textile documentation.

Q: What happens with images and graphics from the PDF?

A: The Textile output contains only text content extracted from the PDF. Images and graphics are not embedded in the Textile file. If you need images in your Textile document, you can extract them from the PDF separately and reference them using Textile's image syntax: !http://example.com/image.png! or by uploading them to your Redmine instance and referencing them with the appropriate attachment syntax.

Q: Is Textile still actively maintained?

A: While Textile is no longer actively developed with new features, it remains stable and well-supported in its primary ecosystems. Redmine continues to use Textile as its default markup language, and the various language implementations (RedCloth for Ruby, python-textile for Python, PHP Textile) are maintained by their respective communities. For projects already using Redmine or Textpattern, Textile remains a reliable and functional choice.