Convert SXW to RST

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SXW vs RST Format Comparison

Aspect SXW (Source Format) RST (Target Format)
Format Overview
SXW
StarOffice/OpenOffice.org Writer Document

SXW is a legacy document format used by StarOffice and early versions of OpenOffice.org Writer. It is a ZIP archive containing XML files (content.xml, styles.xml, meta.xml) that define the document structure, formatting, and metadata. SXW was the predecessor to the modern ODT (OpenDocument Text) format and can still be opened by LibreOffice and OpenOffice.

Legacy Document ZIP/XML Archive
RST
reStructuredText

reStructuredText (RST) is a lightweight markup language used primarily for Python documentation. It is the default markup language for Sphinx, the documentation generator used by Python, Django, Flask, and thousands of other projects. RST supports cross-references, directives, roles, and extensible markup that makes it ideal for technical documentation.

Markup Language Python Documentation
Technical Specifications
Structure: ZIP archive containing XML files
Creator: StarOffice/OpenOffice.org Writer
MIME Type: application/vnd.sun.xml.writer
Internal Files: content.xml, styles.xml, meta.xml
Extension: .sxw
Structure: Plain text with underline-based headings
Encoding: UTF-8
Processor: Docutils, Sphinx
MIME Type: text/x-rst
Extension: .rst, .rest
Syntax Examples

SXW stores content in XML within a ZIP archive:

<office:body>
  <text:p text:style-name="Heading">
    Installation Guide
  </text:p>
  <text:p>Install the package using pip.</text:p>
  <text:list>
    <text:list-item>
      <text:p>Step 1: Clone repo</text:p>
    </text:list-item>
  </text:list>
</office:body>

RST uses underline characters for headings:

Installation Guide
==================

Install the package using pip.

* Step 1: Clone repo
* Step 2: Install dependencies
* Step 3: Run migrations
Content Support
  • Formatted text with styles and fonts
  • Headings, paragraphs, and lists
  • Tables with cell formatting
  • Embedded images and objects
  • Headers, footers, and page numbers
  • Footnotes and endnotes
  • Document metadata (author, date, title)
  • Headings with underline decoration
  • Bold (**text**) and italic (*text*)
  • Grid and simple tables
  • Directives (images, code, math, notes)
  • Cross-references and citations
  • Footnotes and substitutions
  • Autodoc for Python API documentation
Advantages
  • Rich document formatting with styles
  • Open XML-based format, not proprietary binary
  • Supports complex document structures
  • Metadata storage for document properties
  • Compatible with LibreOffice and OpenOffice
  • Compressed ZIP reduces file size
  • Standard for Python documentation (Sphinx)
  • Powerful directive and role system
  • Extensible through custom directives
  • Generates HTML, PDF, EPUB, man pages
  • Version-control friendly (plain text)
  • API documentation with autodoc
Disadvantages
  • Legacy format superseded by ODT
  • Limited modern software support
  • Complex XML structure for simple content
  • Not editable without office software
  • Binary ZIP archive, not directly readable
  • Stricter whitespace rules than Markdown
  • Steeper learning curve for beginners
  • Less widely adopted than Markdown
  • Table syntax can be verbose
  • Error messages can be confusing
Common Uses
  • Legacy office documents from StarOffice
  • OpenOffice.org 1.x Writer documents
  • Archived business and personal documents
  • Government and institutional legacy files
  • Early open-source office suite documents
  • Python package documentation
  • Sphinx-based documentation projects
  • Read the Docs hosted documentation
  • Technical specifications and PEPs
  • API reference documentation
Best For
  • Accessing legacy StarOffice documents
  • Migrating old OpenOffice.org files
  • Preserving archived document content
  • Cross-platform document compatibility
  • Python project documentation
  • Sphinx-based publishing workflows
  • Technical documentation with cross-refs
  • Read the Docs publishing
Version History
Introduced: 2002 with StarOffice 6.0 / OpenOffice.org 1.0
Based On: OpenOffice.org XML format
Superseded By: ODT (ODF 1.0, 2005)
Status: Legacy format, still readable by LibreOffice
Introduced: 2001 by David Goodger
Docutils: Reference parser and processor
Sphinx: 2008 (primary documentation tool)
Status: Python ecosystem standard
Software Support
LibreOffice: Full read/write support
OpenOffice: Native format (legacy versions)
Pandoc: Reads SXW as ODT variant
Calligra: Import support
Sphinx: Primary documentation generator
Docutils: Reference parser (rst2html, rst2pdf)
Read the Docs: Free hosting platform
Pandoc: RST reader and writer

Why Convert SXW to RST?

Converting SXW to RST transforms legacy StarOffice/OpenOffice.org Writer documents into the standard documentation format used by the Python ecosystem. reStructuredText is the foundation of Sphinx, the documentation generator that powers Read the Docs and the documentation for Python itself, Django, Flask, and thousands of other projects.

SXW documents from the StarOffice era may contain technical documentation, API descriptions, or project specifications that need to be migrated into modern documentation systems. RST format enables these documents to be integrated into Sphinx documentation projects with full cross-referencing, table of contents generation, and multi-format output.

RST offers features specifically designed for technical documentation that SXW cannot match: directives for admonitions (warnings, notes, tips), code blocks with syntax highlighting, API autodoc integration, and a powerful cross-referencing system that links between documents, sections, and code elements.

Our converter reads the SXW archive, extracts the document content and structure, and generates properly formatted RST with appropriate heading decorations, list syntax, emphasis markup, and directives. The output is immediately usable with Sphinx and can be published on Read the Docs.

Key Benefits of Converting SXW to RST:

  • Sphinx Integration: Use directly in Sphinx documentation projects
  • Python Ecosystem: Standard format for Python package documentation
  • Read the Docs: Publish on the free documentation hosting platform
  • Cross-References: Link between documents, sections, and code elements
  • Multi-Format Output: Generate HTML, PDF, EPUB from single RST source
  • Version Control: Track documentation changes in Git with meaningful diffs

Practical Examples

Example 1: API Documentation

Input SXW file (api_docs.sxw) containing:

User Management API

Create User
Creates a new user account with the
specified username and email address.

Parameters:
username - required string
email - required string
role - optional string (default: user)

Output RST file (api_docs.rst):

User Management API
====================

Create User
-----------

Creates a new user account with the
specified username and email address.

:Parameters:

* **username** - required string
* **email** - required string
* **role** - optional string (default: user)

Example 2: Installation Guide

Input SXW file (install.sxw) containing:

Installation Guide

Prerequisites
Python 3.8 or higher
pip package manager
PostgreSQL 13+

Quick Start
Install the package from PyPI.
Configure the database connection.
Run the database migrations.

Output RST file (install.rst):

Installation Guide
==================

Prerequisites
-------------

* Python 3.8 or higher
* pip package manager
* PostgreSQL 13+

Quick Start
-----------

Install the package from PyPI.
Configure the database connection.
Run the database migrations.

Example 3: Configuration Reference

Input SXW file (config_ref.sxw) containing:

Configuration Reference

Server Settings
DEBUG: Enable debug mode (True/False)
PORT: Server port number (default: 8000)
WORKERS: Number of worker processes

Database Settings
DB_ENGINE: Database backend (postgresql)
DB_NAME: Database name
DB_HOST: Database server hostname

Output RST file (config_ref.rst):

Configuration Reference
=======================

Server Settings
---------------

* **DEBUG**: Enable debug mode (True/False)
* **PORT**: Server port number (default: 8000)
* **WORKERS**: Number of worker processes

Database Settings
-----------------

* **DB_ENGINE**: Database backend (postgresql)
* **DB_NAME**: Database name
* **DB_HOST**: Database server hostname

Frequently Asked Questions (FAQ)

Q: What is an SXW file?

A: SXW is a document format from StarOffice and OpenOffice.org Writer. Introduced in 2002, it is a ZIP archive containing XML files. It was superseded by ODT in 2005 but remains readable by LibreOffice.

Q: What is reStructuredText (RST)?

A: reStructuredText is a lightweight markup language created by David Goodger in 2001. It is the standard documentation format for the Python ecosystem and is processed by Docutils and Sphinx to produce HTML, PDF, and other output formats. RST uses underline decoration for headings, asterisks for lists, and directives for advanced content.

Q: Can I use the RST output with Sphinx?

A: Yes. The generated RST is fully compatible with Sphinx. You can add the file to a Sphinx project's source directory and include it in the table of contents tree (toctree). Sphinx will process it along with your other documentation files to produce HTML, PDF, or EPUB output.

Q: How are headings converted to RST?

A: SXW heading levels are converted to RST heading decorations. In RST, headings use underline (and optional overline) characters: = for top-level, - for second level, ~ for third level, and so on. The converter selects appropriate decoration characters for each heading level.

Q: Are tables preserved in the RST output?

A: Yes. Tables from SXW documents are converted to RST grid table or simple table syntax. RST supports complex table structures with column spans and row spans, though some complex SXW table formatting may be simplified during conversion.

Q: Can I publish the RST output on Read the Docs?

A: Yes. Read the Docs is a free documentation hosting platform that builds and hosts Sphinx documentation. Once your RST file is part of a Sphinx project and pushed to a Git repository, Read the Docs can automatically build and publish it.

Q: How does RST compare to Markdown?

A: RST is more powerful than Markdown for technical documentation, offering directives, roles, cross-referencing, and extensibility through custom plugins. However, Markdown is simpler and more widely adopted outside the Python ecosystem. RST is the standard for Python projects using Sphinx.

Q: What happens to images in the SXW document?

A: Images are referenced using RST's image directive (.. image:: path/to/image.png). The image files need to be extracted separately from the SXW archive and placed in the documentation project's image directory for the references to work correctly.