Convert SXW to JSON

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

SXW vs JSON Format Comparison

Aspect SXW (Source Format) JSON (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
JSON
JavaScript Object Notation

JSON is a lightweight, text-based data interchange format derived from JavaScript object syntax. It supports objects, arrays, strings, numbers, booleans, and null values in a hierarchical structure. JSON is the dominant format for web APIs, configuration files, and data exchange between applications and services.

Data Interchange Structured Data
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: Text-based hierarchical key-value pairs
Encoding: UTF-8 (required by RFC 8259)
Standard: ECMA-404, RFC 8259
MIME Type: application/json
Extension: .json
Syntax Examples

SXW stores content in XML within a ZIP archive:

<office:body>
  <text:p text:style-name="Heading">
    Project Report
  </text:p>
  <text:p>Status: Active</text:p>
  <text:p>Team: Engineering</text:p>
</office:body>

JSON uses structured objects and arrays:

{
  "title": "Project Report",
  "content": [
    "Status: Active",
    "Team: Engineering"
  ]
}
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)
  • Objects with key-value pairs
  • Arrays for ordered collections
  • Nested structures of any depth
  • Strings, numbers, booleans, null
  • Unicode text support (UTF-8)
  • Schema validation (JSON Schema)
  • Cross-language compatibility
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
  • Universal data interchange standard
  • Native support in all programming languages
  • Human-readable and machine-parseable
  • Lightweight with minimal syntax overhead
  • Dominant format for web APIs
  • Schema validation available
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
  • No comment syntax in the specification
  • No date/time native data type
  • Verbose for deeply nested structures
  • No support for rich text formatting
  • Trailing commas cause parse errors
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
  • Web API request and response data
  • Application configuration files
  • NoSQL database storage (MongoDB, CouchDB)
  • Data exchange between services
  • Frontend-backend communication
Best For
  • Accessing legacy StarOffice documents
  • Migrating old OpenOffice.org files
  • Preserving archived document content
  • Cross-platform document compatibility
  • Web API data interchange
  • Structured data storage and transfer
  • Configuration management
  • Cross-platform data exchange
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 Douglas Crockford
Standardized: ECMA-404 (2013), RFC 7159 (2014)
Current: RFC 8259 (2017)
Status: Industry standard, universal adoption
Software Support
LibreOffice: Full read/write support
OpenOffice: Native format (legacy versions)
Pandoc: Reads SXW as ODT variant
Calligra: Import support
JavaScript: JSON.parse() / JSON.stringify()
Python: json module (standard library)
Editors: VS Code, Sublime Text, all IDEs
Databases: MongoDB, CouchDB, PostgreSQL

Why Convert SXW to JSON?

Converting SXW to JSON transforms legacy StarOffice/OpenOffice.org Writer documents into a universally supported structured data format. JSON is the standard for data interchange across web applications, APIs, and modern software systems, making this conversion essential for integrating legacy document content into contemporary workflows.

SXW files store content in a complex ZIP/XML structure that requires office suite software to access. By converting to JSON, the document content becomes immediately accessible to any programming language, web application, or data processing pipeline. This is especially valuable for organizations migrating away from legacy StarOffice systems.

The JSON output preserves the logical structure of the SXW document, including headings, paragraphs, lists, and metadata, represented as JSON objects and arrays. This structured representation makes it easy to programmatically access specific sections of the document, search through content, or transform the data for other purposes.

Our converter extracts the content from the SXW archive's XML files and produces clean, well-formatted JSON output with proper nesting and data types. The result can be used directly in web applications, stored in document databases like MongoDB, or processed by data analysis tools.

Key Benefits of Converting SXW to JSON:

  • Universal Compatibility: JSON is supported natively by every modern programming language
  • API Integration: Use document content directly in web APIs and services
  • Structured Data: Document content is organized into objects, arrays, and key-value pairs
  • Database Storage: Store document content in NoSQL databases like MongoDB
  • Lightweight Format: JSON is compact and efficient for data transfer
  • Legacy Migration: Modernize old StarOffice documents for current systems

Practical Examples

Example 1: Business Report

Input SXW file (report.sxw) containing:

Quarterly Report Q4 2024

Revenue: $1.2M
Growth: 15%
New Customers: 342

Summary
The fourth quarter showed strong growth
across all business segments.

Output JSON file (report.json):

{
  "title": "Quarterly Report Q4 2024",
  "content": [
    "Revenue: $1.2M",
    "Growth: 15%",
    "New Customers: 342"
  ],
  "sections": [
    {
      "heading": "Summary",
      "paragraphs": [
        "The fourth quarter showed strong growth across all business segments."
      ]
    }
  ]
}

Example 2: Employee Directory

Input SXW file (directory.sxw) containing:

Employee Directory

Engineering Department
John Smith - Senior Developer
Jane Doe - Team Lead

Marketing Department
Alice Brown - Marketing Manager
Bob Wilson - Content Specialist

Output JSON file (directory.json):

{
  "title": "Employee Directory",
  "sections": [
    {
      "heading": "Engineering Department",
      "items": [
        "John Smith - Senior Developer",
        "Jane Doe - Team Lead"
      ]
    },
    {
      "heading": "Marketing Department",
      "items": [
        "Alice Brown - Marketing Manager",
        "Bob Wilson - Content Specialist"
      ]
    }
  ]
}

Example 3: Product Catalog

Input SXW file (catalog.sxw) containing:

Product Catalog 2024

Electronics
Laptop Pro X1 - $999
Wireless Mouse M3 - $49

Accessories
USB-C Hub - $29
Monitor Stand - $79

Output JSON file (catalog.json):

{
  "title": "Product Catalog 2024",
  "categories": [
    {
      "name": "Electronics",
      "products": [
        "Laptop Pro X1 - $999",
        "Wireless Mouse M3 - $49"
      ]
    },
    {
      "name": "Accessories",
      "products": [
        "USB-C Hub - $29",
        "Monitor Stand - $79"
      ]
    }
  ]
}

Frequently Asked Questions (FAQ)

Q: What is an SXW file?

A: SXW is a document format created by StarOffice and OpenOffice.org Writer. Introduced in 2002 with StarOffice 6.0 and OpenOffice.org 1.0, it stores documents as a ZIP archive containing XML files (content.xml, styles.xml, meta.xml). The format was superseded by ODT (OpenDocument Text) in 2005.

Q: How is the document structure preserved in JSON?

A: The converter maps the SXW document hierarchy to JSON objects and arrays. Headings become object keys, paragraphs become string values or array elements, lists become JSON arrays, and metadata is stored as top-level properties. The logical structure of the document is preserved in the JSON output.

Q: Are images and embedded objects included in the JSON output?

A: No. JSON is a text-based data format that does not natively support binary data like images. The conversion focuses on extracting the textual content and document structure. If you need to include images, they would need to be Base64-encoded separately.

Q: Can I use the JSON output with web APIs?

A: Yes. The generated JSON follows standard formatting and can be used directly as API response data, stored in document databases, or consumed by frontend JavaScript applications. The structured format makes it ideal for integration with RESTful web services.

Q: Is the JSON output valid and well-formed?

A: Yes. The converter produces valid JSON that conforms to the RFC 8259 standard. The output uses proper UTF-8 encoding, correct escaping of special characters, and standard JSON data types (strings, numbers, arrays, objects).

Q: How does the converter handle tables in SXW documents?

A: Tables from SXW documents are converted into JSON arrays of objects, where each row becomes an object with column headers as keys. This structured representation makes table data easy to process programmatically.

Q: Can I convert large SXW documents to JSON?

A: Yes. The converter efficiently processes SXW documents of various sizes. Large documents will produce correspondingly larger JSON files, but the conversion process handles multi-page documents with complex content structures effectively.

Q: What encoding does the JSON output use?

A: The JSON output uses UTF-8 encoding as required by the JSON specification (RFC 8259). All Unicode characters from the SXW document are properly encoded in the JSON output, ensuring accurate text representation across all languages and character sets.