Convert Typst to XML
Max file size 100mb.
Typst vs XML Format Comparison
| Aspect | Typst (Source Format) | XML (Target Format) |
|---|---|---|
| Format Overview |
Typst
Modern Typesetting System
Typst is a modern typesetting system launched in 2023, designed as a faster and more user-friendly alternative to LaTeX. It features clean markup (= headings, *bold*, _italic_), scripting (#let, #set), mathematical notation ($ ... $), and tables (#table()). Written in Rust for exceptional compilation speed. Typesetting Modern |
XML
eXtensible Markup Language
XML is a markup language and data format standard defined by the W3C for storing and transporting structured data. It uses nested elements with opening and closing tags to create hierarchical data structures. XML is the foundation for numerous standards including XHTML, SVG, SOAP, RSS, and Office Open XML. Structured Data W3C Standard |
| Technical Specifications |
Structure: Plain text with Typst markup and scripting
Encoding: UTF-8 Format: Modern typesetting language Compiler: Typst CLI (Rust-based) Extensions: .typ |
Structure: Hierarchical tree of elements
Encoding: UTF-8 (default), UTF-16 Standard: W3C XML 1.0 (Fifth Edition) Validation: DTD, XML Schema, RELAX NG Extensions: .xml |
| Syntax Examples |
Typst document structure: #set document( title: "Climate Modeling", author: "Prof. Ana Torres", ) = Climate Modeling == Introduction Global models use *coupled* ocean-atmosphere simulations. - Temperature projections - Sea level estimates |
XML structured representation: <?xml version="1.0" encoding="UTF-8"?>
<document>
<metadata>
<title>Climate Modeling</title>
<author>Prof. Ana Torres</author>
</metadata>
<section level="1" title="Introduction">
<paragraph>Global models use
<bold>coupled</bold>
ocean-atmosphere simulations.
</paragraph>
<list type="unordered">
<item>Temperature projections</item>
<item>Sea level estimates</item>
</list>
</section>
</document>
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| Version History |
Introduced: 2023 (Martin Haug & Laurenz Mager)
Written In: Rust License: Apache 2.0 Status: Active development, rapidly evolving |
Introduced: 1998 (W3C XML 1.0)
Current: XML 1.0 Fifth Edition (2008) XML 1.1: Second Edition (2006) Status: Stable W3C Recommendation |
| Software Support |
Typst CLI: Official compiler (all platforms)
Typst App: Online collaborative editor VS Code: Tinymist extension Packages: Typst Universe registry |
Parsers: libxml2, Xerces, lxml, ElementTree
Editors: VS Code, IntelliJ, oXygen XML Transform: XSLT, XQuery, XPath Validation: XSD, DTD, RELAX NG, Schematron |
Why Convert Typst to XML?
Converting Typst documents to XML creates a structured, machine-readable representation of document content that can be processed by virtually any programming language and integrated into enterprise data workflows. XML's self-describing hierarchical structure preserves the full document tree including metadata, sections, paragraphs, tables, and mathematical content.
XML's schema validation capabilities ensure that converted documents conform to specific structures. Using XML Schema (XSD) or RELAX NG, organizations can define document schemas that enforce required metadata fields, section structures, and data formats. This is essential for automated publishing pipelines and institutional repositories.
XSLT transformations can convert Typst-derived XML into any other format: HTML for web publishing, PDF via XSL-FO, DocBook for technical documentation, or JATS for journal article submission. This makes XML a powerful intermediate format in multi-output publishing workflows where one source document needs to produce many different output formats.
For digital libraries and academic repositories, XML provides the structured metadata format required by standards like Dublin Core, METS, and MARCXML. Converting Typst documents to XML enables automated cataloging, indexing, and preservation of academic publications in institutional digital repositories.
Key Benefits of Converting Typst to XML:
- Universal Interoperability: XML is supported by every programming language
- Schema Validation: Enforce document structure with XSD or DTD
- XSLT Transformation: Convert to any output format via stylesheets
- Hierarchical Structure: Preserves full document tree and relationships
- Enterprise Integration: Compatible with SOA, web services, and ETL
- Archival Standard: W3C standard ensures long-term accessibility
- XPath Querying: Extract specific content using XPath expressions
Practical Examples
Example 1: Document Structure
Input Typst file (paper.typ):
#set document(
title: "Graph Algorithms",
author: ("Alice Chen", "Bob Williams"),
)
= Graph Algorithms
== Introduction
Graph theory provides *fundamental tools*
for modeling _network structures_.
- Shortest path algorithms
- Minimum spanning trees
- Network flow optimization
Output XML file (paper.xml):
<?xml version="1.0" encoding="UTF-8"?>
<document>
<metadata>
<title>Graph Algorithms</title>
<authors>
<author>Alice Chen</author>
<author>Bob Williams</author>
</authors>
</metadata>
<body>
<section level="1" title="Introduction">
<para>Graph theory provides
<bold>fundamental tools</bold>
for modeling
<italic>network structures</italic>.
</para>
<list type="unordered">
<item>Shortest path algorithms</item>
<item>Minimum spanning trees</item>
<item>Network flow optimization</item>
</list>
</section>
</body>
</document>
Example 2: Table Data as XML
Input Typst file (data.typ):
== Results #table( columns: 3, [*Model*], [*Accuracy*], [*Params*], [ResNet], [94.2], [25.6M], [ViT], [96.1], [86.4M], )
Output XML file (data.xml):
<section level="1" title="Results">
<table columns="3">
<header>
<cell>Model</cell>
<cell>Accuracy</cell>
<cell>Params</cell>
</header>
<row>
<cell>ResNet</cell>
<cell>94.2</cell>
<cell>25.6M</cell>
</row>
<row>
<cell>ViT</cell>
<cell>96.1</cell>
<cell>86.4M</cell>
</row>
</table>
</section>
Example 3: Mathematical Content
Input Typst file (math.typ):
== Euler's Identity The equation $ e^(i pi) + 1 = 0 $ connects five fundamental mathematical constants.
Output XML file (math.xml):
<section level="1" title="Euler's Identity">
<para>The equation
<math display="inline">
e^{i\pi} + 1 = 0
</math>
connects five fundamental mathematical
constants.
</para>
</section>
Frequently Asked Questions (FAQ)
Q: What XML schema is used for the output?
A: The output uses a generic document-oriented XML structure with elements for metadata, sections, paragraphs, lists, tables, and math. This generic schema is designed to be easily transformed to specific standards like DocBook, JATS, TEI, or custom schemas using XSLT stylesheets.
Q: Can I validate the XML output?
A: Yes. The output is well-formed XML that can be validated using any XML parser. You can create custom XML Schema (XSD) or DTD files to validate the structure meets your requirements. Tools like xmllint, oXygen XML Editor, and language-specific parsers support validation.
Q: How are Typst math equations represented in XML?
A: Equations are wrapped in <math> elements with the mathematical content in LaTeX notation for maximum compatibility. This follows the pattern used by MathML-capable systems. The display attribute indicates inline vs. block equations.
Q: Can I transform the XML to HTML or PDF?
A: Yes. XSLT (Extensible Stylesheet Language Transformations) can convert the XML to HTML, XHTML, or XSL-FO (for PDF generation). This is a core strength of XML -- one source document can produce multiple output formats through different XSLT stylesheets.
Q: How is Typst scripting handled in XML?
A: Typst scripting (#let, #for, #if) is evaluated and the resulting content is serialized as XML elements. The XML represents the final document structure, not the programmatic logic. Variable values, loop outputs, and conditional results are all resolved to their final form.
Q: Is the XML output compatible with DocBook or JATS?
A: The default output uses a generic schema, but it can be transformed to DocBook or JATS using XSLT. The document structure (sections, paragraphs, tables, math) maps well to both standards. For direct DocBook output, consider using the Typst-to-DocBook conversion option instead.
Q: How do I query specific content from the XML?
A: Use XPath expressions to extract specific content. For example, //section[@level="1"] selects all top-level sections, //table extracts all tables, and //metadata/title gets the document title. XPath is supported in all XML processing libraries.
Q: Why use XML instead of JSON for document data?
A: XML is better suited for document-centric data because it naturally represents mixed content (text with inline elements like bold and italic), preserves element ordering, supports namespaces, and has powerful transformation tools (XSLT). JSON is better for pure data structures, while XML excels at document representation.