Content Mapping
Overview
Every vault entity type maps to a specific site section and URL pattern. This document is the registry of those mappings — the bridge between vault architecture and web architecture. The mapping tables below are extracted from the same transform-content.mjs script that builds adna-docs.vercel.app.
Two Publishing Pathways
Content reaches the site through two distinct mechanisms:
Pathway 1: Transform Script
The transform-content.mjs script handles content from the WHAT triad leg. Six mapping tables define source-to-output transformations:
| Vault Directory | Entity Type | Site Collection | URL Pattern | Count |
|---|---|---|---|---|
what/concepts/ | concept | content/docs/ | /learn/concepts/{slug} | 13 |
what/patterns/ | pattern | content/docs/ | /patterns/{slug} | 8 |
what/comparisons/ | comparison | content/docs/ | /learn/comparisons/{slug} | 5 |
what/use_cases/ | use_case | content/docs/ | /use-cases/{slug} | 6 |
what/tutorials/ | tutorial | content/guides/ | /learn/tutorials/{slug} | 9 |
what/docs/ | reference | content/reference/ | /reference/{slug} | 8 |
Each mapping entry defines: source (vault filename), slug (URL segment), title (display name), and type-specific fields (order, difficulty, time, stability, version).
Pathway 2: Direct Astro Pages
Content added during Phase 4.5 (M21) uses direct .astro pages with dynamic [...slug].astro routes. These bypass the transform script and read content directly:
| Vault Directory | Entity Type | URL Pattern | Count |
|---|---|---|---|
what/glossary/ | glossary_entry | /glossary/{slug} | 25 |
who/community/ | community | /community/{slug} | 3 |
who/adopters/ | adopter | /adopters/{slug} | 5 |
This second pathway emerged when Phase 4.5 added WHO-triad content that did not fit the original transform script’s WHAT-only architecture. Both pathways coexist — the transform script handles bulk content with complex transformations, while direct pages handle smaller collections with simpler needs.
The Wikilink Registry
The transform script maintains a 48-entry wikilink map that converts Obsidian [[wikilinks]] to site URLs. Every content entity gets a registered entry:
'concept_triad': { url: '/learn/concepts/triad', label: 'The Triad' },
When a vault file references [The Triad](/learn/concepts/triad), the transform rewrites it to [The Triad](/learn/concepts/triad). Unregistered wikilinks pass through unchanged — this makes missing registrations visible in site builds rather than silently breaking links.
Adding New Content Types
To publish a new vault entity type on the site:
-
Choose the pathway. Use the transform script for large collections needing frontmatter rewriting and wikilink resolution. Use direct Astro pages for small collections with straightforward rendering.
-
For transform script: Add a mapping table (source → slug → title → order), add wikilink entries, create a
transformX()function following the existing pattern, and call it from the main block. -
For direct pages: Create a
[...slug].astropage undersite/src/pages/, an index page, and add the route to the site navigation. -
Register wikilinks. Any new entity needs entries in the wikilink map so other content can link to it.
Current Gaps
The HOW triad leg (how/publishing/, how/workshops/) is not yet published to the site. This content — including the document you are reading — exists in the vault but has no site pathway. Adding HOW content is planned for Phase 6 (M19: Website v2).
Self-Reference
These mapping tables ARE the vault’s own content architecture viewed from the publishing side. The Ontology defines entity types; this document shows where each type lands on the web. The two-pathway pattern itself demonstrates the Base/Extension pattern: the original transform script is the base, and direct Astro pages are the extension added when new entity types outgrew the original design.
Related
- Vault-to-Site Pipeline — the end-to-end pipeline these mappings feed
- Social Sharing — how published pages appear when shared
- The Ontology — the entity type system that this mapping reflects
- Base/Extension — the pattern demonstrated by the two-pathway architecture