Docx To Web Publisher

docx-to-web Publisher

Version: 1.0

Convert a .docx document into a fully structured, styled web page within a Next.js site that uses a content catalog pattern (product array, detail page route, optional knowledge graph).

When to use

• User has a .docx file and wants it published on their Next.js site
• User says "publish this paper/brief/report" and there's a .docx involved
• User wants to add a research document to a content library or wisdom library
• Converting any structured Word document to a web-rendered page

Prerequisites

• Next.js App Router project with a content catalog pattern (a TypeScript data array + dynamic [slug]/page.tsx route)
• ImageMagick (convert/magick) for cover image generation (optional)
• Python 3 for .docx extraction if pandoc isn't available

Workflow

Step 1: Audit the site's content architecture

Before touching the document, understand how the site organizes content. Find and read:

• Data catalog file — the TypeScript array of content items (e.g., src/data/products.ts, src/data/wisdomProducts.ts). Note the interface fields: slug, title, description, author, format, tags, etc.
• Detail page — the [slug]/page.tsx that renders individual items. Note what components it uses and how it handles different content formats.
• Listing page — the page that lists all items. Check for format icon maps (Record<Format, Icon>) that need updating.
• Knowledge graph (if present) — tag aliases and taxonomy mappings.
• Format types — the union type for content formats. You may need to add a new format (e.g., 'research').

Step 2: Extract content from the .docx

Use the approach that's available:

bashCopy code
# Option A: pandoc (best if installed)
pandoc document.docx -t markdown -o content.md

# Option B: Python XML extraction (always available)
python3 -c "
import xml.etree.ElementTree as ET, zipfile, sys
# Extract text with style markers from document.xml
..."

If using the docx skill's unpack script, that works too. The goal is to get the full text with structural markers (heading levels, list items, table boundaries).

Read the extracted content carefully. Identify:

• Title and subtitle
• Section headings (H1, H2, H3)
• Data tables (columns, rows, header rows)
• Bullet/numbered lists
• Callout boxes or highlighted sections (investor implications, key findings)
• Author attribution and date
• Statistics or key metrics that could become a hero section

Step 3: Add format type and catalog entry

If the site's format union type doesn't include a suitable format for research/report content, add one:

typescriptCopy code
// In the ProductFormat or ContentFormat type
export type ProductFormat = '...' | 'research';

// In FORMAT_LABELS
research: 'Research Brief',

Then add the content item to the data catalog array:

typescriptCopy code
{
  slug: 'kebab-case-title',
  title: 'Full Document Title',
  description: '1-2 sentence teaser summarizing the document.',
  longDescription: [
    'Summary paragraph 1 — the challenge or situation.',
    'Summary paragraph 2 — the resolution or key finding.',
    'Summary paragraph 3 — scope of what the full document covers.',
  ],
  author: {
    name: 'Author Name',
    profileHref: '/experts/author-slug',  // if expert profiles exist
  },
  format: 'research',
  coverImage: '/path/to/cover.png',
  tags: ['Tag1', 'Tag2', 'Tag3'],  // choose 5-8 relevant tags
  featured: true,
  createdAt: 'YYYY-MM-DD',
}

Update ALL files that use Record<Format, ...> — search the codebase for the format type name. Every icon map, label map, etc. must include the new format. Missing one causes a TypeScript build error.

Step 4: Create the rich content component

Create a new file for the full document content. Location pattern: src/content/{collection}/{slug}.tsx

This is the core of the skill. Convert the extracted document structure into a React server component with proper Tailwind styling:

Component template: See assets/template-content-component.tsx

Key patterns to follow:

• Wrapper: <article className="prose prose-neutral dark:prose-invert max-w-none">
• Tables: Wrap in <div className="not-prose overflow-x-auto mb-8 text-neutral-700 dark:text-neutral-200"> — the not-prose prevents Tailwind prose from mangling table styles. Always add explicit text colors for dark mode contrast.
• Callout boxes: Use colored div with border, background, and label (see template for investor/technical/info callout patterns)
• Stats grids: not-prose grid grid-cols-2 md:grid-cols-4 for hero metric blocks
• Table headers: Always include text-neutral-900 dark:text-white for contrast
• Table row names: Add font-medium text-neutral-900 dark:text-white to the first column
• Alternating rows: bg-neutral-50 dark:bg-neutral-800/30 on even rows
• HTML entities: Use —, –, ×, ' etc. — never raw special characters in JSX

Common contrast mistakes to avoid:

• Tables inside not-prose lose inherited text color — always set it explicitly
• Dark mode backgrounds need lighter text — dark:text-neutral-200 minimum
• Header cells need dark:text-white to stand out from body cells
• Green/emerald metric values: use text-emerald-700 dark:text-emerald-400

Step 5: Create the content registry

Create an index file that maps slugs to content components: src/content/{collection}/index.ts

typescriptCopy code
import type { ComponentType } from 'react'

type ContentModule = { default: ComponentType }

const contentRegistry: Record<string, () => Promise<ContentModule>> = {
  'my-slug': () => import('./my-slug'),
}

export function hasRichContent(slug: string): boolean {
  return slug in contentRegistry
}

export async function getRichContent(slug: string): Promise<ComponentType | null> {
  const loader = contentRegistry[slug]
  if (!loader) return null
  const mod = await loader()
  return mod.default
}

If the registry already exists, just add a new entry.

Step 6: Extend the detail page

Modify the [slug]/page.tsx to:

1. Import getRichContent from the content registry
2. Make the page component async (if not already)
3. Call const RichContent = await getRichContent(params.slug)
4. Render {RichContent && <div className="mb-8 border-t ..."><RichContent /></div>} after the summary section
5. Add the new format's icon to any formatIcons record

Step 7: Update the knowledge graph (if present)

If the site has a knowledge graph generator:

1. Add TAG_ALIASES for new concept tags (lowercase → display name)
2. Add TAXONOMY entries mapping concepts to categories with colors
3. Existing tags that already have aliases/taxonomy entries don't need changes

The document's tags will automatically create new nodes and co-occurrence edges in the graph at the next build.

Step 8: Generate a cover image

Create an SVG with the document's title, author, key metrics, and branding, then convert to PNG:

bashCopy code
# Create SVG (see assets/template-cover.svg for the pattern)
# Convert with ImageMagick
magick cover.svg -resize 800x600 public/path/to/cover.png

If ImageMagick isn't available, create a simple placeholder or ask the user to provide one.

Step 9: Build and verify

bashCopy code
npm run build  # must pass clean — TypeScript errors = missing format entries

Check:

• Detail page renders with full structure
• Listing page shows the new item
• Knowledge graph (if present) shows new concepts
• Dark mode contrast is readable on all tables and callouts

Step 10: Commit and push

Stage all changed files and commit with a descriptive message.

Troubleshooting