Describe Article Skill
Analyze archive article content and generate a concise subtitle and description for display in the archive listing.
Usage
code
/describe-article <filename>
Example:
code
/describe-article 2020-03-12-git-is-for-everyone.md
Workflow
- •Read the article from
public/archive/<filename> - •Read manifest.json to find the existing entry
- •Analyze content to understand:
- •Main topic and theme
- •Key technical concepts covered
- •The article's purpose (tutorial, reflection, experiment, etc.)
- •Generate subtitle - A brief tagline (5-10 words)
- •Generate description - A 1-2 sentence summary (20-40 words)
- •Update manifest.json with subtitle and description fields
- •Report what was added
Content Guidelines
Subtitle
The subtitle should be:
- •Brief: 5-10 words maximum
- •Descriptive: Capture the essence of the article
- •Engaging: Draw readers in without being clickbait
- •Consistent tone: Match the author's voice (technical but accessible)
Subtitle patterns:
- •For tutorials: "A guide to [topic]" or "How to [accomplish X]"
- •For reflections: "Thoughts on [topic]" or "Exploring [concept]"
- •For experiments: "Building [thing]" or "Experimenting with [technology]"
- •For deep-dives: "Understanding [concept]" or "Inside [technology]"
Description
The description should be:
- •Informative: Summarize what the reader will learn or experience
- •Concise: 1-2 sentences, 20-40 words
- •Accurate: Reflect the actual content, not just the title
- •Value-focused: Highlight what makes the article worth reading
Avoid:
- •Starting with "This article..." or "In this post..."
- •Repeating the title verbatim
- •Being too vague or generic
- •Using excessive jargon
Examples
Article: "Internet, Einstein; Einstein, Internet" (physics simulation)
json
{
"subtitle": "A relativistic physics simulator in JavaScript",
"description": "Exploring special relativity through code: building a simulator that demonstrates Lorentz transformations and time dilation at near-light speeds."
}
Article: "git is for everyone" (teaching)
json
{
"subtitle": "Version control beyond code",
"description": "Git isn't just for programmers. Learn how writers, designers, and other creatives can benefit from version control in their daily work."
}
Article: "The Hard Things About Simple Things" (philosophy)
json
{
"subtitle": "Why easy problems are often the hardest",
"description": "A reflection on the deceptive complexity of seemingly simple software problems, and why experience teaches us to respect the basics."
}
Article: "Deferred vs Forward Thinking" (graphics/technical)
json
{
"subtitle": "Comparing rendering pipeline approaches",
"description": "An exploration of deferred and forward rendering techniques, their trade-offs, and when to use each approach in modern graphics programming."
}
Implementation
When the skill is invoked:
code
1. Parse the filename from arguments 2. Read public/archive/<filename> 3. Read public/archive/manifest.json 4. Analyze article content: - Extract title from frontmatter - Read the full article body - Identify main themes, technologies, and purpose - Note the writing style and tone 5. Generate subtitle: - Create a 5-10 word tagline - Capture the article's essence - Match the author's tone 6. Generate description: - Write 1-2 sentences (20-40 words) - Summarize key content and value - Be specific, not generic 7. Update manifest.json: - Find the post entry matching the filename - Add "subtitle" field - Add "description" field - Write updated manifest.json 8. Report: "Added subtitle and description to <filename>" - Show the subtitle - Show the description
Data Structures
manifest.json Post Entry (after describing)
json
{
"title": "Internet, Einstein; Einstein, Internet",
"date": "2011-08-31T01:18:32.000Z",
"filename": "2011-08-30-internet-einstein-einstein-internet.md",
"originalUrl": "https://thegoldenmule.com/blog/2011/08/internet-einstein-einstein-internet/",
"tags": ["experiments", "physics", "js"],
"subtitle": "A relativistic physics simulator in JavaScript",
"description": "Exploring special relativity through code: building a simulator that demonstrates Lorentz transformations and time dilation at near-light speeds."
}
Notes
- •Subtitle and description are applied without confirmation (auto-apply)
- •The manifest.json is updated in place
- •If the article already has a subtitle/description, they will be replaced
- •Read the full article content to generate accurate descriptions
- •Match the technical level and tone of the original article