document-structure-mapper

Map repository file hierarchies into semantic inventories and course skeletons.

Updated Apr 13, 2026

Search Tags:#education #documentation #repository #datasheets #structure-mapping #semantic-graph

Ready to run

npx skills add https://github.com/abludomotica-hue/Ablutech-Academy-Pro --skill document-structure-mapper

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: document-structure-mapper
Source: https://github.com/abludomotica-hue/Ablutech-Academy-Pro/tree/main/Agents/Skills/document-structure-mapper
Command: npx skills add https://github.com/abludomotica-hue/Ablutech-Academy-Pro --skill document-structure-mapper

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Transforms opaque repository structures into a clear semantic map that can guide the creation of educational content and course outlines.

Core Features & Use Cases

Inventory complete repository structure: recursively enumerate all files, capture full paths, file types, approximate sizes, and modification timestamps, and infer functional categories (datasheet, schematic, firmware, tool, example, doc, config, asset, other).
Semantic classification and graph creation: group files into Datasheets, Schematics, Pin Mappings, Source Code, Build Config, Flashing Tools, Compressed Utils, Documentation, and Assets; construct a directed graph of dependencies and relationships to inform learners and curriculum designers.
Gap analysis and course skeleton generation: identify missing datasheets, unlinked code examples, installation instructions, and README gaps; propose an initial course skeleton with modules and prerequisites.

Quick Start

Run the document-structure-mapper on a repository to generate a semantic map, inventory, relations, gaps, and an initial course skeleton.

Frequently Asked Questions about document-structure-mapper

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I generate a course outline from a GitHub repository with datasheets and schematics?▼

Mapping a repository's file hierarchy semantically categorizes assets like datasheets and schematics, then generates an initial course skeleton with modules and prerequisites for educational content.

What is repository semantic structure mapping for educational content?▼

Repository semantic structure mapping transforms opaque file hierarchies into a directed graph of dependencies. This semantic map categorizes assets and guides curriculum designers in creating educational course outlines.

How do I identify missing datasheets and documentation gaps in a hardware repository?▼

Performing a gap analysis on the repository's semantic inventory identifies missing datasheets, unlinked code examples, and README gaps to highlight missing educational prerequisites for curriculum design.

Can I categorize firmware, pin mappings, and schematics automatically from repository files?▼

Applying file-pattern analysis and frontmatter-driven metadata automatically categorizes firmware, pin mappings, and schematics into functional groups, constructing a semantic dependency graph for learners.

Does this structure mapping work for repositories without frontmatter-driven metadata?▼

No, structure mapping requires frontmatter-driven metadata and file-pattern analysis to categorize assets. Without frontmatter, the semantic classification cannot reliably generate a course skeleton or identify documentation gaps.

What is the best way to map hardware repository dependencies into a teachable format?▼

Constructing a directed graph of relationships from the repository's semantic inventory maps hardware dependencies into a teachable format, visualizing asset connections to inform learners and curriculum designers.