document-hub-initialize

name	document-hub-initialize
description	Bootstrap a new project's documentation hub by creating the four core documentation files (systemArchitecture.md, keyPairResponsibility.md, glossary.md, techStack.md) with initial content based on codebase analysis.. Use when Codex should run the converted document-hub-initialize workflow.

Document Hub Initialize

Converted Claude skill workflow for Codex/OpenAI use.

Source

Converted from skills/document-hub-initialize/SKILL.md.

Bundled Resources

Supporting files copied from the Claude source:

• references/README.md
• scripts

Converted Instructions

The content below was adapted from the Claude source. Rewrite tool and runtime assumptions as needed when they refer to Claude-only features.

Document Hub: Initialize

Bootstrap a new project with a complete documentation hub structure.

Helper Scripts Available:

• scripts/validate_hub.py - Validates documentation structure
• scripts/extract_glossary.py - Extracts domain-specific terms from code
• scripts/detect_drift.py - Detects existing modules and technologies

Always run scripts with --help or check scripts/README.md first to understand their usage and output format.

What This Skill Does

Creates the Documentation Hub file structure in a project's documentation hub directory/ directory:

project-root/
└── documentation hub directory/
    ├── systemArchitecture.md      # High-level architecture diagrams
    ├── keyPairResponsibility.md   # Module responsibilities
    ├── glossary.md                # Domain-specific terms
    └── techStack.md               # Technologies used

Decision Tree: When to Use This Skill

User wants to set up documentation → Does documentation hub directory/ exist?
    ├─ Yes → Run validation first
    │         ├─ Valid → Use /document-hub read instead
    │         └─ Invalid → Ask user: overwrite or skip?
    │
    └─ No → Initialize new hub:
        1. Create directory structure
        2. Detect technologies (detect_drift.py)
        3. Extract glossary terms (extract_glossary.py)
        4. Generate initial content
        5. Validate result (validate_hub.py)

Initialization Workflow

Step 1: Check Existing State

First, check if a documentation hub already exists:

# Check if documentation hub directory exists
ls project-root/documentation hub directory/

# If exists, validate it first
python scripts/validate_hub.py /path/to/project

If validation returns "valid": false with missing files, proceed with initialization.

Step 2: Gather Project Information

Use helper scripts to analyze the project:

Detect existing technologies and modules:

python scripts/detect_drift.py /path/to/project

This returns JSON with:

• Actual modules found in src/
• Technologies detected from package.json/requirements.txt
• Configuration files present

Extract domain-specific terms:

python scripts/extract_glossary.py /path/to/project

This returns ranked terms with context from code comments.

Step 3: Create Documentation Files

Create the four core files with initial content based on the gathered information.

systemArchitecture.md template:

# System Architecture

## High-Level Overview

[Brief description of what this project does]

## Architecture Diagram

\`\`\`mermaid
flowchart TD
    Client[Client/User] --> Server[Application Server]
    Server --> DB[Database]
\`\`\`

## Database Schema

[If applicable, add ER diagram or schema description]

## Key Processes

[Describe major workflows]

keyPairResponsibility.md template:

# Key Modules & Responsibilities

## Project Overview

[What this project does and why]

## Module Breakdown

### [Module Name]
**Location:** `src/module-name/`
**Responsibility:** [What this module handles]
**Key Files:**
- `file1.ts` - [Purpose]
- `file2.ts` - [Purpose]

glossary.md template:

# Glossary

Domain-specific terms used throughout the codebase.

## A

**[Term]** - [Definition based on code context]

techStack.md template:

# Technology Stack

## Core Technologies

### [Framework Name]
**Purpose:** [What it's used for]
**Version:** [If detected from package.json]

## Infrastructure

[Databases, caching, etc.]

## Development Tools

[Build tools, testing frameworks, etc.]

Step 4: Populate with Detected Information

Use the JSON output from helper scripts to populate initial content:

1. From detect_drift.py output:

   • Add detected technologies to techStack.md
   • Add detected modules to keyPairResponsibility.md

2. From extract_glossary.py output:

   • Add top 20-30 terms to glossary.md alphabetically
   • Include contexts as definitions

Step 5: Prompt User for Additional Context

After creating initial files, ask the user:

Documentation hub initialized with detected information.

Please provide additional context:
1. What is the primary purpose of this project?
2. Are there any key architectural decisions to document?
3. Any specific modules or workflows that need detailed explanation?

I can update the documentation with your input.

Step 6: Validate Result

After initialization, always validate:

python scripts/validate_hub.py /path/to/project

Check that:

• "valid": true
• All required files exist
• No Mermaid syntax errors

Example: Complete Initialization

import json
import subprocess
from pathlib import Path

project_path = Path("/path/to/project")
docs_path = project_path / "documentation hub directory"

# Step 1: Check if exists
if docs_path.exists():
    print("Documentation hub already exists. Validating...")
    result = subprocess.run(
        ["python", "scripts/validate_hub.py", str(project_path)],
        capture_output=True, text=True
    )
    validation = json.loads(result.stdout)
    if validation["valid"]:
        print("Hub is valid. Use /document-hub read to view it.")
        exit(0)

# Step 2: Create directory
docs_path.mkdir(exist_ok=True)

# Step 3: Detect technologies and modules
drift_result = subprocess.run(
    ["python", "scripts/detect_drift.py", str(project_path)],
    capture_output=True, text=True
)
drift_data = json.loads(drift_result.stdout)

# Step 4: Extract glossary terms
glossary_result = subprocess.run(
    ["python", "scripts/extract_glossary.py", str(project_path)],
    capture_output=True, text=True
)
glossary_data = json.loads(glossary_result.stdout)

# Step 5: Generate files
# [Create files using templates + detected data]

# Step 6: Validate
validate_result = subprocess.run(
    ["python", "scripts/validate_hub.py", str(project_path)],
    capture_output=True, text=True
)
validation = json.loads(validate_result.stdout)

if validation["valid"]:
    print("✓ Documentation hub initialized successfully!")
else:
    print("⚠ Issues detected:", validation["errors"])

Best Practices

• Run detection scripts first - Don't guess what's in the project
• Use templates - Ensure consistent structure across projects
• Validate after creation - Always run validate_hub.py at the end
• Prompt for context - Auto-detected info needs human input for completeness
• Keep diagrams simple - Initial architecture diagrams should be high-level

Common Pitfalls

❌ Don't create documentation without analyzing the codebase first ❌ Don't overwrite existing valid documentation without user confirmation ❌ Don't create empty files - populate with at least template structure

✅ Do use helper scripts to gather information ✅ Do validate before and after ✅ Do ask user for additional context

What Comes Next

After initialization:

1. User reviews generated documentation
2. User provides additional context via prompts
3. Documentation is refined
4. Future updates use /document-hub update skill

Helper Script Reference

validate_hub.py - Check documentation structure

python scripts/validate_hub.py /path/to/project
# Returns: {"valid": bool, "errors": [], "warnings": []}

detect_drift.py - Find undocumented code

python scripts/detect_drift.py /path/to/project
# Returns: {"module_drift": {...}, "technology_drift": {...}}

extract_glossary.py - Extract domain terms

python scripts/extract_glossary.py /path/to/project
# Returns: {"terms": [{term, contexts, score}...]}

See scripts/README.md for complete documentation.