codemap-zero 0.1.2

Zero-LLM project scanner for AI agents. Produces a compact project map so AI uses 50-100x fewer tokens to understand your codebase.

codemap-zero

Zero-LLM project scanner for AI agents. Scan any codebase and get a compact project map so AI uses 50-100x fewer tokens to understand your code.

What it does

Your Project (50,000+ lines)  →  codemap-zero  →  PROJECT_MAP.md (~3K tokens)
                                                →  codemap.json (full graph)
                                                →  codemap.html (interactive viz)

• AST-level extraction — parses 20+ languages via tree-sitter
• Dependency graph — imports, calls, class hierarchies as a directed graph
• Community detection — auto-discovers logical modules (Louvain/Leiden)
• Architecture analysis — god nodes, circular deps, dead code, layers
• Zero LLM tokens — everything is deterministic static analysis

Install

pip install codemap-zero

With extras:

pip install codemap-zero[web]   # web dashboard (Flask)
pip install codemap-zero[ai]    # AI assistant (vedaslab.in API)
pip install codemap-zero[all]   # everything

Quick Start

Scan a project

codemap scan .

Generates PROJECT_MAP.md, codemap.json, and codemap.html in the current directory.

Interactive menu

codemap menu .

Choose actions by number — scan, launch dashboard, AI assistant, stats.

Web dashboard

codemap serve .

Opens a professional web dashboard at http://localhost:8787 with interactive graph visualization, module explorer, and complexity analysis.

AI assistant

export VEDASLAB_API_KEY=your-key
codemap ai .

Chat with AI about your project using multiple providers (Vedaslab.in, OpenAI, Google Gemini, Anthropic Claude). The AI gets full project context from the scan.

CLI Reference

codemap scan [TARGET] [OPTIONS]    Scan project and generate maps
  -o, --output DIR                 Output directory (default: .)
  --no-html                        Skip HTML generation
  --no-json                        Skip JSON export

codemap serve [TARGET] [OPTIONS]   Launch web dashboard
  -p, --port PORT                  Port (default: 8787)
  --host HOST                      Host (default: 127.0.0.1)

codemap ai [TARGET] [OPTIONS]      Interactive AI assistant
  --api-key KEY                    API key (supports vedaslab, openai, gemini, claude)
  --model MODEL                    Model name (e.g. gpt-4o, gemini-2.5-pro)

codemap menu [TARGET]              Interactive menu mode

Supported Languages

Python, JavaScript, TypeScript, TSX, Go, Rust, Java, C, C++, C#, Ruby, Kotlin, Scala, PHP, Swift, Lua, Zig, PowerShell, Elixir, Julia — plus Markdown, JSON, YAML, TOML configs.

How It Works

1. Detect — finds project type, frameworks, entry points, file structure
2. Extract — parses every source file into AST nodes (files, classes, functions, imports)
3. Build — constructs a directed graph with import/call/containment edges
4. Cluster — detects communities using Louvain algorithm, auto-labels them
5. Analyze — finds god nodes, entry points, circular deps, dead code, architecture patterns
6. Report — generates a token-optimized Markdown summary
7. Export — outputs JSON graph data and interactive HTML visualization

🤖 Agent Prompt — Copy & Paste to Any AI Agent

Give any AI coding agent (GitHub Copilot, Cursor, Claude, ChatGPT, Windsurf, Cline, etc.) instant full-project awareness. Just copy the prompt below and paste it at the start of your chat session.

Step 1 — Install codemap-zero

Windows (PowerShell):

pip install codemap-zero

Mac / Linux (Terminal):

pip install codemap-zero

Step 2 — Scan your project

Windows:

cd C:\path\to\your\project
codemap scan .

Mac / Linux:

cd /path/to/your/project
codemap scan .

This creates three files:

File	What it contains
PROJECT_MAP.md	Compact codebase summary (~3K tokens instead of 50K+)
codemap.json	Full dependency graph as structured data
codemap.html	Interactive visualization (open in browser)

Step 3 — Copy this prompt and paste it to your AI agent

📋 Copy the entire prompt below:

Click to expand the prompt

<textarea readonly rows="42" cols="100" style="width:100%; font-family:monospace; font-size:13px; padding:12px; background:#0d1117; color:#e6edf3; border:1px solid #30363d; border-radius:8px;" onclick="this.select()"> You have access to a project that has been scanned with codemap-zero. Before doing anything else, read the file PROJECT_MAP.md in the project root. This file is your primary codebase context. PROJECT_MAP.md contains: - Complete project structure with every file, class, function, and their relationships - Import and call dependency graph between all modules - Auto-detected logical clusters/modules (e.g. "auth", "database", "api", "ui") - Architecture analysis: entry points, god nodes, circular dependencies, dead code - Complexity and coupling metrics per file - Framework and language detection USE THIS FOR SMART TOKEN MANAGEMENT: - Do NOT read every file to understand the project. PROJECT_MAP.md already has a compressed summary of the entire codebase in ~3K tokens instead of 50K+. - When you need to edit a file, check PROJECT_MAP.md first to see what depends on that file and what it depends on. This avoids breaking changes. - When adding features, check which cluster/module it belongs to and follow existing patterns. - When answering questions about the codebase, refer to PROJECT_MAP.md first. Only read individual files when you need exact implementation details. USE THIS FOR MEMORY MANAGEMENT: - Treat PROJECT_MAP.md as your persistent project memory. It captures the full architecture in a compact format that fits in your context window. - If you have a memory/notes system, store the key architectural insights from PROJECT_MAP.md there: the main clusters, entry points, critical dependencies, and known issues (god nodes, circular deps). - When the conversation gets long, you don't need to re-read source files. PROJECT_MAP.md has the structural truth. - After making significant changes (new files, moved modules, renamed things), ask the user to re-run "codemap scan ." and re-read the updated PROJECT_MAP.md. RULES: 1. Always read PROJECT_MAP.md FIRST before starting any task. 2. Use the dependency graph to understand impact before editing any file. 3. Never read files one-by-one to "explore" — the map already tells you the structure. 4. If PROJECT_MAP.md shows circular dependencies or god nodes, flag them to the user. 5. When suggesting refactors, reference the cluster/module structure from the map. 6. If codemap.json exists, you can parse it for programmatic access to the full graph data. This approach saves 50-100x tokens compared to reading every file individually. </textarea>

Tip: Click inside the text box and press Ctrl+A (Windows) or Cmd+A (Mac) to select all, then copy.

Why this works

Without codemap-zero	With codemap-zero
AI reads files one-by-one	AI reads one 3K-token map
Burns 50K–100K+ tokens exploring	Full context in seconds
Misses dependencies, breaks things	Sees the full dependency graph
Forgets project structure mid-chat	Compact map fits in context window
No architecture awareness	Knows clusters, god nodes, dead code

Development

git clone https://github.com/Jerry4539/codemap-zero.git
cd codemap-zero
pip install -e ".[dev]"
codemap scan .

Contributing

Contributions are welcome! Please open an issue or pull request on GitHub.

Note: The PyPI package name is codemap-zero (pip install codemap-zero), but the CLI command is codemap.

License

MIT — see LICENSE for details.

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Developed by Jerry4539