An AI-powered tool to automatically document, refactor, and format Python code.
Project description
AutoDoc AI
AutoDoc AI is a smart command-line developer tool that automates the tedious parts of maintaining high-quality Python code. It leverages Large Language Models (LLMs) to automatically generate docstrings, suggest intelligent refactorings, and integrate seamlessly into a modern development workflow.
This project was built on a foundation of solid Object-Oriented Programming principles and design patterns, including the Visitor, Strategy, Factory, and Adapter patterns.
Core Features
- AI-Powered Docstring Generation: Automatically create high-quality, context-aware docstrings for any function or class that's missing them.
- Intelligent Docstring Correction: Uses AI to evaluate existing docstrings and replaces poor-quality or placeholder documentation with new, improved versions.
- AI-Powered Refactoring:
- Safe Variable Renaming: Automatically renames poorly named local variables within function scope.
- Intelligent Naming Suggestions: Acts as an AI-powered linter, suggesting better names for classes and functions.
- Seamless Git Integration: Use the
--diffflag to only process files that have been changed in your current Git branch. - Codebase-Wide Scanning: Run
autodocon a single file or an entire directory, with automatic.gitignorerespect. - Automatic Formatting: Integrates with the
blackcode formatter to ensure all generated and refactored code is perfectly styled. - Highly Configurable: Set project-wide defaults for style, AI provider, and behavior in your
pyproject.tomlfile.
Installation
You can install AutoDoc AI directly from PyPI:
pip install autodoc-ai-paudelnirajan
First-Time Setup
Before you can use the AI features, you need to configure your API key. The easiest way is to use the built-in init command in your project's root directory.
autodoc init
This will guide you through creating or updating a .env file with your Groq API key and preferred model.
Configuration
AutoDoc uses a .env file for secrets and a pyproject.toml file for project-wide settings.
1. API Credentials (.env)
The autodoc init command will create this for you. It should look like this:
GROQ_API_KEY="gsk_YourActualGroqApiKeyHere"
GROQ_MODEL_NAME="llama3-8b-8192"
2. Project Defaults (pyproject.toml)
You can set default behaviors for your project in pyproject.toml. These settings will be used unless they are overridden by a command-line flag.
# In your pyproject.toml
[tool.autodoc]
# Settings for your AutoDoc tool
strategy = "groq"
style = "google" # 'google', 'numpy', or 'rst'
overwrite_existing = true # Regenerate poor-quality docstrings
refactor = true # Enable AI-powered refactoring
Usage
AutoDoc is a flexible command-line tool with two main commands: init and run.
Get a list of commands:
autodoc --help
Get detailed help for the run command and all its flags:
autodoc run --help
Run on a specific file (dry run, prints to console):
autodoc run path/to/your/file.py
Run on an entire directory and save changes in-place:
autodoc run src/ --in-place
Run in "Git mode" to only process changed files (most common use case):
autodoc run . --diff --in-place
Enable all AI features to perform a full quality pass:
autodoc run . --in-place --overwrite-existing --refactor
How It Works
AutoDoc uses a "Surgical Hybrid" architecture that combines the strengths of traditional and modern tooling:
- Fast Local Analysis: It uses Python's
ast(Abstract Syntax Tree) module to rapidly parse code and identify potential issues. - Targeted AI Intelligence: Only when a potential issue is found does it send the small, relevant code snippet to an LLM for intelligent analysis.
- Precise Code Modification: The AI's response is used to perform a safe and precise modification of the AST, which is then unparsed back into valid Python code.
- Toolchain Integration: Finally, it uses
blackto ensure the final code is perfectly formatted, integrating seamlessly into the existing Python ecosystem.
License
This project is licensed under the MIT License.
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