This article explores five Python decorators that can be used to optimize LLM-based applications. These decorators leverage libraries like functools, diskcache, tenacity, ratelimit, and magnetic to address common challenges such as caching, network resilience, rate limiting, and structured output binding. The article provides code examples to illustrate how each decorator can be implemented and used to improve the performance and reliability of LLM applications.
A list of Python libraries that helped the author improve their automation scripts and turn duct-tape code into something trustworthy.
* **pathlib:** Simplifies file path manipulation, making it cross-platform compatible and more readable.
* **tenacity:** Provides a decorator for automatically retrying failed operations (like API calls) with configurable settings.
* **rich:** Enhances logging with features like progress bars, colored output, and detailed tracebacks for better observability.
* **schedule:** A more readable alternative to cron for scheduling tasks in Python.
* **pydantic:** Enforces data validation, ensuring inputs conform to expected types and structures.
* **python-dotenv:** Manages environment variables, keeping sensitive information (like API keys) separate from code.
* **loguru:** A streamlined logging library that requires minimal configuration.
* **watchdog:** Monitors filesystem changes and triggers actions based on those changes (event-driven automation).
* **typer:** Creates command-line interfaces (CLIs) for Python scripts, making them more user-friendly as tools.