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GitHub - monkeypatch/monkeypatch.py: The easiest way to build scalable LLM-powered applications, which get cheaper and faster over time.

Nov 15, 2023 - github.com
MonkeyPatch is a Python library that allows developers to easily integrate Language Learning Models (LLMs) into their applications. It provides a way to call an LLM in place of a function body in Python, with the same parameters and output expected from a manually implemented function. These LLM-powered functions are reliable, stateless, and production-ready. The library also supports typed outputs, ensuring that the outputs of the LLM adhere to the type constraints of the function. MonkeyPatch also offers a feature called Test-Driven Alignment, which allows developers to align the behavior of a patched function with an expectation defined by a test.

The more MonkeyPatch functions are used, the cheaper and faster they become through automatic model distillation. The library also handles model training, MLOps, and DataOps efforts to improve LLM capabilities. MonkeyPatch also provides a way to ensure predictable and consistent LLM execution, with automatic reductions in cost and latency through finetuning. It supports OpenAI models and plans to support Anthropic and popular open-source models in the future.

Key takeaways:

  • MonkeyPatch is a tool that allows developers to easily integrate Language Learning Models (LLMs) into their Python applications, providing scalable and cost-effective solutions.
  • The tool supports typed parameters and outputs, ensuring that the LLMs' outputs adhere to specific structures and rules, which makes the integration into existing workflows seamless and reliable.
  • MonkeyPatch uses a concept called Test-Driven Alignment (TDA), which allows developers to align the behavior of a patched function with an expectation defined by a test, ensuring predictable and consistent LLM execution.
  • As the number of data points increases, MonkeyPatch provides cost and latency benefits by using model distillation, a process that trains smaller, function-specific models to emulate the behavior of larger models, reducing computational cost and latency.
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