What features and capabilities does LMQL offer?
LMQL offers nested queries for modular prompt reuse, execution trace visualization, and works across multiple backends including llama.cpp, OpenAI, and Transformers. Key features include constrained LLMs, typed variables and regex, multi-part prompts, distribution measurement, Python support, meta prompting, and tool augmentation.
How does LMQL handle constraints in LLM outputs?
LMQL enforces hard constraints on LLM outputs using 'where' clauses in its syntax. This ensures generated outputs satisfy specific criteria, such as length limits or stopping at certain tokens, and allows for typed variables to guarantee output format.
What is LMQL and what problem does it solve?
LMQL is a programming and query language for interacting with large language models. It provides robust and modular prompting using types, templates, constraints, and an optimizing runtime. It was created by the SRI Lab at ETH Zurich and contributors.
What is LMQL used for and in what situations?
LMQL is used for prompt engineering and constrained generation with LLMs. It allows developers to write modular, reusable prompt components and use Python control flow for prompt construction. It supports use cases like chatbots, tool augmentation, and multi-part prompts.
Who is LMQL for?
LMQL is designed for developers working with large language models. It is categorized as a developer and AI platform tool, providing a programming language interface for LLM interaction.
What is LMQL?
LMQL is a query language for large language models.