LLM is a command-line utility and Python library for interacting with large language models. In the latest release (v0.5), it offers support for self-hosted language models through plugins.
Installation
LLM can be installed using pip, pipx, or Homebrew. The syntax for each is as follows:
- With pip:
pip install llm
- With pipx:
pipx install llm
- With Homebrew:
brew install simonw/llm/llm
Key Features
- Plugins: Users can install plugins that add support for additional models. This includes 17 models from the GPT4All project, Mosaic’s MPT-30B self-hosted model, and Google’s PaLM 2 (via their API).
- Model Installation: With the new plugin system, users can install models directly on their machine. For instance, the
llm-gpt4all
plugin can be installed withllm install llm-gpt4all
. - Running Prompts: Users can run prompts against a model. For instance, to run the prompt
"The capital of Germany?"
against theggml-vicuna-7b-1
model, usellm -m ggml-vicuna-7b-1 "The capital of Germany?"
. - Logging: All prompts and responses are logged to a SQLite database. Users can view the most recent record with
llm logs -n 1
.
You can see the possible models by running the following command:
llm models list
Using LLM from Python
The new version also supports usage as a Python library. Here’s an example:
import llm model = llm.get_model("gpt-3.5-turbo") model.key = 'YOUR_API_KEY_HERE' response = model.prompt("Ten names for a new programming language") print(response.text())
You can also use conversations and send multiple prompts to the model within the same context:
import llm model = llm.get_model("ggml-mpt-7b-chat") conversation = model.conversation() r1 = conversation.prompt("The biggest country in Europe?") print(r1.text()) r2 = conversation.prompt("How many people live there?") print(r2.text())
This and previous examples are taken from Simon Willison’s Web Blog. Check it out, I really love the blog!
Also check out our guide that I’m sure you’ll love!
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