ramalama-sdk 0.1.6

An SDK for programmatically running local AI.

   

Programmable AI on any device.
Run LLMs locally on any hardware. If you can build a container you can deploy AI.

Ramalama Python SDK

Build local-first AI apps on top of the Ramalama CLI. The SDK provisions models in containers and exposes a simple API for on-device inference.

Capabilities

• LLM chat with OpenAI-compatible endpoints for direct requests.
• Speech-to-Text (STT) with Whisper (coming soon).

Installation

Requirements

• Docker or Podman running locally.
• Python 3.10+

pypi

pip install ramalama-sdk

Quick Start

Basic Chat

from ramalama_sdk import RamalamaModel

with RamalamaModel(model="tinyllama") as model:
    response = model.chat("How tall is Michael Jordan")
    print(response["content"])

Michael Jordan is 6 feet 6 inches (1.98 m) tall.

For multiturn conversations the chat method accepts an additional history argument which can also be used to set system prompts.

sys_prompt = {
  "role": "system", 
  "content": "Respond to all conversations as if you were a dog with variations of bark and woof."
}
history = [sys_prompt]
with RamalamaModel(model="tinyllama") as model:
    response = model.chat("How tall is Michael Jordan?", history)
    print(response["content"])

Woof woof. Bark bark bark. Rrr-woooooof.
Arf arf arf arf arf arf. Ruff!

Model Management

Models can be pulled from a variety of sources including HuggingFace, Ollama, ModelScope, any OCI registry, local files, and any downloadable URL.

with RamalamaModel(model="hf://ggml-org/gpt-oss-20b-GGUF") as model:
    response = model.chat("How tall is Michael Jordan")
    print(response["content"])

The full suite of supported prefixes can be found below.

Transport	Prefixes/Schemes	Description
huggingface	huggingface://, hf://, hf.co/	HuggingFace model hub
modelscope	modelscope://, ms://	ModelScope
ollama	ollama://, ollama.com/library/	Ollama model library
rlcr	rlcr://	Ramalama Container Registry
oci	oci://, docker://	OCI container images / Docker registries
url	http://, https://	Generic URLs (HTTP/HTTPS)
file	file://	Local file paths

Runtime Customization

The Model exposes a variety of customization parameters including base_image which allows you to customize the model container runtime. This is especially useful if you need to run inference on custom hardware which requires a specifically compiled version of llama.cpp, vLLM, etc...

from ramalama_sdk import RamalamaModel

model = RamalamaModel(
    model="tinyllama",
    base_image=artifactory.corp.com/llama-runtime:prod,
    temp=0.7,
    ngl=20,
    max_tokens=256,
    threads=8,
    ctx_size=4096,
    timeout=30,
)

Field	Type	Description	Default
model	str	Model name or identifier.	required
base_image	str	Container image to use for serving, if different from config.	quay.io/ramalama/ramalama
temp	float	Temperature override for sampling.	0.8
ngl	int	GPU layers override.	-1 (all)
max_tokens	int	Maximum tokens for completions.	0 (unlimited)
threads	int	CPU threads override.	-1 (all)
ctx_size	int	Context window override.	0 (loaded from the model)
timeout	int	Seconds to wait for server readiness.	30

Global SDK host defaults are configured once per process:

from ramalama_sdk import settings

settings.connection.bind_host = "127.0.0.1"
settings.connection.connect_host = "127.0.0.1"

When connect_host is not explicitly configured, the SDK resolves it automatically:

• host process: 127.0.0.1
• containerized SDK + Docker daemon: host.docker.internal
• containerized SDK + Podman daemon: host.containers.internal

Async Models

The Async model API is identical to the sync examples above.

from ramalama_sdk import AsyncRamalamaModel

async with AsyncRamalamaModel(model="tinyllama") as model:
    response = await model.chat("How tall is Michael Jordan")
    print(response["content"])

Documentation

• Python SDK: https://docs.ramalama.com/sdk/python
• Quick start: https://docs.ramalama.com/sdk/python/quickstart