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Docker improvements

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# Install Docker Server ### Install Docker Server
> [!IMPORTANT]
**Note #1:** This was tested with Docker running on Linux. If you can get it working on Windows or MacOS, please update this `README.md` with a PR! > This was tested with Docker running on Linux. <br>If you can get it working on Windows or MacOS, please update this `README.md` with a PR!<br>
[Install Docker Engine](https://docs.docker.com/engine/install) [Install Docker Engine](https://docs.docker.com/engine/install)
**Note #2:** NVidia GPU CuBLAS support requires a NVidia GPU with sufficient VRAM (approximately as much as the size in the table below) and Docker NVidia support (see [container-toolkit/install-guide](https://docs.nvidia.com/datacenter/cloud-native/container-toolkit/install-guide.html))
# Simple Dockerfiles for building the llama-cpp-python server with external model bin files ## Simple Dockerfiles for building the llama-cpp-python server with external model bin files
## openblas_simple - a simple Dockerfile for non-GPU OpenBLAS, where the model is located outside the Docker image ### openblas_simple
A simple Dockerfile for non-GPU OpenBLAS, where the model is located outside the Docker image:
``` ```
cd ./openblas_simple cd ./openblas_simple
docker build -t openblas_simple . docker build -t openblas_simple .
@ -15,23 +15,30 @@ docker run -e USE_MLOCK=0 -e MODEL=/var/model/<model-path> -v <model-root-path>:
``` ```
where `<model-root-path>/<model-path>` is the full path to the model file on the Docker host system. where `<model-root-path>/<model-path>` is the full path to the model file on the Docker host system.
## cuda_simple - a simple Dockerfile for CUDA accelerated CuBLAS, where the model is located outside the Docker image ### cuda_simple
> [!WARNING]
> Nvidia GPU CuBLAS support requires an Nvidia GPU with sufficient VRAM (approximately as much as the size in the table below) and Docker Nvidia support (see [container-toolkit/install-guide](https://docs.nvidia.com/datacenter/cloud-native/container-toolkit/install-guide.html)) <br>
A simple Dockerfile for CUDA-accelerated CuBLAS, where the model is located outside the Docker image:
``` ```
cd ./cuda_simple cd ./cuda_simple
docker build -t cuda_simple . docker build -t cuda_simple .
docker run -e USE_MLOCK=0 -e MODEL=/var/model/<model-path> -v <model-root-path>:/var/model -t cuda_simple docker run --gpus=all --cap-add SYS_RESOURCE -e USE_MLOCK=0 -e MODEL=/var/model/<model-path> -v <model-root-path>:/var/model -t cuda_simple
``` ```
where `<model-root-path>/<model-path>` is the full path to the model file on the Docker host system. where `<model-root-path>/<model-path>` is the full path to the model file on the Docker host system.
# "Open-Llama-in-a-box" --------------------------------------------------------------------------
## Download an Apache V2.0 licensed 3B paramter Open Llama model and install into a Docker image that runs an OpenBLAS-enabled llama-cpp-python server
### "Open-Llama-in-a-box"
Download an Apache V2.0 licensed 3B params Open LLaMA model and install into a Docker image that runs an OpenBLAS-enabled llama-cpp-python server:
``` ```
$ cd ./open_llama $ cd ./open_llama
./build.sh ./build.sh
./start.sh ./start.sh
``` ```
# Manually choose your own Llama model from Hugging Face ### Manually choose your own Llama model from Hugging Face
`python3 ./hug_model.py -a TheBloke -t llama` `python3 ./hug_model.py -a TheBloke -t llama`
You should now have a model in the current directory and `model.bin` symlinked to it for the subsequent Docker build and copy step. e.g. You should now have a model in the current directory and `model.bin` symlinked to it for the subsequent Docker build and copy step. e.g.
``` ```
@ -39,8 +46,10 @@ docker $ ls -lh *.bin
-rw-rw-r-- 1 user user 4.8G May 23 18:30 <downloaded-model-file>q5_1.bin -rw-rw-r-- 1 user user 4.8G May 23 18:30 <downloaded-model-file>q5_1.bin
lrwxrwxrwx 1 user user 24 May 23 18:30 model.bin -> <downloaded-model-file>q5_1.bin lrwxrwxrwx 1 user user 24 May 23 18:30 model.bin -> <downloaded-model-file>q5_1.bin
``` ```
**Note #1:** Make sure you have enough disk space to download the model. As the model is then copied into the image you will need at least
**TWICE** as much disk space as the size of the model: > [!NOTE]
> Make sure you have enough disk space to download the model. As the model is then copied into the image you will need at least
**TWICE** as much disk space as the size of the model:<br>
| Model | Quantized size | | Model | Quantized size |
|------:|----------------:| |------:|----------------:|
@ -50,17 +59,6 @@ lrwxrwxrwx 1 user user 24 May 23 18:30 model.bin -> <downloaded-model-file>q5_
| 33B | 25 GB | | 33B | 25 GB |
| 65B | 50 GB | | 65B | 50 GB |
**Note #2:** If you want to pass or tune additional parameters, customise `./start_server.sh` before running `docker build ...`
## Use OpenBLAS > [!NOTE]
Use if you don't have a NVidia GPU. Defaults to `python:3-slim-bullseye` Docker base image and OpenBLAS: > If you want to pass or tune additional parameters, customise `./start_server.sh` before running `docker build ...`
### Build:
`docker build -t openblas .`
### Run:
`docker run --cap-add SYS_RESOURCE -t openblas`
## Use CuBLAS
### Build:
`docker build --build-arg IMAGE=nvidia/cuda:12.1.1-devel-ubuntu22.04 -t cublas .`
### Run:
`docker run --cap-add SYS_RESOURCE -t cublas`