Assume I'm an amature and bad at this ;P
In any case you might try a docker-compose.yml
version: "3.8"
# Compose file build variables set in .env
services:
supervisor:
platform: linux/amd64
build:
context: ./build
args:
PYTHON_VERSION: ${PYTHON_VERSION:-3.10}
PYTORCH_VERSION: ${PYTORCH_VERSION:-2.2.2}
WEBUI_TAG: ${WEBUI_TAG:-}
IMAGE_BASE: ${IMAGE_BASE:-ghcr.io/ai-dock/python:${PYTHON_VERSION:-3.10}-cuda-11.8.0-base-22.04}
tags:
- "ghcr.io/ai-dock/stable-diffusion-webui:${IMAGE_TAG:-cuda-11.8.0-base-22.04}"
image: ghcr.io/ai-dock/stable-diffusion-webui:${IMAGE_TAG:-cuda-11.8.0-base-22.04}
devices:
- "/dev/dri:/dev/dri"
# For AMD GPU
#- "/dev/kfd:/dev/kfd"
volumes:
# Workspace
- ./workspace:${WORKSPACE:-/workspace/}:rshared
# You can share /workspace/storage with other non-WEBUI containers. See README
#- /path/to/common_storage:${WORKSPACE:-/workspace/}storage/:rshared
# Will echo to root-owned authorized_keys file;
# Avoids changing local file owner
- ./config/authorized_keys:/root/.ssh/authorized_keys_mount
- ./config/provisioning/default.sh:/opt/ai-dock/bin/provisioning.sh
ports:
# SSH available on host machine port 2222 to avoid conflict. Change to suit
- ${SSH_PORT_HOST:-2222}:${SSH_PORT_LOCAL:-22}
# Caddy port for service portal
- ${SERVICEPORTAL_PORT_HOST:-1111}:${SERVICEPORTAL_PORT_HOST:-1111}
# WEBUI web interface
- ${WEBUI_PORT_HOST:-7860}:${WEBUI_PORT_HOST:-7860}
# Jupyter server
- ${JUPYTER_PORT_HOST:-8888}:${JUPYTER_PORT_HOST:-8888}
# Syncthing
- ${SYNCTHING_UI_PORT_HOST:-8384}:${SYNCTHING_UI_PORT_HOST:-8384}
- ${SYNCTHING_TRANSPORT_PORT_HOST:-22999}:${SYNCTHING_TRANSPORT_PORT_HOST:-22999}
environment:
# Don't enclose values in quotes
- DIRECT_ADDRESS=${DIRECT_ADDRESS:-127.0.0.1}
- DIRECT_ADDRESS_GET_WAN=${DIRECT_ADDRESS_GET_WAN:-false}
- WORKSPACE=${WORKSPACE:-/workspace}
- WORKSPACE_SYNC=${WORKSPACE_SYNC:-false}
- CF_TUNNEL_TOKEN=${CF_TUNNEL_TOKEN:-}
- CF_QUICK_TUNNELS=${CF_QUICK_TUNNELS:-true}
- WEB_ENABLE_AUTH=${WEB_ENABLE_AUTH:-true}
- WEB_USER=${WEB_USER:-user}
- WEB_PASSWORD=${WEB_PASSWORD:-password}
- SSH_PORT_HOST=${SSH_PORT_HOST:-2222}
- SSH_PORT_LOCAL=${SSH_PORT_LOCAL:-22}
- SERVICEPORTAL_PORT_HOST=${SERVICEPORTAL_PORT_HOST:-1111}
- SERVICEPORTAL_METRICS_PORT=${SERVICEPORTAL_METRICS_PORT:-21111}
- SERVICEPORTAL_URL=${SERVICEPORTAL_URL:-}
- WEBUI_BRANCH=${WEBUI_BRANCH:-}
- WEBUI_FLAGS=${WEBUI_FLAGS:-}
- WEBUI_PORT_HOST=${WEBUI_PORT_HOST:-7860}
- WEBUI_PORT_LOCAL=${WEBUI_PORT_LOCAL:-17860}
- WEBUI_METRICS_PORT=${WEBUI_METRICS_PORT:-27860}
- WEBUI_URL=${WEBUI_URL:-}
- JUPYTER_PORT_HOST=${JUPYTER_PORT_HOST:-8888}
- JUPYTER_METRICS_PORT=${JUPYTER_METRICS_PORT:-28888}
- JUPYTER_URL=${JUPYTER_URL:-}
- SERVERLESS=${SERVERLESS:-false}
- SYNCTHING_UI_PORT_HOST=${SYNCTHING_UI_PORT_HOST:-8384}
- SYNCTHING_TRANSPORT_PORT_HOST=${SYNCTHING_TRANSPORT_PORT_HOST:-22999}
- SYNCTHING_URL=${SYNCTHING_URL:-}
#- PROVISIONING_SCRIPT=${PROVISIONING_SCRIPT:-}
install.sh
sudo pacman -S docker
sudo pacman -S docker-compose
update.sh
#!/bin/bash
# https://stackoverflow.com/questions/49316462/how-to-update-existing-images-with-docker-compose
sudo docker-compose pull
sudo docker-compose up --force-recreate --build -d
sudo docker image prune -f
start.sh
#!/bin/bash
sudo docker-compose down --remove-orphans && sudo docker-compose up
I was kind of turned off by the keeb* being sold separately, also wasnt the aspect ratio meh.
Rule of thumb larger screen or surface means more fluid strokes, thus smaller screen means more fine motor skills and more tension in the hand and less* fluidity in the work.