标签：#webui

Nginx UI is an open-source web GUI for managing Nginx, single-node or clustered, with real-time stats, automatic Let's Encrypt TLS, performance monitoring, and even LLM-assisted config editing. This guide installs it on Ubuntu 24.04, puts it behind a reverse proxy with TLS, sets up ACME certificate management, and creates a virtual host through the dashboard. Prerequisites: an Ubuntu 24.04 server, non-root sudo user, a domain A record (e.g. nginx-ui.example.com ), Docker installed if you choose that install path. $ sudo apt update $ sudo apt install nginx -y Pick one of the two install methods below. Option A: Install via Script Runs Nginx UI as a system service, managing the host's Nginx directly. $ curl -O https://cloud.nginxui.com/install.sh $ sudo bash install.sh install $ nginx-ui --version $ sudo systemctl start nginx-ui $ sudo systemctl status nginx-ui Option B: Install via Docker Runs as a container — you won't be able to edit the host's Nginx configs directly through it. $ mkdir -p ~/nginx-ui-docker $ cd ~/nginx-ui-docker $ sudo mkdir -p /opt/nginx-ui/nginx $ sudo mkdir -p /opt/nginx-ui/config $ sudo mkdir -p /opt/nginx-ui/www $ nano docker-compose.yml version : ' 3.8' services : nginx-ui : image : uozi/nginx-ui:latest container_name : nginx-ui restart : always environment : - TZ=UTC volumes : - /opt/nginx-ui/nginx:/etc/nginx - /opt/nginx-ui/config:/etc/nginx-ui - /opt/nginx-ui/www:/var/www ports : - " 127.0.0.1:9000:80" networks : - nginx-ui-net networks : nginx-ui-net : driver : bridge $ sudo docker compose up -d $ sudo docker compose ps $ curl -X GET http://localhost:9000 Configure the Reverse Proxy Nginx UI listens on localhost:9000 . Put it behind a public vhost with WebSocket support (needed for live stats/terminal): $ cd /etc/nginx/sites-available $ sudo nano nginx-ui.conf map $http_upgrade $connection_upgrade { default upgrade ; '' close ; } server { listen 80 ; listen [::]:80 ; server_name nginx-ui.example.com ; location / { proxy_set_header Host $

Overview Open WebUI exposed a real Ota lifecycle boundary. This was not mainly a parsing or contract-shape repo. The contract was already strong enough to model: source-checkout verification packaged native runtime through uv run open-webui serve frontend development runtime default Docker Compose runtime What the repo exposed was operational truth after proof: a successful native proof still left a host workload alive the first cleanup fix then widened too far and treated a Compose-owned runtime as the same class of host workload That made Open WebUI a valuable pressure repo. It forced Ota to get more precise about cleanup ownership instead of treating all successful runtime proof as one generic teardown problem. The current pressure contract pins released Ota v1.6.24 . Its latest green matrix run proves the release surface at the exact contract and workflow revision linked below. What Open WebUI exposed in Ota This repo exposed four meaningful weaknesses. 1. proof success was weaker than it looked The first issue was not that runtime proof failed. It was that runtime proof succeeded and still left the native workload alive afterward. In this repo, the packaged native workflow launches: serve:native : launch : kind : command exe : uv args : - run - open-webui - serve - --host - 0.0.0.0 - --port - " 8080" Ota proved that workflow, but the launched process tree was still alive after proof completed. In GitHub Actions, that surfaced through setup-uv post-job cleanup, which blocked while the uv cache was still in use. That was an Ota gap. If proof succeeds but leaves behind repo-owned runtime state that later breaks CI cleanup, the proof surface is still incomplete. 2. native service cleanup widened past its real ownership boundary The first core fix made Ota clean selected native service workloads after successful proof. That was directionally correct, but Open WebUI immediately exposed the next boundary. The Docker workflow uses a native task shape to launch Compose: