Elschnagoo/XServer

GrandLineX Full Stack Demo Project - Video Server

XServer - GrandLineX Full Stack Demo Project

Video Server with automatic metadata extraction and download service

Includes

• Backend

  • Video Server with single user
  • User Authentication (Admin only)
  • In time streaming with ffmpeg
  • Video thumbnail generation (ffmpeg, imagemagick)
  • Download service with yt-dlp or youtube-dl
  • Automatic video metadata extraction (ffmpeg, ffprobe)
  • Videos can be manuel labeled with tags
  • Postgres Database connection

• Frontend

  • Login Page
  • Video List Page
  • Single Video Detail Page
  • Video Download Page
  • Label management Page

Used GLX-Packages

• Backend

  • Express Kernel
    • Base backend package
  • Elogger
    • File Logging package
  • Postgresql
    • Postgress database integration
  • Swagger-Mate
    • Automatic api generation for the React frontend

• Frontend

  • React-Components
    • React component library
  • Swagger-Mate
    • Automatic api generation for the React frontend

Quickstart Demo

• docker compose -f demo.docker-compose.yml up -d
• Open http://localhost:8080
• Login with the demo pw x_server_demo
• Add library folder /video and set download = true
• Add media
  • Download a video from YouTube or other sources in the download section
  • Copy files to the ./demo/video folder and start a rescan in the library section

Quickstart

Requirements

• NodeJS >= 16
• ffmpeg
• imagemagick
• youtube-dl or yt-dlp

make sure that ffmpeg, ffprobe, imagemagick and youtube-dl are in your PATH or set in the backend .env file

• Alternatively you can use the pre build container to run the backend (All requirements are included in the container)

Install

1. Setup a postgres database

   • Use the docker-compose.yml in the root folder
   • Copy the .env.example file to .env and fill in the database credentials
   • start the database with $ docker compose up -d

2. Prepare the backend

   • $ cd backend
   • Copy the .env.example file to .env and fill in the database credentials and the SERVER_PASSWORD
     • The SERVER_PASSWORD is used as the admin password (user: admin)
   • $ npm install
   • $ npm run start-dev

3. Prepare the frontend

   1. First Option use static frontend served by the backend

      • run the installFrontend.sh(Unix) or installFrontend.ps1(Windows) script in the root folder
      • use the url http://localhost:9257 to access the frontend

   2. Second Option use the dev hot reload frontend served by the webpack dev server

      • run the installFrontend.sh(Unix) or installFrontend.ps1(Windows) script in the root folder
      • run $ cd frontend and $ npm run start
      • use the url http://localhost:9001 to access the dev frontend

4. Done 🎉