Roomler

Roomler.Live - Live video conferencing & collaboration tool using WebRTC (Janus Gateway)

It's like Slack on Crack and Microsoft Teams on Steroids. All that fully free and open source.

Features

Technology stack

• Janus Gateway
• Coturn
• Fastify
• PM2
• MongoDB
• Redis
• VueJS
• NuxtJS
• VuetifyJS
• Tiptap
• ProseMirror
• Nginx
• Docker

Architecture

Prerequisites

Roomler requires:

• docker engine being installed on your host machine
• two docker networks being created
• environment variables being setup
• serveral micro services up and running

before we can start Roomler (both in development and production environemnt)

Docker network

Besides the default host Docker network, we need to create two addition bridge networks:

1. docker network create frontend (used by containers roomler, nginx)
2. docker network create backend (used by containers roomler, mongo, redis)
3. on the existing host network janus and coturn will be attached

Microservice dependencies

• Janus Gateway
• Coturn
• MongoDB
• Redis - optional in development, but recommended in production!
• Nginx - optional in development, but recommended in production!

Environment variables

You need to setup all your Required (even Optional if desired) environment variables, before you can run Roomler

Start Roomler App

Start in development mode

# install dependencies
$ npx lerna bootstrap

# Start API server (localhost:3001)
$ yarn run dev:api

# Start UI server (localhost:3000)
$ yarn run dev:ui

Start in production mode

# install dependencies
$ npx lerna bootstrap --scope roomler.ui

# build for production and launch server
$ yarn run build
$ yarn run start

Start in production mode using docker

Docker build

.scripts/build.sh

Docker release

.scripts/release.sh

Docker run

docker run -d --name roomler \
    --hostname roomler \
    --network backend \
    --restart always \
    -v /path_to_your_uploads_folder:/roomler/packages/ui/static/uploads \
    -e API_URL=https://roomler.live \
    -p 8082:3000 \
    -e DB_CONN=YOUR_DB_CONN \
    -e WS_SCALEOUT_ENABLED=true \
    -e WS_SCALEOUT_HOST=redis \
    -e SENDGRID_API_KEY=YOUR_SEND_GRID_KEY \
    -e FACEBOOK_ID=YOUR_FACEBOOK_ID \
    -e FACEBOOK_SECRET=YOUR_FACEBOOK_SECRET \
    -e GOOGLE_ID=YOUR_GOOGLE_ID \
    -e GOOGLE_SECRET=YOUR_GOOGLE_SECRET \
    -e GITHUB_ID=YOUR_GITHUB_ID \
    -e GITHUB_SECRET=YOUR_GITHUB_SECRET \
    -e LINKEDIN_ID=YOUR_LINKEDIN_ID \
    -e LINKEDIN_SECRET=YOUR_LINKEDIN_SECRET \
    -e MICROSOFT_ID=YOUR_MICROSOFT_ID \
    -e MICROSOFT_SECRET=YOUR_MICROSOFT_SECRET \
    -e TURN_URL=YOUR_TURN_URL \
    -e TURN_USERNAME=YOUR_TURN_USERNAME \
    -e TURN_PASSWORD=YOUR_TURN_PASSWORD \
    -e GIPHY_API_KEY=YOUR_GIPHY_KEY \
    -e GOOGLE_ANALYTICS_ID=YOUR_GOOGLE_ANALYTICS_ID \
    -e SUPER_ADMIN_EMAILS='["[email protected]"]' \
    -e WEB_PUSH_CONTACT="mailto: [email protected]" \
    -e WEB_PUSH_PUBLISH_KEY=YOUR_VAPID_PUBLIC_KEY \
    -e WEB_PUSH_PRIVATE_KEY=YOUR_VAPID_PRIVATE_KEY \
    -e NUXT_TELEMETRY_DISABLED=1 \
    gjovanov/roomler

# attach roomler container to backend network
docker network connect backend roomler

Start in production mode using docker-compose

docker-compose up - this will start the whole docker stack of services

Testing

Run API tests

# makes sure MongoDB is reachable based on /config/index.js (dbSettings)
$ yarn run test:api

Run E2E tests (TODO)