Repeat these steps for any other NodeJS apps that need to run concurrently - schedule them to run at boot time on whatever internal port you like using PM2, then map that port to an HTTP/HTTPS URL in the nginx config.

Call pm2 save to schedule your code to run at launch.Call sudo systemctl restart nginx to enable your new nginx config.Use the existing entry for the port 3000 'hello' app as a basis. Launch your app by calling pm2 start, then map the port your app runs on to an HTTP URL by running nano /etc/nginx/sites-available/default and adding another location.For example, if you have a package.json file, run npm install. cd into the directory where your NodeJS code lives, and install any dependencies.Note: If you're not using a source control, you can directly upload the files to your droplet using SFTP.SSH into your Droplet, and git clone your NodeJS code onto the droplet, anywhere you like.Run pm2 delete hello to stop running this script and pm2 save to stop it from running on Droplet boot.Run pm2 list to see code scheduled to start at boot time.SSH into your Droplet and modify this script at /var/www/html/hello.js and see the results live by calling pm2 restart hello.If you want to kick the tires right now, try some of these things: This app is running at port 3000, and is being served to you by nginx, which has mapped port 3000 to be served as the root URI over HTTP (port 80) - a technique known as a 'reverse proxy.' We'll be teaching you how to use this technique right here on this page. The login and password are stored in the NODE_USER* values you see when you call cat /root/.digitalocean_passwords while logged in over SSH.

Run all pm2 commands using the nodejs user or a second instance of pm2 will start. This message is coming to you via a simple NodeJS application that's live on your Droplet! This droplet is all set up with NodeJS, PM2 for process management, and nginx. Sammy welcomes you to your Droplet! Things to do with this script

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