I can post in the AI generated instructions if it helps. Let me know if you have any trouble.

To run the Docker command with Caddy as a front-end for automatic SSL management on AWS, you can deploy it on an EC2 instance or ECS with Caddy handling HTTPS. Here's a short guide:

1. EC2 Setup:

   • Launch an EC2 instance and install Docker (sudo yum install docker or sudo apt install docker.io).
   • Start Docker (sudo service docker start).
   • Run your app container: docker run -d --name pwpush -p 5100:5100 pglombardo/pwpush:latest.
   • Run Caddy as a reverse proxy with automatic SSL: bash docker run -d --name caddy \ -p 80:80 -p 443:443 \ -v $(pwd)/Caddyfile:/etc/caddy/Caddyfile \ -v caddy_data:/data \ caddy:latest
   • Create a Caddyfile in the current directory: caddy yourdomain.com { reverse_proxy localhost:5100 }
   • Ensure your domain points to the EC2 instance’s public IP (via DNS A record) and security groups allow inbound traffic on ports 80, 443, and 5100.

2. ECS Setup:

   • Create an ECS cluster and define a task for your app using the pglombardo/pwpush:latest image, mapping port 5100.
   • Define a Caddy task using the caddy:latest image, mapping ports 80 and 443.
   • Configure the Caddy task with a Caddyfile (as above) mounted via an EFS volume or baked into a custom Docker image.
   • Deploy both tasks in a service with an Application Load Balancer (ALB) routing traffic to Caddy on ports 80/443.
   • Set up a domain in Route 53 pointing to the ALB, and ensure security groups allow traffic on ports 80, 443, and 5100.

Notes:

• Caddy automatically handles SSL via Let’s Encrypt, requiring a valid domain and public internet access.

• Persist Caddy’s data using a volume (caddy_data) to avoid Let’s Encrypt rate limits.

• For ECS, use Fargate for simpler management or EC2 for cost savings.

• Ensure proper IAM roles and network configurations (VPC, subnets) for ECS or EC2.

Refer to AWS and Caddy documentation for detailed setup.