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# Setting Up Cloudflare Tunnel for Your Website: A Beginner's Guide
This guide will walk you through the process of setting up a Cloudflare Tunnel to securely expose your website to the internet without opening ports on your firewall. This is perfect for beginners who want to host a website securely.
## What is Cloudflare Tunnel?
Cloudflare Tunnel creates a secure connection between your local web server and Cloudflare's network, allowing visitors to access your site through Cloudflare without exposing your server's IP address.
## Prerequisites
1. A Cloudflare account (free tier works fine)
2. A domain registered and using Cloudflare DNS
3. Docker and Docker Compose installed on your server
## Step 1: Install cloudflared CLI
```bash
# For Debian/Ubuntu
curl -L --output cloudflared.deb https://github.com/cloudflare/cloudflared/releases/latest/download/cloudflared-linux-amd64.deb
sudo dpkg -i cloudflared.deb
# For other systems, visit: https://developers.cloudflare.com/cloudflare-one/connections/connect-apps/install-and-setup/installation/
```
## Step 2: Authenticate with Cloudflare
```bash
cloudflared login
```
This command will open a browser window. Log in to your Cloudflare account and authorize the cloudflared application to access your account. This allows the tunnel to connect to your Cloudflare account.
## Step 3: Create a Tunnel
```bash
cloudflared tunnel create my-website-tunnel
```
This will create a new tunnel and store the credentials in `~/.cloudflared/[TUNNEL-ID].json`. The tunnel ID is a unique identifier for your tunnel.
## Step 4: Get Your Tunnel ID
```bash
cloudflared tunnel list
```
Note the tunnel ID - you'll need this for the next steps. It should look something like a UUID (e.g., "6ff42ae2-765d-4adf-8112-31c55c1551ef").
## Step 5: Set Up DNS Records
```bash
# Replace with your actual domain and tunnel ID
cloudflared tunnel route dns your-tunnel-id yourdomain.com
cloudflared tunnel route dns your-tunnel-id www.yourdomain.com
```
This links your domain name to the tunnel, allowing traffic to flow to your local server.
## Step 6: Configure Your Tunnel
Use the provided `cloudflared-config.yml` file and update the following:
```yaml
tunnel: your-tunnel-id # Replace with your actual tunnel ID
credentials-file: /root/.cloudflared/your-tunnel-id.json # Update with your tunnel ID
```
Also update the hostname in the ingress section to match your domain:
```yaml
ingress:
- hostname: yourdomain.com # Replace with your actual domain
service: http://localhost:80
```
## Step 7: Start the Tunnel Using Docker Compose
We've provided a Docker Compose file that sets up both your web server and the Cloudflare tunnel:
```bash
# Start the services
docker-compose -f docker-compose-with-cloudflare.yml up -d
# Check the status
docker-compose -f docker-compose-with-cloudflare.yml ps
```
This will start both your web server and the Cloudflare tunnel service connecting it to the internet.
## Step 8: Monitor the Tunnel
```bash
# Check logs from your Docker setup
docker-compose -f docker-compose-with-cloudflare.yml logs -f cloudflared
# Check tunnel status using the CLI
cloudflared tunnel info your-tunnel-id
```
## Troubleshooting
- **Connection issues**: Check if your web server is running and accessible locally
- **DNS issues**: Verify DNS records in your Cloudflare dashboard (orange cloud should be enabled)
- **Authentication issues**: Ensure credentials file exists and contains valid information
- **"No such tunnel" error**: Double-check your tunnel ID in all configurations
## Security Benefits
- Your server's IP address remains hidden from the public
- All traffic is encrypted between visitors and your server
- Protection from DDoS attacks via Cloudflare's network
- No need to open ports in your firewall
## Next Steps
- Set up Cloudflare Access for additional authentication
- Configure Cloudflare Workers for edge computing capabilities
- Explore Cloudflare Pages for static site hosting
For more information, visit the [Cloudflare Tunnel documentation](https://developers.cloudflare.com/cloudflare-one/connections/connect-apps/).

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@ -4,7 +4,37 @@ This repository contains a framework for deploying static websites exported from
## Project Motivation
This project was developed as a cost-effective alternative to webflow's hosting plans. We found that the cost of just a few Webflow hosting subscriptions would equal the expense of purchasing and running a dedicated server for an entire year. For teams managing multiple websites, this approach can offer significant savings while maintaining full control over your deployment environment. It is possible to have a full webflow deployment free and open source.
This project was developed as a cost-effective alternative to webflow's hosting plans. We found that the cost of a monthly Webflow hosting subscriptions would equal the expense of purchasing and running a dedicated server for an entire year. To illustrate:
Webflow Site Plan
- CMS = $29.00 USD / Month
- Workspace = $28.00 USD / Month
- Total = $56.00 USD / Month
- Year Total = $672 US 0r $940.56 CAD
Self-hosted
- Hardware = $150
- Software = $0
- Domain = $10 CAD / Year
- Total = $150 / Year
It is possible to have a full webflow deployment for free and open source.
## Alternative: Self-Hosted Website Builders
If you need more functionality than a static Webflow export provides, consider these alternatives:
### GrapesJS
Webflow is built on a framework similar to [GrapesJS](https://grapesjs.com/), an open-source web builder framework. GrapesJS can be self-hosted and integrated with your own backend for dynamic content.
### Changemaker V5
[Changemaker V5](https://gitea.bnkhome.org/bnkops/Changemaker) is a battle-tested, lightweight, self-hosted productivity suite developed by The Bunker Operations in Edmonton, Alberta, Canada.
It empowers you to deploy secure, locally-built websites, blogs, newsletters, and forms from personal projects to full-fledged campaigns giving you complete control, inherent security, and true freedom of speech. It is more the capable of providing the full backend infrastrcuture to a webflow site.
Changemaker V5 provides a digital campaign alternative to mainstream American systems and can be paired with your own infrastructure at [changemaker.bnkops.org](https://changemaker.bnkops.org).
## Webflow Code Export
@ -88,7 +118,7 @@ For detailed instructions, see the [official Webflow Code Export guide](https://
6. For public access, you can either:
- Configure your DNS and firewall to expose port 80/443
- Deploy using the [Cloudflare Tunnel](./CLOUDFLARE-SETUP.md) for secure access
- Deploy using the [Cloudflare Tunnel](https://gitea.bnkhome.org/bnkops/scripts/src/branch/main/config.cloudflare.homelab.md) for secure access
### Management Commands
@ -136,20 +166,6 @@ The Docker setup uses:
- **Port Mapping**: Exposes port 80 for HTTP traffic
- **Automatic Restart**: Container restarts automatically if it crashes
## Alternative: Self-Hosted Website Builders
If you need more functionality than a static Webflow export provides, consider these alternatives:
### GrapesJS
Webflow is built on a framework similar to [GrapesJS](https://grapesjs.com/), an open-source web builder framework. GrapesJS can be self-hosted and integrated with your own backend for dynamic content.
### Changemaker V5
[Changemaker V5](https://gitea.bnkhome.org/bnkops/Changemaker) is a battle-tested, lightweight, self-hosted productivity suite developed by The Bunker Operations in Edmonton, Alberta, Canada.
It empowers you to deploy secure, locally-built websites, blogs, newsletters, and forms from personal projects to full-fledged campaigns giving you complete control, inherent security, and true freedom of speech.
Changemaker V5 provides a digital campaign alternative to mainstream American systems and can be paired with your own infrastructure at [changemaker.bnkops.org](https://changemaker.bnkops.org).
## Troubleshooting
### Common Issues

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## Cloudflare Tunnel configuration file
## This connects your local website to the internet securely without exposing your IP address
# Tunnel configuration - UPDATE THESE VALUES
tunnel: your-tunnel-id # Replace with your actual tunnel ID from Step 4
credentials-file: /root/.cloudflared/your-tunnel-id.json # Use your tunnel ID here too
# Ingress rules define how traffic is routed to your services
ingress:
# Route traffic from your domain to your local web server
- hostname: yourdomain.com # Replace with your actual domain
service: http://web:80 # This targets the web service in docker-compose
# Catch-all rule (required) - returns 404 for any other requests
- service: http_status:404
# Log settings
logfile: /var/log/cloudflared.log
loglevel: info # Options: debug, info, warn, error, fatal
# Connection settings
originRequest:
connectTimeout: 30s
noTLSVerify: false # Keep this false for security

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#!/bin/bash
# Make the script executable with: chmod +x deploy.sh
echo "=== AB for Abortion Website Deployment ==="
echo "Directory structure:"
echo " - website/ - Contains all website files"
echo " - nginx.conf - Web server configuration"
echo " - docker-compose.yml - Docker configuration"
echo "========================================"
# Stop running containers
echo "Stopping any running containers..."
docker-compose down
# Pull the latest nginx image
echo "Pulling latest nginx:alpine image..."
docker-compose pull
# Start containers in detached mode
echo "Starting containers..."
docker-compose up -d
# Display container status
echo "Container status:"
docker-compose ps
echo "Deployment complete! The website should be accessible at http://localhost"

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version: '3'
services:
# Web server - serves your website content
web:
image: nginx:alpine
ports:
- "80:80" # Only exposed locally, not to the internet
volumes:
- ./website:/usr/share/nginx/html # Your website files go in the "website" folder
- ./nginx.conf:/etc/nginx/conf.d/default.conf # Nginx configuration
restart: always
networks:
- web_network
# Cloudflare tunnel service - connects your website to the internet securely
cloudflared:
image: cloudflare/cloudflared:latest
command: tunnel --config /etc/cloudflared/config.yml run
volumes:
- ./cloudflared-config.yml:/etc/cloudflared/config.yml:ro # Your tunnel configuration
- ~/.cloudflared:/root/.cloudflared:ro # Your tunnel credentials
restart: always
depends_on:
- web # Ensures web service starts first
networks:
- web_network
# Network used by both services to communicate
networks:
web_network:
driver: bridge