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The setup follows Exercise 04's role-based Ansible structure and includes CTFd, MariaDB, Redis, and Nginx as a reverse proxy.\n\n## Table of Contents\n\n- [Overview](#overview)\n- [Prerequisites](#prerequisites)\n- [Architecture Overview](#architecture-Overview)\n- [Project Structure](#project-structure)\n- [Quick Start](#quick-start)\n- [Components](#components)\n- [Ansible Role-Based Architecture](#ansible-role-based-architecture)\n- [Automation Scripts](#automation-scripts)\n- [Configuration](#configuration)\n- [Troubleshooting](#troubleshooting)\n- [Daily Operations](#daily-operations)\n- [Technical Details](#technical-details)\n\n## Overview\n\nThis project automates the deployment of a CTFd platform with the following architecture:\n- **OpenStack Infrastructure**: Terraform-managed VMs, networks, and security groups\n- **VM Environment**: Ubuntu Noble LTS on OpenStack\n- **Configuration Management**: Role-based Ansible structure (Exercise 04 compliant)\n- **Docker Containers**: CTFd application, MariaDB database, Redis cache, Nginx proxy\n- **Network Access**: Direct access via floating IP from OpenStack\n- **Automation**: Complete Infrastructure as Code with Terraform + Ansible integration\n\n## Prerequisites\n\nBefore starting, ensure you have the following installed and configured:\n\n- **OpenStack Environment**: Access to University of Agder's OpenStack cluster\n- **Terraform** (1.12.1 or later)\n- **Ansible** (2.9 or later)\n- **OpenStack CLI** tools\n- **SSH Key Pair**: group_33_key for VM access\n- **OpenStack Credentials**: Group 33 authentication details\n\n### Required Credentials\n\nEnsure you have your `.cloudrc` file with:\n```bash\nexport OS_USERNAME=IKT114_group_33_c43dda7c\nexport OS_PROJECT_NAME=IKT114_group_33_c43dda7c\nexport OS_PASSWORD=c43dda7c61c14324a260bbc0130433e4\nexport OS_USER_DOMAIN_NAME=Default\nexport OS_PROJECT_DOMAIN_NAME=Default\nexport OS_AUTH_URL=http://kaun.uia.no:5000/v3\nexport OS_IDENTITY_API_VERSION=3\n```\n## Architecture Overview\n\n\u003cimg width=\"1588\" alt=\"Exercise 03 - Cloud instance initialization (4)\" src=\"https://github.com/user-attachments/assets/49528f7b-acbc-4533-b83d-e22e5856f35b\" /\u003e\n\n## Project Structure\n\n```\nexercise-05-infrastructure-as-code/\n├── .cloudrc -----------------------------\u003e # OpenStack credentials\n├── README.md ----------------------------\u003e # This file\n├── terraform/ ---------------------------\u003e # Infrastructure as Code\n│   ├── providers.tf ---------------------\u003e # Terraform provider configuration\n│   ├── variables.tf ---------------------\u003e # Variable definitions\n│   ├── terraform.tfvars -----------------\u003e # Variable values\n│   ├── network.tf -----------------------\u003e # Network infrastructure\n│   ├── security.tf ----------------------\u003e # Security groups and rules\n│   ├── compute.tf -----------------------\u003e # VM and floating IP configuration\n│   ├── outputs.tf -----------------------\u003e # Output definitions\n│   ├── main.tf --------------------------\u003e # Main configuration reference\n│   ├── terraform.tfstate ----------------\u003e # Current infrastructure state\n│   └── terraform.tfstate.backup ---------\u003e # State backup\n├── ansible/ -----------------------------\u003e # Configuration management (Role-based)\n│   ├── ansible.cfg ----------------------\u003e # Ansible configuration\n│   ├── playbook.yml ---------------------\u003e # Main orchestrator (Exercise 04 style)\n│   ├── inventory/ -----------------------\u003e # Inventory management\n│   │   └── hosts.yml --------------------\u003e # Host definitions (YAML format)\n│   ├── group_vars/ ----------------------\u003e # Group variables\n│   │   └── all.yml ----------------------\u003e # Common variables\n│   └── roles/ ---------------------------\u003e # Ansible roles structure\n│       ├── common/ ----------------------\u003e # Common system setup\n│       │   └── tasks/\n│       │       └── main.yml -------------\u003e # System packages and updates\n│       ├── docker/ ----------------------\u003e # Docker installation\n│       │   └── tasks/\n│       │       └── main.yml -------------\u003e # Docker and Docker Compose setup\n│       ├── mariadb/ ---------------------\u003e # MariaDB database setup\n│       │   └── tasks/\n│       │       └── main.yml -------------\u003e # Database directory creation\n│       ├── redis/ -----------------------\u003e # Redis cache setup\n│       │   └── tasks/\n│       │       └── main.yml -------------\u003e # Redis directory creation\n│       ├── ctfd/ ------------------------\u003e # CTFd application setup\n│       │   ├── tasks/\n│       │   │   └── main.yml -------------\u003e # CTFd configuration\n│       │   └── files/\n│       │       └── docker-compose.yml ---\u003e # Container orchestration\n│       └── nginx/ -----------------------\u003e # Nginx reverse proxy\n│           ├── tasks/\n│           │   └── main.yml -------------\u003e # Nginx configuration\n│           └── templates/\n│               └── nginx.conf -----------\u003e # Nginx reverse proxy config\n└── scripts/ -----------------------------\u003e # Automation scripts\n    ├── setup.sh -------------------------\u003e # Environment setup and initialization\n    ├── update-inventory.sh --------------\u003e # Dynamic inventory management\n    └── update-and-deploy.sh -------------\u003e # Complete automation workflow\n```\n\n## Quick Start\n\n### Automated Deployment (Recommended)\n\n1. **Clone or navigate to the project directory:**\n   ```bash\n   cd ~/exercise-05-infrastructure-as-code\n   ```\n\n2. **Initial environment setup (first time only):**\n   ```bash\n   ./scripts/setup.sh\n   ```\n\n3. **Run complete automated deployment:**\n   ```bash\n   ./scripts/update-and-deploy.sh\n   ```\n\n4. **Access CTFd:**\n   - The script will display the URL when complete\n   - Typically: `http://10.225.151.204`\n   - Complete the initial setup wizard\n\n### Manual Deployment Steps\n\nIf you prefer step-by-step deployment:\n\n1. **Deploy Infrastructure:**\n   ```bash\n   cd terraform/\n   terraform init\n   terraform plan\n   terraform apply\n   ```\n\n2. **Update Ansible Inventory:**\n   ```bash\n   ./scripts/update-inventory.sh\n   ```\n\n3. **Deploy Applications with Role-Based Playbook:**\n   ```bash\n   cd ansible/\n   ansible-playbook -i inventory/hosts.yml playbook.yml\n   ```\n\n### First-Time CTFd Configuration\n\nWhen you first access CTFd, configure:\n\n1. **General**: Event name and description\n2. **Mode**: Team or individual competition mode  \n3. **Settings**: Visibility and participation rules\n4. **Administration**: Create admin user account\n5. **Style**: Optional branding and themes\n6. **Date \u0026 Time**: Competition schedule (optional)\n\n## Components\n\n### Infrastructure Components (Terraform)\n\n| Component | Description | Configuration File |\n|-----------|-------------|-------------------|\n| **Network** | Private network for VMs | `network.tf` |\n| **Subnet** | 192.168.1.0/24 subnet | `network.tf` |\n| **Router** | Internet gateway | `network.tf` |\n| **Security Group** | Firewall rules (SSH, HTTP, HTTPS) | `security.tf` |\n| **VM Instance** | Ubuntu Noble, medium flavor | `compute.tf` |\n| **Floating IP** | Public IP address | `compute.tf` |\n\n### Application Services (Docker)\n\n| Service | Description | Port | Container Name |\n|---------|-------------|------|----------------|\n| **CTFd** | Main CTF platform | 8000 | ctfd-ctfd-1 |\n| **MariaDB** | Database server | 3306 | ctfd-db-1 |\n| **Redis** | Cache server | 6379 | ctfd-cache-1 |\n| **Nginx** | Reverse proxy | 80 | ctfd-nginx-1 |\n\n### Network Flow\n\n- **External Access**: `Internet` → **Floating IP** → **VM**\n- **Internal Proxy**: `Nginx:80` → **CTFd Container**: `8000`\n- **Container Network**: CTFd ↔ MariaDB ↔ Redis\n\n## Ansible Role-Based Architecture\n\nThis project follows Exercise 04's role-based Ansible structure, where each service is managed by a dedicated role:\n\n### Role Structure\n\n| Role | Purpose | Key Tasks |\n|------|---------|-----------|\n| **`common`** | System preparation | Update packages, install prerequisites |\n| **`docker`** | Container platform | Install Docker, Docker Compose, start services |\n| **`mariadb`** | Database setup | Create data directories, configure environment |\n| **`redis`** | Cache setup | Create data directories, configure environment |\n| **`ctfd`** | Application setup | Deploy configuration, manage Docker Compose |\n| **`nginx`** | Reverse proxy | Configure proxy settings, manage routing |\n\n### Playbook Orchestration\n\nThe main `playbook.yml` orchestrates all roles:\n```yaml\n- name: Deploy CTFd Infrastructure\n  hosts: ctfd_servers\n  become: yes\n  roles:\n    - common\n    - docker\n    - mariadb\n    - redis\n    - ctfd\n    - nginx\n  post_tasks:\n    - name: Start CTFd with Docker Compose\n      command: docker compose up -d\n      args:\n        chdir: /opt/ctfd\n```\n\n### Exercise 04 Compliance\n\nThis structure ensures compliance with Exercise 04 requirements:\n- **Role separation**: Each service has its own role\n- **Modular design**: Roles can be reused and modified independently\n- **Clear responsibilities**: Each role has a specific purpose\n- **Maintainable code**: Easy to update individual components\n\n## Automation Scripts\n\n### `setup.sh` - Environment Setup\n**Purpose**: Initial environment preparation and tool installation\n\n**Usage**:\n```bash\n./scripts/setup.sh\n```\n\n**What it does**:\n- Checks for required `.cloudrc` credentials\n- Installs OpenStack CLI if missing\n- Installs Terraform if missing\n- Installs Ansible if missing\n- Initializes Terraform working directory\n- Provides setup completion confirmation\n\n### `update-inventory.sh` - Inventory Management\n**Purpose**: Quick inventory updates without full deployment\n\n**Usage**:\n```bash\n./scripts/update-inventory.sh\n```\n\n**What it does**:\n- Retrieves current floating IP from Terraform\n- Updates Ansible inventory with correct IP address\n- Maintains proper YAML format for inventory file\n- Useful for IP changes or inventory corruption recovery\n\n### `update-and-deploy.sh` - Complete Deployment\n**Purpose**: Full infrastructure and application deployment pipeline\n\n**Usage**:\n```bash\n./scripts/update-and-deploy.sh\n```\n\n**What it does**:\n- Loads OpenStack credentials\n- Checks and installs prerequisites (pip3, ansible)\n- Deploys/updates Terraform infrastructure\n- Retrieves and updates floating IP in inventory\n- Runs role-based Ansible playbook\n- Provides deployment completion status\n- Displays access URL for CTFd platform\n\n## Configuration\n\n### Key Configuration Files\n\n#### Terraform Variables (`terraform.tfvars`)\n```hcl\ngroup_number     = \"33\"\nssh_key_name     = \"group_33_key\"  \nimage_name       = \"ubuntu-noble\"\nflavor_name      = \"medium\"\nexternal_network = \"provider\"\n```\n\n#### Ansible Inventory (`inventory/hosts.yml`)\n```yaml\nctfd_servers:\n  hosts:\n    ctfd_server:\n      ansible_host: 10.225.151.204\n      ansible_user: ubuntu\n      ansible_ssh_private_key_file: ~/.ssh/group_33_key\n```\n\n#### Docker Compose Configuration (`roles/ctfd/files/docker-compose.yml`)\n```yaml\nversion: '3'\nservices:\n  ctfd:\n    image: ctfd/ctfd:latest\n    restart: always\n    ports: [\"8000:8000\"]\n    environment:\n      - DATABASE_URL=mysql+pymysql://ctfd:ctfd@db/ctfd\n      - REDIS_URL=redis://cache:6379\n      - SECRET_KEY=ctfd_secret_key_for_group_33\n    depends_on: [db, cache]\n  \n  nginx:\n    image: nginx:latest\n    restart: always\n    ports: [\"80:80\"]\n    depends_on: [ctfd]\n    \n  db:\n    image: mariadb:10.5\n    restart: always\n    environment:\n      - MYSQL_ROOT_PASSWORD=ctfd\n      - MYSQL_USER=ctfd\n      - MYSQL_PASSWORD=ctfd\n      - MYSQL_DATABASE=ctfd\n  \n  cache:\n    image: redis:4\n    restart: always\n```\n\n#### Nginx Reverse Proxy (`roles/nginx/templates/nginx.conf`)\n```nginx\nserver {\n    listen 80;\n    server_name _;\n    location / {\n        proxy_pass http://ctfd:8000;\n        proxy_set_header Host $host;\n        proxy_set_header X-Real-IP $remote_addr;\n        proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for;\n        proxy_set_header X-Forwarded-Proto $scheme;\n    }\n}\n```\n\n## Troubleshooting\n\n### Common Issues\n\n| Issue | Symptoms | Solution |\n|-------|----------|----------|\n| **SSH key missing** | \"Permission denied\" errors | Regenerate SSH key: `ssh-keygen -t rsa -f ~/.ssh/group_33_key` |\n| **Floating IP not working** | Connection timeouts | Check security group rules and VM status |\n| **Container restart loops** | CTFd keeps restarting | Check Docker logs: `docker logs ctfd-ctfd-1` |\n| **Database connection errors** | \"Connection refused\" | Verify MariaDB container is running |\n| **Role execution fails** | Ansible role errors | Check role tasks and file permissions |\n| **Inventory not found** | Ansible connection errors | Run `./scripts/update-inventory.sh` |\n\n### Diagnostic Commands\n\n#### Infrastructure Diagnostics\n```bash\n# Check OpenStack resources\nsource .cloudrc\nopenstack server list\nopenstack floating ip list\n\n# Check Terraform state  \ncd terraform/\nterraform show\nterraform output\n```\n\n#### Application Diagnostics\n```bash\n# SSH into VM\nssh -i ~/.ssh/group_33_key ubuntu@10.225.151.204\n\n# Check containers\nsudo docker ps -a\nsudo docker logs ctfd-ctfd-1\nsudo docker logs ctfd-db-1\nsudo docker logs ctfd-nginx-1\n\n# Check services\nsudo docker-compose -f /opt/ctfd/docker-compose.yml ps\n```\n\n#### Ansible Diagnostics\n```bash\n# Test connectivity\nansible ctfd_servers -i inventory/hosts.yml -m ping\n\n# Check playbook syntax\nansible-playbook --syntax-check -i inventory/hosts.yml playbook.yml\n\n# Run playbook in check mode\nansible-playbook --check -i inventory/hosts.yml playbook.yml\n```\n\n#### Network Diagnostics\n```bash\n# Test web access\ncurl -I http://10.225.151.204\n\n# Check port bindings (from inside VM)\nsudo netstat -tlnp | grep -E ':(80|8000)'\n```\n\n## Daily Operations\n\n### Starting Up\n```bash\n# Complete deployment (recommended)\n./scripts/update-and-deploy.sh\n\n# Or step by step\n./scripts/setup.sh                    # First time only\ncd terraform/ \u0026\u0026 terraform apply      # Infrastructure\n./scripts/update-inventory.sh         # Update inventory\ncd ansible/ \u0026\u0026 ansible-playbook -i inventory/hosts.yml playbook.yml  # Applications\n```\n\n### Checking Status\n```bash\n# Infrastructure status\nopenstack server list\n\n# Application status  \nssh -i ~/.ssh/group_33_key ubuntu@10.225.151.204\nsudo docker ps\n\n# Ansible connectivity\ncd ansible/\nansible ctfd_servers -i inventory/hosts.yml -m ping\n```\n\n### Updating Configuration\n```bash\n# Update inventory after infrastructure changes\n./scripts/update-inventory.sh\n\n# Redeploy applications only\ncd ansible/\nansible-playbook -i inventory/hosts.yml playbook.yml\n\n# Update specific role\nansible-playbook -i inventory/hosts.yml playbook.yml --tags \"nginx\"\n```\n\n### Shutting Down\n```bash\n# Destroy infrastructure\ncd terraform/\nterraform destroy\n\n# Or stop containers only (keeps VM)\nssh -i ~/.ssh/group_33_key ubuntu@10.225.151.204\ncd /opt/ctfd\nsudo docker-compose down\n```\n\n## Technical Details\n\n### OpenStack Configuration\n- **Flavor**: medium (2 vCPUs, 4GB RAM)\n- **Image**: ubuntu-noble (Ubuntu 24.04 LTS)\n- **Network**: Private network with router to external\n- **Security**: Custom security group with SSH, HTTP, HTTPS rules\n- **Storage**: Ephemeral disk (data persistence via Docker volumes)\n\n### Data Persistence\n- **Database**: `/opt/ctfd/CTFd/mysql` (MariaDB data)\n- **Redis Cache**: `/opt/ctfd/CTFd/redis` (Cache data)  \n- **CTFd Files**: `/opt/ctfd/CTFd/logs`, `/opt/ctfd/CTFd/uploads`\n\n### Security Considerations\n- SSH key-based authentication only\n- Security group restricts access to required ports\n- Database not exposed to external network\n- Internal container communication only\n\n### Performance Optimization\n- Redis caching for improved response times\n- Nginx reverse proxy for static content handling\n- Docker container resource limits (can be configured)\n- Database optimized for CTFd workloads\n\n## Automation Features\n\n### Infrastructure as Code Benefits\n- **Reproducible Infrastructure**: Terraform ensures consistent deployments\n- **Version Control**: All configurations tracked in Git\n- **Automated Workflows**: Scripts handle complete deployment process\n- **Dynamic Configuration**: IP addresses automatically updated\n- **State Management**: Terraform tracks and manages resource lifecycle\n- **Role-Based Management**: Modular Ansible structure for maintainability\n\n### Integration Points\n- **Terraform → Ansible**: Floating IP passed automatically to inventory\n- **OpenStack → SSH**: Automated key management and VM access\n- **Docker → Nginx**: Container networking and reverse proxy setup\n- **CI/CD Ready**: Scripts support automated deployment pipelines\n- **Role Dependencies**: Proper execution order maintained by playbook\n\n### Exercise 04 Integration\nThis project demonstrates the progression from Exercise 04:\n- **Exercise 04**: Vagrant + Ansible roles for local development\n- **Exercise 05**: OpenStack + Terraform + same Ansible roles for cloud deployment\n- **Reusability**: Same role structure works across different environments\n- **Consistency**: Identical service configuration regardless of platform\n\n## Additional Notes\n\n### Customization Options\n- Modify `terraform.tfvars` for different VM sizes or configurations  \n- Update individual role tasks in `roles/*/tasks/main.yml`\n- Customize `docker-compose.yml` template for additional services\n- Adjust security group rules in `security.tf` as needed\n- Add new roles by creating new directories in `roles/`\n\n### Backup Recommendations\n- Export Terraform state: `terraform show \u003e infrastructure-backup.txt`\n- Backup CTFd data: Regular backup of `/opt/ctfd/CTFd/` directory\n- Export challenges and users through CTFd admin interface\n- Version control all configuration files\n- Backup role configurations and playbooks\n\n### Production Considerations\nThis setup is designed for educational use. For production:\n- Implement proper SSL/TLS certificates\n- Use secure secret management\n- Configure proper database backups and monitoring\n- Consider high availability and load balancing\n\n### Development and Testing\n- **Local Testing**: Use Exercise 04 setup with Vagrant for development\n- **Cloud Testing**: Use this Exercise 05 setup for integration testing\n- **Role Testing**: Test individual roles with `ansible-playbook --tags \"role_name\"`\n- **Infrastructure Testing**: Use `terraform plan` before applying changes\n\n---\n\n**Project**: Exercise 05 - Infrastructure As Code  \n**Course**: IKT114 - IT Orchestration  \n**Institution**: University of Agder  \n**Group**: 33\n\n## Version History\n\n- **v2.0**: Role-based Ansible structure (Exercise 04 compliant)\n- **v1.0**: Initial monolithic deployment structure\n","project_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fyusefsaid%2Finfrastructure-as-code","html_url":"https://awesome.ecosyste.ms/projects/github.com%2Fyusefsaid%2Finfrastructure-as-code","lists_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fyusefsaid%2Finfrastructure-as-code/lists"}