This project demonstrates the deployment of a Flask application on AWS using Terraform. It covers the setup of a VPC, subnets, security groups, an internet gateway, and an EC2 instance. The Flask application serves a simple web page and is automatically provisioned and configured using Terraform.
- 🛡️ AWS VPC: Provides a secure and isolated network environment.
- 🏗️ Subnets: Configured for public IP assignment.
- 🌍 Internet Gateway: Enables internet connectivity.
- 🛤️ Route Table: Routes outbound traffic.
- 🔒 Security Groups: Manages inbound and outbound traffic rules.
- 🖥️ EC2 Instance: Hosts the Flask application.
- 🐍 Flask Application: Serves a simple web page using Python.
- ☁️ Cloud Platforms: AWS
- 🛠️ Infrastructure as Code: Terraform
- 💻 Programming Languages: Python
- 🌐 Web Framework: Flask
main.tf: Contains the Terraform configuration for setting up the AWS infrastructure.app.py: Flask application code.key.pub: Public SSH key for accessing the EC2 instance.key: Private SSH key for accessing the EC2 instance (ensure this file is securely stored and not uploaded to the repository).
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Clone the repository:
git clone https://github.com/ishagothwad/website-deployment-by-AWS-.git cd repo name -
Initialize Terraform:
terraform init
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Preview the changes Terraform will make:
terraform plan
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Apply the Terraform configuration:
terraform apply
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Access the Flask application:
- After the resources are created, note the public IP of the EC2 instance from the Terraform output.
- Open a web browser and navigate to
http://<public-ip>to see the Flask application.
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SSH into the EC2 instance:
ssh -i key ubuntu@<public-ip>
To destroy all the resources created by Terraform, run:
terraform destroy- 🔑 Ensure your AWS credentials are properly configured before running Terraform commands.
- 🔐 The private key file (
key) should be kept secure and not shared publicly.