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Installs Flask python package and finally runs app.py file.ģ. The script is using Python:3 as the base image from the DockerHub.

In AWS Cloud9 IDE, create another file with the name Dockerfile and copy paste the following script. Return “Welcome to Dummy Flask Web App Page”Ģ. The application port is changed to 80 from the default 5000. The 0.0.0.0 is a wildcard IP address that will match any possible incoming port on the host machine.

The code is running a simple Flask application.

In AWS Cloud9 IDE, create a file app.py and copy paste the following code.

You will create Docker image with a sample python file app.py which deploys a Flask application.

You create a Docker image and then upload to the AWS ECR repository. With environment ready, it is time to create the Docker package. Run the following command to check the version of the Docker installed.Ĩ.

Run the following command in the console to update the environment.ħ. You will now configure the environment for the Docker. It provides console base access to the development machine.Ħ. Once it is ready, you can see console window in the bottom part of the screen. It will take couple of minutes to create the environment. On the next screen, click on the Create environment button.ĥ. Keep rest of the fields with the default values and click on the Next step button.Ĥ. The development environment will have Ubuntu as the operating system. Select Ubuntu Server 18.04 LTS for the Platform. Select Instance type as t3.small (2 GiB RAM + 2 vCPU). On the next screen, select Environment type as Create a new instance for environment (EC2). On the next screen, enter flaskappdemoenvironment as the name and click on the Next step button.ģ. Go to the AWS Cloud9 console and click on the Create environment button.Ģ.When you launch an environment, it starts an Amazon EC2 instance in the background and uses it with AWS Cloud9 IDE as the development machine. You now create and configure Cloud9 environment. You will use these commands later in the Cloud9 IDE environment.Ħ. In popup window, you can see the commands which are used to push the Docker image to the repository from the development environment. Select the repository created and click on the View push commands button.ĥ. Enter flask-app-demo as the repository name and click on the Create repository button.Ĥ. On the next screen, select Private for the visibility settings. Go to the AWS Elastic Container Services (ECS) console and click on the Repositories menu in the left and then click on the Create repository button.ģ.Login to the AWS Console and select Paris as the region.Later when you create a Docker image in Cloud9 IDE, you can push the image to this repository for the deployment. Let’s start with creating a repository for the Docker image in AWS ECR.

If you don’t have an AWS account, kindly use the link to create free trial account for AWS. You need to have an AWS account with administrative access to complete the Task list.

Amazon ECS is a highly scalable, fast container management service that makes it easy to run, stop, and manage containers on a cluster.īelow Tasks are involved for this scenario – Amazon Elastic Container Service (Amazon ECS) is a managed container orchestration service.

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