This is an example usage of the concepts presented in our article Deploying docker-compose files on AWS ECS which shows how to deploy docker-compose services directly on AWS ECS using Boto 3.
This example can deploy a docker-compose file on AWS, by creating a load balancer and an ECS cluster with a few instances. Otherwise it is fairly limited in that it cannot handle services with more than one exposed port on one service.
This script will not work out-of-the-box. You must first set the values of
the CONFIG global variable at line 18.
ARN of the ecsInstanceProfile profile created following the instructions of
the article.
ARN of the ecsServicRole role created following the instructions of the
article.
AMI of Amazon's ECS-optimized AMI for your region.
Security group for the created load balancer.
Type of the created instances.
Amount of instances which will be created on each subnetwork.
Keypair to be used when creating the instances for the ECS cluster.
ID of the VPC in which everything will be created.
List of subnetworks in which instances will be run. There must be at least two. No two subnets must be in the same Availability Zone.
usage: deploy.py [-h] [--task-count TASK_COUNT]
[--task-role-arn TASK_ROLE_ARN]
[--task-family-name FAMILY_NAME]
[--load-balancer-name LOAD_BALANCER_NAME]
[--cluster-name CLUSTER_NAME] --service-protocol
{HTTP,TCP,UDP} --service-port PORT --service-container
CONTAINER_NAME [--service-name SERVICE_NAME]
dc_path
Setup clustered, load balanced ECS tasks.
positional arguments:
dc_path Path to the docker-compose file to be deployed.
optional arguments:
-h, --help show this help message and exit
--task-count TASK_COUNT
Number of tasks to be run on the cluster. Will be
balanced between all container instances.
--task-role-arn TASK_ROLE_ARN
ARN of the IAM role the task will endorse.
--task-family-name FAMILY_NAME
Name of the service family. Services are versionned,
and versions of the same service must have the same
family name.
--load-balancer-name LOAD_BALANCER_NAME
Name of the load balancer which will be created.
--cluster-name CLUSTER_NAME
Name of the cluster which will be created.
--service-protocol {HTTP,TCP,UDP}
Protocol used by the exposed port.
--service-port PORT Number of the exposed port.
--service-container CONTAINER_NAME
Name of the container the port belongs to. This is the
same as the key under which the container is described
in the docker-compose file.
--service-name SERVICE_NAME
Name of the ECS service which will be created.
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