portmap | Port mapping library for Go supporting NAT

I'm using ECS with Fargate and trying to create a bind mount on ephemeral storage but my user (id 1000) is unable to write to the volume.

According to the documentation, it should be possible.

However the documentation mentions:

By default, the volume permissions are set to 0755 and the owner as root. These permissions can be customized in the Dockerfile.

So in my Dockerfile I have

Using AWS CodePipeline and setting a Source, Build and passing taskdef.json and appspec.yaml as artifacts, the deployment action Amazon ECS (Blue/Green) will fail with the error:

I have the following set up:

• AWS Elastic Container Registry
• Elastic Container Service
• Application Load Balancer
• Cluster,
• Service
• Task

I have been getting a 503 service temporarily unavailable from my API. I have determined this means that I don't have any instances in my target group.

When I add the instance created by the cluster, service, task to the target group it joins for a few minutes then starts draining without me doing anything. Earlier it was staying but was determined to be unhealthy and I was getting a 502 bad gateway when it was like that. It seems to me that it needs to be healthy in order for it to stay? Is there something that I'm missing?

Service Task Json Definition

I am trying to get networking working with rootless containers using podman. Getting either external networking up and running or internal networking is not the issue. Using the --network option, containers are able to see each other. However ping 8.8.8.8 does not work. Starting containers without --network or with --network=slirp4netns ping 8.8.8.8 does work as expected. Of course in the latter case, there is no internal networking. What I think this tells me is that host is not blocking external access from within containers. The issues that I am facing is that I seem to be unable to get both internal and external networking working within containers at the same time.

I am quite desperate with an issue very similar to the one described into this thread.

https://github.com/OpenDroneMap/opendronemap-ecs/issues/14#issuecomment-432004023

When I attach the network interface to my EC2 instance, so that my custom VPC is used instead of the default one, the EC2 instance no longer joins the ECS cluster.

This is my terraform definition.

I am trying to deploy a new stack using CloudFormation with an ECS service using the CodeDeploy launch type to enable blue/green deployments.

In the User Guide for performing blue/green deployments via CloudFormation, they state the following:

To enable CloudFormation to perform blue/green deployments on a Stack, include the following information in its stack template:

At least one of the ECS resources that will trigger a blue/green deployment if replaced during a stack update. Currently, those resources are AWS::ECS::TaskDefinition and AWS::ECS::TaskSet.

When I exclude a AWS::ECS::TaskSet, the Stack creation fails and I receive the following error:

I am defining a task in AWS which I already have working using aws_ecs_task_definition module. I am setting up some environtment variables using the environtment var in terraform module but some of the will be provided throug AWS SSM. The normal creation without AWS SSM is:

I'm experiencing a very annoying problem. I created a CI/CD pipelines using AWS CodePipeline and CloudFormation.

This is the template.yml used by CloudFormation to create a ScheduledTask on ECS.

I am trying to Deploy my image present in ECR using AWS ECS Fargate via Github Actions. It is a Github private repository as well as a private ECR repository. The AWS secrets are properly configured. I have also created an ecsTaskExecutionRole and included it in the Task Definition as per the AWS docs here. But the following error persists: