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Tableplus aws rds4/3/2023 ![]() ![]() On Cluster configuration, define a name for your cluster and click Next:Ĭreation will take a couple of minutes. Leave the rest as it is and click Update. Value: to replace the database entry with the for your instance.Next, in Advanced Configuration add an environment variable as defined in the docker-compose.yml file: This will let us configure the container task we want to run in our cluster. Search for ecs on the AWS Management Console:Ĭlick on Custom and then click Configure: Now, let's deploy our service using Amazon Elastic Container Service (ECS). Now push the image to the ECR repository: docker push Īnd check the image on the ECR repository: You can use the value to create an image with the tag latest. If you click on the repository name, you won’t see any images. Then you can check the Amazon Console registries on ECR: Use your : aws ecr create-repository -repository-name flask-app -region Ĭreate a new ECR repository using the prompt. Login into your AWS CLI, using your and : aws ecr get-login-password -region | docker login -username AWS -password-stdin. Open a terminal and, in the folder where the docker-compose.yml file is located, type: docker compose build IF you have Visual Studio code, you can type: code. Then open this folder with your favorite IDE. You can check all the branches with the command git branch -a. Step into the directory cd aws-docker-templates-flask The database is empty for now.Ĭlone the repository, change branch, and build the Docker imageĬlone the aws-docker-templates-flask repository from Tinystacks: git clone If you see a connection is ok message, you’re good to go. (But make sure to leave SSL enabled when working in a production environment!)Ĭlick Test Connection. host: (the endpoint of the RDS instance).Alternative tools include:įill in all the information required to connect: To test the RDS instance, we will use TablePlus, but you can use any tool you want. Now we are ready to test the RDS instance. Now, add another inbound rule and make the RDS instance accessible: If you do, be sure that both the RDS instance and your app are in the same security group. This will let us test our database with an external tool. While you wait, click on the database name and on the security group.Ĭlick on the security group id, then on Edit Inbound rules. Note that the cost of RDS instances may vary over time. Just double-check that the estimated monthly cost shows "Free Tier" (assuming you still have Free Tier credits). You can leave the rest as it is, except for Connectivity: (Make sure to use a more secure password in a production environment!) Free Tier (If you’re a new customer or haven’t used RDS before, you can get up to 750 hours of usage free)Ĭhoose a name for the instance (basically the name of the database), the master username (postgres), and the password (postgres).Go to the AWS Management Consoleonsole and search for RDS:įrom the list of available options, select: Tag the Docker image and push it to the ECR repository.Clone and build the TinyStacks GitHub repository.Amazon ECR (Elastic Container Registry)Īnd if all of this seems like too much effort, you can also use TinyStacks to set these services up and deploy a flask app to AWS.Amazon RDS (Relational Database Service).In this article, we’ll deploy the Flask application we created in the previous article on AWS, using: ![]()
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