- AWS EKS is like the magic sauce for deploying and scaling containerized apps. It’s like having a dedicated chef in your kitchen, making sure your app is served just right. And with ECR, it’s like having your own personal pantry to store all your delicious container images. Bon appΓ©tit! ππ
Introduction π¨βπ»
In this tutorial, we will explore the process of deploying a Spring Boot application on AWS EKS (Elastic Kubernetes Service). AWS EKS provides a managed Kubernetes service, allowing for the deployment and scaling of containerized applications. When combined with AWS, the deployment process becomes more streamlined and efficient. By the end of this tutorial, you will have your Spring Boot app up and running on AWS EKS.
Key Takeaways π
| AWS EKS | Kubernetes Service |
|---|---|
| Managed kubernetes service | Deploy and scale containerized applications |
Getting Started with AWS EKS π
To begin the deployment process, it is important to have a basic understanding of both Kubernetes and AWS. If you are new to these technologies, it is recommended to check out a playlist on Kubernetes and AWS to familiarize yourself with the concepts.
Deployment Steps βοΈ
Setting up the Spring Boot Project
Firstly, you need to create a Spring Boot project. Ensure that you are using the latest version of Spring Boot and have all the necessary dependencies.
Dockerizing the Spring Boot App
Next, you will need to dockerize your Spring Boot application by creating a Docker image and pushing it to ECR (Elastic Container Registry) provided by AWS.
Deploying the Docker Image to EKS
Following that, the docker image needs to be deployed to AWS EKS. This involves creating a deployment object and exposing it to the Kubernetes cluster.
Setup and Configuration π οΈ
| Tools Required |
|---|
| AWS CLI |
| kubectl |
| Docker |
Ensure that you have installed the necessary tools mentioned above before proceeding to the next steps.
Creating the Kubernetes Cluster π
The deployment process requires creating a cluster in AWS EKS. This can be done using the eksctl command line utility, which simplifies the process of creating and managing your EKS cluster.
Deploying the Application to EKS π’
Finally, once the cluster is set up, you will deploy your Spring Boot application to AWS EKS using deployment and service objects defined in a YAML configuration file.
Conclusion π―
In conclusion, this tutorial provided a comprehensive guide on deploying a Spring Boot application on AWS EKS. By following the outlined steps, you can successfully deploy and run your application on the managed Kubernetes service provided by AWS.
I hope this tutorial has been helpful in understanding the deployment process on AWS EKS. Feel free to reach out if you have any doubts or questions regarding the content shared. Good luck with your deployments!
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