This Kubernetes project containerizes a React application as the frontend, which is used to calculate a time-consuming task - in this case, finding the nth Fibonacci number. The application is designed to be scalable and able to handle large amounts of traffic.
The project also includes a PostgreSQL database for data storage, a Redis server for caching, and a Node Express server to handle incoming requests. Each of these services is separated into its own folder with its own Dockerfile, which helps to keep the codebase organized and easy to manage.
To manage the deployment of the various services, Kubernetes is used, along with several Kubernetes-specific components. These include an IP service to assign IP addresses to each service, an ingress service to handle incoming traffic and routing, and a persistent volume claim to ensure that data is stored securely and can be easily accessed.
Overall, the project demonstrates how Kubernetes can be used to manage complex, multi-component applications in a scalable and efficient manner.
NOTE: By default my personal dockerhub repo(
deapu) is used for retrieving images, you can recreate your own images with dockerfile inside every folder.
Install minikube or any other local kubernetes cluster maker
$ minikube start
$ kubectl cluster-infoto check cluster is up and running
$ kubectl create secret generic pgpassword --from-literal PGPASSWORD=postgres_password$ kubectl apply -f k8s/$ minikube ipuse the above ip (local) to see the result