Deployed todo-app using Kubernetes

‘Im thrilled to announce my recent success in the world of Kubernetes! 🌟 I’ve just deployed a scalable ‘todo-app’ using Kubernetes, and it’s running seamlessly across pods, ensuring high availability and resilience. The power of Kubernetes’ orchestration is truly impressive!

involves several steps. Below is a simplified guide to help you get started. Please note that this is a high-level overview, and you might need to adapt the steps based on your

Containerize Your Todo App:

Create a Dockerfile for your ‘todo-app’ to package it into a container.
Build the Docker image and push it to a container registry like Docker Hub or a private registry.

Set Up Kubernetes Cluster:

Choose a platform for your Kubernetes cluster (e.g., Minikube for local development, or a cloud provider like AWS, GCP, or Azure).
Install and configure kubectl, the Kubernetes command-line tool.
Define Kubernetes Deployment Configuration:

Create a Kubernetes Deployment YAML file to define your ‘todo-app’ deployment.
Specify details such as the container image, ports, replicas, and any environment variables.
Create Kubernetes Deployment:

Use kubectl apply to create the deployment in your Kubernetes cluster.
bash
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kubectl apply -f your-todo-app-deployment.yaml

Create a Kubernetes Service to expose your ‘todo-app’ internally within the cluster.
Optionally, use an Ingress resource to expose the app externally.
Scale and Update:

Use kubectl scale to adjust the number of replicas based on demand.
bash
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kubectl scale deployment your-todo-app-deployment — replicas=3
Update the application by modifying the Deployment YAML file and reapplying.

Use kubectl apply to create the service file in your Kubernetes cluster.
bash
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kubectl apply -f your-todo-app-service.yaml

Access the Application on browser

for this use can IP and port no of nodeport. Verify the Connection

If everything is set up correctly, you should see your ‘todo-app’ running in the web browser.