Actualiser README.md

README.md

@@ -44,52 +44,25 @@ Run the following script to prepare the application, build the Docker image, and
 ```bash
 ./prepare-app.sh
 ```
+### Start the Application
 
+Run the following script to create all Kubernetes objects and start the application:
 
+```
+./start-app.sh
+```
+### Stop the Application
 
-# Web Application Deployment to Kubernetes
-
-## Description
-
-This project deploys a web application to Kubernetes.
-
-## Containers Used
-
-- **web-app-container**: A container running a Node.js application.
-
-## Kubernetes Objects
-
-- **Namespace**: `my-namespace`
-- **Deployment**: `web-app-deployment`
-- **StatefulSet**: `web-app-statefulset`
-- **Service**: `web-app-service`
-- **PersistentVolume**: `pv-volume`
-- **PersistentVolumeClaim**: `pvc-claim`
-
-## Virtual Networks and Named Volumes
-
-- The application uses a PersistentVolume and PersistentVolumeClaim to store data.
-- The Service exposes the application on port 80.
-
-## Container Configuration
-
-- The Dockerfile builds a Node.js application and exposes port 8080.
-- The Deployment and StatefulSet use the image `my-web-app:latest`.
-
-## Instructions
-
-### Prepare the Application
-
-1. Run the `prepare-app.sh` script to build the Docker image and create the namespace and persistent volumes.
+Run the following script to delete all created Kubernetes objects and stop the application:
 
 ```bash
-./prepare-app.sh```
-
-###2. Create the Namespace
-
-```bash
-kubectl apply -f namespace.yaml```
-
+./stop-app.sh
+```
+### View the Application
 
+If you are using a LoadBalancer service, you can access the application using the external IP address provided by the service. Run the following command to get the service details:
 
+```
+kubectl get services -n my-namespace
+```