Quickstart commands updated
@@ -53,14 +53,14 @@ curl -L https://get.liqo.io | bash -s
Wait that all containers are up and running (around 30 seconds). When a new virtual-kubelet pops out, a new node modeling the remote cluster is present and ready to receive pods. Check it out with:
```bash
-kubectl get no -o wide
+kubectl get nodes -o wide
```
Let's use those resources. Deploy the [Google microservice Shop](https://github.com/liqotech/microservices-demo/blob/master/release/kubernetes-manifests.yaml) application via:
```bash
-kubectl create ns demo-liqo
-kubectl label ns demo-liqo liqo.io/enabled=true
+kubectl create namespace demo-liqo
+kubectl label namespace demo-liqo liqo.io/enabled=true
kubectl apply -f https://get.liqo.io/app.yaml -n demo-liqo
```
@@ -68,11 +68,11 @@ You can observe that:
* Your application is correctly working by exposing the application frontend port and later connecting with a browser to [localhost:8000](localhost:8000). To expose the pod port:
```bash
- kubectl port-forward -n liqo-demo service/frontend 8080:80
+ kubectl port-forward -n demo-liqo service/frontend 8080:80
```
* Your application is transparently deployed across two different clusters:
```bash
- kubectl get po -n demo-liqo -o wide
+ kubectl get pods -n demo-liqo -o wide
```
To get more information about how to install Liqo in your own clusters and configure it, you can check out the [Liqo Documentation](https://doc.liqo.io/user/).
