> istioctl install -f install-istio.yaml -skip-confirmation I went a step further and installed Istio with a sample application. Afterwards the KinD single node gets instantiated with Calico and the metrics server enabled. The instance name is also added to the host file. It reads then the IP address from the Multipass instance, downloads the KinD configuration, and replaces 127.0.0.1 with the IP. set extraArgs.kubelet-preferred-address-types=InternalIP \īitnami/metrics-server -namespace kube-systemįirst, the script installs GNU sed via brew. set extraArgs.kubelet-insecure-tls=true \ Kubectl config set-context -current -namespace kube-system Kind create cluster -config=/tmp/single-node.yaml IP_CONFIG_EXISTS=$(cat /private/etc/hosts | grep -c "$IP")Įcho "$IP $INSTANCE_NAME" | sudo tee -a /private/etc/hosts IP=$(multipass info $INSTANCE_NAME | grep IPv4: | cut -d ':' -f2 | tr -ds ' ' '') KinD on Docker for Desktop uses the localhost interface 127.0.0.1 where Podman with Multipass has its own IP address from the bridge interface. The setup I am running is the same I use with Docker for Desktop.Ī tremendous difference between my Podman setup with Multipass and Docker for Desktop is the network access. Even the Podman support of KinD is in an experimental state it runs stable enough for the daily usage. Today I briefly show you the local Kubernetes setup with KinD on Podman. In one of my last blog posts I walked you through the setup how to run Podman on macOS with Multipass as Docker for Desktop alternative.
0 Comments
Leave a Reply. |