NAME STATUS AGE VERSION OS-IMAGE KERNEL-VERSION As proposed, from the node you wish to join to this cluster, run the joining command: pizza2$ microk8s join 192.168.1.121:25000/4f9cae1d4f9b9ea0db5a8a/593e114a5Īfterwards, you should have a ready to use Kubernetes cluster: $ microk8s kubectl get nodes -o wide From your master node, ask for a token allowing a remote node to join the cluster:įrom the node you wish to join to this cluster, run the following:.Then, for each node you want to join, run the following 2-steps sequence: In my example, I have 4 machines: Name Hardware Architectureīuild the Kubernetes clusterwith MicroK8sĬhoose a master node for the cluster to host the Kubernetes control plane. Once installation is completed on every node, we can start to join nodes together and build up the cluster. Pulse secure client linux cli update#Optionally, with Snap channels, you can select the Kubernetes version you want to use: $ snap info microk8sįor the user to be allowed to use microk8s command, you need specific permissions: $ sudo usermod -aG microk8s $USERįor the group update to take effect, you can logout/login or simply run: $ su - $USER Pulse secure client linux cli install#On each machine, install MicroK8s with snap, and wait for installation completion: $ sudo snap install microk8s -classic -channel=1.22/stable This tutorial rely on MicroK8s Kubernetes distribution, but any CNCF certified distribution should be suitable. Note: Ubuntu Core does not fully support MicroK8s yet as it requires classic confinement. In my case, I used Ubuntu 20.04LTS for ARM64 and Debian Bullseye for AMD64.
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