![]() When you're done with your cluster, you can either: You might want to persist this change by adding it to your shell startupĬonfiguration (e.g. Install the "kubectl" command, if you don't have it already: Kubernetes cluster node initialization: success Kubernetes cluster node installation: success Within a few minutes, you should end up with a similar output: $ exo lab kube create 1ptikubĭeploying "1ptikub" 100 % īootstrapping Kubernetes cluster (can take up to several minutes): Under the hood, it provisions a new Exoscale compute instance and installs all necessary software to run a standalone Kubernetes master node on it.Īt this stage, you can optionally specify the size of the instance ( -size) in case you plan to run large experiments involving lots of containers. Our first step is to create a cluster instance, using the create sub-command. Let’s first have a look at the CLI command – executing exo lab kube will show you all available sub-commands. Thanks to this command, you are able to play with a fully-functional Kubernetes cluster within minutes without installing anything other than the kubectl command. ![]() The first of these functionalities is the kube command that lets you to bootstrap a standalone Kubernetes cluster node very much like Minikube does – but running securely on Exoscale virtual machines. The latest release of the exo CLI introduces a new lab section containing experimental functionalities. If this requirement doesn’t suit you, you’ll be happy to hear about what’s coming next. However, in order to use it you’ll need to run a hypervisor on your computer, which is not necessarily something you can or want – as it can use a lot of resources you can’t spare. ![]() One popular way to try out Kubernetes easily is Minikube: this utility bootstraps a turn-key single-node Kubernetes cluster locally on your computer, which is a very easy and straightforward way to get your hands on a Kubernetes cluster without too much hassle.
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