minio kubernetes was designed to be a simple, effective tool for the management of Kubernetes clusters. The tool is written in Go and uses the same set of libraries (gocql, go-kubernetes, gocql-client, go-kubernetes-client, etc) as the official Kubernetes tool. The tool can also be used as a standalone application in your favorite language.
minio kubernetes is a package manager for Kubernetes that allows you to create and run Kubernetes clusters on your Mac or Linux machine. Minio kubernetes comes in two flavors: kubernetes-cli and kubernetes-cli-minio. In both cases, you can register a collection of Kubernetes resources and manage them via the minio kubernetes interface.
Kubernetes is a great open source implementation of the cloud computing infrastructure. It is a package manager that allows you to install and manage Kubernetes on your desktop systems. On the other hand, minio kubernetes is a standalone Kubernetes application, that allows you to manage Kubernetes resources with the minio kubernetes interface. This means you can create, manage, and delete Kubernetes clusters on your own machine.
The minio kubernetes interface can be used to create, manage and delete clusters. For instance, you can create and manage an auto-scaling cluster. You can create and manage a container registry. You can manage a service mesh. You can manage a deployment. You can manage a deployment with a pod template.
Kubernetes is the modern-day version of the Linux operating system that Google uses for its infrastructure, so you can get some insight into how Kubernetes works. It’s also a common way to manage containers, a distributed computing technology that allows us to manage multiple processes running on a single computing node. You can have multiple containers running on your cluster at the same time and they communicate with each other over a network.
Kubernetes is a very generic term that means a whole bunch of things, but it definitely involves how you manage containers. You can manage a deployment with a pod template, but you can also use a tool such as Google Container Engine (GCE) to manage your entire cluster.
Kubernetes is one of the most successful toolkits for managing containers. It’s based on a concept that makes sense for a lot of use cases. For example, you can have multiple services running in your cluster. The idea is that you can easily control your services’ lifecycles and update them on the fly without needing to maintain a master image.
The problem with managing Kubernetes in the cloud is that you’re often left with the responsibility to maintain a master version of your cluster. This can make it complicated (because updating a master is more complicated than updating a pod) to deploy and upgrade your cluster. This is especially true if your cluster is in a shared environment (e.g., a cluster in private cloud).
But Kubernetes has a lot of benefits. You can use a cluster as a “virtual machine”, and if youre already in a shared cluster then you can also leverage the shared cluster features of Kubernetes. There are also a number of cluster-wide features that make it easy to manage your cluster.
Kubernetes is quite a new technology, but there are already a lot of tutorials and help information online.