![]() ![]() This will bootstrap a Kubernetes cluster using a pre-built Creating a Cluster □︎Ĭreating a Kubernetes cluster is as simple as kind create cluster. Kind: command not found after installation, you can find a guide for adding a directory to your PATH at. You may need to add that directory to your $PATH if you encounter the error Go’s “Compile and install packages and dependencies” Go install will typically put the kind binary inside the bin directory under go env GOPATH, see from the top-level directory of the clone. To install use: go install you are building from a local source clone, use go install. When installing with Go please use the latest stable Go release. Make install will attempt to mimic go install and has the same path requirements as go install below. bin/kind to use it, or copy bin/kind into some directory in your system PATH to It will automatically obtain the correct go version with our vendored copy of gimme. You should only need make and standard userspace utilities to run this build, The binary will be in bin/kind inside your clone of the repo. Using make build does not require installing Go and will build kind reproducibly, In addition to the pre-built binary + package manager installation options listedĪbove you can install kind from source with go install or clone this repoĪnd run make build from the repository. \kind-windows-amd64.exe c:\some-dir-in-your-PATH\kind.exe Installing From Source □︎ \kind-windows-amd64.exe c:\some-dir-in-your-PATH\kind.exe The kind community has enabled installation via the following package managers.Ĭurl.exe -Lo kind-windows-amd64.exe https :///dl/v0.20.0/kind-windows-amd64 You may need to install the latest code from source at HEAD if you are developing Kubernetes itself at HEAD / the latest sources. Stable tagged releases (currently v0.20.0) are generally strongly recommended for CI usage in particular. Otherwise we supply downloadable release binaries, community-managed packages, and a source installation guide. If you are a go developer you may find the go install option convenient. To install kubectl see the upstream kubectl installation docs. Contents □︎īut you will not be able to perform some of the examples in our docs without it. If you are having problems please see the known issues guide. A tag's image reference isn't updated unless you've manually included it in a CLI command.This guide covers getting started with the kind command. However, running docker pull example-image:1.1.0 would not affect the 1.1.0-apache tag. The tag command takes two arguments: an existing tag identifying an image and a new "target" tag to assign to that image:ĭocker tag example-image:1.1.0 example-image:1.1.0-apacheīoth tags will now refer to the same image so you can start to use them interchangeably. Tags can also be attached when you're building an image with docker build by passing the -t flag. Tags are added to images using the docker tag command. In this guide, we'll show how to manage image tags with the Docker CLI. Local tags give you a way to quickly identify specific images in the future. ![]() ![]() ![]() You can add your own tags to any image you build or pull. This tag scheme lets you pick between different versions of the image while offering either Apache or NGINX as the image's base. ![]()
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