- #Ubuntu vmware image 15.0 how to
- #Ubuntu vmware image 15.0 archive
A macOS or Linux workstation with the following installed:. An account on your target infrastructure, AWS, Azure, or vSphere. To build a Linux custom machine image, you need: #Ubuntu vmware image 15.0 how to
Use a Linux Image for a Workload Cluster shows you how to deploy a workload cluster that uses your custom image as a template. Use a Linux Image for a Management Cluster shows you how to deploy a management cluster that uses your custom image as a template. (Optional) Create a TKr for the Linux Image shows you how to create a custom Tanzu Kubernetes release (TKr) based on the image so you manage it using all the options detailed in Deploy Tanzu Kubernetes Clusters with Different Kubernetes Versions. Build a Linux Image shows you how to use Kubernetes Image Builder and Docker to customize and build an image. Linux Image Prerequisites lists what you need to successfully build and use a custom Linux image. This procedure walks you through building a Linux custom machine image to use when creating clusters on AWS, Azure, or vSphere. cloud-init configured to accept bootstrap instructions. 
You must include any images that are not published and must be pulled locally, as with VMware-signed images. All required images for kubeadm init and kubeadm join.A container runtime, most often containerd.The versions of kubeadm, kubelet and kubectl specified in the workload cluster manifest.When CAPI creates a cluster from a machine image, it expects several things to be configured, installed, and accessible or running, including: All nodes that make up a cluster are derived from a common template or machine image. Cluster APIĬluster API (CAPI) is built on the principles of immutable infrastructure. The Tanzu CLI then creates new clusters using your custom image, and no longer uses the default image, for that combination of OS version, Kubernetes version, and target infrastructure. If you build and use a custom image with the same OS version, Kubernetes version, and infrastructure that a default image already has, your custom image replaces the default. For example, one ova-ubuntu-2004-v1.20.5+vmware.2-tkg image serves as the OVA image for Ubuntu v20.04 and Kubernetes v1.20.5 on vSphere.įor other combinations of OS version, Kubernetes version, and infrastructure, such as with the RHEL v7 OS, there are no default machine images, but you can build them. See Building Images for vSphere in the Image Builder documentation.įor common combinations of OS version, Kubernetes version, and target infrastructure, Tanzu Kubernetes Grid provides default machine images.You import the resulting OVA into a vSphere cluster, take a snapshot for fast cloning, and then mark the machine image as a vm template.
#Ubuntu vmware image 15.0 archive
Image Builder builds Open Virtualization Archive (OVA) images from the Linux distribution's original installation ISO. See Building Images for Azure in the Image Builder documentation. You can store your custom image in an Azure Shared Image Gallery. 
See Building Images for AWS in the Image Builder documentation.The custom image is built inside AWS and then stored in your AWS account in one or more regions.
Image Builder builds custom images from base AMIs that are published on Amazon EC2, such as official Ubuntu AMIs. Image Builder builds the images using native infrastructure for each provider:. Packer automates and standardizes the image-building process for current and future CAPI providers, and packages the images for their target infrastructure once they are built. Ansible standardizes the process of configuring and provisioning machines across multiple target distribution families, such as Ubuntu and CentOS. Kubernetes Image Builder runs on your local workstation and uses the following: To build custom machine images for Tanzu Kubernetes Grid workload clusters, you use the container image from the upstream Kubernetes Image Builder project. This topic provides background on custom images for Tanzu Kubernetes Grid, and explains how to build them. The base OS can be an OS that VMware supports but does not distribute, for example, Red Hat Enterprise Linux (RHEL) v7. A custom image must be based on the OS versions that are supported by Tanzu Kubernetes Grid. Each custom machine image packages a base operating system (OS) version and a Kubernetes version, along with any additional customizations, into an image that runs on vSphere, Amazon EC2, or Microsoft Azure infrastructure. You can build custom Linux machine images for Tanzu Kubernetes Grid to use as a VM template for the management and Tanzu Kubernetes (workload) cluster nodes that it creates.
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