OpenShift 4.2 vSphere Install with Static IPs

In my previous blog I went over how to install OpenShift 4.2 on VMware vSphere 6.7 using DHCP. Using DHCP with address reservation via MAC address filtering is a common way of ensuring network configurations are set and consistent on Red Hat Enterprise Linux CoreOS (RHCOS). Many environments would rather use static IP configuration to […]

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OpenShift 4.2 vSphere Install Quickstart

In this blog we will go over how to get you up and running with an OpenShift 4.2 install on VMware vSphere. There are many methods to work with vSphere that allows automating in creating the necessary resources for installation. These include using Terraform and Ansible to help expedite the creation of resources. In this […]

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OpenShift 4.2 Disconnected Install

OpenShift 4.2 Disconnected Install

In a previous blog, it was announced that Red Hat is making the OpenShift nightly builds available to everyone. This gives users a chance to test upcoming features before their general availability. One of the features planned for OpenShift 4.2 is the ability to perform an install in a restricted environment with limited access to […]

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OpenShift 4.2 on Azure Preview

OpenShift 4.2 on Azure Preview

Introduction In this blog we will be showing a video on how to get Red Hat OpenShift 4 installed on Microsoft Azure using the full stack automated method.. This method differs from the pre-existing infrastructure method, as the full stack automation gets your from zero to a full OpenShift deployment, creating all the required infrastructure […]

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OpenShift 4.1 Bare Metal Install Quickstart

OpenShift 4.1 Bare Metal Install Quickstart

In this blog we will go over how to get you up and running with a Red Hat OpenShift 4.1 Bare Metal install on pre-existing infrastructure. Although this quickstart focuses on the bare metal installer, this can also be seen as a “manual” way to install OpenShift 4.1. Moreover, this is also applicable to installing […]

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Using Dynamic Provisioning and StorageClasses

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OpenShift can integrate with underlying infrastructure, enabling OpenShift to dynamically interact with infrastructure and extend its functionality. Specifically, this can allow us to set up OpenShift to process a PersistentVolumeClaim and then allocate that storage dynamically.

I am going to cover what is needed to get started with dynamically provisioning storage, including cloud provider configuration, StorageClasses, and the Default StorageClass.

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