docker for mac kubernetes mount local volume

Which means that you define the volume and mount it within a single Kubernetes pod spec.

You can create the volume as a pod volume. There are two options you have used when creating persistent volumes. Manual Clean Up With Local Persistent Volumes.Understanding Persistent Volume Reclaim Policies.Using Persistent Volume Claims with Deployments.Methods for Creating Persistent Volumes.The example I’ll be using in this blog post is persisting data stored by mysql for hosting a TeamCity database. With that in mind how do we keep the data the container wrote? Persistent volumes answer that question. Everytime you want to update the container, you delete it and replace it with a new one. When administering containers on the other hand the deletion of a container happens all the time. Which we all know is a very unlikely scenario. You only delete it when it is time to decommission it. You create a virtual machine and make changes to that virtual machine. The reasons for that is most virtualized environments are static. If you’ve been working with virtual machines most of your career this isn’t something you’ve given much thought. Before we dive in first let’s answer the question of why would you create a persistent volume? Because of that the maintenance of the volumes is a bit different than you’d expect. Because of this, there isn’t an easy way (at least that I’ve found) to access the node running in the docker-desktop instance that hosts the Kubernetes cluster. I’ll be using a Kubernetes cluster running within docker-desktop. A local volume represents a mounted local storage device such as a disk, partition or directory. There are several volume types in Kubernetes, but to get started I’ll be using the local volume type. In this blog post, I’ll be walking through how to create a persistent volume in Kubernetes.

Docker for mac kubernetes mount local volume