It's time to dig deeper into Kubernetes. You will learn about its API architecture and its internals, how to organize workloads, and look closely at the primary workload element in Kubernetes, the Pod.
It's time to take your Kubernetes admin skills to the next level and dig into how to deploy and manage container-based applications in Kubernetes. In this course, Managing the Kubernetes API Server and Pods, you will gain the ability to deploy, manage, and troubleshoot container-based workloads in Kubernetes. First, you will learn how to use the Kubernetes API and API Server internals. Next, you will discover how to use labels, annotations, and namespaces to organize the largest workloads and how Kubernetes uses labels internally for its own operations. Finally, you will explore how to create, manage, and maintain healthy container-based applications with the primary Kubernetes workload construct, the Pod. When you're finished with this course, you will have the skills and knowledge of creating and maintaining container-based workloads in Kubernetes.
Meet Anthony Nocentino, Enterprise Architect, Founder and President of
Centino Systems, Pluralsight Author, Microsoft Data Platform MVP, Corporate
Problem Solver, and a voracious student of the latest computer science
Managing Objects with Labels, Annotations, and Namespaces Hello, this is Anthony Nocentino with Centino Systems. Welcome to my course, Managing the Kubernetes API Server and Pods. This module is Managing Objects with Labels, Annotations, and Namespaces. So let's take a look at where we are in the course so far. We just wrapped up our deep dive into the Kubernetes API with the module, Using the Kubernetes API. Now let's learn how we can use some techniques such as labels, annotations, and namespaces to organize resources and objects in our Kubernetes cluster in the module, Managing Objects with Labels, Annotations, and Namespaces. In this module, we're going to discuss organizing objects in Kubernetes. And the techniques that we're going to use to organize objects are going to be namespaces, labels, and annotations. Once we have those principals behind us, we're going to learn how Kubernetes uses labels to manage critical system functions such as managing services, controlling Deployments, and workload scheduling in our cluster.