Kubernetes Fundamentals

FL-KuF

Kubernetes Fundamentals

Price
Duration

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Who Should Attend

• DevOps engineers
• Linux system administrators

• Systems design engineers
• Architects

Prerequisites

 

The Configuring Cisco MDS 9000 Series Switches (DCMDS) v3.6 course

• Familiarity with the Linux command line.
• Familiarity with JSON and/or YAML syntax.

 

What you’ll learn in this course

This course is intended for system administrators and application developers who are interested in deploying and orchestrating container applications at scale and have a basic understanding of containers, mainly docker, and want to understand the basic concepts of Kubernetes and it is internal processes.
The course starts with a small refresher on what containers are and afterwards it goes and presents the kubernetes architecture and it is main components.

Next, each student will create it is own Kubernetes cluster and also submit workloads under a common cluster across all students simulating a more production like environment. Kubernetes resources like pod, deployment, services, volumes, and many more are presented alongside with their major features and each student will have the chance to create and use them in the hands-on laboratories which are at the end of each chapter.

 

Course Objectives

After completing this course, students will have a firm understating of the main components of a kubernetes cluster

and also on some kubernetes resources like pod, deployment, services, volumes.

Course Outline

 

Chapter 01: Reviewing Containers and Docker
• Containers vs VMs
• Docker
• OS Components
• Docker Registries
• The need for K8s
• The K8s story
Chapter 02: Kubernetes History and Architecture
• Kubernetes history
• K8s Architecture
• Workers and Masters
Chapter 03: Installing Kubernetes
• Installing Kubernetes
• K8s Terminology
• Pods
• Namespaces
• Anatomy of a Kubernetes Node
• Getting help
Hands-on Lab
Chapter 04: Running Workloads Imperatively
• CLI Commands
• kubectl run | get | describe | delete - explained
• Running K8s Workloads
• Pod Lifecycle
• Namespaces
Hands-on Lab
Chapter 05: The Declarative Model
• From imperative to declarative model
• JSON and YAML
• Manifest Files
• Creating the YAML
• The Kubernetes API
Hands-on Lab

Chapter 06: Deployments
• Labels and Selectors
• ReplicaSets
• Deployment
• Jobs
• Scaling and updating
Hands-on Lab
Chapter 07: Persisting Data
• Volumes
• Types of K8s volumes
• Persistent Volumes
• NFS Persistent Volume
Hands-on Lab
Chapter 08: K8s Networking
• Docker Networking Model
• K8s Networking Model
• Services
• Kube-proxy
• K8s DNS
Hands-on Lab
Chapter 09: Monitoring and Logging
• Kubernetes metrics
• Metrics Terminology
• Monitoring with ES/Kibana
• Monitoring with Prometheus/Grafana
Chapter 10: Introspection
• Introspection
• Debugging pods
• Debugging K8s Clusters
• CI/CD with K8s
Hands-on Lab

Further information

If you would like to know more about this course please contact us