Introduction to Kubernetes
- Operation of applications in containers (basic principles and options)
- CNCF organization and CRI, CNI, CSI standards
- Why Kubernetes is needed
- Kubernetes philosophy, basic rules and options
- Objects in Kubernetes ( pod, static pod, service, daemonset, and others )
Kubernetes cluster structure
- Types of nodes in the cluster (master node, worker node)
- Control plane structure (API server, scheduler, etcd, controller, and others)
- Deployment options (cloud, on premise, minikube tools, etc.)
Basics of cluster administration
- Cluster information
- Orientation in the provided API
- Administration of nodes in the cluster ( cordon/uncordon, drain, ... )
- Object tagging
- Networking in a cluster
- Persistent data
Application operation in the Kubernetes environment
- Creating a simple pod
- Multi-container pods and when to use them
- Application control using higher-level controllers
- Scaling and zero-downtime upgrade
- Centralized configuration (ConfigMap and its options)
Deploying applications using Helm
- What is Helm and how to use it
- Helm Hub and Repositories
- Helm Charts
- Simple application deployment
- Upgrade/downgrade using Helm
