DOE300 - Course Presentation

• DOE300 - Course Presentation.
  • Content
  • Prerequisites
    • Hardware
    • Software
    • Internet
  • Using the Infrastructure
  • Curriculum

• One computer (MacOS, Linux, Windows™ or Solaris™),
• AZERTY FR or QWERTY US keyboard,
• 4 GB RAM minimum,
• 2-core processor minimum,
• Headphones or earphones,
• A microphone (optional).

• Web Chrome version 72+ or
• Microsoft Edge version 79+ or
• Firefox version 65+.

• Fast Internet access (4G minimum) WITHOUT using a proxy,
• Unblocked access to ports 80 and 443 at: https://www.ittraining.team and its sub-domains.

In your VirtualBox you must create a host private network called vboxnet0 with address 192.168.56.1/24.

Pre-configured VirtualBox VMs can be downloaded free of charge here:

• Gateway_10.0.2.40,
• CentOS_10.0.2.45,
• Kubemaster_10.0.2.65,
• Kubenode01_10.0.2.66,
• Kubenode02_10.0.2.67.

• DOE301 - Creating Kubernetes clusters
  • Container Orchestration
  • Introduction to Kubernetes (k8s)
    • Control Plane
    • Controller
    • Nodes (Minions)
  • LAB #1 - Creating a Kubernetes cluster with Virtual Machines
    • 1.1 - Overview
    • 1.2 - Connecting to the kubemaster
    • 1.3 - Testing the network
    • 1.4 - Initializing the Cluster Controller
    • 1.5 - Installing a Network Extension for communication between PODs
    • 1.6 - Connecting workers to the Controller
    • 1.7 - K8s and High Availability
  • LAB #2 - Creating a Kubernetes cluster with Minikube
    • 2.1 - Introducing Minikube
    • 2.2 - Installing Minikube
    • 2.3 - Configuring Minikube
    • 2.4 - Installing Docker
    • 2.5 - Installing kubectl
    • 2.6 - The minikube addons command
    • 2.7 - The minikube dashboard addon

• DOE302 - Managing Pods, Replication Controllers, ReplicaSets, Deployments, Maintenance and Cluster Updates
  • LAB #1 - Creating a pod
    • 1.1 - Introducing a pod
    • 1.2 - Manual pod creation
    • 1.3 - Creating a pod using a YAML file
      • apiVersion
      • kind
      • metadata
      • spec
      • Using the YAML file
  • LAB #2 - Using Replication Controllers and ReplicaSets
    • 2.1 - Replication Controllers
      • Overview
      • Implementation
    • 2.2 - ReplicaSets
      • Overview
      • Implementation
  • LAB #3 - Deployment management
    • 3.1 - Overview
    • 3.2 - Implementation
      • Rollouts
      • Rolling Updates
      • Rollbacks
  • LAB #4 - Maintenance
    • 4.1 - The drain command
    • 4.2 - The uncordon command
  • LAB #5 - Managing Cluster Updates
    • 5.1 - Updating kubeadm
    • 5.2 - Updating Workers

• DOE303 - The kubectl, krew and kustomize commands
  • LAB #1 - Using the kubectl command
    • 1.1 - Getting help with kubectl commands
    • 1.2 - Obtaining information about the Cluster
      • The version command
      • The cluster-info command
      • The api-versions command
      • The api-resources command
    • 1.3 - Obtaining information about nodes
      • The describe node command
      • The top command
    • 1.4 - Obtaining information about Pods
      • The describe pod command
      • The top command
    • 1.5 - Working with the kubectl command
      • The apply command
      • The create command
      • The get command
      • Using Options
      • The exec command
      • Imperative commands
  • LAB #2 - Managing kubectl plugins with the krew command
    • 2.1 - Installing krew
    • 2.2 - Viewing the list of plugins
    • 2.3 - Installing and using plugins
    • 2.4 - Updating and deleting plugins
  • LAB #3 - Managing patches with the kustomize command

• DOE304 - Working with Pods and Containers
  • LAB #1 - Application Configuration
    • 1.1 - Overview
    • 1.2 - Creating a ConfigMap
    • 1.3 - Creating a Secret
    • 1.4 - Using ConfigMaps and Secrets
      • Using Environment variables
      • Using Configuration Volumes
  • LAB #2 - Container Resource Management
    • 2.1 - Overview
    • 2.2 - Resource Requests
    • 2.3 - Resource Limits
  • LAB #3 - Container supervision
    • 3.1 - Overview
    • 3.2 - Liveness Probes
      • The exec Probe
      • The httpGet Probe
    • 3.3 - Startup Probes
    • 3.4 - Readiness Probes
  • LAB #4 - Restart Policy Management
    • 4.1 - Overview
    • 4.2 - Always
    • 4.3 - OnFailure
    • 4.4 - Never
  • LAB #5 - Creating Multi-container Pods
    • 5.1 - Overview
    • 5.2 - Implementation
  • LAB #6 - Init containers
    • 6.1 - Overview
    • 6.2 - Implementation
  • LAB #7 - Scheduling
    • 7.1 - Overview
    • 7.2 - Implementation
  • LAB #8 - DaemonSets
    • 8.1 - Overview
    • 8.2 - Implementation
  • LAB #9 - Static Pods
    • 9.1 - Overview
    • 9.2 - Implementation

• DOE305 - Network, Service and Microservices Architecture Management
  • LAB #1 - Network and Service Management
    • 1.1 - Overview of Network Extensions
    • 1.2 - DNS K8s
      • Overview
      • Implementation
    • 1.3 - Network Policies
      • Overview
      • Implementation
    • 1.4 - Services
      • Overview
      • Implementation
        • The NodePort service
        • ClusterIP service
    • 1.5 - Services and the K8s DNS
      • Overview
      • Implementation
    • 1.6 - K8s Ingress management
      • Overview
      • Implementation
  • LAB #2 - Microservices Architecture Management
    • 2.1 - Overview
    • 2.2 - Creating Deployments
    • 2.3 - Creating Services
    • 2.4 - Deploying the Application
    • 2.5 - Scaling Up

• DOE306 - Managing Volumes with Kubernetes
  • Overview
    • Volumes
    • Persistent Volumes
    • Volume Types
  • LAB #1 - Using K8s Volumes
    • 1.1 - Volumes and volumeMounts
    • 1.2 - Sharing volumes between containers
  • LAB #2 - Persistent Volumes
    • 2.1 - Storage Classes
    • 2.2 - Persistent Volumes
    • 2.3 - Persistent Volume Claims
    • 2.4 - Using a PersistentVolumeClaim in a pod
    • 2.5 - Resizing a PersistentVolumeClaim

• DOE307 - Troubleshooting Kubernetes
  • LAB #1 - The API Server
    • 1.1 - Refused Connections
      • The kubelet service
      • The KUBECONFIG variable
      • The $HOME/.kube/config file
    • 1.2 - System Pod Logs
  • LAB #2 - Nodes
    • 2.1 - The NotReady status
  • LAB #3 - Pods
    • 3.1 - The ImagePullBackOff error
    • 3.2 - The CrashLoopBackOff Error
  • LAB #4 - Containers
    • 4.1 - The exec command
  • LAB #5 - The Network
    • 5.1 - kube-proxy and the DNS
    • 5.2 - The netshoot container

• DOE308 - Introduction to Securing K8s
  • LAB #1 - Role Based Access Control and TLS Certificates
    • 1.1 - Overview
    • 1.2 - The /etc/kubernetes/manifests/kube-apiserver.yaml file
    • 1.3 - Creating a serviceAccount
    • 1.4 - Creating a user
    • 1.5 - TLS certificates
  • LAB #2 - Pod Security Implementation
    • 2.1 - Overview
    • 2.2 - Kubernetes Security Context
      • ReadOnlyRootFilesystem
      • drop
    • 2.3 - Kubernetes Network Policies
    • 2.4 - Kubernetes Resource Allocation Management

• DOF309 - Gestion de Paquets pour K8s avec Helm
  • Présentation de Helm
  • LAB #1 - Travailler avec Helm
    • 1.1 - Installation de Helm
    • 1.2 - La Commande helm search hub
    • 1.3 - Rechercher dans le Helm Hub
    • 1.4 - Ajouter et supprimer un Dépôt
    • 1.5 - La Commande helm search repo
    • 1.6 - La Commande helm show
    • 1.7 - Installation d'un Chart
    • 1.8 - La Commande helm get
    • 1.9 - Utilisation des NOTES
    • 1.10 - La Commande helm upgrade
    • 1.11 - La Commande helm history
    • 1.12 - La Commande helm rollback
    • 1.13 - La Commande helm uninstall
  • LAB #2 - Supervision de K8s avec le Stack EFK
    • 2.1 - Présentation du Stack EFK
    • 2.2 - Installation du Chart elasticsearch
    • 2.3 - Installation du Chart fluentd-elasticsearch
    • 2.4 - Installation du Chart kibana
    • 2.5 - Génération de Traces dans K8s
    • 2.6 - Visualisation des Données avec Kibana

• DOF310 - StatefulSets, StorageClass Avancé, Helm Avancé et Monitoring
  • StatefulSets
    • LAB #1 - Mise en Place d'un StatefulSet Simple
      • 1.1 - Création du Service et du StatefulSet
      • 1.2 - Mise en Place d'un Scale Up
      • 1.3 - Mise en Place d'un Scale Down
      • 1.4 - Suppression du StatefulSet
  • StorageClass Avancé
    • LAB #2 - Provisionnement NFS dynamique
      • 2.1 - Configuration du Serveur NFS
      • 2.2 - Configuration des Clients NFS
      • 2.3 - Configuration de K8s
      • 2.4 - Création d'un PersistentVolumeClaim
      • 2.5 - Utilisation du PersistentVolumeClaim avec un pod
      • 2.6 - Création d'un Deuxième PersistentVolumeClaim
      • 2.7 - Suppression des PersistentVolumeClaims
  • Helm Avancé
    • LAB #3 - Création d'un Paquet Helm Simple
      • 3.1 - Le Fichier values.yaml
      • 3.2 - Les Templates
      • 3.3 - Installation et Suppression
  • Monitoring
    • LAB #4 - Mise en Place d'une Solution Prometheus
      • 4.1 - Déploiement du Stack avec Helm
      • 4.2 - Consultation des Données avec Grafana
      • 4.3 - Consultation des Alertes avec le Web UI de Prometheus

• DOF311 - Validation des Acquis
  • 60 questions issues d'un pool de 104 questions

Copyright © 2024 Hugh Norris - Document non-contractuel. Le programme peut être modifié sans préavis.