• Préface
  • I. Introduction à K8s
    • 1. Présententation de K8s
    • 2. Objets et architecture K8s
  • II. Déploiement de K8s
    • 1. Options de déploiement de K8s
    • 2. MiniKube
    • 3. Google Kubernetes Engine
    • 4. Cluster K8s Pi
    • 5. Kubernetes Baremetal Ansible
  • III. Commande kubectl
    • 1. Aide-mémoire kubectl
    • 2. Références kubectl
  • IV. Objets Kubernets
    • 1. Pods Kubernetes
    • 2. Cycle de vie d'un pod K8s
    • 3. ReplicaSets K8s
    • 4. Deployments K8s
    • 5. StatefulSets K8s
    • 6. Jobs K8s
    • 7. Services
    • 8. Etiquettes et annotations
    • 9. DaemonSets K8s
    • 10. Secrets et ConfigMaps
  • V. Pratique de K8s (GKE)
    • 1. Bonnes pratiques K8s
    • 2. Diagnostic K8s
  • Annexe Docker
    • Virtualisation Docker
    • Images et registres Docker
    • Notes
  • INTRODUCTION
  • A brief introduction
  • About
  • Prereqs
  • Docker Versions
  • Introduction to Docker and Containers
  • 1.1. Docker Overview
  • 1.2. Docker History
  • 1.3. Training Environment
  • 1.4. Installing Docker
  • 1.5. First Containers
  • 1.6. Background Containers
  • 1.7. Start And Attach
  • 2.1. Initial Images
  • 2.2. Building Images Interactively
  • 2.3. Building Images With Dockerfiles
  • 2.4. Cmd And Entrypoint
  • 2.5. Copying Files During Build
  • 3.1. Multi Stage Builds
  • 3.2. Publishing To Docker Hub
  • 3.3. Dockerfile Tips
  • 4.1. Naming And Inspecting
  • 4.2. Labels
  • 4.3. Getting Inside
  • 5.1. Container Networking Basics
  • 5.2. Network Drivers
  • 5.3. Container Network Model
  • 5.4. Ambassadors
  • 6.1. Local Development Workflow
  • 6.2. Windows Containers
  • 6.3. Working With Volumes
  • 6.4. Compose For Dev Stacks
  • 6.5. Docker Machine
  • 7.1. Advanced Dockerfiles
  • 7.2. Application Configuration
  • 7.3. Logging
  • 7.4. Resource Limits
  • 8.1. Namespaces Cgroups
  • 8.2. Copy On Write
  • 9.1. Container Engines
  • 9.2. Ecosystem
  • 9.3. Orchestration Overview
  • 10.1. Connecting Containers With Links
  • 10.2. Containers From Scratch
  • Container Orchestration with Docker and Swarm
  • 1. Our app on Swarm
    • 1.1. Compose Scale
    • 1.2. Compose Down
    • 1.3. Swarmkit
    • 1.4. Declarative vs Imperative
    • 1.5. Swarmmode
    • 1.6. Creating our first Swarm
    • 1.7. Docker Machine
    • 1.8. Adding more nodes
  • 2. Running our first Swarm service
    • 2.1. Our app on Swarm
    • 2.2. Hosting our own registry
    • 2.3. Testing our local registry
    • 2.4. Build, tag, and push our container images
    • 2.5. Swarm-ready
    • 2.6. Integration with Compose
    • 2.7. CI/CD for Docker and orchestration
  • 3. Operating Swarm
    • 3.1. Troubleshooting overlay networks
    • 3.2. Measuring cluster-wide network conditions
    • 3.3. Securing overlay networks
    • 3.4. Updating services
    • 3.5. Rolling updates
    • 3.6. Health checks
    • 3.7. Getting task information for a given node
    • 3.8. SwarmKit debugging tools
  • 3. Secrets management and encryption at rest
    • 3.1. Secret management
    • 3.2. Encryption at rest
    • 3.3. Least privilege model
    • 3.4. API Scope
    • 3.5. Logging
    • 3.6. Metrics collection
    • 3.7. Dealing with stateful services
  • 4. Extra tips
  • 5. Links and resources
  • Kubernetes 101
  • 1. Kubernetes Introduction
    • 1.1. Versions
    • 1.2. Concepts
    • 1.3. Declarative vs imperative
    • 1.4. Kubernetes network model
    • 1.5. Setting up Kubernetes
    • 1.6. First contact with kubectl
    • 1.7. Running our first containers on Kubernetes
    • 1.8. Exposing containers
  • 2. Running our application on Kubernetes
    • 2.1. Shipping images with a registry
    • 2.2. Running our application on Kubernetes
    • 2.3. Accessing the API
    • 2.4. Controlling the cluster remotely
    • 2.5. Accessing internal services
    • 2.6. The Kubernetes dashboard
  • 3. Scaling a deployment
    • 3.1. Scaling a deployment
    • 3.2. Daemon sets
    • 3.3. Rolling updates
    • 3.4. Healthchecks
    • 3.5. Accessing logs from the CLI
    • 3.6. Centralized logging
  • 4. Managing stacks
    • 4.1. Managing stacks with Helm
    • 4.2. Namespaces
    • 4.3. Network policies
    • 4.4. Authentication and authorization
    • 4.5. Exposing HTTP services with Ingress resources
    • 4.6. Git-based workflows
    • 4.7. Collecting metrics with Prometheus
    • 4.8. Volumes
  • 5. Advanced subjects
  • Conclusion
    • Next steps
    • Links
  • Kubernetes The Hard Way
  • Kubernetes The Hard Way
  • 1. Prerequisites
  • 2. Installing the Client Tools
  • 3. Provisioning Compute Resources
  • 4. Provisioning the CA and Generating TLS Certificates
  • 5. Generating Kubernetes Configuration Files for Authentication
  • 6. Generating the Data Encryption Config and Key
  • 7. Bootstrapping the etcd Cluster
  • 8. Bootstrapping the Kubernetes Control Plane
  • 9. Bootstrapping the Kubernetes Worker Nodes
  • 10. Configuring kubectl for Remote Access
  • 11. Provisioning Pod Network Routes
  • 12. Deploying the DNS Cluster Add-on
  • 13. Smoke Test
  • 14. Cleaning Up
  • (c) François-Emmanuel Goffinet

5. Kubernetes Baremetal Ansible

5. Kubernetes installer for Scaleway bare-metal AMD64 and ARMv7

https://console.scaleway.com/registers

Kubernetes installer for Scaleway bare-metal AMD64 and ARMv7

https://stefanprodan.com/2018/kubernetes-scaleway-baremetal-arm-terraform-installer/