Learning

Duration:5.0 Day

Training Method: Theoretic teaching+Hands-on practice

Course Level: HCIP

Objectives

On completion of this program, the participants will be able to:

• Describe the implementation principles of Docker containers and master how to operate Docker containers.
• Describe the Kubernetes architecture and components and master basic operations.
• Understand the functions and operation configurations of common objects of Kubernetes.
• Have a good command of the O&M and troubleshooting capabilities of the Kubernetes platform.

Target Audience

• Those who want to master container implementation principles and O&M skills.
• Those who want to master the management and O&M skills of the Kubernetes platform.
• Those who desire to obtain the HCIP-Cloud Computing-Container V1.0 certification.

Prerequisites

• Have good IT skills and understand the technical key points in servers, storage, networks, and virtualization.
• Have experience in cloud computing and understand the development trend of cloud computing.
• Master basic knowledge of Linux OSs and be experienced in using Linux OSs.

Training Content

1.Container Technology Overview

• Container Technology Development
• Container Technology Basis
• Basic Operations on Containers

2.Container Image

• Container Image Layers
• Building Container Images

3.Container Network

• Container Network

4.Container Storage

• Container Storage Mechanism
• Data Sharing

5.Container Underlying Implementation Technology

• Namespaces and Cgroups
• Container Resource Limit

6.PaaS Overview

• Introduction to PaaS
• Enterprise IT Cloud Transformation Challenges and Trend
• PaaS and Orchestration Tool Overview

7.Kubernetes Architecture Introduction

• Kubernetes Architecture
• Namespace

8.Deployment Management and Usage

• Kubernetes Objects
• Creating a Deployment
• Scaling and Upgrading a Deployment

9.Pod Management and Usage

• Basic Concepts about Pods
• Using a Pod

10.Label and Label Selector

• Label
• Label Selector

11.Service Discovery

• Basic Concepts about Services
• Service Discovery
• DNS in a Cluster
• Headless Service

12.DaemonSet and Job

• DaemonSet
• Job
• Cron Job

13.Pod Health Check

• Basic Concepts of Pod Probes
• Using Liveness Probes
• Using Readiness Probes

14.Kubernetes Network

• Kubernetes Network
• Model Pod Network Implementation
• CNI Plug-in and Common Implementations
• Flannel Network Plug-ins

15.Kubernetes Storage

• EmptyDir
• HostPath
• PV and PVC

16.ConfigMap and Secret

• ConfigMap Overview
• Secret Overview

17.StatefulSet Management and Usage

• Using a StatefulSet

18.Kubernetes Quality of Service (QoS)

• QoS Principles and Usage

19.Kubernetes Resource Scheduling

• Kubernetes Resource Management
• Kubernetes Scheduler
• Kubernetes Scheduling Policy
• Kubernetes Scheduling Priority and Preemption Mechanism

20.Kubernetes Dashboard

• Dashboard Overview
• Dashboard Functions
• Deploying Applications Using Dashboard

21.Helm (Kubernetes Package Manager)

• Helm Overview
• Using Helm
• Chart Overview
• Using Charts

22.RBAC

• Kubernetes Authorization Overview
• RBAC Plug-in Overview
• RBAC Configuration

23.Kubernetes Log Management Solution

• Kubernetes Log Management
• EFK Log Management

24.OpenStack Overview

• Introduction to OpenStack
• OpenStack architecture
• OpenStack Core Project Overview
• OpenStack workflow example
• OpenStack hands-on experiment: Experiencing and Installing the OpenStack Environment