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所在平台: Coursera |
课程主页: https://www.coursera.org/learn/kubernetes-for-absolute-beginners
课程评论：没有评论
课程名称：Kubernetes基础入门与实践实验 课程概述： 学习Kubernetes对于任何DevOps专业人士来说都是必不可少的。随着DevOps工程师的需求不断增长，他们的薪资水平也相对较高，尤其是在硅谷，DevOps工程师的平均薪资比软件工程师高出20%。掌握Kubernetes部署技能是当前市场最需要的技能之一。 Kubernetes是一个开源系统，致力于自动化容器化应用程序的部署、扩展和管理。 课程大纲： 1. **介绍**：概述“ Kubernetes基础入门”课程的目标和内容，重点介绍Kubernetes的基本概念和面向初学者的实践实验。 2. **Kubernetes概述**：全面介绍Kubernetes及其在软件开发中的重要性，学习容器技术及容器编排的概念，深入理解Kubernetes架构以及组件和功能。 3. **Kubernetes概念**：学习Kubernetes中Pods的基本概念，通过实操演示设置Minikube，创建和管理Kubernetes集群中的Pods。 4. **YAML入门**：介绍YAML这种常用于Kubernetes配置文件的可读性格式，学习YAML的语法和结构，并通过实验掌握编写Kubernetes清单和有效配置资源所需的基本技能。 5. **Kubernetes概念 - PODs、ReplicaSets、Deployments**：学习Pods、ReplicaSets和Deployments的核心概念，通过实际操作定义和管理Pods，了解ReplicaSets在维持所需Pod副本中的作用，以及如何创建和管理Deployments。 6. **Kubernetes中的网络**：介绍Kubernetes集群中的网络基础概念，学习Pods之间及与外部资源的通信方式。 7. **服务**：学习Kubernetes服务的不同类型（如NodePort、ClusterIP和LoadBalancer），以及它们如何促进Pods之间以及与外部客户端的通信。 8. **微服务架构**：概述微服务架构及其在现代应用开发中的优势，学习微服务的关键特性及原则，并通过实例展示如何在Kubernetes上部署微服务应用。 9. **云上的Kubernetes**：介绍主要云服务提供商（如Google Cloud Platform、Amazon Web Services、Microsoft Azure）上的Kubernetes部署，了解各平台的独特功能和服务。 10. **结论和附录**：总结课程中的关键概念，巩固对Kubernetes基础知识的理解，并提供通过Kubeadm和Minikube设置Kubernetes的附录资源，为不同环境下的集群设置提供额外支持。 该课程为想要入门Kubernetes的学习者提供了全面的理论知识与实践经验，非常适合初学者。
Name:Introduction
Description:The "Introduction" module provides an overview of the "Kubernetes for Absolute Beginners" course, outlining its objectives and content. Participants gain insights into the course's focus on introducing Kubernetes concepts and hands-on labs designed for beginners.
Name:Kubernetes Overview
Description:The "Kubernetes Overview" module provides participants with a comprehensive introduction to Kubernetes. Participants learn about container technology and its significance in software development, as well as the concept of container orchestration. They delve into Kubernetes architecture, understanding its components and functionalities. Additionally, participants explore the differences between Docker and ContainerD container runtimes. Practical labs offer participants hands-on experience to familiarize themselves with the lab environment, preparing them for subsequent modules.
Name:Kubernetes Concepts
Description:In the "Kubernetes Concepts" module, participants delve into the fundamental concept of Pods in Kubernetes. Through guided demonstrations, participants learn how to set up Minikube, a tool for running Kubernetes locally, and explore the creation and management of Pods within a Kubernetes cluster. This module lays the groundwork for understanding more advanced Kubernetes concepts in subsequent modules.
Name:YAML Introduction
Description:The "YAML Introduction" module provides participants with an overview of YAML, a human-readable data serialization format commonly used in Kubernetes configuration files. Participants learn about YAML syntax and its structure through theoretical explanations and hands-on labs. This module equips participants with essential YAML skills required for writing Kubernetes manifests and configuring Kubernetes resources effectively.
Name:Kubernetes Concepts - PODs, ReplicaSets, Deployments
Description:The "Kubernetes Concepts - PODs, ReplicaSets, Deployments" module covers essential Kubernetes concepts for managing containerized applications. Participants learn about Pods, ReplicaSets, and Deployments through theoretical explanations, guided demonstrations, and hands-on labs. They gain practical experience in defining and managing Pods using YAML manifests, understanding the role of ReplicaSets in maintaining the desired Pod replicas, and creating and managing Deployments for application deployment and scaling. Additionally, participants explore advanced Deployment operations such as updates and rollbacks, enhancing their skills in managing application lifecycles in Kubernetes environments.
Name: Networking in Kubernetes
Description:The "Networking in Kubernetes" module provides participants with an introduction to networking concepts in Kubernetes. Participants learn about the fundamentals of networking within Kubernetes clusters, including how Pods communicate with each other and with external resources. This module lays the foundation for understanding more advanced networking topics in Kubernetes.
Name:Services
Description:The "Services" module introduces participants to Kubernetes Services, which provide a consistent way to access applications deployed in a Kubernetes cluster. Through demonstrations and labs, participants learn about different types of Services, including NodePort, ClusterIP, and LoadBalancer, and how they facilitate communication between Pods within the cluster and external clients. This module provides practical experience in configuring and managing Services in Kubernetes environments.
Name:Microservices Architecture
Description:The "Microservices Architecture" module provides participants with an overview of Microservices Architecture and its advantages in modern application development. Participants learn about the key characteristics and principles of Microservices, including modularity, scalability, and resilience. Through demonstrations, participants explore how to deploy a sample voting application on Kubernetes using Microservices architecture principles. Additionally, participants learn how to leverage Kubernetes Deployments for deploying and managing Microservices-based applications efficiently.
Name:Kubernetes on the Cloud
Description:The "Kubernetes on the Cloud" module introduces participants to Kubernetes deployment options on major cloud providers, including Google Cloud Platform (GCP), Amazon Web Services (AWS), and Microsoft Azure. Participants learn about the fundamentals of deploying and managing Kubernetes clusters on each cloud platform, gaining insights into the unique features and services offered by GKE (Google Kubernetes Engine), EKS (Amazon Elastic Kubernetes Service), and AKS (Azure Kubernetes Service). This module equips participants with the knowledge required to choose and deploy Kubernetes on their preferred cloud platform.
Name:Conclusion and Appendix
Description:The "Conclusion and Appendix" module provides a summary of the key concepts covered throughout the course, allowing participants to review and reinforce their understanding of Kubernetes fundamentals. Additionally, the module includes appendices covering Kubernetes setup using Kubeadm and Minikube, providing participants with additional resources for setting up Kubernetes clusters in different environments.
Why You Need To Learn Kubernetes? Learning Kubernetes is essential for any DevOps professional. DevOps engineers are always in demand. The average Silicon Valley salary for a DevOps engineer is 20% higher than that of a software engineer. DevOps engineers make an average of $140,000 to $200,000 annually. And one of the most in-demand skills is Kubernetes Deployment. Kubernetes is an open-source system for automating the deployment, scaling, and management of containerized applications. It was
