In almost 9 hours of engaging video training, instructor Sander van Vugt uses deep-dive explanations, whiteboard instruction, and real-world hands-on demos. Each lesson concludes with a hands-on lab, which will provide you with a deeper understanding of all the topics of Red Hat Certified Specialist in Containers and Kubernetes and excel on your EX180 exam.
Topics include
About the Instructor
Sander van Vugt has many years of experience working with, writing about, and teaching Linux and Open Source topics. He is the author of the best-selling Red Hat RHCSA Cert Guide and the Red Hat RHCSA Complete Video Course, along with many other titles on topics that include RHCE, Bash, Kubernetes, Ansible, and more. Sander also works as a Linux instructor, teaching on-site and online classes for customers around the world.
Skill Level
Pearson publishes expert-led video tutorials covering a wide selection of technology topics designed to teach you the skills you need to succeed. These professional and personal technology videos feature world-leading author instructors published by your trusted technology brands: Addison-Wesley, Cisco Press, Pearson IT Certification, Sams, and Que. Topics include IT Certification, Network Security, Cisco Technology, Programming, Web Development, Mobile Development, and more. Learn more about Pearson Video training at http://www.informit.com/video .
Introduction
Red Hat Certified Specialist in Containers and Kubernetes: Introduction
Module 1: Container Fundamentals
Module introduction
Lesson 1: Introduction to Containers and Kubernetes
Learning objectives
1.1 Understanding Containers
1.2 Understanding Container Architecture
1.3 Understanding the Container Engine
1.4 Understanding Container Needs in the Datacenter
1.5 Understanding Kubernetes and OpenShift
Lesson 1 Lab Installing Classroom Machines
Lesson 1 Lab Solution Installing Classroom Machines
Lesson 2: Running Containers
Learning objectives
2.1 Running Containers on Podman/CRI-o
2.2 Understanding Rootless Containers
2.3 Understanding Containers and the Host OS
2.4 Providing Variables at Container Start
Lesson 2 Lab Running Containers
Lesson 2 Lab Solution Running Containers
Lesson 3: Managing Container Images
Learning objectives
3.1 Using Registries
3.2 Managing Images
3.3 Working with Tags
3.4 Sharing Images
Lesson 3 Lab Managing Images
Lesson 3 Lab Solution Managing Images
Lesson 4: Managing Containers
Learning objectives
4.1 Getting Container Status Information
4.2 Executing Commands within Containers
4.3 Attaching Storage to Containers
4.4 Understanding SELinux and Containers
4.5 Exposing Container Workloads
Lesson 4 Lab Managing Containers
Lesson 4 Lab Solution Managing Containers
Lesson 5: Creating Custom Images
Learning objectives
5.1 Options for Working with Custom Container Images
5.2 Using podman commit
5.3 Building Custom Images with Dockerfile
5.4 Understanding Dockerfile Instructions
5.5 Optimizing Dockerfile Images
5.6 Managing Images with buildah and skopeo
5.7 Understanding OpenShift Source-to-Image
Lesson 5 Lab Creating Custom Images
Lesson 5 Lab Solution Creating Custom Images
Module 2: OpenShift Fundamentals
Module introduction
Lesson 6: Running OpenShift
Learning objectives
6.1 Understanding the OpenShift Product Offering
6.2 Using Code Ready Containers
6.3 Installing CodeReady Container on Linux
6.4 Installing CodeReady Containers on Windows
6.5 Installing CodeReady Containers on MacOS
6.6 Using OpenShift Sandbox
6.7 Using the Web Console
6.8 Understanding Authentication and Authorization
6.9 Using the oc Client
6.10 Running an Application from the Command Line
Lesson 6 Lab Running Applications in OpenShift
Lesson 6 Lab Solution Running Applications in OpenShift
Lesson 7: Running Applications in OpenShift
Learning objectives
7.1 Understanding OpenShift Resources
7.2 Exploring the API
7.3 Deploying an Application in OpenShift
7.4 Displaying Information about Running Applications
7.5 Using Labels
7.6 Using OpenShift in the Declarative Way
7.7 Using Services to Access Pods
7.8 Using Routes to Provide Access to Applications
Lesson 7 Lab Running Applications in OpenShift
Lesson 7 Lab Solution Running Applications in OpenShift
Module 3: Using OpenShift to automate complex application builds
Module introduction
Lesson 8: Running Microservices in OpenShift
Learning objectives
8.1 Understanding Decoupling
8.2 Using ConfigMaps for Decoupling
8.3 Working with Secrets
8.4 Providing Persistent Storage
8.5 Using Templates
8.6 Connecting Applications to Create Microservices
Lesson 8 Lab Running Microservices in OpenShift
Lesson 8 Lab Solution Running Microservices in OpenShift
Lesson 9: Using Source-to-Image
Learning objectives
9.1 Managing Source Code in Git
9.2 Understanding S2I
9.3 Building an Application from Source
9.4 Analyzing the S2I Procedure
9.5 Understanding ImageStream
9.6 Triggering Updates
Lesson 9 Lab Building Applications from Source
Lesson 9 Lab Solution Building Applications from Source
Lesson 10: Troubleshooting OpenShift
Learning objectives
10.1 Understanding OpenShift Troubleshooting
10.2 Troubleshooting OpenShift Authentication and Authorization
10.3 Troubleshooting OpenShift Application Startup
10.4 Troubleshooting Running Applications
10.5 Troubleshooting S2I
10.6 Troubleshooting Application Access
Lesson 10 Lab Troubleshooting OpenShift
Lesson 10 Lab Solution Troubleshooting OpenShift
Module 4: The Red Hat Certified Specialist in Containers and Kubernetes exam (EX180) Sample Exam
Module introduction
Lesson 11: EX180 Sample Exam
Learning objectives
11.1 Exam Tasks Overview
11.2 Task 1: Setting up a Podman Host
11.3 Task 2: Working with Standard Images
11.4 Task 3: Managing Images
11.5 Task 4: Managing Containers
11.6 Task 5: Using Dockerfile
11.7 Task 6: Using CRC
11.8 Task 7: Running Applications in OpenShift
11.9 Task 8: Decoupling Information
11.10 Task 9: Using S2I
11.11 Task 10: Troubleshooting
Summary
Red Hat Certified Specialist in Containers and Kubernetes: Summary