Udemy – Linux High Availability Clustering 2024-8

Udemy – Linux High Availability Clustering 2024-8 Downloadly IRSpace

Udemy – Linux High Availability Clustering 2024-8
Udemy – Linux High Availability Clustering 2024-8

Linux High Availability Clustering, This course helps you to understand high availability clustering by providing a strong concept and hands-on experience with Pacemaker and Corosync components of Red Hat / CentOS Enterprise High Availability Cluster. Lab Design : KVM based lab setup in this course module.

What you’ll learn

  • Students should understand HA cluster concepts and how to manage different nodes, start/stop services
  • Creating High-Availability Clusters
  • Managing Cluster Nodes and Quorum
  • Managing Fencing
  • Creating and Configuring Resources
  • Managing Constraints
  • About Order, Location & Colocation Constraints
  • Troubleshooting High-Availability Clusters
  • Controlling Complex Resource groups
  • Managing Two Node Clusters
  • Concept about Split Brain, Fence death/fence racing
  • Managing iSCSI Initiators
  • Configuring & Managing High-Availability Logical Volumes
  • Managing Clustered Logical Volumes
  • GFS2 Concepts
  • Creating a GFS2 formatted Cluster File Systems
  • Growing & Repairing a GFS2 File System

Who this course is for

  • Linux High Availability Clustering course is aimed at senior system administrators responsible for maximizing resiliency though high availability clustering services

Specificatoin of Linux High Availability Clustering

Content of Linux High Availability Clustering

Linux High Availability Clustering

Requirements

  • PC or Laptop with internet Connection
  • Red Hat Certified Engineer (RHCE) certification or equivalent experience.
  • CentOS 7, RHEL7 ISO Image
  • Vmware workstation

Pictures

Linux High Availability Clustering

Sample Clip

Installation Guide

Extract the files and watch with your favorite player

Subtitle : English

Quality: 720

Download Links

Download Part 1 – 1 GB

Download Part 2 – 304 MB

File size

1.29 GB