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  • Book Overview & Buying Proxmox High Availability
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Proxmox High Availability

Proxmox High Availability

By : CHENG MAN
4.3 (4)
Buy this Book
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Proxmox High Availability

Proxmox High Availability

4.3 (4)
By: CHENG MAN
Buy this Book

Overview of this book

If you want to know the secrets of virtualization and how to implement high availability on your services, this is the book for you. For those of you who are already using Proxmox, this book offers you the chance to build a high availability cluster with a distributed filesystem to further protect your system from failure.
Table of Contents (10 chapters)
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Preface
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Preface
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What this book covers
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What you need for this book
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Who this book is for
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Conventions
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Reader feedback
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Customer support
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1
1. Basic Concepts of a Proxmox Virtual Environment
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1. Basic Concepts of a Proxmox Virtual Environment
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Introduction to Proxmox Virtual Environment
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Introduction to server virtualization
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Server virtualization basics – guest versus host
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Comparing types of server virtualization software
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Basic administration on Proxmox VE
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Virtualization options in Proxmox VE
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Virtual disk options under Proxmox VE
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Introducing the OpenVZ template
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Summary
2
2. Getting Started with a High Availability (HA) Environment
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2. Getting Started with a High Availability (HA) Environment
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What is a high availability (HA) environment?
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Introducing a Proxmox VE cluster
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System requirements for the Proxmox cluster
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HA capability for Proxmox with a two-node cluster
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Summary
3
3. Key Components for Building a Proxmox VE Cluster
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3. Key Components for Building a Proxmox VE Cluster
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Key component 1 – shared storage
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Key component 2 – reliable network
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Key component 3 – a fencing device
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Key component 4 – quorum disk
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Summary
4
4. Configuring a Proxmox VE Cluster
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4. Configuring a Proxmox VE Cluster
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Configuring a network for a Proxmox VE cluster
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Preparing storage for a Proxmox cluster
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Configuring a Proxmox VE cluster
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Network fencing with a Cisco switch via SNMP
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Building a Gluster filesystem for a Proxmox cluster
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Building a Ceph filesystem for a Proxmox cluster
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Summary
5
5. Testing on a Proxmox Cluster
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5. Testing on a Proxmox Cluster
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Storage preparation for an LVM shared storage
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Demonstration of live migration
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Building an HA-protected VM
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Testing with the cluster environment
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Setting up a failover domain
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Summary
6
6. System Migration of an Existing System to a Proxmox VE Cluster
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6. System Migration of an Existing System to a Proxmox VE Cluster
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System migration of an existing Linux platform
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Live migration of a physical machine to a KVM
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System migration of a Windows platform
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System migration from VMware to Proxmox
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System migration from XenServer / Hyper-V Server to Proxmox
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Summary
7
7. Disaster Recovery on a Proxmox VE Cluster
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7. Disaster Recovery on a Proxmox VE Cluster
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Backup process for VMs in Proxmox
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The restore process of VMs in Proxmox
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Setting up a scheduled backup for the VMs
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System recovery of a Proxmox cluster failure
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Summary
8
8. Troubleshooting on a Proxmox Cluster
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8. Troubleshooting on a Proxmox Cluster
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Troubleshooting system access problems
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Troubleshooting system migration problems
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Troubleshooting system storage problems
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Troubleshooting Proxmox cluster problems
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Summary
9
Index
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Index

Live migration of a physical machine to a KVM

Such a migration will only work for a Linux platform. Let's check how we can convert our Linux platform to a virtualized one.

Preparing for migration on the source machine

Make sure that logging in from the root account is allowed via SSH on the physical server (as the data source) and vmsrv01, just as we did while migrating the system from a physical machine to an OpenVZ container. To make it simpler, I will create a folder named /backup to store the backup files. Make sure that you have enough disk space to place a backup of your boot partition. The following steps will guide you through the process of migration:

  1. Create a backup folder in both the physical machine and vmsrv01:

    mkdir /backup

  2. Check the partition name used by Linux to boot up the system from the source machine using the following command:

    [root@source]# fdisk –l
Disk /dev/sda: 10.7 GB, 10737418240 bytes
...
Device   Boot      Start       End     Blocks   Id  System
/dev/sda1   *...

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