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Containerization with LXC

You're reading from   Containerization with LXC Build, manage, and configure Linux containers

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Product type Paperback
Published in Feb 2017
Publisher Packt
ISBN-13 9781785888946
Length 352 pages
Edition 1st Edition
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Author (1):
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Konstantin Ivanov Konstantin Ivanov
Author Profile Icon Konstantin Ivanov
Konstantin Ivanov
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Toc

Table of Contents (10) Chapters Close

Preface 1. Introduction to Linux Containers FREE CHAPTER 2. Installing and Running LXC on Linux Systems 3. Command-Line Operations Using Native and Libvirt Tools 4. LXC Code Integration with Python 5. Networking in LXC with the Linux Bridge and Open vSwitch 6. Clustering and Horizontal Scaling with LXC 7. Monitoring and Backups in a Containerized World 8. Using LXC with OpenStack A. LXC Alternatives to Docker and OpenVZ

Using the LVM backing store


The Logical Volume Manager (LVM) uses the device mapper framework in the Linux kernel that allows for mapping physical block devices onto more abstract virtual block devices. This abstraction allows for aggregating various block devices into logical volumes for better resource control. With the LVM, one can extend the size of a filesystem by adding more block devices to a pool of resources called Physical Volumes (PVs). The PVs contain block devices. From the PVs one can then carve out Volume Groups (VGs). The VGs can then be split, merged, or moved between PVs and can be resized online if enough blocks are available from the PVs. The VGs can have one or more Logical Volumes (LVs). The LVs can span across multiple disks, and hold the filesystem. If more disk space is to be added, one can just add a new block device to the PVs, then extend the VG and the LV.

The LVM allows for creating snapshots, a feature that LXC takes advantage of, which creates an LV to act...

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