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  • Book Overview & Buying Linux Networking Cookbook
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Linux Networking Cookbook

Linux Networking Cookbook

By : Dsouza, Gregory Boyce
3.5 (2)
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Linux Networking Cookbook

Linux Networking Cookbook

3.5 (2)
By: Dsouza, Gregory Boyce

Overview of this book

Linux can be configured as a networked workstation, a DNS server, a mail server, a firewall, a gateway router, and many other things. These are all part of administration tasks, hence network administration is one of the main tasks of Linux system administration. By knowing how to configure system network interfaces in a reliable and optimal manner, Linux administrators can deploy and configure several network services including file, web, mail, and servers while working in large enterprise environments. Starting with a simple Linux router that passes traffic between two private networks, you will see how to enable NAT on the router in order to allow Internet access from the network, and will also enable DHCP on the network to ease configuration of client systems. You will then move on to configuring your own DNS server on your local network using bind9 and tying it into your DHCP server to allow automatic configuration of local hostnames. You will then future enable your network by setting up IPv6 via tunnel providers. Moving on, we’ll configure Samba to centralize authentication for your network services; we will also configure Linux client to leverage it for authentication, and set up a RADIUS server that uses the directory server for authentication. Toward the end, you will have a network with a number of services running on it, and will implement monitoring in order to detect problems as they occur.
Table of Contents (14 chapters)
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13
Index

Introduction

The IPv4 protocol used on the Internet today was first deployed on ARPANET in 1983. It uses 32 bit addresses, which limits the number of IP addresses to 4,294,967,296. While this may seem like a lot, that number is being rapidly depleted, even with the boost that NAT provided us.

The replacement, IPv6, improves on IPv4 by switching to 128 bit addressing, which should provide enough IP address space for the foreseeable future. It also makes a number of other improvements including auto-configuration of addresses, simplified processing for routers due to more standardized sizes for packet headers, and additional areas as well.

Even with those improvements, and the impending IPv4 exhaustion, IPv6 has had an extremely slow rollout. The initial design was completed in 1998 but as of the end of 2009 the percentage of users who visited Google with IPv6 connectivity was below 0.25%. Since 2009, adoption has accelerated, with the user saturation increasing from less than 3% to more than...

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Linux Networking Cookbook
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