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Best understanding linux network internals
1. Understanding Linux Network Internals: Guided Tour to Networking on Linux
Description
If you've ever wondered how Linux carries out the complicated tasks assigned to it by the IP protocols -- or if you just want to learn about modern networking through real-life examples -- Understanding Linux Network Internals is for you.
Like the popular O'Reilly book, Understanding the Linux Kernel, this book clearly explains the underlying concepts and teaches you how to follow the actual C code that implements it. Although some background in the TCP/IP protocols is helpful, you can learn a great deal from this text about the protocols themselves and their uses. And if you already have a base knowledge of C, you can use the book's code walkthroughs to figure out exactly what this sophisticated part of the Linux kernel is doing.
Part of the difficulty in understanding networks -- and implementing them -- is that the tasks are broken up and performed at many different times by different pieces of code. One of the strengths of this book is to integrate the pieces and reveal the relationships between far-flung functions and data structures. Understanding Linux Network Internals is both a big-picture discussion and a no-nonsense guide to the details of Linux networking. Topics include:
- Key problems with networking
- Network interface card (NIC) device drivers
- System initialization
- Layer 2 (link-layer) tasks and implementation
- Layer 3 (IPv4) tasks and implementation
- Neighbor infrastructure and protocols (ARP)
- Bridging
- Routing
- ICMP
Author Christian Benvenuti, an operating system designer specializing in networking, explains much more than how Linux code works. He shows the purposes of major networking features and the trade-offs involved in choosing one solution over another. A large number of flowcharts and other diagrams enhance the book's understandability.
2. Linux Network Administrator's Guide: Infrastructure, Services, and Security
Description
The Linux Network Administrator's Guide, Third Edition dispenses all the practical advice you need to join a network. Along with some hardware considerations, this highly acclaimed guide takes an in-depth look at all of the essential networking software that comes with the operating system--including basic infrastructure (TCP/IP, wireless networking, firewalling) and the most popular services on Linux systems.But as the follow-up to a classic, the third edition of the Linux Network Administrator's Guide does more than just spruce up the basics. It also provides the very latest information on the following cutting-edge services:
- Wireless hubs
- OpenLDAP
- FreeS/WAN
- IMAP
- Spam filtering
- OpenSSH
- BIND
- IPv6
3. Mastering Linux - Networking
Feature
Mastering Linux NetworkingDescription
The Mastering Linux Series consisting of 6 books (Fundamentals, System Administration, Servers, Storage, Security, Networking) provides you with a solid foundation about the Linux Operating System. It abstracts from a particular distribution by giving you the background knowledge to easily work with any Linux distribution out there.4. Linux Networking Cookbook: From Asterisk to Zebra with Easy-to-Use Recipes
Feature
LinusNetworking
Linux Networking Cookbook
Carla Schroder
Description
This soup-to-nuts collection of recipes covers everything you need to know to perform your job as a Linux network administrator, whether you're new to the job or have years of experience. With Linux Networking Cookbook, you'll dive straight into the gnarly hands-on work of building and maintaining a computer network.
Running a network doesn't mean you have all the answers. Networking is a complex subject with reams of reference material that's difficult to keep straight, much less remember. If you want a book that lays out the steps for specific tasks, that clearly explains the commands and configurations, and does not tax your patience with endless ramblings and meanderings into theory and obscure RFCs, this is the book for you.
You will find recipes for:
- Building a gateway, firewall, and wireless access point on a Linux network
- Building a VoIP server with Asterisk
- Secure remote administration with SSH
- Building secure VPNs with OpenVPN, and a Linux PPTP VPN server
- Single sign-on with Samba for mixed Linux/Windows LANs
- Centralized network directory with OpenLDAP
- Network monitoring with Nagios or MRTG
- Getting acquainted with IPv6
- Setting up hands-free networks installations of new systems
- Linux system administration via serial console
5. Linux Networking Cookbook
Description
Key Features
- Move beyond the basics of how a Linux machine works and gain a better understanding of Linux networks and their configuration
- Impress your peers by setting up and configuring a Linux server and its various network elements like a pro
- This is a hands-on solution guide to building, maintaining, and securing a network using Linux
Book Description
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.
What you will learn
- Route an IPv6 netblock to your local network
- Modify your named instance to support setting hostnames for your IPv6 addresses
- Use SSH for remote console access
- Configure NGINX with TLS
- Secure XMPP with TLS
- Leverage iptables6 to firewall your IPv6 traffic
- Configure Samba as an Active Directory compatible directory service
About the Author
Gregory Boyce is a technologist with nearly 20 years of experience in using and managing Linux systems. When he's not at work or spending time with his wife and two daughters, he is playing around with new technologies.
Gregory spent the last 15 years working at Akamai Technologies, where he has worked in roles ranging from Network Operations, Internal IT, Information Security, Software Testing, and Professional Services.
Currently, he heads up the Linux OS team that manages Akamai's custom Linux operating system, which runs on their massively distributed customer facing network.
Table of Contents
- Configuring a Router
- Configuring DNS
- Configuring IPv6
- Remote Access
- Web Servers
- Directory Services
- Setting up File Storage
- Setting up E-mail
- Configuring XMPP
- Monitoring Your Network
- Mapping Your Network
- Watching Your Network
6. Rosewill RNX-AC1900PCE, 802.11AC Dual Band AC1900 PCI Express WiFi Adapter/Wireless Adapter/Network Card
Feature
The Next And Fastest Generation Of Wi-Fi : Ieee 802.11 Ac And Backward Compatible With Ieee 802.11A / B / G / N And Dual Band Connectivity (2.4Ghz Or 5Ghz) To Support All Your Devices Blazing Wireless Speed Up To 1300Mbps + 600Mbps: Instantly Upgrade Your Desktop With A Fast, Reliable Wireless Connection For Lag-Free Online Gaming And 4K Ultra Hd Video Streaming (Real Speed Depends On Your Network Status) Advanced Heat Sink Design And Security: Distributes Heat Away From Core Components To Improve Reliability And Performance. Supports Advanced Security: 64/128 Wep, Wpa/Wpa2, Wpa-Psk/Wpa2-Psk(Tkip/Aes) Beamforming Technology: Connect With Stronger, More Reliable Wireless Connections. Mimo Technology: 3X3 Dual Band Modulation: Omnidirectional And Upgradeable Antennas Maximize Wireless Range And Stability Supports Windows Xp / 7 / 8 / 8.1 / 10 : Download The Latest Driver OnDescription
Fastest Wi-Fi Standard:RNX-AC1900PCE uses Broadcom's new generation WiFi 802.11ac chipset to reach ultra-speeds of up to 1300Mbps at 5GHz band, which is three times faster than 802.11n WiFi speed. Simultaneously, it maintains full backward compatibility with all previous WiFi standards.Extraordinary WiFi Speed:With wireless speeds of up to 1300Mbps+600Mbps and advanced MIMO technology, RNX-AC1900PCE provides a fast, reliable wireless connection for lag-free online gaming and video streaming. It achieves the best performance with wireless 11AC devices, but also works seamlessly with existing WiFi networks.
A Card for all your need:RNX-AC1900PCE allows to connect with a 2.4GHz or 5GHz network. It allows users to experience better ultra HD video streaming and online gaming in the 5GHz band, and to use the 2.4 GHz band for simple tasks such as sending e-mails or website browsing to meet all your internet need.
Efficient Wi-Fi:RNX-AC1900PCE supports the latest Beamforming Technology which intelligently strengthens wireless connectivity with precise directional signal amplification for extended coverage, increased data-throughput speed, and enhanced stability.
Wider Range with High Gain Detachable Antennas:Three Detachable dual band antennas create optimally tuned and wider wireless coverage. With upgradable antennas, RNX-AC1900PCE can provide the perfect placement for ultimate reception and the highest quality WiFi networking.
Stylish Aluminum Heat Sink:The advanced heat sink uses high-density aluminum to dissipate heat from the chipset, ensuring the reliability. Lower temperatures turn into a more stable connection in all climate conditions and well-designed ventilation maintains perfect performance at its highest level.
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