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Linux kernel networking implementation and theory pdf

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Содержание
  1. Linux Kernel Networking: Implementation and Theory
  2. Book description
  3. Table of contents
  4. Product information
  5. Linux Kernel Networking: Implementation and Theory
  6. What you’ll learn
  7. Who this book is for
  8. Table of Contents
  9. Linux Kernel Networking: Implementation and Theory
  10. Related Torrents
  11. Location
  12. Trackers

Linux Kernel Networking: Implementation and Theory

Linux Kernel Networking: Implementation and Theory

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Book description

Linux Kernel Networking takes you on a guided in-depth tour of the current Linux networking implementation and the theory behind it. Linux kernel networking is a complex topic, so the book won’t burden you with topics not directly related to networking. This book will also not overload you with cumbersome line-by-line code walkthroughs not directly related to what you’re searching for; you’ll find just what you need, with in-depth explanations in each chapter and a quick reference at the end of each chapter.

Linux Kernel Networking is the only up-to-date reference guide to understanding how networking is implemented, and it will be indispensable in years to come since so many devices now use Linux or operating systems based on Linux, like Android, and since Linux is so prevalent in the data center arena, including Linux-based virtualization technologies like Xen and KVM.

Software developers and architects, project managers, CTOs, network admins and architects, network security professionals, computer science researchers, and Linux kernel hackers. A basic knowledge of C and networking is required; basic knowledge of the Linux kernel is helpful but not mandatory.

Table of contents

  1. Title Page
  2. Dedication
  3. Contents at a Glance
  4. Contents
  5. About the Author
  6. About the Technical Reviewer
  7. Acknowledgments
  8. Preface
  9. CHAPTER 1: Introduction
    1. The Linux Network Stack
    2. The Network Device
    3. The Linux Kernel Networking Development Model
    4. Summary
    1. The Netlink Family
    2. Generic Netlink Protocol
    3. Summary
    1. ICMPv4
    2. ICMPv6
    3. ICMP Sockets (“Ping sockets”)
    4. Summary
    5. Quick Reference
    1. IPv4 Header
    2. IPv4 Initialization
    3. Receiving IPv4 Packets
    4. Receiving IPv4 Multicast Packets
    5. IP Options
    6. Sending IPv4 Packets
    7. Fragmentation
    8. Defragmentation
    9. Forwarding
    10. Summary
    11. Quick Reference
    1. Forwarding and the FIB
    2. Performing a Lookup in the Routing Subsystem
    3. FIB Tables
    4. ICMPv4 Redirect Message
    5. Summary
    6. Quick Reference
    1. Multicast Routing
    2. Policy Routing
    3. Multipath Routing
    4. Summary
    5. Quick Reference
    1. The Neighbouring Subsystem Core
    2. The ARP protocol (IPv4)
    3. The NDISC Protocol (IPv6)
    4. Summary
    5. Quick Reference
    1. IPv6 – Short Introduction
    2. IPv6 Addresses
    3. IPv6 Header
    4. Extension Headers
    5. IPv6 Initialization
    6. Autoconfiguration
    7. Receiving IPv6 Packets
    8. Receiving IPv6 Multicast Packets
    9. Multicast Listener Discovery (MLD)
    10. Sending IPv6 Packets
    11. IPv6 Routing
    12. Summary
    13. Quick Reference
    1. Netfilter Frameworks
    2. Netfilter Hooks
    3. Connection Tracking
    4. Summary
    5. Quick Reference
    1. General
    2. IKE (Internet Key Exchange)
    3. IPsec and Cryptography
    4. The XFRM Framework
    5. ESP Implementation (IPv4)
    6. Receiving an IPsec Packet (Transport Mode)
    7. Sending an IPsec Packet (Transport Mode)
    8. XFRM Lookup
    9. NAT Traversal in IPsec
    10. Summary
    11. Quick Reference
    1. Sockets
    2. Creating Sockets
    3. UDP (User Datagram Protocol)
    4. TCP (Transmission Control Protocol)
    5. SCTP (Stream Control Transmission Protocol)
    6. DCCP: The Datagram Congestion Control Protocol
    7. Summary
    8. Quick Reference
    1. Mac80211 Subsystem
    2. The 802.11 MAC Header
    3. The Other 802.11 MAC Header Members
    4. Network Topologies
    5. Power Save Mode
    6. The Management Layer (MLME)
    7. Mac80211 Implementation
    8. High Throughput (ieee802.11n)
    9. Mesh Networking (802.11s)
    10. Linux Wireless Development Process
    11. Summary
    12. Quick Reference
    1. RDMA and InfiniBand—General
    2. RDMA Resources
    3. Summary
    4. Quick Reference
    1. Network Namespaces
    2. Cgroups
    3. Busy Poll Sockets
    4. The Linux Bluetooth Subsystem
    5. IEEE 802.15.4 and 6LoWPAN
    6. Near Field Communication (NFC)
    7. Notifications Chains
    8. The PCI Subsystem
    9. Teaming Network Device
    10. The PPPoE Protocol
    11. PPPoE Header
    12. Android
    13. Summary
    14. Quick Reference
    1. The sk_buff Structure
    2. The net_device structure
    3. RDMA (Remote DMA)
    4. RDMA Device
    5. Protection Domain (PD)
    6. eXtended Reliable Connected (XRC)
    7. Shared Receive Queue (SRQ)
    8. Address Handle (AH)
    9. Multicast Groups
    10. Completion Queue (CQ)
    11. Queue Pair (QP)
    12. Memory Windows (MW)
    13. Memory Region (MR)
    1. arp
    2. arping
    3. arptables
    4. arpwatch
    5. ApacheBench (ab)
    6. brctl
    7. conntrack-tools
    8. crtools
    9. ebtables
    10. ether-wake
    11. ethtool
    12. git
    13. hciconfig
    14. hcidump
    15. hcitool
    16. ifconifg
    17. ifenslave
    18. iperf
    19. iproute2
    20. iptables and iptables6
    21. ipvsadm
    22. iw
    23. iwconfig
    24. libreswan Project
    25. l2ping
    26. lowpan-tools
    27. lshw
    28. lscpu
    29. lspci
    30. mrouted
    31. nc
    32. ngrep
    33. netperf
    34. netsniff-ng
    35. netstat
    36. nmap (Network Mapper)
    37. openswan
    38. OpenVPN
    39. packeth
    40. ping
    41. pimd
    42. poptop
    43. ppp
    44. pktgen
    45. radvd
    46. route
    47. RP-PPPoE
    48. sar
    49. smcroute
    50. snort
    51. suricata
    52. strongSwan
    53. sysctl
    54. taskset
    55. tcpdump
    56. top
    57. tracepath
    58. traceroute
    59. tshark
    60. tunctl
    61. udevadm
    62. unshare
    63. vconfig
    64. wpa_supplicant
    65. wireshark
    66. XORP

    Product information

    • Title: Linux Kernel Networking: Implementation and Theory
    • Author(s): Rami Rosen
    • Release date: December 2013
    • Publisher(s): Apress
    • ISBN: 9781430261964

    Источник

    Linux Kernel Networking: Implementation and Theory

    Linux Kernel Networking: Implementation and Theory Front Cover

    Linux Kernel Networking: Implementation and Theory takes you on a guided in-depth tour of the current Linux networking implementation and the theory behind it. Linux kernel networking is a complex topic, so the book won’t burden you with topics not directly related to networking. This book will also not overload you with cumbersome line-by-line code walkthroughs not directly related to what you’re searching for; you’ll find just what you need, with in-depth explanations in each chapter and a quick reference at the end of each chapter.

    Linux Kernel Networking: Implementation and Theory is the only up-to-date reference guide to understanding how networking is implemented, and it will be indispensable in years to come since so many devices now use Linux or operating systems based on Linux, like Android, and since Linux is so prevalent in the data center arena, including Linux-based virtualization technologies like Xen and KVM.

    What you’ll learn

    • Kernel networking basics, including socket buffers
    • How key protocols like ARP, Neighbour Discovery and ICMP are implemented
    • In-depth looks at both IPv4 and IPv6
    • Everything you need to know about Linux routing
    • How netfilter and IPsec are implemented
    • Linux wireless networking
    • Additional topics like Network Namespaces, NFC, IEEE 802.15.4, Bluetooth, InfiniBand and more

    Who this book is for

    Software developers and architects, project managers, CTOs, network admins and architects, network security professionals, computer science researchers, and Linux kernel hackers. A basic knowledge of C and networking is required; basic knowledge of the Linux kernel is helpful but not mandatory.

    Table of Contents

    Chapter 1. Introduction
    Chapter 2. Netlink Sockets
    Chapter 3. ICMP: Internet Control Message Protocol
    Chapter 4. IPv4
    Chapter 5. The IPv4 Routing Subsystem
    Chapter 6. Advanced Routing
    Chapter 7. Linux Neighboring Subsystem
    Chapter 8. IPv6
    Chapter 9. Netfilter
    Chapter 10. IPsec
    Chapter 11. Layer 4 Protocols
    Chapter 12. Wireless in Linux
    Chapter 13. InfiniBand
    Chapter 14. Advanced Topics
    Appendix A: Linux API
    Appendix B: Network Administration
    Appendix C: Glossary

    Источник

    Linux Kernel Networking: Implementation and Theory

    1337x.to

    Description
    Linux Kernel Networking takes you on a guided in-depth tour of the current Linux networking implementation and the theory behind it. Linux kernel networking is a complex topic, so the book won’t burden you with topics not directly related to networking. This book will also not overload you with cumbersome line-by-line code walkthroughs not directly related to what you’re searching for; you’ll find just what you need, with in-depth explanations in each chapter and a quick reference at the end of each chapter.

    Linux Kernel Networking is the only up-to-date reference guide to understanding how networking is implemented, and it will be indispensable in years to come since so many devices now use Linux or operating systems based on Linux, like Android, and since Linux is so prevalent in the data center arena, including Linux-based virtualization technologies like Xen and KVM.

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