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  2. Networking
  3. Integrated cisco and unix network architectures

Endnotes

  1. FreeBSD arp(4) manual page

  1. Linux route(8) manual page

  1. Alexej Kuznetsov's TEQL Linux source file sch_teql.c



    		Command Syntax Conventions
    		Chapter 1. Operating System Issues and Features-The Big Picture
    		Chapter 2. User-Space Routing Software
    		Chapter 3. Kernel Requirements for a Full-Featured Lab
    		Chapter 4. Gateway WAN/Metro Interfaces
    		Chapter 5. Ethernet and VLANs
    		Chapter 6. The Analyzer Toolbox, DHCP, and CDP
    		Chapter 7. The UNIX Routing and ARP Tables
    		Chapter 8. Static Routing Concepts
    		Administrative Distance and Metric
    		Classful Routing, VLSM, and CIDR
    		Default Gateways, Default Routes, and Route(s) of Last Resort
    		Route Caches, Routing Tables, Forwarding Tables, and the ISO Context
    		The Near and Far End of a Link
    		The route Command-Adding and Removing Routes
    		Route Cloning
    		Blackholes and Reject/Prohibit Routes
    		Floating Static Routes
    		Equal-Cost Multi-Path (ECMP) Routing
    		Lab 8-1: Interface Metrics, Floating Static Routes, and Multiple Equal-Cost Routes (ECMP)
    		Linux TEQL (True Link Equalizer)
    		Adding Static Routes via Routing Daemons
    		Summary
    		Recommended Reading
    		Endnotes
    		Chapter 9. Dynamic Routing Protocols-Interior Gateway Protocols
    		Chapter 10. ISP Connectivity with BGPv4-An Exterior Gateway Path-Vector Routing Protocol for Interdomain Routing
    		Chapter 11. VPN Technologies, Tunnel Interfaces, and Architectures
    		Chapter 12. Designing for High Availability
    		Chapter 13. Policy Routing, Bandwidth Management, and QoS
    		Chapter 14. Multicast Architectures
    		Chapter 15. Network Address Translation
    		Appendix A. UNIX Kernel Configuration Files
    		Appendix B. The FreeBSD Netgraph Facility