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Distance vector routing protocols were the first to appear in the TCP/IP routing world The cornerstone of all distance vector routing protocols is some form of total cost The simplest total cost adds up the hops (the hop count) between a router and a network, so if you had a router one hop away from a network, the cost for that route would be 1; if two hops away, the cost would be 2 All network connections are not equal A router might have two one-hop routes to a network one using a fast connection and the other using a slow connection Administrators set the metric of the routes in the routing table to reflect the speed So the slow single-hop route, for example, might be given the metric of 10 rather than the default of 1 to reflect the fact that it s slow So the total cost for this one-hop route is 10, even though it s only one hop Don t assume a one-hop route always has a cost of 1 Distance vector routing protocols calculate the total cost to get to a particular network ID and compares that cost to the total cost of all the other routes to get to that same network ID The router then chooses the route with the lowest cost For this to work, routers using a distance vector routing protocol transfer their entire routing table to other routers in the WAN Each distance vector routing protocol has a maximum number of hops that a router will send its routing table to keep traffic down Assume that you have four routers connected as shown in Figure 8-24 All of the routers have static routes set up between each other with the metrics as shown You add two new networks, one that connects to Router A and the other to Router D For simplicity, call them Network ID X and Network ID Y A computer on one network wants to send packets to a computer on the other network, but the routers in between Routers A and D don t yet know the two new network IDs That s when distance vector routing protocols work their magic.

advanced queueing, QoS, TACACS+, RADIUS, compression, VPN*, IPSEC*, firewall*, IPX*, SNA*, AppleTalk*, DECNet*, OSI*, VINES*, XNS* 2521 RIP, IGRP, EIGRP, OSPF, BGP, others* 68030 2MB* 18MB 8MB 16MB < DHCP 10,000 server, DHCP relay, NAT/PAT, SNMP, access lists, advanced queueing, QoS, TACACS+, RADIUS, compression, VPN*, IPSEC*, firewall*, IPX*, SNA*, AppleTalk*, DECNet*, OSI*, VINES*, XNS* < DHCP 10,000 server, DHCP relay, NAT/PAT, SNMP, access lists, advanced queueing, QoS,

template <class ForIter, class T> void fill(ForIter start, ForIter end, const T &val); template <class OutIter, class Size, class T> void fill_n(OutIter start, Size num, const T &val);

RIP, IGRP, EIGRP, OSPF, BGP, others*

Figure 8-24

2MB*

The fill( ) and fill_n( ) algorithms fill a range with the value specified by val For fill( ) the range is specified by start and end For fill_n( ), the range begins at start and runs for num elements

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Getting a packet from Network ID X to Network ID Y No clue!

Table 11-6: Branch Router Capabilities Series Router Routing CPU Standard Maximum Standard Maximum PPS Model Protocols Model DRAM DRAM Flash Flash RAM RAM

TACACS+, RADIUS, compression, VPN*, IPSEC*, firewall*, IPX*, SNA*, AppleTalk*, DECNet*, OSI*, VINES*, XNS* 2523 RIP, IGRP, EIGRP, OSPF, BGP, others* 68030 2MB* 18MB 8MB 16MB < DHCP 10,000 server, DHCP relay, NAT/PAT, SNMP, access lists, advanced queueing, QoS, TACACS+, RADIUS, compression, VPN*, IPSEC*, firewall*, IPX*, SNA*, AppleTalk*, DECNet*, OSI*, VINES*, XNS* < DHCP 10,000 server, DHCP relay, NAT/PAT, SNMP, access lists, advanced queueing, QoS, TACACS+, RADIUS, compression,

Because all of the routers use a distance vector routing protocol, the problem gets solved quickly At a certain defined time interval (usually 30 seconds or less) the routers begin sending each other their routing tables (the routers each send their entire routing table, but for simplicity just concentrate on the two network IDs in question) On the first iteration, Router A sends its route to Network ID X to Routers B and C Router D sends its route to Network ID Y to Router C (Figure 8-25)

template <class InIter, class T> InIter find(InIter start, InIter end, const T &val);

RIP, IGRP, EIGRP, OSPF, BGP, others*

The granddaddy of all distance vector routing protocols is the Routing Information Protocol (RIP) The first version of RIP called RIPv1 dates from the 1980s, although its predecessors go back all the way to the beginnings of the Internet in the 1960s RIP has a maximum hop count of 15 so your router will not talk to another router more than 15 routers away This ended up being a problem because a routing table request could literally loop all the way around back to the initial router RIPv1 sent out an update every 30 seconds This also turned into a big problem because every router on the network would send its routing table at the same time, causing huge network overloads As if these issues weren t bad enough, RIPv1 didn t know how to use Classless InterDomain Routing (CIDR) subnets and could only route classful subnets Plus RIPv1 routers had no authorization, leaving them open to hackers sending false routing table information RIP needed an update

2MB*

The find( ) algorithm searches the range start to end for the value specified by val It returns an iterator to the first occurrence of the element or to end if the value is not in the sequence

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