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First, let's look at how to disable STP entirely In a smaller environment, disabling STP can provide a small performance improvement, but you need to make absolutely sure that no loops are present in the topology (The topology must be a true physical star) To disable spanning tree on a standard IOS-based switch (2948G and 3500 series), issue the no spanning-tree [vlan list] command On the 1900 series, issue the no spantree [vlan list] command; and on a CatOS-based switch, issue the set spantree disable all command Spanning tree should be enabled by default, but if you need to re-enable it, simply issue the opposite command (spanning-tree [vlan list], spantree [vlan list], or set spantree enable all) Note On some versions of the CatOS supervisor engines, a VLAN list is supported after the set spantree enable or set spantree disable command The examples used in this chapter are from a Catalyst 5500 with the Supervisor IIIG engine, which supports only enabling or disabling of spanning tree for all VLANs (rather than for specific VLANs) The following output shows examples of these commands for all the switches mentioned:

Technically, a multicast is a broadcast in that every computer gets the packet, but while every computer reads an IPv4 broadcast (like 255255255255), only the computers defined by the IPv6 address read an IPv6 multicast The difference is subtle, but important Table 13-1 shows some of the more useful IPv6 multicast addresses You ve just seen FF02::2; you ll see the rest explained later in this chapter

>1900 Switch Configuration< 1924(config)# no spantree vlan 1 2 3 4 1924(config)# spantree vlan 1 2 3 4 >3500 Switch Configuration< 3508(config)# no spanning-tree vlan 200 3508(config)# spanning-tree vlan 200 >5500 Switch Configuration<

There is a close relationship between pointers and arrays Consider this program fragment:

Cat5K (enable) set spantree disable all Spantree disabled Cat5K (enable) set spantree enable all Spantree enabled

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Looking at the first listing, FF02::1, you might ask: How is that different from a broadcast The answer lies more in the definition of multicast than in what really takes place A computer must be a member of a particular group to read a particular multicast In this case, if a computer is a member of All Nodes then it will read the message Granted, it looks and acts exactly like an IPv4 broadcast, but it is a multicast Beyond unicast and multicast, IPv6 uses a third type of addressing called anycast An anycast address is a bit a of strange animal, so it s very helpful to see why you need an anycast address before you try to understand what one is The best place to look to understand how anycast works and why it is needed is the one place where its use is very common: DNS You learned in 10, Network Naming, that the top of the DNS root structure consists of a number of root DNS servers Every DNS server on the Internet keeps the IP addresses of the root servers in a file called root hints Here s one part of the root hints file from my own DNS server:

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char str[80], *p1; p1 = str;

At first glance, you might think that this root server is a single physical box because it only has a single IPv4 address and a single IP v6 address It s not It is roughly 20 groups of server clusters strategically placed all over the world Back in 12 you saw how DNS can make a cluster of computers (by cluster I mean the computers are all in the same building, behind a common box of some sort) act as a single server, but none of those solutions can make a bunch of clusters all over the world act as a single server To do this we need anycasting Anycasting starts by giving a number of computers (or clusters of computers) the same IP address We then give routers (in the case of DNS only the biggest, tier-one Internet routers) the smarts to determine which of the many computers with the same IP address are closest When that router gets a packet addressed to that IP address, it sends it only to the closest root DNS server, even though it may know where others are located That is an anycast address An anycast address looks like a unicast address and, in most cases, the computer sending the packet doesn t know or care to know that the address is anycast and not unicast The only device that knows (and cares) is the top-tier router, which has the smarts to send the packet only to the closest root DNS server

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