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The next step is to configure the DHB server someone to call this rather DHB server enable IP vs 6 unit

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cost routing on gigabit.

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0 1 configure an IP version 6 address of 2001 call on 1 2 3 4 code on call on to flash 64 and no shut

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the interface.

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I'm also going to configure a static route to the face and network via 2001.

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One two three four call on call on one.

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In other words the relay agent.

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So can the DHB server ping the relay agent.

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Yes it can.

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Can it.

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Paying the face interface on the relay agent.

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Yes it can.

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So essentially this DHB server camping the relay agent now that we've completed the basic IP version

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6 configuration we need to configure the DHB server so IPTV 6 DHEA P in this case we're going to configure

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a pool and I'm going to call it my pool address prefects is gonna be 2001 face colon colon slash 64

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the face network is on the left hand side so that's the address prefix that we're going to allocate

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we'll also allocate a DNS server which is going to be the local Rada and we'll configure a domain name

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of CCMA ex dot com so that's what should be sent through to the client through DCP on the gigabit is

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there a wanting to face we need to use this command IP vs 6 DHEA P server and pointed to the pool that

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we've created so might pull.

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So this is the configuration of the DHB server we've essentially configured a DCP pool as follows and

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on the gigabit there are wanting to face the interface that's going to receive the DHB requests.

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We have configured an IP address as well as a server pool so let's do a debug IP v 6 DHEA P so that's

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the server configuration done okay.

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So now it's configured the client.

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So I'll call this client.

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I'll enable IP v 6 unit cost routing and then on gigabit to 00 we'll use the common IP vs 6 address

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in this case we're going to use DHEA P and then I'll enable IP v 6 on that interface before I know shut

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to the interface.

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I'm going to do a debug IP vs 6 DHEA P at the moment.

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We told that gigabit 0 0 is not ready to show IP vs 6 interface gigabit 0 0 at the moment to the interfaces

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down.

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But notice we do have a link local address so interface gigabit.

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0 0.

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No shut.

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Let's see what happens now

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what you'll notice in the output is that a solicitation was sent to all routers on the segment a DNS

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server was configured as well as a domain name

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on the relay agent.

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It received the solicitation from from a host ending with this link local address which is which if

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I scroll up

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is the client the relay was forwarded to the DHB server.

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A reply was received from the DHB server and the reply was sent to the client on the DHB server.

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Relay was received from the relay agent pool my pool is going to be used.

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A binding is created for the client and new address is going to be allocated to the client of this.

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So the address is gonna be allocated the source IP address is going to be this it's sending a relay

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reply and it's updating the binding source address is going to be that the relay is once again sent

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to the relay agent so show IP the six interface gigabit 00.

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Notice the link local addresses this but the router has been allocated this address that's for the subnet

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what I'll do is shut to the interface down we can see some messages on the D HP server and then I'll

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no shut the interface again so interfaces come up and the rudder is getting an IP address through DCP.