Table $6\mathrm{.}1$: IP Address Assignment for Topology in Figure $6\mathrm{.}5$

$6\mathrm{.}8\mathrm{.}1$ IPv$6$ Static Routing Exercise

In this part, we assume Ubuntu end hosts $($for PC$1$ to PC$4)$ and Cisco routers $($for R$1$ to R$5)$ for the

network. Below are the steps to perform the exercise:

Build the network topology presented in Figure $6\mathrm{.}5$ in your GNS$3$ environment using

Ubuntu end hosts and Cisco routers.

Enable packet capture functionality on R$1-$R$2,$ R$1-$R$3,$ and R$2-$R$3$ links but do not start Wire$-$

shark yet. Wireshark can be used to debug your network configuration during the lab, when

necessary.

First, turn on R$1$ to R$5$ and using Table $6\mathrm{.}1,$ configure them with their IPv$6$ addresses. Note

that PC$1$ and PC$2$ will have auto$-$configured addresses via SLAAC implying that routers R$1$

and R$2$ on their eth$2$ interfaces should be configured for router advertisements.

Next, turn on PC$1$ to PC$4$ and using Table $6\mathrm{.}1,$ configure them with their IPv$6$ addresses.

Note that PC$1$ and PC$2$ will be configured for SLAAC and PC$3$ and PC$4$ will be manually

configured for IPv$6.$

Using ping $6$ probes, ensure connectivity within each subnet.

Configure routers $R1$ to $R5$ for static routing to all remote subnets.

Lab Report $1.$ Run the below command on each router to display the running configuration

and include the outputs in your lab report:

Configure end hosts PC$1$ to PC$4$ for static routing to all remote subnets.

Lab Report $2.$ Answer the below questions in your lab report:

$($a$)$ What are the steps that you have taken to configure PC$1$ for static routing? What are the

steps that you have taken to configure PC$4$ for static routing? Use the below commands

on both PC$1$ and PC$4$ to display relevant configuration information:

PCI : $ sudo more$/$etc$/$network$/$interfaces

PCl : $ ip $-6$ route

$($b$)$ Include the outputs of these commands in your lab report. Do you see any difference

between outputs of the respective commands for PC$1$ and PC$4?$

$($c$)$ For each line in the output of ip $-6$ route command execution for PC$1,$ explain what

caused that entry to be added into the routing table.

$($d$)$ For each line in the output of $ip-6$ route command execution for PC$4,$ explain what

caused that entry to be added into the routing table.

Lab Report $3.$ On each router R$1$ to R$5,$ issue the below command in privileged mode and

include the outputs in your lab report

$-----------------------------------------------------$

I need help with step $7$ onwards to labreport $2.$ I do not know how to configure ipv$6$ on ubuntu Linux for static routing. Preferably I would like to know how to do it via UBuntu GUI. Will give thumbs up