Prestaging: Frame Switch Configuration

Part II

Section IX: BGP configuration

1. R1, R3, and R6 are in autonomous system 2001. R2 is in autonomous system 5, and R4 is in autonomous system 2010. Configure an EBGP peer from R2 to R1. Also configure an EBGP from R2 to R4 and from R3 to R4 so that there are three exit points from AS 2001.

2. On R4, assign and advertise the loopback network 200.128.1.0/24 through BGP. On R2, advertise the loopback network of 172.16.1.0/24 through BGP.

3. Configure IBGP from R1 to R3 and from R1 to R6; do not configure a peer from R3 to R6. Ensure that all BGP routers are receiving these routes.

Section X: DLSw Configuration

1. Configure a DLSw FST peer between R2, Ring 2, and R8, Ring 8. Filter all NetBIOS names starting with the letters "lab" between Ring 2 and Ring 8.

2. Configure a DLSw TCP peer between R2, Ring 2, and R6, VLAN 1.

3. If R2 loses its peer to R6, have another peer become active, pointing at R1. R2 should not have a "connected" peer and connectivity to R1 unless the peer from R2 to R6 is lost. The peer from R2 to R1 should terminate LLC2 sessions five minutes after TCP connectivity is restored from R2 to R6.

Section XI: Miscellaneous Cisco IOS Software Features

1. Configure static RIF of R8 so that it looks like the following:

   Ring8-Bridge7-Ring9-Bridge11-Ring10-host ”2200.600E.900E MAC address

2. Configure R2 as an NTP server. Synchronize the clock of R6 to R2. Authenticate NTP with MD5 encryption. Use cisco as the password, and a stratum of 6.

3. Configuring priority queuing on the frame interface of R3. Assign Telnet, OSPF, and IPX to the high-priority queue, and assign WWW to the low-priority queue. Everything else should be assigned the default.