- Equipment List
- Setting Up the Lab
- Pre-Lab Tasks
- General Guidelines
- Practice Lab 1
- Section 1: Bridging and Switching (15 Points)
- Section 2: IP IGP Protocols (28 Points)
- Section 3: ISDN (8 Points)
- Section 4: EGP Protocols (17 Points)
- Section 5: Voice (6 Points)
- Section 6: DLSw+ (4 Points)
- Section 7: IOS and IP Features (10 Points)
- Section 8: QoS (8 Points)
- Section 9: Multicast (4 Points)
- Practice Lab 1: "Ask the Proctor"
- Section 1.1: Frame Relay Configuration
- Section 1.2: 3550 LAN Switch Configuration
- Section 1.3: ATM Configuration
- Section 2.1: RIP
- Section 2.2: EIGRP
- Section 2.3: Redistribution
- Section 3: ISDN
- Section 4: EGP Protocols
- Section 5: Voice
- Section 6: DLSw+
- Section 7: IOS and IP Features
- Section 8: QoS
- Section 9: Multicast
- Practice Lab 1 Debrief
- Section 1: Bridging and Switching (15 Points)
- Section 2: IP IGP Protocols (28 Points)
- Section 3: ISDN (8 Points)
- Section 4: EGP Protocols (17 Points)
- Section 5: Voice (6 Points)
- Section 6: DLSw+ (4 Points)
- Section 7: IOS and IP Features (10 Points)
- Section 8: QoS (8 Points)
- Section 9: Multicast (4 Points)
Section 6: DLSw+ (4 Points)
Configure DLSw+ between VLAN2 and VLAN4; use routers R8 and R5. Peer from Lo0 on R8 and the VLAN4 interface on R5; ensure that R8 can accept DLSw+ connections from only unknown TCP peers.
Peer as requested from Lo0 on R8 and configure this peer as promiscuous with TCP for the future connections. Configure R5 as requested and configure your bridging parameters to ensure the required connectivity. You should be concerned about this question; it is too easy and this should be ringing alarm bells. If you have configured this correctly as in Example 1-53 and Example 1-54, you have scored 2 points.
Example 1-53 R5 Iinitial DLSw+ Configuration and show output
dlsw local-peer peer-id 10.50.50.1 dlsw remote-peer 0 tcp 10.8.8.8 dlsw bridge-group 1 ! interface FastEthernet0/0 bridge-group 1 ! bridge 1 protocol ieee R5#sh dlsw peer Peers: state pkts_rx pkts_tx type drops ckts TCP uptime TCP 10.8.8.8 CONNECT 11914 11344 conf 0 0 0 3d22h Total number of connected peers: 1 Total number of connections: 1
Example 1-54 R8 DLSw+ Connectivity and show output
dlsw local-peer peer-id 10.8.8.8 promiscuous dlsw bridge-group 1 ! interface FastEthernet0/0 bridge-group 1 ! bridge 1 protocol ieee R8#sh dlsw peer Peers: state pkts_rx pkts_tx type drops ckts TCP uptime TCP 10.50.50.1 CONNECT 11346 11916 prom 0 0 0 3d23h Total number of connected peers: 1 Total number of connections: 1
Set up a one-line filter, which only allows common SNA traffic to egress from R5 VLAN4 into the DLSw+ network.
You are required to configure lsap-output-list, which allows only the SNA common traffic listed under access-list 200 to egress the DLSw+ connection to R8 on R5. If you have configured this correctly as in Example 1-55, you have scored 2 points.
Example 1-55 R5 LSAP Filter Configuration
dlsw remote-peer 0 tcp 10.8.8.8 lsap-output-list 200 ! access-list 200 permit 0x0000 0x0D0D