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CanogaOS Configuration Guide
Proprietary & Confidential Canoga Perkins Metro Ethernet Switches Page 184 of 350
Router_C# show ip pim sparse-mode mroute
IP Multicast Routing Table
(*,*,RP) Entries: 0
(*,G) Entries: 1
(S,G) Entries: 0
(S,G,rpt) Entries: 0
(*, 224.0.1.3)
RP: 10.10.1.5
RPF nbr: 0.0.0.0
RPF idx: None
Upstream State: JOINED
Local ................................
Joined j...............................
Asserted ................................
Outgoing o...............................
Configuring RP dynamically
A static configuration of RP works for a small, stable PIM domain; however, it is not practical
for a large and not-sostable internetwork. In such a network, if the RP fails, the network
administrator might have to change the static configurations on all PIM routers. Another reason
for choosing dynamic configuration is a higher routing traffic leading to a change in the RP.
We use the BSR mechanism to dynamically maintain the RP information. For configuring RP
dynamically in the above scenario, Router_C on eth-0-1 and Router_D on eth-0-1 are configured
as Candidate RP using the ip pim rpcandidate command. Router_D on eth-0-1 is also configured
as Candidate BSR. Since no other router has been configured as Candidate BSR, the Router_D
becomes the BSR router, and is responsible for sending group-to-RP mapping information to all
other routers in this PIM domain.
The following output displays the complete configuration at Router_C and Router_D:
Router_D# show run
!
interface eth-0-0
!
interface eth-0-1
ip pim sparse-mode
!
interface eth-0-2
ip pim sparse-mode
!
- CanogaOS 1
- Configuration Guide 1
- CAUTION! 2
- ATTENCION! 2
- NOTICE! 2
- CANOGA PERKINS CORPORATION 3
- 1 Configuring Interface 19
- 1.3.2 Configurations 21
- Bridge 1 21
- 1.3.3 Validation Commands 21
- 2.1.2 Validation Commands 23
- 3 Configuring LACP 26
- 3.1.2 Validation Commands 28
- 4.1 VLAN-CLASS Configuration 30
- 4.1.2 Validation commands 31
- 5 Configuring VLAN 33
- 5.3 Configuring Access Port 34
- 5.4 Configuring Trunk Port 35
- 5.4.3 Validation Commands 37
- Bridge 2 38
- 6.1 References 39
- 6.2 Terminology 39
- 7 Configuring RSTP/STP 43
- Bridge1 44
- 7.1.3 Validation Commands 45
- 8 Configuring MSTP 48
- 8.1.4 Validation Commands 50
- 9 Configuring ERPS 56
- Topology 57
- Validation Command 61
- Tunneling 79
- 11 Configuring CFM 85
- Figure 1 86
- Bridge2 87
- Bridge3 88
- Bridge4 89
- 12 Configuring EFM OAM 93
- Validation 98
- 13.2.2 Validation Commands 102
- 14 Configuring ARP 103
- 14.1.2 Validation commands 104
- 1 verify the arp entries 104
- 16 Configuring RIP 108
- Validation Commands 109
- 17 Configuring OSPF 117
- 17.4 Setting Priority 121
- 17.7 OSPF Cost 127
- 17.9 OSPF Authentication 132
- 17.10 Monitoring OSPF 135
- 18 Configuring BGP 136
- 18.2 Basic topology( EBGP) 137
- 18.2.3 Router B 138
- 18.3 Basic topology( IBGP) 142
- Router B 143
- 18.3.3 Router B 144
- 19 Configuring Route-map 149
- 20 Configuring VRRP 153
- Sample Configuration 160
- 21.1 Configuring IP SLA 162
- 21.2 Configuring TRACK 163
- 21.3 Configuring VRRP TRACK 166
- 22.1 IGMP Snooping Overview 168
- Display IGMP Snooping Groups 171
- 23 Configuring MVR 172
- 24.1 Multicast Overview 175
- 24.2 IGMP Configuration 175
- Enable IGMP 176
- Limit Max IGMP Group number 176
- 24.2.3 Validation Commands 177
- 24.3 PIM-SM Configuration 178
- Downstream 179
- 3. Determining the RP 180
- 4. Joining the Shared Tree 180
- 5. Registering with the RP 180
- 7. Pruning the Interface 181
- Configuring RP statically 181
- RP details 182
- Interface details 182
- IP multicast routing table 183
- Configuring RP dynamically 184
- PIM group-to-RP mappings 185
- Router 2 Unicast BSM 187
- 24.5.2 Validation Commands 189
- Register (1) 190
- eth-0-2 (1) 190
- 25 Configuring VRF lite 191
- 25.2 Usage example 192
- Switch A output 196
- Switch B output 197
- Switch C output 198
- Switch D output 198
- Configuration steps 201
- 26 Configuring LDP 211
- 1) show status lsr-a: 213
- 2) show status lsr-b: 213
- 3) show status lsr-c: 213
- 1) show result on lsr-a: 214
- 2) show result on lsr-b 214
- 216
- 27.1.3 CE2(DUT4) 217
- 27.1.4 PE1(DUT2) 217
- 27.1.5 PE2(DUT3) 219
- 27.1.6 C 220
- 28 Configuring VPWS 225
- 1) on PE1 229
- 2) on PE2 230
- 29 Configuring VPLS 231
- Configuring the VPLS on PE2 233
- Configuring the VPLS on PE3 234
- Configuring the VPLS on P 236
- Configuring the VPLS on PE1 239
- 30 Configuring MPLS OAM 245
- MPLS LSP Traceroute: 250
- Enable label-switching on 257
- 30.3.5 Validation Commands 263
- 31 Configuring QoS 265
- Precedence Value 266
- Shaping 267
- Policing 267
- Marking 267
- Queueing 267
- Tail Drop 268
- Scheduling 268
- Class Map 269
- Policy Map 269
- Mapping Tables 269
- 31.2 QoS Configuration 270
- Configure egress queue 271
- Schedule 272
- Configure port policing 272
- Configure shaping 273
- Port shaping 273
- Queue shaping 273
- Configure Policy 274
- Classify Traffic Using ACLs 274
- Create class-map 274
- Create Policy Map 275
- Create Aggregate Policer 276
- Configure QoS Mapping tables 278
- CoS-Priority-Color Map 278
- EXP-Priority-Color Map 279
- DSCP-Priority-Color Map 279
- Priority-Color-CoS Map 280
- Priority-Color-DSCP Map 280
- Class Maps information 281
- Policy-Map information 281
- QoS interface information 282
- QoS map information 283
- 32 Configuring ACL 289
- Configurations 290
- ACL details 290
- 32.2.1 Validation Commands 291
- 33.1.2 Validation Commands 293
- 34.1 Terminology 294
- 35 Configuring DHCP 296
- 35.1.4 Configurations 297
- 35.1.5 Validation Commands 298
- 35.2.2 Configurations 300
- 35.2.3 Validation Commands 301
- 0 302
- DHCP Snooping 303
- 36.1.3 Configurations 304
- 36.1.4 Validation Commands 305
- Total Log Buffer Size : 32 306
- No entries in log buffer 306
- 37.1.3 Configurations 308
- 37.1.4 Validation Commands 309
- Supplicant System 310
- Authentication Server 310
- Authenticator 310
- Port Access Entity (PAE) 311
- Ethernet 317
- For Canoga Switch 318
- Checking Configuration 319
- Telnet output 320
- 40.1.6 Validation Commands 323
- 41 Configuring STM 324
- 43.5 Deleting system image 330
- 44.4 Validation 333
- 46 Configuring Mirror 338
- 47 Configuring SNMP 342
- Enable SNMP 343
- Configuring community string 343
- SNMPv3 notifications: 345
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