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CanogaOS Configuration Guide
16-3
Names of Commands Used
ip rip send version, ip rip receive version
Validation Commands
show ip rip, show running-config, show ip protocols rip, show ip rip interface, show ip
route
16.4 Configuring Metric Parameters
A RIP offset list allows you to add to the metric of specific inbound or outbound routes
learned or advertised by RIP. RIP offset lists provide a simple method for adding to the
cost of specific routes and therefore biasing the router’s route selection away from those
routes. An offset list consists of the following parameters:
• An ACL that specifies the routes to which to add the metric.
• The direction:
• In: applies to routes the router learns from RIP neighbors.
• Out: applies to routes the router is advertising to its RIP neighbors.
• The offset value that will be added to the routing metric of the routes that match
the ACL.
• The interface that the offset list applies (optional).
If a route matches both a global offset list (without specified interface) and an
interface-based offset list, the interface-based offset list takes precedence. The
interface-based offset list’s metric is added to the route in this case.
This example R2 will advertise route 10.10.11.0/24 out of interface eth-0-2 with metric
added 2.
Figure 16-3: RIP Topology III
R2
DUT# configure terminal Enter the Configure mode.
DUT(config)#ip access-list ripoffset Create IP access list named ripoffset.
DUT(config-ip-acl)#permit any
10.10.11.0 0.0.0.255 any
Configure the access list to match route 10.10.11.0/24.
DUT(config-ip-acl)# router rip Enter the RIP routing process.
DUT(config-router)# offset-list ripoffset
out 2 eth-0-2
RIP updates being sent out from interface eth-0-2 will adds 2 hops to
the routes matching the access list ripoffset.
Validation Commands
show running-config, show ip protocols rip
- Model 9175 1
- 1 Configuring Interface 15
- Bridge 1 17
- 2.1 Overview 18
- 2.2 Topology 18
- 2.3 Configurations 18
- 2-2 19
- Switch S2 19
- 2.4 Validation Commands 20
- 3 Configuring LACP 21
- 3.4 Validation Commands 23
- 4.1 Overview 24
- 4.2 Configuring VLAN-CLASS 24
- 4.3 Validation commands 26
- 5 Configuring VLAN 27
- 5.4 Configuring Access Port 28
- 5.5 Configuring Trunk Port 29
- Bridge 2 30
- 6.1 Overview 33
- 6.2 References 33
- 6.3 Terminology 33
- DUT#show mac address-table 34
- 7 Configuring RSTP/STP 37
- 7.4 Configurations 38
- 7.5 Validation Commands 39
- 8 Configuring MSTP 41
- 8.5 Validation Commands 43
- 9 Configuring ERPS 47
- Switch 1 48
- Switch 2 48
- Switch 3 48
- 9.5.1 Topology 59
- Tunneling 66
- 11 Configuring CFM 71
- 11.3 Topology 72
- 11.4 Configurations 72
- Bridge2 73
- Bridge3 74
- Bridge4 75
- 11.5 Validation Commands 76
- Loopback checks 77
- 12 Configuring EFM OAM 78
- 13.1 Overview 84
- 14 Configuring ARP 87
- 14.3 Validation commands 88
- 16 Configuring RIP 91
- 16.8 Configuring Timers 95
- Validation Commands 99
- 17 Configuring OSPF 100
- DUT(config)# router ospf 109 101
- 17.5 Setting Priority 102
- 17.8 OSPF Cost 106
- 17.10 OSPF Authentication 109
- 17.11 Monitoring OSPF 111
- 18 Configuring BGP 112
- Figure 18-2: EBGP Topology 113
- CanogaOS Configuration Guide 113
- Switch A output 114
- Switch B output 115
- 18.3 Basic topology( IBGP) 116
- 19 Configuring Route-map 121
- 20 Configuring VRRP 124
- 20.4 VRRP Process 125
- 20.5 Limitations 126
- 20.6 VRRP Configuration 126
- 20.6.3 Outputs 129
- 21.1 Configuring IP SLA 132
- 21.2 Configuring TRACK 133
- 21.3 Configuring VRRP TRACK 135
- 22.1 Overview 137
- 22.3 Validation Commands 139
- 23 Configuring MVR 140
- 24.1 Multicast Overview 143
- 24.2 IGMP Configuration 143
- 24.3 PIM-SM Configuration 145
- 24.3.1 References 146
- 24.3.2 Terminology 146
- 24.3.4 PIM-SM Configuration 149
- Eth-0-1 Eth-0-1 153
- Eth-0-2 Eth-0-2 153
- 24.5.2 Validation Commands 155
- 25 Configuring VRF lite 156
- 25.2.1 Topology 157
- 25.2.2 Configuration steps 157
- 25.2.3 Display Results 159
- Ping Switch A, B and C 161
- 25.3 Customer Edge 162
- Configure Switch B 163
- Check the route on Switch A 165
- 26 Configuring LDP 168
- Configure lsr-c 169
- 26.3 Configure FEC 170
- 27.1 Topology 172
- 27.2 Configuration steps 172
- 27.3 Experiment Results 177
- PE2 output 178
- 28 Configuring VPWS 180
- 29 Configuring VPLS 184
- 29.2.5 Validation Commands 189
- Command Description 189
- 30 Configuring MPLS OAM 194
- 30.3 Validating Layer 2 FEC 197
- 30.4 Validating Layer 3 FEC 201
- 31 Configuring QoS 207
- 31.4 Configuration 211
- 31.4.3 Configure shaping 213
- 31.4.4 Configure Policy 214
- DUT(config-ip-acl)#quit 215
- DUT(config)# class-map cmap1 215
- QoS map information 220
- 32.1 Overview 224
- 32.2 Terminology 224
- 32.3 Configuration 225
- 32.4 Validation Commands 228
- 33 Configuring ACL 230
- 33.4 Validation Commands 232
- 34.1 Overview 233
- 34.2 Configurations 233
- 34.3 Validation Commands 233
- 35.1 Overview 235
- 35.2 Terminology 235
- 36 Configuring DHCP 238
- 36.2.1 Overview 240
- 37.1 Overview 243
- 37.2 Terminology 243
- 37.3 Topology 243
- 37.4 Configurations 244
- 37.5 Validation Commands 245
- 38.1 Overview 246
- 38.2 Terminology 246
- 38.3 Topology 247
- 38.4 Configurations 247
- 38.5 Validation Commands 247
- 39 Configuring IEEE 802.1x 250
- 39.6 802.1x Configuration 253
- 40.1 Overview 257
- 40.2 Topology 257
- 40.3 Configuration Steps 257
- 40.4 Checking Configuration 258
- 40.5 Display Results 259
- 41.1 Overview 260
- 41.2 References 260
- 41.3 Terminology 260
- 41.5 Configuring RSA Key 261
- 42 Configuring STM 262
- 43.2 Validation Commands 263
- 43.4 Validation Commands 264
- 43.6 Validation Commands 264
- 44.5 Deleting system image 267
- DUT(config)# line console 0 268
- 45.5 Validation 270
- 47 Configuring Mirror 275
- 47.2 Understanding Mirror 276
- 47.3 Mirror Configuration 277
- CANOGA PERKINS CORPORATION 280
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