
Chapter 29
| IP Routing Commands
Open Shortest Path First (OSPFv2)
– 851 –
Example
This example enables message-digest authentication for the specified area.
Console(config-router)#area 10.3.0.0 authentication
Console(config-router)#
Related Commands
ip ospf authentication-key (859)
ip ospf message-digest-key (862)
area nssa
This command defines a not-so-stubby area (NSSA). To remove an NSSA, use the
no
form without any optional keywords. To remove an optional attribute, use the
no
form without the relevant keyword.
Syntax
[
no
]
area
area-id
nssa
[
translator-role
[
candidate
|
never
|
always
]] |
[
no-redistribution
] | [
no-summary
] | [
default-information-originate
[
metric
metric-value
|
metric-type
type-value
]]
area-id
- Identifies the NSSA. The area ID can be in the form of an IPv4
address or as a four octet unsigned integer ranging from 0-4294967295.
translator-role
- Indicates NSSA-ABR translator role for Type 5 external
LSAs.
candidate
- Router translates NSSA LSAs to Type-5 external LSAs if
elected.
never
- Router never translates NSSA LSAs to Type-5 external LSAs.
always
- Router always translates NSSA LSAs to Type-5 external LSAs.
no-redistribution
- Use this keyword when the router is an NSSA Area
Border Router (ABR) and you want the
command to import
routes only into normal areas, and not into the NSSA. In other words, this
keyword prevents the NSSA ABR from advertising external routing
information (learned via routers in other areas) into the NSSA.
no-summary
- Allows an area to retain standard NSSA features, but does
not inject inter-area routes into this area.
default-information-originate
- When the router is an NSSA Area Border
Router (ABR) or an NSSA Autonomous System Boundary Router (ASBR), this
parameter causes it to generate Type-7 default LSA into the NSSA. This
default provides a route to other areas within the AS for an NSSA ABR, or to
areas outside the AS for an NSSA ASBR.
metric-value
- Metric assigned to Type-7 default LSAs.
(Range: 1-16777214: Default: 1)
Содержание AS5700-54X
Страница 42: ...Contents 42...
Страница 44: ...Figures 44...
Страница 52: ...Tables 52...
Страница 54: ...Section I Getting Started 54...
Страница 80: ...Chapter 1 Initial Switch Configuration Setting the System Clock 80...
Страница 210: ...Chapter 6 Remote Monitoring Commands 210...
Страница 358: ...Chapter 9 Access Control Lists ACL Information 358...
Страница 418: ...Chapter 12 Port Mirroring Commands RSPAN Mirroring Commands 418...
Страница 436: ...Chapter 15 UniDirectional Link Detection Commands 436...
Страница 442: ...Chapter 16 Address Table Commands 442...
Страница 506: ...Chapter 18 VLAN Commands Configuring VXLAN Tunneling 506...
Страница 526: ...Chapter 19 Class of Service Commands Priority Commands Layer 3 and 4 526...
Страница 544: ...Chapter 20 Quality of Service Commands 544...
Страница 652: ...Chapter 22 Multicast Filtering Commands MLD Proxy Routing 652...
Страница 680: ...Chapter 23 LLDP Commands 680...
Страница 722: ...Chapter 24 CFM Commands Delay Measure Operations 722...
Страница 732: ...Chapter 25 Domain Name Service Commands 732...
Страница 790: ...Chapter 27 IP Interface Commands ND Snooping 790...
Страница 1072: ...Section III Appendices 1072...
Страница 1090: ...Glossary 1090 XModem A protocol used to transfer files between devices Data is grouped in 128 byte blocks and error corrected...
Страница 1102: ...List of CLI Commands 1102...
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