2.
When a RIPng neighbor receives the request packet, it sends back a response packet that contains
the local routing table. RIPng can also advertise route updates in response packets periodically or
advertise a triggered update caused by a route change.
3.
After RIPng receives a response, it checks the validity of the response before adding routes to its
routing table, such as whether the source IPv6 address is the link-local address and whether the
port number is correct. A response packet that fails the check is discarded.
Protocols and standards
RFC 2080, RIPng for IPv6
•
RFC 2081, RIPng Protocol Applicability Statement
•
RIPng configuration task list
Tasks at a glance
(Required.)
(Optional.)
•
Configuring an additional routing metric
•
Configuring RIPng route summarization
•
Advertising a default route
•
Configuring received/redistributed route filtering
•
Configuring a preference for RIPng
•
Configuring RIPng route redistribution
(Optional.)
•
Configuring RIPng timers
•
Configuring split horizon and poison reverse
•
Configuring zero field check on RIPng packets
•
Configuring the maximum number of ECMP routes
(Optional.)
Configuring basic RIPng
Before you configure basic RIPng, configure IPv6 addresses for interfaces to ensure IPv6 connectivity
between neighboring nodes.
To configure basic RIPng:
Step
1.
Enter system view.
2.
Create a RIPng process and
enter its view.
3.
Return to system view.
Configuring basic RIPng
Configuring RIPng route
Tuning and optimizing the RIPng
Configuring RIPng GR
control:
network:
Command
system-view
ripng [ process-id ]
[ vpn-instance
vpn-instance-name ]
quit
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Remarks
N/A
By default, the RIPng process is not
created.
N/A