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Configuring a static ipv6 route, Configuring ipv6 tcp properties – H3C Technologies H3C S3600 Series Switches User Manual

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Configuring a Static IPv6 Route

You can configure static IPv6 routes for network interconnection in a small sized IPv6 network.

Follow these steps to configure a static IPv6 route:

To do…

Use the command…

Remarks

Enter system view

system-view

Configure a static IPv6 route

ipv6 route-static ipv6-address
prefix-length
[ interface-type
interface-number
]
nexthop-address

Required

By default, no static IPv6 route
is configured.

Configuring IPv6 TCP Properties

The IPv6 TCP properties you can configure include:

z

synwait timer: When a SYN packet is sent, the synwait timer is triggered. If no response packet is

received before the synwait timer expires, the IPv6 TCP connection establishment fails.

z

finwait timer: When the IPv6 TCP connection status is FIN_WAIT_2, the finwait timer is triggered. If

no packet is received before the finwait timer expires, the IPv6 TCP connection is terminated. If FIN

packets are received, the IPv6 TCP connection status becomes TIME_WAIT. If other packets are

received, the finwait timer is reset from the last packet and the connection is terminated after the

finwait timer expires.

z

Size of IPv6 TCP receiving/sending buffer.

Follow these steps to configure IPv6 TCP properties:

To do…

Use the command…

Remarks

Enter system view

system-view

Set the finwait timer of IPv6
TCP packets

tcp ipv6 timer fin-timeout
wait-time

Optional

675 seconds by default.

Set the synwait timer of IPv6
TCP packets

tcp ipv6 timer syn-timeout
wait-time

Optional

75 seconds by default.

Configure the size of IPv6 TCP
receiving/sending buffer

tcp ipv6 window size

Optional

8 KB by default.

Configuring the Maximum Number of IPv6 ICMP Error Packets Sent within a Specified Time

If too many IPv6 ICMP error packets are sent within a short time in a network, network congestion may

occur. To avoid network congestion, you can control the maximum number of IPv6 ICMP error packets

sent within a specified time. Currently, the token bucket algorithm is adopted.

You can set the capacity of a token bucket, namely, the number of tokens in the bucket. In addition, you

can set the update period of the token bucket, namely, the interval for updating the number of tokens in

the token bucket to the configured capacity. One token allows one IPv6 ICMP error packet to be sent.

Each time an IPv6 ICMP error packet is sent, the number of tokens in a token bucket decreases by 1. If

the number of the IPv6 ICMP error packets that are continuously sent out reaches the capacity of the

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