DXS-3600 Series Layer 3 Managed 10Gigabit Ethernet Switch CLI Reference Guide
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multicast-listener-query, multicast-listener-done, multicast-listener-
report, nd-na, nd-ns, next-header, no-admin, no-route, packet-too-big,
parameter-option, parameter-problem, port-unreachable, reassembly-
timeout, redirect, renum-command, renum-result, renum-seq-number,
router-advertisement, router-renumbering, router-solicitation, time-
exceeded, unreachable.
TCP-FLAG
(Optional) Specifies the TCP flag fields and the specified TCP header
bits called
ack
(acknowledge),
fin
(finish),
psh
(push),
rst
(reset),
syn
(synchronize), or
urg
(urgent).
flow-label FLOW-LABEL
(Optional) Specifies the flow label value, within the range of 0 to
1048575.
fragments
(Optional) Specifies the packet fragment’s filtering
time-range PROFILE-NAME
(Optional) Specifies the name of time period profile associated with the
access list delineating its activation period.
Default
None.
Command Mode
IPv6 Access-list Configuration Mode.
Command Default Level
Level: 12.
Usage Guideline
If a rule entry is created without a sequence number, a sequence number will be automatically assigned.
If it is the first entry, the sequence number 10 is assigned. A subsequent rule entry will be assigned a
sequence number that is 10 greater than the largest sequence number in that access list and is placed at
the end of the list.
The user can use the command access-list sequence to change the start sequence number and
increment number for the specified access list. After the command is applied, the new rule without
specified sequence number will be assigned sequence based new sequence setting of the specified
access list.
When you manually assign the sequence number, it is better to have a reserved interval for future lower
sequence number entries. Otherwise, it will create extra effort to insert an entry with a lower sequence
number.
The sequence number must be unique in the domain of an access-list. If you enter a sequence number
that is already present, an error message will be shown.
Example
This example shows how to create four entries for an IPv6 extended access list named “ipv6-control”.
These entries are: permit TCP packets destined to network ff02::0:2/16, permit TCP packets destined to
host ff02::1:2, permit all TCP packets go to port 80 and permit all ICMP packets.
Switch# configure terminal
Switch(config)# ipv6 access-list extended ipv6-control
Switch(config-ipv6-ext-acl)# permit tcp any ff02::0:2/16
Switch(config-ipv6-ext-acl)# permit tcp any host ff02::1:2
Switch(config-ipv6-ext-acl)# permit tcp any any eq 80
Switch(config-ipv6-ext-acl)# permit icmp any any
Switch(config-ipv6-ext-acl)#
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