HPE FlexFabric 5950 Series Command Reference Manual page 214

Field
valid lifetime
preferred lifetime
Joined group address(es)
MTU
ND DAD is enabled, number of
DAD attempts
ND reachable time
ND retransmit interval
Hosts use stateless autoconfig
for addresses
InReceives
InTooShorts
InTruncatedPkts
InHopLimitExceeds
InBadHeaders
InBadOptions
ReasmReqds
ReasmOKs
InFragDrops
InFragTimeouts
OutFragFails
Description
•
DUPLICATE—The address is not unique on the link.
•
PREFERRED—The address is preferred and can be used as the
source or destination address of a packet. If an address is in this
state, the command does not display the address state.
•
DEPRECATED—The address is beyond the preferred lifetime but
in the valid lifetime. It is valid, but it cannot be used as the source
address for a new connection. Packets destined for the address are
processed correctly.
If a global unicast address is not manually configured, the following
notations indicate how the address is obtained:
•
AUTOCFG—Stateless autoconfigured.
•
DHCP—Assigned by a DHCPv6 server.
•
EUI-64—Manually configured EUI-64 IPv6 address.
•
RANDOM—Random address automatically generated.
If the address is a manually configured anycast address, it is noted with
ANYCAST.
Specifies how long autoconfigured global unicast addresses using a
prefix are valid.
Specifies how long autoconfigured global unicast addresses using a
prefix are preferred.
Addresses of the multicast groups that the interface has joined.
MTU of the interface.
DAD is enabled.
•
If DAD is enabled, this field displays the number of attempts to send
an NS message for DAD (set by using the ipv6 nd dad attempts
command).
•
If DAD is disabled, this field displays ND DAD is disabled. To
disable DAD, set the number of attempts to 0.
Time during which a neighboring device is reachable.
Interval for retransmitting an NS message.
Hosts obtained IPv6 addresses through stateless autoconfiguration.
Received IPv6 packets, including error messages.
Received IPv6 packets that are too short. For example, the received
IPv6 packet is less than 40 bytes.
Received IPv6 packets with a length less than the payload length field
specified in the packet header.
Received IPv6 packets with a hop count exceeding the hop limit field
specified in the packet header.
Received IPv6 packets with incorrect basic headers.
Received IPv6 packets with incorrect extension headers.
Received IPv6 fragments.
Number of reassembled IPv6 packets.
Received IPv6 fragments that are discarded because of certain errors.
Received IPv6 fragments that are discarded because the amount of time
they stay in the system buffer exceeds the specified interval.
IPv6 packets that fail to be fragmented on the output interface.
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