HP 6125G Command Reference Manual page 167

Table 40 Command output
Field
Tunnel0 current state
Line protocol current state
IPv6 is enabled
link-local address
Global unicast address(es)
Joined group address(es)
MTU is 1480 bytes
ND reachable time
ND retransmit interval
Hosts use stateless autoconfig for
addresses
InReceives
InTooShorts
InTruncatedPkts
InHopLimitExceeds
InBadHeaders
InBadOptions
ReasmReqds
ReasmOKs
InFragDrops
InFragTimeouts
OutFragFails
InUnknownProtos
InDelivers
Description
Physical state of the tunnel interface:
•
Administratively DOWN—The interface is administratively down. That
is, the interface is shut down with the shutdown command.
•
DOWN—The interface is administratively up but its physical state is
down.
•
UP—Both the administrative and physical states of the interface are
up.
Link layer state of the tunnel interface:
•
DOWN—The protocol state of the interface is down.
•
UP—The protocol state of the interface is up.
IPv6 packet forwarding state of the tunnel interface. IPv6 packet
forwarding is automatically enabled after an IPv6 address is assigned to
the interface. IPv6 packet forwarding is enabled in the example.
Link-local address configured for the tunnel interface.
Global unicast addresses configured for the tunnel interface.
Multicast addresses of the tunnel interface.
Maximum transmission unit of the tunnel interface. It is 1480 bytes in the
example.
Neighbor reachable time.
Interval for retransmitting a neighbor solicitation message.
Hosts use stateless autoconfiguration mode to acquire IPv6 addresses.
All IPv6 packets received by the tunnel interface, including types of error
packets.
Received IPv6 packets that are too short, with a length less than 40 bytes,
for example.
Received IPv6 packets with a length less than that specified in the
packets.
Received IPv6 packets with a hop count exceeding the limit.
Received IPv6 packets with bad basic headers.
Received IPv6 packets with bad extension headers.
Received IPv6 fragments.
Number of packets after reassembly rather than the number of fragments.
IPv6 fragments discarded due to certain errors.
IPv6 fragments discarded because the interval for which they had stayed
in the system buffer exceeded the specified period.
Packets failed in fragmentation on the outbound interface.
Received IPv6 packets with unknown or unsupported protocol type.
Received IPv6 packets that were delivered to application layer protocols
(such as ICMPv6, TCP, and UDP).
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