HP-ICF-GENERIC-RPTR Table View

Table containing security configuration for each
port.

This table contains a record of the twenty most
recent port security violations.  The first entry
in the table is the oldest.

Table containing security configuration
for each port, where security for multiple
MAC addresses per port is desired (e.g.,
switch systems).

Table containing multiple configured authorized
addresses per port.  Facilitates security
for ports whose hpSecPtLearnMode is set to
configureSpecific.

Table containing the authorized addresses for
each port.  An authorized address is an address
learned while the hpSecPtLearnMode for the port
is set to learnContinuous, learnFirstN, 
learnLimitedContinuous, or learnFirstNConditionally;  
or an address in the hpSecureCfgAddrTable when the 
hpSecPtLearnMode for the port is set to configureSpecific.
On a switch, for ports whose hpSecPtLearnMode
is set to learnContinuous or learnLimitedContinuous, 
this table may return MAC address information based 
on the switch's 802.1d forwarding database.

A table containing generic information about the
current logical repeaters in this managed system.

A table of backup link configuration entries.  For
a given backup link, the agent will periodically send
a test packet to the device at the specified address.
If no response is received after a configured number
of test packets are sent, the agent will enable the
backup port and disable the primary port, and will
stop sending periodic test packets.  After the agent
has switched to the backup link, the primary port
will need to explicitly be re-enabled via management
action in order to return to using the primary port.
          
At any time, a management station can examine the
associated instance of the hpicfBackupLinkState
object to determine if the backup port is currently
in use.
          
The backup link algorithm enables and disables the
backup port by modifying the instance of the
rptrPortAdminStatus object corresponding to that
port.  After the backup port has been enabled by the
backup link algorithm, if the primary port is
subsequently enabled via management action, the
backup port will be turned off and the periodic
test packets will resume.
          
When a row of this table is activated, the backup
port will be disabled, the primary port will be
enabled, and the periodic test packets will be sent.
The time between test packets is configurable using
the associated instance of the
hpicfBackupLinkTestTime object.  The number of
failures needed to switch to the backup port is
configurable using the associated instance of the
hpicfBackupLinkConsecFailures object.  The backup
link function can be disabled by setting the relevant
instance of the hpicfBackupLinkStatus object to
either 'notInService' or 'destroy'.
          
Note that the primary port for a backup link must
be mapped to a repeater segment that the agent is
capable of transmitting through.  In addition, a
given port cannot be used in more than one active
backup link at the same time.

A table for configuring segment-to-repeater mapping
for repeater segments in this managed system.

This table is used to inform a management
application about which repeaters a physical segment
is able to be connected to.  There is one row in this
table for each allowable segment-to-repeater
connection.

A table for configuring port-to-repeater mapping
for repeater ports in this managed system.

This table is used to inform a management
application about which repeaters a logical port is
able to be mapped to.  There is one row in this table
for each allowable port to repeater mapping.

A table of switches, both internal and external,
connected to ports in this repeater system.
Typically, internal switches are added by the agent
and cannot be removed by a management operation.
External switches may be added or removed by
management operations using the hpicfGRpSwitchStatus
object.

A table of links to switch ports for both internal
and external switches that are connected to repeater
ports in this repeater system.