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Total number of logged entries for this chassis.

Each entry allows a user to configure the alarm table
for a specific slot. Objects such as Current Entry,
MaxEntries Allowed, and an Enable/Disable switch are
available.

Each alarm entry is generated from one of the
following sources; (1) a module in one of the main
chassis slots, (2) the EM, (3) or a power supply. 

Each filter entry is generated from one of the
following sources; (1) a module in one of the main
chassis slots, (2) the EM, (3) or a power supply. 

Reflects the operational status of the traplogger agent

Each Slot can be separately configured. This is the
slot number for the configuration entry. 

This is the total number of entries looged for this
slot.

Maximum number of entries to store before wrapping
the log on this slot.

This is the number of entries allocated to log alarms
on this slot. It will always be less than or equal
to the requested number of entries.

This is the log id of the last entry logged for this
slot.

Allows the user to send the log the commands
specified in the enumeration.

This is whether or not this configuration has
wrapped or not.

Slot of this trap log.

Each slot has a maximium number of log entries that it
can support. Each entry is assigned a monotonically
increasing sequence number. When the maximum number
of entries for a slot is reached, the log wraps. Each
new entry will replace the oldest entry for that slot.

This contains the nvmp id of the trap that occurred.

This field is set to 2 if a trap as been acknowledged
from the EM.

This is an ASN.1 encoded string representing the pairs
of OID/value items supplied in the original SNMP or
NVMP trap. 

This is an internally defined string used to describe
an alarm. Its primary use is for display on the EMs
LCD. A default value will be used for the old trap
calls.

The time the entry was logged. This will be date and
time if possible.

This will be used to filter certain alarms. The
criteria is TBD. An example of classification:
informational - requires no intervention. warning -
Does not require immediate intervention. e.g. static
risk severe - Requires immediate intervention. e.g.
power overload. fatal - Requires attention and
module may take corrective action such as reboot. e.g.
Unrecoverable software or hardware error. 

This OID combines the General Trap code, Specific
Trap code, and the sys object id into one OID.

This is the time that the Z80 has been up for the
board that sent this trap.

Slot of this filter entry.

This will be used tofilter certain alarms. The
criteria is TBD. An example of classification:
informational-requires no intervention. warning -
Does not require immediate intervention. e.g.
statis risk severe - Requires immediate
intervention. e.g. power overload. fatal -
Requires attention and module may take
corrective action such as reboot. e.g. Unrecoverale
software or hardware error.

Each slot has a maximum number of log entries that it
can support. Each entry is assigned a monotonically
increasing sequence number. When the maximum number of
entries for a slot is reached, the log wraps. Each new
entry willreplace the oldest entry for that slot.

This contains the nvmp id of the trap that was
generated.

This field is non-zero if a trap has been acknowleged
from the EM.

This is an ASN.1 encoded string representing the pairs
of OID/value items supplied in the original SNMP or
NVMP trap.

This is an internally defined string used to
describe an alarm. It's primary use is for display
on the EMs LCD. A default value will be used for
the old trap calls.

The time the entry was logged. This will be date
and time if possible.

This OID combines the General Trap code, Specific
Trap code, and the sys object id into one OID.

The number of time ticks that have passed since
this boards Z80 processor has been up.