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{iso(1) identified-organization(3) dod(6) internet(1) private(4) enterprise(1) 930 proprietary(2) cnSystem(1) sysEvtLogMgmt(5) sysEvtLogPreFilterEntityMap(2)}

sysEvtLogPreFilterEntityMap(2)

 
 

OID description



 
OID: (ASN.1 notation)
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(OID-IRI notation)

Description:

sysEvtLogPreFilterEntityMap OBJECT-TYPE
SYNTAX OCTET STRING (SIZE (8))
ACCESS read-write
STATUS mandatory
DESCRIPTION
"The bit array that contains the bit map of all possible entities for
event logging pre-filter control. There are total of 64 entities.
Each entity represented by one bit. A bit with a value of 1 means
that the corresponding Entity is enabled for event logging,
0 when the event logging is disabled for the corresponding entity.

The following show the bit position and associated entity.
Bit 0 - SNMP_ENT_ATM_PORT
Bit 1 - SNMP_ENT_BOOTP
Bit 2 - SNMP_ENT_CLC
Bit 3 - SNMP_ENT_CLI
Bit 4 - SNMP_ENT_CONFIG
Bit 5 - SNMP_ENT_ETHERNET
Bit 6 - SNMP_ENT_FDB
Bit 7 - SNMP_ENT_HW
Bit 8 - SNMP_ENT_IISP
Bit 9 - SNMP_ENT_ILMI
Bit 10 - SNMP_ENT_IP
Bit 11 - SNMP_ENT_LANE
Bit 12 - SNMP_ENT_LEC
Bit 13 - SNMP_ENT_MCP
Bit 14 - SNMP_ENT_SIGNL
Bit 15 - SNMP_ENT_SNMP
Bit 16 - SNMP_ENT_STP
Bit 17 - SNMP_ENT_TELNET
Bit 18 - SNMP_ENT_TFTP
Bit 19 - SNMP_ENT_TOKENRING
Bit 20 - SNMP_ENT_VPORT
Bit 21 - SNMP_ENT_MPOA

When a new entity is created, a new bit position should also be defined.
The order of bit is defined as bit 0-7 in the lowest oder of byte
(first byte), bit 8-15 in the second lowest order of byte(second bye),
and so on. The lower number of bit is the least significant bit within
the byte."
DEFVAL { 'FFFFFFFFFFFFFFFF'h }



Classification:

MIB object for network management

 
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Note to implementers:




 
 
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Parent OID: sysEvtLogMgmt(5) First sibling OID: sysEvtLogDuration(1) Previous sibling OID: sysEvtLogDuration(1) Next sibling OID: sysEvtLogPreFilterSeverity(3) Last sibling OID: sysEvtLogTftpsaveCfg(8)