OpenROUTE-MIB: View SNMP OID List / Download MIB

The time (in hundredths of a second) since the last time the router software was reloaded.

The number of times the router has started since the last reload.

The number of times the router has crashed since the last reload. Only those crashes that caused the router to deliberately restart due to a software error are counted by this object.

The last crash message. The message will indicate if the router has not crashed since the last reload.

This object, when read, returns a value of zero. A set of this object causes the router to be reset. The value represents the delay (in seconds) before the reset will take affect.

The IP Address of the SYSLOG server to which all router SYSLOG messages (to UDP port 514) are transmitted.

The total number of bytes of heap memory available for allocation.

The minimum amount of memory needed by the currently configured protocols and features.

The memory that has never been allocated.

The memory that is permanently allocated to router tasks.

The memory that is temporarily allocated to router tasks.

The memory that was temporarily allocated and returned to the free pool.

The total number of bytes of buffer memory available for allocation.

The minimum amount of memory needed by the currently configured protocols and features.

The memory that has never been allocated.

The memory that is permanently allocated to router tasks.

The total number of global buffers in the system.

The total number of free buffers in the system.

The 'fair' number of buffers for each interface.

The low mark for free buffers. If the value of proResBufGlobalFree is less than this object then freed buffers will not be placed on any queue that has more than the 'fair' number of buffers on it.

The per-port buffer table.

An entry indicating the buffers allocated per interface.

The number of buffers requested for this interface.

The number of buffers allocated for this interface.

The low water mark for number of buffers.

The current number of buffers for this device. A value of zero indicates that the device is disabled. If, on receipt of a packet, the value of this object is less than proResInputBufsLow than the packet is eligible for flow control.

The size, in bytes, of each buffer allocated to this interface.

The total number of bytes allocated to this interface. This is obtained by multiplying proResInputBufsAlloc by proResInputBufsSize.

The number of ELS enterprise specific traps which may be generated per second. A value of zero indicates no limit.

The number of ELS enterprise specific traps which were dropped because the pin had been reached.

This object indicates whether ELS messages should be timestamped and, if yes, the timebase to use. Setting the object to proTSOff(1) disables timestamping. Setting the object to proTSSysUpTime(2) uses the sysUpTime value as the timestamp. Setting the object to proTSTimeOfDay(3) uses the real-time clock value as the timestamp. Enumeration: 'proTSTimeOfDay': 3, 'proTSOff': 1, 'proTSSysUpTime': 2.

A read of this object always returns the value other(1). Setting the object to elsActionClear(2) clears all ELS configuration. Specifically, this clear all ELS related sram records. This action is the same as entering the command at the ELS config menu in the gateway console. Setting the object to proElsActionDefault(3) turns off logging of ELS events to both the console and SNMP traps for all configured subsystems. This action is the same as entering the commands: default disp sub all default trap sub all at the ELS config menu in the gateway console. Enumeration: 'other': 1, 'proElsActionClear': 2, 'proElsActionDefault': 3.

The new ELS trap format is used by default. The ability to select the old proElsTrapVersionV1 format is only provided for backward compatibility. It is strongly recommended that net managers use the new and improved proElsTrapVersionV2 format. This object reverts to its default value after a cold start (reload). Enumeration: 'proElsTrapVersionV1': 1, 'proElsTrapVersionV2': 2.

The ELS sub-system table.

An entry corresponding to a specific subsystem.

This object is used to identify a specific subsystem. Enumeration: 'proElsSubSysIndexBgp': 104, 'proElsSubSysIndexEsis': 41, 'proElsSubSysIndexDn': 25, 'proElsSubSysIndexV25b': 108, 'proElsSubSysIndexStp': 73, 'proElsSubSysIndexLnm': 102, 'proElsSubSysIndexBoss': 106, 'proElsSubSysIndexMan': 87, 'proElsSubSysIndexWrs': 101, 'proElsSubSysIndexBr': 74, 'proElsSubSysIndexIcmp': 11, 'proElsSubSysIndexDds': 55, 'proElsSubSysIndexIpx': 35, 'proElsSubSysIndexX25': 85, 'proElsSubSysIndexGw': 1, 'proElsSubSysIndexXn': 30, 'proElsSubSysIndexDnav': 43, 'proElsSubSysIndexMspf': 18, 'proElsSubSysIndexIp': 10, 'proElsSubSysIndexTcp': 12, 'proElsSubSysIndexX253': 98, 'proElsSubSysIndexSnmp': 21, 'proElsSubSysIndexAp2': 53, 'proElsSubSysIndexTn': 20, 'proElsSubSysIndexAtr': 89, 'proElsSubSysIndexR2mp': 56, 'proElsSubSysIndexIppn': 100, 'proElsSubSysIndexVn': 60, 'proElsSubSysIndexSrly': 90, 'proElsSubSysIndexPn': 82, 'proElsSubSysIndexX251': 96, 'proElsSubSysIndexStb': 71, 'proElsSubSysIndexXns': 31, 'proElsSubSysIndexX252': 97, 'proElsSubSysIndexSrb': 70, 'proElsSubSysIndexTkr': 84, 'proElsSubSysIndexSdlc': 75, 'proElsSubSysIndexSrt': 72, 'proElsSubSysIndexIso': 40, 'proElsSubSysIndexRtmp': 52, 'proElsSubSysIndexDls': 107, 'proElsSubSysIndexZip2': 54, 'proElsSubSysIndexSpf': 17, 'proElsSubSysIndexEth': 81, 'proElsSubSysIndexIsis': 42, 'proElsSubSysIndexLlc': 103, 'proElsSubSysIndexBtp': 14, 'proElsSubSysIndexFr': 92, 'proElsSubSysIndexUdp': 13, 'proElsSubSysIndexArp': 5, 'proElsSubSysIndexEgp': 16, 'proElsSubSysIndexArpa': 80, 'proElsSubSysIndexMcf': 105, 'proElsSubSysIndexApl': 50, 'proElsSubSysIndexZip': 51, 'proElsSubSysIndexPpp': 95, 'proElsSubSysIndexSl': 83, 'proElsSubSysIndexRip': 15, 'proElsSubSysIndexTftp': 19, 'proElsSubSysIndexFddi': 88.

This is a textual string indicating the name of the subsystem.

The number of events defined for this subsystem.

A read of this object always returns the value other(1). Setting this object to one of the other enumerated values has the effect of enabling ELS events of the specified level to the console.

A read of this object always returns the value other(1). Setting this object to one of the other enumerated values has the effect of disabling ELS events of the specified level to the console.

A read of this object always returns the value other(1). Setting this object to one of the other enumerated values has the effect of enabling ELS events of the specified level to a NMS via SNMP trap.

A read of this object always returns the value other(1). Setting this object to one of the other enumerated values has the effect of disabling ELS events of the specified level to a NMS via SNMP trap.

The current event log levels that are enabled for display to console. Note that the value represents a bit string, a bit for each value defined in ProElsMsgLogLevel (excluding the other(1)) value. For example: proMsgLevelUIError, bit 1 proMsgLevelCIError, bit 2 etc. Note also that the levels: proMsgLevelError proMsgLevelInfo proMsgLevelTrace proMsgLevelStandard proMsgLevelAll are aggregates of other logging levels. So, for example, turning on proMsgLogLevelError(6) will turn on (set the bits) for all sub-levels in this category (i.e values 2,3,4 and 5).

The current event log levels that are enabled for logging via SNMP trap. Note that the value represents a bit string, a bit for each value defined in ProElsMsgLogLevel (excluding the other(1)) value. For example: proMsgLevelUIError, bit 1 proMsgLevelCIError, bit 2 etc. Note also that the levels: proMsgLevelError proMsgLevelInfo proMsgLevelTrace proMsgLevelStandard proMsgLevelAll are aggregates of other logging levels. So, for example, turning on proMsgLogLevelError(6) will turn on (set the bits) for all sub-levels in this category (i.e values 2,3,4 and 5).

The ELS Sub system event table.

An entry corresponding to a specific event in the particular subsystem.

The specific message to which this entry refers.

The textual description for the message. If timestamping is turned on (proElsTimestamp is set to 2 or 3), the 8-byte timestamp and a blank will precede the ELS message. In all cases proElsSubSysEventMsg provides the same ELS data as would be displayed on the console.

The number of times this event has occurred.

The pre-defined setting that classifies this message.

This object indicates whether this event should be logged to the console.

This object indicates whether this event should be logged to SNMP trap.

Indicates the scale used when reporting temperature values. If Celsius(1), all temperature values are in degrees Celsius. If Fahrenheit(2), all temperature values are in degrees Fahrenheit. Enumeration: 'fahrenheit': 2, 'celsius': 1.

This attribute indicates the maximum temperature that the thermometer system can record. This attribute is used as an upper bound for all temperature ranges.

This attribute indicates the minimum temperature that the thermometer system can record. This attribute is used as a lower bound for all temperature ranges.

This attribute determines how often the thermometer system will recalculate the current temperature and any temperature range checks. This value represents time in seconds between temperature recalculations.

The current ambient temperature of the system. This value is recalculated by the system once per proTempPollPeriod.

The temperature that will cause a Low Temperature Condition to become true. The Low Temperature Condition will become true when: proCurrentTemp <= proLowTempThreshold. The low temperature condition will reset when: proCurrentTemp > (proLowTempThreshold + proTempHysteresis). This range is checked one per proTempPollPeriod.

The temperature that will cause a High Temperature Condition to become true. The High Temperature Condition will become true when: proCurrentTemp >= proHighTempThreshold. The high temperature condition will reset when: proCurrentTemp < (proHighTempThreshold - proTempHysteresis). This range is checked one per proTempPollPeriod.

The number of degrees that the current ambient temperature must drop below proHighTempThreshold or above proLowTempTheshold before the threshold's condition is deactivated.

Indicates whether a High Temperature Condition is active. This attribute will be set ON(2) if a High Temperature Condition is active. Enumeration: 'on': 2, 'off': 1.

Indicates whether a Low Temperature Condition is active. This attribute will be set ON(2) if a Low Temperature Condition is active. Enumeration: 'on': 2, 'off': 1.

This is the highest temperature recorded by the router since last reset.

This is the time (in hundreds of seconds) that has elapsed since proHighestTemp was last recorded.

This is the lowest temperature recorded by the router since last reset.

This is the time (in hundreds of seconds) that has elapsed since proLowestTemp was last recorded.

This object returns an ASCII string containing the short names of all protocol types supported in the current load.

This object returns an ASCII string containing the short names of all datalink/MAC types supported in the current load.

This object returns an ASCII string containing the short names of all router features supported in the current load.

An ELS trap event.

An ELS trap event. proElsSubSysEventMsg provides a textual description of the event.