-- -- This document is used to define the proprietary information provided -- by each of the NetStar products. -- -- NOTE: NetStar was acquired by Ascend Communications, Inc. in 1996! -- NETSTAR-MIB DEFINITIONS ::= BEGIN IMPORTS DisplayString FROM SNMPv2-TC IpAddress, OBJECT-TYPE, enterprises, Counter FROM RFC1155-SMI ifIndex, ifDescr, ifInOctets, ifOutOctets, snmp FROM RFC1213-MIB TRAP-TYPE FROM RFC-1215; -- -- NetStar, Inc. -- 10250 Valley View Road -- Minneapolis, MN 55344 -- -- Voice: (612) 943-8990 -- FAX: (612) 943-8939 -- -- Contact: Duane L. Van Someren -- Duane.VanSomeren@ascend.com -- -- Private MIB definitions -- -- -- The NetStar enterprise OID. -- netstar OBJECT IDENTIFIER ::= { enterprises 1080 } -- -- The NetStar groups. -- netstar-products OBJECT IDENTIFIER ::= { netstar 1 } netstar-daemons OBJECT IDENTIFIER ::= { netstar 2 } -- The NetStar Products. -- The gigarouter is a high-speed IP router that supports -- HIPPI, FDDI, ATM/SONET, HSSI, Ethernet, and other types -- of high-speed media. gigarouter OBJECT IDENTIFIER ::= { netstar-products 1 } -- The ClusterSwitch is a 12-port HIPPI crosspoint -- switch, as specified in the ANSI HIPPI-SC standard. clusterswitch OBJECT IDENTIFIER ::= { netstar-products 2 } -- The GR2 is basically a Gigarouter with a hot swapable -- fan tray and two hot swapable power supplies. gr2 OBJECT IDENTIFIER ::= { netstar-products 3 } -- The GRF family of high-speed IP switches support FDDI, -- ATM/SONET, HSSI, Ethernet, and other types of media. grf OBJECT IDENTIFIER ::= { netstar-products 4 } -- The GRF product family. -- The grf400 has an integrated controller and provides -- 4 slots for media cards. grf400 OBJECT IDENTIFIER ::= { grf 1 } -- The grf1600 has an integrated controller and provides -- 16 slots for media cards. grf1600 OBJECT IDENTIFIER ::= { grf 2 } -- The NetStar Daemons. -- The SNMP support is distributed among multiple daemon -- processes. Each process requires a unique object -- identifier to communicate with the SNMP agent. This -- section is used to define a set of unique OIDs for -- each of these daemon processes. -- mib2Daemon OBJECT IDENTIFIER ::= { netstar-daemons 1 } frameRelayDaemon OBJECT IDENTIFIER ::= { netstar-daemons 2 } dynamicRoutingDaemon OBJECT IDENTIFIER ::= { netstar-daemons 3 } mibmgrDaemon OBJECT IDENTIFIER ::= { netstar-daemons 4 } atmpDaemon OBJECT IDENTIFIER ::= { netstar-daemons 5 } -- GigaRouter MIB groups grChassis OBJECT IDENTIFIER ::= { gigarouter 1 } grHIPPI OBJECT IDENTIFIER ::= { gigarouter 2 } grFDDI4 OBJECT IDENTIFIER ::= { gigarouter 3 } grAtmV1 OBJECT IDENTIFIER ::= { gigarouter 4 } grAtmUNI OBJECT IDENTIFIER ::= { gigarouter 5 } grThreshPoll OBJECT IDENTIFIER ::= { gigarouter 6 } grPingLog OBJECT IDENTIFIER ::= { gigarouter 7 } grAtmp OBJECT IDENTIFIER ::= { gigarouter 8 } grPowerSupplyStatus OBJECT-TYPE SYNTAX INTEGER ACCESS read-only STATUS mandatory DESCRIPTION "A sum of bits: 1 = Power supply A is operational 2 = Power supply B is operational 3 = Power supplies A and B are operational" ::= { grChassis 1 } grTempStatus OBJECT-TYPE SYNTAX INTEGER { normal(1), over-temp(2) } ACCESS read-only STATUS mandatory DESCRIPTION "The temperature sensed by the Routing Manager Board. Over-temp status means that the temperature has exceeded the maximum temperature threshold." ::= { grChassis 2 } grFanStatus OBJECT-TYPE SYNTAX INTEGER ACCESS read-only STATUS mandatory DESCRIPTION "A sum of bits: 1 = Fan tray installed 2 = Fan 1 operational 4 = Fan 2 operational 8 = Fan 3 operational 16 = Fan 4 operational 32 = Fan 5 operational 64 = Fan 6 operational The expected value is based upon the actual number of fans installed and varies from chassis to chassis as shown below: GR-2 = 127 (six fans) GRF400 = 15 (three fans) GRF1600 = 7 (two fans) A value of zero indicates that the fan tray has been removed." ::= { grChassis 3 } grPortCardNumber OBJECT-TYPE SYNTAX INTEGER (0..64) ACCESS read-only STATUS mandatory DESCRIPTION "The number of portcards installed in the system." REFERENCE "netgrit/grime.h: CARD_NUMBER" ::= { grChassis 4 } -- The PortCard Table grPortCardTable OBJECT-TYPE SYNTAX SEQUENCE OF GrPortCardEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A list of PortCard entries. The number of entries shall not exceed the value of grPortCardNumber." ::= { grChassis 5 } grPortCardEntry OBJECT-TYPE SYNTAX GrPortCardEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A PortCard entry containing information common to a given port card." INDEX { grPortCardSlot } ::= { grPortCardTable 1 } GrPortCardEntry ::= SEQUENCE { grPortCardSlot INTEGER, grPortCardHWtype INTEGER, grPortCardCurrentState INTEGER } grPortCardSlot OBJECT-TYPE SYNTAX INTEGER (0..63) ACCESS read-only STATUS mandatory DESCRIPTION "The port card slot number, starting at zero." ::= { grPortCardEntry 1 } grPortCardHWtype OBJECT-TYPE SYNTAX INTEGER { none(0), hippi(3), fddi(4), rmb(6), atm(7), hssi(8), ibmSP(9), atmq-oc3(10), fddiq(11), atm-oc12(12), ethernet(13), sonet-oc3(14), cddi(15) } ACCESS read-only STATUS mandatory DESCRIPTION "GigaRouter Port Card hardware type." ::= { grPortCardEntry 2 } grPortCardCurrentState OBJECT-TYPE SYNTAX INTEGER { empty(1), power-up(2), boot-requested(3), dumping(4), loading(5), configuring(6), running(7), not-responding(8), panic(9), held-reset(10), other(99) } ACCESS read-only STATUS mandatory DESCRIPTION "The instantaneous state of port card operation." ::= { grPortCardEntry 3 } -- Dynamic Routing Status grGatedStatus OBJECT-TYPE SYNTAX INTEGER { running(1), not-running(2) } ACCESS read-only STATUS mandatory DESCRIPTION "The instantaneous state of gated: running or not running." ::= { grChassis 6 } -- The Configuration File Backup/Compare/Restore Objects grTransportMethod OBJECT-TYPE SYNTAX INTEGER { ftp(0), tftp(1) } ACCESS read-write STATUS mandatory DESCRIPTION "This defines the transport method used to transfer configuration files between the GRF and a ftp/tftp server" ::= { grChassis 7 } grFTPUserName OBJECT-TYPE SYNTAX DisplayString( SIZE (0..255)) ACCESS read-write STATUS mandatory DESCRIPTION "This defines the user login name. This user login name will be used to log into the ftp server to transfer the configuration files." ::= { grChassis 8 } grFTPPassword OBJECT-TYPE SYNTAX DisplayString( SIZE (0..255)) ACCESS read-write STATUS mandatory DESCRIPTION "This defines the password for the ftp user. This password will be used to log into the ftp server to transfer the configuration files." ::= { grChassis 9 } grServerName OBJECT-TYPE SYNTAX DisplayString(SIZE (0..255)) ACCESS read-write STATUS mandatory DESCRIPTION "This defines the ftp/tftp server name to be used for a Backup/Compare/Restore operation." ::= { grChassis 10 } grFileName OBJECT-TYPE SYNTAX DisplayString(SIZE (0..255)) ACCESS read-write STATUS mandatory DESCRIPTION "This defines the file name to be used for a Backup/Compare/Restore operation." ::= { grChassis 11 } grLastOperation OBJECT-TYPE SYNTAX DisplayString( SIZE (0..255)) ACCESS read-only STATUS mandatory DESCRIPTION "This describes the last Backup/Compare/Restore operation that was executed on the system." ::= { grChassis 12 } grStatusMsg OBJECT-TYPE SYNTAX DisplayString( SIZE (0..255)) ACCESS read-only STATUS mandatory DESCRIPTION "This message contains the status information associated with the last Backup/Compare/Restore operation." ::= { grChassis 13 } grBackup OBJECT-TYPE SYNTAX INTEGER { no(0), yes(1) } ACCESS read-write STATUS mandatory DESCRIPTION "The setting of this to yes starts the configuration Backup operation." ::= { grChassis 14 } grCompare OBJECT-TYPE SYNTAX INTEGER { no(0), yes(1) } ACCESS read-write STATUS mandatory DESCRIPTION "The setting of this to yes starts the configuration Compare operation." ::= { grChassis 15 } grRestore OBJECT-TYPE SYNTAX INTEGER { no(0), yes(1) } ACCESS read-write STATUS mandatory DESCRIPTION "The setting of this to yes starts the configuration Restore operation." ::= { grChassis 16 } -- ATM Management tables grAtmV1VcTable OBJECT-TYPE SYNTAX SEQUENCE OF GrAtmV1VcEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A list of PortCard ATM Interface entries." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_TABLE" ::= { grAtmV1 1 } grAtmV1VcEntry OBJECT-TYPE SYNTAX GrAtmV1VcEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A grAtmV1Vc entry containing attributes of an ATM virtual connection." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_ENTRY" INDEX { grAtmV1VcIfIndex, grAtmV1VcVpi, grAtmV1VcVci } ::= { grAtmV1VcTable 1 } GrAtmV1VcEntry ::= SEQUENCE { grAtmV1VcIfIndex INTEGER, grAtmV1VcVpi INTEGER, grAtmV1VcVci INTEGER, grAtmV1VcAal INTEGER, grAtmV1VcDestIfIndex INTEGER, grAtmV1VcDestVpi INTEGER, grAtmV1VcDestVci INTEGER, grAtmV1VcProtocol INTEGER, grAtmV1VcRateq INTEGER, grAtmV1VcType INTEGER } grAtmV1VcIfIndex OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The interface on which this entry's PVC exists. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex." ::= { grAtmV1VcEntry 1 } grAtmV1VcVpi OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The Virtual Path Identifier (VPI) value of this virtual connection." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_VPI" ::= { grAtmV1VcEntry 2 } grAtmV1VcVci OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The Virtual Connection Identifier (VCI) value of this virtual connection." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_VCI" ::= { grAtmV1VcEntry 3 } grAtmV1VcAal OBJECT-TYPE SYNTAX INTEGER { aal3(1), aal5(2), other(3) } ACCESS read-write STATUS mandatory DESCRIPTION "The ATM Adaptation Layer (AAL) protocol to be used on this virtual connection." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_AAL" ::= { grAtmV1VcEntry 4 } grAtmV1VcProtocol OBJECT-TYPE SYNTAX INTEGER { ip-llc(1), ip-null(2), uni(3), diag0(4), diag1(5), raw(6), other(7) } ACCESS read-write STATUS mandatory DESCRIPTION "The upper-layer protocol to be used on this virtual connection." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_PRO" ::= { grAtmV1VcEntry 5 } grAtmV1VcDestIfIndex OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The IfIndex value for the interface to which this virtual connection is attached, if any. This object is meaningful only when the grAtmV1VcProtocol value is diag0(4), diag1(5) or raw(6)." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_D_INF" ::= { grAtmV1VcEntry 6 } grAtmV1VcDestVpi OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The VPI value for the Destination virtual connection to which this VC is attached, if any. This object is meaningful only when the grAtmV1VcProtocol value is diag0(4), diag1(5) or raw(6)." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_D_VPI" ::= { grAtmV1VcEntry 7 } grAtmV1VcDestVci OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The VCI value for the Destination virtual connection to which this VC is attached, if any. This object is meaningful only when the grAtmV1VcProtocol value is diag0(4), diag1(5) or raw(6)." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_D_VCI" ::= { grAtmV1VcEntry 8 } grAtmV1VcRateq OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The number of the rate queue to which this virtual connection is assigned." REFERENCE "netgrit/grime.h: CARD_IF_ATM_OUT_PVC_RQ" ::= { grAtmV1VcEntry 9 } grAtmV1VcType OBJECT-TYPE SYNTAX INTEGER { other(1), invalid(2), permanent(3), switched(4) } ACCESS read-write STATUS mandatory DESCRIPTION "The type of virtual connection." REFERENCE "netgrit/grime.h: CARD_IF_ATM_IN_PVC_STATE" ::= { grAtmV1VcEntry 10 } grAtmV1RateqTable OBJECT-TYPE SYNTAX SEQUENCE OF GrAtmV1RateqEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A list of PortCard ATM Interface entries." REFERENCE "netgrit/grime.h: CARD_IF_ATM_RATEQ_TABLE" ::= { grAtmV1 3 } grAtmV1RateqEntry OBJECT-TYPE SYNTAX GrAtmV1RateqEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A grAtmV1Rateq entry containing attributes of an ATM interface." REFERENCE "netgrit/grime.h: CARD_IF_ATM_RATEQ_ENTRY" INDEX { grAtmV1RateqIfIndex, grAtmV1RateqIndex } ::= { grAtmV1RateqTable 1 } GrAtmV1RateqEntry ::= SEQUENCE { grAtmV1RateqIfIndex INTEGER, grAtmV1RateqIndex INTEGER (0..7), grAtmV1RateqRate INTEGER, grAtmV1RateqState INTEGER } grAtmV1RateqIfIndex OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The interface on which this entry's rate queue exists. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex." ::= { grAtmV1RateqEntry 1 } grAtmV1RateqIndex OBJECT-TYPE SYNTAX INTEGER (0..7) ACCESS read-write STATUS mandatory DESCRIPTION "A number identifying the rate queue within the Interface." REFERENCE "netgrit/grime.h: CARD_IF_ATM_RATEQ_Q" ::= { grAtmV1RateqEntry 2 } grAtmV1RateqRate OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The maximum data rate allocated to this rate queue, in decimal thousands of bits per second." REFERENCE "netgrit/grime.h: CARD_IF_ATM_RATEQ_RATE" ::= { grAtmV1RateqEntry 3 } grAtmV1RateqState OBJECT-TYPE SYNTAX INTEGER { active(1), inactive(2) } ACCESS read-write STATUS mandatory DESCRIPTION "The operational state of the rate queue." REFERENCE "netgrit/grime.h: CARD_IF_ATM_RATEQ_STATE" ::= { grAtmV1RateqEntry 4 } grAtmV1NetToVcTable OBJECT-TYPE SYNTAX SEQUENCE OF GrAtmV1NetToVcEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A list of PortCard ATM IP address to virtual channel entries." REFERENCE "netgrit/grime.h: CARD_IF_ATM_ARP_TABLE" ::= { grAtmV1 4 } grAtmV1NetToVcEntry OBJECT-TYPE SYNTAX GrAtmV1NetToVcEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A grAtmV1NetToVc entry representing a mapping from an IP address to an ATM virtual channel." REFERENCE "netgrit/grime.h: CARD_IF_ATM_ARP_ENTRY" INDEX { grAtmV1NetToVcIfIndex, grAtmV1NetToVcNetAddress } ::= { grAtmV1NetToVcTable 1 } GrAtmV1NetToVcEntry ::= SEQUENCE { grAtmV1NetToVcIfIndex INTEGER, grAtmV1NetToVcNetAddress IpAddress, grAtmV1NetToVcVpi INTEGER, grAtmV1NetToVcVci INTEGER, grAtmV1NetToVcState INTEGER } grAtmV1NetToVcIfIndex OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The interface on which this entry's equivalence is effective. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex." ::= { grAtmV1NetToVcEntry 1 } grAtmV1NetToVcNetAddress OBJECT-TYPE SYNTAX IpAddress ACCESS read-write STATUS mandatory DESCRIPTION "The IpAddress corresponding to the virtual channel." REFERENCE "netgrit/grime.h: CARD_IF_ATM_ARP_IP" ::= { grAtmV1NetToVcEntry 2 } grAtmV1NetToVcVpi OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The Virtual Path Identifier (VCI) of this virtual channel." REFERENCE "netgrit/grime.h: CARD_IF_ATM_ARP_VPI" ::= { grAtmV1NetToVcEntry 3 } grAtmV1NetToVcVci OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION "The Virtual Channel Identifier (VCI) of this virtual channel." REFERENCE "netgrit/grime.h: CARD_IF_ATM_ARP_VCI" ::= { grAtmV1NetToVcEntry 4 } grAtmV1NetToVcState OBJECT-TYPE SYNTAX INTEGER { active(1), inactive(2) } ACCESS read-write STATUS mandatory DESCRIPTION "The operational state of this entry." REFERENCE "netgrit/grime.h: CARD_IF_ATM_ARP_STATE" ::= { grAtmV1NetToVcEntry 5 } -- -- current and previous counter objects used for the -- Threshold Poller -- grThreshPollTable OBJECT-TYPE SYNTAX SEQUENCE OF GrThreshPollEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A list of current and previous threshpoll counter entries." ::= { grThreshPoll 3 } grThreshPollEntry OBJECT-TYPE SYNTAX GrThreshPollEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A grThreshpoll entry containing current and previous threshold counters." INDEX { ifIndex } ::= { grThreshPollTable 1 } GrThreshPollEntry ::= SEQUENCE { grTPCurrentCount Counter, grTPPreviousCount Counter, grTPCurrentCountUpper Counter, grTPPreviousCountUpper Counter } grTPCurrentCount OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION "The current value of a counter being polled by the threshold poller." ::= { grThreshPollEntry 1 } grTPPreviousCount OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION "The previous value of a counter being polled by the threshold poller." ::= { grThreshPollEntry 2 } grTPCurrentCountUpper OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION "The upper 32 bits of the current value of a 64 bit counter being polled by the threshold poller." ::= { grThreshPollEntry 3 } grTPPreviousCountUpper OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION "The upper 32 bits of the previous value of a 64 bit counter being polled by the threshold poller." ::= { grThreshPollEntry 4 } -- -- The message that is sent in the trap by pinglog when a monitored -- device goes down. -- grPingLogTable OBJECT-TYPE SYNTAX SEQUENCE OF GrPingLogEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A list of current and previous threshpoll counter entries." ::= { grPingLog 1 } grPingLogEntry OBJECT-TYPE SYNTAX GrPingLogEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "A grThreshpoll entry containing current and previous threshold counters." INDEX { ifIndex } ::= { grPingLogTable 1 } GrPingLogEntry ::= SEQUENCE { grPLDevDownMsg DisplayString } grPLDevDownMsg OBJECT-TYPE SYNTAX DisplayString (SIZE (0..255)) ACCESS read-only STATUS mandatory DESCRIPTION "The message sent when pinglog detects a device down." ::= { grPingLogEntry 1 } -- Standard Traps from RFC 1215 coldStart TRAP-TYPE ENTERPRISE snmp DESCRIPTION "A coldStart trap signifies that the sending protocol entity is reinitializing itself such that the agent's configuration or the protocol entity implementation may be altered." ::= 0 warmStart TRAP-TYPE ENTERPRISE snmp DESCRIPTION "A warmStart trap signifies that the sending protocol entity is reinitializing itself such that neither the agent configuration nor the protocol entity implementation is altered." ::= 1 linkDown TRAP-TYPE ENTERPRISE snmp VARIABLES { ifIndex } DESCRIPTION "A linkDown trap signifies that the sending protocol entity recognizes a failure in one of the communication links represented in the agent's configuration." ::= 2 linkUp TRAP-TYPE ENTERPRISE snmp VARIABLES { ifIndex } DESCRIPTION "A linkUp trap signifies that the sending protocol entity recognizes that one of the communication links represented in the agent's configuration has come up." ::= 3 authenticationFailure TRAP-TYPE ENTERPRISE snmp DESCRIPTION "An authenticationFailure trap signifies that the sending protocol entity is the addressee of a protocol message that is not properly authenticated. While implementations of the SNMP must be capable of generating this trap, they must also be capable of suppressing the emission of such traps via an implementation- specific mechanism." ::= 4 -- egpNeighborLoss TRAP-TYPE -- ENTERPRISE snmp -- VARIABLES { egpNeighAddr } -- DESCRIPTION -- "An egpNeighborLoss trap signifies that an EGP -- neighbor for whom the sending protocol entity -- was an EGP peer has been marked down and the -- peer relationship no longer obtains." -- ::= 5 -- NetStar private enterprise traps: grPowerSupplyFailure TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grPowerSupplyStatus } DESCRIPTION "The trap that is issued when one of the power supplies is removed from the system or fails in in some way." ::= 1 grOverTemp TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTempStatus } DESCRIPTION "The trap that is issued when the system temperature exceeds the maximum temperature threshold." ::= 2 grFanFailure TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grFanStatus } DESCRIPTION "The trap that is issued when any fan's speed falls below the minimum threshold value or the fan tray is removed from the system." ::= 3 grCardDown TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grPortCardSlot, grPortCardCurrentState } DESCRIPTION "The trap that is issued when the Port Card's state changes from running(7) to any other state." ::= 4 grCardUp TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grPortCardSlot } DESCRIPTION "The trap that is issued when the Port Card's state changes to running(7) to any other state." ::= 5 grSONETLossOfFrame TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects a Loss Of Frame Failure (LOF)." ::= 6 grSONETLossOfSignal TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects Loss of Signal (LOS)." ::= 7 grSONETSTSPathLossOfPointer TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects STS-Path Lossof Pointer (LOP)." ::= 8 grSONETVTLossOfPointer TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects VT Loss of Pointer (VT LOP)." ::= 9 grSONETLineAlarmIndicationSignal TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects a Line Alarm Indication Signal (L-AIS)." ::= 10 grSONETSTSPathAlarmIndicationSignal TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects an STS-Path Alarm Indication Signal (AIS)." ::= 11 grSONETVTPathAlarmIndicationSignal TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects a VT-Path Alarm Indication Signal (VT-Path AIS)." ::= 12 grSONETLineRemoteDefectIndication TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects a Line Remote Defect Indication (RDI, also known as Line FERF)." ::= 13 grSONETVTPathRemoteDefectIndication TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects a VT-Path Remote Defect Indication (VT Path RDI, also known as VT Path FERF)." ::= 14 grSONETTCLossOfCellDelineation TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex } DESCRIPTION "The trap issued when the SONET receive hardware detects Loss of Cell Delineation." ::= 15 grAtmPVCUp TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex, grAtmV1VcVpi, grAtmV1VcVci } DESCRIPTION "The trap issued when an ATM Permanent Virtual circuit is enabled" ::= 16 grAtmPVCDown TRAP-TYPE ENTERPRISE gigarouter VARIABLES { ifIndex, grAtmV1VcVpi, grAtmV1VcVci } DESCRIPTION "The trap issued when an ATM Permanent Virtual circuit is disabled" ::= 17 -- -- pinglog trap -- grInterfaceDown TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grPLDevDownMsg } DESCRIPTION "The trap issued when an interface is not responding to pings." ::= 18 -- -- threshpoll traps -- grIfInOctetsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifInOctets is greater than the configured threshold for that interface." ::= 19 grIfInOctetsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifInOctets is less than the configured threshold for that interface." ::= 20 grIfOutOctetsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifOutOctets is greater than the configured threshold for that interface." ::= 21 grIfOutOctetsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifOutOctets is less than the configured threshold for that interface." ::= 22 grIfInUcastPktsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifInUcastPkts is greater than the configured threshold for that interface." ::= 23 grIfInUcastPktsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifInUcastPkts is less than the configured threshold for that interface." ::= 24 grIfOutUcastPktsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifOutUcastPkts is greater than the configured threshold for that interface." ::= 25 grIfOutUcastPktsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifOutUcastPkts is less than the configured threshold for that interface." ::= 26 grIfInErrorsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifInErrors is greater than the configured threshold for that interface." ::= 27 grIfInErrorsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifInErrors is less than the configured threshold for that interface." ::= 28 grIfOutErrorsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifOutErrors is greater than the configured threshold for that interface." ::= 29 grIfOutErrorsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifOutErrors is less than the configured threshold for that interface." ::= 30 grIfInDiscardsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifInDiscards is greater than the configured threshold for that interface." ::= 31 grIfInDiscardsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifInDiscards is less than the configured threshold for that interface." ::= 32 grIfOutDiscardsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifOutDiscards is greater than the configured threshold for that interface." ::= 33 grIfOutDiscardsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCount, grTPCurrentCount } DESCRIPTION "The trap issued when ifOutDiscards is less than the configured threshold for that interface." ::= 34 grGatedDown TRAP-TYPE ENTERPRISE gigarouter DESCRIPTION "The trap issued when the threshold poller detects that gated is not running." ::= 35 grSnmpReset TRAP-TYPE ENTERPRISE gigarouter DESCRIPTION "The trap issued when threshpoll detects that the snmp agent has restarted." ::= 36 grIfHCInOctetsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCInOctets is greater than the configured threshold for that interface." ::= 37 grIfHCInOctetsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCInOctets is less than the configured threshold for that interface." ::= 38 grIfHCInUcastPktsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCInUcastPkts is greater than the configured threshold for that interface." ::= 39 grIfHCInUcastPktsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCInUcastPkts is less than the configured threshold for that interface." ::= 40 grIfHCInMulticastPktsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCInMulticastPkts is greater than the configured threshold for that interface." ::= 41 grIfHCInMulticastPktsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCInMulticastPkts is less than the configured threshold for that interface." ::= 42 grIfHCInBroadcastPktsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCInBroadcastPkts is greater than the configured threshold for that interface." ::= 43 grIfHCInBroadcastPktsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCInBroadcastPkts is less than the configured threshold for that interface." ::= 44 grIfHCOutOctetsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCOutOctets is greater than the configured threshold for that interface." ::= 45 grIfHCOutOctetsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCOutOctets is less than the configured threshold for that interface." ::= 46 grIfHCOutUcastPktsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCOutUcastPkts is greater than the configured threshold for that interface." ::= 47 grIfHCOutUcastPktsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCOutUcastPkts is less than the configured threshold for that interface." ::= 48 grIfHCOutMulticastPktsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCOutMulticastPkts is greater than the configured threshold for that interface." ::= 49 grIfHCOutMulticastPktsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCOutMulticastPkts is less than the configured threshold for that interface." ::= 50 grIfHCOutBroadcastPktsHigh TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCOutBroadcastPkts is greater than the configured threshold for that interface." ::= 51 grIfHCOutBroadcastPktsLow TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grTPPreviousCountUpper, grTPPreviousCount, grTPCurrentCountUpper, grTPCurrentCount } DESCRIPTION "The trap issued when ifHCOutBroadcastPkts is less than the configured threshold for that interface." ::= 52 grBackupRestoreMessages TRAP-TYPE ENTERPRISE gigarouter VARIABLES { grStatusMsg } DESCRIPTION "This trap is issued after a Backup/Compare/Restore operation has completed." ::= 53 -- -- end of threshpoll traps -- END