SLE-FAULTMGMT-MIB: View SNMP OID List / Download MIB

The MIB module representing multiple logical entities for the SLE alarm management.

The severity of alarm. Enumeration: 'intermediate': 5, 'major': 2, 'critical': 1, 'warning': 4, 'minor': 3.

The severity of alarm. Enumeration: 'intermediate': 5, 'major': 2, 'critical': 1, 'warning': 4, 'minor': 3.

The severity of alarm. Enumeration: 'disabled': 0, 'enabled': 1.

Sequence number for the alarm synchronization. This value has a number to be used for the next alarm trap.

This attribute identifies the control commands. updateAlarmList: the NE updates entries of alarms in the sleAlarmListTable after having changed alarm severities of alarms (due to change profile pointers in managed entities or after modification of alarm severities in profiles). This command should be applied once after having finisled modifications of severties. modifyAlarmSeverity: modifies the severity of an alarm in specific profile. createAlarmSeverityProfile: creates a new profile with default severities. The severities then have to be modified with command changeAlarmSeverity. deleteAlarmSeverityProfile: deletes a profile. Profile 1 is not allowed to be deleted. Notifications : none Enumeration: 'setAlarmCriteriaSeverity': 2, 'setAlarmDefaultSeverity': 1, 'setNotificationActivity': 3.

The status of a control request.

The maximum wait time for the manager for command ending. For long running commands. The manager reads this value from the DSLAM.

The time stamp of the last command (end of command).

The result of the last user command.

The severity of alarm. Enumeration: 'intermediate': 5, 'major': 2, 'critical': 1, 'warning': 4, 'minor': 3.

The severity of alarm. Enumeration: 'intermediate': 5, 'major': 2, 'critical': 1, 'warning': 4, 'minor': 3.

The severity of alarm. Enumeration: 'diabled': 0, 'enabled': 1.

Description.

Description.

Description.

The alarm severity table. The alarm severity table associates profile index and AlarmID pairs with severities to be used for alarm traps. (Note that this table does not apply to cleared alarms).

Entry of the alarm severity table.

The following alarms is devided by the specific character, ===============. The division basis is that alarms is bounded or released. 001: portDown: To detect whether physical or logical interface's link status is up or down. 002: portUp: =============== 003: portRemoved: To detect whether physical interface is installed or not. 004: portInstalled: =============== 005: powerFail: To detect whether power module's operation status is good or not. (Without doubt, more than 1 power module should be equipped.) 006: powerOK: =============== 007: powerRemoved: To detect whether power module is installed or not, through the PLD access. (Without doubt, more than 1 power module should be equipped.) 008: powerInstalled: =============== 009: fanFail: To detect whether FAN module's operation status is good or not. 010: fanOK: =============== 011: fanRemoved: To detect whether FAN module is installed or not, through the PLD access. 012: fanInstalled: =============== 013: moduleRemoved: To detect whether physical interface module is installed or not, through the S/W I2C 014: moduleInstalled: =============== 015: systemRestart: Network system is restarted by operator. This is not H/W start but S/W start. =============== 016: systemStart: Network system is restarted by operator or system status. This is not S/W start but H/W start. (This alarm isnt used current) =============== 017: broadcastOver: To detect the receipt of broadcast packet. (This alarm isnt used current) 018: broadcastUnder: =============== 019: cpuOverLoad: To detect whether the configured CPU load threshold is less than current CPU load usage or not. 020: cpuUnderLoad: =============== 021: memoryOverUsed: To detect whether the configured memory threshold is less than current memory usage or not. 022: memoryUnderUsed: =============== 023: portOverThreshold: To detect whether the configured physical or logical interface threshold is less than delta value of current interface's InOctects or not. 024: portUnderThreshold: =============== 025: temperatureHigh: To detect whether the configured system's temperature threshold is less than current temperature or not. 026: temperatureLow: =============== 027: mfgdBlocked: To detect whether the specific MAC by MAC flood guard is blocked or not. 028: mfgdReleased: =============== 029: ipConflict: To detect whether the same IP address on different network node is configured or not. 030: ipUnconflict: =============== 031: dhcpLeaseShortage: To detect whether IP address that can be assigned to subscriber by DHCP server is sufficient or not. 032: dhcpLeaseSufficient: =============== 033: dhcpOccuredIllegalEntry: To detect whether a subsceiber is using a static IP address or not. 034: dhcpRemovedIllegalEntry: =============== 035: rmonAlarmRising: To detect whether rising threshold of a specific MO in RMON alarm sampling is less than current calculated value by alarm sample type or not. But alarm generation would be issued by means of event type in RMON event. 036: rmonAlarmNoRising: =============== 037: rmonAlarmFalling: To detect whether falling threshold of a specific MO in RMON alarm sampling is less than current calculated value by alarm sample type or not. But alarm generation would be issued by means of event type in RMON event. 038: rmonAlarmNoFalling: =============== 039: bpduGuardDisabled: To detect whether edge ports is guarded about superior BPDU or not. In case of insertion edge node with 0 or lower priority than priority of current root bridge node, it will be disarrangement during a short time because of recognition a new inserted node as root bridge. So these edge ports is guarded, and then edge ports is blocked about all superior BPDU. So STP reconfiguration doesn't use this edge ports. =============== 040: rootGuardDisabled: To detect whether edge ports is guarded about superior BPDU or not. In case of insertion edge node with 0 or lower priority than priority of current root bridge node, it will be disarrangement during a short time because of recognition a new inserted node as root bridge. So, Root guard prevents a new inserted node from being root bridge as well as receiving a superior BPDU from root bridge. but this node participates in STP topology reconfiguration. If root bridge does not send a superior BPDU, then this node acts usually though STP state change. =============== 041: portSecurity: To detect whether interface is configured for security or not. This can be used to prevent MAC from flooding as well as spoofing. That is, As a result, this will obstruct an attack as like DoS attack. =============== 042: userLogin: 043: userLogout: =============== 051: igmpGroupJoined: To detect whether a subscriber is joined a multicast group or not. 052: igmpGroupLeaved: =============== 053: dhcpIpaddressBound: To detect wether a dynamic IP address is assigned to a subscriber or not. 054: dhcpIpaddressFree: =============== 055: doorOpened: To detect whether outer door is opeded or not, as external alarm. 056: doorClosed: =============== 057: powerModeChangedPowerToBattery: To detect whether a system is using AC power or battery. A system is using AC power usually. If there is any power problems as like a power failure, a system is using battery instead of AC power. 058: powerModeChangedBatteryToPower: =============== 059: batterylowcapacity: To detect whether current battery capacity is less capacity threshold according to battery usage or not. The capacity of AC power is 16 voltage and battery is 20. Capacity threshold is configured by H/W specification. So operator can't change it. 060: batterynormalcapacity: =============== 061: batteryhighTemperature: To detect whether current temperature of battery is greater than temperature threshold or not. 062: batterynormalTemperature: =============== 063: authenticationFail: To detect whether the connected user is authentic or non-authentic. 064: authenticationNofail: =============== 065: psuAcHighTemperature: To detect whether current temperature of Power Supply Unit is greater than temperature threshold or not. 066: psuAcNormalTemperature: =============== 067: batteryRemoved: To detect whether battery is equipped at network system or not. Battery is used as redundancy power service. So operator can decide the installation of battery. 068: batteryEquipped: =============== 069: batteryLowVoltage: To detect whether battery voltage is less than 12.5 volt or not. 12.5 volt value is configured by H/W specification. So operator can't change it. 070: batteryNormalVoltage: =============== 071: adminAccessLogin: To detect whether a operator connects at this network system or not. 072: adminAccessLogout: =============== 073: cfgdBlocked: To detect whether it is blocked flood to CPU or not. 074: cfgdReleased: =============== 075: sfgdBlocked: To detect whether it is blocked flood to system or not. 076: sfgdReleased: =============== 077: swWatchdogAbnormalState: To detect whether a specific process acts normally or not. 078: swWatchdogNormalState: =============== 079: swWatchdogDetectError: To detect whether a specific process is detected a error related to itself or cleared. 080: swWatchdogClearError: =============== 081: ppsControlBlocked: To detect whether it is blocked by pps-control or not. 082: ppsControlReleased: =============== 083: gotDMITempHighOverAlarm: To detect whether internal temperature exceeds high alarm level or not. 084: gotDMITempHighFallAlarm: =============== 085: gotDMITempLowOverAlarm: To detect whether internal temperature is below low alarm level or not. 086: gotDMITempLowFallAlarm: =============== 087: gotDMITempHighOverWarning: To detect whether internal temperature exceeds high warning level or not. 088: gotDMITempHighFallWarning: =============== 089: gotDMITempLowOverWarning: To detect whether internal temperature is below low warning level or not. 090: gotDMITempLowFallWarning: =============== 091: gotDMIVolHighOverAlarm: To detect whether internal supply voltage exceeds high alarm level or not. 092: gotDMIVolHighFallAlarm: =============== 093: gotDMIVolLowOverAlarm: To detect whether internal supply voltage is below low alarm level or not. 094: gotDMIVolLowFallAlarm: =============== 095: gotDMIVolHighOverWarning: To detect whether internal supply voltage exceeds high warning level or not. 096: gotDMIVolHighFallWarning: =============== 097: gotDMIVolLowOverWarning: To detect whether internal supply voltage is below low warning level or not. 098: gotDMIVolLowFallWarning: =============== 099: gotDMITxBiasHighOverAlarm: To detect whether TX Bias current exceeds high alarm level or not. 100: gotDMITxBiasHighFallAlarm: =============== 101: gotDMITxBiasLowOverAlarm: To detect whether TX Bias current is below low alarm level or not. 102: gotDMITxBiasLowFallAlarm: =============== 103: gotDMITxBiasHighOverWarning: To detect whether TX Bias current exceeds high warning level or not. 104: gotDMITxBiasHighFallWarning: =============== 105: gotDMITxBiasLowOverWarning: To detect whether TX Bias current is below low warning level or not. 106: gotDMITxBiasLowFallWarning: =============== 107: gotDMITxPowerHighOverAlarm: To detect whether TX output power exceeds high alarm level or not. 108: gotDMITxPowerHighFallAlarm: =============== 109: gotDMITxPowerLowOverAlarm: To detect whether TX output power is below low alarm level or not. 110: gotDMITxPowerLowFallAlarm: =============== 111: gotDMITxPowerHighOverWarning: To detect whether TX output power exceeds high warning level or not. 112: gotDMITxPowerHighFallWarning: =============== 113: gotDMITxPowerLowOverWarning: To detect whether TX output power is below low warning level or not. 114: gotDMITxPowerLowFallWarning: =============== 115: gotDMIRxPowerHighOverAlarm: To detect whether RX output power exceeds high alarm level or not. 116: gotDMIRxPowerHighFallAlarm: =============== 117: gotDMIRxPowerLowOverAlarm: To detect whether RX output power is below low alarm level or not. 118: gotDMIRxPowerLowFallAlarm: =============== 119: gotDMIRxPowerHighOverWarning: To detect whether RX output power exceeds high warning level or not. 120: gotDMIRxPowerHighFallWarning: =============== 121: gotDMIRxPowerLowOverWarning: To detect whether RX output power is below low warning level or not. 122: gotDMIRxPowerLowFallWarning: =============== 123: nosRemoteUpgradeRequest: 124: nosRemoteUpgradeSuccess: 125: nosRemoteUpgradeFailAbort: 126: nosRemoteUpgradeFailHeaderError: 127: nosRemoteUpgradeFailDownloadError: 128: nosRemoteUpgradeFailFlashError: 129: nosRemoteUpgradeStart: =============== 130: systemDyingGasp: =============== 133: cliHistory: To detect whether CLI history is detected or not. 134: cliHistoryNo: =============== 135: ntpConnectionFail: To detect whether NTP connection is failed or not. 136: ntpConnectionFailNo: =============== 137: nmsConnectionTypeChanged: To detect whether NMS connection type is changed. =============== 159: clockModuleRemoved: To detect whether clock module is removed or installed. 160: clockModuleInstalled: 161: clockModuleInitFail: To detect whether clock module initiolization is failed or not. 162: clockModuleInitOk: =============== 163: cliHistoryLog: To detect whether CLI history log is over or not. 164: cliHistoryLogNo: =============== 165: slotActionEvent: To detect whether slot action is changed. 166: slotStateChange: To detect whether slot state is changed. =============== 167: interfaceAdminDown: To detect whether physical or logical interface's admin link status is up or down. 168: interfaceAdminUp: =============== 169: slotPowerMonAbnormal: To detect whether slot power monitor abnormal or normal is detected. 170: slotPowerMonNormal: =============== 171: slotErrorLEDChanged: To detect whether error LED is changed. =============== 185: cpuPpsOverThreshold: To detect whether PPS is over threshold or not. 186: cpuPpsUnderThreshold: =============== 199: slotHealthStatusTimeout: To detect whether slot health status is time out or not. 200: slotHealthStatusTimeoutCleared: =============== 201: advaTemperature: To detect whether current chassis temperature is less than chassis temperature threshold or not. 202: advaTemperatureNo: =============== 203: advaPSUFailure: To detect whether ADVA system's power supply unit has a failure or not. 204: advaPSUFailureNo: =============== 205: advaFanFailure: To detect whether ADVA system's FAN has a failure or not. 206: advaFanFailureNo: =============== 207: advaInterfaceReceiveFailure: To detect whether ADVA system's receipt has a failure or not. 208: advaInterfaceReceiveFailureNo: =============== 209: advaInterfaceOpticalThreshold: To detect whether Adva system's optical receive power level is less than optical threshold or not. 210: advaInterfaceOpticalThresholdNo: =============== 211: advaInterfaceTransmitFault: To detect whether ADVA system's transmission has a failure or not. 212: advaInterfaceTransmitFaultNo: =============== 213: dvaInterfaceMisconfiguration: To detect whether ADVA system's interface is configured rightly or not. 214: advaInterfaceMisconfigurationNo: =============== 215: advaInterfaceSFPMismatch: To detect whether ADVA system's SFP interface is mismatched or not. 216: advaInterfaceSFPMismatchNo: =============== 217: advaVoltageLow: To detect whether ADVA system's current voltage is less than voltage threshold or not. 218: advaVoltageLowNo: =============== 219: advaVoltageHigh: To detect whether ADVA system's current voltage is greater than voltage threshold or not. 220: advaVoltageHighNo: =============== 301: erpDomainLotp: To detect whether LOTP(Loss of Test Packet) exists a domain of ERP or not. The Loss of Test Packet defect is defined when a node does not receive any test packet at any of its ports for a period of 3 times. 302: erpDomainLotpNo: =============== 303: erpDomainULotp: To detect whether undirectional LOTP(Loss of Test Packet) exists a domain of ERP or not. The Loss of Test Packet defect is defined when a RM node of one domain does not receive any test packet at one port for a period of 3 times. 304: erpDomainULotpNo: =============== 305: erpDomainMultipleRM: To detect whether Multiple RM node is supported or not. The defect is raised when a RM node receives its own test packets with an Ack destination address field with a non-zero value. 306: erpDomainMultipleRMNo: =============== 307: erpDomainRMNodeReacheablity: To detect whether RM reachability is raised or not. The detection of multiple failures indicates that the ring is segmented and that the RM Node is unreacheable. This is only possible at normal ring nodes isolated from the RM node. 308: erpDomainRMNodeReacheablityNo: =============== 391: startupConfigLoadEnded: To detect whether startup configuration load is ended. =============== 401: eponOnuDeregister: To detect whether ONU is registered into OLT or not. That is, ONU that its operation is service on should be sent registration information to OLT. 402: eponOnuRegister: =============== 403: eponOnuRegistrationError: To detect whether ONU is failed registeration process into OLT. 404: eponOnuNoRegistrationError: =============== 405: eponBadEncryptionKey: To detect wwhether the encryption key is valid or not. A message between ONU and OLT is encrypted using random encryption key. There is that the encryption key is invalid as transmission failure from time to time. 406: eponNoBadEncryptionKey: =============== 407: eponLlidMistmatch: To detect whether Llid of message between ONU and OLT is valid or not. On registering, ONU informs unique ID to OLT. And then, all communication between ONU and OLT must use the unique ID. The unique ID is called Llid. 408: eponNoLlidMismatch: =============== 409: eponTooManyRegister: To detect whether the registered ONU per 1 OLT is greater than 32 or not. That is, ONU can be registered from 1 to the maximum 32 at 1 OLT. 410: eponNoTooManyRegister: =============== 411: eponDyingGASP: To detect whether a ONU is down from dying gasp or not. A ONU could be changed to down state as a number of reasons. By the way, ONU that is changed to down as dying gasp would be sent dying gasp signal to OLT and then ONU's link would be changed to down. 412: eponNoDyingGASP: =============== 413: eponOnuErrFramePeriod: 414: eponOnuNoErrFramePeriod: =============== 415: eponOnuErrFrame: 416: eponOnuNoErrFrame: =============== 417: eponOnuErrFrameSecondSummary: 418: eponOnuNoErrFrameSecondSummary: =============== 419: eponOnuLastOnuDeregister: To detect whether a deregistered ONU is last ONU or not. If a deregistered ONU is last ONU, the OLT would be changed to serviceable status. 420: eponOnuNoLastOnuDeregister: =============== 421: eponOltCableDown: 422: eponOltRecoverCableDown: =============== 501: autoCLIStart: To detect whether the scheduled auto CLI is started or not. 502: autoCLINoStart: =============== 503: autoCLIComplete: To detect whether the scheduled auto CLI is completed or not. 504: autoCLINoComplete: =============== 505: autoCLIRemoveOutputFile: To detect whether the result file of the scheduled auto CLI is removed or not. The reason that the result file is removed is that the configured file size for the result is less than the stored result file size. If so, the oldest file would be removed before everything. 506: autoCLINoRemoveOutputFile: =============== 507: autoResetSystem: To detect whether the system is restarted or not. The conditions that system is restarted is that ping loss threshold is less than current ping loss count during the configured interval and that current free memory size is less than configured free memory size. 508: autoResetNoSystem: =============== 509: autoResetPingReplyLoss: To detect whether ping reply from the designated network node is received or not. Operator designates any gateway system that can communicate to detect current network environment. System sends ICMP packet to the designated gateway system periodically. If the system doesn't receive ping reply packet within any interval, operator recognizes that the system can't communicate any more because of some problems of the system. 510: autoResetNoPingReplyLoss: =============== 511: autoResetMemoryLeakDetect: To detect whether current free memory size is less than the configured free memory size or not. Periodically, free memory size is checked to confirm system availability. 512: autoResetNoMemoryLeakDetect: =============== 601: arulePacketDropDetect: To detect whether it is dropped some packet by arule or not. 602: arulePacketDropRelease: =============== 620: bME1CardNoDetect: 621: clearBME1CardNoDetect: =============== 622: bME1CardAFEerror: 623: clearBME1CardAFEerror: =============== 624: bME1CardIFEerror: 625: clearBME1CardIFEerror: =============== 626: bME1CardFWerror: 627: clearBME1CardFWerror: =============== 628: bME1CardPROVerror: 629: clearBME1CardPROVerror: =============== 630: bME1CrashDetect: 631: clearBME1CrashDetect: =============== 632: bME2CardNoDetect: 633: clearBME2CardNoDetect: =============== 634: bME2CardAFEerror: 635: clearBME2CardAFEerror: =============== 636: bME2CardIFEerror: 637: clearBME2CardIFEerror: =============== 638: bME2CardFWerror: 639: clearBME2CardFWerror: =============== 640: bME2CardPROVerror: 641: clearBME2CardPROVerror: =============== 642: bME2CrashDetect: 643: clearBME2CrashDetect: =============== 644: bME3CardNoDetect: 645: clearBME3CardNoDetect: =============== 646: bME3CardAFEerror: 647: clearBME3CardAFEerror: =============== 648: bME3CardIFEerror: 649: clearBME3CardIFEerror: =============== 650: bME3CardFWerror: 651: clearBME3CardFWerror: =============== 652: bME3CardPROVerror: 653: clearBME3CardPROVerror: =============== 654: bME3CrashDetect: 655: clearBME3CrashDetect: =============== 656: powerFromBattery: 657: clearPowerFromBattery: =============== 658: invalidBatteryStatus: 659: clearInvalidBatteryStatus: =============== 660: batteryChargeLow: 661: clearBatteryChargeLow: =============== 662: batteryNotPresent: 663: clearBatteryNotPresent: =============== 664: voltageLow: 665: clearVoltageLow: =============== 666: tempOverThreshold: 667: clearTempOverThreshold: =============== 668: tempUnderThreshold: 669: clearTempUnderThreshold: =============== 670: cpuOverThreshold: 671: clearCpuOverThreshold: =============== 672: trafficOverload: 673: clearTrafficOverload: =============== 674: gEPONModuleNotDetect: 675: clearGEPONModuleNotDetect: =============== 676: gEPONPortOperationDown: 677: clearGEPONPortOperationDown: =============== 678: gEPONNoIncomingTraffic: 679: clearGEPONNoIncomingTraffic: =============== 680: processCrashDetect: 681: clearProcessCrashDetect: =============== 682: memoryLeakDetect: 683: clearMemoryLeakDetect: =============== 684: memoryCorrupDetect: 685: clearMemoryCorrupDetect: =============== 686: memoryLowDetect: 687: clearMemoryLowDetect: =============== 688: dataLineerror: 689: clearDataLineerror: =============== 690: addressLineerror: 691: clearAddressLineerror: =============== 692: chipsetNotDetcet: 693: clearChipsetNotDetcet: =============== 694: pciBuserror: 695: clearPciBuserror: =============== 696: securityAdminConnect: 697: clearSecurityAdminConnect: =============== 698: oNUPowerDown: 699: clearONUPowerDown: =============== 700: oNUNotRegister: 701: clearONUNotRegister: =============== 702: oNTOpticPre: 703: clearONTOpticPre: =============== 800: switchoverInitiated: =============== 801: switchoverDone: =============== 803: redConfigurationMisMatch: To detect whether redundancy configuration is mismatched. =============== 901: gponNoAuthCBU: To detect no auth CBU is detected. 902: gponDuplicateONU: To detect ONU is duplicated. 903: gponDyingGasp: To detect dying GASP is detected. 904: gponUpgradeComplete: To detect upgrade complete is detected. 905: gponDeregistered: To detect whether deregistered is detected or not. 906: gponRegistered: 907: gponRogueOnu: To detect rogue ONU is detected 908: gponOnuBatteryEvent: To detect whether ONU battery event is detected or not. 909: clearGponOnuBetteryEvent: 910: gponOnuPortOperStatus: To detectONU port operation statue is chagned. 911: gponTransceiverChanged: To detect transceiver is changed. 912: gponOltLosOn: To detect whether OLT LOS is on or off 913: gponOltLosOff: 914: gponOltLosiOn: To detect whether OLT LOSI is on or off 915: gponOltLosiOff: 916: gponDyingGaspOn: To detect whether dying GASP is on or off 917: gponDyingGaspOff: 918: gponOntOSUpgradeStatus: To detect ONT OS upgrade status is changed. 919: gponOntBLUpgradeStatus: To detect BL upgrade status is changed. 920: gponOltRxPowerLoss: To detect OLT RX power is loss. 921: gponOltRxPowerDetected: To detect OLT RX power status is changed. 922: gponOnuTemperatureHighOverThreshold: To detect whether ONU temperature exceeds high threshold or not. 923: gponOnuTemperatureHighFallThreshold: 924: gponOnuTemperatureLowOverThreshold: To detect whether ONU temperature belows low threshold or not. 925: gponOnuTemperatureLowFallThreshold: 926: gponOnuCpuOverThreshold: To detect whether ONU CPU exceeds threshold or not. 927: gponOnuCpuFallThreshold: 928: gponOnuMemoryOverThreshold: To detect whether memory exceeds threshold or not. 929: gponOnuMemoryFallThreshold: 930: gponOnuI2cFail: To detect ONU L2C fail is detected. 931: gponOnuRxOpticLowThreshAlarmOn: To detect whether ONU RX optic belows low threshold or not. 932: gponOnuRxOpticLowThreshAlarmOff: 933: gponOnuRxOpticHighThreshAlarmOn: To detect whether ONU RX optic exceeds high threshold or not. 934: gponOnuRxOpticHighThreshAlarmOff: 935: gponOltLOFIOn: To detect whether OLT LOFL is on or off 936: gponOltLOFIOff: 937: gponOltDOWOn: To detect whether OLT DOW is on or off 938: gponOltDOWOff: 939: gponOltSFOn: To detect whether OLT SF is on or off 940: gponOltSFOff: 941: gponOltSDOn: To detect whether OLT SD is on or off 942: gponOltSDOff: 943: gponOltLCDGIOn: To detect whether OLT LCDGL is on or off 944: gponOltLCDGIOff: 945: gponOltRDOn: To detect whether OLT RD is on or off 946: gponOltRDOff: 947: gponOltSUFOn: To detect whether OLT SUF is on or off 948: gponOltSUFOff: 949: gponOltLOAOn: To detect whether OLT LOA is on or off 950: gponOltLOAOff: 951: gponOltLOAMIOn: To detect whether OLT LOAML is on or off 952: gponOltLOAMIOff: 953: gponOltMEMOn: To detect whether OLT MEM is on or off 954: gponOltMEMOff: 955: gponOltPEEOn: To detect whether OLT PEE is on or off 956: gponOltPEEOff: 957: gponOltPSTOn: To detect whether OLT PST is on or off 958: gponOltPSTOff: 959: gponOltERROn: To detect whether OLT ERR is on or off 960: gponOltERROff: 961: gponOltREIOn: To detect whether OLT REI is on or off 962: gponOltREIOff: 963: gponAntiSpoofingDupPortOn: To detect whether anti spoofing port is duplicated or not. 964: gponAntiSpoofingDupPortOff: 965: gponRedundancySwitchOver: To detect redundancy switchover is changed. 966: gponDuplicatedRangingResponse: To detect ranging response is changed. 967: gponOnuPortOpticModuleRemove: To detect whether ONU port optic module is removed or installed. 968: gponOnuPortOpticModuleInstall: 969: gponOnuOMCCProblemDetected: To detect whether ONU OMCC problem is detected or not. 970: gponOnuOMCCProblemCleared: 971: gponOltFixedTcontAlarmOn: To detect whether OLT fixed Tcont alarm is on or off. 972: gponOltFixedTcontAlarmOff: 973: gponOltDynamicTcontAlarmOn: To detect whether OLT dynamic Tcont alarm is on or off. 974: gponOltDynamicTcontAlarmOff: 975: gponOltPortCountAlarmOn: To detect whether OLT port count alarm is on or off. 976: gponOltPortCountAlarmOff: 977: gponOltCableDownAlarmOn: To detect whether OLT cable down alarm is on or off. 978: gponOltCableDownAlarmOff: 979: gponOltDeactiveMonitorAlarmOn: To detect whether deactive monitor alarm is on or off. 980: gponOltDeactiveMonitorAlarmOff: 981: gponOltDfiOn: To detect whether OLT DFI is on or off. 982: gponOltDfiOff: 984: gponOltTransceiverPortChanged: To detect OLT transeiver port is changed. 985: gponOnuPortOperStatusDown: To detect whether ONU port operation status is down or up. 986: gponOnuPortOperStatusUp:: =============== 1101: emLogDefectCPUHighOver: To detect whether EM log detect CPU exceeds threshold or not. 1102: emLogDefectCPUHighUnder: 1103: emLogTemperHighOver: To detect whether EM log temperature exceeds high threshold or not. 1104: emLogTemperHighUnder: 1105: emLogTemperLowUnder: To detect whether EM log CPU belows low threshold or not. 1106: emLogTemperLowOver: 1107: emLogMemLowUnder: To detect whether EM log memory belows low threshold or not. 1108: emLogMemLowOver: 1109: emLogFanFail: To detect whether EM log fan status is failed or not. 1110: emLogFanFailCleared: 1111: emLogPhyCRCFail: To detect whether EM log physical CRC is failed or not. 1112: emLogPhyCRCFailCleared: 1113: emLogPhyDetectFail: To detect whether EM log physical status is failed or not. 1114: emLogPhyDetectFailCleared: 1115: emLogSFUMateInitFail: To detect whether EM log SFU mate initialization is failed or not. 1116: emLogSFUMateInitFailCleared: 1117: emLogDaemonHealthBad: To detect whether EM log daemon health is bad or not. 1118: emLogDaemonHealthBadCleared: 1119: emLogGPIURavenLinkDown: To detect whether EM log GPIU RAVEN link is down or not. 1120: emLogGPIURavenLinkDownCleared: =============== 1151: slotNosUpgradeStart: To detect whether slot NOS upgrade is started or ended. 1152: slotNosUpgradeEnd: =============== 1331: gponOnuAniVoltageLowThreshAlarmOn: To detect whether ONU ANI voltage belows low threshold or not. 1332: gponOnuAniVoltageLowThreshAlarmOff: 1333: gponOnuAniVoltageHighThreshAlarmOn: To detect whether ONU ANI voltage exceeds high threshold or not. 1334: gponOnuAniVoltageHighThreshAlarmOff: 1335: gponOnuAniTemperatureLowThreshAlarmOn: To detect whether ONU ANI temperature belows low threshold or not. 1336: gponOnuAniTemperatureLowThreshAlarmOff: 1337: gponOnuAniTemperatureHighThreshAlarmOn: To detect whether ONU ANI temperature exceeds high threshold or not. 1338: gponOnuAniTemperatureHighThreshAlarmOff: 1339: gponOnuAniTxBiasLowThreshAlarmOn: To detect whether ONU ANI TX bias belows low threshold or not. 1340: gponOnuAniTxBiasLowThreshAlarmOff: 1341: gponOnuAniTxBiasHighThreshAlarmOn: To detect whether ONU ANI TX bias exceeds high threshold or not. 1342: gponOnuAniTxBiasHighThreshAlarmOff: 1343: gponOnuAniTxpowerLowThreshAlarmOn: To detect whether ONU ANI TX power belows low threshold or not. 1344: gponOnuAniTxpowerLowThreshAlarmOff: 1345: gponOnuAniTxpowerHighThreshAlarmOn: To detect whether ONU ANI TX power exceeds high threshold or not. 1346: gponOnuAniTxpowerHighThreshAlarmOff:

The severity of alarm. Enumeration: 'intermediate': 5, 'major': 2, 'critical': 1, 'warning': 4, 'minor': 3.

This attribute identifies the control commands. updateAlarmList: the NE updates entries of alarms in the sleAlarmListTable after having changed alarm severities of alarms (due to change profile pointers in managed entities or after modification of alarm severities in profiles). This command should be applied once after having finisled modifications of severties. modifyAlarmSeverity: modifies the severity of an alarm in specific profile. createAlarmSeverityProfile: creates a new profile with default severities. The severities then have to be modified with command changeAlarmSeverity. deleteAlarmSeverityProfile: deletes a profile. Profile 1 is not allowed to be deleted. Notifications : none Enumeration: 'setAlarmSeveriity': 3, 'createAlarmSeveriity': 1, 'destroyAlarmSeveriity': 2.

The status of a control request.

The maximum wait time for the manager for command ending. For long running commands. The manager reads this value from the DSLAM.

The time stamp of the last command (end of command).

The result of the last user command.

A number identifying this alarm severity profile. The following alarms is devided by the specific character, ===============. The division basis is that alarms is bounded or released. 001: portDown: To detect whether physical or logical interface's link status is up or down. 002: portUp: =============== 003: portRemoved: To detect whether physical interface is installed or not. 004: portInstalled: =============== 005: powerFail: To detect whether power module's operation status is good or not. (Without doubt, more than 1 power module should be equipped.) 006: powerOK: =============== 007: powerRemoved: To detect whether power module is installed or not, through the PLD access. (Without doubt, more than 1 power module should be equipped.) 008: powerInstalled: =============== 009: fanFail: To detect whether FAN module's operation status is good or not. 010: fanOK: =============== 011: fanRemoved: To detect whether FAN module is installed or not, through the PLD access. 012: fanInstalled: =============== 013: moduleRemoved: To detect whether physical interface module is installed or not, through the S/W I2C 014: moduleInstalled: =============== 015: systemRestart: Network system is restarted by operator. This is not H/W start but S/W start. =============== 016: systemStart: Network system is restarted by operator or system status. This is not S/W start but H/W start. (This alarm isnt used current) =============== 017: broadcastOver: To detect the receipt of broadcast packet. (This alarm isnt used current) 018: broadcastUnder: =============== 019: cpuOverLoad: To detect whether the configured CPU load threshold is less than current CPU load usage or not. 020: cpuUnderLoad: =============== 021: memoryOverUsed: To detect whether the configured memory threshold is less than current memory usage or not. 022: memoryUnderUsed: =============== 023: portOverThreshold: To detect whether the configured physical or logical interface threshold is less than delta value of current interface's InOctects or not. 024: portUnderThreshold: =============== 025: temperatureHigh: To detect whether the configured system's temperature threshold is less than current temperature or not. 026: temperatureLow: =============== 027: mfgdBlocked: To detect whether the specific MAC by MAC flood guard is blocked or not. 028: mfgdReleased: =============== 029: ipConflict: To detect whether the same IP address on different network node is configured or not. 030: ipUnconflict: =============== 031: dhcpLeaseShortage: To detect whether IP address that can be assigned to subscriber by DHCP server is sufficient or not. 032: dhcpLeaseSufficient: =============== 033: dhcpOccuredIllegalEntry: To detect whether a subsceiber is using a static IP address or not. 034: dhcpRemovedIllegalEntry: =============== 035: rmonAlarmRising: To detect whether rising threshold of a specific MO in RMON alarm sampling is less than current calculated value by alarm sample type or not. But alarm generation would be issued by means of event type in RMON event. 036: rmonAlarmNoRising: =============== 037: rmonAlarmFalling: To detect whether falling threshold of a specific MO in RMON alarm sampling is less than current calculated value by alarm sample type or not. But alarm generation would be issued by means of event type in RMON event. 038: rmonAlarmNoFalling: =============== 039: bpduGuardDisabled: To detect whether edge ports is guarded about superior BPDU or not. In case of insertion edge node with 0 or lower priority than priority of current root bridge node, it will be disarrangement during a short time because of recognition a new inserted node as root bridge. So these edge ports is guarded, and then edge ports is blocked about all superior BPDU. So STP reconfiguration doesn't use this edge ports. =============== 040: rootGuardDisabled: To detect whether edge ports is guarded about superior BPDU or not. In case of insertion edge node with 0 or lower priority than priority of current root bridge node, it will be disarrangement during a short time because of recognition a new inserted node as root bridge. So, Root guard prevents a new inserted node from being root bridge as well as receiving a superior BPDU from root bridge. but this node participates in STP topology reconfiguration. If root bridge does not send a superior BPDU, then this node acts usually though STP state change. =============== 041: portSecurity: To detect whether interface is configured for security or not. This can be used to prevent MAC from flooding as well as spoofing. That is, As a result, this will obstruct an attack as like DoS attack. =============== 042: userLogin: 043: userLogout: =============== 051: igmpGroupJoined: To detect whether a subscriber is joined a multicast group or not. 052: igmpGroupLeaved: =============== 053: dhcpIpaddressBound: To detect wether a dynamic IP address is assigned to a subscriber or not. 054: dhcpIpaddressFree: =============== 055: doorOpened: To detect whether outer door is opeded or not, as external alarm. 056: doorClosed: =============== 057: powerModeChangedPowerToBattery: To detect whether a system is using AC power or battery. A system is using AC power usually. If there is any power problems as like a power failure, a system is using battery instead of AC power. 058: powerModeChangedBatteryToPower: =============== 059: batterylowcapacity: To detect whether current battery capacity is less capacity threshold according to battery usage or not. The capacity of AC power is 16 voltage and battery is 20. Capacity threshold is configured by H/W specification. So operator can't change it. 060: batterynormalcapacity: =============== 061: batteryhighTemperature: To detect whether current temperature of battery is greater than temperature threshold or not. 062: batterynormalTemperature: =============== 063: authenticationFail: To detect whether the connected user is authentic or non-authentic. 064: authenticationNofail: =============== 065: psuAcHighTemperature: To detect whether current temperature of Power Supply Unit is greater than temperature threshold or not. 066: psuAcNormalTemperature: =============== 067: batteryRemoved: To detect whether battery is equipped at network system or not. Battery is used as redundancy power service. So operator can decide the installation of battery. 068: batteryEquipped: =============== 069: batteryLowVoltage: To detect whether battery voltage is less than 12.5 volt or not. 12.5 volt value is configured by H/W specification. So operator can't change it. 070: batteryNormalVoltage: =============== 071: adminAccessLogin: To detect whether a operator connects at this network system or not. 072: adminAccessLogout: =============== 073: cfgdBlocked: To detect whether it is blocked flood to CPU or not. 074: cfgdReleased: =============== 075: sfgdBlocked: To detect whether it is blocked flood to system or not. 076: sfgdReleased: =============== 077: swWatchdogAbnormalState: To detect whether a specific process acts normally or not. 078: swWatchdogNormalState: =============== 079: swWatchdogDetectError: To detect whether a specific process is detected a error related to itself or cleared. 080: swWatchdogClearError: =============== 081: ppsControlBlocked: To detect whether it is blocked by pps-control or not. 082: ppsControlReleased: =============== 083: gotDMITempHighOverAlarm: To detect whether internal temperature exceeds high alarm level or not. 084: gotDMITempHighFallAlarm: =============== 085: gotDMITempLowOverAlarm: To detect whether internal temperature is below low alarm level or not. 086: gotDMITempLowFallAlarm: =============== 087: gotDMITempHighOverWarning: To detect whether internal temperature exceeds high warning level or not. 088: gotDMITempHighFallWarning: =============== 089: gotDMITempLowOverWarning: To detect whether internal temperature is below low warning level or not. 090: gotDMITempLowFallWarning: =============== 091: gotDMIVolHighOverAlarm: To detect whether internal supply voltage exceeds high alarm level or not. 092: gotDMIVolHighFallAlarm: =============== 093: gotDMIVolLowOverAlarm: To detect whether internal supply voltage is below low alarm level or not. 094: gotDMIVolLowFallAlarm: =============== 095: gotDMIVolHighOverWarning: To detect whether internal supply voltage exceeds high warning level or not. 096: gotDMIVolHighFallWarning: =============== 097: gotDMIVolLowOverWarning: To detect whether internal supply voltage is below low warning level or not. 098: gotDMIVolLowFallWarning: =============== 099: gotDMITxBiasHighOverAlarm: To detect whether TX Bias current exceeds high alarm level or not. 100: gotDMITxBiasHighFallAlarm: =============== 101: gotDMITxBiasLowOverAlarm: To detect whether TX Bias current is below low alarm level or not. 102: gotDMITxBiasLowFallAlarm: =============== 103: gotDMITxBiasHighOverWarning: To detect whether TX Bias current exceeds high warning level or not. 104: gotDMITxBiasHighFallWarning: =============== 105: gotDMITxBiasLowOverWarning: To detect whether TX Bias current is below low warning level or not. 106: gotDMITxBiasLowFallWarning: =============== 107: gotDMITxPowerHighOverAlarm: To detect whether TX output power exceeds high alarm level or not. 108: gotDMITxPowerHighFallAlarm: =============== 109: gotDMITxPowerLowOverAlarm: To detect whether TX output power is below low alarm level or not. 110: gotDMITxPowerLowFallAlarm: =============== 111: gotDMITxPowerHighOverWarning: To detect whether TX output power exceeds high warning level or not. 112: gotDMITxPowerHighFallWarning: =============== 113: gotDMITxPowerLowOverWarning: To detect whether TX output power is below low warning level or not. 114: gotDMITxPowerLowFallWarning: =============== 115: gotDMIRxPowerHighOverAlarm: To detect whether RX output power exceeds high alarm level or not. 116: gotDMIRxPowerHighFallAlarm: =============== 117: gotDMIRxPowerLowOverAlarm: To detect whether RX output power is below low alarm level or not. 118: gotDMIRxPowerLowFallAlarm: =============== 119: gotDMIRxPowerHighOverWarning: To detect whether RX output power exceeds high warning level or not. 120: gotDMIRxPowerHighFallWarning: =============== 121: gotDMIRxPowerLowOverWarning: To detect whether RX output power is below low warning level or not. 122: gotDMIRxPowerLowFallWarning: =============== 123: nosRemoteUpgradeRequest: 124: nosRemoteUpgradeSuccess: 125: nosRemoteUpgradeFailAbort: 126: nosRemoteUpgradeFailHeaderError: 127: nosRemoteUpgradeFailDownloadError: 128: nosRemoteUpgradeFailFlashError: 129: nosRemoteUpgradeStart: =============== 130: systemDyingGasp: =============== 133: cliHistory: To detect whether CLI history is detected or not. 134: cliHistoryNo: =============== 135: ntpConnectionFail: To detect whether NTP connection is failed or not. 136: ntpConnectionFailNo: =============== 137: nmsConnectionTypeChanged: To detect whether NMS connection type is changed. =============== 159: clockModuleRemoved: To detect whether clock module is removed or installed. 160: clockModuleInstalled: 161: clockModuleInitFail: To detect whether clock module initiolization is failed or not. 162: clockModuleInitOk: =============== 163: cliHistoryLog: To detect whether CLI history log is over or not. 164: cliHistoryLogNo: =============== 165: slotActionEvent: To detect whether slot action is changed. 166: slotStateChange: To detect whether slot state is changed. =============== 167: interfaceAdminDown: To detect whether physical or logical interface's admin link status is up or down. 168: interfaceAdminUp: =============== 169: slotPowerMonAbnormal: To detect whether slot power monitor abnormal or normal is detected. 170: slotPowerMonNormal: =============== 171: slotErrorLEDChanged: To detect whether error LED is changed. =============== 185: cpuPpsOverThreshold: To detect whether PPS is over threshold or not. 186: cpuPpsUnderThreshold: =============== 199: slotHealthStatusTimeout: To detect whether slot health status is time out or not. 200: slotHealthStatusTimeoutCleared: =============== 201: advaTemperature: To detect whether current chassis temperature is less than chassis temperature threshold or not. 202: advaTemperatureNo: =============== 203: advaPSUFailure: To detect whether ADVA system's power supply unit has a failure or not. 204: advaPSUFailureNo: =============== 205: advaFanFailure: To detect whether ADVA system's FAN has a failure or not. 206: advaFanFailureNo: =============== 207: advaInterfaceReceiveFailure: To detect whether ADVA system's receipt has a failure or not. 208: advaInterfaceReceiveFailureNo: =============== 209: advaInterfaceOpticalThreshold: To detect whether Adva system's optical receive power level is less than optical threshold or not. 210: advaInterfaceOpticalThresholdNo: =============== 211: advaInterfaceTransmitFault: To detect whether ADVA system's transmission has a failure or not. 212: advaInterfaceTransmitFaultNo: =============== 213: dvaInterfaceMisconfiguration: To detect whether ADVA system's interface is configured rightly or not. 214: advaInterfaceMisconfigurationNo: =============== 215: advaInterfaceSFPMismatch: To detect whether ADVA system's SFP interface is mismatched or not. 216: advaInterfaceSFPMismatchNo: =============== 217: advaVoltageLow: To detect whether ADVA system's current voltage is less than voltage threshold or not. 218: advaVoltageLowNo: =============== 219: advaVoltageHigh: To detect whether ADVA system's current voltage is greater than voltage threshold or not. 220: advaVoltageHighNo: =============== 301: erpDomainLotp: To detect whether LOTP(Loss of Test Packet) exists a domain of ERP or not. The Loss of Test Packet defect is defined when a node does not receive any test packet at any of its ports for a period of 3 times. 302: erpDomainLotpNo: =============== 303: erpDomainULotp: To detect whether undirectional LOTP(Loss of Test Packet) exists a domain of ERP or not. The Loss of Test Packet defect is defined when a RM node of one domain does not receive any test packet at one port for a period of 3 times. 304: erpDomainULotpNo: =============== 305: erpDomainMultipleRM: To detect whether Multiple RM node is supported or not. The defect is raised when a RM node receives its own test packets with an Ack destination address field with a non-zero value. 306: erpDomainMultipleRMNo: =============== 307: erpDomainRMNodeReacheablity: To detect whether RM reachability is raised or not. The detection of multiple failures indicates that the ring is segmented and that the RM Node is unreacheable. This is only possible at normal ring nodes isolated from the RM node. 308: erpDomainRMNodeReacheablityNo: =============== 391: startupConfigLoadEnded: To detect whether startup configuration load is ended. =============== 401: eponOnuDeregister: To detect whether ONU is registered into OLT or not. That is, ONU that its operation is service on should be sent registration information to OLT. 402: eponOnuRegister: =============== 403: eponOnuRegistrationError: To detect whether ONU is failed registeration process into OLT. 404: eponOnuNoRegistrationError: =============== 405: eponBadEncryptionKey: To detect wwhether the encryption key is valid or not. A message between ONU and OLT is encrypted using random encryption key. There is that the encryption key is invalid as transmission failure from time to time. 406: eponNoBadEncryptionKey: =============== 407: eponLlidMistmatch: To detect whether Llid of message between ONU and OLT is valid or not. On registering, ONU informs unique ID to OLT. And then, all communication between ONU and OLT must use the unique ID. The unique ID is called Llid. 408: eponNoLlidMismatch: =============== 409: eponTooManyRegister: To detect whether the registered ONU per 1 OLT is greater than 32 or not. That is, ONU can be registered from 1 to the maximum 32 at 1 OLT. 410: eponNoTooManyRegister: =============== 411: eponDyingGASP: To detect whether a ONU is down from dying gasp or not. A ONU could be changed to down state as a number of reasons. By the way, ONU that is changed to down as dying gasp would be sent dying gasp signal to OLT and then ONU's link would be changed to down. 412: eponNoDyingGASP: =============== 413: eponOnuErrFramePeriod: 414: eponOnuNoErrFramePeriod: =============== 415: eponOnuErrFrame: 416: eponOnuNoErrFrame: =============== 417: eponOnuErrFrameSecondSummary: 418: eponOnuNoErrFrameSecondSummary: =============== 419: eponOnuLastOnuDeregister: To detect whether a deregistered ONU is last ONU or not. If a deregistered ONU is last ONU, the OLT would be changed to serviceable status. 420: eponOnuNoLastOnuDeregister: =============== 421: eponOltCableDown: 422: eponOltRecoverCableDown: =============== 501: autoCLIStart: To detect whether the scheduled auto CLI is started or not. 502: autoCLINoStart: =============== 503: autoCLIComplete: To detect whether the scheduled auto CLI is completed or not. 504: autoCLINoComplete: =============== 505: autoCLIRemoveOutputFile: To detect whether the result file of the scheduled auto CLI is removed or not. The reason that the result file is removed is that the configured file size for the result is less than the stored result file size. If so, the oldest file would be removed before everything. 506: autoCLINoRemoveOutputFile: =============== 507: autoResetSystem: To detect whether the system is restarted or not. The conditions that system is restarted is that ping loss threshold is less than current ping loss count during the configured interval and that current free memory size is less than configured free memory size. 508: autoResetNoSystem: =============== 509: autoResetPingReplyLoss: To detect whether ping reply from the designated network node is received or not. Operator designates any gateway system that can communicate to detect current network environment. System sends ICMP packet to the designated gateway system periodically. If the system doesn't receive ping reply packet within any interval, operator recognizes that the system can't communicate any more because of some problems of the system. 510: autoResetNoPingReplyLoss: =============== 511: autoResetMemoryLeakDetect: To detect whether current free memory size is less than the configured free memory size or not. Periodically, free memory size is checked to confirm system availability. 512: autoResetNoMemoryLeakDetect: =============== 601: arulePacketDropDetect: To detect whether it is dropped some packet by arule or not. 602: arulePacketDropRelease: =============== 620: bME1CardNoDetect: 621: clearBME1CardNoDetect: =============== 622: bME1CardAFEerror: 623: clearBME1CardAFEerror: =============== 624: bME1CardIFEerror: 625: clearBME1CardIFEerror: =============== 626: bME1CardFWerror: 627: clearBME1CardFWerror: =============== 628: bME1CardPROVerror: 629: clearBME1CardPROVerror: =============== 630: bME1CrashDetect: 631: clearBME1CrashDetect: =============== 632: bME2CardNoDetect: 633: clearBME2CardNoDetect: =============== 634: bME2CardAFEerror: 635: clearBME2CardAFEerror: =============== 636: bME2CardIFEerror: 637: clearBME2CardIFEerror: =============== 638: bME2CardFWerror: 639: clearBME2CardFWerror: =============== 640: bME2CardPROVerror: 641: clearBME2CardPROVerror: =============== 642: bME2CrashDetect: 643: clearBME2CrashDetect: =============== 644: bME3CardNoDetect: 645: clearBME3CardNoDetect: =============== 646: bME3CardAFEerror: 647: clearBME3CardAFEerror: =============== 648: bME3CardIFEerror: 649: clearBME3CardIFEerror: =============== 650: bME3CardFWerror: 651: clearBME3CardFWerror: =============== 652: bME3CardPROVerror: 653: clearBME3CardPROVerror: =============== 654: bME3CrashDetect: 655: clearBME3CrashDetect: =============== 656: powerFromBattery: 657: clearPowerFromBattery: =============== 658: invalidBatteryStatus: 659: clearInvalidBatteryStatus: =============== 660: batteryChargeLow: 661: clearBatteryChargeLow: =============== 662: batteryNotPresent: 663: clearBatteryNotPresent: =============== 664: voltageLow: 665: clearVoltageLow: =============== 666: tempOverThreshold: 667: clearTempOverThreshold: =============== 668: tempUnderThreshold: 669: clearTempUnderThreshold: =============== 670: cpuOverThreshold: 671: clearCpuOverThreshold: =============== 672: trafficOverload: 673: clearTrafficOverload: =============== 674: gEPONModuleNotDetect: 675: clearGEPONModuleNotDetect: =============== 676: gEPONPortOperationDown: 677: clearGEPONPortOperationDown: =============== 678: gEPONNoIncomingTraffic: 679: clearGEPONNoIncomingTraffic: =============== 680: processCrashDetect: 681: clearProcessCrashDetect: =============== 682: memoryLeakDetect: 683: clearMemoryLeakDetect: =============== 684: memoryCorrupDetect: 685: clearMemoryCorrupDetect: =============== 686: memoryLowDetect: 687: clearMemoryLowDetect: =============== 688: dataLineerror: 689: clearDataLineerror: =============== 690: addressLineerror: 691: clearAddressLineerror: =============== 692: chipsetNotDetcet: 693: clearChipsetNotDetcet: =============== 694: pciBuserror: 695: clearPciBuserror: =============== 696: securityAdminConnect: 697: clearSecurityAdminConnect: =============== 698: oNUPowerDown: 699: clearONUPowerDown: =============== 700: oNUNotRegister: 701: clearONUNotRegister: =============== 702: oNTOpticPre: 703: clearONTOpticPre: =============== 800: switchoverInitiated: =============== 801: switchoverDone: =============== 803: redConfigurationMisMatch: To detect whether redundancy configuration is mismatched. =============== 901: gponNoAuthCBU: To detect no auth CBU is detected. 902: gponDuplicateONU: To detect ONU is duplicated. 903: gponDyingGasp: To detect dying GASP is detected. 904: gponUpgradeComplete: To detect upgrade complete is detected. 905: gponDeregistered: To detect whether deregistered is detected or not. 906: gponRegistered: 907: gponRogueOnu: To detect rogue ONU is detected 908: gponOnuBatteryEvent: To detect whether ONU battery event is detected or not. 909: clearGponOnuBetteryEvent: 910: gponOnuPortOperStatus: To detectONU port operation statue is chagned. 911: gponTransceiverChanged: To detect transceiver is changed. 912: gponOltLosOn: To detect whether OLT LOS is on or off 913: gponOltLosOff: 914: gponOltLosiOn: To detect whether OLT LOSI is on or off 915: gponOltLosiOff: 916: gponDyingGaspOn: To detect whether dying GASP is on or off 917: gponDyingGaspOff: 918: gponOntOSUpgradeStatus: To detect ONT OS upgrade status is changed. 919: gponOntBLUpgradeStatus: To detect BL upgrade status is changed. 920: gponOltRxPowerLoss: To detect OLT RX power is loss. 921: gponOltRxPowerDetected: To detect OLT RX power status is changed. 922: gponOnuTemperatureHighOverThreshold: To detect whether ONU temperature exceeds high threshold or not. 923: gponOnuTemperatureHighFallThreshold: 924: gponOnuTemperatureLowOverThreshold: To detect whether ONU temperature belows low threshold or not. 925: gponOnuTemperatureLowFallThreshold: 926: gponOnuCpuOverThreshold: To detect whether ONU CPU exceeds threshold or not. 927: gponOnuCpuFallThreshold: 928: gponOnuMemoryOverThreshold: To detect whether memory exceeds threshold or not. 929: gponOnuMemoryFallThreshold: 930: gponOnuI2cFail: To detect ONU L2C fail is detected. 931: gponOnuRxOpticLowThreshAlarmOn: To detect whether ONU RX optic belows low threshold or not. 932: gponOnuRxOpticLowThreshAlarmOff: 933: gponOnuRxOpticHighThreshAlarmOn: To detect whether ONU RX optic exceeds high threshold or not. 934: gponOnuRxOpticHighThreshAlarmOff: 935: gponOltLOFIOn: To detect whether OLT LOFL is on or off 936: gponOltLOFIOff: 937: gponOltDOWOn: To detect whether OLT DOW is on or off 938: gponOltDOWOff: 939: gponOltSFOn: To detect whether OLT SF is on or off 940: gponOltSFOff: 941: gponOltSDOn: To detect whether OLT SD is on or off 942: gponOltSDOff: 943: gponOltLCDGIOn: To detect whether OLT LCDGL is on or off 944: gponOltLCDGIOff: 945: gponOltRDOn: To detect whether OLT RD is on or off 946: gponOltRDOff: 947: gponOltSUFOn: To detect whether OLT SUF is on or off 948: gponOltSUFOff: 949: gponOltLOAOn: To detect whether OLT LOA is on or off 950: gponOltLOAOff: 951: gponOltLOAMIOn: To detect whether OLT LOAML is on or off 952: gponOltLOAMIOff: 953: gponOltMEMOn: To detect whether OLT MEM is on or off 954: gponOltMEMOff: 955: gponOltPEEOn: To detect whether OLT PEE is on or off 956: gponOltPEEOff: 957: gponOltPSTOn: To detect whether OLT PST is on or off 958: gponOltPSTOff: 959: gponOltERROn: To detect whether OLT ERR is on or off 960: gponOltERROff: 961: gponOltREIOn: To detect whether OLT REI is on or off 962: gponOltREIOff: 963: gponAntiSpoofingDupPortOn: To detect whether anti spoofing port is duplicated or not. 964: gponAntiSpoofingDupPortOff: 965: gponRedundancySwitchOver: To detect redundancy switchover is changed. 966: gponDuplicatedRangingResponse: To detect ranging response is changed. 967: gponOnuPortOpticModuleRemove: To detect whether ONU port optic module is removed or installed. 968: gponOnuPortOpticModuleInstall: 969: gponOnuOMCCProblemDetected: To detect whether ONU OMCC problem is detected or not. 970: gponOnuOMCCProblemCleared: 971: gponOltFixedTcontAlarmOn: To detect whether OLT fixed Tcont alarm is on or off. 972: gponOltFixedTcontAlarmOff: 973: gponOltDynamicTcontAlarmOn: To detect whether OLT dynamic Tcont alarm is on or off. 974: gponOltDynamicTcontAlarmOff: 975: gponOltPortCountAlarmOn: To detect whether OLT port count alarm is on or off. 976: gponOltPortCountAlarmOff: 977: gponOltCableDownAlarmOn: To detect whether OLT cable down alarm is on or off. 978: gponOltCableDownAlarmOff: 979: gponOltDeactiveMonitorAlarmOn: To detect whether deactive monitor alarm is on or off. 980: gponOltDeactiveMonitorAlarmOff: 981: gponOltDfiOn: To detect whether OLT DFI is on or off. 982: gponOltDfiOff: 984: gponOltTransceiverPortChanged: To detect OLT transeiver port is changed. 985: gponOnuPortOperStatusDown: To detect whether ONU port operation status is down or up. 986: gponOnuPortOperStatusUp:: =============== 1101: emLogDefectCPUHighOver: To detect whether EM log detect CPU exceeds threshold or not. 1102: emLogDefectCPUHighUnder: 1103: emLogTemperHighOver: To detect whether EM log temperature exceeds high threshold or not. 1104: emLogTemperHighUnder: 1105: emLogTemperLowUnder: To detect whether EM log CPU belows low threshold or not. 1106: emLogTemperLowOver: 1107: emLogMemLowUnder: To detect whether EM log memory belows low threshold or not. 1108: emLogMemLowOver: 1109: emLogFanFail: To detect whether EM log fan status is failed or not. 1110: emLogFanFailCleared: 1111: emLogPhyCRCFail: To detect whether EM log physical CRC is failed or not. 1112: emLogPhyCRCFailCleared: 1113: emLogPhyDetectFail: To detect whether EM log physical status is failed or not. 1114: emLogPhyDetectFailCleared: 1115: emLogSFUMateInitFail: To detect whether EM log SFU mate initialization is failed or not. 1116: emLogSFUMateInitFailCleared: 1117: emLogDaemonHealthBad: To detect whether EM log daemon health is bad or not. 1118: emLogDaemonHealthBadCleared: 1119: emLogGPIURavenLinkDown: To detect whether EM log GPIU RAVEN link is down or not. 1120: emLogGPIURavenLinkDownCleared: =============== 1151: slotNosUpgradeStart: To detect whether slot NOS upgrade is started or ended. 1152: slotNosUpgradeEnd: =============== 1331: gponOnuAniVoltageLowThreshAlarmOn: To detect whether ONU ANI voltage belows low threshold or not. 1332: gponOnuAniVoltageLowThreshAlarmOff: 1333: gponOnuAniVoltageHighThreshAlarmOn: To detect whether ONU ANI voltage exceeds high threshold or not. 1334: gponOnuAniVoltageHighThreshAlarmOff: 1335: gponOnuAniTemperatureLowThreshAlarmOn: To detect whether ONU ANI temperature belows low threshold or not. 1336: gponOnuAniTemperatureLowThreshAlarmOff: 1337: gponOnuAniTemperatureHighThreshAlarmOn: To detect whether ONU ANI temperature exceeds high threshold or not. 1338: gponOnuAniTemperatureHighThreshAlarmOff: 1339: gponOnuAniTxBiasLowThreshAlarmOn: To detect whether ONU ANI TX bias belows low threshold or not. 1340: gponOnuAniTxBiasLowThreshAlarmOff: 1341: gponOnuAniTxBiasHighThreshAlarmOn: To detect whether ONU ANI TX bias exceeds high threshold or not. 1342: gponOnuAniTxBiasHighThreshAlarmOff: 1343: gponOnuAniTxpowerLowThreshAlarmOn: To detect whether ONU ANI TX power belows low threshold or not. 1344: gponOnuAniTxpowerLowThreshAlarmOff: 1345: gponOnuAniTxpowerHighThreshAlarmOn: To detect whether ONU ANI TX power exceeds high threshold or not. 1346: gponOnuAniTxpowerHighThreshAlarmOff:

The severity of alarm. Enumeration: 'intermediate': 5, 'major': 2, 'critical': 1, 'warning': 4, 'minor': 3.

Description.

Description.

Description.

The alarm list table is used to store all reported alarms.

Entry of the alarm lis table.

The OID of alarm. The following alarms is devided by the specific character, ===============. The division basis is that alarms is bounded or released. 001: portDown: To detect whether physical or logical interface's link status is up or down. 002: portUp: =============== 003: portRemoved: To detect whether physical interface is installed or not. 004: portInstalled: =============== 005: powerFail: To detect whether power module's operation status is good or not. (Without doubt, more than 1 power module should be equipped.) 006: powerOK: =============== 007: powerRemoved: To detect whether power module is installed or not, through the PLD access. (Without doubt, more than 1 power module should be equipped.) 008: powerInstalled: =============== 009: fanFail: To detect whether FAN module's operation status is good or not. 010: fanOK: =============== 011: fanRemoved: To detect whether FAN module is installed or not, through the PLD access. 012: fanInstalled: =============== 013: moduleRemoved: To detect whether physical interface module is installed or not, through the S/W I2C 014: moduleInstalled: =============== 015: systemRestart: Network system is restarted by operator. This is not H/W start but S/W start. =============== 016: systemStart: Network system is restarted by operator or system status. This is not S/W start but H/W start. (This alarm isnt used current) =============== 017: broadcastOver: To detect the receipt of broadcast packet. (This alarm isnt used current) 018: broadcastUnder: =============== 019: cpuOverLoad: To detect whether the configured CPU load threshold is less than current CPU load usage or not. 020: cpuUnderLoad: =============== 021: memoryOverUsed: To detect whether the configured memory threshold is less than current memory usage or not. 022: memoryUnderUsed: =============== 023: portOverThreshold: To detect whether the configured physical or logical interface threshold is less than delta value of current interface's InOctects or not. 024: portUnderThreshold: =============== 025: temperatureHigh: To detect whether the configured system's temperature threshold is less than current temperature or not. 026: temperatureLow: =============== 027: mfgdBlocked: To detect whether the specific MAC by MAC flood guard is blocked or not. 028: mfgdReleased: =============== 029: ipConflict: To detect whether the same IP address on different network node is configured or not. 030: ipUnconflict: =============== 031: dhcpLeaseShortage: To detect whether IP address that can be assigned to subscriber by DHCP server is sufficient or not. 032: dhcpLeaseSufficient: =============== 033: dhcpOccuredIllegalEntry: To detect whether a subsceiber is using a static IP address or not. 034: dhcpRemovedIllegalEntry: =============== 035: rmonAlarmRising: To detect whether rising threshold of a specific MO in RMON alarm sampling is less than current calculated value by alarm sample type or not. But alarm generation would be issued by means of event type in RMON event. 036: rmonAlarmNoRising: =============== 037: rmonAlarmFalling: To detect whether falling threshold of a specific MO in RMON alarm sampling is less than current calculated value by alarm sample type or not. But alarm generation would be issued by means of event type in RMON event. 038: rmonAlarmNoFalling: =============== 039: bpduGuardDisabled: To detect whether edge ports is guarded about superior BPDU or not. In case of insertion edge node with 0 or lower priority than priority of current root bridge node, it will be disarrangement during a short time because of recognition a new inserted node as root bridge. So these edge ports is guarded, and then edge ports is blocked about all superior BPDU. So STP reconfiguration doesn't use this edge ports. =============== 040: rootGuardDisabled: To detect whether edge ports is guarded about superior BPDU or not. In case of insertion edge node with 0 or lower priority than priority of current root bridge node, it will be disarrangement during a short time because of recognition a new inserted node as root bridge. So, Root guard prevents a new inserted node from being root bridge as well as receiving a superior BPDU from root bridge. but this node participates in STP topology reconfiguration. If root bridge does not send a superior BPDU, then this node acts usually though STP state change. =============== 041: portSecurity: To detect whether interface is configured for security or not. This can be used to prevent MAC from flooding as well as spoofing. That is, As a result, this will obstruct an attack as like DoS attack. =============== 042: userLogin: 043: userLogout: =============== 051: igmpGroupJoined: To detect whether a subscriber is joined a multicast group or not. 052: igmpGroupLeaved: =============== 053: dhcpIpaddressBound: To detect wether a dynamic IP address is assigned to a subscriber or not. 054: dhcpIpaddressFree: =============== 055: doorOpened: To detect whether outer door is opeded or not, as external alarm. 056: doorClosed: =============== 057: powerModeChangedPowerToBattery: To detect whether a system is using AC power or battery. A system is using AC power usually. If there is any power problems as like a power failure, a system is using battery instead of AC power. 058: powerModeChangedBatteryToPower: =============== 059: batterylowcapacity: To detect whether current battery capacity is less capacity threshold according to battery usage or not. The capacity of AC power is 16 voltage and battery is 20. Capacity threshold is configured by H/W specification. So operator can't change it. 060: batterynormalcapacity: =============== 061: batteryhighTemperature: To detect whether current temperature of battery is greater than temperature threshold or not. 062: batterynormalTemperature: =============== 063: authenticationFail: To detect whether the connected user is authentic or non-authentic. 064: authenticationNofail: =============== 065: psuAcHighTemperature: To detect whether current temperature of Power Supply Unit is greater than temperature threshold or not. 066: psuAcNormalTemperature: =============== 067: batteryRemoved: To detect whether battery is equipped at network system or not. Battery is used as redundancy power service. So operator can decide the installation of battery. 068: batteryEquipped: =============== 069: batteryLowVoltage: To detect whether battery voltage is less than 12.5 volt or not. 12.5 volt value is configured by H/W specification. So operator can't change it. 070: batteryNormalVoltage: =============== 071: adminAccessLogin: To detect whether a operator connects at this network system or not. 072: adminAccessLogout: =============== 073: cfgdBlocked: To detect whether it is blocked flood to CPU or not. 074: cfgdReleased: =============== 075: sfgdBlocked: To detect whether it is blocked flood to system or not. 076: sfgdReleased: =============== 077: swWatchdogAbnormalState: To detect whether a specific process acts normally or not. 078: swWatchdogNormalState: =============== 079: swWatchdogDetectError: To detect whether a specific process is detected a error related to itself or cleared. 080: swWatchdogClearError: =============== 081: ppsControlBlocked: To detect whether it is blocked by pps-control or not. 082: ppsControlReleased: =============== 083: gotDMITempHighOverAlarm: To detect whether internal temperature exceeds high alarm level or not. 084: gotDMITempHighFallAlarm: =============== 085: gotDMITempLowOverAlarm: To detect whether internal temperature is below low alarm level or not. 086: gotDMITempLowFallAlarm: =============== 087: gotDMITempHighOverWarning: To detect whether internal temperature exceeds high warning level or not. 088: gotDMITempHighFallWarning: =============== 089: gotDMITempLowOverWarning: To detect whether internal temperature is below low warning level or not. 090: gotDMITempLowFallWarning: =============== 091: gotDMIVolHighOverAlarm: To detect whether internal supply voltage exceeds high alarm level or not. 092: gotDMIVolHighFallAlarm: =============== 093: gotDMIVolLowOverAlarm: To detect whether internal supply voltage is below low alarm level or not. 094: gotDMIVolLowFallAlarm: =============== 095: gotDMIVolHighOverWarning: To detect whether internal supply voltage exceeds high warning level or not. 096: gotDMIVolHighFallWarning: =============== 097: gotDMIVolLowOverWarning: To detect whether internal supply voltage is below low warning level or not. 098: gotDMIVolLowFallWarning: =============== 099: gotDMITxBiasHighOverAlarm: To detect whether TX Bias current exceeds high alarm level or not. 100: gotDMITxBiasHighFallAlarm: =============== 101: gotDMITxBiasLowOverAlarm: To detect whether TX Bias current is below low alarm level or not. 102: gotDMITxBiasLowFallAlarm: =============== 103: gotDMITxBiasHighOverWarning: To detect whether TX Bias current exceeds high warning level or not. 104: gotDMITxBiasHighFallWarning: =============== 105: gotDMITxBiasLowOverWarning: To detect whether TX Bias current is below low warning level or not. 106: gotDMITxBiasLowFallWarning: =============== 107: gotDMITxPowerHighOverAlarm: To detect whether TX output power exceeds high alarm level or not. 108: gotDMITxPowerHighFallAlarm: =============== 109: gotDMITxPowerLowOverAlarm: To detect whether TX output power is below low alarm level or not. 110: gotDMITxPowerLowFallAlarm: =============== 111: gotDMITxPowerHighOverWarning: To detect whether TX output power exceeds high warning level or not. 112: gotDMITxPowerHighFallWarning: =============== 113: gotDMITxPowerLowOverWarning: To detect whether TX output power is below low warning level or not. 114: gotDMITxPowerLowFallWarning: =============== 115: gotDMIRxPowerHighOverAlarm: To detect whether RX output power exceeds high alarm level or not. 116: gotDMIRxPowerHighFallAlarm: =============== 117: gotDMIRxPowerLowOverAlarm: To detect whether RX output power is below low alarm level or not. 118: gotDMIRxPowerLowFallAlarm: =============== 119: gotDMIRxPowerHighOverWarning: To detect whether RX output power exceeds high warning level or not. 120: gotDMIRxPowerHighFallWarning: =============== 121: gotDMIRxPowerLowOverWarning: To detect whether RX output power is below low warning level or not. 122: gotDMIRxPowerLowFallWarning: =============== 123: nosRemoteUpgradeRequest: 124: nosRemoteUpgradeSuccess: 125: nosRemoteUpgradeFailAbort: 126: nosRemoteUpgradeFailHeaderError: 127: nosRemoteUpgradeFailDownloadError: 128: nosRemoteUpgradeFailFlashError: 129: nosRemoteUpgradeStart: =============== 130: systemDyingGasp: =============== 133: cliHistory: To detect whether CLI history is detected or not. 134: cliHistoryNo: =============== 135: ntpConnectionFail: To detect whether NTP connection is failed or not. 136: ntpConnectionFailNo: =============== 137: nmsConnectionTypeChanged: To detect whether NMS connection type is changed. =============== 159: clockModuleRemoved: To detect whether clock module is removed or installed. 160: clockModuleInstalled: 161: clockModuleInitFail: To detect whether clock module initiolization is failed or not. 162: clockModuleInitOk: =============== 163: cliHistoryLog: To detect whether CLI history log is over or not. 164: cliHistoryLogNo: =============== 165: slotActionEvent: To detect whether slot action is changed. 166: slotStateChange: To detect whether slot state is changed. =============== 167: interfaceAdminDown: To detect whether physical or logical interface's admin link status is up or down. 168: interfaceAdminUp: =============== 169: slotPowerMonAbnormal: To detect whether slot power monitor abnormal or normal is detected. 170: slotPowerMonNormal: =============== 171: slotErrorLEDChanged: To detect whether error LED is changed. =============== 185: cpuPpsOverThreshold: To detect whether PPS is over threshold or not. 186: cpuPpsUnderThreshold: =============== 199: slotHealthStatusTimeout: To detect whether slot health status is time out or not. 200: slotHealthStatusTimeoutCleared: =============== 201: advaTemperature: To detect whether current chassis temperature is less than chassis temperature threshold or not. 202: advaTemperatureNo: =============== 203: advaPSUFailure: To detect whether ADVA system's power supply unit has a failure or not. 204: advaPSUFailureNo: =============== 205: advaFanFailure: To detect whether ADVA system's FAN has a failure or not. 206: advaFanFailureNo: =============== 207: advaInterfaceReceiveFailure: To detect whether ADVA system's receipt has a failure or not. 208: advaInterfaceReceiveFailureNo: =============== 209: advaInterfaceOpticalThreshold: To detect whether Adva system's optical receive power level is less than optical threshold or not. 210: advaInterfaceOpticalThresholdNo: =============== 211: advaInterfaceTransmitFault: To detect whether ADVA system's transmission has a failure or not. 212: advaInterfaceTransmitFaultNo: =============== 213: dvaInterfaceMisconfiguration: To detect whether ADVA system's interface is configured rightly or not. 214: advaInterfaceMisconfigurationNo: =============== 215: advaInterfaceSFPMismatch: To detect whether ADVA system's SFP interface is mismatched or not. 216: advaInterfaceSFPMismatchNo: =============== 217: advaVoltageLow: To detect whether ADVA system's current voltage is less than voltage threshold or not. 218: advaVoltageLowNo: =============== 219: advaVoltageHigh: To detect whether ADVA system's current voltage is greater than voltage threshold or not. 220: advaVoltageHighNo: =============== 301: erpDomainLotp: To detect whether LOTP(Loss of Test Packet) exists a domain of ERP or not. The Loss of Test Packet defect is defined when a node does not receive any test packet at any of its ports for a period of 3 times. 302: erpDomainLotpNo: =============== 303: erpDomainULotp: To detect whether undirectional LOTP(Loss of Test Packet) exists a domain of ERP or not. The Loss of Test Packet defect is defined when a RM node of one domain does not receive any test packet at one port for a period of 3 times. 304: erpDomainULotpNo: =============== 305: erpDomainMultipleRM: To detect whether Multiple RM node is supported or not. The defect is raised when a RM node receives its own test packets with an Ack destination address field with a non-zero value. 306: erpDomainMultipleRMNo: =============== 307: erpDomainRMNodeReacheablity: To detect whether RM reachability is raised or not. The detection of multiple failures indicates that the ring is segmented and that the RM Node is unreacheable. This is only possible at normal ring nodes isolated from the RM node. 308: erpDomainRMNodeReacheablityNo: =============== 391: startupConfigLoadEnded: To detect whether startup configuration load is ended. =============== 401: eponOnuDeregister: To detect whether ONU is registered into OLT or not. That is, ONU that its operation is service on should be sent registration information to OLT. 402: eponOnuRegister: =============== 403: eponOnuRegistrationError: To detect whether ONU is failed registeration process into OLT. 404: eponOnuNoRegistrationError: =============== 405: eponBadEncryptionKey: To detect wwhether the encryption key is valid or not. A message between ONU and OLT is encrypted using random encryption key. There is that the encryption key is invalid as transmission failure from time to time. 406: eponNoBadEncryptionKey: =============== 407: eponLlidMistmatch: To detect whether Llid of message between ONU and OLT is valid or not. On registering, ONU informs unique ID to OLT. And then, all communication between ONU and OLT must use the unique ID. The unique ID is called Llid. 408: eponNoLlidMismatch: =============== 409: eponTooManyRegister: To detect whether the registered ONU per 1 OLT is greater than 32 or not. That is, ONU can be registered from 1 to the maximum 32 at 1 OLT. 410: eponNoTooManyRegister: =============== 411: eponDyingGASP: To detect whether a ONU is down from dying gasp or not. A ONU could be changed to down state as a number of reasons. By the way, ONU that is changed to down as dying gasp would be sent dying gasp signal to OLT and then ONU's link would be changed to down. 412: eponNoDyingGASP: =============== 413: eponOnuErrFramePeriod: 414: eponOnuNoErrFramePeriod: =============== 415: eponOnuErrFrame: 416: eponOnuNoErrFrame: =============== 417: eponOnuErrFrameSecondSummary: 418: eponOnuNoErrFrameSecondSummary: =============== 419: eponOnuLastOnuDeregister: To detect whether a deregistered ONU is last ONU or not. If a deregistered ONU is last ONU, the OLT would be changed to serviceable status. 420: eponOnuNoLastOnuDeregister: =============== 421: eponOltCableDown: 422: eponOltRecoverCableDown: =============== 501: autoCLIStart: To detect whether the scheduled auto CLI is started or not. 502: autoCLINoStart: =============== 503: autoCLIComplete: To detect whether the scheduled auto CLI is completed or not. 504: autoCLINoComplete: =============== 505: autoCLIRemoveOutputFile: To detect whether the result file of the scheduled auto CLI is removed or not. The reason that the result file is removed is that the configured file size for the result is less than the stored result file size. If so, the oldest file would be removed before everything. 506: autoCLINoRemoveOutputFile: =============== 507: autoResetSystem: To detect whether the system is restarted or not. The conditions that system is restarted is that ping loss threshold is less than current ping loss count during the configured interval and that current free memory size is less than configured free memory size. 508: autoResetNoSystem: =============== 509: autoResetPingReplyLoss: To detect whether ping reply from the designated network node is received or not. Operator designates any gateway system that can communicate to detect current network environment. System sends ICMP packet to the designated gateway system periodically. If the system doesn't receive ping reply packet within any interval, operator recognizes that the system can't communicate any more because of some problems of the system. 510: autoResetNoPingReplyLoss: =============== 511: autoResetMemoryLeakDetect: To detect whether current free memory size is less than the configured free memory size or not. Periodically, free memory size is checked to confirm system availability. 512: autoResetNoMemoryLeakDetect: =============== 601: arulePacketDropDetect: To detect whether it is dropped some packet by arule or not. 602: arulePacketDropRelease: =============== 620: bME1CardNoDetect: 621: clearBME1CardNoDetect: =============== 622: bME1CardAFEerror: 623: clearBME1CardAFEerror: =============== 624: bME1CardIFEerror: 625: clearBME1CardIFEerror: =============== 626: bME1CardFWerror: 627: clearBME1CardFWerror: =============== 628: bME1CardPROVerror: 629: clearBME1CardPROVerror: =============== 630: bME1CrashDetect: 631: clearBME1CrashDetect: =============== 632: bME2CardNoDetect: 633: clearBME2CardNoDetect: =============== 634: bME2CardAFEerror: 635: clearBME2CardAFEerror: =============== 636: bME2CardIFEerror: 637: clearBME2CardIFEerror: =============== 638: bME2CardFWerror: 639: clearBME2CardFWerror: =============== 640: bME2CardPROVerror: 641: clearBME2CardPROVerror: =============== 642: bME2CrashDetect: 643: clearBME2CrashDetect: =============== 644: bME3CardNoDetect: 645: clearBME3CardNoDetect: =============== 646: bME3CardAFEerror: 647: clearBME3CardAFEerror: =============== 648: bME3CardIFEerror: 649: clearBME3CardIFEerror: =============== 650: bME3CardFWerror: 651: clearBME3CardFWerror: =============== 652: bME3CardPROVerror: 653: clearBME3CardPROVerror: =============== 654: bME3CrashDetect: 655: clearBME3CrashDetect: =============== 656: powerFromBattery: 657: clearPowerFromBattery: =============== 658: invalidBatteryStatus: 659: clearInvalidBatteryStatus: =============== 660: batteryChargeLow: 661: clearBatteryChargeLow: =============== 662: batteryNotPresent: 663: clearBatteryNotPresent: =============== 664: voltageLow: 665: clearVoltageLow: =============== 666: tempOverThreshold: 667: clearTempOverThreshold: =============== 668: tempUnderThreshold: 669: clearTempUnderThreshold: =============== 670: cpuOverThreshold: 671: clearCpuOverThreshold: =============== 672: trafficOverload: 673: clearTrafficOverload: =============== 674: gEPONModuleNotDetect: 675: clearGEPONModuleNotDetect: =============== 676: gEPONPortOperationDown: 677: clearGEPONPortOperationDown: =============== 678: gEPONNoIncomingTraffic: 679: clearGEPONNoIncomingTraffic: =============== 680: processCrashDetect: 681: clearProcessCrashDetect: =============== 682: memoryLeakDetect: 683: clearMemoryLeakDetect: =============== 684: memoryCorrupDetect: 685: clearMemoryCorrupDetect: =============== 686: memoryLowDetect: 687: clearMemoryLowDetect: =============== 688: dataLineerror: 689: clearDataLineerror: =============== 690: addressLineerror: 691: clearAddressLineerror: =============== 692: chipsetNotDetcet: 693: clearChipsetNotDetcet: =============== 694: pciBuserror: 695: clearPciBuserror: =============== 696: securityAdminConnect: 697: clearSecurityAdminConnect: =============== 698: oNUPowerDown: 699: clearONUPowerDown: =============== 700: oNUNotRegister: 701: clearONUNotRegister: =============== 702: oNTOpticPre: 703: clearONTOpticPre: =============== 800: switchoverInitiated: =============== 801: switchoverDone: =============== 803: redConfigurationMisMatch: To detect whether redundancy configuration is mismatched. =============== 901: gponNoAuthCBU: To detect no auth CBU is detected. 902: gponDuplicateONU: To detect ONU is duplicated. 903: gponDyingGasp: To detect dying GASP is detected. 904: gponUpgradeComplete: To detect upgrade complete is detected. 905: gponDeregistered: To detect whether deregistered is detected or not. 906: gponRegistered: 907: gponRogueOnu: To detect rogue ONU is detected 908: gponOnuBatteryEvent: To detect whether ONU battery event is detected or not. 909: clearGponOnuBetteryEvent: 910: gponOnuPortOperStatus: To detectONU port operation statue is chagned. 911: gponTransceiverChanged: To detect transceiver is changed. 912: gponOltLosOn: To detect whether OLT LOS is on or off 913: gponOltLosOff: 914: gponOltLosiOn: To detect whether OLT LOSI is on or off 915: gponOltLosiOff: 916: gponDyingGaspOn: To detect whether dying GASP is on or off 917: gponDyingGaspOff: 918: gponOntOSUpgradeStatus: To detect ONT OS upgrade status is changed. 919: gponOntBLUpgradeStatus: To detect BL upgrade status is changed. 920: gponOltRxPowerLoss: To detect OLT RX power is loss. 921: gponOltRxPowerDetected: To detect OLT RX power status is changed. 922: gponOnuTemperatureHighOverThreshold: To detect whether ONU temperature exceeds high threshold or not. 923: gponOnuTemperatureHighFallThreshold: 924: gponOnuTemperatureLowOverThreshold: To detect whether ONU temperature belows low threshold or not. 925: gponOnuTemperatureLowFallThreshold: 926: gponOnuCpuOverThreshold: To detect whether ONU CPU exceeds threshold or not. 927: gponOnuCpuFallThreshold: 928: gponOnuMemoryOverThreshold: To detect whether memory exceeds threshold or not. 929: gponOnuMemoryFallThreshold: 930: gponOnuI2cFail: To detect ONU L2C fail is detected. 931: gponOnuRxOpticLowThreshAlarmOn: To detect whether ONU RX optic belows low threshold or not. 932: gponOnuRxOpticLowThreshAlarmOff: 933: gponOnuRxOpticHighThreshAlarmOn: To detect whether ONU RX optic exceeds high threshold or not. 934: gponOnuRxOpticHighThreshAlarmOff: 935: gponOltLOFIOn: To detect whether OLT LOFL is on or off 936: gponOltLOFIOff: 937: gponOltDOWOn: To detect whether OLT DOW is on or off 938: gponOltDOWOff: 939: gponOltSFOn: To detect whether OLT SF is on or off 940: gponOltSFOff: 941: gponOltSDOn: To detect whether OLT SD is on or off 942: gponOltSDOff: 943: gponOltLCDGIOn: To detect whether OLT LCDGL is on or off 944: gponOltLCDGIOff: 945: gponOltRDOn: To detect whether OLT RD is on or off 946: gponOltRDOff: 947: gponOltSUFOn: To detect whether OLT SUF is on or off 948: gponOltSUFOff: 949: gponOltLOAOn: To detect whether OLT LOA is on or off 950: gponOltLOAOff: 951: gponOltLOAMIOn: To detect whether OLT LOAML is on or off 952: gponOltLOAMIOff: 953: gponOltMEMOn: To detect whether OLT MEM is on or off 954: gponOltMEMOff: 955: gponOltPEEOn: To detect whether OLT PEE is on or off 956: gponOltPEEOff: 957: gponOltPSTOn: To detect whether OLT PST is on or off 958: gponOltPSTOff: 959: gponOltERROn: To detect whether OLT ERR is on or off 960: gponOltERROff: 961: gponOltREIOn: To detect whether OLT REI is on or off 962: gponOltREIOff: 963: gponAntiSpoofingDupPortOn: To detect whether anti spoofing port is duplicated or not. 964: gponAntiSpoofingDupPortOff: 965: gponRedundancySwitchOver: To detect redundancy switchover is changed. 966: gponDuplicatedRangingResponse: To detect ranging response is changed. 967: gponOnuPortOpticModuleRemove: To detect whether ONU port optic module is removed or installed. 968: gponOnuPortOpticModuleInstall: 969: gponOnuOMCCProblemDetected: To detect whether ONU OMCC problem is detected or not. 970: gponOnuOMCCProblemCleared: 971: gponOltFixedTcontAlarmOn: To detect whether OLT fixed Tcont alarm is on or off. 972: gponOltFixedTcontAlarmOff: 973: gponOltDynamicTcontAlarmOn: To detect whether OLT dynamic Tcont alarm is on or off. 974: gponOltDynamicTcontAlarmOff: 975: gponOltPortCountAlarmOn: To detect whether OLT port count alarm is on or off. 976: gponOltPortCountAlarmOff: 977: gponOltCableDownAlarmOn: To detect whether OLT cable down alarm is on or off. 978: gponOltCableDownAlarmOff: 979: gponOltDeactiveMonitorAlarmOn: To detect whether deactive monitor alarm is on or off. 980: gponOltDeactiveMonitorAlarmOff: 981: gponOltDfiOn: To detect whether OLT DFI is on or off. 982: gponOltDfiOff: 984: gponOltTransceiverPortChanged: To detect OLT transeiver port is changed. 985: gponOnuPortOperStatusDown: To detect whether ONU port operation status is down or up. 986: gponOnuPortOperStatusUp:: =============== 1101: emLogDefectCPUHighOver: To detect whether EM log detect CPU exceeds threshold or not. 1102: emLogDefectCPUHighUnder: 1103: emLogTemperHighOver: To detect whether EM log temperature exceeds high threshold or not. 1104: emLogTemperHighUnder: 1105: emLogTemperLowUnder: To detect whether EM log CPU belows low threshold or not. 1106: emLogTemperLowOver: 1107: emLogMemLowUnder: To detect whether EM log memory belows low threshold or not. 1108: emLogMemLowOver: 1109: emLogFanFail: To detect whether EM log fan status is failed or not. 1110: emLogFanFailCleared: 1111: emLogPhyCRCFail: To detect whether EM log physical CRC is failed or not. 1112: emLogPhyCRCFailCleared: 1113: emLogPhyDetectFail: To detect whether EM log physical status is failed or not. 1114: emLogPhyDetectFailCleared: 1115: emLogSFUMateInitFail: To detect whether EM log SFU mate initialization is failed or not. 1116: emLogSFUMateInitFailCleared: 1117: emLogDaemonHealthBad: To detect whether EM log daemon health is bad or not. 1118: emLogDaemonHealthBadCleared: 1119: emLogGPIURavenLinkDown: To detect whether EM log GPIU RAVEN link is down or not. 1120: emLogGPIURavenLinkDownCleared: =============== 1151: slotNosUpgradeStart: To detect whether slot NOS upgrade is started or ended. 1152: slotNosUpgradeEnd: =============== 1331: gponOnuAniVoltageLowThreshAlarmOn: To detect whether ONU ANI voltage belows low threshold or not. 1332: gponOnuAniVoltageLowThreshAlarmOff: 1333: gponOnuAniVoltageHighThreshAlarmOn: To detect whether ONU ANI voltage exceeds high threshold or not. 1334: gponOnuAniVoltageHighThreshAlarmOff: 1335: gponOnuAniTemperatureLowThreshAlarmOn: To detect whether ONU ANI temperature belows low threshold or not. 1336: gponOnuAniTemperatureLowThreshAlarmOff: 1337: gponOnuAniTemperatureHighThreshAlarmOn: To detect whether ONU ANI temperature exceeds high threshold or not. 1338: gponOnuAniTemperatureHighThreshAlarmOff: 1339: gponOnuAniTxBiasLowThreshAlarmOn: To detect whether ONU ANI TX bias belows low threshold or not. 1340: gponOnuAniTxBiasLowThreshAlarmOff: 1341: gponOnuAniTxBiasHighThreshAlarmOn: To detect whether ONU ANI TX bias exceeds high threshold or not. 1342: gponOnuAniTxBiasHighThreshAlarmOff: 1343: gponOnuAniTxpowerLowThreshAlarmOn: To detect whether ONU ANI TX power belows low threshold or not. 1344: gponOnuAniTxpowerLowThreshAlarmOff: 1345: gponOnuAniTxpowerHighThreshAlarmOn: To detect whether ONU ANI TX power exceeds high threshold or not. 1346: gponOnuAniTxpowerHighThreshAlarmOff:

The type of Reporting source In case of source type 13 gponSourceTlv, It's shown as below. sleAlarmReportingSourceType.A.B.C.D.E.F A: sleAlarmSpecificCode B: sleAlarmReportingSourceType 13 C: sleAlarmReportingSource's length D: type 1-slot 2-port 3-vlan 4-MAC 5-ONU 6-UNI_type 7-UNI_index 255-etc E: legth F: value Enumeration: 'macAddress': 4, 'advaSource': 8, 'vccTp': 3, 'gponSource': 12, 'number': 9, 'general': 10, 'ifIndex': 2, 'gponSourceTlv': 13, 'ipv4': 5, 'threshold': 7, 'ipv6': 6, 'entPhysicalEntity': 1, 'eponSource': 11.

The alarm severity of alarm. In case of source type 13 gponSourceTlv, It's shown as below. sleAlarmReportingSourceType.A.B.C.D.E.F A: sleAlarmSpecificCode B: sleAlarmReportingSourceType 13 C: sleAlarmReportingSource's length D: type 1-slot 2-port 3-vlan 4-MAC 5-ONU 6-UNI_type 7-UNI_index 255-etc E: legth F: value

The alarm severity. The value cleared indicates the clearing of alarm. Enumeration: 'major': 2, 'intermediate': 5, 'critical': 1, 'cleared': 6, 'warning': 4, 'minor': 3.

Describes the spefic problems e.g. when a shePhysCardFailure is sent here the termperature alarm is specified

Textual description of specific problem reported by alarming. To be discussed: Option is to define an alarm for every problem

The date and time when the alarm appeared or cleared

Sequence number for the alarm synchronization. This value has a number to be used for the next alarm trap.

The type is whether alarm trap is pair or mono. Enumeration: 'pair': 0, 'mono': 1.

Description.

Description. Enumeration: 'clearAlarmReport': 1, 'delAlarmReport': 2.

Description.

Description.

Description.

Description.

Alarm specific code

The type of Reporting source Enumeration: 'macAddress': 4, 'advaSource': 8, 'vccTp': 3, 'gponSource': 12, 'number': 9, 'general': 10, 'ifIndex': 2, 'ipv4': 5, 'threshold': 7, 'ipv6': 6, 'entPhysicalEntity': 1, 'eponSource': 11.

The index of the failed component which reports the alarm. It is the entPhysicalIndex in case of a card is reporting, or the ifIndex in case of an interface reporting

Description.

Description.

The alarm severity table. The alarm severity table associates profile index and AlarmID pairs with severities to be used for alarm traps. (Note that this table does not apply to cleared alarms).

Entry of the alarm severity table.

The OID of alarm.

The OID of alarm. The following alarms is devided by the specific character, ===============. The division basis is that alarms is bounded or released. 001: portDown: To detect whether physical or logical interface's link status is up or down. 002: portUp: =============== 003: portRemoved: To detect whether physical interface is installed or not. 004: portInstalled: =============== 005: powerFail: To detect whether power module's operation status is good or not. (Without doubt, more than 1 power module should be equipped.) 006: powerOK: =============== 007: powerRemoved: To detect whether power module is installed or not, through the PLD access. (Without doubt, more than 1 power module should be equipped.) 008: powerInstalled: =============== 009: fanFail: To detect whether FAN module's operation status is good or not. 010: fanOK: =============== 011: fanRemoved: To detect whether FAN module is installed or not, through the PLD access. 012: fanInstalled: =============== 013: moduleRemoved: To detect whether physical interface module is installed or not, through the S/W I2C 014: moduleInstalled: =============== 015: systemRestart: Network system is restarted by operator. This is not H/W start but S/W start. =============== 016: systemStart: Network system is restarted by operator or system status. This is not S/W start but H/W start. (This alarm isnt used current) =============== 017: broadcastOver: To detect the receipt of broadcast packet. (This alarm isnt used current) 018: broadcastUnder: =============== 019: cpuOverLoad: To detect whether the configured CPU load threshold is less than current CPU load usage or not. 020: cpuUnderLoad: =============== 021: memoryOverUsed: To detect whether the configured memory threshold is less than current memory usage or not. 022: memoryUnderUsed: =============== 023: portOverThreshold: To detect whether the configured physical or logical interface threshold is less than delta value of current interface's InOctects or not. 024: portUnderThreshold: =============== 025: temperatureHigh: To detect whether the configured system's temperature threshold is less than current temperature or not. 026: temperatureLow: =============== 027: mfgdBlocked: To detect whether the specific MAC by MAC flood guard is blocked or not. 028: mfgdReleased: =============== 029: ipConflict: To detect whether the same IP address on different network node is configured or not. 030: ipUnconflict: =============== 031: dhcpLeaseShortage: To detect whether IP address that can be assigned to subscriber by DHCP server is sufficient or not. 032: dhcpLeaseSufficient: =============== 033: dhcpOccuredIllegalEntry: To detect whether a subsceiber is using a static IP address or not. 034: dhcpRemovedIllegalEntry: =============== 035: rmonAlarmRising: To detect whether rising threshold of a specific MO in RMON alarm sampling is less than current calculated value by alarm sample type or not. But alarm generation would be issued by means of event type in RMON event. 036: rmonAlarmNoRising: =============== 037: rmonAlarmFalling: To detect whether falling threshold of a specific MO in RMON alarm sampling is less than current calculated value by alarm sample type or not. But alarm generation would be issued by means of event type in RMON event. 038: rmonAlarmNoFalling: =============== 039: bpduGuardDisabled: To detect whether edge ports is guarded about superior BPDU or not. In case of insertion edge node with 0 or lower priority than priority of current root bridge node, it will be disarrangement during a short time because of recognition a new inserted node as root bridge. So these edge ports is guarded, and then edge ports is blocked about all superior BPDU. So STP reconfiguration doesn't use this edge ports. =============== 040: rootGuardDisabled: To detect whether edge ports is guarded about superior BPDU or not. In case of insertion edge node with 0 or lower priority than priority of current root bridge node, it will be disarrangement during a short time because of recognition a new inserted node as root bridge. So, Root guard prevents a new inserted node from being root bridge as well as receiving a superior BPDU from root bridge. but this node participates in STP topology reconfiguration. If root bridge does not send a superior BPDU, then this node acts usually though STP state change. =============== 041: portSecurity: To detect whether interface is configured for security or not. This can be used to prevent MAC from flooding as well as spoofing. That is, As a result, this will obstruct an attack as like DoS attack. =============== 042: userLogin: 043: userLogout: =============== 051: igmpGroupJoined: To detect whether a subscriber is joined a multicast group or not. 052: igmpGroupLeaved: =============== 053: dhcpIpaddressBound: To detect wether a dynamic IP address is assigned to a subscriber or not. 054: dhcpIpaddressFree: =============== 055: doorOpened: To detect whether outer door is opeded or not, as external alarm. 056: doorClosed: =============== 057: powerModeChangedPowerToBattery: To detect whether a system is using AC power or battery. A system is using AC power usually. If there is any power problems as like a power failure, a system is using battery instead of AC power. 058: powerModeChangedBatteryToPower: =============== 059: batterylowcapacity: To detect whether current battery capacity is less capacity threshold according to battery usage or not. The capacity of AC power is 16 voltage and battery is 20. Capacity threshold is configured by H/W specification. So operator can't change it. 060: batterynormalcapacity: =============== 061: batteryhighTemperature: To detect whether current temperature of battery is greater than temperature threshold or not. 062: batterynormalTemperature: =============== 063: authenticationFail: To detect whether the connected user is authentic or non-authentic. 064: authenticationNofail: =============== 065: psuAcHighTemperature: To detect whether current temperature of Power Supply Unit is greater than temperature threshold or not. 066: psuAcNormalTemperature: =============== 067: batteryRemoved: To detect whether battery is equipped at network system or not. Battery is used as redundancy power service. So operator can decide the installation of battery. 068: batteryEquipped: =============== 069: batteryLowVoltage: To detect whether battery voltage is less than 12.5 volt or not. 12.5 volt value is configured by H/W specification. So operator can't change it. 070: batteryNormalVoltage: =============== 071: adminAccessLogin: To detect whether a operator connects at this network system or not. 072: adminAccessLogout: =============== 073: cfgdBlocked: To detect whether it is blocked flood to CPU or not. 074: cfgdReleased: =============== 075: sfgdBlocked: To detect whether it is blocked flood to system or not. 076: sfgdReleased: =============== 077: swWatchdogAbnormalState: To detect whether a specific process acts normally or not. 078: swWatchdogNormalState: =============== 079: swWatchdogDetectError: To detect whether a specific process is detected a error related to itself or cleared. 080: swWatchdogClearError: =============== 081: ppsControlBlocked: To detect whether it is blocked by pps-control or not. 082: ppsControlReleased: =============== 083: gotDMITempHighOverAlarm: To detect whether internal temperature exceeds high alarm level or not. 084: gotDMITempHighFallAlarm: =============== 085: gotDMITempLowOverAlarm: To detect whether internal temperature is below low alarm level or not. 086: gotDMITempLowFallAlarm: =============== 087: gotDMITempHighOverWarning: To detect whether internal temperature exceeds high warning level or not. 088: gotDMITempHighFallWarning: =============== 089: gotDMITempLowOverWarning: To detect whether internal temperature is below low warning level or not. 090: gotDMITempLowFallWarning: =============== 091: gotDMIVolHighOverAlarm: To detect whether internal supply voltage exceeds high alarm level or not. 092: gotDMIVolHighFallAlarm: =============== 093: gotDMIVolLowOverAlarm: To detect whether internal supply voltage is below low alarm level or not. 094: gotDMIVolLowFallAlarm: =============== 095: gotDMIVolHighOverWarning: To detect whether internal supply voltage exceeds high warning level or not. 096: gotDMIVolHighFallWarning: =============== 097: gotDMIVolLowOverWarning: To detect whether internal supply voltage is below low warning level or not. 098: gotDMIVolLowFallWarning: =============== 099: gotDMITxBiasHighOverAlarm: To detect whether TX Bias current exceeds high alarm level or not. 100: gotDMITxBiasHighFallAlarm: =============== 101: gotDMITxBiasLowOverAlarm: To detect whether TX Bias current is below low alarm level or not. 102: gotDMITxBiasLowFallAlarm: =============== 103: gotDMITxBiasHighOverWarning: To detect whether TX Bias current exceeds high warning level or not. 104: gotDMITxBiasHighFallWarning: =============== 105: gotDMITxBiasLowOverWarning: To detect whether TX Bias current is below low warning level or not. 106: gotDMITxBiasLowFallWarning: =============== 107: gotDMITxPowerHighOverAlarm: To detect whether TX output power exceeds high alarm level or not. 108: gotDMITxPowerHighFallAlarm: =============== 109: gotDMITxPowerLowOverAlarm: To detect whether TX output power is below low alarm level or not. 110: gotDMITxPowerLowFallAlarm: =============== 111: gotDMITxPowerHighOverWarning: To detect whether TX output power exceeds high warning level or not. 112: gotDMITxPowerHighFallWarning: =============== 113: gotDMITxPowerLowOverWarning: To detect whether TX output power is below low warning level or not. 114: gotDMITxPowerLowFallWarning: =============== 115: gotDMIRxPowerHighOverAlarm: To detect whether RX output power exceeds high alarm level or not. 116: gotDMIRxPowerHighFallAlarm: =============== 117: gotDMIRxPowerLowOverAlarm: To detect whether RX output power is below low alarm level or not. 118: gotDMIRxPowerLowFallAlarm: =============== 119: gotDMIRxPowerHighOverWarning: To detect whether RX output power exceeds high warning level or not. 120: gotDMIRxPowerHighFallWarning: =============== 121: gotDMIRxPowerLowOverWarning: To detect whether RX output power is below low warning level or not. 122: gotDMIRxPowerLowFallWarning: =============== 123: nosRemoteUpgradeRequest: 124: nosRemoteUpgradeSuccess: 125: nosRemoteUpgradeFailAbort: 126: nosRemoteUpgradeFailHeaderError: 127: nosRemoteUpgradeFailDownloadError: 128: nosRemoteUpgradeFailFlashError: 129: nosRemoteUpgradeStart: =============== 130: systemDyingGasp: =============== 133: cliHistory: To detect whether CLI history is detected or not. 134: cliHistoryNo: =============== 135: ntpConnectionFail: To detect whether NTP connection is failed or not. 136: ntpConnectionFailNo: =============== 137: nmsConnectionTypeChanged: To detect whether NMS connection type is changed. =============== 159: clockModuleRemoved: To detect whether clock module is removed or installed. 160: clockModuleInstalled: 161: clockModuleInitFail: To detect whether clock module initiolization is failed or not. 162: clockModuleInitOk: =============== 163: cliHistoryLog: To detect whether CLI history log is over or not. 164: cliHistoryLogNo: =============== 165: slotActionEvent: To detect whether slot action is changed. 166: slotStateChange: To detect whether slot state is changed. =============== 167: interfaceAdminDown: To detect whether physical or logical interface's admin link status is up or down. 168: interfaceAdminUp: =============== 169: slotPowerMonAbnormal: To detect whether slot power monitor abnormal or normal is detected. 170: slotPowerMonNormal: =============== 171: slotErrorLEDChanged: To detect whether error LED is changed. =============== 185: cpuPpsOverThreshold: To detect whether PPS is over threshold or not. 186: cpuPpsUnderThreshold: =============== 199: slotHealthStatusTimeout: To detect whether slot health status is time out or not. 200: slotHealthStatusTimeoutCleared: =============== 201: advaTemperature: To detect whether current chassis temperature is less than chassis temperature threshold or not. 202: advaTemperatureNo: =============== 203: advaPSUFailure: To detect whether ADVA system's power supply unit has a failure or not. 204: advaPSUFailureNo: =============== 205: advaFanFailure: To detect whether ADVA system's FAN has a failure or not. 206: advaFanFailureNo: =============== 207: advaInterfaceReceiveFailure: To detect whether ADVA system's receipt has a failure or not. 208: advaInterfaceReceiveFailureNo: =============== 209: advaInterfaceOpticalThreshold: To detect whether Adva system's optical receive power level is less than optical threshold or not. 210: advaInterfaceOpticalThresholdNo: =============== 211: advaInterfaceTransmitFault: To detect whether ADVA system's transmission has a failure or not. 212: advaInterfaceTransmitFaultNo: =============== 213: dvaInterfaceMisconfiguration: To detect whether ADVA system's interface is configured rightly or not. 214: advaInterfaceMisconfigurationNo: =============== 215: advaInterfaceSFPMismatch: To detect whether ADVA system's SFP interface is mismatched or not. 216: advaInterfaceSFPMismatchNo: =============== 217: advaVoltageLow: To detect whether ADVA system's current voltage is less than voltage threshold or not. 218: advaVoltageLowNo: =============== 219: advaVoltageHigh: To detect whether ADVA system's current voltage is greater than voltage threshold or not. 220: advaVoltageHighNo: =============== 301: erpDomainLotp: To detect whether LOTP(Loss of Test Packet) exists a domain of ERP or not. The Loss of Test Packet defect is defined when a node does not receive any test packet at any of its ports for a period of 3 times. 302: erpDomainLotpNo: =============== 303: erpDomainULotp: To detect whether undirectional LOTP(Loss of Test Packet) exists a domain of ERP or not. The Loss of Test Packet defect is defined when a RM node of one domain does not receive any test packet at one port for a period of 3 times. 304: erpDomainULotpNo: =============== 305: erpDomainMultipleRM: To detect whether Multiple RM node is supported or not. The defect is raised when a RM node receives its own test packets with an Ack destination address field with a non-zero value. 306: erpDomainMultipleRMNo: =============== 307: erpDomainRMNodeReacheablity: To detect whether RM reachability is raised or not. The detection of multiple failures indicates that the ring is segmented and that the RM Node is unreacheable. This is only possible at normal ring nodes isolated from the RM node. 308: erpDomainRMNodeReacheablityNo: =============== 391: startupConfigLoadEnded: To detect whether startup configuration load is ended. =============== 401: eponOnuDeregister: To detect whether ONU is registered into OLT or not. That is, ONU that its operation is service on should be sent registration information to OLT. 402: eponOnuRegister: =============== 403: eponOnuRegistrationError: To detect whether ONU is failed registeration process into OLT. 404: eponOnuNoRegistrationError: =============== 405: eponBadEncryptionKey: To detect wwhether the encryption key is valid or not. A message between ONU and OLT is encrypted using random encryption key. There is that the encryption key is invalid as transmission failure from time to time. 406: eponNoBadEncryptionKey: =============== 407: eponLlidMistmatch: To detect whether Llid of message between ONU and OLT is valid or not. On registering, ONU informs unique ID to OLT. And then, all communication between ONU and OLT must use the unique ID. The unique ID is called Llid. 408: eponNoLlidMismatch: =============== 409: eponTooManyRegister: To detect whether the registered ONU per 1 OLT is greater than 32 or not. That is, ONU can be registered from 1 to the maximum 32 at 1 OLT. 410: eponNoTooManyRegister: =============== 411: eponDyingGASP: To detect whether a ONU is down from dying gasp or not. A ONU could be changed to down state as a number of reasons. By the way, ONU that is changed to down as dying gasp would be sent dying gasp signal to OLT and then ONU's link would be changed to down. 412: eponNoDyingGASP: =============== 413: eponOnuErrFramePeriod: 414: eponOnuNoErrFramePeriod: =============== 415: eponOnuErrFrame: 416: eponOnuNoErrFrame: =============== 417: eponOnuErrFrameSecondSummary: 418: eponOnuNoErrFrameSecondSummary: =============== 419: eponOnuLastOnuDeregister: To detect whether a deregistered ONU is last ONU or not. If a deregistered ONU is last ONU, the OLT would be changed to serviceable status. 420: eponOnuNoLastOnuDeregister: =============== 421: eponOltCableDown: 422: eponOltRecoverCableDown: =============== 501: autoCLIStart: To detect whether the scheduled auto CLI is started or not. 502: autoCLINoStart: =============== 503: autoCLIComplete: To detect whether the scheduled auto CLI is completed or not. 504: autoCLINoComplete: =============== 505: autoCLIRemoveOutputFile: To detect whether the result file of the scheduled auto CLI is removed or not. The reason that the result file is removed is that the configured file size for the result is less than the stored result file size. If so, the oldest file would be removed before everything. 506: autoCLINoRemoveOutputFile: =============== 507: autoResetSystem: To detect whether the system is restarted or not. The conditions that system is restarted is that ping loss threshold is less than current ping loss count during the configured interval and that current free memory size is less than configured free memory size. 508: autoResetNoSystem: =============== 509: autoResetPingReplyLoss: To detect whether ping reply from the designated network node is received or not. Operator designates any gateway system that can communicate to detect current network environment. System sends ICMP packet to the designated gateway system periodically. If the system doesn't receive ping reply packet within any interval, operator recognizes that the system can't communicate any more because of some problems of the system. 510: autoResetNoPingReplyLoss: =============== 511: autoResetMemoryLeakDetect: To detect whether current free memory size is less than the configured free memory size or not. Periodically, free memory size is checked to confirm system availability. 512: autoResetNoMemoryLeakDetect: =============== 601: arulePacketDropDetect: To detect whether it is dropped some packet by arule or not. 602: arulePacketDropRelease: =============== 620: bME1CardNoDetect: 621: clearBME1CardNoDetect: =============== 622: bME1CardAFEerror: 623: clearBME1CardAFEerror: =============== 624: bME1CardIFEerror: 625: clearBME1CardIFEerror: =============== 626: bME1CardFWerror: 627: clearBME1CardFWerror: =============== 628: bME1CardPROVerror: 629: clearBME1CardPROVerror: =============== 630: bME1CrashDetect: 631: clearBME1CrashDetect: =============== 632: bME2CardNoDetect: 633: clearBME2CardNoDetect: =============== 634: bME2CardAFEerror: 635: clearBME2CardAFEerror: =============== 636: bME2CardIFEerror: 637: clearBME2CardIFEerror: =============== 638: bME2CardFWerror: 639: clearBME2CardFWerror: =============== 640: bME2CardPROVerror: 641: clearBME2CardPROVerror: =============== 642: bME2CrashDetect: 643: clearBME2CrashDetect: =============== 644: bME3CardNoDetect: 645: clearBME3CardNoDetect: =============== 646: bME3CardAFEerror: 647: clearBME3CardAFEerror: =============== 648: bME3CardIFEerror: 649: clearBME3CardIFEerror: =============== 650: bME3CardFWerror: 651: clearBME3CardFWerror: =============== 652: bME3CardPROVerror: 653: clearBME3CardPROVerror: =============== 654: bME3CrashDetect: 655: clearBME3CrashDetect: =============== 656: powerFromBattery: 657: clearPowerFromBattery: =============== 658: invalidBatteryStatus: 659: clearInvalidBatteryStatus: =============== 660: batteryChargeLow: 661: clearBatteryChargeLow: =============== 662: batteryNotPresent: 663: clearBatteryNotPresent: =============== 664: voltageLow: 665: clearVoltageLow: =============== 666: tempOverThreshold: 667: clearTempOverThreshold: =============== 668: tempUnderThreshold: 669: clearTempUnderThreshold: =============== 670: cpuOverThreshold: 671: clearCpuOverThreshold: =============== 672: trafficOverload: 673: clearTrafficOverload: =============== 674: gEPONModuleNotDetect: 675: clearGEPONModuleNotDetect: =============== 676: gEPONPortOperationDown: 677: clearGEPONPortOperationDown: =============== 678: gEPONNoIncomingTraffic: 679: clearGEPONNoIncomingTraffic: =============== 680: processCrashDetect: 681: clearProcessCrashDetect: =============== 682: memoryLeakDetect: 683: clearMemoryLeakDetect: =============== 684: memoryCorrupDetect: 685: clearMemoryCorrupDetect: =============== 686: memoryLowDetect: 687: clearMemoryLowDetect: =============== 688: dataLineerror: 689: clearDataLineerror: =============== 690: addressLineerror: 691: clearAddressLineerror: =============== 692: chipsetNotDetcet: 693: clearChipsetNotDetcet: =============== 694: pciBuserror: 695: clearPciBuserror: =============== 696: securityAdminConnect: 697: clearSecurityAdminConnect: =============== 698: oNUPowerDown: 699: clearONUPowerDown: =============== 700: oNUNotRegister: 701: clearONUNotRegister: =============== 702: oNTOpticPre: 703: clearONTOpticPre: =============== 800: switchoverInitiated: =============== 801: switchoverDone: =============== 803: redConfigurationMisMatch: To detect whether redundancy configuration is mismatched. =============== 901: gponNoAuthCBU: To detect no auth CBU is detected. 902: gponDuplicateONU: To detect ONU is duplicated. 903: gponDyingGasp: To detect dying GASP is detected. 904: gponUpgradeComplete: To detect upgrade complete is detected. 905: gponDeregistered: To detect whether deregistered is detected or not. 906: gponRegistered: 907: gponRogueOnu: To detect rogue ONU is detected 908: gponOnuBatteryEvent: To detect whether ONU battery event is detected or not. 909: clearGponOnuBetteryEvent: 910: gponOnuPortOperStatus: To detectONU port operation statue is chagned. 911: gponTransceiverChanged: To detect transceiver is changed. 912: gponOltLosOn: To detect whether OLT LOS is on or off 913: gponOltLosOff: 914: gponOltLosiOn: To detect whether OLT LOSI is on or off 915: gponOltLosiOff: 916: gponDyingGaspOn: To detect whether dying GASP is on or off 917: gponDyingGaspOff: 918: gponOntOSUpgradeStatus: To detect ONT OS upgrade status is changed. 919: gponOntBLUpgradeStatus: To detect BL upgrade status is changed. 920: gponOltRxPowerLoss: To detect OLT RX power is loss. 921: gponOltRxPowerDetected: To detect OLT RX power status is changed. 922: gponOnuTemperatureHighOverThreshold: To detect whether ONU temperature exceeds high threshold or not. 923: gponOnuTemperatureHighFallThreshold: 924: gponOnuTemperatureLowOverThreshold: To detect whether ONU temperature belows low threshold or not. 925: gponOnuTemperatureLowFallThreshold: 926: gponOnuCpuOverThreshold: To detect whether ONU CPU exceeds threshold or not. 927: gponOnuCpuFallThreshold: 928: gponOnuMemoryOverThreshold: To detect whether memory exceeds threshold or not. 929: gponOnuMemoryFallThreshold: 930: gponOnuI2cFail: To detect ONU L2C fail is detected. 931: gponOnuRxOpticLowThreshAlarmOn: To detect whether ONU RX optic belows low threshold or not. 932: gponOnuRxOpticLowThreshAlarmOff: 933: gponOnuRxOpticHighThreshAlarmOn: To detect whether ONU RX optic exceeds high threshold or not. 934: gponOnuRxOpticHighThreshAlarmOff: 935: gponOltLOFIOn: To detect whether OLT LOFL is on or off 936: gponOltLOFIOff: 937: gponOltDOWOn: To detect whether OLT DOW is on or off 938: gponOltDOWOff: 939: gponOltSFOn: To detect whether OLT SF is on or off 940: gponOltSFOff: 941: gponOltSDOn: To detect whether OLT SD is on or off 942: gponOltSDOff: 943: gponOltLCDGIOn: To detect whether OLT LCDGL is on or off 944: gponOltLCDGIOff: 945: gponOltRDOn: To detect whether OLT RD is on or off 946: gponOltRDOff: 947: gponOltSUFOn: To detect whether OLT SUF is on or off 948: gponOltSUFOff: 949: gponOltLOAOn: To detect whether OLT LOA is on or off 950: gponOltLOAOff: 951: gponOltLOAMIOn: To detect whether OLT LOAML is on or off 952: gponOltLOAMIOff: 953: gponOltMEMOn: To detect whether OLT MEM is on or off 954: gponOltMEMOff: 955: gponOltPEEOn: To detect whether OLT PEE is on or off 956: gponOltPEEOff: 957: gponOltPSTOn: To detect whether OLT PST is on or off 958: gponOltPSTOff: 959: gponOltERROn: To detect whether OLT ERR is on or off 960: gponOltERROff: 961: gponOltREIOn: To detect whether OLT REI is on or off 962: gponOltREIOff: 963: gponAntiSpoofingDupPortOn: To detect whether anti spoofing port is duplicated or not. 964: gponAntiSpoofingDupPortOff: 965: gponRedundancySwitchOver: To detect redundancy switchover is changed. 966: gponDuplicatedRangingResponse: To detect ranging response is changed. 967: gponOnuPortOpticModuleRemove: To detect whether ONU port optic module is removed or installed. 968: gponOnuPortOpticModuleInstall: 969: gponOnuOMCCProblemDetected: To detect whether ONU OMCC problem is detected or not. 970: gponOnuOMCCProblemCleared: 971: gponOltFixedTcontAlarmOn: To detect whether OLT fixed Tcont alarm is on or off. 972: gponOltFixedTcontAlarmOff: 973: gponOltDynamicTcontAlarmOn: To detect whether OLT dynamic Tcont alarm is on or off. 974: gponOltDynamicTcontAlarmOff: 975: gponOltPortCountAlarmOn: To detect whether OLT port count alarm is on or off. 976: gponOltPortCountAlarmOff: 977: gponOltCableDownAlarmOn: To detect whether OLT cable down alarm is on or off. 978: gponOltCableDownAlarmOff: 979: gponOltDeactiveMonitorAlarmOn: To detect whether deactive monitor alarm is on or off. 980: gponOltDeactiveMonitorAlarmOff: 981: gponOltDfiOn: To detect whether OLT DFI is on or off. 982: gponOltDfiOff: 984: gponOltTransceiverPortChanged: To detect OLT transeiver port is changed. 985: gponOnuPortOperStatusDown: To detect whether ONU port operation status is down or up. 986: gponOnuPortOperStatusUp:: =============== 1101: emLogDefectCPUHighOver: To detect whether EM log detect CPU exceeds threshold or not. 1102: emLogDefectCPUHighUnder: 1103: emLogTemperHighOver: To detect whether EM log temperature exceeds high threshold or not. 1104: emLogTemperHighUnder: 1105: emLogTemperLowUnder: To detect whether EM log CPU belows low threshold or not. 1106: emLogTemperLowOver: 1107: emLogMemLowUnder: To detect whether EM log memory belows low threshold or not. 1108: emLogMemLowOver: 1109: emLogFanFail: To detect whether EM log fan status is failed or not. 1110: emLogFanFailCleared: 1111: emLogPhyCRCFail: To detect whether EM log physical CRC is failed or not. 1112: emLogPhyCRCFailCleared: 1113: emLogPhyDetectFail: To detect whether EM log physical status is failed or not. 1114: emLogPhyDetectFailCleared: 1115: emLogSFUMateInitFail: To detect whether EM log SFU mate initialization is failed or not. 1116: emLogSFUMateInitFailCleared: 1117: emLogDaemonHealthBad: To detect whether EM log daemon health is bad or not. 1118: emLogDaemonHealthBadCleared: 1119: emLogGPIURavenLinkDown: To detect whether EM log GPIU RAVEN link is down or not. 1120: emLogGPIURavenLinkDownCleared: =============== 1151: slotNosUpgradeStart: To detect whether slot NOS upgrade is started or ended. 1152: slotNosUpgradeEnd: =============== 1331: gponOnuAniVoltageLowThreshAlarmOn: To detect whether ONU ANI voltage belows low threshold or not. 1332: gponOnuAniVoltageLowThreshAlarmOff: 1333: gponOnuAniVoltageHighThreshAlarmOn: To detect whether ONU ANI voltage exceeds high threshold or not. 1334: gponOnuAniVoltageHighThreshAlarmOff: 1335: gponOnuAniTemperatureLowThreshAlarmOn: To detect whether ONU ANI temperature belows low threshold or not. 1336: gponOnuAniTemperatureLowThreshAlarmOff: 1337: gponOnuAniTemperatureHighThreshAlarmOn: To detect whether ONU ANI temperature exceeds high threshold or not. 1338: gponOnuAniTemperatureHighThreshAlarmOff: 1339: gponOnuAniTxBiasLowThreshAlarmOn: To detect whether ONU ANI TX bias belows low threshold or not. 1340: gponOnuAniTxBiasLowThreshAlarmOff: 1341: gponOnuAniTxBiasHighThreshAlarmOn: To detect whether ONU ANI TX bias exceeds high threshold or not. 1342: gponOnuAniTxBiasHighThreshAlarmOff: 1343: gponOnuAniTxpowerLowThreshAlarmOn: To detect whether ONU ANI TX power belows low threshold or not. 1344: gponOnuAniTxpowerLowThreshAlarmOff: 1345: gponOnuAniTxpowerHighThreshAlarmOn: To detect whether ONU ANI TX power exceeds high threshold or not. 1346: gponOnuAniTxpowerHighThreshAlarmOff:

The severity of alarm. Enumeration: 'intermediate': 5, 'major': 2, 'critical': 1, 'warning': 4, 'minor': 3.

Textual description of specific problem reported by alarming. To be discussed: Option is to define an alarm for every problem

The severity of alarm.

Sequence number for the alarm synchronization. This value has a number to be used for the next alarm trap.

The type is whether alarm trap is pair or mono. Enumeration: 'pair': 0, 'mono': 1.

This attribute identifies the control commands. updateAlarmList: the NE updates entries of alarms in the sleAlarmListTable after having changed alarm severities of alarms (due to change profile pointers in managed entities or after modification of alarm severities in profiles). This command should be applied once after having finisled modifications of severties. modifyAlarmSeverity: modifies the severity of an alarm in specific profile. createAlarmSeverityProfile: creates a new profile with default severities. The severities then have to be modified with command changeAlarmSeverity. deleteAlarmSeverityProfile: deletes a profile. Profile 1 is not allowed to be deleted. Notifications : none Enumeration: 'clearAlarmHistory': 1.

The status of a control request.

The maximum wait time for the manager for command ending. For long running commands. The manager reads this value from the DSLAM.

The time stamp of the last command (end of command).

The result of the last user command.

Description.

Description.

Description.

Description.

This value governs the flow of frames from the MAC client to the Muliplexer function. Enumeration: 'fwd': 1, 'discard': 2.

This value governs the flow of non-OAMPDUs within the Parser function. Enumeration: 'fwd': 1, 'discard': 3, 'lb': 2.

This object is used to provision the default administrative OAM mode for this interface. Enumeration: 'enable': 1, 'disable': 0.

This object configures the mode of OAM operation for this Ethernet like interface. Enumeration: 'passive': 0, 'active': 1.

Description. Enumeration: 'enable': 1, 'disable': 0, 'notAvaliable': -2.

The OAM functions supported on this Ethernet like interface. Bits: 'eventSupport': 2, 'unidirectionalSupport': 0, 'variableSupport': 3, 'loopbackSupport': 1.

This object indicates whether the information in this row should be considered valid. Enumeration: 'active': 1, 'inactive': 0.

The MAC address of the peer OAM entity.

The mode Info of the OAM peer as reflected in the latest Information OAMPDU received with a Local Information TLV. Enumeration: 'passive': 0, 'active': 1, 'unknown': 2.

The OAM functions supported on this Ethernet like interface. Bits: 'eventSupport': 2, 'unidirectionalSupport': 0, 'variableSupport': 3, 'loopbackSupport': 1.

Description. Enumeration: 'enable': 1, 'disable': 0.

The number of test Packet

This value indicates whether Link-Monitor supports or not for port index. Enumeration: 'enable': 1, 'disable': 0.

The Action of Link-Monitor for port index. Enumeration: 'syslog': 0, 'snmpTrap': 1.

This value is the Window size of Errored Frame. Default : 10, Unit : 100ms

This value is the Threshold size of Errored Frame. Default: 1

Total Count of Errored Frame

This value is size of Errored Period Window. Default : 1000000 frames

This value is size of Errored Period Threshold. Default : 10

Total Count of Errored Period Frame

This value is the Window size of errored frame in a second Default : 60 secs

This value is the Threshold size of errored frame in a second Default: 1

Total Count of Errored Frame Second

This value is the window size of symbol errors. Default: 625 millions, Unit: 1 million

This value is the Threshold size of symbol errors Default : 1

Total Count of Symbol errors

This value is the Sequence Number for event

This value is the Length of Errored Frame

This value is the TimeStamp of Errored Frame

This value is the Window Size of Errored Frame

This value is the Threshold Size of Errored Frame

This value is the Count of Errored Frame

This value is the Total Count of Errored Frame

This value is the Total Count of Errored Frame Event

This value is the Length of Errored Frame Period

This value is the TimeStamp of Errored Frame Period

This value is the Window Size of Errored Frame Period

This value is the Threshold Size of Errored Frame Period

This value is the Count of Errored Frame Period

This value is the Total Count of Errored Frame Period

This value is the Total Count of Errored Frame Period Event

This value is the Length of Errored Frame Second Summary

This value is the TimeStamp of Errored Frame Second Summary

This value is the Window size of Errored Frame Second Summary

This value is the Threshold size of Errored Frame Second Summary

This value is the Count of Errored Frame Second Summary

This value is the Total Count of Errored Frame Second Summary

This value is the Total Count of Errored Frame Second Summary Event

This value is the Length of Errored Symbols

This value is the TimeStamp of Errored Symbols

This value is the Window size of Errored Symbols

This value is the Threshold size of Errored Symbols

This value is the Count of Errored Symbols

This value is the Total Count of Errored Symbols

This value is the Total Count of Errored Symbols Event

The MIB object for the user command.. Enumeration: 'setEfmOamPortLinkMonitor': 3, 'setEfmOamPortRemLoopback': 2, 'setEfmOamPortProfile': 1.

Describes the status of a user command group, used for block commands while a command execution in process.

Maximum command duration time in case of long running

Time stamp attribute set at end of command.

Command result attribute

Description.

This object is used to provision the default administrative OAM mode for this interface. Enumeration: 'enable': 1, 'disable': 0.

This object configures the mode of OAM operation for this Ethernet like interface. Enumeration: 'passive': 0, 'active': 1.

Description. Enumeration: 'enable': 1, 'disable': 0, 'notAvaliable': -2.

The value indicates an optional data link layer frame-level loopback mode, which is controlled remotely. Enumeration: 'start': 2, 'enable': 1, 'disable': 0.

The number of test Packet

This value indicates whether Link-Monitor supports or not for port index. Enumeration: 'enable': 1, 'disable': 0.

The Action of Link-Monitor for port index. Enumeration: 'syslog': 0, 'snmpTrap': 1.

This value is the Window size of Errored Frame. Default : 30 secs

This value is the Threshold size of Errored Frame. Default: 1

This value is size of Errored Period Window. Default : 1000000 frames

This value is size of Errored Period Threshold. Default : 10

This value is the Window size of errored frame in a second Default : 60 secs

This value is the Threshold size of errored frame in a second Default: 1

This value is the window size of symbol errors. Default: 625 millions, Unit: 1 million

This value is the Threshold size of symbol errors Default : 1

Description.

Description.

Description.

Description.

Mode in which the FSP 150 is to operate Enumeration: 'slave': 2, 'master': 1.

Which of the network interfaces is the active one Enumeration: 'both': 0, 'portB': 2, 'portA': 1.

Description. Enumeration: 'unforced': 0, 'forceA': 1, 'forceB': 2.

Repeat period in 1/10th seconds for Organisation Specific Alarm Status OAMPDU. If non-zero and there are any alarms active, repeat the last-sent AS after this interval from when it was last sent.If zero then only send on changes.As a special action, writing zero to this will cause the Alarm Status OAMPDU to be sent (poll).

Indicator as to whether a NEMI is fitted.

Writing True (1) causes the system to be reset.

The IP address of the Management station monitoring this sytem.

Threshold in mV below which the Voltage low alarm will be activated. (Alarm Configuration)

Threshold in mV above which the Voltage high alarm will be activated. (Alarm Configuration)

Threshold in C above which the Temperature alarm will be activated. (Alarm Configuration)

Part number for the chassis. (Chassis)

Serial number for the chassis. (Chassis)

Firmware version for the chassis. (Chassis) (0-length string if unknown).

FPGA version for the chassis. (Chassis) (0-length string if unknown).

Hardware revision for the chassis. (Chassis)(0-length string if unknown).

CLEI for the chassis. (Chassis)

Current chassis temperature in degrees C. (Chassis)

Current DC power rail voltage (mV). (Chassis)

Bit-mask representing the state of the PSUs. Starting at the LSB, each failed PSU is indicated by a bit set to '1'. (Chassis)

Type of PSUs fitted. (Chassis) Enumeration: 'ac': 1, 'dc': 2.

Bit-mask representing which fans are fitted. Starting at the LSB, each bit set to '1' indicates a fitted fan. Knowledge of which fans ought to be fitted is assumed. (Chassis)

Bit-mask representing the state of the fan. Starting at the LSB, each failed fan is indicated by a bit set to '1'. (Chassis)

Electrical Interface for remote instance 4 Enumeration: 'fullDuplex': 1, 'halfDuplex': 0.

The MIB object for the user command.. Enumeration: 'setAdvaAlarmProfile': 2, 'setAdvaSystemProfile': 1, 'setAdvaElectricalInterface': 3.

Describes the status of a user command group, used for block commands while a command execution in process.

Description.

Description.

Description.

Description.

Description. Enumeration: 'save': 2, 'master': 1.

Description. Enumeration: 'unforced': 0, 'forceA': 1, 'forceB': 2.

Description.

Description.

Description.

Description.

Description.

Description. Enumeration: 'fullDuplex': 1, 'halfDuplex': 0.

Description.

Description.

Description.

Description.

Description.

Description.

encoding TBD. (General) Enumeration: 'down': 2, 'outofservice': 3, 'up': 1, 'unknown': 4.

Line speed in kbit/s. (General)

The Ethernet address of the interface. (General)

encoding TBD. (General) Enumeration: 'sc': 1, 'm': 3, 'fc': 2, 'l': 5, 'rj45': 4.

Autonegiotation package - aAutoNegAdminState. (General)Enabled or disabled. Enumeration: 'enable': 1, 'disable': 2.

When enabled access interface is brought down, when both network interfaces are down. (General)

Whether the interface is available. (General) Enumeration: 'down': 2, 'up': 1.

The index of the remote interface the interface is connected to. (General)

User definable string associated with interface. (General)

Autonegiotation package - aAutoNegRemoteSignalling. (AutoNego) Enumeration: 'detected': 1, 'notdetected': 2.

Autonegiotation package - aAutoNegConfig. (AutoNego)Indicates whether Auto-Negotiation signaling is in progress or has completed. Enumeration: 'disabled': 4, 'completed': 3, 'other': 1, 'parallelDetectFail': 5, 'configuring': 2.

Autonegiotation package - aAutoNegLocalTechnologyAbility. (AutoNego)This indicates the technology ability of the local device Bits: 'remFault1': 17, 'base100T2': 11, 'base100T4': 4, 'remFault2': 18, 'base100T2FD': 12, 'base10T': 2, 'unknown': 1, 'global': 0, 'base1000TFD': 16, 'fdxapause': 8, 'base10TFD': 3, 'fdxpause': 7, 'fdxbpause': 10, 'fdxspause': 9, 'base1000X': 13, 'base100TX': 5, 'base1000T': 15, 'base1000XFD': 14, 'isoEthernet': 19, 'base100TXFD': 6.

Autonegiotation package - aAutoNegAdvertisedTechnologyAbility. (AutoNego)The advertised technology ability of the local device. Bits: 'remFault1': 17, 'base100T2': 11, 'base100T4': 4, 'remFault2': 18, 'base100T2FD': 12, 'base10T': 2, 'unknown': 1, 'global': 0, 'base1000TFD': 16, 'fdxapause': 8, 'base10TFD': 3, 'fdxpause': 7, 'fdxbpause': 10, 'fdxspause': 9, 'base1000X': 13, 'base100TX': 5, 'base1000T': 15, 'base1000XFD': 14, 'isoEthernet': 19, 'base100TXFD': 6.

Autonegiotation package - aAutoNegReceivedTechnologyAbility. (AutoNego)Indicates the advertised technology ability of the remote hardware. Bits: 'remFault1': 17, 'base100T2': 11, 'base100T4': 4, 'remFault2': 18, 'base100T2FD': 12, 'base10T': 2, 'unknown': 1, 'global': 0, 'base1000TFD': 16, 'fdxapause': 8, 'base10TFD': 3, 'fdxpause': 7, 'fdxbpause': 10, 'fdxspause': 9, 'base1000X': 13, 'base100TX': 5, 'base1000T': 15, 'base1000XFD': 14, 'isoEthernet': 19, 'base100TXFD': 6.

Autonegiotation package - aAutoNegLocalSectorAbility. (AutoNego) Bits: 'ethernet': 1, 'other': 0, 'isoethernet': 2.

Autonegiotation package - aAutoNegLocalSectorAbility. (AutoNego) Bits: 'ethernet': 1, 'other': 0, 'isoethernet': 2.

Autonegiotation package - aAutoNegLocalSectorAbility. (AutoNego) Bits: 'ethernet': 1, 'other': 0, 'isoethernet': 2.

Mandatory package - aMacCapabilities. (PHY)The modes of duplex the access interface can support Enumeration: 'fullduplex': 1, 'halfduplex': 0.

Basic Package - aPhyType. (PHY) Enumeration: 'none': 3, 'base100T2': 7, 'base100T4': 5, 'unknown': 2, 'base10': 4, 'base100X': 6, 'other': 1, 'base1000X': 8, 'base1000T': 9.

Basic Package - aPhyTypeList. (PHY) Bits: 'none': 2, 'base100T2': 6, 'base100T4': 4, 'unknown': 1, 'base10': 3, 'base100X': 5, 'other': 0, 'base1000X': 7, 'base1000T': 8.

Basic Package - aMIIDetect. (PHY) Enumeration: 'nothingConnected': 2, 'unknown': 1, 'connected': 3, 'absent': 4.

Description. Enumeration: 'enable': 1, 'disable': 2.

Mandatory package - aFramesTransmittedOK. (PHY)Non-resettable, wrapping count of good frames transmitted since OAM enabled.

Mandatory package - aSingleCollisionFrames. (PHY)Non-resettable, wrapping count of single collisions since OAM enabled.

Mandatory package - aMultipleCollisionFrames. (PHY)Non-resettable, wrapping count of multiple collisions since OAM enabled.

Mandatory package - aFramesReceivedOKNon-resettable, wrapping count of good frames received since OAM enabled

Mandatory package - aFrameCheckSequenceErrors. (PHY)Non-resettable, wrapping count of frames received with frame check sequence error since OAM enabled.

Mandatory package - aAlignmentErrors. (PHY)Non-resettable, wrapping count of frames received with alignment error since OAM enabled.

aFrameTooLongErrors. (PHY)Non-resettable, wrapping count of frames received longer than maxFrameSize

Non-resettable, wrapping count of bytes transmitted since OAM enabled. (PHY)

Non-resettable, wrapping count of bytes received since OAM enabled. (PHY)

Non-resettable, wrapping count of symbol errors received. Note: some interfaces may only report one symbol error per frame. (PHY)

Description. Enumeration: 'setAdvaGeneralProfile': 1, 'setAdvaAutonegProfile': 2.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description. Enumeration: 'enable': 1, 'disable': 2.

Description.

Description.

Description. Bits: 'remFault1': 17, 'base100T2': 11, 'base100T4': 4, 'remFault2': 18, 'base100T2FD': 12, 'base10T': 2, 'unknown': 1, 'global': 0, 'base1000TFD': 16, 'fdxapause': 8, 'base10TFD': 3, 'fdxpause': 7, 'fdxbpause': 10, 'fdxspause': 9, 'base1000X': 13, 'base100TX': 5, 'base1000T': 15, 'base1000XFD': 14, 'isoEthernet': 19, 'base100TXFD': 6.

Description. Bits: 'ethernet': 1, 'other': 0, 'isoethernet': 2.

Description.

Description.

Description.

Description.

encoding TBD Enumeration: 'other': 3, 'nemi': 2, 'sfp': 1.

Part number for the module

Serial number for the module

Firmware version for the module.

Software version for the module

Hardware revision for the module.

CLEI for the module.

Description.

Description.

Threshold for the receive power level in dBm below which the Interface optical threshold alarm will be activated.Per interface.

Link length supported for 9/125 mm fiber, units of km

Link length supported for 9/125 mm fiber, units of 100 m

Link length supported for 50/125 mm fiber, units of 10 m

Link length supported for 62.5/125 mm fiber, units of 10 m

Link length supported for copper, units of meters

Nominal wavelength in nm

Current laser bias current in mA.

Current transmit power in dBm as reported by optics.

Current receive power in dBm as reported by optics.

Current temperature of laser in degrees C.

Description. Enumeration: 'setAdvaOpticalAlarm': 1.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

OAM package - aOAMAdminState (Configuration)Whether the OAM sublayer is enabled or disabled. Enumeration: 'enable': 1, 'disable': 0.

OAM package - aOAMMode. (Configuration)Mode of the OAM client Enumeration: 'passive': 0, 'active': 1.

OAM package - aOAMRemoteMACAddress. (Configuration)

OAM package - aOAMRemoteConfiguration. (Configuration)Bit-mask corresponding to the OAM configuration field: Bits: 'linkEvents': 2, 'unidirSupport': 0, 'orgSpecific': 4, 'orgSpecificInfoTLV': 6, 'loopbackSupport': 1, 'orgSpecificEvents': 5, 'variableRetrieval': 3.

OAM package - aOAMRemotePDUConfiguration. (Configuration)The maximum PDU size supported

OAM package - aOAMLocalFlags. (Configuration)Bit-mask corresponding to the OAM flag field transmitted: Bits: 'criticalEvent': 2, 'localStableDiscovering': 3, 'dyingGasp': 1, 'linkFault': 0, 'remoteStable': 6, 'remoteStableDiscovering': 5, 'localStable': 4.

OAM package - aOAMRemoteFlags. (Configuration)Bit-mask corresponding to the OAM flag field received Bits: 'criticalEvent': 2, 'localStableDiscovering': 3, 'dyingGasp': 1, 'linkFault': 0, 'remoteStable': 6, 'remoteStableDiscovering': 5, 'localStable': 4.

OAM package - aOAMRemoteState. (Configuration)Bit-mask corresponding to the OAM State field received Bits: 'parserAction1': 1, 'parserAction2': 2, 'reserved': 0, 'muxAction': 3.

OAM package - aOAMRemoteVendorOUI. (Configuration)The value of the OUI from the remote end of the OAM link.

OAM package - aOAMRemoteVendorIdDeviceNumber. (Configuration) The value of the Device Identifier from the remote end of the OAM link.

OAM package - aOAMRemoteVendorIdVersion. (Configuration) The value of the Version Identifier from the remote end of the OAM link.

OAM package - aOAMLocalErrSymPeriodConfig. (Configuration) Configuration for the event indicating the duration of the period and the number of symbols that must be exceeded.

OAM package - aOAMLocalErrFrameConfig. (Configuration) Configuration for the event indicating the duration and the number of errored frames that must be exceeded.

OAM package - aOAMLocalErrFramePeriodConfig. (Configuration) Configuration for the event indicating the durationin terms of minFrameSize that can be transmitted and that number of errored frames that must be exceeded.

OAM package - aOAMLocalErrFrameSecsSummaryConfig. (Configuration) Configuration for the evert indicating duration window and number of errored frame seconds in that duration that must be exceeded.

OAM package - aOAMPDUTx. (PDU Performance)Non-resettable, wrapping count of OAM PDUs transmitted since OAM enabled.

OAM package - aOAMPDURx. (PDU Performance)Non-resettable, wrapping count of OAM PDUs received since OAM enabled.

OAM package - aOAMUnsupportedCodesRx. (PDU Performance)Non-resettable, wrapping count of OAM PDUs received that are not supported by device since OAM enabled.

OAM package - aOAMInformationTx. (PDU Performance)Non-resettable, wrapping count of OAM Info PDUs transmitted since OAM enabled.

OAM package - aOAMInformationRx. (PDU Performance)Non-resettable, wrapping count of OAM Info PDUs received since OAM enabled.

OAM package - aOAMEventNotificationTx. (PDU Performance)Non-resettable, wrapping count of OAM Event PDUs transmitted since OAM enabled.

OAM package - aOAMUniqueEventNotificationTx. (PDU Performance) Non-resettable, wrapping count of OAM Event PDUs received with a different sequence number than previously since OAM enabled.

OAM package - aOAMDuplicateEventNotificationTx. (PDU Performance) Non-resettable, wrapping count of OAM Event PDUs received with the same sequence number as previously since OAM enabled.

OAM package - aOAMLoopbackControlTx. (PDU Performance) Non-resettable, wrapping count of OAM Loopback Control PDUs transmitted since OAM enabled.

OAM package - aOAMLoopbackControlRx. (PDU Performance) Non-resettable, wrapping count of OAM Loopback Control PDUs received since OAM enabled.

OAM package - aOAMVariableRequestTx. (PDU Performance) Non-resettable, wrapping count of OAM Variable Request PDUs transmitted since OAM enabled.

OAM package - aOAMVariableRequestRx. (PDU Performance) Non-resettable, wrapping count of OAM Variable Request PDUs received since OAM enabled.

OAM package - aOAMVariableResponseTx. (PDU Performance) Non-resettable, wrapping count of OAM Variable Response PDUs transmitted since OAM enabled.

OAM package - aOAMVariableResponseRx. (PDU Performance) Non-resettable, wrapping count of OAM Variable Response PDUs received since OAM enabled

OAM package - aOAMOrganizationSpecificTx . (PDU Performance) Non-resettable, wrapping count of OAM Vendor PDUs transmitted since OAM enabled.

OAM package - aOAMOrganizationSpecificRx. (PDU Performance)

OAM package - aFramesLostDueToOAMError. (PDU Performance) Non-resettable, wrapping count of frames that would have been transmitted but for an OAM sublayer error.

The most recently transmitted event of this type. (Error)

The most recently transmitted event of this type. (Error)

The most recently transmitted event of this type. (Error)

The most recently transmitted event of this type. (Error)

The most recently received event of this type. (Error)

The most recently received event of this type. (Error)

The most recently received event of this type. (Error)

The most recently received event of this type. (Error)

Description. Enumeration: 'setAdvaOamProfile': 1.

Description.

Description.

Description.

Description.

Description.

Description.

Description. Enumeration: 'enable': 1, 'disable': 0.

Description. Enumeration: 'passive': 0, 'active': 1.

Description.

Description.

Description.

The alarm that LED indicate. Enumeration: 'powerFail': 8, 'ponLOS': 12, 'fanRemove': 2, 'portRemove': 6, 'powerRemove': 9, 'slotRemove': 11, 'memoryOver': 3, 'portLinkDown': 5, 'fanFail': 1, 'temperatureHigh': 10, 'moduleRemove': 4, 'portThreadOver': 7.

The status of alarm LED. Enumeration: 'unknown': 255, 'enable': 1, 'disable': 2.

The Level of alarm LED. Enumeration: 'major': 2, 'critical': 1, 'unrated': 255, 'minor': 3.

Description.

Description.

LED level index. Enumeration: 'major': 2, 'critical': 1, 'unrated': 255, 'minor': 3, 'error': 4.

LED level block. Enumeration: 'unknown': 255, 'unblock': 1, 'block': 2.

Alarm current operation status. Enumeration: 'on': 1, 'off': 2.

Description. Enumeration: 'setAlarmLedLevel': 2, 'alarmLedBlock': 4, 'clearAlarmLed': 3, 'alarmLedOff': 1.

Description.

Description.

Description.

Description.

The alarm that LED indicate. Enumeration: 'powerFail': 8, 'ponLOS': 12, 'fanRemove': 2, 'portRemove': 6, 'powerRemove': 9, 'slotRemove': 11, 'memoryOver': 3, 'portLinkDown': 5, 'fanFail': 1, 'temperatureHigh': 10, 'moduleRemove': 4, 'portThreadOver': 7.

The Level of alarm LED. Enumeration: 'major': 2, 'critical': 1, 'all': 254, 'minor': 3.

LED level block. Enumeration: 'unblock': 1, 'block': 2.

Description.

Description.

Description.

Description.

Enables/Ddisables ITU-T Y.1731 OAM function Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables Y.1731 OAM on a trunk port Enumeration: 'enable': 1, 'disable': 0.

Indicates the time that cache entries will be retained

Indicates the number of entries in the traceroute cache

Indicates the SNMP traps Bits: 'unp': 2, 'loc': 1, 'rdi': 0, 'ais': 6, 'lck': 7, 'mmg': 4, 'unl': 5, 'unm': 3.

Indicates the delay before the cross-check is started

Indicates the level to be created dynamic MHF

Indicates the mode of MHF creation Enumeration: 'default': 1, 'none': 0, 'explicit': 2.

Enables/Disables changing from Y.1731 PDU format to CFM PDU format Enumeration: 'enable': 1, 'disable': 0.

Description. Enumeration: 'enable': 1, 'disable': 0.

RMEP creation mode Enumeration: 'static': 2, 'dynamic': 1.

CC Ignore Defect Mode Enumeration: 'enable': 1, 'disable': 0.

R-APS Flooding Block Mode Enumeration: 'enable': 1, 'disable': 0.

Indicates TLV Permission Enumeration: 'none': 1, 'chassis': 2.

This attribute identifies the control commands. updateAlarmList: the NE updates entries of alarms in the sleAlarmListTable after having changed alarm severities of alarms (due to change profile pointers in managed entities or after modification of alarm severities in profiles). This command should be applied once after having finisled modifications of severties. modifyAlarmSeverity: modifies the severity of an alarm in specific profile. createAlarmSeverityProfile: creates a new profile with default severities. The severities then have to be modified with command changeAlarmSeverity. deleteAlarmSeverityProfile: deletes a profile. Profile 1 is not allowed to be deleted. Notifications : none Enumeration: 'setY1731Enable': 1, 'destroyMipCcdb': 9, 'setY1731TrunkEnable': 2, 'setTrunkOamstatus': 12, 'setY1731XcheckProfile': 5, 'setRmepCreation': 11, 'destroyLtrCache': 10, 'setY1731CCIgnoreDefect': 13, 'setY1731PduToCfm': 7, 'setY1731RapsFloodingBlock': 14, 'setY1731DefaultMegProfile': 6, 'setY1731DedicatedVlan': 8, 'setY1731SnmpProfile': 4, 'setY1731TlvPermission': 15, 'setY1731LtrCacheProfile': 3.

The status of a control request.

The maximum wait time for the manager for command ending. For long running commands. The manager reads this value from the DSLAM.

The time stamp of the last command (end of command).

The result of the last user command.

Enables/Ddisables ITU-T Y.1731 OAM function Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables Y.1731 OAM on a trunk port Enumeration: 'enable': 1, 'disable': 0.

Indicates the time that cache entries will be retained

Indicates the number of entries in the traceroute cache

Indicates the SNMP traps Bits: 'unp': 2, 'loc': 1, 'rdi': 0, 'ais': 6, 'lck': 7, 'mmg': 4, 'unl': 5, 'unm': 3.

Indicates the delay before the cross-check is started

Indicates the level to be created dynamic MHF

Indicates the mode of MHF creation Enumeration: 'default': 1, 'none': 0, 'explicit': 2.

Description. Enumeration: 'enable': 1, 'disable': 0.

Description. Enumeration: 'enable': 1, 'disable': 0.

RMEP creation mode Enumeration: 'static': 2, 'dynamic': 1.

Trunk Index

OAM status per each Trunk port. Enumeration: 'enable': 1, 'disable': 0.

trunk port meg name.

CC Ignore Defect Mode Enumeration: 'enable': 1, 'disable': 0.

R-APS Flooding Block Mode Enumeration: 'enable': 1, 'disable': 0.

Indicates TLV Permission Enumeration: 'none': 1, 'chassis': 2.

setY1731Enable

setY1731TrunkEnable

setY1731LtrCacheProfile

setY1731SnmpProfile

setY1731XcheckProfile

setY1731DefaultMegProfile

Description.

Description.

destroyMipCcdb

destroyLtrCache

sleY1731BaseControlRmepCreation

sleY1731BaseControlTrunkIndex sleY1731BaseControlTrunkOamStatus

sleY1731BaseControlCCIgnoreDefect

sleY1731BaseControlCCIgnoreDefect

setY1731TlvPermission

Description.

Description.

trunk port index.

OAM status per each Trunk port. Enumeration: 'enable': 1, 'disable': 0.

trunk port meg name.

Description.

Description.

Indicates the MEG's Index

The MEG's name: ICC (6 bytes) + UMC (6 bytes)

Indicates the MEG's level

Indicates the MEG's VID

Enables/Disables Y.1731 OAM for MEPs Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables MEPs to send Continuity Check messages Enumeration: 'enable': 1, 'disable': 0.

Indicates the interval between CCM transmissions

Indicates the CCM or LTM Message Priority

Indicates the minimum number of CCMs that can be missed before declaring that a MEP is down

Indicates the time that data of a missing MEP is kept

Indicates the lowest priority for fault alarm

Indicates the keep time for the fault alarm

Indicates the clear time for the fault alarm

Enables/Disables Y.1731 cross-check for a specific MEG Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables ETH-AIS function Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables ETH-AIS frame transmission on a MEP Enumeration: 'enable': 1, 'disable': 0.

Indicates the interval between AIS transmissions Enumeration: 'oneSecond': 4, 'oneMinute': 6.

Indicates the client MEG's level

Indicates the AIS Message Priority

Enables/Disables ETH-LCK function Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables ETH-LCK frame transmission on a MEP Enumeration: 'enable': 1, 'disable': 0.

Indicates the interval between LCK transmissions Enumeration: 'oneSecond': 4, 'oneMinute': 6.

Indicates the client MEG's level

Indicates the LCK Message Priority

Indicates the out-of-service mode Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables R-APS node Enumeration: 'enable': 1, 'disable': 0.

Indicates the owner of the ring protection link Enumeration: 'true': 1, 'false': 0.

Indicates the east port of R-APS node

Indicates the west port of R-APS node

Indicates the RPL port of R-APS node Enumeration: 'west': 1, 'none': -1, 'east': 0.

Indicates the hold-off time for verifying local SF

Indicates the guard time for verifying local clear SF

Indicates the wait-to-restore time for verifying remote SF

Indicate the state of r-aps state machine Enumeration: 'none': 0, 'protection': 2, 'idle': 1.

The port status of east port. Enumeration: 'disabled': 1, 'none': 0, 'forwarding': 2, 'blocking': 3.

The port status of west port. Enumeration: 'disabled': 1, 'none': 0, 'forwarding': 2, 'blocking': 3.

NonRevertive Enumeration: 'true': 1, 'false': 0.

ForcedSwitchEast Enumeration: 'true': 1, 'false': 0.

ForcedSwitchWest Enumeration: 'true': 1, 'false': 0.

The MD name of MEG.

Description. Enumeration: 'setY1731MegAisEnable': 8, 'destroyY1731MegRemoteMep': 20, 'setY1731MegRapsNonRevertive': 22, 'setY1731MegRapsForcedSwitchWest': 24, 'setY1731MegCcEnable': 4, 'setY1731MegXcheckEnable': 7, 'setY1731MegRapsRingports': 16, 'setY1731MegRapsForcedSwitchEast': 23, 'setY1731MegOutOfService': 14, 'setY1731MegRapsRplTimer': 19, 'deleteY1731Meg': 2, 'setY1731MegFaultProfile': 6, 'destroyY1731MegError': 21, 'createY1731Meg': 1, 'delY1731MegMd': 26, 'setY1731MegAisTransmitEnable': 9, 'setY1731MegRapsRplPort': 17, 'setY1731MegRapsEnable': 15, 'setY1731MegRapsRplOwner': 18, 'setY1731MegLckProfile': 13, 'setY1731MegLckTransmitEnable': 12, 'setY1731MegCcProfile': 5, 'setY1731MegLckEnable': 11, 'addY1731MegMd': 25, 'setY1731MegAisProfile': 10, 'setY1731MegMepEnable': 3.

Description.

Description.

Description.

Description.

Indicates the MEG's Index

The MEG's name: ICC (6 bytes) + UMC (6 bytes)

Indicates the MEG's level

Indicates the MEG's VID

Enables/Disables Y.1731 OAM for MEPs Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables MEPs to send Continuity Check messages Enumeration: 'enable': 1, 'disable': 0.

Indicates the interval between CCM transmissions

Indicates the CCM or LTM Message Priority

Indicates the minimum number of CCMs that can be missed before declaring that a MEP is down

Indicates the time that data of a missing MEP is kept

Indicates the lowest priority for fault alarm

Indicates the keep time for the fault alarm

Indicates the clear time for the fault alarm

Enables/Disables Y.1731 cross-check for a specific MEG Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables ETH-AIS function Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables ETH-AIS frame transmission on a MEP Enumeration: 'enable': 1, 'disable': 0.

Indicates the interval between AIS transmissions Enumeration: 'oneSecond': 4, 'oneMinute': 6.

Indicates the client MEG's level

Indicates the AIS Message Priority

Enables/Disables ETH-LCK function Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables ETH-LCK frame transmission on a MEP Enumeration: 'enable': 1, 'disable': 0.

Indicates the interval between LCK transmissions Enumeration: 'oneSecond': 4, 'oneMinute': 6.

Indicates the client MEG's level

Indicates the LCK Message Priority

Indicates the out-of-service mode Enumeration: 'enable': 1, 'disable': 0.

Enables/Disables R-APS node Enumeration: 'enable': 1, 'disable': 0.

Indicates the owner of the ring protection link Enumeration: 'true': 1, 'false': 0.

Indicates the east port of R-APS node Set zero to delete east port

Indicates the west port of R-APS node Set zero to delete west port

Indicates the RPL port of R-APS node Enumeration: 'west': 1, 'none': -1, 'east': 0.

Indicates the hold-off time for verifying local SF The hold-off time's step must be 100

Indicates the guard time for verifying local clear SF The guard time's step must be 10

Indicates the wait-to-restore time for verifying remote SF

NonRevertive Enumeration: 'true': 1, 'false': 0.

ForcedSwitchEast Enumeration: 'true': 1, 'false': 0.

ForcedSwitchWest Enumeration: 'true': 1, 'false': 0.

The MD name of MEG.

createY1731Meg

deleteY1731Meg

setY1731MepEnable

setY1731CcEnable

setY1731CcProfile

setY1731FaultProfile

setY1731XcheckEnable

setY1731AisEnable

setY1731AisTransmitEnable

setY1731AisProfile

setY1731LckEnable

setY1731LckTransmitEnable

setY1731LckProfile

setY1731OutOfService

setY1731RapsEnable

setY1731RapsProfile

Description.

Description.

Description.

destroyRemoteMep

destroyError

sleY1731MegRapsNonRevertiveChanged

sleY1731MegRapsForcedSwitchEastChanged

sleY1731MegRapsForcedSwitchWestChanged

createY1731Meg

createY1731Meg

Description.

Description.

MEP Id

Brige Port Index whitch the MEP is attached

The direction in which the MEP faces on the Bridge port Enumeration: 'down': 0, 'up': 1.

Administrative state of the MEP Enumeration: 'enable': 1, 'disable': 0.

Current state of the MEP Fault Notification Generator State Machine Enumeration: 'reset': 1, 'defectCleared': 6, 'reportDefect': 3, 'defectCearing': 5, 'defect': 2, 'defectReported': 4.

If set to true, the MEP will generate CCM messages Enumeration: 'enable': 1, 'disable': 0.

MAC address of the MEP

An integer value specifying the lowest priority defect that is allowed to generate fault alarm Enumeration: 'unp': 3, 'loc': 2, 'rdi': 1, 'ais': 7, 'lck': 8, 'mmg': 5, 'unl': 6, 'unm': 4.

The time that defects must be present before a Fault Alarm is issued

The time that defects must be absent before resetting a Fault Alarm

The highest priority defect that has been present since the MEPs Fault Notification Generator State Machine was last in the FNG_RESET state Enumeration: 'unp': 3, 'loc': 2, 'rdi': 1, 'ais': 7, 'lck': 8, 'mmg': 5, 'unl': 6, 'unm': 4.

If set to true, the AIS function for the MEP is enabled Enumeration: 'enable': 1, 'disable': 0.

If set to true, the MEP can generate AIS messages Enumeration: 'enable': 1, 'disable': 0.

If set to true, the LCK function for the MEP is enabled Enumeration: 'enable': 1, 'disable': 0.

If set to true, the MEP can generate LCK messages Enumeration: 'enable': 1, 'disable': 0.

If set to true, the MEP is in out-of-service. Enumeration: 'enable': 1, 'disable': 0.

The RMEP identifier enabled DLM functin If set to zero, disabled DLM function.

A vector of Boolean defect conditions Bits: 'unp': 2, 'loc': 1, 'rdi': 0, 'ais': 6, 'lck': 7, 'mmg': 4, 'unl': 5, 'unm': 3.

The total number of out-of-sequence CCMs received from all remote MEPs

Total number of Continuity Check messages transmitted

Next sequence number/transaction identifier to be sent in a Loopback message

Loopback Success rate

The minimum round trip time of Loopback message

The maximum round trip time of Loopback message

The average round trip time of Loopback message

Total number of valid, in-order Loopback Replies received

The total number of valid, out-of-order Loopback Replies received

The total number of invalid, bit-error Loopback Replies received for diagnostic test

The total number of invalid, crc-error Loopback Replies received for diagnostic test

Next transaction identifier/sequence number to be sent in a Linktrace message.

The total number of unexpected LTRs received

Total number of Loopback Replies transmitted

Indicates the count of LBM frame for the throughput-measurement

Indicates the count of LBM frame for the throughput-measurement

Indicates the transaction identifier of first lost LBR frame for the throughput-measurement

Indicates the maximum transmission rate

Indicates the count of TST message for the throughput-measurement

Indicates the minimum of dual-ended near-end frame loss

Indicates the maximum of dual-ended near-end frame loss

Indicates the sum of dual-ended near-end frame loss

Indicates the minimum of dual-ended far-end frame loss

Indicates the maximum of dual-ended far-end frame loss

Indicates the sum of dual-ended far-end frame loss

If set to true, the PM(performance monitoring) of the MEP is enabled Enumeration: 'enable': 1, 'disable': 0.

Indicates the ratio of dual-ended near-end frame loss

Indicates the average ratio of dual-ended near-end frame loss

Indicates the ratio of dual-ended far-end frame loss

Indicates the average ratio of dual-ended far-end frame loss

If set to true, the MEP is a MEP of client link for remote link loss carry forward. Enumeration: 'enable': 1, 'disable': 0.

It is a Hold-off time of Remote LLCF and its unit is millisecond, interval is 10ms.

It is a Guard time of Remote LLCF and its unit is millisecond, interval is 100ms.(default:500)

Description. Enumeration: 'transmitY1731Lmm': 20, 'setY1731MepLckEnable': 8, 'transmitY1731dmm': 23, 'deleteY1731Mep': 2, 'setY1731MepCcEnable': 4, 'receiveY17311dm': 22, 'setY1731MepAisTransmitEnable': 7, 'setY1731MepAisEnable': 6, 'setY1731MepOutOfService': 10, 'setY1731MepDlmEnable': 11, 'transmitY1731TmLbm': 15, 'transmitY1731TstLbm': 14, 'receiveY1731TmTst': 19, 'transmitY17311dm': 21, 'transmitY1731Ltm': 13, 'setY1731MepFaultProfile': 5, 'setY1731MepLckTransmitEnable': 9, 'transmitY1731Lbm': 12, 'transmitY1731TmTst': 18, 'setY1731MepPmEnable': 24, 'createY1731Mep': 1, 'setY1731MepRllcf': 25, 'setY1731MepEnable': 3, 'receiveY1731Tst': 17, 'transmitY1731Tst': 16.

Description.

Description.

Description.

Description.

MEP Id

A index of MEG table

Bridge Port Index whitch the MEP is attached

The direction in which the MEP faces on the Bridge port Enumeration: 'down': 0, 'up': 1.

Administrative state of the MEP Enumeration: 'enable': 1, 'disable': 0.

If set to true, the MEP will generate CCM messages Enumeration: 'enable': 1, 'disable': 0.

An integer value specifying the lowest priority defect that is allowed to generate fault alarm Enumeration: 'unp': 3, 'loc': 2, 'rdi': 1, 'ais': 7, 'lck': 8, 'mmg': 5, 'unl': 6, 'unm': 4.

The time that defects must be present before a Fault Alarm is issued

The time that defects must be absent before resetting a Fault Alarm

If set to true, the AIS function for the MEP is enabled Enumeration: 'enable': 1, 'disable': 0.

If set to true, the MEP can generate AIS messages Enumeration: 'enable': 1, 'disable': 0.

If set to true, the LCK function for the MEP is enabled Enumeration: 'enable': 1, 'disable': 0.

If set to true, the MEP can generate LCK messages Enumeration: 'enable': 1, 'disable': 0.

If set to true, the MEP is in out-of-service. Enumeration: 'enable': 1, 'disable': 0.

The RMEP identifier enabled DLM functin If set to zero, disabled DLM function.

Indicates transmitting unicast or multicast frame Enumeration: 'true': 1, 'false': 0.

The Target MAC Address Field to be transmitted

The Maintenance association End Point Identifier of another MEP in the same Maintenance Association to which the LBM is to be sent

True indicates that MEPID of the target MEP is used for Loopback transmission Enumeration: 'true': 1, 'false': 0.

The number of Loopback messages to be transmitted

Indicates the interval for sending LBM

Indicates the waiting time for receiving the expected LBR

Priority. 3 bit value to be used in the VLAN tag

Indicates the length of Data TLV

The Target MAC Address Field to be transmitted: A unicast destination MAC address.

An indication of the Target MAC Address Field to be transmitted

True indicates that MEPID of the target MEP is used for Linktrace transmission. Enumeration: 'true': 1, 'false': 0.

The flags field for LTMs transmitted by the MEP Bits: 'useFDBonly': 0.

The LTM TTL field

Priority. 3 bit value to be used in the VLAN tag

The Maintenance association End Point Identifier of another MEP in the same Maintenance Association to which the LBM is to be sent

Indicates the duration to send LBM

Indicates the interval for sending LBM

Indicates the waiting time for receiving the expected LBR

Priority. 3 bit value to be used in the VLAN tag

Indicates the length of Test TLV

Indicates the pattern of Test TLV used for diagnostic test

The Maintenance association End Point Identifier of another MEP in the same Maintenance Association to which the LBM is to be sent

Indicates the duration to send LBM

Indicates the part duration of LBM to be transmitted at the same transmission rate

Indicates the the number of LBMs to be transmitted per second at first time

Indicates the increment of number of LBMs to be transmitted

Indicates the waiting time for receiving the expected LBR

Priority. 3 bit value to be used in the VLAN tag

Indicates the length of Test TLV

Indicates the pattern of Test TLV used for diagnostic test

Indicates transmitting unicast or multicast frame Enumeration: 'true': 1, 'false': 0.

The Maintenance association End Point Identifier of another MEP in the same Maintenance Association to which the TST is to be sent

Indicates the duration to send TST

Indicates the interval for sending TST

Priority. 3 bit value to be used in the VLAN tag

Indicates the length of Test TLV

Indicates the pattern of Test TLV used for diagnostic test

Indicates the duration to receive TST

Indicates transmitting unicast or multicast frame Enumeration: 'true': 1, 'false': 0.

The Maintenance association End Point Identifier of another MEP in the same Maintenance Association to which the TST is to be sent

Indicates the duration to send TST

Indicates the part duration of TST to be transmitted at the same transmission rate

Indicates the the number of TSTs to be transmitted per second at first time

Indicates the increment of number of TSTs to be transmitted

Indicates the waiting time for receiving the expected LBR

Priority. 3 bit value to be used in the VLAN tag

Indicates the length of Test TLV

Indicates the pattern of Test TLV used for diagnostic test

Indicates the duration to receive TST

A flag to indicates transmitting unicast or multicast frame Enumeration: 'true': 1, 'false': 0.

The Maintenance association End Point Identifier of another MEP in the same Maintenance Association to which the LMM is to be sent

Indicates the duration to send LMM

Indicates the interval for sending LMM

Indicates the waiting time for receiving the expected LMM

Priority. 3 bit value to be used in the VLAN tag

A flag to indicates transmitting unicast or multicast frame Enumeration: 'true': 1, 'false': 0.

The Maintenance association End Point Identifier of another MEP in the same Maintenance Association to which the 1DM is to be sent

Indicates the duration to send 1DM

Indicates the interval for sending 1DM

Priority. 3 bit value to be used in the VLAN tag

Indicates the duration to receive 1DM

A flag to indicates transmitting unicast or multicast frame Enumeration: 'true': 1, 'false': 0.

The Maintenance association End Point Identifier of another MEP in the same Maintenance Association to which the DMM is to be sent

Indicates the duration to send DMM

Indicates the interval for sending DMM

Indicates the waiting time for receiving the expected DMM

Priority. 3 bit value to be used in the VLAN tag

If set to true, the PM(performance monitoring) of the MEP is enabled Enumeration: 'enable': 1, 'disable': 0.

If set to true, the MEP is a MEP of client link for remote link loss carry forward. Enumeration: 'enable': 1, 'disable': 0.

It is a Hold-off time of Remote LLCF and its unit is millisecond, interval is 10ms.

It is a Guard time of Remote LLCF and its unit is millisecond, interval is 100ms.(default:500)

createY1731Mep

deleteY1731Mep

setY1731MepEnable

setY1731CcEnable

setY1731FaultProfile

setY1731AisEnable

setY1731AisTransmitEnable

setY1731LckEnable

setY1731LckTransmitEnable

setY1731OutOfService

setY1731DlmEnable

transmitY1731Lbm

transmitY1731Ltm

transmitY1731TstLbm

transmitY1731TmLbm

transmitY1731Tst

receiveY1731Tst

transmitY1731TmTst

receiveY1731TmTst

transmitY1731Lmm

transmitY17311dm

receiveY17311dm

transmitY1731Dmm

setY1731PmEnable

setY1731MepRllcf

Description.

Description.

Indicates the port number

Indicates the MIP's level

Indicate the MIPs type Enumeration: 'dynamic': 2, 'static': 1.

Description. Enumeration: 'deleteY1731Mip': 2, 'createY1731Mip': 1.

Description.

Description.

Description.

Description.

Indicates the port number

Indicates the MIP's level

createY1731Mip

deleteY1731Mip

Description.

Description.

Indicates the remote MEP's Id

Indicates the cross-check MEPs state Enumeration: 'unknown': 0, 'up': 2, 'missing': 1.

Description. Enumeration: 'deleteY1731XcheckMep': 2, 'createY1731XcheckMep': 1.

Description.

Description.

Description.

Description.

Indicates the remote MEP's Id

Indicates the MEGs Index

createY1731XcheckMep

deleteY1731XcheckMep

Description.

Description.

Indicates the unicast MAC address to send CCM

Description. Enumeration: 'createY1731CcMac': 1, 'deleteY1731CcMac': 2.

Description.

Description.

Description.

Result of the last command.

Indicates the MEG's Index

MEP Id

Indicates the unicast MAC address to send CCM When running deleteY1731CcMac, if this is zero-length, delete all unicast mac.

createY1731CcMac

deleteY1731CcMac

Description.

Description.

Indicates the unicast MAC address to send AIS

Description. Enumeration: 'createY1731AisMac': 1, 'deleteY1731AisMac': 2.

Description.

Description.

Description.

Description.

Indicates the MEG's Index

MEP Id

Indicates the unicast MAC address to send AIS When running deleteY1731AisMac, if this is zero-length, delete all unicast mac.

createY1731AisMac

deleteY1731AisMac

Description.

Description.

Indicates the unicast MAC address to send LCK

Description. Enumeration: 'deleteY1731LckMac': 2, 'createY1731LckMac': 1.

Description.

Description.

Description.

Description.

Indicates the MEG's Index

MEP Id

Indicates the unicast MAC address to send LCK When running deleteY1731LckMac, if this is zero-length, delete all unicast mac.

createY1731LckMac

deleteY1731LckMac

Description.

Description.