-- ***************************************************************** -- EKINOPS-PmOSC.TXT: MIB -- --MIB Part Number:3MI00110AHAD --MIB Version:01 -- -- Copyright (c) 2016 by Ekinops -- All rights reserved. -- -- ***************************************************************** EKINOPS-PmOSC-MIB DEFINITIONS ::= BEGIN IMPORTS ekinops, EkiState, EkiOnOff, EkiMode, EkiProtocol, EkiApiState, EkiSynchroMode, EkiMeasureType FROM EKINOPS-MIB MODULE-IDENTITY, OBJECT-TYPE, NOTIFICATION-TYPE, Unsigned32, Integer32, Counter32, IpAddress FROM SNMPv2-SMI TEXTUAL-CONVENTION, DisplayString FROM SNMPv2-TC; modulePmOSC MODULE-IDENTITY LAST-UPDATED "201605230000Z" ORGANIZATION "Ekinops" CONTACT-INFO "Ekinops 3, rue Blaise Pascal F-22300 Lannion / FRANCE Tel : +33 (0)2 96 05 00 30 Fax : +33 (0)2 96 48 62 39 E-mail: support@ekinops.net" DESCRIPTION "MIB for the Ekinops PmOsc hardware." REVISION "200607030000Z" DESCRIPTION "Initial Version." REVISION "200705210000Z" DESCRIPTION "OOS functionality insertion." REVISION "200706280000Z" DESCRIPTION "°C change to C." REVISION "200711210000Z" DESCRIPTION "Update Ekinops address, Helps on objects, Ports labels " REVISION "200905180000Z" DESCRIPTION "CondType parameters insertion" REVISION "201002250000Z" DESCRIPTION "Probcause,AlarmType - NMS" REVISION "201011040000Z" DESCRIPTION "Formulas in comments" REVISION "201207040000Z" DESCRIPTION "Minor cosmetic updates" REVISION "201403270000Z" DESCRIPTION "Probcause,AlarmType - NMS completion" REVISION "201412110000Z" DESCRIPTION "Labels cosmetic updates" REVISION "201605230000Z" DESCRIPTION "New AlarmType – synthesisAlarm (12)" ::= { ekinops 14 } --- ***************************************************** --- LEAF LEVEL 2 --- ***************************************************** pmoscalarms OBJECT IDENTIFIER ::= { modulePmOSC 2 } pmoscAlmOther OBJECT IDENTIFIER ::= { pmoscalarms 1 } pmoscAlmOtherNurg OBJECT IDENTIFIER ::= { pmoscAlmOther 1 } pmoscAlmOtherUrg OBJECT IDENTIFIER ::= { pmoscAlmOther 2 } pmoscAlmOtherCrit OBJECT IDENTIFIER ::= { pmoscAlmOther 3 } pmoscAlmClient OBJECT IDENTIFIER ::= { pmoscalarms 2 } pmoscAlmClientNurg OBJECT IDENTIFIER ::= { pmoscAlmClient 1 } pmoscAlmClientUrg OBJECT IDENTIFIER ::= { pmoscAlmClient 2 } pmoscAlmClientCrit OBJECT IDENTIFIER ::= { pmoscAlmClient 3 } pmoscAlmLine OBJECT IDENTIFIER ::= { pmoscalarms 3 } pmoscAlmLineNurg OBJECT IDENTIFIER ::= { pmoscAlmLine 1 } pmoscAlmLineUrg OBJECT IDENTIFIER ::= { pmoscAlmLine 2 } pmoscAlmLineCrit OBJECT IDENTIFIER ::= { pmoscAlmLine 3 } pmoscmeasures OBJECT IDENTIFIER ::= { modulePmOSC 3 } pmoscMesrOther OBJECT IDENTIFIER ::= { pmoscmeasures 1 } pmoscMesrClient OBJECT IDENTIFIER ::= { pmoscmeasures 2 } pmoscMesrLine OBJECT IDENTIFIER ::= { pmoscmeasures 3 } pmosccontrolsWrite OBJECT IDENTIFIER ::= { modulePmOSC 6 } pmoscCtrlOther OBJECT IDENTIFIER ::= { pmosccontrolsWrite 1 } pmoscCtrlClient OBJECT IDENTIFIER ::= { pmosccontrolsWrite 2 } pmoscCtrlLine OBJECT IDENTIFIER ::= { pmosccontrolsWrite 3 } pmoscri OBJECT IDENTIFIER ::= { modulePmOSC 7 } pmoscConfig OBJECT IDENTIFIER ::= { modulePmOSC 9 } pmosctraps OBJECT IDENTIFIER ::= { modulePmOSC 10 } --- ***************************************************** --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- REMOTE INVENTORY --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- ***************************************************** pmoscRinvReloadInventory OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Reload the inventory: This OID triggers an inventory reload." ::= { pmoscri 2 } pmoscRinvHwPlatform OBJECT-TYPE SYNTAX DisplayString MAX-ACCESS read-only STATUS current DESCRIPTION "Module platform description: This OID contains the description of the Module." ::= { pmoscri 4 } pmoscRinvSwPlatform OBJECT-TYPE SYNTAX DisplayString MAX-ACCESS read-only STATUS current DESCRIPTION "SW platform description: This OID contains the description of the Software platform." ::= { pmoscri 5 } pmoscRinvPortASFP OBJECT-TYPE SYNTAX DisplayString MAX-ACCESS read-only STATUS current DESCRIPTION "Inventory for the SFP: This OID contains the inventory for the Port A SFP" ::= { pmoscri 6 } pmoscRinvPortBSFP OBJECT-TYPE SYNTAX DisplayString MAX-ACCESS read-only STATUS current DESCRIPTION "Inventory for the SFP: This OID contains the inventory for the Port B SFP" ::= { pmoscri 7 } --- ***************************************************** --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- ALARMS --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- ***************************************************** --- ***************************************************** --- LEAF for the synthAlm0 article --- ***************************************************** pmoscAlmsynthAlm0 OBJECT IDENTIFIER ::= { pmoscAlmOtherCrit 0 } pmoscAlmDefFuseB OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Fuse B Fail :This OID indicates that the fuse of the power input B is in fail condition Status of the Fuse B DEF_FUSE_B powerProblem (36) equipmentAlarm (5) (2) " ::= { pmoscAlmsynthAlm0 16 } pmoscAlmDefFuseA OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Fuse A Fail :This OID indicates that the fuse of the power input A is in fail condition Status of the Fuse A DEF_FUSE_A powerProblem (36) equipmentAlarm (5) (2) " ::= { pmoscAlmsynthAlm0 15 } pmoscAlmModuleGlobFailure OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Module Failure :This OID is set on detection of a failure originating from the PM MODULE_GLOB_FAILURE equipmentMalfunction (16) synthesisAlarm (12) (2) " ::= { pmoscAlmsynthAlm0 9 } --- ***************************************************** --- LEAF for the synthAlm7 article --- ***************************************************** pmoscAlmsynthAlm7 OBJECT IDENTIFIER ::= { pmoscAlmLineCrit 7 } pmoscAlmPortbFail OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Port B Failure :This OID indicates a failure on the port B PORTB_FAIL equipmentMalfunction (16) synthesisAlarm (12) (2) " ::= { pmoscAlmsynthAlm7 12 } pmoscAlmPortbDdmAlm OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Alarm DDM On SFP B :This OID indicates an alarm is present coming out of optical interface DDM on port B This alarm indicates if a DDM Alarm has been detected on the port B transceiver PORTB_DDM_ALM equipmentMalfunction (16) synthesisAlarm (12) (2) " ::= { pmoscAlmsynthAlm7 10 } pmoscAlmPortbDdmWarning OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Warning DDM On SFP B :This OID indicates a warning is present coming out of optical interface DDM on port B This alarm indicates if a DDM Warning has been detected on the port B transceiver PORTB_DDM_WARNING equipmentMalfunction (16) synthesisAlarm (12) (2) " ::= { pmoscAlmsynthAlm7 9 } pmoscAlmPortbLocalOos OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B In Service :This OID indicates that the Port B is In Service (1) of Out or Service (2) This status indicates if the port B is in service PORTB_LOCAL_OOS informationalStatus(1000) other (1) (2) " ::= { pmoscAlmsynthAlm7 6 } pmoscAlmPortbLsd OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Laser Shutdown :This OID indicates the optical output power is off on port B This status indicates if the port B transceiver laser is ON or OFF PORTB_LSD informationalStatus(1000) other (1) (2) " ::= { pmoscAlmsynthAlm7 5 } pmoscAlmPortbHwFail OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Port B HW Failure :This OID indicates a hardware failure on the port B PORTB_HW_FAIL equipmentMalfunction (16) synthesisAlarm (12) (2) " ::= { pmoscAlmsynthAlm7 4 } pmoscAlmPortbDdmAbsent OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " DDM Supported On SFP B :This OID indicates that the SFP module B does not support Digital Diagnostic Monitoring Functions This status indicates if the porr B transceiver includes the DDM feature PORTB_DDM_ABSENT equipmentMalfunction (16) equipmentAlarm (5) (2) " ::= { pmoscAlmsynthAlm7 2 } pmoscAlmPortbSfpAbsent OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Absent :This OID indicates that the SFP module B is not present. This alarm indicates if the port B transceiver is present. PORTB_SFP_ABSENT inputOutputDeviceError (24) equipmentAlarm (5) (2) ObjectCDINV " ::= { pmoscAlmsynthAlm7 1 } --- ***************************************************** --- LEAF for the synthAlm8 article --- ***************************************************** pmoscAlmsynthAlm8 OBJECT IDENTIFIER ::= { pmoscAlmClientCrit 8 } pmoscAlmPortaFail OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Port A Failure :This OID indicates a failure on the port A PORTA_FAIL equipmentMalfunction (16) synthesisAlarm (12) (2) " ::= { pmoscAlmsynthAlm8 12 } pmoscAlmPortaDdmAlm OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Alarm DDM On SFP A :This OID indicates an alarm is present coming out of optical interface DDM on port A This alarm indicates if a DDM Alarm has been detected on the port A transceiver PORTA_DDM_ALM equipmentMalfunction (16) synthesisAlarm (12) (2) " ::= { pmoscAlmsynthAlm8 10 } pmoscAlmPortaDdmWarning OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Warning DDM On SFP A :This OID indicates a warning is present coming out of optical interface DDM on port A This alarm indicates if a DDM Warning has been detected on the port A transceiver PORTA_DDM_WARNING equipmentMalfunction (16) synthesisAlarm (12) (2) " ::= { pmoscAlmsynthAlm8 9 } pmoscAlmPortaLocalOos OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A In Service :This OID indicates that the Port A is In Service (1) of Out or Service (2) This status indicates if the port A is in service PORTA_LOCAL_OOS informationalStatus(1000) other (1) (2) " ::= { pmoscAlmsynthAlm8 6 } pmoscAlmPortaLsd OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Laser Shutdown :This OID indicates the optical output power is off on port A This status indicates if the port A transceiver laser is ON or OFF PORTA_LSD informationalStatus(1000) other (1) (2) " ::= { pmoscAlmsynthAlm8 5 } pmoscAlmPortaHwFail OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Port A HW Failure :This OID indicates a hardware failure on the port A PORTA_HW_FAIL equipmentMalfunction (16) synthesisAlarm (12) (2) " ::= { pmoscAlmsynthAlm8 4 } pmoscAlmPortaDdmAbsent OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " DDM Supported On SFP A :This OID indicates that the SFP module A does not support Digital Diagnostic Monitoring Functions This status indicates if the port A transceiver includes the DDM feature PORTA_DDM_ABSENT equipmentMalfunction (16) equipmentAlarm (5) (2) " ::= { pmoscAlmsynthAlm8 2 } pmoscAlmPortaSfpAbsent OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Absent :This OID indicates that the SFP module A is not present. This alarm indicates if the port A transceiver is present. PORTA_SFP_ABSENT inputOutputDeviceError (24) equipmentAlarm (5) (2) ObjectCDINV " ::= { pmoscAlmsynthAlm8 1 } --- ***************************************************** --- LEAF for the portaAccessioAlm article --- ***************************************************** pmoscAlmportaAccessioAlm OBJECT IDENTIFIER ::= { pmoscAlmClientCrit 16 } pmoscAlmPortaLos OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Loss Of Optical Signal On SFP A :This OID indicates that no signal is present on the SFP A This alarm indicates if an optical signal is detected on the port A transceiver input PORTA_LOS receiveFailure (41) physicalViolation (9) (2) " ::= { pmoscAlmportaAccessioAlm 4 } pmoscAlmPortaLasFail OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Tx Failed :This OID indicates that the transmitter fails for the SFP plugged into the port A (this alarm reports the transmitter failure alarm generated by the SFPs) This alarm indicates if the laser of the port A transceiver is in fail condition PORTA_LAS_FAIL transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportaAccessioAlm 1 } --- ***************************************************** --- LEAF for the portaSfpAlmDdm article --- ***************************************************** pmoscAlmportaSfpAlmDdm OBJECT IDENTIFIER ::= { pmoscAlmClientUrg 18 } pmoscAlmPortaRxPwrHighAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Rx Power High :Alarm indicating that the SFP input power of port A is higher than the threshold value written in the SFP EEPROM PORTA_RX_PWR_HIGH_ALA receiveFailure (41) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpAlmDdm 16 } pmoscAlmPortaRxPwrLowAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Rx Power Low :Alarm indicating that the SFP input power of port A is lower than the threshold value written in the SFP EEPROM PORTA_RX_PWR_LOW_ALA receiveFailure (41) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpAlmDdm 15 } pmoscAlmPortaTempHighAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Temp High :Alarm indicating that the SFP temperature of port A is higher than the threshold value written in the SFP EEPROM PORTA_TEMP_HIGH_ALA temperatureUnacceptable (51) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpAlmDdm 8 } pmoscAlmPortaTempLowAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Temp Low :Alarm indicating that the SFP temperature of port A is lower than the threshold value written in the SFP EEPROM PORTA_TEMP_LOW_ALA temperatureUnacceptable (51) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpAlmDdm 7 } pmoscAlmPortaTxBiasHighAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Bias High :Alarm indicating that the SFP laser bias current of port A is higher than the threshold value written in the SFP EEPROM PORTA_TX_BIAS_HIGH_ALA transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpAlmDdm 4 } pmoscAlmPortaTxBiasLowAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Bias Low :Alarm indicating that the SFP laser bias current of port A is lower than the threshold value written in the SFP EEPROM PORTA_TX_BIAS_LOW_ALA transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpAlmDdm 3 } pmoscAlmPortaTxPwrHighAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Tx Power High :Alarm indicating that the SFP output power of port A is higher than the threshold value written in the SFP EEPROM PORTA_TX_PWR_HIGH_ALA transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpAlmDdm 2 } pmoscAlmPortaTxPwrLowAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Tx Power Low :Alarm indicating that the SFP output power of port A is lower than the threshold value written in the SFP EEPROM PORTA_TX_PWR_LOW_ALA transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpAlmDdm 1 } --- ***************************************************** --- LEAF for the portaSfpWarnDdm article --- ***************************************************** pmoscAlmportaSfpWarnDdm OBJECT IDENTIFIER ::= { pmoscAlmClientNurg 20 } pmoscAlmPortaRxPwrHighWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Rx Power High Warning :Warning indicating that the SFP input power of port A is higher than the threshold value written in the SFP EEPROM PORTA_RX_PWR_HIGH_WNG receiveFailure (41) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpWarnDdm 16 } pmoscAlmPortaRxPwrLowWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Rx Power Low Warning :Warning indicating that the SFP input power of port A is lower than the threshold value written in the SFP EEPROM PORTA_RX_PWR_LOW_WNG receiveFailure (41) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpWarnDdm 15 } pmoscAlmPortaTempHighWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Temp High Warning :Warning indicating that the SFP temperature of port A is higher than the threshold value written in the SFP EEPROM PORTA_TEMP_HIGH_WNG temperatureUnacceptable (51) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpWarnDdm 8 } pmoscAlmPortaTempLowWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Temp Low Warning :Warning indicating that the SFP temperature of port A is lower than the threshold value written in the SFP EEPROM PORTA_TEMP_LOW_WNG temperatureUnacceptable (51) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpWarnDdm 7 } pmoscAlmPortaTxBiasHighWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Bias High Warning :Warning indicating that the SFP laser bias current of port A is higher than the threshold value written in the SFP EEPROM PORTA_TX_BIAS_HIGH_WNG transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpWarnDdm 4 } pmoscAlmPortaTxBiasLowWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Bias Low Warning :Warning indicating that the SFP laser bias current of port A is lower than the threshold value written in the SFP EEPROM PORTA_TX_BIAS_LOW_WNG transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpWarnDdm 3 } pmoscAlmPortaTxPwrHighWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Tx Power High Warning :Warning indicating that the SFP output power of port A is higher than the threshold value written in the SFP EEPROM PORTA_TX_PWR_HIGH_WNG transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpWarnDdm 2 } pmoscAlmPortaTxPwLowWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Tx Power Low Warning :Warning indicating that the SFP output power of port A is lower than the threshold value written in the SFP EEPROM PORTA_TX_PW_LOW_WNG transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportaSfpWarnDdm 1 } --- ***************************************************** --- LEAF for the portbAccessioAlm article --- ***************************************************** pmoscAlmportbAccessioAlm OBJECT IDENTIFIER ::= { pmoscAlmLineCrit 24 } pmoscAlmPortbLos OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " Loss Of Optical Signal On SFP B :This OID indicates that no signal is present on the SFP B This alarm indicates if an optical signal is detected on the port B transceiver input PORTB_LOS receiveFailure (41) physicalViolation (9) (2) " ::= { pmoscAlmportbAccessioAlm 4 } pmoscAlmPortbLasFail OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Tx Failed :This OID indicates that the transmitter fails for the SFP plugged into the port A (this alarm reports the transmitter failure alarm generated by the SFPs) This alarm indicates if the laser of the port B transceiver is in fail condition PORTB_LAS_FAIL transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportbAccessioAlm 1 } --- ***************************************************** --- LEAF for the portbSfpAlmDdm article --- ***************************************************** pmoscAlmportbSfpAlmDdm OBJECT IDENTIFIER ::= { pmoscAlmLineUrg 26 } pmoscAlmPortbRxPwrHighAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Rx Power High :Alarm indicating that the SFP input power of port B is higher than the threshold value written in the SFP EEPROM PORTB_RX_PWR_HIGH_ALA receiveFailure (41) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpAlmDdm 16 } pmoscAlmPortbRxPwrLowAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Rx Power Low :Alarm indicating that the SFP input power of port B is lower than the threshold value written in the SFP EEPROM PORTB_RX_PWR_LOW_ALA receiveFailure (41) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpAlmDdm 15 } pmoscAlmPortbTempHighAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Temp High :Alarm indicating that the SFP temperature of port B is higher than the threshold value written in the SFP EEPROM PORTB_TEMP_HIGH_ALA temperatureUnacceptable (51) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpAlmDdm 8 } pmoscAlmPortbTempLowAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Temp Low :Alarm indicating that the SFP temperature of port B is lower than the threshold value written in the SFP EEPROM PORTB_TEMP_LOW_ALA temperatureUnacceptable (51) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpAlmDdm 7 } pmoscAlmPortbTxBiasHighAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Bias High :Alarm indicating that the SFP laser bias current of port B is higher than the threshold value written in the SFP EEPROM PORTB_TX_BIAS_HIGH_ALA transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpAlmDdm 4 } pmoscAlmPortbTxBiasLowAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Bias Low :Alarm indicating that the SFP laser bias current of port B is lower than the threshold value written in the SFP EEPROM PORTB_TX_BIAS_LOW_ALA transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpAlmDdm 3 } pmoscAlmPortbTxPwrHighAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Tx Power High :Alarm indicating that the SFP output power of port B is higher than the threshold value written in the SFP EEPROM PORTB_TX_PWR_HIGH_ALA transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpAlmDdm 2 } pmoscAlmPortbTxPwrLowAla OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Tx Power Low :Alarm indicating that the SFP output power of port B is lower than the threshold value written in the SFP EEPROM PORTB_TX_PWR_LOW_ALA transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpAlmDdm 1 } --- ***************************************************** --- LEAF for the portbSfpWarnDdm article --- ***************************************************** pmoscAlmportbSfpWarnDdm OBJECT IDENTIFIER ::= { pmoscAlmLineNurg 28 } pmoscAlmPortbRxPwrHighWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Rx Power High Warning :Warning indicating that the SFP input power of port B is higher than the threshold value written in the SFP EEPROM PORTB_RX_PWR_HIGH_WNG receiveFailure (41) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpWarnDdm 16 } pmoscAlmPortbRxPwrLowWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Rx Power Low Warning :Warning indicating that the SFP input power of port B is lower than the threshold value written in the SFP EEPROM PORTB_RX_PWR_LOW_WNG receiveFailure (41) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpWarnDdm 15 } pmoscAlmPortbTempHighWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Temp High Warning :Warning indicating that the SFP temperature of port B is higher than the threshold value written in the SFP EEPROM PORTB_TEMP_HIGH_WNG temperatureUnacceptable (51) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpWarnDdm 8 } pmoscAlmPortbTempLowWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Temp Low Warning :Warning indicating that the SFP temperature of port B is lower than the threshold value written in the SFP EEPROM PORTB_TEMP_LOW_WNG temperatureUnacceptable (51) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpWarnDdm 7 } pmoscAlmPortbTxBiasHighWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Bias High Warning :Warning indicating that the SFP laser bias current of port B is higher than the threshold value written in the SFP EEPROM PORTB_TX_BIAS_HIGH_WNG transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpWarnDdm 4 } pmoscAlmPortbTxBiasLowWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Bias Low Warning :Warning indicating that the SFP laser bias current of port B is lower than the threshold value written in the SFP EEPROM PORTB_TX_BIAS_LOW_WNG transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpWarnDdm 3 } pmoscAlmPortbTxPwrHighWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Tx Power High Warning :Warning indicating that the SFP output power of port B is higher than the threshold value written in the SFP EEPROM PORTB_TX_PWR_HIGH_WNG transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpWarnDdm 2 } pmoscAlmPortbTxPwLowWng OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Tx Power Low Warning :Warning indicating that the SFP output power of port B is lower than the threshold value written in the SFP EEPROM PORTB_TX_PW_LOW_WNG transmitterFailure (56) equipmentAlarm (5) (2) " ::= { pmoscAlmportbSfpWarnDdm 1 } --- ***************************************************** --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- CONTROLS --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- ***************************************************** --- ***************************************************** --- LEAF for the synth0 article --- ***************************************************** pmoscCtrlsynth0 OBJECT IDENTIFIER ::= { pmoscCtrlOther 0 } pmoscCtrlConfClear OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Clear Configuration Tables :This bit clears the configuration tables from configuration in the flash. This control restores the default configuration of the module " ::= { pmoscCtrlsynth0 13 } pmoscCtrlConfFlash OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Write Configuration Tables :This bit saves the current configuration of the module as configuration in the flash. This control saves the customer configuration on the module " ::= { pmoscCtrlsynth0 9 } pmoscCtrlConfLoad OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Load Configuration Tables :When set this enables loading from flash configuration1 into the module. " ::= { pmoscCtrlsynth0 1 } --- ***************************************************** --- LEAF for the synth4 article --- ***************************************************** pmoscCtrlsynth4 OBJECT IDENTIFIER ::= { pmoscCtrlOther 4 } pmoscCtrlCorrelatOff OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Disable Alarm Correlation :This OID disables the alarm correlation in the PM. " ::= { pmoscCtrlsynth4 2 } pmoscCtrlCorrelatOn OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Enable Alarm Correlation :This OID enables the alarm correlation in the PM. " ::= { pmoscCtrlsynth4 1 } --- ***************************************************** --- LEAF for the swMgnt article --- ***************************************************** pmoscCtrlswMgnt OBJECT IDENTIFIER ::= { pmoscCtrlOther 5 } pmoscCtrlWarmReset OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Software Warm Reset :This OID, when set, causes a warm reset of the Software. This reset is not traffic affecting, and the configuration of the Sofwtare remains unchanged. This control initiates a warm reset of the module. " ::= { pmoscCtrlswMgnt 3 } pmoscCtrlColdReset OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Software Cold Reset :This OID, when set, causes a cold reset of the Software. This reset is traffic affecting, and the configuration of Software is reloaded on start-up. This control initiates a cold reset of the module. " ::= { pmoscCtrlswMgnt 2 } --- ***************************************************** --- LEAF for the portaSfpOnoff article --- ***************************************************** pmoscCtrlportaSfpOnoff OBJECT IDENTIFIER ::= { pmoscCtrlClient 16 } pmoscCtrlPortaSfpOnoff OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " SFP A Optical Laser Shutdown :This OID switches off the SFP A This control defines the laser state of the port A transceiver " ::= { pmoscCtrlportaSfpOnoff 1 } --- ***************************************************** --- LEAF for the portaOosMode article --- ***************************************************** pmoscCtrlportaOosMode OBJECT IDENTIFIER ::= { pmoscCtrlClient 17 } pmoscCtrlPortaOosMode OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " SFP A Port Out Of Service :This OID sets the Port A Out Of Service This controls defines the service state of the port A " ::= { pmoscCtrlportaOosMode 1 } --- ***************************************************** --- LEAF for the portbSfpOnoff article --- ***************************************************** pmoscCtrlportbSfpOnoff OBJECT IDENTIFIER ::= { pmoscCtrlLine 24 } pmoscCtrlPortbSfpOnoff OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " SFP B Optical Laser Shutdown :This OID switches off the SFP B This control defines the laser state of the port B transceiver " ::= { pmoscCtrlportbSfpOnoff 1 } --- ***************************************************** --- LEAF for the portbOosMode article --- ***************************************************** pmoscCtrlportbOosMode OBJECT IDENTIFIER ::= { pmoscCtrlLine 25 } pmoscCtrlPortbOosMode OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " SFP B Port Out Of Service :This OID sets the Port B Out Of Service This controls defines the service state of the port B " ::= { pmoscCtrlportbOosMode 1 } --- ***************************************************** --- LEAF for the ledTest article --- ***************************************************** pmoscCtrlledTest OBJECT IDENTIFIER ::= { pmoscCtrlOther 64 } pmoscCtrlLedOff OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Leds Off :This OID switches off all the Leds as a test feature. This control initiates a test leds turning all the LEDs to OFF " ::= { pmoscCtrlledTest 3 } pmoscCtrlRedLed OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Red Leds Test :This OID switches on all the red Leds as a test feature. This control initiates a test leds turning all the LEDs to red " ::= { pmoscCtrlledTest 2 } pmoscCtrlGreenLed OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " Green Leds Test :This OID switches on all the green Leds as a test feature. This control initiates a test leds turning all the LEDs to green " ::= { pmoscCtrlledTest 1 } --- ***************************************************** --- LEAF for the moduleOosMode article --- ***************************************************** pmoscCtrlmoduleOosMode OBJECT IDENTIFIER ::= { pmoscCtrlOther 65 } pmoscCtrlModuleOosMode OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION " PM Out Of Service :This OID sets the PM Out Of Service This control defines the service state of the complete module " ::= { pmoscCtrlmoduleOosMode 1 } --- ***************************************************** --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- MEASURES --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- ***************************************************** --- ***************************************************** --- LEAF for the portaTemperature article --- ***************************************************** pmoscMesrportaTemperature OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Temperature :This OID gives the temperature of the SFP A, read from the DDM (Digital Diagnostic Monitoring) (Temperature = AV/256) (Unit = C) This measure gives the temperature of the port A transceiver " ::= { pmoscMesrClient 16 } --- ***************************************************** --- LEAF for the portaVolt article --- ***************************************************** pmoscMesrportaVolt OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Power Supply :This OID gives the voltage of the SFP A, read from the DDM (Digital Diagnostic Monitoring) (Voltage = AV/10000) (Unit = V) This measure gives the 3V3 voltage of the port A transceiver " ::= { pmoscMesrClient 17 } --- ***************************************************** --- LEAF for the portaTxBias article --- ***************************************************** pmoscMesrportaTxBias OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Laser Bias :This OID gives the bias value of the SFP A, read from the DDM (Digital Diagnostic Monitoring) (Bias = AV/500) (Unit = mA) This measure gives the bias of the port A transceiver " ::= { pmoscMesrClient 18 } --- ***************************************************** --- LEAF for the portaTxPower article --- ***************************************************** pmoscMesrportaTxPower OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Tx Power :This OID gives the transmit power value of the SFP A, read from the DDM (Digital Diagnostic Monitoring) (Power = 10*log(AV)-40) (Unit = dBm) This measure gives the Tx optical power of the port A transceiver " ::= { pmoscMesrClient 19 } --- ***************************************************** --- LEAF for the portaRxPower article --- ***************************************************** pmoscMesrportaRxPower OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP A Rx Power :This OID gives the receive power value of the SFP A, read from the DDM (Digital Diagnostic Monitoring) (Power = 10*log(AV)-40) (Unit = dBm) This measure gives the Rx optical power of the port A transceiver " ::= { pmoscMesrClient 20 } --- ***************************************************** --- LEAF for the portbTemperature article --- ***************************************************** pmoscMesrportbTemperature OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Temperature :This OID gives the temperature of the SFP B, read from the DDM (Digital Diagnostic Monitoring) (Temperature = AV/256) (Unit = C) This measure gives the temperature of the port B transceiver " ::= { pmoscMesrLine 24 } --- ***************************************************** --- LEAF for the portbVolt article --- ***************************************************** pmoscMesrportbVolt OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Power Supply :This OID gives the voltage of the SFP B, read from the DDM (Digital Diagnostic Monitoring) (Voltage = AV/10000) (Unit = V) This measure gives the 3V3 voltage of the port B transceiver " ::= { pmoscMesrLine 25 } --- ***************************************************** --- LEAF for the portbTxBias article --- ***************************************************** pmoscMesrportbTxBias OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Laser Bias :This OID gives the bias value of the SFP B, read from the DDM (Digital Diagnostic Monitoring) (Bias = AV/500) (Unit = mA) This measure gives the bias of the port B transceiver " ::= { pmoscMesrLine 26 } --- ***************************************************** --- LEAF for the portbTxPower article --- ***************************************************** pmoscMesrportbTxPower OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Tx Power :This OID gives the transmit power value of the SFP B, read from the DDM (Digital Diagnostic Monitoring) (Power = 10*log(AV)-40) (Unit = dBm) This measure gives the Tx optical power of the port B transceiver " ::= { pmoscMesrLine 27 } --- ***************************************************** --- LEAF for the portbRxPower article --- ***************************************************** pmoscMesrportbRxPower OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION " SFP B Rx Power :This OID gives the receive power value of the SFP B, read from the DDM (Digital Diagnostic Monitoring) (Power = 10*log(AV)-40) (Unit = dBm) This measure gives the Rx optical power of the port B transceiver " ::= { pmoscMesrLine 28 } --- ***************************************************** --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- CONFIG --- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ --- ***************************************************** --- ***************************************************** --- LEAF for the table Group lsd --- ***************************************************** pmoscCfgLsd OBJECT IDENTIFIER ::= { pmoscConfig 1 } --- ***************************************************** --- LEAF for the table Group startUp --- ***************************************************** pmoscCfgStartUp OBJECT IDENTIFIER ::= { pmoscConfig 2 } --- ***************************************************** --- LEAF for the table 2111 --- ***************************************************** pmosctableclientStartup OBJECT IDENTIFIER ::= { pmoscCfgStartUp 1 } pmoscCfgportaSfpCtrl OBJECT-TYPE SYNTAX Unsigned32 (0..65536) MAX-ACCESS read-write STATUS current DESCRIPTION " Default Settings on Port A :This register configures the default initialisation settings on port A. " ::= { pmosctableclientStartup 2 } pmoscCfgportaOosMode OBJECT-TYPE SYNTAX Unsigned32 (0..65536) MAX-ACCESS read-write STATUS current DESCRIPTION " Default Settings on Port A :This register configures the default initialisation settings on port A. " ::= { pmosctableclientStartup 3 } --- ***************************************************** --- LEAF for the table 2191 --- ***************************************************** pmosctablelineStartup OBJECT IDENTIFIER ::= { pmoscCfgStartUp 2 } pmoscCfgportbSfpCtrl OBJECT-TYPE SYNTAX Unsigned32 (0..65536) MAX-ACCESS read-write STATUS current DESCRIPTION " Default Settings on Port B :This register configures the default initialisation settings on port B. " ::= { pmosctablelineStartup 2 } pmoscCfgportbOosMode OBJECT-TYPE SYNTAX Unsigned32 (0..65536) MAX-ACCESS read-write STATUS current DESCRIPTION " Default Settings on Port B :This register configures the default initialisation settings on port B. " ::= { pmosctablelineStartup 3 } --- ***************************************************** --- LEAF for the table Group labels --- ***************************************************** pmoscCfgLabels OBJECT IDENTIFIER ::= { pmoscConfig 3 } --- ***************************************************** --- LEAF for the table NO_VALUE --- ***************************************************** pmoscCfgLabelclientTable OBJECT-TYPE SYNTAX SEQUENCE OF PmoscCfgLabelclientEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION " List of Article " ::= { pmoscCfgLabels 1 } pmoscCfgLabelclientEntry OBJECT-TYPE SYNTAX PmoscCfgLabelclientEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION " Row definition for the labels table " INDEX { pmoscCfgLabelclientIndex } ::= { pmoscCfgLabelclientTable 1 } PmoscCfgLabelclientEntry ::= SEQUENCE { pmoscCfgLabelclientIndex INTEGER, pmoscCfgLabelclientPortn DisplayString } pmoscCfgLabelclientIndex OBJECT-TYPE SYNTAX INTEGER(0..128) MAX-ACCESS read-only STATUS current DESCRIPTION " Index definition for the labelclient table " ::= { pmoscCfgLabelclientEntry 1 } pmoscCfgLabelclientPortn OBJECT-TYPE SYNTAX DisplayString( SIZE(1..16)) MAX-ACCESS read-write STATUS current DESCRIPTION " Default settings on the label of the Ports :These registers configures the default initialisation settings of the labels of the ports. " ::= { pmoscCfgLabelclientEntry 3 } --- ***************************************************** --- LEAF for the table NO_VALUE --- ***************************************************** pmoscCfgLabellineTable OBJECT-TYPE SYNTAX SEQUENCE OF PmoscCfgLabellineEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION " List of Article " ::= { pmoscCfgLabels 2 } pmoscCfgLabellineEntry OBJECT-TYPE SYNTAX PmoscCfgLabellineEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION " Row definition for the labels table " INDEX { pmoscCfgLabellineIndex } ::= { pmoscCfgLabellineTable 1 } PmoscCfgLabellineEntry ::= SEQUENCE { pmoscCfgLabellineIndex INTEGER, pmoscCfgLabellinePortn DisplayString } pmoscCfgLabellineIndex OBJECT-TYPE SYNTAX INTEGER(0..128) MAX-ACCESS read-only STATUS current DESCRIPTION " Index definition for the labelline table " ::= { pmoscCfgLabellineEntry 1 } pmoscCfgLabellinePortn OBJECT-TYPE SYNTAX DisplayString( SIZE(1..16)) MAX-ACCESS read-write STATUS current DESCRIPTION " Default settings on the label of the lines :These registers configures the default initialisation settings of the labels of the lines. " ::= { pmoscCfgLabellineEntry 3 } pmoscCfgWriteConfiguration OBJECT-TYPE SYNTAX EkiOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Write configuration to module:This OID writes the complete configuration to the module" ::= { pmoscConfig 257 } --- ***************************************************** --- TRAP OBJECTS --- ***************************************************** pmosctrapBoardNumber OBJECT-TYPE SYNTAX INTEGER(1..64) MAX-ACCESS read-only STATUS current DESCRIPTION "Last module which generates a trap" ::= { pmosctraps 4 } --- ***************************************************** --- GLOBAL TRAPS --- ***************************************************** pmoscPortaTrapNotUrgentGoesOn NOTIFICATION-TYPE OBJECTS {pmoscAlmPortaDdmWarning, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port A Not Urgent ON" --&ACTIONS { log, minor } --&MATCH { pmoscAlmPortaDdmWarning "on", pmosctrapBoardNumber "$2"} --&MESG "DDM Warning appears on Port A of PMOSC in slot $2 ($A)" DESCRIPTION "Not urgent Port A default is activated" ::= { pmosctraps 30 } pmoscPortaTrapNotUrgentGoesOff NOTIFICATION-TYPE OBJECTS {pmoscAlmPortaDdmWarning, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port A Not Urgent OFF" --&ACTIONS { log, normal } --&CLEARS { "PMOSC Port A Not Urgent ON"} --&MATCH { pmoscAlmPortaDdmWarning "on", pmosctrapBoardNumber "$2"} --&MESG "DDM Warning disappears on Port A of PMOSC in slot $2 ($A)" DESCRIPTION "Not urgent Port A default disappeared" ::= { pmosctraps 31 } pmoscPortaTrapUrgentGoesOn NOTIFICATION-TYPE OBJECTS {pmoscAlmPortaDdmAlm, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port A Urgent ON" --&ACTIONS { log, major } --&MATCH { pmoscAlmPortaDdmAlm "on", pmosctrapBoardNumber "$2"} --&MESG "DDM Alarms appears on Port A of PMOSC in slot $2 ($A)" DESCRIPTION "Urgent Port A default is activated" ::= { pmosctraps 32 } pmoscPortaTrapUrgentGoesOff NOTIFICATION-TYPE OBJECTS {pmoscAlmPortaDdmAlm, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port A Urgent OFF" --&ACTIONS { log, normal } --&CLEARS { "PMOSC Port A Urgent ON"} --&MATCH { pmoscAlmPortaDdmAlm "on", pmosctrapBoardNumber "$2"} --&MESG "DDM Alarm disappears on Port A of PMOSC in slot $2 ($A)" DESCRIPTION "Urgent Port A default disappeared" ::= { pmosctraps 33 } pmoscPortaTrapCritGoesOn NOTIFICATION-TYPE OBJECTS {pmoscAlmPortaFail, pmoscAlmPortaHwFail, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port A Fail ON" --&ACTIONS { log, critical } --&MATCH { pmoscAlmPortaFail "on", pmoscAlmPortaHwFail "*", pmosctrapBoardNumber "$3"} --&MESG "Port A Down on PMOSC in Slot $3 ($A)" --&FILTNAME "PMOSC Port A HW Fail ON (Hidden)" --&ACTIONS { info } --&MATCH { pmoscAlmPortaFail "*", pmoscAlmPortaHwFail "on", pmosctrapBoardNumber "$3"} --&MESG "Port A Down on PMOSC in Slot $3 ($A)" DESCRIPTION "Critical Port A default is activated" ::= { pmosctraps 34 } pmoscPortaTrapCritGoesOff NOTIFICATION-TYPE OBJECTS {pmoscAlmPortaFail, pmoscAlmPortaHwFail, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port A Fail OFF" --&ACTIONS { log, normal } --&CLEARS { "PMOSC Port A Fail ON" } --&MATCH { pmoscAlmPortaFail "on", pmoscAlmPortaHwFail "*", pmosctrapBoardNumber "$3"} --&MESG "Port A Up on PMOSC in Slot $3 ($A)" --&FILTNAME "PMOSC Port A HW Fail OFF (Hidden)" --&ACTIONS { info } --&MATCH { pmoscAlmPortaFail "*", pmoscAlmPortaHwFail "on", pmosctrapBoardNumber "$3"} --&MESG "Port A Up on PMOSC in Slot $3 ($A)" DESCRIPTION "Critical Port A default disappeared" ::= { pmosctraps 35 } --- ***************************************************** --- PORTS TRAPS --- ***************************************************** pmoscPortbNotUrgentGoesOn NOTIFICATION-TYPE OBJECTS {pmoscAlmPortbDdmWarning, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port B Not Urgent ON" --&ACTIONS { log, minor } --&MATCH { pmoscAlmPortbDdmWarning "on", pmosctrapBoardNumber "$2"} --&MESG "DDM Warning appears on Port B of PMOSC in slot $2 ($A)" DESCRIPTION "Not urgent Port B default is activated" ::= { pmosctraps 40 } pmoscPortbNotUrgentGoesOff NOTIFICATION-TYPE OBJECTS {pmoscAlmPortbDdmWarning, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port B Not Urgent OFF" --&ACTIONS { log, normal } --&CLEARS { "PMOSC Port B Not Urgent ON"} --&MATCH { pmoscAlmPortbDdmWarning "on", pmosctrapBoardNumber "$2"} --&MESG "DDM Warning disappears on Port B of PMOSC in slot $2 ($A)" DESCRIPTION "Not urgent Port B default disappeared" ::= { pmosctraps 41 } pmoscPortbUrgentGoesOn NOTIFICATION-TYPE OBJECTS {pmoscAlmPortbDdmAlm, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port B Urgent ON" --&ACTIONS { log, major } --&MATCH { pmoscAlmPortbDdmAlm "on", pmosctrapBoardNumber "$2"} --&MESG "DDM Alarms appears on Port B of PMOSC in slot $2 ($A)" DESCRIPTION "Urgent Port B default is activated" ::= { pmosctraps 42 } pmoscPortbUrgentGoesOff NOTIFICATION-TYPE OBJECTS {pmoscAlmPortbDdmAlm, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port B Urgent OFF" --&ACTIONS { log, normal } --&CLEARS { "PMOSC Port B Urgent ON"} --&MATCH { pmoscAlmPortbDdmAlm "on", pmosctrapBoardNumber "$2"} --&MESG "DDM Alarm disappears on Port B of PMOSC in slot $2 ($A)" DESCRIPTION "Urgent Port B default disappeared" ::= { pmosctraps 43 } pmoscPortbCritGoesOn NOTIFICATION-TYPE OBJECTS {pmoscAlmPortbFail, pmoscAlmPortbHwFail, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port B Fail ON" --&ACTIONS { log, critical } --&MATCH { pmoscAlmPortbFail "on", pmoscAlmPortbHwFail "*", pmosctrapBoardNumber "$3"} --&MESG "Port B Down on PMOSC in Slot $3 ($A)" --&FILTNAME "PMOSC Port B HW Fail ON (Hidden)" --&ACTIONS { info } --&MATCH { pmoscAlmPortbFail "*", pmoscAlmPortbHwFail "on", pmosctrapBoardNumber "$3"} --&MESG "Port B Down on PMOSC in Slot $3 ($A)" DESCRIPTION "Critical Port B default is activated" ::= { pmosctraps 44 } pmoscPortbCritGoesOff NOTIFICATION-TYPE OBJECTS {pmoscAlmPortbFail, pmoscAlmPortbHwFail, pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Port B Fail OFF" --&ACTIONS { log, normal } --&CLEARS { "PMOSC Port B Fail ON" } --&MATCH { pmoscAlmPortbFail "on", pmoscAlmPortbHwFail "*", pmosctrapBoardNumber "$3"} --&MESG "Port B Up on PMOSC in Slot $3 ($A)" --&FILTNAME "PMOSC Port B HW Fail OFF (Hidden)" --&ACTIONS { info } --&MATCH { pmoscAlmPortbFail "*", pmoscAlmPortbHwFail "on", pmosctrapBoardNumber "$3"} --&MESG "Port B Up on PMOSC in Slot $3 ($A)" DESCRIPTION "Critical Port B default disappeared" ::= { pmosctraps 45 } --- ***************************************************** --- HW TRAPS --- ***************************************************** pmoscPowerTrapUrgentGoesOn NOTIFICATION-TYPE OBJECTS {pmoscAlmDefFuseB, pmoscAlmDefFuseA , pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Fuse A Fail ON" --&ACTIONS { log, major } --&MATCH { pmoscAlmDefFuseB "*", pmoscAlmDefFuseA "on", pmosctrapBoardNumber "$3"} --&MESG "Power Input A Fail on PMOSC in Slot $3 ($A)" --&FILTNAME "PMOSC Fuse B Fail ON" --&ACTIONS { log, major } --&MATCH { pmoscAlmDefFuseB "on", pmoscAlmDefFuseA "*", pmosctrapBoardNumber "$3"} --&MESG "Power Input B Fail on PMOSC in Slot $3 ($A)" DESCRIPTION "Urgent power supply default is activated" ::= { pmosctraps 50 } pmoscPowerTrapUrgentGoesOff NOTIFICATION-TYPE OBJECTS {pmoscAlmDefFuseB, pmoscAlmDefFuseA , pmosctrapBoardNumber} STATUS current --&FILTNAME "PMOSC Fuse A&B Fail OFF" --&ACTIONS { log, normal} --&CLEARS { "PMOSC Fuse A Fail ON", "PMOSC Fuse B Fail ON" } --&MATCH { pmoscAlmDefFuseB "on", pmoscAlmDefFuseA "on", pmosctrapBoardNumber "$3"} --&MESG "Power Inputs A and B Present on PMOSC in Slot $3 ($A)" DESCRIPTION "Urgent power supply default disappeared" ::= { pmosctraps 51 } END