-- *****************************************************************
-- 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  <Help>
          Status of the Fuse B <Condtype> 
        DEF_FUSE_B <Probcause> powerProblem 
        (36) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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  <Help>
          Status of the Fuse A <Condtype> 
        DEF_FUSE_A <Probcause> powerProblem 
        (36) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> MODULE_GLOB_FAILURE 
        <Probcause> equipmentMalfunction 
        (16) <Alarmtype> synthesisAlarm 
        (12)  <Polarity> (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 <Condtype> 
        PORTB_FAIL <Probcause> equipmentMalfunction 
        (16) <Alarmtype> synthesisAlarm 
        (12)  <Polarity> (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  <Help>  This alarm indicates 
        if a DDM Alarm has been detected 
        on the port B transceiver <Condtype> 
        PORTB_DDM_ALM <Probcause> equipmentMalfunction 
        (16) <Alarmtype> synthesisAlarm 
        (12)  <Polarity> (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  <Help>  This alarm 
        indicates if a DDM Warning has
         been detected on the port B transceiver 
        <Condtype> PORTB_DDM_WARNING <Probcause> 
        equipmentMalfunction (16) <Alarmtype> 
        synthesisAlarm (12)  <Polarity> 
        (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)  <Help> 
         This status indicates if the port 
        B is in service <Condtype> PORTB_LOCAL_OOS 
        <Probcause> informationalStatus(1000) 
        <Alarmtype> other (1) <Polarity> 
        (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  <Help>  This
         status indicates if the port B 
        transceiver laser is ON or OFF
         <Condtype> PORTB_LSD <Probcause> 
        informationalStatus(1000) <Alarmtype> 
        other (1) <Polarity> (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 <Condtype> PORTB_HW_FAIL <Probcause> 
        equipmentMalfunction (16) <Alarmtype> 
        synthesisAlarm (12)  <Polarity> 
        (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  <Help>  This 
        status indicates if the porr B
         transceiver includes the DDM feature 
        <Condtype> PORTB_DDM_ABSENT <Probcause> 
        equipmentMalfunction (16) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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. 
         <Help>  This alarm indicates if 
        the port B transceiver is present. 
        <Condtype> PORTB_SFP_ABSENT <Probcause> 
        inputOutputDeviceError (24) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (2) 
        <Event> 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 <Condtype> 
        PORTA_FAIL <Probcause> equipmentMalfunction 
        (16) <Alarmtype> synthesisAlarm 
        (12)  <Polarity> (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  <Help>  This alarm indicates 
        if a DDM Alarm has been detected 
        on the port A transceiver <Condtype> 
        PORTA_DDM_ALM <Probcause> equipmentMalfunction 
        (16) <Alarmtype> synthesisAlarm 
        (12)  <Polarity> (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  <Help>  This alarm 
        indicates if a DDM Warning has
         been detected on the port A transceiver 
        <Condtype> PORTA_DDM_WARNING <Probcause> 
        equipmentMalfunction (16) <Alarmtype> 
        synthesisAlarm (12)  <Polarity> 
        (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)  <Help> 
         This status indicates if the port 
        A is in service <Condtype> PORTA_LOCAL_OOS 
        <Probcause> informationalStatus(1000) 
        <Alarmtype> other (1) <Polarity> 
        (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  <Help>  This
         status indicates if the port A 
        transceiver laser is ON or OFF
         <Condtype> PORTA_LSD <Probcause> 
        informationalStatus(1000) <Alarmtype> 
        other (1) <Polarity> (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 <Condtype> PORTA_HW_FAIL <Probcause> 
        equipmentMalfunction (16) <Alarmtype> 
        synthesisAlarm (12)  <Polarity> 
        (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  <Help>  This 
        status indicates if the port A
         transceiver includes the DDM feature 
        <Condtype> PORTA_DDM_ABSENT <Probcause> 
        equipmentMalfunction (16) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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. 
         <Help>  This alarm indicates if 
        the port A transceiver is present. 
        <Condtype> PORTA_SFP_ABSENT <Probcause> 
        inputOutputDeviceError (24) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (2) 
        <Event> 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 
         <Help>  This alarm indicates if 
        an optical signal is detected on 
        the port A transceiver input <Condtype> 
        PORTA_LOS <Probcause> receiveFailure 
        (41) <Alarmtype> physicalViolation 
        (9) <Polarity> (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)  <Help>  This alarm indicates 
        if the laser of the port A transceiver 
        is in fail condition <Condtype> 
        PORTA_LAS_FAIL <Probcause> transmitterFailure 
        (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 
        <Condtype> PORTA_RX_PWR_HIGH_ALA 
        <Probcause> receiveFailure (41) 
        <Alarmtype> equipmentAlarm (5)
         <Polarity> (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 <Condtype> 
        PORTA_RX_PWR_LOW_ALA <Probcause> 
        receiveFailure (41) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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 
        <Condtype> PORTA_TEMP_HIGH_ALA
         <Probcause> temperatureUnacceptable 
        (51) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> 
        PORTA_TEMP_LOW_ALA <Probcause>
         temperatureUnacceptable (51) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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 
        <Condtype> PORTA_TX_BIAS_HIGH_ALA 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 
        <Condtype> PORTA_TX_BIAS_LOW_ALA 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 
        <Condtype> PORTA_TX_PWR_HIGH_ALA 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> 
        PORTA_TX_PWR_LOW_ALA <Probcause> 
        transmitterFailure (56) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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 
        <Condtype> PORTA_RX_PWR_HIGH_WNG 
        <Probcause> receiveFailure (41) 
        <Alarmtype> equipmentAlarm (5)
         <Polarity> (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 
        <Condtype> PORTA_RX_PWR_LOW_WNG 
        <Probcause> receiveFailure (41) 
        <Alarmtype> equipmentAlarm (5)
         <Polarity> (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 
        <Condtype> PORTA_TEMP_HIGH_WNG
         <Probcause> temperatureUnacceptable 
        (51) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 
        <Condtype> PORTA_TEMP_LOW_WNG <Probcause> 
        temperatureUnacceptable (51) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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 <Condtype> PORTA_TX_BIAS_HIGH_WNG 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> PORTA_TX_BIAS_LOW_WNG 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> PORTA_TX_PWR_HIGH_WNG 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> PORTA_TX_PW_LOW_WNG 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 
         <Help>  This alarm indicates if 
        an optical signal is detected on 
        the port B transceiver input <Condtype> 
        PORTB_LOS <Probcause> receiveFailure 
        (41) <Alarmtype> physicalViolation 
        (9) <Polarity> (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)  <Help>  This alarm indicates 
        if the laser of the port B transceiver 
        is in fail condition <Condtype> 
        PORTB_LAS_FAIL <Probcause> transmitterFailure 
        (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 
        <Condtype> PORTB_RX_PWR_HIGH_ALA 
        <Probcause> receiveFailure (41) 
        <Alarmtype> equipmentAlarm (5)
         <Polarity> (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 <Condtype> 
        PORTB_RX_PWR_LOW_ALA <Probcause> 
        receiveFailure (41) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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 
        <Condtype> PORTB_TEMP_HIGH_ALA
         <Probcause> temperatureUnacceptable 
        (51) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> 
        PORTB_TEMP_LOW_ALA <Probcause>
         temperatureUnacceptable (51) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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 
        <Condtype> PORTB_TX_BIAS_HIGH_ALA 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 
        <Condtype> PORTB_TX_BIAS_LOW_ALA 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 
        <Condtype> PORTB_TX_PWR_HIGH_ALA 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> 
        PORTB_TX_PWR_LOW_ALA <Probcause> 
        transmitterFailure (56) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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 
        <Condtype> PORTB_RX_PWR_HIGH_WNG 
        <Probcause> receiveFailure (41) 
        <Alarmtype> equipmentAlarm (5)
         <Polarity> (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 
        <Condtype> PORTB_RX_PWR_LOW_WNG 
        <Probcause> receiveFailure (41) 
        <Alarmtype> equipmentAlarm (5)
         <Polarity> (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 
        <Condtype> PORTB_TEMP_HIGH_WNG
         <Probcause> temperatureUnacceptable 
        (51) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 
        <Condtype> PORTB_TEMP_LOW_WNG <Probcause> 
        temperatureUnacceptable (51) <Alarmtype> 
        equipmentAlarm (5) <Polarity> (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 <Condtype> PORTB_TX_BIAS_HIGH_WNG 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> PORTB_TX_BIAS_LOW_WNG 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> PORTB_TX_PWR_HIGH_WNG 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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 <Condtype> PORTB_TX_PW_LOW_WNG 
        <Probcause> transmitterFailure
         (56) <Alarmtype> equipmentAlarm 
        (5) <Polarity> (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. 
         <Help>  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.  <Help>  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. 
         <Help>  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. 
         <Help>  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  <Help> 
         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 
         <Help>  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  <Help> 
         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 
         <Help>  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. 
         <Help>  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. 
         <Help>  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.  <Help>  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  <Help> 
         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)  <Help>  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)  <Help>  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)  <Help>  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) 
         <Help>  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)  <Help> 
         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)  <Help>  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)  <Help>  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)  <Help>  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) 
         <Help>  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)  <Help> 
         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
