-- =============================================================================
--               GDMO definitions extracted from ITU-T Rec. G.774 (2001)
-- =============================================================================

au3CTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointBidirectional,
    au3CTPSinkR1,
    au3CTPSource;
REGISTERED AS { g774ObjectClass 83 };


au3CTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":operationalStatePackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    au3CTPSinkR1Pkg PACKAGE
      BEHAVIOUR
        au3CTPSinkR1PkgBehaviour BEHAVIOUR
          DEFINED AS
            *This object class represents a termination point where an AU-3
            Connection is terminated.

            The AU-3 consists of a VC-3 plus an AU pointer which indicates the
            phase alignment of the VC-3 with respect to the STM-N frame.

            A communicationsAlarm notification shall be issued if a loss of AU
            pointer is detected. The probableCause parameter of the notification
            shall indicate LOP (Loss Of Pointer).

            A communicationsAlarm notification shall be issued if an AU path
            alarm indication signal is detected. The probableCause parameter of
            the notification shall indicate AIS (Alarm Indication Signal).

            A change in the operational state shall cause a state change
            notification *;;
      ATTRIBUTES
        au3CTPId   GET,
        pointerSinkType GET;;;
REGISTERED AS { g774ObjectClass 84 };


au3CTPSource MANAGED OBJECT CLASS
  DERIVED FROM "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    au3CTPSourcePkg PACKAGE
      BEHAVIOUR
        au3CTPSourcePkgBehaviour BEHAVIOUR
          DEFINED AS
            *This object class represents a termination point where an AU-3
            Connection is originated.

            The AU-3 consists of a VC-3 plus an AU pointer which indicates the
            phase alignment of the VC-3 with respect to the STM-N frame.*;;
      ATTRIBUTES
        au3CTPId    GET,
        pointerSourceType  GET;;;
REGISTERED AS { g774ObjectClass 3 };


au4CTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointBidirectional,
    au4CTPSinkR1,
    au4CTPSource;
REGISTERED AS { g774ObjectClass 85 };


au4CTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":operationalStatePackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    au4CTPSinkR1Pkg PACKAGE
      BEHAVIOUR
        au4CTPSinkR1PkgBehaviour BEHAVIOUR
          DEFINED AS
            *This object class represents a termination point where an AU-4
            Connection is terminated.

            The AU-4 consists of a VC-4 plus an AU pointer which indicates the
            phase alignment of the VC-4 with respect to the STM-N frame.

            A communicationsAlarm notification shall be issued if a loss of AU
            pointer is detected. The probableCause parameter of the notification
            shall indicate LOP (Loss Of Pointer).

            A communicationsAlarm notification shall be issued if an AU path
            alarm indication signal is detected. The probableCause parameter of
            the notification shall indicate AIS (Alarm Indication Signal).

            A change in the operational state shall cause a state change
            notification *;;
      ATTRIBUTES
        au4CTPId   GET,
        pointerSinkType  GET;;;
REGISTERED AS { g774ObjectClass 86 };


au4CTPSource MANAGED OBJECT CLASS
  DERIVED FROM "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    au4CTPSourcePkg PACKAGE
      BEHAVIOUR
        au4CTPSourcePkgBehaviour BEHAVIOUR
          DEFINED AS
            *This object class represents a termination point where an AU-4
            Connection is originated.

            The AU-4 consists of a VC-4 plus an AU pointer which indicates the
            phase alignment of the VC-4 with respect to the STM-N frame.*;;
      ATTRIBUTES
        au4CTPId    GET,
        pointerSourceType  GET;;;
REGISTERED AS { g774ObjectClass 6 };


augBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  indirectAdaptorBidirectional,
    augSink,
    augSource;
REGISTERED AS { g774ObjectClass 7 };


augSink MANAGED OBJECT CLASS
  DERIVED FROM  indirectAdaptorSink;
  CHARACTERIZED BY
    augSinkPkg PACKAGE
      BEHAVIOUR
        augSinkPkgBehaviour BEHAVIOUR
          DEFINED AS
            *This object class is instantiated if AU-n Connection(s) are being
            terminated.

            An AUG consists of a homogeneous, byte interleaved, assembly of
            either three AU-3s or one AU-4.

            This object class represents the point at which the AU-3/4 pointer
            is derived, based on the phase of the VC-3/4 POH relative to the
            STM-N SOH. Also, the STM-N payload is byte-demultiplexed into its
            component AU Groups (AUGs).*;;
      ATTRIBUTES
        augId          GET,
        "Recommendation M.3100":supportableClientList GET;;;
REGISTERED AS { g774ObjectClass 8 };


augSource MANAGED OBJECT CLASS
  DERIVED FROM indirectAdaptorSource;
  CHARACTERIZED BY
    augSourcePkg PACKAGE
      BEHAVIOUR
        augSourcePkgBehaviour BEHAVIOUR
          DEFINED AS
            *This object class is instantiated if AU-n Connection(s) are being
            originated. An AUG consists of a homogeneous, byte interleaved,
            assembly of either three AU-3s or one AU-4.

            This object class represents the point at which the AU-3/4 pointer
            is generated to indicate the phase of the VC-3/4 POH relative to the
            STM-N SOH. Also, the AU Groups (AUGs) are byte-multiplexed to
            construct the complete STM-N frame.*;;
      ATTRIBUTES
        augId   GET,
        "Recommendation M.3100":supportableClientList GET;;;
REGISTERED AS { g774ObjectClass 9 };


electricalSPITTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointBidirectional,
    electricalSPITTPSink,
    electricalSPITTPSource;
REGISTERED AS { g774ObjectClass 10 };


electricalSPITTPSink MANAGED OBJECT CLASS
  DERIVED FROM "Recommendation M.3100":trailTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    electricalSPIPackage,
    electricalSPITTPSinkPkg PACKAGE
      BEHAVIOUR
        electricalSPITTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the point where the incoming
            electrical interface signal is converted into an internal logic
            level and the timing is recovered from the line signal.

            A communicationsAlarm notification shall be issued if a loss of
            signal is detected. The probableCause parameter of the notification
            shall indicate LOS (Loss Of signal). The upstream connectivity
            pointer is NULL for an instance of this class when the upstream
            termination point is not contained within the same network element. *;;;;
REGISTERED AS { g774ObjectClass 11 };


electricalSPITTPSource MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    electricalSPIPackage,
    electricalSPITTPSourcePkg PACKAGE
      BEHAVIOUR
        electricalSPITTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the point at which an outgoing
            internal logic level STM-N signal is converted into a STM-N in
            station electrical interface signal.

              The downstream connectivity pointer is NULL for an instance of
              this class when the downstream termination point is not contained
              within the same network element. *;;;;
REGISTERED AS { g774ObjectClass 12 };


indirectAdaptorBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  indirectAdaptorSink,
    indirectAdaptorSource;
REGISTERED AS { g774ObjectClass 13 };


indirectAdaptorSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation X.721":top;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    indirectAdaptorSinkPkg PACKAGE
      BEHAVIOUR
        indirectAdaptorSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class provides a naming mechanism which describes the
            multiplexing hierarchy of the SDH signal.*;;;;
REGISTERED AS { g774ObjectClass 14 };


indirectAdaptorSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation X.721":top;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    indirectAdaptorSourcePkg PACKAGE
      BEHAVIOUR
        indirectAdaptorSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class provides a naming mechanism which describes the
            multiplexing hierarchy of the SDH signal.*;;;;
REGISTERED AS { g774ObjectClass 15 };


msCTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointBidirectional,
    msCTPSink,
    msCTPSource;
REGISTERED AS { g774ObjectClass 16 };


msCTPSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    msCTPPackage,
    msCTPSinkPkg PACKAGE
      BEHAVIOUR
        msCTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates a multiplex section connection.*;;;;
REGISTERED AS { g774ObjectClass 17 };


msCTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    msCTPPackage,
    msCTPSourcePkg PACKAGE
      BEHAVIOUR
        msCTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates a multiplex section connection.*;;;;
REGISTERED AS { g774ObjectClass 18 };


msDatacomCTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100": connectionTerminationPointBidirectional,
    msDatacomCTPSink,
    msDatacomCTPSource;
REGISTERED AS { g774ObjectClass 19 };


msDatacomCTPSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    msDatacomCTPSinkPkg PACKAGE
      BEHAVIOUR
        msDatacomCTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates the D4-D12 bytes in the MSOH.*;;
      ATTRIBUTES
        msDatacomCTPId   GET;;;
REGISTERED AS { g774ObjectClass 20 };


msDatacomCTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    msDatacomCTPSourcePkg PACKAGE
      BEHAVIOUR
        msDatacomCTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates the D4-D12 bytes in the MSOH.*;;
      ATTRIBUTES
        msDatacomCTPId GET;;;
REGISTERED AS { g774ObjectClass 21 };


msOrderwireCTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100": connectionTerminationPointBidirectional,
    msOrderwireCTPSink,
    msOrderwireCTPSource;
REGISTERED AS { g774ObjectClass 22 };


msOrderwireCTPSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    msOrderwireCTPSinkPkg PACKAGE
      BEHAVIOUR
        msOrderwireCTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents a termination point where the E2 byte
            orderwire channel is terminated.*;;
      ATTRIBUTES
        msOrderwireCTPId GET;;;
REGISTERED AS { g774ObjectClass 23 };


msOrderwireCTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    msOrderwireCTPSourcePkg PACKAGE
      BEHAVIOUR
        msOrderwireCTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents a termination point where the E2 byte
            orderwire channel is originated.*;;
      ATTRIBUTES
        msOrderwireCTPId  GET;;;
REGISTERED AS { g774ObjectClass 24 };


msTTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100": trailTerminationPointBidirectional,
    msTTPSink,
    msTTPSource;
  CHARACTERIZED BY
    msTTPBidirectionalPkg PACKAGE
      BEHAVIOUR
        msTTPBidirectionalBehaviourPkg BEHAVIOUR
          DEFINED AS
            *When the excessiveBERMtceInhibit attribute is set to TRUE, MS-FERF
            is not inserted upstream upon detection of excessive BER.

            A communicationsAlarm notification shall be issued if a far end
            receive failure is detected. The probableCause parameter of the
            notification shall indicate FERF (Far End Receive Failure).*;;;;
REGISTERED AS { g774ObjectClass 25 };


msTTPSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":trailTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    msTTPPackage,
    msTTPSinkPkg PACKAGE
      BEHAVIOUR
        msTTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates a multiplex section trail, i.e. the
            processing and removal of the multiplex section overhead from the
            incoming signal.

            When the excessiveBERMtceInhibit attribute is set to TRUE, AIS is
            not inserted downstream upon detection of excessive BER.

            A communicationsAlarm notification shall be issued if an excessive
            bit error rate is detected. The probableCause parameter of the
            notification shall indicate excessive BER.

            A communicationsAlarm notification shall be issued if a degraded
            signal is detected. The probableCause parameter of the notification
            shall indicate signal degrade.

            A communicationsAlarm notification shall be issued if an MS alarm
            indication signal is detected. The probableCause parameter of the
            notification shall indicate AIS (Alarm Indication Signal).*;;
      ATTRIBUTES
        excessiveBERMtceInhibit  GET-REPLACE,
        signalDegradeThreshold  GET-REPLACE;;;
REGISTERED AS { g774ObjectClass 26 };


msTTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":trailTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    msTTPPackage,
    msTTPSourcePkg PACKAGE
      BEHAVIOUR
        msTTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates a multiplex section trail, i.e. the
            generation and addition of the multiplex section overhead to the
            outgoing signal.*;;;;
REGISTERED AS { g774ObjectClass 27 };


opticalSPITTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointBidirectional,
    opticalSPITTPSink,
    opticalSPITTPSource;
REGISTERED AS { g774ObjectClass 28 };


opticalSPITTPSink MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    opticalSPIPackage,
    opticalSPITTPSinkPkg PACKAGE
      BEHAVIOUR
        opticalSPITTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the point where the incoming optical
            interface signal is converted into an internal logic level and the
            timing is recovered from the line signal.

            A communicationsAlarm notification shall be issued if a loss of
            signal is detected. The probableCause parameter of the notification
            shall indicate LOS (Loss Of signal).

            The upstream connectivity pointer is NULL for an instance of this
            class when the upstream termination point is not contained within
            the same network element.*;;;;
REGISTERED AS { g774ObjectClass 29 };


opticalSPITTPSource MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    opticalSPIPackage,
    opticalSPITTPSourcePkg PACKAGE
      BEHAVIOUR
        opticalSPITTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the point at which an outgoing
            internal logic level STM-N signal is converted into a STM-N
            in-station or inter-station optical interface signal.

            A communicationsAlarm notification shall be issued if the transmit
            laser fails. The probableCause parameter of the notification shall
            indicate TransmitFail.

            The downstream connectivity pointer is NULL for an instance of this
            class when the downstream termination point is not contained within
            the same network element.*;;;;
REGISTERED AS { g774ObjectClass 30 };


rsCTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100": connectionTerminationPointBidirectional,
    rsCTPSink,
    rsCTPSource;
REGISTERED AS { g774ObjectClass 31 };


rsCTPSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    rsCTPPackage,
    rsCTPSinkPkg PACKAGE
      BEHAVIOUR
        rsCTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates an regenerator section connection.*;;;;
REGISTERED AS { g774ObjectClass 32 };


rsCTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    rsCTPPackage,
    rsCTPSourcePkg PACKAGE
      BEHAVIOUR
        rsCTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates a regenerator section connection.*;;;;
REGISTERED AS { g774ObjectClass 33 };


rsDatacomCTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100": connectionTerminationPointBidirectional,
    rsDatacomCTPSink,
    rsDatacomCTPSource;
REGISTERED AS { g774ObjectClass 34 };


rsDatacomCTPSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    rsDatacomCTPSinkPkg PACKAGE
      BEHAVIOUR
        rsDatacomCTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates the D1-D3 bytes in the RSOH.*;;
      ATTRIBUTES
        rsDatacomCTPId   GET;;;
REGISTERED AS { g774ObjectClass 35 };


rsDatacomCTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    rsDatacomCTPSourcePkg PACKAGE
      BEHAVIOUR
        rsDatacomCTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates the D1-D3 bytes in the RSOH.*;;
      ATTRIBUTES
        rsDatacomCTPId   GET;;;
REGISTERED AS { g774ObjectClass 36 };


rsOrderwireCTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100": connectionTerminationPointBidirectional,
    rsOrderwireCTPSink,
    rsOrderwireCTPSource;
REGISTERED AS { g774ObjectClass 37 };


rsOrderwireCTPSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    rsOrderwireCTPSinkPkg PACKAGE
      BEHAVIOUR
        rsOrderwireCTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the point where the E1 byte orderwire
            channel is terminated.*;;
      ATTRIBUTES
        rsOrderwireCTPId   GET;;;
REGISTERED AS { g774ObjectClass 38 };


rsOrderwireCTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    rsOrderwireCTPSourcePkg PACKAGE
      BEHAVIOUR
        rsOrderwireCTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the point where the E1 byte orderwire
            channel is originated.*;;
      ATTRIBUTES
        rsOrderwireCTPId   GET;;;
REGISTERED AS { g774ObjectClass 39 };


rsTTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100": trailTerminationPointBidirectional,
    rsTTPSink,
    rsTTPSource;
REGISTERED AS { g774ObjectClass 40 };


rsTTPTrailTraceBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  rsTTPBidirectional, -- This derivation is necessary for name
                                    -- binding purposes
    rsTTPTrailTraceSink,
    rsTTPTrailTraceSource;
REGISTERED AS { g774ObjectClass 107 };


rsTTPSink MANAGED OBJECT CLASS
  DERIVED FROM "Recommendation M.3100":trailTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    rsTTPPackage,
    rsTTPSinkPkg PACKAGE
      BEHAVIOUR
        rsTTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the termination of the regenerator
            section trail, i.e. the processing and removal of the regenerator
            section overhead from the incoming signal and the descrambling of
            that signal.

            A communicationsAlarm notification shall be issued if a loss of
            frame is detected. The probableCause parameter of the notification
            shall indicate LOF (Loss of Frame).*;;;;
REGISTERED AS { g774ObjectClass 41 };


rsTTPTrailTraceSink MANAGED OBJECT CLASS
  DERIVED FROM  rsTTPSink;
  CHARACTERIZED BY
    trailTraceSinkPackage,
    rsTTPTrailTraceSinkPkg PACKAGE
      BEHAVIOUR
        rsTTPTrailTraceSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the termination of the regenerator
            section trail and supports trail trace management.*;;;;
REGISTERED AS { g774ObjectClass 108 };


rsTTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":trailTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    rsTTPPackage,
    rsTTPSourcePkg PACKAGE
      BEHAVIOUR
        rsTTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the origination of the regenerator
            section trail, i.e. generates the regenerator section overhead for
            the outgoing signal, and scrambles that signal.*;;;;
REGISTERED AS { g774ObjectClass 42 };


rsTTPTrailTraceSource MANAGED OBJECT CLASS
  DERIVED FROM  rsTTPSource;
  CHARACTERIZED BY
    trailTraceSourcePackage,
    rsTTPTrailTraceSourcePkg PACKAGE
      BEHAVIOUR
        rsTTPTrailTraceSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents the origination of the regenerator
            section trail and supports trail trace management.*;;;;
REGISTERED AS { g774ObjectClass 109 };


rsUserChannelCTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100": connectionTerminationPointBidirectional,
    rsUserChannelCTPSink,
    rsUserChannelCTPSource;
REGISTERED AS { g774ObjectClass 43 };


rsUserChannelCTPSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    rsUserChannelCTPSinkPkg PACKAGE
      BEHAVIOUR
        rsUserChannelCTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents a class of objects that terminates the
            F1 byte user channel.*;;
      ATTRIBUTES
        rsUserChannelCTPId  GET;;;
REGISTERED AS { g774ObjectClass 44 };


rsUserChannelCTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    rsUserChannelCTPSourcePkg PACKAGE
      BEHAVIOUR
        rsUserChannelCTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class represents a class of objects that originates the
            F1 byte user channel.*;;
      ATTRIBUTES
        rsUserChannelCTPId  GET;;;
REGISTERED AS { g774ObjectClass 45 };


sdhNE MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":managedElement;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    sdhNEPackage PACKAGE
      BEHAVIOUR
        sdhNEBehaviour BEHAVIOUR
          DEFINED AS
            *An SDH network element is a system which has no internal
            open-system interfaces.*;;;;
REGISTERED AS { g774ObjectClass 46 };


tu11CTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointBidirectional,
    tu11CTPSinkR1,
    tu11CTPSource;
REGISTERED AS { g774ObjectClass 87 };


tu11CTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":operationalStatePackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    tu-nSinkPackage,
    tu11CTPSinkR1Pkg PACKAGE
      BEHAVIOUR
        tu11CTPSinkR1BehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates a tu-11 connection. A change in the
            operational state shall cause a state change notification *;;
      ATTRIBUTES
        tu11CTPId GET;;;
REGISTERED AS { g774ObjectClass 88 };


tu11CTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    tu11CTPSourcePkg PACKAGE
      BEHAVIOUR
        tu11CTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates a tu-11 connection.*;;
      ATTRIBUTES
        tu11CTPId    GET,
        pointerSourceType  GET;;;
REGISTERED AS { g774ObjectClass 49 };


tu12CTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointBidirectional,
    tu12CTPSinkR1,
    tu12CTPSource;
REGISTERED AS { g774ObjectClass 89 };


tu12CTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":operationalStatePackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    tu-nSinkPackage,
    tu12CTPSinkR1Pkg PACKAGE
      BEHAVIOUR
        tu12CTPSinkR1BehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates a tu-12 connection. A change in the
            operational state shall cause a state change notification *;;
      ATTRIBUTES
        tu12CTPId GET;;;
REGISTERED AS { g774ObjectClass 90 };


tu12CTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    tu12CTPSourcePkg PACKAGE
      BEHAVIOUR
        tu12CTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates a tu-12 connection.*;;
      ATTRIBUTES
        tu12CTPId   GET,
        pointerSourceType GET;;;
REGISTERED AS { g774ObjectClass 52 };


tu2CTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointBidirectional,
    tu2CTPSinkR1,
    tu2CTPSource;
REGISTERED AS { g774ObjectClass 91 };


tu2CTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":operationalStatePackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    tu-nSinkPackage,
    tu2CTPSinkR1Pkg PACKAGE
      BEHAVIOUR
        tu2CTPSinkR1BehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates a tu-2 connection. A change in the
            operational state shall cause a state change notification.*;;
      ATTRIBUTES
        tu2CTPId  GET;;;
REGISTERED AS { g774ObjectClass 92 };


tu2CTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    tu2CTPSourcePkg PACKAGE
      BEHAVIOUR
        tu2CTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates a tu-2 connection.*;;
      ATTRIBUTES
        tu2CTPId   GET,
        pointerSourceType GET;;;
REGISTERED AS { g774ObjectClass 55 };


tu3CTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointBidirectional,
    tu3CTPSinkR1,
    tu3CTPSource;
REGISTERED AS { g774ObjectClass 93 };


tu3CTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":operationalStatePackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    tu-nSinkPackage,
    tu3CTPSinkR1Pkg PACKAGE
      BEHAVIOUR
        tu3CTPSinkR1BehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates a tu-3 connection. A change in the
            operational state shall cause a state change notification.*;;
      ATTRIBUTES
        tu3CTPId   GET;;;
REGISTERED AS { g774ObjectClass 94 };


tu3CTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    tu3CTPSourcePkg PACKAGE
      BEHAVIOUR
        tu3CTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates a tu-3 connection.*;;
      ATTRIBUTES
        tu3CTPId    GET,
        pointerSourceType  GET;;;
REGISTERED AS { g774ObjectClass 58 };


tug2Bidirectional MANAGED OBJECT CLASS
  DERIVED FROM indirectAdaptorBidirectional,
    tug2Sink,
    tug2Source;
REGISTERED AS { g774ObjectClass 59 };


tug2Sink MANAGED OBJECT CLASS
  DERIVED FROM  indirectAdaptorSink;
  CHARACTERIZED BY
    tug2SinkPkg PACKAGE
      BEHAVIOUR
        tug2SinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class is instantiated if TU-11, TU-12, TU-2
            connection(s) are being terminated or originated. A TUG-2 consists
            of a homogeneous or heterogeneous, assembly of four TU-11s, three
            TU-12s or one TU-2.

            This object class represents the point at which the TU pointer is
            derived, based on the phase of the VC 11/12/2 POH relative to the
            VC-3/4 POH and the VC-3/4 signal is disassembled.*;;
      ATTRIBUTES
        tug2Id   GET,
        "Recommendation M.3100":supportableClientList GET;;;
REGISTERED AS { g774ObjectClass 60 };


tug2Source MANAGED OBJECT CLASS
  DERIVED FROM   indirectAdaptorSource;
  CHARACTERIZED BY
    tug2SourcePkg PACKAGE
      BEHAVIOUR
        tug2SourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class is instantiated if TU-11, TU-12, TU-2
            connection(s) are being terminated or originated. A TUG-2 consists
            of a homogeneous or heterogeneous, assembly of four TU-11s, three
            TU-12s or one TU-2.

            This object class represents the point at which the TU pointer is
            processed to indicate the phase of the VC 11/12/2 POH relative to
            the VC-3/4 POH and assembles the complete VC-3/4.*;;
      ATTRIBUTES
        tug2Id   GET,
        "Recommendation M.3100":supportableClientList GET;;;
REGISTERED AS { g774ObjectClass 61 };


tug3Bidirectional MANAGED OBJECT CLASS
  DERIVED FROM  indirectAdaptorBidirectional,
    tug3Sink,
    tug3Source;
REGISTERED AS { g774ObjectClass 62 };


tug3Sink MANAGED OBJECT CLASS
  DERIVED FROM  indirectAdaptorSink;
  CHARACTERIZED BY
    tug3SinkPkg PACKAGE
      BEHAVIOUR
        tug3SinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class is instantiated if TU-3 connection(s) are being
            terminated. Or if TU-11s, TU-12s, or TU-2s are being terminated from a VC-4.

            A TUG-3 consists of a homogeneous assembly of seven TUG-2s or one TU-3.*;;
      ATTRIBUTES
        tug3Id   GET,
        "Recommendation M.3100":supportableClientList GET;;;
REGISTERED AS { g774ObjectClass 63 };


tug3Source MANAGED OBJECT CLASS
  DERIVED FROM  indirectAdaptorSource;
  CHARACTERIZED BY
    tug3SourcePkg PACKAGE
      BEHAVIOUR
        tug3SourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class is instantiated if TU-3 connection(s) are being
            originated. Or TU-11s, TU-12s, or TU-2s are being combined to form a VC-4.

            A TUG-3 consists of a homogeneous assembly of seven TUG-2s or one TU-3.*;;
      ATTRIBUTES
        tug3Id   GET,
        "Recommendation M.3100":supportableClientList GET;;;
REGISTERED AS { g774ObjectClass 64 };


vc11TTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointBidirectional,
    vc11TTPSinkR1,
    vc11TTPSource;
  CHARACTERIZED BY
    vc11-2BidirectionalPackageR1;
REGISTERED AS { g774ObjectClass 95 };


vc11TTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    vc11-2SinkPackageR1,
    vc11TTPSinkPkgR1 PACKAGE
      BEHAVIOUR
        vc11TTPSinkPkgR1Behaviour BEHAVIOUR
          DEFINED AS
            *This object class terminates a vc11 trail, i.e. the point at which
            the VC11-POH is extracted from the STM-N frame.*;;
      ATTRIBUTES
        vc11TTPId   GET;;;
REGISTERED AS { g774ObjectClass 96 };


vc11TTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":trailTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    vc11TTPSourcePkg PACKAGE
      BEHAVIOUR
        vc11TTPSourcePkgBehaviour BEHAVIOUR
          DEFINED AS
            *This object class originates a vc11 trail, i.e. the point at which
            the VC11-POH is added to the STM-N frame.*;;
      ATTRIBUTES
        vc11TTPId    GET,
        v5SignalLabelSend  GET;;;
REGISTERED AS { g774ObjectClass 67 };


vc12TTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointBidirectional,
    vc12TTPSinkR1,
    vc12TTPSource;
  CHARACTERIZED BY
    vc11-2BidirectionalPackageR1;
REGISTERED AS { g774ObjectClass 97 };


vc12TTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    vc11-2SinkPackageR1,
    vc12TTPSinkPkgR1 PACKAGE
      BEHAVIOUR
        vc12TTPSinkPkgR1Behaviour BEHAVIOUR
          DEFINED AS
            *This object class terminates a vc12 trail, i.e. the point at which
            the VC12-POH is extracted from the STM-N frame.*;;
      ATTRIBUTES
        vc12TTPId   GET;;;
REGISTERED AS { g774ObjectClass 98 };


vc12TTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":trailTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    vc12TTPSourcePkg PACKAGE
      BEHAVIOUR
        vc12TTPSourcePkgBehaviour BEHAVIOUR
          DEFINED AS
            *This object class originates a vc12 trail, i.e. the point at which
            the VC12-POH is added to the STM-N frame.*;;
      ATTRIBUTES
        vc12TTPId    GET,
        v5SignalLabelSend  GET;;;
REGISTERED AS { g774ObjectClass 70 };


vc2TTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointBidirectional,
    vc2TTPSinkR1,
    vc2TTPSource;
  CHARACTERIZED BY
    vc11-2BidirectionalPackageR1;
REGISTERED AS { g774ObjectClass 99 };


vc2TTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM "Recommendation M.3100":trailTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    vc11-2SinkPackageR1,
    vc2TTPSinkPkgR1 PACKAGE
      BEHAVIOUR
        vc2TTPSinkPkgR1Behaviour BEHAVIOUR
          DEFINED AS
            *This object class terminates a vc2 trail, i.e. the point at which
            the VC2-POH is extracted from the STM-N frame.*;;
      ATTRIBUTES
        vc2TTPId   GET;;;
REGISTERED AS { g774ObjectClass 100 };


vc2TTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":trailTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    vc2TTPSourcePkg PACKAGE
      BEHAVIOUR
        vc2TTPSourcePkgBehaviour BEHAVIOUR
          DEFINED AS
            *This object class originates a vc2 trail, i.e. the point at which
            the VC2-POH is added to the STM-N frame.*;;
      ATTRIBUTES
        vc2TTPId    GET,
        v5SignalLabelSend  GET;;;
REGISTERED AS { g774ObjectClass 73 };


vc3TTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointBidirectional,
    vc3TTPSinkR1,
    vc3TTPSourceR1;
  CHARACTERIZED BY
    vc3-4BidirectionalPackageR1;
REGISTERED AS { g774ObjectClass 101 };


vc3TTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM "Recommendation M.3100":trailTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    vc3-4SinkPackageR1,
    vc3TTPSinkPkgR1 PACKAGE
      BEHAVIOUR
        vc3TTPSinkPkgR1Behaviour BEHAVIOUR
          DEFINED AS
            *This object class terminates a vc3 trail, i.e. the point at which
            the SDH VC-3 is terminated.*;;
      ATTRIBUTES
        vc3TTPId   GET;;;
REGISTERED AS { g774ObjectClass 102 };


vc3TTPSourceR1 MANAGED OBJECT CLASS
  DERIVED FROM "Recommendation M.3100":trailTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    vc3-4SourcePackageR1,
    vc3TTPSourcePkgR1 PACKAGE
      BEHAVIOUR
        vc3TTPSourcePkgR1Behaviour BEHAVIOUR
          DEFINED AS
            *This object class originates a vc3 trail, i.e. the point at which
            the SDH VC-3 is originated.*;;
      ATTRIBUTES
        vc3TTPId   GET;;;
REGISTERED AS { g774ObjectClass 103 };


vc4TTPBidirectionalR1 MANAGED OBJECT CLASS
  DERIVED FROM
    "Recommendation M.3100":trailTerminationPointBidirectional,
    vc4TTPSinkR1,
    vc4TTPSourceR1;
  CHARACTERIZED BY
    vc3-4BidirectionalPackageR1;
REGISTERED AS { g774ObjectClass 104 };


vc4TTPSinkR1 MANAGED OBJECT CLASS
  DERIVED FROM "Recommendation M.3100":trailTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    "Recommendation M.3100":tmnCommunicationsAlarmInformationPackage,
    vc3-4SinkPackageR1,
    vc4TTPSinkPkgR1 PACKAGE
      BEHAVIOUR
        vc4TTPSinkPkgR1Behaviour BEHAVIOUR
          DEFINED AS
            *This object class terminates a vc4 trail, i.e. the point at which
            the SDH VC-4 is terminated.*;;
      ATTRIBUTES
        vc4TTPId   GET;;;
REGISTERED AS { g774ObjectClass 105 };


vc4TTPSourceR1 MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":trailTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation X.721":administrativeStatePackage,
    "Recommendation M.3100":createDeleteNotificationsPackage,
    "Recommendation M.3100":stateChangeNotificationPackage,
    vc3-4SourcePackageR1,
    vc4TTPSourcePkgR1 PACKAGE
      BEHAVIOUR
        vc3-4TTPSourcePkgR1Behaviour BEHAVIOUR
          DEFINED AS
            *This object class originates a vc4 trail, i.e. the point at which
            the SDH VC-4 is originated.*;;
      ATTRIBUTES
        vc4TTPId   GET;;;
REGISTERED AS { g774ObjectClass 106 };


vcnUserChannelCTPBidirectional MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100": connectionTerminationPointBidirectional,
    vcnUserChannelCTPSink,
    vcnUserChannelCTPSource;
REGISTERED AS { g774ObjectClass 80 };


vcnUserChannelCTPSink MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSink;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    vcnUserChannelCTPSinkPkg PACKAGE
      BEHAVIOUR
        vcnUserChannelCTPSinkBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class terminates the F2 byte user channel.*;;
      ATTRIBUTES
        vcnUserChannelCTPId  GET;;;
REGISTERED AS { g774ObjectClass 81 };


vcnUserChannelCTPSource MANAGED OBJECT CLASS
  DERIVED FROM  "Recommendation M.3100":connectionTerminationPointSource;
  CHARACTERIZED BY
    "Recommendation M.3100":createDeleteNotificationsPackage,
    vcnUserChannelCTPSourcePkg PACKAGE
      BEHAVIOUR
        vcnUserChannelCTPSourceBehaviourPkg BEHAVIOUR
          DEFINED AS
            *This object class originates the F2 byte user channel.*;;
      ATTRIBUTES
        vcnUserChannelCTPId  GET;;;
REGISTERED AS { g774ObjectClass 82 };


electricalSPIPackage PACKAGE
  ATTRIBUTES
    electricalSPITTPId GET,
    stmLevel   GET;;


msCTPPackage PACKAGE
  ATTRIBUTES
    msCTPId   GET,
    stmLevel   GET;;


msTTPPackage PACKAGE
  ATTRIBUTES
    msTTPId   GET,
    stmLevel   GET;;


opticalSPIPackage PACKAGE
  ATTRIBUTES
    opticalSPITTPId GET,
    opticalReach  GET,
    opticalWavelength GET,
    stmLevel   GET;;


rsCTPPackage PACKAGE
  ATTRIBUTES
    rsCTPId   GET,
    stmLevel   GET;;


rsTTPPackage PACKAGE
  ATTRIBUTES
    rsTTPId   GET,
    stmLevel   GET;;


trailTraceSinkPackage PACKAGE
  BEHAVIOUR
    trailTraceSinkPackageBehaviour BEHAVIOUR
      DEFINED AS
        *This Package supports trail trace management at the termination sink.*;;
  ATTRIBUTES
    trailTraceExpected REPLACE-WITH-DEFAULT DEFAULT VALUE SDH.defaultNull GET-REPLACE,
    trailTraceReceive  GET;;


trailTraceSourcePackage PACKAGE
  BEHAVIOUR
    trailTraceSourcePackageBehaviour BEHAVIOUR
      DEFINED AS
        *This Package supports trail trace management at the termination source.*;;
  ATTRIBUTES
    trailTraceSend   GET-REPLACE;;


tu-nSinkPackage PACKAGE
  BEHAVIOUR
    tu-nSinkPackageBehaviour BEHAVIOUR
      DEFINED AS
        *A communicationsAlarm notification shall be issued if a loss of TU
        pointer is detected. The probableCause parameter of the notification
        shall indicate LOP (Loss of Pointer).

        A communicationsAlarm notification shall be issued if an TU path alarm
        indication signal is detected. The probableCause parameter of the
        notification shall indicate AIS (Alarm Indication Signal).*;;
  ATTRIBUTES
    pointerSinkType GET;;


vc11-2BidirectionalPackageR1 PACKAGE
  BEHAVIOUR
    vc11-2BidirectionalPackageR1Behaviour BEHAVIOUR
      DEFINED AS
        *A communicationsAlarm notification shall be issued if a far end receive
        failure (V5 byte) is detected. The probableCause parameter of the
        notification shall indicate FERF (Far End Receive Failure).*;;;


vc11-2SinkPackageR1 PACKAGE
  BEHAVIOUR
    vc11-2SinkPackageR1Behaviour BEHAVIOUR
      DEFINED AS
        *A communicationsAlarm notification shall be issued if the signal label
        received (V5 Byte) does not match the signal label expected. The
        probableCause parameter of the notification shall indicate signal label
        mismatch.*;;
  ATTRIBUTES
    v5SignalLabelExpected  GET,
    v5SignalLabelReceive  GET;;


vc3-4BidirectionalPackageR1 PACKAGE
  BEHAVIOUR
    vc3-4BidirectionalPackageR1Behaviour BEHAVIOUR
      DEFINED AS
        *A communicationsAlarm notification shall be issued if a far end receive
        failure (G1 byte) is detected. The probableCause parameter of the
        notification shall indicate FERF (Far End Receive Failure).*;;;


vc3-4SinkPackageR1 PACKAGE
  BEHAVIOUR
    vc3-4SinkPackageR1Behaviour BEHAVIOUR
      DEFINED AS
        *A communicationsAlarm notification shall be issued if the signal label
        received (C2 Byte) does not match the signal label expected. The
        probableCause parameter of the notification shall indicate signal label
        mismatch.

        A communicationsAlarm notification shall be issued if the path trace
        received (J1 Byte) does not match the path trace expected. The
        probableCause parameter of the notification shall indicate path trace mismatch.

        A communicationsAlarm notification shall be issued if a loss of TU
        multiframe indicator (H4 Byte) is detected. The probableCause parameter
        of the notification shall indicate loss of TU multiframe.

        This communicationsAlarm notification is only required for high order
        paths with payloads that require use of the multiframe indicator.

        When 16 bytes are supported, the 16 bytes of the path trace shall be
        conveyed at the management interface in both ways. This is a local issue
        whether the NE recompute the CRC-7 under a replace operation.*;;
  ATTRIBUTES
    j1PathTraceExpected REPLACE-WITH-DEFAULT DEFAULT VALUE SDH.defaultNull GET-REPLACE,
    j1PathTraceReceive  GET,
    c2SignalLabelExpected  GET,
    c2SignalLabelReceive  GET;;


vc3-4SourcePackageR1 PACKAGE
  BEHAVIOUR
    vc3-4SourcePackageR1Behaviour BEHAVIOUR
      DEFINED AS
        *When 16 bytes are supported, the 16 bytes of the path trace shall be
        conveyed at the management interface.*;;
  ATTRIBUTES
    j1PathTraceSend GET-REPLACE,
    c2SignalLabelSend GET;;


au3CTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING;
  BEHAVIOUR
    au3CTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *The au3CTPId attribute is an attribute type whose distinguished value
        can be used as an RDN when naming an instance of the
        AU3CTPBidirectional, AU3CTPSink, and AU3CTPSource managed object
        classes. This attribute specifies the timeslot of the au3CTP within its
        server TTP or IA. The value shall be the integer which represents the
        position of the timeslot in temporal order. The first timeslot shall be
        numbered one.*;;
REGISTERED AS { g774Attribute 1 };


au4CTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING;
  BEHAVIOUR
    au4CTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *The au4CTPId attribute is an attribute type whose distinguished value
        can be used as an RDN when naming an instance of the
        AU4CTPBidirectional, AU4CTPSink, and AU4CTPSource managed object
        classes. This attribute specifies the timeslot of the au4CTP within its
        server TTP or IA. The value shall be the integer which represents the
        position of the timeslot in temporal order. The first timeslot shall be
        numbered one.*;;
REGISTERED AS { g774Attribute 2 };


augId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX   SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING;
  BEHAVIOUR
    augIdBehaviour BEHAVIOUR
      DEFINED AS
        *The augId attribute is an attribute type whose distinguished value can
        be used as an RDN when naming an instance of the AUG managed object
        class. This attribute specifies the timeslot of the aug within its
        server TTP or IA. The value shall be the integer which represents the
        position of the timeslot in temporal order. The first timeslot shall be
        numbered one.*;;
REGISTERED AS { g774Attribute 3 };


c2SignalLabelExpected ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.C2SignalLabel;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    c2SignalLabelExpectedBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute specifies the expected C2 VC Signal Label for an
        incoming VC-n. See Recommendation G.707/Y.1322 for a list of valid values.*;;
REGISTERED AS { g774Attribute 4 };


c2SignalLabelReceive ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.C2SignalLabel;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    c2SignalLabelReceiveBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute specifies the C2 VC Signal Label for an incoming VC-n.
        See Recommendation G.707/Y.1322 for a list of valid values.*;;
REGISTERED AS { g774Attribute 5 };


c2SignalLabelSend ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.C2SignalLabel;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    c2SignalLabelSendBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute specifies the C2 VC Signal Label for an outgoing VC-n.
        See Recommendation G.707/Y.1322 for a list of valid values.*;;
REGISTERED AS { g774Attribute 6 };


electricalSPITTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX   SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
  BEHAVIOUR
    electricalSPITTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the
        electricalSPITTP object classes.

        If the string choice of the syntax is used then matching on substrings
        is permitted. If the number choice for the syntax is used then matching
        on ordering is permitted.*;;
REGISTERED AS { g774Attribute 7 };


excessiveBERMtceInhibit ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.Boolean;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    excessiveBERMtceInhibitBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is set to TRUE to cause the inhibition of consequent
        maintenance signalling upon the detection of excessive bit error ratio.*;;
REGISTERED AS { g774Attribute 8 };


j1PathTraceExpected ATTRIBUTE
  WITH ATTRIBUTE SYNTAX   SDH.PathTrace;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    j1PathTraceExpectedBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used to specify the value of the expected J1 Byte VC
        Path Trace byte message for instances of the VC-n. If the value of this
        attribute is  set to NULL then any Received Path Trace shall be
        considered to match.*;;
REGISTERED AS { g774Attribute 10 };


j1PathTraceReceive ATTRIBUTE
  WITH ATTRIBUTE SYNTAX   SDH.PathTrace;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    j1PathTraceReceiveBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used to indicate the value of the incoming J1 Byte VC
        Path Trace byte message for instances of the VC-n.*;;
REGISTERED AS { g774Attribute 11 };


j1PathTraceSend ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.PathTrace;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    j1PathTraceSendBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used to indicate the value of the outgoing J1 VC Path
        Trace byte message for instances of the VC-n. The NULL choice is not
        supported.*;;
REGISTERED AS { g774Attribute 12 };


msCTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    msCTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the msCTP
        object class. This attribute represents the first and only timeslot of
        this type. The value of this attribute shall be integer one.*;;
REGISTERED AS { g774Attribute 13 };


msDatacomCTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    msDatacomCTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *The msDatacomCTPId attribute is an attribute type whose distinguished
        value can be used as an RDN when naming an instance of the
        msDatacomCTPBidirectional, msDatacomCTPSink, and msDatacomCTPSource
        managed object classes. This attribute represents the first and only
        timeslot of this type. The value of this attribute shall be integer one.*;;
REGISTERED AS { g774Attribute 14 };


msOrderwireCTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    msOrderwireCTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the Multiplex
        Section Orderwire Channel object class. This attribute represents the
        first and only timeslot of this type. The value of this attribute shall
        be integer one.*;;
REGISTERED AS { g774Attribute 15 };


msTTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
  BEHAVIOUR
    msTTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the msTTP
        object class. If the string choice of the syntax is used then matching
        on substrings is permitted. If the number choice for the syntax is used
        then matching on ordering is permitted.*;;
REGISTERED AS { g774Attribute 16 };


opticalReach ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.OpticalReach;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    opticalReachBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute indicates the length the optical signal may travel
        before requiring termination or regeneration.*;;
REGISTERED AS { g774Attribute 17 };


opticalSPITTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX   SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
  BEHAVIOUR
    opticalSPITTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the
        opticalSPITTP object class. If the string choice of the syntax is used
        then matching on substrings is permitted. If the number choice for the
        syntax is used then matching on ordering is permitted.*;;
REGISTERED AS { g774Attribute 18 };


opticalWavelength ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.OpticalWavelength;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    opticalWavelengthBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute specifies the optical wavelength used by an
        opticalSPITTP object instance.*;;
REGISTERED AS { g774Attribute 19 };


pointerSinkType ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.PointerSinkType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    pointerSinkTypeBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute indicates the status of the incoming Pointer of a sink
        or bidirectional CTP.*;;
REGISTERED AS { g774Attribute 20 };


pointerSourceType ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.PointerSourceType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    pointerSourceTypeBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute indicates the status of the outgoing Pointer of a source
        or bidirectional CTP.*;;
REGISTERED AS { g774Attribute 21 };


rsCTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    rsCTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the rsCTP
        object classes. This attribute represents the first and only timeslot of
        this type. The value of this attribute shall be integer one.*;;
REGISTERED AS { g774Attribute 22 };


rsDatacomCTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    rsDatacomCTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *The rsDatacomCTPId attribute is an attribute type whose distinguished
        value can be used as an RDN when naming an instance of the
        rsDatacomCTPBidirectional, rsDatacomCTPSink, and rsDatacomCTPSource
        managed object classes. This attribute represents the first and only
        timeslot of this type. The value of this attribute shall be integer one.*;;
REGISTERED AS { g774Attribute 23 };


rsOrderwireCTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    rsOrderwireCTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the
        Regenerator Section Orderwire Channel object classes. This attribute
        represents the first and only timeslot of this type. The value of this
        attribute shall be integer one.*;;
REGISTERED AS { g774Attribute 24 };


rsTTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
  BEHAVIOUR
    rsTTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the rsTTP
        object classes. If the string choice of the syntax is used then matching
        on substrings is permitted. If the number choice for the syntax is used
        then matching on ordering is permitted.*;;
REGISTERED AS { g774Attribute 25 };


rsUserChannelCTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    rsUserChannelCTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the
        rsUserChannel object classes. This attribute represents the first and
        only timeslot of this type. The value of this attribute shall be integer one.*;;
REGISTERED AS { g774Attribute 26 };


signalDegradeThreshold ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.Integer;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    signalDegradeThresholdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute specifies the specific BER used to define the signal
        degrade threshold. The specific BER used is an equipment issue. This
        attribute represents the negative power of 10. So, for instance, if this
        attribute had a value of 5, then the BER threshold is 10 raised to the
        power of -5.*;;
REGISTERED AS { g774Attribute 27 };


stmLevel ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.Integer;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    stmLevelBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute specifies the level, n, of the STM-n signal being
        received, transmitted, or received and transmitted for termination point
        object instance.*;;
REGISTERED AS { g774Attribute 28 };


trailTraceExpected ATTRIBUTE
  WITH ATTRIBUTE SYNTAX   SDH.PathTrace;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    trailTraceExpectedBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used to specify the value of the expected Trail Trace
        information. If the value of this attribute is set to NULL then any
        Trail Trace shall be considered to match.*;;
REGISTERED AS { g774Attribute 44 };


trailTraceReceive ATTRIBUTE
  WITH ATTRIBUTE SYNTAX   SDH.TrailTraceReceiveSend;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    trailTraceReceiveBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used to indicate the value of the incoming Trail
        Trace information.*;;
REGISTERED AS { g774Attribute 45 };


trailTraceSend ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.TrailTraceReceiveSend;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    trailTraceSendBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used to indicate the value of the outgoing Trail
        Trace information.*;;
REGISTERED AS {g774Attribute 46};


tu11CTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING;
  BEHAVIOUR
    tu11CTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the tu11CTP
        object classes. This attribute specifies the timeslot of the TU-11 CTP
        within its server TTP or IA. The value shall be the integer which
        represents the position of the timeslot in temporal order. The first
        timeslot shall be numbered one.*;;
REGISTERED AS { g774Attribute 29 };


tu12CTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING;
  BEHAVIOUR
    tu12CTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the tu12CTP
        object classes. This attribute specifies the timeslot of the TU-12 CTP
        within its server TTP or IA. The value shall be the integer which
        represents the position of the timeslot in temporal order. The first
        timeslot shall be numbered one.*;;
REGISTERED AS { g774Attribute 30 };


tu2CTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING;
  BEHAVIOUR
    tu2CTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the tu2CTP
        object classes. This attribute specifies the timeslot of the TU-2 CTP
        within its server TTP or IA. The value shall be the integer which
        represents the position of the timeslot in temporal order. The first
        timeslot shall be numbered one.*;;
REGISTERED AS { g774Attribute 31 };


tu3CTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING;
  BEHAVIOUR
    tu3CTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the tu3CTP
        object classes. This attribute specifies the timeslot of the TU-3 CTP
        within its server TTP or IA. The value shall be the integer which
        represents the position of the timeslot in temporal order. The first
        timeslot shall be numbered one.*;;
REGISTERED AS { g774Attribute 32 };


tug2Id ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING;
  BEHAVIOUR
    tug2IdBehaviour BEHAVIOUR
      DEFINED AS
        *The tug2Id attribute is an attribute type whose distinguished value can
        be used as an RDN when naming an instance of the TUG-2 managed object
        class. This attribute specifies the timeslot of the TUG2 within its
        server TTP or IA. The value shall be the integer which represents the
        position of the timeslot in temporal order. The first timeslot shall be
        numbered one.*;;
REGISTERED AS { g774Attribute 33 };


tug3Id ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING;
  BEHAVIOUR
    tug3IdBehaviour BEHAVIOUR
      DEFINED AS
        *The tug3Id attribute is an attribute type whose distinguished value can
        be used as an RDN when naming an instance of the TUG-3 managed object
        class. This attribute specifies the timeslot of the TUG3 within its
        server TTP or IA. The value shall be the integer which represents the
        position of the timeslot in temporal order. The first timeslot shall be
        numbered one.*;;
REGISTERED AS { g774Attribute 34 };


v5SignalLabelExpected ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.V5SignalLabel;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    v5SignalLabelExpectedBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute specifies the expected V5 VC Signal Label for an
        incoming VC-n. See Recommendation G.707/Y.1322 for a list of valid values.*;;
REGISTERED AS { g774Attribute 35 };


v5SignalLabelReceive ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.V5SignalLabel;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    v5SignalLabelReceiveBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute specifies the V5 VC Signal Label for an incoming VC-n.
        See Recommendation G.707/Y.1322 for a list of valid values.*;;
REGISTERED AS { g774Attribute 36 };


v5SignalLabelSend ATTRIBUTE
  WITH ATTRIBUTE SYNTAX  SDH.V5SignalLabel;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    v5SignalLabelSendBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute specifies the V5 VC Signal Label for an outgoing VC-n.
        See Recommendation G.707/Y.1322 for a list of valid values.*;;
REGISTERED AS { g774Attribute 37 };


vc11TTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
  BEHAVIOUR
    vc11TTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the vc11TTP
        object classes. If the string choice of the syntax is used then matching
        on substrings is permitted. If the number choice for the syntax is used
        then matching on ordering is permitted.*;;
REGISTERED AS { g774Attribute 38 };


vc12TTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
  BEHAVIOUR
    vc12TTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the vc12TTP
        object classes. If the string choice of the syntax is used then matching
        on substrings is permitted. If the number choice for the syntax is used
        then matching on ordering is permitted.*;;
REGISTERED AS { g774Attribute 39 };


vc2TTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
  BEHAVIOUR
    vc2TTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the vc2TTP
        object classes. If the string choice of the syntax is used then matching
        on substrings is permitted. If the number choice for the syntax is used
        then matching on ordering is permitted.*;;
REGISTERED AS { g774Attribute 40 };


vc3TTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
  BEHAVIOUR
    vc3TTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the vc3TTP
        object classes. If the string choice of the syntax is used then matching
        on substrings is permitted. If the number choice for the syntax is used
        then matching on ordering is permitted.*;;
REGISTERED AS { g774Attribute 41 };


vc4TTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
  BEHAVIOUR
    vc4TTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the vc4TTP
        object classes. If the string choice of the syntax is used then matching
        on substrings is permitted. If the number choice for the syntax is used
        then matching on ordering is permitted.*;;
REGISTERED AS { g774Attribute 42 };


vcnUserChannelCTPId ATTRIBUTE
  WITH ATTRIBUTE SYNTAX SDH.NameType;
  MATCHES FOR EQUALITY;
  BEHAVIOUR
    vcnUserChannelCTPIdBehaviour BEHAVIOUR
      DEFINED AS
        *This attribute is used as an RDN for naming instances of the
        vcnUserChannel object classes. This attribute represents the first and
        only timeslot of this type. The value of this attribute shall be integer one.*;;
REGISTERED AS { g774Attribute 43 };


au3CTPBidirectionalR1-augBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS au3CTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS augBidirectional;
  WITH ATTRIBUTE  au3CTPId;
  BEHAVIOUR
    au3CTPBidirectionalR1-augBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 121 };


au3CTPSinkR1-augBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS au3CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS augBidirectional;
  WITH ATTRIBUTE au3CTPId;
  BEHAVIOUR
    au3CTPSinkR1-augBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 122 };


au3CTPSinkR1-augSink NAME BINDING
  SUBORDINATE OBJECT CLASS au3CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS augSink;
  WITH ATTRIBUTE  au3CTPId;
  BEHAVIOUR
    au3CTPSinkR1-augSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 123 };


au3CTPSource-augBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS au3CTPSource;
  NAMED BY SUPERIOR OBJECT CLASS augBidirectional;
  WITH ATTRIBUTE au3CTPId;
  BEHAVIOUR
    au3CTPSource-augBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 4 };


au3CTPSource-augSource NAME BINDING
  SUBORDINATE OBJECT CLASS au3CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS augSource;
  WITH ATTRIBUTE au3CTPId;
  BEHAVIOUR
    au3CTPSource-augSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 5 };


au4CTPBidirectionalR1-augBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS au4CTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS augBidirectional;
  WITH ATTRIBUTE  au4CTPId;
  BEHAVIOUR
    au4CTPBidirectionalR1-augBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 124 };


au4CTPSinkR1-augBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS au4CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS augBidirectional;
  WITH ATTRIBUTE  au4CTPId;
  BEHAVIOUR
    au4CTPSinkR1-augBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 125 };


au4CTPSinkR1-augSink NAME BINDING
  SUBORDINATE OBJECT CLASS au4CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS  augSink;
  WITH ATTRIBUTE  au4CTPId;
  BEHAVIOUR
    au4CTPSinkR1-augSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 126 };


au4CTPSource-augBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS au4CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS augBidirectional;
  WITH ATTRIBUTE au4CTPId;
  BEHAVIOUR
    au4CTPSource-augBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 9 };


au4CTPSource-augSource NAME BINDING
  SUBORDINATE OBJECT CLASS au4CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS augSource;
  WITH ATTRIBUTE au4CTPId;
  BEHAVIOUR
    au4CTPSource-augSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 10 };


augBidirectional-msTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS augBidirectional;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPBidirectional;
  WITH ATTRIBUTE augId;
  BEHAVIOUR
    augBidirectional-msTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 11 };


augSink-msTTPSink NAME BINDING
  SUBORDINATE OBJECT CLASS augSink;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPSink;
  WITH ATTRIBUTE augId;
  BEHAVIOUR
    augSink-msTTPSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 12 };


augSource-msTTPSource NAME BINDING
  SUBORDINATE OBJECT CLASS augSource;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPSource;
  WITH ATTRIBUTE augId;
  BEHAVIOUR
    augSource-msTTPSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 13 };


electricalSPITTPBidirectional-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS electricalSPITTPBidirectional;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE electricalSPITTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 14 };


electricalSPITTPSink-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS electricalSPITTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE electricalSPITTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 15 };


electricalSPITTPSource-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS electricalSPITTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE electricalSPITTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 16 };


msCTPBidirectional-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS msCTPBidirectional AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE msCTPId;
  BEHAVIOUR
    msCTPBidirectional-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 17 };


msCTPSink-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS msCTPSink AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE msCTPId;
  BEHAVIOUR
    msCTPSink-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 18 };


msCTPSink-rsTTPSink NAME BINDING
  SUBORDINATE OBJECT CLASS msCTPSink AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPSink AND SUBCLASSES;
  WITH ATTRIBUTE msCTPId;
  BEHAVIOUR
    msCTPSink-rsTTPSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 19 };


msCTPSource-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS msCTPSource AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE msCTPId;
  BEHAVIOUR
    msCTPSource-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 20 };


msCTPSource-rsTTPSource NAME BINDING
  SUBORDINATE OBJECT CLASS msCTPSource AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPSource AND SUBCLASSES;
  WITH ATTRIBUTE msCTPId;
  BEHAVIOUR
    msCTPSource-rsTTPSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 21 };


msDatacomCTPBidirectional-msTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS msDatacomCTPBidirectional;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPBidirectional;
  WITH ATTRIBUTE msDatacomCTPId;
  BEHAVIOUR
    msDatacomCTPBidirectional-msTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 22 };


msDatacomCTPSink-msTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS msDatacomCTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPBidirectional;
  WITH ATTRIBUTE msDatacomCTPId;
  BEHAVIOUR
    msDatacomCTPSink-msTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 23 };


msDatacomCTPSink-msTTPSink NAME BINDING
  SUBORDINATE OBJECT CLASS msDatacomCTPSink;
  NAMED BY SUPERIOR OBJECT CLASS msTTPSink;
  WITH ATTRIBUTE msDatacomCTPId;
  BEHAVIOUR
    msDatacomCTPSink-msTTPSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 24 };


msDatacomCTPSource-msTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS msDatacomCTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPBidirectional;
  WITH ATTRIBUTE msDatacomCTPId;
  BEHAVIOUR
    msDatacomCTPSource-msTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 25 };


msDatacomCTPSource-msTTPSource NAME BINDING
  SUBORDINATE OBJECT CLASS msDatacomCTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPSource;
  WITH ATTRIBUTE msDatacomCTPId;
  BEHAVIOUR
    msDatacomCTPSource-msTTPSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 26 };


msOrderwireCTPBidirectional-msTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS msOrderwireCTPBidirectional;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPBidirectional;
  WITH ATTRIBUTE msOrderwireCTPId;
  BEHAVIOUR
    msOrderwireCTPBidirectional-msTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 27 };


msOrderwireCTPSink-msTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS msOrderwireCTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPBidirectional;
  WITH ATTRIBUTE msOrderwireCTPId;
  BEHAVIOUR
    msOrderwireCTPSink-msTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 28 };


msOrderwireCTPSink-msTTPSink NAME BINDING
  SUBORDINATE OBJECT CLASS msOrderwireCTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPSink;
  WITH ATTRIBUTE msOrderwireCTPId;
  BEHAVIOUR
    msOrderwireCTPSink-msTTPSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 29 };


msOrderwireCTPSource-msTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS msOrderwireCTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPBidirectional;
  WITH ATTRIBUTE msOrderwireCTPId;
  BEHAVIOUR
    msOrderwireCTPSource-msTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 30 };


msOrderwireCTPSource-msTTPSource NAME BINDING
  SUBORDINATE OBJECT CLASS msOrderwireCTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS msTTPSource;
  WITH ATTRIBUTE msOrderwireCTPId;
  BEHAVIOUR
    msOrderwireCTPSource-msTTPSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 31 };


msTTPBidirectional-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS msTTPBidirectional;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE msTTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 32 };


msTTPSink-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS msTTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE msTTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 33 };


msTTPSource-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS msTTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE msTTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 34 };


opticalSPITTPBidirectional-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS opticalSPITTPBidirectional;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE opticalSPITTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 35 };


opticalSPITTPSink-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS opticalSPITTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE opticalSPITTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 36 };


opticalSPITTPSource-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS opticalSPITTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE opticalSPITTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 37 };


rsCTPBidirectional-electricalSPITTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPBidirectional;
  NAMED BY  SUPERIOR OBJECT CLASS electricalSPITTPBidirectional;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPBidirectional-electricalSPITTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 38 };


rsCTPSink-electricalSPITTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS electricalSPITTPBidirectional;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPSink-electricalSPITTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 39 };


rsCTPSink-electricalSPITTPSink NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS electricalSPITTPSink;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPSink-electricalSPITTPSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 40 };


rsCTPSource-electricalSPITTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS electricalSPITTPBidirectional;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPSource-electricalSPITTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 41 };


rsCTPSource-electricalSPITTPSource NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS electricalSPITTPSource;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPSource-electricalSPITTPSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 42 };


rsCTPBidirectional-opticalSPITTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPBidirectional;
  NAMED BY  SUPERIOR OBJECT CLASS opticalSPITTPBidirectional;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPBidirectional-opticalSPITTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 43 };


rsCTPSink-opticalSPITTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS opticalSPITTPBidirectional;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPSink-opticalSPITTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 44 };


rsCTPSink-opticalSPITTPSink NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPSink;
  NAMED BY  SUPERIOR OBJECT CLASS opticalSPITTPSink;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPSink-opticalSPITTPSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 45 };


rsCTPSource-opticalSPITTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS opticalSPITTPBidirectional;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPSource-opticalSPITTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 46 };


rsCTPSource-opticalSPITTPSource NAME BINDING
  SUBORDINATE OBJECT CLASS rsCTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS opticalSPITTPSource;
  WITH ATTRIBUTE rsCTPId;
  BEHAVIOUR
    rsCTPSource-opticalSPITTPSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 47 };


rsDatacomCTPBidirectional-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsDatacomCTPBidirectional AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE rsDatacomCTPId;
  BEHAVIOUR
    rsDatacomCTPBidirectional-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 48 };


rsDatacomCTPSink-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsDatacomCTPSink AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE rsDatacomCTPId;
  BEHAVIOUR
    rsDatacomCTPSink-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 49 };


rsDatacomCTPSink-rsTTPSink NAME BINDING
  SUBORDINATE OBJECT CLASS rsDatacomCTPSink AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPSink AND SUBCLASSES;
  WITH ATTRIBUTE rsDatacomCTPId;
  BEHAVIOUR
    rsDatacomCTPSink-rsTTPSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 50 };


rsDatacomCTPSource-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsDatacomCTPSource AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE rsDatacomCTPId;
  BEHAVIOUR
    rsDatacomCTPSource-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 51 };


rsDatacomCTPSource-rsTTPSource NAME BINDING
  SUBORDINATE OBJECT CLASS rsDatacomCTPSource AND SUBCLASSES;
  NAMED BY SUPERIOR OBJECT CLASS rsTTPSource AND SUBCLASSES;
  WITH ATTRIBUTE rsDatacomCTPId;
  BEHAVIOUR
    rsDatacomCTPSource-rsTTPSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 52 };


rsOrderwireCTPBidirectional-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsOrderwireCTPBidirectional AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE rsOrderwireCTPId;
  BEHAVIOUR
    rsOrderwireCTPBidirectional-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 53 };


rsOrderwireCTPSink-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsOrderwireCTPSink AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE rsOrderwireCTPId;
  BEHAVIOUR
    rsOrderwireCTPSink-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 54 };


rsOrderwireCTPSink-rsTTPSink NAME BINDING
  SUBORDINATE OBJECT CLASS rsOrderwireCTPSink AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPSink AND SUBCLASSES;
  WITH ATTRIBUTE rsOrderwireCTPId;
  BEHAVIOUR
    rsOrderwireCTPSink-rsTTPSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 55 };


rsOrderwireCTPSource-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsOrderwireCTPSource AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE rsOrderwireCTPId;
  BEHAVIOUR
    rsOrderwireCTPSource-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 56 };


rsOrderwireCTPSource-rsTTPSource NAME BINDING
  SUBORDINATE OBJECT CLASS rsOrderwireCTPSource AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPSource AND SUBCLASSES;
  WITH ATTRIBUTE rsOrderwireCTPId;
  BEHAVIOUR
    rsOrderwireCTPSource-rsTTPSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 57 };


rsTTPBidirectional-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE rsTTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 58 };


rsTTPSink-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS rsTTPSink AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE rsTTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 59 };


rsTTPSource-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS rsTTPSource AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE rsTTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 60 };


rsUserChannelCTPBidirectional-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsUserChannelCTPBidirectional AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE rsUserChannelCTPId;
  BEHAVIOUR
    rsUserChannelCTPBidirectional-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 61 };


rsUserChannelCTPSink-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsUserChannelCTPSink AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE rsUserChannelCTPId;
  BEHAVIOUR
    rsUserChannelCTPSink-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 62 };


rsUserChannelCTPSink-rsTTPSink NAME BINDING
  SUBORDINATE OBJECT CLASS rsUserChannelCTPSink AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPSink AND SUBCLASSES;
  WITH ATTRIBUTE rsUserChannelCTPId;
  BEHAVIOUR
    rsUserChannelCTPSink-rsTTPSinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 63 };


rsUserChannelCTPSource-rsTTPBidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS rsUserChannelCTPSource AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPBidirectional AND SUBCLASSES;
  WITH ATTRIBUTE rsUserChannelCTPId;
  BEHAVIOUR
    rsUserChannelCTPSource-rsTTPBidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 64 };


rsUserChannelCTPSource-rsTTPSource NAME BINDING
  SUBORDINATE OBJECT CLASS rsUserChannelCTPSource AND SUBCLASSES;
  NAMED BY  SUPERIOR OBJECT CLASS rsTTPSource AND SUBCLASSES;
  WITH ATTRIBUTE rsUserChannelCTPId;
  BEHAVIOUR
    rsUserChannelCTPSource-rsTTPSourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 65 };


tu11CTPBidirectionalR1-tug2Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu11CTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS tug2Bidirectional;
  WITH ATTRIBUTE  tu11CTPId;
  BEHAVIOUR
    tu11CTPBidirectionalR1-tug2BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 127 };


tu11CTPSinkR1-tug2Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu11CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS tug2Bidirectional;
  WITH ATTRIBUTE  tu11CTPId;
  BEHAVIOUR
    tu11CTPSinkR1-tug2BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 128 };


tu11CTPSinkR1-tug2Sink NAME BINDING
  SUBORDINATE OBJECT CLASS tu11CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS tug2Sink;
  WITH ATTRIBUTE  tu11CTPId;
  BEHAVIOUR
    tu11CTPSinkR1-tug2SinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 129 };


tu11CTPSource-tug2Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu11CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS tug2Bidirectional;
  WITH ATTRIBUTE tu11CTPId;
  BEHAVIOUR
    tu11CTPSource-tug2BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 69 };


tu11CTPSource-tug2Source NAME BINDING
  SUBORDINATE OBJECT CLASS tu11CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS tug2Source;
  WITH ATTRIBUTE tu11CTPId;
  BEHAVIOUR
    tu11CTPSource-tug2SourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 70 };


tu12CTPBidirectionalR1-tug2Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu12CTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS tug2Bidirectional;
  WITH ATTRIBUTE  tu12CTPId;
  BEHAVIOUR
    tu12CTPBidirectionalR1-tug2BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 130 };


tu12CTPSinkR1-tug2Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu12CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS tug2Bidirectional;
  WITH ATTRIBUTE tu12CTPId;
  BEHAVIOUR
    tu12CTPSinkR1-tug2BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 131 };


tu12CTPSinkR1-tug2Sink NAME BINDING
  SUBORDINATE OBJECT CLASS tu12CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS tug2Sink;
  WITH ATTRIBUTE tu12CTPId;
  BEHAVIOUR
    tu12CTPSinkR1-tug2SinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 132 };


tu12CTPSource-tug2Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu12CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS tug2Bidirectional;
  WITH ATTRIBUTE tu12CTPId;
  BEHAVIOUR
    tu12CTPSource-tug2BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 74 };


tu12CTPSource-tug2Source NAME BINDING
  SUBORDINATE OBJECT CLASS tu12CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS tug2Source;
  WITH ATTRIBUTE tu12CTPId;
  BEHAVIOUR
    tu12CTPSource-tug2SourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 75 };


tu2CTPBidirectionalR1-tug2Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu2CTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS tug2Bidirectional;
  WITH ATTRIBUTE tu2CTPId;
  BEHAVIOUR
    tu2CTPBidirectionalR1-tug2BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 133 };


tu2CTPSinkR1-tug2Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu2CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS tug2Bidirectional;
  WITH ATTRIBUTE  tu2CTPId;
  BEHAVIOUR
    tu2CTPSinkR1-tug2BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 134 };


tu2CTPSinkR1-tug2Sink NAME BINDING
  SUBORDINATE OBJECT CLASS tu2CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS tug2Sink;
  WITH ATTRIBUTE tu2CTPId;
  BEHAVIOUR
    tu2CTPSinkR1-tug2SinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 135 };


tu2CTPSource-tug2Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu2CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS tug2Bidirectional;
  WITH ATTRIBUTE tu2CTPId;
  BEHAVIOUR
    tu2CTPSource-tug2BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 79 };


tu2CTPSource-tug2Source NAME BINDING
  SUBORDINATE OBJECT CLASS tu2CTPSource;
  NAMED BY
    SUPERIOR OBJECT CLASS tug2Source;
  WITH ATTRIBUTE tu2CTPId;
  BEHAVIOUR
    tu2CTPSource-tug2SourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 80 };


tu3CTPBidirectionalR1-tug3Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu3CTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS tug3Bidirectional;
  WITH ATTRIBUTE  tu3CTPId;
  BEHAVIOUR
    tu3CTPBidirectionalR1-tug3BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 136 };


tu3CTPSinkR1-tug3Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu3CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS tug3Bidirectional;
  WITH ATTRIBUTE  tu3CTPId;
  BEHAVIOUR
    tu3CTPSinkR1-tug3BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 137 };


tu3CTPSinkR1-tug3Sink NAME BINDING
  SUBORDINATE OBJECT CLASS tu3CTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS tug3Sink;
  WITH ATTRIBUTE  tu3CTPId;
  BEHAVIOUR
    tu3CTPSinkR1-tug3SinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 138 };


tu3CTPSource-tug3Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tu3CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS tug3Bidirectional;
  WITH ATTRIBUTE tu3CTPId;
  BEHAVIOUR
    tu3CTPSource-tug3BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 84 };


tu3CTPSource-tug3Source NAME BINDING
  SUBORDINATE OBJECT CLASS tu3CTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS tug3Source;
  WITH ATTRIBUTE tu3CTPId;
  BEHAVIOUR
    tu3CTPSource-tug3SourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 85 };


tug2Bidirectional-tug3Bidirectional NAME BINDING
  SUBORDINATE OBJECT CLASS tug2Bidirectional;
  NAMED BY  SUPERIOR OBJECT CLASS tug3Bidirectional;
  WITH ATTRIBUTE tug2Id;
  BEHAVIOUR
    tug2Bidirectional-tug3BidirectionalBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 86 };


tug2Sink-tug3Sink NAME BINDING
  SUBORDINATE OBJECT CLASS tug2Sink;
  NAMED BY  SUPERIOR OBJECT CLASS tug3Sink;
  WITH ATTRIBUTE tug2Id;
  BEHAVIOUR
    tug2Sink-tug3SinkBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 87 };


tug2Source-tug3Source NAME BINDING
  SUBORDINATE OBJECT CLASS tug2Source;
  NAMED BY  SUPERIOR OBJECT CLASS tug3Source;
  WITH ATTRIBUTE tug2Id;
  BEHAVIOUR
    tug2Source-tug3SourceBehaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 88 };


tug2Bidirectional-vc3TTPBidirectionalR1 NAME BINDING
  SUBORDINATE OBJECT CLASS tug2Bidirectional;
  NAMED BY SUPERIOR OBJECT CLASS vc3TTPBidirectionalR1;
  WITH ATTRIBUTE tug2Id;
  BEHAVIOUR
    tug2Bidirectional-vc3TTPBidirectionalR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 139 };


tug2Sink-vc3TTPSinkR1 NAME BINDING
  SUBORDINATE OBJECT CLASS tug2Sink;
  NAMED BY SUPERIOR OBJECT CLASS vc3TTPSinkR1;
  WITH ATTRIBUTE  tug2Id;
  BEHAVIOUR
    tug2Sink-vc3TTPSinkR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 140 };


tug2Source-vc3TTPSourceR1 NAME BINDING
  SUBORDINATE OBJECT CLASS tug2Source;
  NAMED BY SUPERIOR OBJECT CLASS vc3TTPSourceR1;
  WITH ATTRIBUTE  tug2Id;
  BEHAVIOUR
    tug2Source-vc3TTPSourceR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 141 };


tug3Bidirectional-vc4TTPBidirectionalR1 NAME BINDING
  SUBORDINATE OBJECT CLASS tug3Bidirectional;
  NAMED BY SUPERIOR OBJECT CLASS vc4TTPBidirectionalR1;
  WITH ATTRIBUTE  tug3Id;
  BEHAVIOUR
    tug3Bidirectional-vc4TTPBidirectionalR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 142 };


tug3Sink-vc4TTPSinkR1 NAME BINDING
  SUBORDINATE OBJECT CLASS tug3Sink;
  NAMED BY SUPERIOR OBJECT CLASS vc4TTPSinkR1;
  WITH ATTRIBUTE  tug3Id;
  BEHAVIOUR
    tug3Sink-vc4TTPSinkR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 143 };


tug3Source-vc4TTPSourceR1 NAME BINDING
  SUBORDINATE OBJECT CLASS tug3Source;
  NAMED BY SUPERIOR OBJECT CLASS vc4TTPSourceR1;
  WITH ATTRIBUTE tug3Id;
  BEHAVIOUR
    tug3Source-vc4TTPSourceR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed objects are automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 144 };


vc11TTPBidirectionalR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc11TTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc11TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 145 };


vc11TTPSinkR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc11TTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc11TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 146 };


vc11TTPSource-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc11TTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE vc11TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 97 };


vc12TTPBidirectionalR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc12TTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc12TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 147 };


vc12TTPSinkR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc12TTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc12TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 148 };


vc12TTPSource-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc12TTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE vc12TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 100 };


vc2TTPBidirectionalR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc2TTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc2TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 149 };


vc2TTPSinkR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc2TTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc2TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 150 };


vc2TTPSource-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc2TTPSource;
  NAMED BY  SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE vc2TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 103 };


vc3TTPBidirectionalR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc3TTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc3TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 151 };


vc3TTPSinkR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc3TTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc3TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 152 };


vc3TTPSourceR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc3TTPSourceR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc3TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 153 };


vc4TTPBidirectionalR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc4TTPBidirectionalR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc4TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 154 };


vc4TTPSinkR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc4TTPSinkR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc4TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 155 };


vc4TTPSourceR1-sdhNE NAME BINDING
  SUBORDINATE OBJECT CLASS vc4TTPSourceR1;
  NAMED BY SUPERIOR OBJECT CLASS sdhNE;
  WITH ATTRIBUTE  vc4TTPId;
  CREATE
    WITH-REFERENCE-OBJECT,
    WITH-AUTOMATIC-INSTANCE-NAMING;
  DELETE
    DELETES-CONTAINED-OBJECTS;
REGISTERED AS { g774NameBinding 156 };


vcnUserChannelCTPBidirectional-vc3TTPBidirectionalR1 NAME BINDING
  SUBORDINATE OBJECT CLASS vcnUserChannelCTPBidirectional;
  NAMED BY SUPERIOR OBJECT CLASS vc3TTPBidirectionalR1;
  WITH ATTRIBUTE  vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPBidirectional-vc3TTPBidirectionalR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 157 };


vcnUserChannelCTPSink-vc3TTPBidirectionalR1 NAME BINDING
  SUBORDINATE OBJECT CLASS vcnUserChannelCTPSink;
  NAMED BY SUPERIOR OBJECT CLASS vc3TTPBidirectionalR1;
  WITH ATTRIBUTE  vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPSink-vc3TTPBidirectionalR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 158 };


vcnUserChannelCTPSink-vc3TTPSinkR1 NAME BINDING
  SUBORDINATE OBJECT CLASS vcnUserChannelCTPSink;
  NAMED BY SUPERIOR OBJECT CLASS vc3TTPSinkR1;
  WITH ATTRIBUTE  vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPSink-vc3TTPSinkR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 159 };


vcnUserChannelCTPSource-vc3TTPBidirectionalR1 NAME BINDING
  SUBORDINATE OBJECT CLASS vcnUserChannelCTPSource;
  NAMED BY SUPERIOR OBJECT CLASS vc3TTPBidirectionalR1;
  WITH ATTRIBUTE  vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPSource-vc3TTPBidirectionalR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 160 };


vcnUserChannelCTPSource-vc3TTPSourceR1 NAME BINDING
  SUBORDINATE OBJECT CLASS vcnUserChannelCTPSource;
  NAMED BY SUPERIOR OBJECT CLASS vc3TTPSourceR1;
  WITH ATTRIBUTE  vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPSource-vc3TTPSourceR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 161 };


vcnUserChannelCTPBidirectional-vc4TTPBidirectionalR1 NAME BINDING
  SUBORDINATE OBJECT CLASS vcnUserChannelCTPBidirectional;
  NAMED BY SUPERIOR OBJECT CLASS vc4TTPBidirectionalR1;
  WITH ATTRIBUTE  vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPBidirectional-vc4TTPBidirectionalR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 162 };


vcnUserChannelCTPSink-vc4TTPBidirectionalR1 NAME BINDING
  SUBORDINATE OBJECT CLASS vcnUserChannelCTPSink;
  NAMED BY SUPERIOR OBJECT CLASS vc4TTPBidirectionalR1;
  WITH ATTRIBUTE  vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPSink-vc4TTPBidirectionalR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 163 };


vcnUserChannelCTPSink-vc4TTPSinkR1 NAME BINDING
  SUBORDINATE OBJECT CLASS vcnUserChannelCTPSink;
  NAMED BY SUPERIOR OBJECT CLASS vc4TTPSinkR1;
  WITH ATTRIBUTE  vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPSink-vc4TTPSinkR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 164 };


vcnUserChannelCTPSource-vc4TTPBidirectionalR1 NAME BINDING
  SUBORDINATE OBJECT CLASS vcnUserChannelCTPSource;
  NAMED BY SUPERIOR OBJECT CLASS vc4TTPBidirectionalR1;
  WITH ATTRIBUTE  vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPSource-vc4TTPBidirectionalR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 165 };


vcnUserChannelCTPSource-vc4TTPSourceR1 NAME BINDING
  SUBORDINATE OBJECT CLASS  vcnUserChannelCTPSource;
  NAMED BY SUPERIOR OBJECT CLASS vc4TTPSourceR1;
  WITH ATTRIBUTE     vcnUserChannelCTPId;
  BEHAVIOUR
    vcnUserChannelCTPSource-vc4TTPSourceR1Behaviour BEHAVIOUR
      DEFINED AS
        *The subordinate managed object is automatically instantiated when the
        superior managed object is instantiated, according to the make-up and
        mode of operation of the equipment.*;;
REGISTERED AS { g774NameBinding 166 };

-- =============================================================================
--  Formatted by OpenT2 Version 5.5.6.34 on Fri Aug 20 11:20:49 2004