-- =============================================================================
-- ITU-T Rec. I.751 (1996)
-- =============================================================================
--<GDMO.Alias "ITU-T Rec. I.751 (1996)"
-- "ITU-T Rec. I.751",
-- "Rec. I.751",
-- "ITU-T I.751">--
-- =========================================================
--<GDMO.Document "ITU-T Rec. I.751 (1996)">--
--<GDMO.Alias "ITU-T Rec. M.3100 (1995)"
-- "Rec. M.3100",
-- "ITU-T M.3100">--
--<GDMO.Alias "ITU-T Rec. Q.822 (1994)"
-- "Rec. Q.822: 1993">--
--<GDMO.Alias "ITU-T Rec. X.721 (1992) | ISO/IEC 10165-2 : 1992"
-- "Rec. X.721 | ISO/IEC-10165-2">--
--<GDMO.Alias "ITU-T Rec. X.739 (1993) | ISO/IEC 10164-11 : 1994"
-- "Rec. X.739:1993">--
atmAccessProfile MANAGED OBJECT CLASS
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":top;
CHARACTERIZED BY "ITU-T M.3100":attributeValueChangeNotificationPackage,
"ITU-T M.3100":createDeleteNotificationsPackage,
atmAccessProfilePkg PACKAGE
BEHAVIOUR atmAccessProfileBeh;
ATTRIBUTES
atmAccessProfileId GET;;;
CONDITIONAL PACKAGES
vpLevelProfilePackage
PRESENT IF "profiling of the VP level at the ATM interface is supported.
This package shall not be present in instances of the atmAccessProfile
object that are contained in vpTTPBidirectional.",
vcLevelProfilePackage
PRESENT IF "profiling of the VC level at the ATM interface is supported.",
maxBandwidthPackage
PRESENT IF "the managing system requests it and the managed system supports
it. This package shall only be present when the vpLevelProfilePackage is
present.";
REGISTERED AS { i751ObjectClass 1 };
atmAccessProfileBeh BEHAVIOUR
DEFINED AS
"The atmAccessProfile object class is a class of managed objects that
characterize the client/server relationship at the VP and/or VC level.
Instances of this managed object class are created and deleted by the
managing system using the CMIS M-CREATE and M-DELETE services, respectively.
Instances of the atmAccessProfile object class can only be contained in a
tcAdaptorTTPBidirectional object to which an instance of the UNI, interNNI,
or intraNNI object class points.
Note that if VC level profile information is contained in both the
tcAdaptorTTPBidirectional object and the supported vpTTPBidirectional
object, then the VC level profiling information in the vpTTPBidirectional
object takes precedence over that in the tcAdaptorTTPBidirectional for the
VP trail being terminated, if the profiling information in the
vpTTPBidirectional object includes attribute values that are lower than
those in the tcAdaptorTTPBidirectional . If not, the
tcAdaptorTTPBidirectional profiling information applies.
vpTTPBidirectional objects that have not been configured with their own VC
level profiling information, would make use of the maxNumVCIBitsNEarEnd and
the maxNumVCIBitsSupported information configured for the supporting
tcAdaptorTTPBidirectional object.";
atmCrossConnection MANAGED OBJECT CLASS
DERIVED FROM "ITU-T M.3100":crossConnection;
CHARACTERIZED BY
"ITU-T M.3100":createDeleteNotificationsPackage,
atmCrossConnectionPkg PACKAGE
BEHAVIOUR atmCrossConnectionBeh;;;
REGISTERED AS { i751ObjectClass 2 };
atmCrossConnectionBeh BEHAVIOUR
DEFINED AS
"The atmCrossConnection object represents an ATM cross-connect relationship
between VP or VC links terminating on the managed system.
For point-to-point ATM VP and VC cross-connections, this managed object
identifies the cross-connection relationship between two instances of the
vpCTPBidirectional object class or vcCTPBidirectional object class,
respectively. The vpCTPBidirectional or vcCTPBidirectional object instances
being cross-connected are identified by the fromTermination and
toTermination attributes inherited from the crossConnection object class
defined in ITU-T Recommendation M.3100.
The administrativeState attribute inherited by this managed object may be
used by the managing system to inhibit (lock) and allow (unlock) all ATM
cell flow through the ATM cross-connection being represented (i.e. OAM cells
and user-data cells).
Instances of this object class are automatically created and deleted by the
managed system based on operations performed on the containing atmFabric object.
All ATM VP/VC cross-connections are, by definition, bi-directional; therefore,
the directionality attribute, inherited from the crossConnection object
class shall be set to the fixed value of bidirectional.
When the value of the administrativeState attribute is LOCKED, the
upStreamConnectivityPointer and downStreamConnectivityPointer attributes in
the connected CTPs shall be set to NULL, as defined in ITU-T Recommendation
M.3100. When the value of the administrativeState attribute is UNLOCKED, the
upStreamConnectivityPointer and downstreamConnectivityPointer attributes in
the connected CTPs shall be set such that each CTP points to the CTP to
which it is connected.
The value of the signalType attribute shall be set by the managed system to
vpCI (VP Characteristic Information), when VP cross-connections are being
performed, or to vcCI (VC Characteristic Information), when VC
cross-connections are being performed.";
atmCurrentData MANAGED OBJECT CLASS
DERIVED FROM "Rec. Q.822: 1993":currentData;
CHARACTERIZED BY
"Rec. Q.822: 1993":zeroSuppressionPkg,
atmCurrentDataPkg PACKAGE
BEHAVIOUR atmCurrentDataBeh;;;
CONDITIONAL PACKAGES
"Rec. M.3100": currentProblemListPackage
PRESENT IF "thresholdPkg is present";
REGISTERED AS { i751ObjectClass 3 };
atmCurrentDataBeh BEHAVIOUR
DEFINED AS
"The atmCurrentData object class is used to define generic characteristic
for ATM performance monitoring from which subclasses are defined in order to
hold performance event counts for a specific monitoring point.";
atmTrafficLoadCurrentData MANAGED OBJECT CLASS
DERIVED FROM atmCurrentData;
CHARACTERIZED BY
atmTrafficLoadCurrentDataPackage PACKAGE
BEHAVIOUR atmTrafficLoadCurrentDataBeh;
ATTRIBUTES
incomingCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET,
outgoingCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET;;;
CONDITIONAL PACKAGES
oamCellCountingPkg
PRESENT IF "the managing system requested OAM cell counting and the managed
system supports it.";
REGISTERED AS { i751ObjectClass 5 };
atmTrafficLoadCurrentDataBeh BEHAVIOUR
DEFINED AS
"This managed object contains the current data collected for its superior
object. The measurements stored by this object are the following:
- number of incoming cells
- number of outgoing cells
- number of incoming OAM cells (conditionally present)
- number of outgoing OAM cells (conditionally present)
Instances of this object class are created by the managing system using the
CMIS M-CREATE service. Instances of this object class may also be deleted
either using the CMIS M-DELETE service, or automatically by the managed
system when the containing object instance is deleted.";
atmTrafficLoadHistoryData MANAGED OBJECT CLASS
DERIVED FROM "Rec. Q.822:1993":historyData;
CHARACTERIZED BY
atmTrafficLoadHistoryDataPackage PACKAGE
BEHAVIOUR atmTrafficLoadHistoryDataBeh;
ATTRIBUTES
incomingCells GET,
outgoingCells GET;;;
CONDITIONAL PACKAGES
incomingOamCellsHistoryDataPkg
PRESENT IF "supplied by atmTrafficLoadCurrentData",
outgoingOamCellsHistoryDataPkg
PRESENT IF "supplied by atmTrafficLoadCurrentData";
REGISTERED AS { i751ObjectClass 6 };
atmTrafficLoadHistoryDataBeh BEHAVIOUR
DEFINED AS
"Instances of the atmTrafficLoadHistoryData object class are used to store
the observed events of a atmTrafficLoadCurrentData object at the end of the
15-minute/24-hour observation interval. Instances of this managed object
class are contained by an instance atmTrafficLoadCurrentData managed object class.";
bidirectionalContinuityMonitor MANAGED OBJECT CLASS
DERIVED FROM "Rec. X.721 | ISO/IEC-10165-2":top;
CHARACTERIZED BY
"ITU-T M.3100":tmnCommunicationsAlarmInformationPackage,
"ITU-T M.3100":stateChangeNotificationPackage,
bidirectionalContinuityMonitorPackage PACKAGE
BEHAVIOUR bidirectionalContinuityMonitorBeh;
ATTRIBUTES
continuityMonitorId GET,
sinkCCMechanismActive GET,
sourceCCMechanismActive GET,
"Rec. X.721 | ISO/IEC-10165-2":operationalState GET;
ACTIONS
controlCC;;;
CONDITIONAL PACKAGES
flowDirectionPkg
PRESENT IF "the monitor object instance is contained in CTP";
REGISTERED AS { i751ObjectClass 7 };
bidirectionalContinuityMonitorBeh BEHAVIOUR
DEFINED AS
"This managed object models a Continuity Check (CC) OAM flow. If this object
is named by a vpCTPBidirectional or vcCTPBidirectional object, then it
represents the termination of a segment OAM flow. If this object is named by
a vpTTPBidirectional or vcTTPBidirectional object, then it represents the
termination of an end-to-end OAM flow.
The controlCC action may be used to manage the activation and deactivation
of the continuity check OAM cell mechanism. The controlCC action allows to
separately activate the sink and source mechanisms in the
bidirectionalContinuityMonitor object. The activation of the sink mechanisms
will be reflected by setting the values of the sinkCCMechanismActive
attribute to TRUE. Similarly, the deactivation of the source mechanism will
be reflected by setting the sourceCCMechanismActive to FALSE.
When the sinkCCMechanismActive attribute is TRUE and the VP/VC is detected
as disrupted, a communications alarm with the probableCause set to
lossOfContinuity (LOC) is notified.
This object is created and deleted by the managing system, using the CMIS
M-CREATE and M-DELETE services.
These objects shall be automatically deleted when the containing instance of
the vpCTPBidirectional and vcCTPBidirectional object class is deleted.
The managing system can request the creation of the
bidirectionalContinuityMonitor object instance and the activation of the
Continuity Check function at the same time in the CREATE request by setting
the sourceCCMechanismActive attribute (and possibly the
sinkCCMechanismActive attribute) to TRUE.
When the managing system requests the creation of a
bidirectionalContinuityMonitor object instance without the activation of
Continuity Check function, the managed system shall set the
sourceCCMechanismActive attribute to FALSE.
The managing system can request the creation of the
bidirectionalContinuityMonitor object instance and the activation of the
Continuity Check function at the same time in the CREATE request by setting
the sinkCCMechanismActive attribute (and possibly the
sourceCCMechanismActive attribute) to TRUE.
When the managing system requests the creation of a
bidirectionalContinutyMonitor object instance without the activation of the
Continuity Check function, the managed system shall set the
sinkCCMechanismActive attribute to FALSE.";
bidirectionalPerformanceMonitor MANAGED OBJECT CLASS
DERIVED FROM "Rec. X.721 | ISO/IEC-10165-2":top;
CHARACTERIZED BY
"ITU-T M.3100":stateChangeNotificationPackage,
"ITU-T M.3100":attributeValueChangeNotificationPackage,
bidirectionalPerformanceMonitorPackage PACKAGE
BEHAVIOUR bidirectionalPerformanceMonitorBeh;
ATTRIBUTES
performanceMonitorId GET,
sinkPMMechanismActive GET,
sourcePMMechanismActive GET,
inAverageMonitoringBlockSize GET,
outAverageMonitoringBlockSize GET,
"Rec. X.721 | ISO/IEC-10165-2":operationalState GET;
ACTIONS
controlPM;;;
CONDITIONAL PACKAGES
flowDirectionPkg
PRESENT IF "the monitor object instance is contained in CTP",
monitoredFlowPkg
PRESENT IF "non-intrusive performance monitoring is supported",
backwardPMReportingPkg
PRESENT IF "an instance supports it",
fePMDataCollectionPkg
PRESENT IF "an instance supports it";
REGISTERED AS { i751ObjectClass 8 };
bidirectionalPerformanceMonitorBeh BEHAVIOUR
DEFINED AS
"This object is instanciated for non-intrusive PM and for intrusive PM. In
the case of intrusive PM the F4/F5 OAM flow is extracted, while in the case
of non-intrusive PM the F4/F5 flow is only observed. If the monitoredFlowPkg
is supported in the M-Create request the bidirectionalPerformanceMonitor
will be non-intrusive. If the monitoredFlowPkg is not supported in the
M-Create request the bidirectionalPerformanceMonitor will be intrusive.
When this object is instanciated for non-intrusive PM, only the sink
mechanism will be activated. The monitoredFlowPkg is mandatory for
non-intrusive PM and can be either segment or end-to-end, according to the
value of the monitoredFlow attribute. At the CTP, two non-intrusive
bidirectionalPerformanceMonitor objects should be created if the two
directions of a bidirectional VP or VC must be monitored. The controlPM
action is used to also request both the activation and the deactivation of
both the non-intrusive PM end-to-end and segment OAM cell processing
procedures at the CTP.
When the managing system creates the bidirectionalPerformanceMonitoring
object for intrusive monitoring, it shall supply the monitoring block size.
When the managing system creates the bidirectionalPerformanceMonitoring
object for non-intrusive monitoring, it shall not supply the monitoring block size.
The non-intrusive performance monitoring function can apply to forward
monitoring OAM cells and/or backward reporting OAM cells.
This managed object models a performance monitoring OAM flow. For intrusive
PM, when this object is named by a vpCTPBidirectional or vcCTPBidirectional
object, then it represents the termination of a segment OAM flow.
The controlPM action may be used to request the object to start a
performance monitoring procedure (intrusive and non-intrusive PM). The
controlPM action allows to separately activate the sink and source
mechanisms (in the bidirectionalPerformanceMonitor object) which will be
reflected by setting to TRUE the values of the sinkPMMechanismActive and
sourcePMMechanismActive attributes, respectively.
If far-end data collection is supported, the controlPM action may also be
used to request the collection of the far-end PM data received from the
remote segment termination point. If the request is accepted, the
fePMDataCollectionMechanismActive attribute will be set to TRUE.
If backward data reporting is supported, the controlPM action may also be
used to activate the backward reporting PM OAM cell mechanism. When the
request is accepted, the backwardPMReportingMechanismActive attribute will
be set to TRUE.
The managing system can request the creation of the
bidirectionalPerformanceMonitor object instance and the activation of the
Performance Monitoring mechanism at the same time in the CREATE request by
setting the sinkPMMechanismActive attribute (and possibly the
backwardPMReportingMechanismActive attribute) to TRUE.
When the managing system requests the creation of a
bidirectionalPerformanceMonitor object instance without the activation of
Performance Monitoring, the managed system shall set the
sinkPMMechanismActive attribute (and the backwardPMReportingMechanismActive
attribute, if applicable) to FALSE.
The managing system can request the creation of the
bidirectionalPerformanceMonitor object instance and the activation of the
Performance Monitoring mechanism at the same time in the CREATE request by
setting the sourcePMMechanismActive attribute (and possibly the
fePMDataProcessingMechanismActive attribute) to TRUE.
When the managing system requests the creation of a
bidirectionalPerformanceMonitor object instance without the activation of
Performance Monitoring, the managed system shall set the
sourcePMMechanismActive attribute (and the fePMMechanismActive attribute, if
applicable) to FALSE.
This object is created and deleted by the managing system using the CMIS
M-CREATE and M-DELETE services.
These objects shall be automatically deleted when the containing instance of
the vpCTPBidirectional and vcCTPBidirectional object class is deleted.";
cellHeaderAbnormalityLogRecord MANAGED OBJECT CLASS
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":logRecord;
CHARACTERIZED BY
cellHeaderAbnormalityLogRecordPkg PACKAGE
BEHAVIOUR cellHeaderAbnormalityLogRecordBeh;
ATTRIBUTES
cellHeaderAbnormalityType GET,
interfacePointer GET,
vpiValue GET,
vciValue GET;;;
REGISTERED AS { i751ObjectClass 9 };
cellHeaderAbnormalityLogRecordBeh BEHAVIOUR
DEFINED AS
"The cellHeaderAbnormalityLogRecord object class is a class of managed
support objects used to log information that describes ATM cell header
protocol abnormality events detected by the managed system.
Attributes have been defined so that each record of the log conveys the
following information:
- Abnormality Type
(not assigned VPI/VCI Value or Out-of-Range VPI/VCI Value)
- VPI/VCI Value
- ATM Interface ID
(i.e. pointer to the associated uni, interNNI, or intraNNI object)
- Date and Time of Log Entry.";
cellLevelProtocolCurrentData MANAGED OBJECT CLASS
DERIVED FROM atmCurrentData;
CHARACTERIZED BY
"ITU-T M.3100":
createDeleteNotificationsPackage,
cellLevelProtocolCurrentDataPkg PACKAGE
BEHAVIOUR cellLevelProtocolCurrentDataBeh;
ATTRIBUTES
discardedCellsInvalidHeader REPLACE-WITH-DEFAULT
DEFAULT VALUE AtmMIBMod.integerZero GET;;;
REGISTERED AS { i751ObjectClass 10 };
cellLevelProtocolCurrentDataBeh BEHAVIOUR
DEFINED AS
"Instances of the cellLevelProtocolCurrentData object class are used to hold
the current (15-minute/24-hour) register counts reflecting the protocol
monitoring functions performed per ATM UNI, Inter-NNI, and Intra-NNI.
Each instance of this managed object shall maintain a thresholded count of
the number of cells discarded due to the detection of ATM Layer protocol
violations (invalid header pattern, not assigned VPI/VCI value, or
out-of-range VPI/VCI value).
Instances of this object class shall be inherently created by the managed
system whenever an instance of the uni, interNNI, or intraNNI object class
is created.
This managed object class uses the cellLevelProtocolHistoryData managed
object class for history retention.";
cellLevelProtocolHistoryData MANAGED OBJECT CLASS
DERIVED FROM "Rec. Q.822: 1993":historyData;
CHARACTERIZED BY
cellLevelProtocolHistoryDataPkg PACKAGE
BEHAVIOUR cellLevelProtocolHistoryDataBeh;
ATTRIBUTES
discardedCellsInvalidHeader GET;;;
REGISTERED AS { i751ObjectClass 11 };
cellLevelProtocolHistoryDataBeh BEHAVIOUR
DEFINED AS
"Instances of the cellLevelProtocolHistoryData object class are used to
store the observed events of a cellLevelProtocolCurrentData object at the
end of the 15-minute/24-hour observation interval. Instances of this managed
object class are contained by an instance cellLevelProtocolCurrentData
managed object class.";
interNNI MANAGED OBJECT CLASS
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":top;
CHARACTERIZED BY
interNNIPkg PACKAGE
BEHAVIOUR interNNIBeh;
ATTRIBUTES
interNNIId GET,
underlyingTTPPointer GET;;;
CONDITIONAL PACKAGES
"ITU-T M.3100":createDeleteNotificationsPackage
PRESENT IF "the objectCreation and objectDeletion notifications defined in
Recommendation X.721 are supported by an instance of this class.",
loopbackLocationIdentifierPkg
PRESENT IF "supplied by the managing system";
REGISTERED AS { i751ObjectClass 12 };
interNNIBeh BEHAVIOUR
DEFINED AS
"This managed object is used to configure and identify an ATM interface on
the managed system as an Inter-NNI.
The underlyingTTPPointer attribute provides a pointer relationship to the
tcAdaptorTTPBidirectional object that represents the location in the managed
system where ATM is adapted to the physical transmission path.
An instance of this object class shall exist for each Inter-NNI terminating
on the managed system. Instances of this object class are created and
deleted by the managing system using the CMIS M-CREATE and M-DELETE
services, respectively.
The loopbackLocationIdentifierPkg provides a read/write code used for OAM
cell loopback purposes. Incoming OAM Loopback cells with a Loopback Location
field value that matches the value of the loopbackLocationIdentifier
attribute shall be looped-back over the Inter-NNI.";
intraNNI MANAGED OBJECT CLASS
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":top;
CHARACTERIZED BY
intraNNIPkg PACKAGE
BEHAVIOUR intraNNIBeh;
ATTRIBUTES
intraNNIId GET,
underlyingTTPPointer GET;;;
CONDITIONAL PACKAGES
"ITU-T M.3100":createDeleteNotificationsPackage
PRESENT IF "the objectCreation and objectDeletion notifications defined in
Recommendation X.721 are supported by an instance of this class.",
loopbackLocationIdentifierPkg
PRESENT IF "supplied by the managing system";
REGISTERED AS { i751ObjectClass 13 };
intraNNIBeh BEHAVIOUR
DEFINED AS
"This managed object is used to configure and identify an ATM interface on
the managed system as a Intra-NNI.
The underlyingTTPPointer attribute provides a pointer relationship to the
tcAdaptorTTPBidirectional object that represents the location in the managed
system where ATM is adapted to the physical transmission path.
An instance of this object class shall exist for each Intra-NNI terminating
on the managed system. Instances of this object class are created and
deleted by the managing system using the CMIS M-CREATE and M-DELETE
services, respectively.
The loopbackLocationIdentifierPkg provides a read/write code used for OAM
cell loopback purposes. Incoming OAM Loopback cells with a Loopback Location
field value that matches the value of the loopbackLocationIdentifier
attribute shall be looped-back over the Intra-NNI.";
tcAdaptorCurrentData MANAGED OBJECT CLASS
DERIVED FROM atmCurrentData;
CHARACTERIZED BY
"ITU-T M.3100":createDeleteNotificationsPackage,
tcAdaptorCurrentDataPkg PACKAGE
BEHAVIOUR tcAdaptorCurrentDataBeh;
ATTRIBUTES
discardedCellsHECViolation REPLACE-WITH-DEFAULT
DEFAULT VALUE AtmMIBMod.integerZero GET,
erroredCellsHECViolation REPLACE-WITH-DEFAULT
DEFAULT VALUE AtmMIBMod.integerZero GET;;;
REGISTERED AS { i751ObjectClass 14 };
tcAdaptorCurrentDataBeh BEHAVIOUR
DEFINED AS
"This managed object contains the current protocol monitoring data collected
for its superior tcAdaptorTTPBidirectional object. Specifically, this
managed object identifies the number of received cells for which an HEC
error was detected as well as the number of received cells that were
discarded due to HEC errors during the current 15-minute/24-hour observation
interval.
This object shall be automatically created whenever an instance of the
tcAdaptorTTPBidirectional object class is created.";
tcAdaptorHistoryData MANAGED OBJECT CLASS
DERIVED FROM "Rec. Q.822: 1993":historyData;
CHARACTERIZED BY
tcAdaptorHistoryDataPkg PACKAGE
BEHAVIOUR tcAdaptorHistoryDataBeh;
ATTRIBUTES
discardedCellsHECViolation GET,
erroredCellsHECViolation GET;;;
REGISTERED AS { i751ObjectClass 15 };
tcAdaptorHistoryDataBeh BEHAVIOUR
DEFINED AS
"Instances of the tcAdaptorHistoryData object class are used to store the
observed events of a tcAdaptorCurrentData object at the end of the
15-minute/24-hour observation interval. Instances of this managed object
class are contained by an instance of the tcAdaptorCurrentData object class.";
tcAdaptorTTPBidirectional MANAGED OBJECT CLASS
DERIVED FROM "ITU-T M.3100":trailTerminationPointBidirectional;
CHARACTERIZED BY
"ITU-T M.3100":tmnCommunicationsAlarmInformationPackage,
"ITU-T M.3100":createDeleteNotificationsPackage,
"ITU-T M.3100":stateChangeNotificationPackage,
tcAdaptorTTPBidirectionalPkg PACKAGE
BEHAVIOUR tcAdaptorTTPBidirectionalBeh;
ATTRIBUTES
tcTTPId GET;;;
CONDITIONAL PACKAGES
cellScramblingEnabledPkg
PRESENT IF "cell scrambling may be activated and deactivated for the
supporting ATM interface.";
REGISTERED AS { i751ObjectClass 16 };
tcAdaptorTTPBidirectionalBeh BEHAVIOUR
DEFINED AS
"This managed object represents a point in the managed system where the
adaptation of the ATM Layer to the underlying physical infrastructure (e.g.
SDH or PDH transport network) takes place. ITU-T Recommendation I.321[12]
identifies this adaptation function as one of many functions performed at
the Transmission Convergence (TC) Sublayer of the B-ISDN protocol stack.
This object is responsible for generating communicationsAlarm notifications
that report the inability of the managed system to delineate ATM cells from
the payload of a terminated digital transmission path.
The supportedByObjectList attribute inherited from the trailTerminationPoint
managed object shall include a pointer to the underlying, path-level trail
termination point managed object (e.g. vc4TTPBidirectional object).
Instances of this managed object class shall be automatically created and
deleted by the managed system. Instances of this object class shall not be
deleted when referenced by an instance of the uni, interNNI, or intraNNI
object via the underlyingTTPPointer attribute. Instances of this object
class shall not be deleted unless all contained objects are deleted.
The tcAdaptorTTPBidirectional object must contain an instance of the
atmAccessProfile object, or be associated with an instance of UNI, interNNI,
or intraNNI object before it can contain vpCTPBidirectional objects.
A change in the ATM interface type associated with the
tcAdaptorTTPBidirectional (i.e. UNI, interNNI, or intraNNI) is prohibited
unless the contained atmAccessProfile and all contained vpCTPBidirectional
objects are deleted.";
uni MANAGED OBJECT CLASS
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":top;
CHARACTERIZED BY
uniPkg PACKAGE
BEHAVIOUR uniBeh;
ATTRIBUTES
uniId GET,
underlyingTTPPointer GET;;;
CONDITIONAL PACKAGES
"ITU-T M.3100":createDeleteNotificationsPackage
PRESENT IF "the objectCreation and objectDeletion notifications defined in
Recommendation X.721 are supported by an instance of this class.",
loopbackLocationIdentifierPkg
PRESENT IF "supplied by the managing system";
REGISTERED AS { i751ObjectClass 17 };
uniBeh BEHAVIOUR
DEFINED AS
"This managed object is used to configure and identify an ATM interface on
the managed system as a User Network Interface (UNI).
The underlyingTTPPointer attribute provides a pointer relationship to the
tcAdaptorTTPBidirectional object or vpTTPBidirectional object.
An instance of this object class shall exist for each UNI terminating on the
managed system. Instances of this object class are created and deleted by
the managing system using the CMIS M-CREATE and M-DELETE services, respectively.
The loopbackLocationIdentifierPkg provides a read/write code used for OAM
cell loopback purposes. Incoming OAM Loopback cells with a Loopback Location
field value that matches the value of the loopbackLocationIdentifier
attribute shall be looped-back over the UNI.
If the underlyingTTPPointer attribute points to an instance of the
vpTTPBidirectional object class, then the uni object shall not contain an
instance of the atmTrafficLoadCurrentData object class.";
upcNpcCurrentData MANAGED OBJECT CLASS
DERIVED FROM atmCurrentData;
CHARACTERIZED BY
upcNpcCurrentDataPkg PACKAGE
BEHAVIOUR upcNpcCurrentDataBeh;
ATTRIBUTES
discardedCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET,
successfullyPassedCells REPLACE-WITH-DEFAULT
DEFAULT VALUE AtmMIBMod.integerZero GET;;;
CONDITIONAL PACKAGES
discardedCLP0CellsPkg
PRESENT IF "the managed system performs UPC/NPC functions separately for
high Cell Loss Priority (CLP) cells (i.e. cells with CLP=0)",
oamDiscardedCellsPkg
PRESENT IF "the managing system requests it for OAM cell flow and the
managed system supports it",
oamSuccessfullyPassedCellsPkg
PRESENT IF " if the managing system requests it for OAM cell flow and the
managed system supports it",
successfullyPassedCLP0CellsPkg
PRESENT IF " if the managed system supports high priority only policing and
has the ability to count cells that are successfully passed by the CLP=0
UPC/NPC policing function",
taggedCLP0CellsPkg
PRESENT IF "the managed system supports Cell Loss Priority (CLP) tagging";
REGISTERED AS { i751ObjectClass 18 };
upcNpcCurrentDataBeh BEHAVIOUR
DEFINED AS
"An instance of this managed object class is used to collect current data
associated with UPC/NPC functions performed on its superior managed object.
Instances of this object class shall be created by the managing system.
These objects shall be automatically deleted when the containing instance of
the vpCTPBidirectional and vcCTPBidirectional object class is deleted.
This managed object class uses the upcNpcHistoryData managed object class
for history retention.";
upcNpcHistoryData MANAGED OBJECT CLASS
DERIVED FROM "Rec. Q.822: 1993":historyData;
CHARACTERIZED BY
upcNpcHistoryDataPkg PACKAGE
BEHAVIOUR upcNpcHistoryDataBeh;
ATTRIBUTES
discardedCells GET,
successfullyPassedCells GET;;;
CONDITIONAL PACKAGES
discardedCLP0CellsHistoryDataPkg
PRESENT IF "supplied by upcNpcCurrentData",
oamDiscardedCellsHistoryDataPkg
PRESENT IF "supplied by upcNpcCurrentData",
oamSuccessfullyPassedCellsHistoryDataPkg
PRESENT IF "supplied by upcNpcCurrentData",
successfullyPassedCLP0CellsHistoryDataPkg
PRESENT IF "supplied by upcNpcCurrentData",
taggedCLP0CellsHistoryDataPkg
PRESENT IF "supplied by upcNpcCurrentData";
REGISTERED AS { i751ObjectClass 19 };
upcNpcHistoryDataBeh BEHAVIOUR
DEFINED AS
"Instances of the upcNpcHistoryData object class are used to store the
observed events of an upcNpcCurrentData object at the end of the
15-minute/24-hour observation interval. An instance of this managed object
is contained by a upcNpcCurrentData object instance.";
vcCTPBidirectional MANAGED OBJECT CLASS
DERIVED FROM "ITU-T M.3100":connectionTerminationPointBidirectional;
CHARACTERIZED BY
"ITU-T M.3100":attributeValueChangeNotificationPackage,
"ITU-T M.3100":createDeleteNotificationsPackage,
"ITU-T M.3100":crossConnectionPointerPackage,
vcCTPBidirectionalPkg PACKAGE
BEHAVIOUR vcCTPBidirectionalBeh;
ATTRIBUTES
vcCTPId GET,
segmentEndPoint DEFAULT VALUE AtmMIBMod.booleanFalseDefault GET-REPLACE;;;
CONDITIONAL PACKAGES
egressTrafficDescriptorPkg
PRESENT IF "supplied by the managing system. This package must be present
at points where egress UPC/NPC functions are performed.",
ingressTrafficDescriptorPkg
PRESENT IF "supplied by the managing system. This package must be present
at points where ingress UPC/NPC functions are performed.",
oamEgressTrafficDescriptorPkg
PRESENT IF "supplied by the managing system. This package must be present
at points where egress OAM UPC/NPC functions are performed.",
oamIngressTrafficDescriptorPkg
PRESENT IF "supplied by the managing system. This package must be present
at points where ingress OAM UPC/NPC functions are performed.",
"Rec. X.721 | ISO/IEC 10165-2":administrativeStatePackage
PRESENT IF "supported by the managed system",
qosClassesPkg
PRESENT IF "QOS Class information is supplied by the managing system",
loopbackOAMCellPkg
PRESENT IF "the link termination point supports OAM cell Loopbacks";
REGISTERED AS { i751ObjectClass 20 };
vcCTPBidirectionalBeh BEHAVIOUR
DEFINED AS
"The vcCTPBidirectional object class is a class of managed objects that
delimit Virtual Channel (VC) links. From a configuration management
perspective, instances of this object class represent VC link terminations
that are either (1) cross-connected to other VC link terminations, or are
available for such cross-connection, or (2) associated to a
vcTTPBidirectional instance or are available for such an association.
Instances of this object class include attributes that describe the VCI value,
traffic descriptors, and, optionally, the Quality of Service (QOS) class
assigned to the VCL termination being represented. Note that the vcCTPId
attribute value identifies the VCI value for the VCL being terminated and is
also used as the RDN for naming instances of this object class. The vcCTPId
attribute value may be provided by the managing system upon creation of this
managed object instance or it may be absent in the M-CREATE message and thus
selected by the managed system. When selected by the managed system, the
value chosen shall be reported to the managing system as a parameter in the
response to the successfully carried out M-CREATE request.
From a performance and fault management perspective, instances of this
object class represent logical points along VCCs at which various
maintenance and network traffic management functions may be performed.
When an instance of this object is configured as a segment end-point (i.e.
segmentEndPoint is TRUE), it represents a logical point in the managed
system where the segment F5 flow (i.e. OAM cells with PTI=4) for the VC terminates.
In the event that the related vcTTPBidirectional is created, this instance
points to the vcTTPBidirectional and its crossConnectionPointer points to
the atmFabric instance.
The conditional package loopbackOAMCellPkg provides the M-ACTION used to
request the termination point to insert an OAM cell for downstream
loopbacking and report whether or not the cell was returned within the
required time.
Note that, when configured as a segment end-point, all Segment F5 Loopback
cells with a default Loopback Location field value of all ones would be
looped-back at this point.
When a VC-AIS or VC-RDI failure is detected, the vcCTPBidirectional object
shall generate a communicationsAlarm notification (if the
tmnCommunicationsAlarmInformationPackage is present) with the probableCause
parameter value set equal to aIS or farEndReceiveFailure, respectively.
The administrativeState attribute may be used by the management system to
inhibit (lock) and allow (unlock) the flow of cells through the
vcCTPBidirectional. However, when the vcCTPBidirectional object is
configured as a segment end-point, the value of the administrativeState
attribute shall not affect the ability of the vcCTPBidirectional to perform
segment OAM cell processing functions.
Instances of this object class may be created and deleted by the managing
system using the CMIS M-CREATE and M-DELETE services, respectively.
Instances of this managed object class may also be automatically created by
the managed system in response to actions performed on instances of the
atmFabric object class.";
vcTTPBidirectional MANAGED OBJECT CLASS
DERIVED FROM "ITU-T M.3100":trailTerminationPointBidirectional;
CHARACTERIZED BY
"Rec. X.721 | ISO/IEC 10165-2":administrativeStatePackage,
"ITU-T M.3100":attributeValueChangeNotificationPackage,
"ITU-T M.3100":createDeleteNotificationsPackage,
vcTTPBidirectionalPkg PACKAGE
BEHAVIOUR vcTTPBidirectionalBeh;
ATTRIBUTES
vcTTPId GET;;;
CONDITIONAL PACKAGES
loopbackOAMCellPkg
PRESENT IF "the VCC termination point supports OAM cell Loopbacks";
REGISTERED AS { i751ObjectClass 21 };
vcTTPBidirectionalBeh BEHAVIOUR
DEFINED AS
"The vcTTPBidirectional object class is a class of managed objects that
delimit Virtual Channel Connections (VCCs).
An instance of this object class represents the logical point in the managed
system where the end-to-end F5 flow (i.e. OAM cells with PT=5) terminates.
The conditional package loopbackOAMCellPkg provides the M-ACTION used to
request the termination point to insert an OAM cell for downstream
loopbacking and report whether or not the cell was returned within the
required time.
Note that all End-to-End F5 Loopback cells with a default Loopback Location
field value of all ones would be looped-back at this point.
Instances of this object class are created and deleted by the managing
system using the CMIS M-CREATE and M-DELETE services, respectively.
An instance of this object shall always point to vcCTPBidirectional managed
object using UCP/DCP.";
vpCTPBidirectional MANAGED OBJECT CLASS
DERIVED FROM "ITU-T M.3100":connectionTerminationPointBidirectional;
CHARACTERIZED BY
"ITU-T M.3100":attributeValueChangeNotificationPackage,
"ITU-T M.3100":createDeleteNotificationsPackage,
"ITU-T M.3100":crossConnectionPointerPackage,
vpCTPBidirectionalPkg PACKAGE
BEHAVIOUR vpCTPBidirectionalBeh;
ATTRIBUTES
vpCTPId GET,
segmentEndPoint DEFAULT VALUE AtmMIBMod.booleanFalseDefault GET-REPLACE;;;
CONDITIONAL PACKAGES
egressTrafficDescriptorPkg
PRESENT IF "supplied by the managing system. This package must be present
at points where egress UPC/NPC functions are performed.",
ingressTrafficDescriptorPkg
PRESENT IF "supplied by the managing system. This package must be present
at points where ingress UPC/NPC functions are performed.",
oamEgressTrafficDescriptorPkg
PRESENT IF "supplied by the managing system. This package must be present
at points where egress OAM UPC/NPC functions are performed.",
oamIngressTrafficDescriptorPkg
PRESENT IF "supplied by the managing system. This package must be present
at points where ingress OAM UPC/NPC functions are performed.",
"Rec. X.721 | ISO/IEC 10165-2":administrativeStatePackage
PRESENT IF "supported by the Network Element",
qosClassesPkg
PRESENT IF "QOS Class information is supplied by the managing system",
loopbackOAMCellPkg
PRESENT IF "the VPL termination point supports OAM cell Loopbacks";
REGISTERED AS { i751ObjectClass 22 };
vpCTPBidirectionalBeh BEHAVIOUR
DEFINED AS
"The vpCTPBidirectional object class is a class of managed objects that
delimits Virtual Path (VP) links. From a configuration management
perspective, instances of this object class represent VP link terminations
that are either (1) cross-connected to other VP link terminations, or are
available for such cross-connection, or (2) associated to a
vpTTPBidirectional instance or are available for such an association.
Instances of this object class include attributes that describe the VPI value,
traffic descriptors, and, optionally, the Quality of Service (QOS) class
assigned to the VPL termination being represented. Note that the vpCTPId
attribute value identifies the VPI value of the VPL termination being
represented and is also used as the RDN for naming instances of this object
class. Note that the vpCTPId attribute may be provided by the managing
system upon creation of this managed object instance or it may be absent in
the M-CREATE message and thus selected by the managed system. When selected
by the managed system, the value chosen shall be reported to the managing
system as a parameter in the response to the successfully carried out
M-CREATE request.
From a performance and fault management perspective, instances of this
object class represent logical points along VPCs at which various
maintenance and network traffic management functions may be performed.
When an instance of this object is configured as a segment end-point (i.e.
segmentEndPoint is TRUE), it represents a logical point in the managed
system where the segment F4 flow (i.e. OAM cells with VCI=3) for the VP terminates.
In the event that the related vpTTPBidirectional is created, this instance
points to the vpTTPBidirectional and its crossConnectionPointer points to
the atmFabric instance.
The conditional package loopbackOAMCellPkg provides the M-ACTION used to
request the termination point to insert an OAM cell for downstream
loopbacking and report whether or not the cell was returned within the
required time.
Note that, when configured as a segment end-point, all Segment F4 Loopback
cells with a default Loopback Location field value of all ones would be
looped-back at this point.
The administrativeState attribute may be used by the management system to
inhibit (lock) and allow (unlock) the flow of cells through the
vpCTPBidirectional. However, when the vpCTPBidirectional object is
configured as a segment end-point, the value of the administrativeState
attribute shall not affect the ability of the vpCTPBidirectional to perform
segment OAM cell processing functions.
When a VP-AIS or VP-RDI failure is detected, the vpCTPBidirectional object
shall generate a communicationsAlarm notification (if the
tmnCommunicationsAlarmInformationPackage is present) with the probableCause
parameter value set equal to aIS or farEndReceiveFailure, respectively.
Instances of this object class may be created and deleted by the managing
system using the CMIS M-CREATE and M-DELETE services, respectively.
Instances of this managed object class may also be automatically created by
the managed system in response to actions performed on instances of the
atmFabric object class.";
vpTTPBidirectional MANAGED OBJECT CLASS
DERIVED FROM "ITU-T M.3100":trailTerminationPointBidirectional;
CHARACTERIZED BY
"Rec. X.721 | ISO/IEC 10165-2":administrativeStatePackage,
"ITU-T M.3100":attributeValueChangeNotificationPackage,
"ITU-T M.3100":createDeleteNotificationsPackage,
vpTTPBidirectionalPkg PACKAGE
BEHAVIOUR vpTTPBidirectionalBeh;
ATTRIBUTES
vpTTPId GET;;;
CONDITIONAL PACKAGES
loopbackOAMCellPkg
PRESENT IF "the VPC termination point supports OAM cell Loopbacks";
REGISTERED AS { i751ObjectClass 23 };
vpTTPBidirectionalBeh BEHAVIOUR
DEFINED AS
"The vpTTPBidirectional object class is a class of managed objects that
delimit Virtual Path Connections (VPCs).
An instance of this object class represents the logical point in the managed
system where the end-to-end F4 flow (i.e. OAM cells with VCI=4) terminates.
The loopbackOAMCellPkg package provides the M-ACTION used to request the
termination point to insert an OAM cell for downstream loopbacking and
report whether or not the cell was returned within the required time.
Note that all End-to-End F4 Loopback cells with a default Loopback Location
field value of all ones would be looped-back at this point.
Instances of this object class are created and deleted by the managing
system using the CMIS M-CREATE and M-DELETE services, respectively.
Instances of this managed object class may also be automatically created by
the managed system in response to actions performed on instances of the
atmFabric object class.
An instance of this object shall always point to vpCTPBidirectional managed
object using UCP/DCP.";
vpVcPMCurrentData MANAGED OBJECT CLASS
DERIVED FROM atmCurrentData;
CHARACTERIZED BY
"ITU-T M.3100":createDeleteNotificationsPackage,
vpVcPMCurrentDataPackage PACKAGE
BEHAVIOUR vpVcPMCurrentDataBeh;
ATTRIBUTES
userCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET,
lostCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET,
misinsertedCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET;;;
CONDITIONAL PACKAGES
feVpVcPMCurrentDataPkg
PRESENT IF "the fePMDataCollectionPkg is present in the containing instance
of the bidirectionalPerformanceMonitor object and the managed system
supports far-end PM data collection";
REGISTERED AS { i751ObjectClass 24 };
vpVcPMCurrentDataBeh BEHAVIOUR
DEFINED AS
"This managed object contains the current PM data collected for the
connection being monitored. It includes attributes defined for the VP and VC
OAM flow related to performance data collection.
If Far-End data collection is supported, this object shall contain Far-End
data as well.
This object shall be automatically created whenever an instance of the
bidirectionalPerformanceMonitor object class is created. Instances of this
object shall be automatically deleted when the containing instance of the
bidirectionalPerformanceMonitor object class is deleted.";
vpVcPMHistoryData MANAGED OBJECT CLASS
DERIVED FROM "Rec. Q.822:1993":historyData;
CHARACTERIZED BY
vpVcPMHistoryDataPackage PACKAGE
BEHAVIOUR vpVcPMHistoryDataBeh;
ATTRIBUTES
userCells GET,
lostCells GET,
misinsertedCells GET;;;
CONDITIONAL PACKAGES
feVpVcPMHistoryDataPkg
PRESENT IF "an instance supports it";
REGISTERED AS { i751ObjectClass 25 };
vpVcPMHistoryDataBeh BEHAVIOUR
DEFINED AS
"This managed object contains the past Performance data collected for the
connection being monitored. It includes attributes defined for the VP and
VC OAM flow related to performance data collection.
If Far-End data collection is supported, this object shall contain Far-End
data as well.";
backwardPMReportingPkg PACKAGE
BEHAVIOUR backwardPMReportingPkgBeh;
ATTRIBUTES
backwardPMReportingMechanismActive INITIAL VALUE AtmMIBMod.booleanFalse GET;
REGISTERED AS { i751Package 1 };
backwardPMReportingPkgBeh BEHAVIOUR
DEFINED AS
"This package includes attributes used to indicate the far-end backward
reporting activity.";
cellScramblingEnabledPkg PACKAGE
ATTRIBUTES
cellScramblingEnabled DEFAULT VALUE AtmMIBMod.booleanTrueDefault GET-REPLACE;
REGISTERED AS { i751Package 2 };
discardedCLP0CellsHistoryDataPkg PACKAGE
ATTRIBUTES
discardedCLP0Cells GET;
REGISTERED AS { i751Package 3 };
discardedCLP0CellsPkg PACKAGE
ATTRIBUTES
discardedCLP0Cells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET;
REGISTERED AS { i751Package 4 };
egressTrafficDescriptorPkg PACKAGE
ATTRIBUTES
egressPeakCellRate GET-REPLACE,
egressCDVTolerancePCR GET-REPLACE,
egressCDVToleranceSCR GET-REPLACE,
egressSustainableCellRate GET-REPLACE,
egressMaxBurstSize GET-REPLACE;
REGISTERED AS { i751Package 5 };
fePMDataCollectionPkg PACKAGE
BEHAVIOUR fePMDataCollectionPkgBeh;
ATTRIBUTES
fePMDataCollectionMechanismActive INITIAL VALUE AtmMIBMod.booleanFalse GET;
REGISTERED AS { i751Package 6 };
fePMDataCollectionPkgBeh BEHAVIOUR
DEFINED AS
"This package includes attributes used to indicate the far-end data
collection activity.";
feVpVcPMCurrentDataPkg PACKAGE
BEHAVIOUR feVpVcPMCurrentDataPkgBeh;
ATTRIBUTES
feUserCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET,
feLostCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET,
feMisinsertedCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET;
REGISTERED AS { i751Package 7 };
feVpVcPMCurrentDataPkgBeh BEHAVIOUR
DEFINED AS
"This package includes attributes defined for the VP and VC OAM flow related
to far end performance data collection report.";
feVpVcPMHistoryDataPkg PACKAGE
BEHAVIOUR feVpVcPMHistoryDataPkgBeh;
ATTRIBUTES
feUserCells GET,
feLostCells GET,
feMisinsertedCells GET;
REGISTERED AS { i751Package 8 };
feVpVcPMHistoryDataPkgBeh BEHAVIOUR
DEFINED AS
"This package includes attributes defined for the VP and VC OAM flow related
to far end performance data collection report.";
flowDirectionPkg PACKAGE
BEHAVIOUR flowDirectionPackageBeh;
ATTRIBUTES
flowDirection GET;
REGISTERED AS { i751Package 9 };
flowDirectionPackageBeh BEHAVIOUR
DEFINED AS
"This package includes attributes used to indicate the flow direction.";
incomingOamCellsHistoryDataPkg PACKAGE
ATTRIBUTES
incomingOamCells GET;
REGISTERED AS { i751Package 10 };
ingressTrafficDescriptorPkg PACKAGE
ATTRIBUTES
ingressPeakCellRate GET-REPLACE,
ingressCDVTolerancePCR GET-REPLACE,
ingressCDVToleranceSCR GET-REPLACE,
ingressSustainableCellRate GET-REPLACE,
ingressMaxBurstSize GET-REPLACE;
REGISTERED AS { i751Package 11 };
loopbackLocationIdentifierPkg PACKAGE
ATTRIBUTES
loopbackLocationIdentifier GET-REPLACE;
REGISTERED AS { i751Package 12 };
loopbackOAMCellPkg PACKAGE
ACTIONS
loopbackOAMCell;
REGISTERED AS { i751Package 13 };
maxBandwidthPackage PACKAGE
ATTRIBUTES
maxIngressBandwidth GET-REPLACE,
maxEgressBandwidth GET-REPLACE;
REGISTERED AS { i751Package 14 };
monitoredFlowPkg PACKAGE
ATTRIBUTES
monitoredFlow GET;
REGISTERED AS { i751Package 15 };
oamCellCountingPkg PACKAGE
ATTRIBUTES
incomingOamCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET,
outgoingOamCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET;
REGISTERED AS { i751Package 16 };
oamDiscardedCellsHistoryDataPkg PACKAGE
ATTRIBUTES
oamDiscardedCells GET;
REGISTERED AS { i751Package 17 };
oamDiscardedCellsPkg PACKAGE
ATTRIBUTES
oamDiscardedCells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET;
REGISTERED AS { i751Package 18 };
oamEgressTrafficDescriptorPkg PACKAGE
ATTRIBUTES
oamEgressPeakCellRate GET-REPLACE,
oamEgressCDVTolerance GET-REPLACE;
REGISTERED AS { i751Package 19 };
oamIngressTrafficDescriptorPkg PACKAGE
ATTRIBUTES
oamIngressPeakCellRate GET-REPLACE,
oamIngressCDVTolerance GET-REPLACE;
REGISTERED AS { i751Package 20 };
oamSuccessfullyPassedCellsHistoryDataPkg PACKAGE
ATTRIBUTES
oamSuccessfullyPassedCells GET;
REGISTERED AS { i751Package 21 };
oamSuccessfullyPassedCellsPkg PACKAGE
ATTRIBUTES
oamSuccessfullyPassedCells REPLACE-WITH-DEFAULT
DEFAULT VALUE AtmMIBMod.integerZero GET;
REGISTERED AS { i751Package 22 };
outgoingOamCellsHistoryDataPkg PACKAGE
ATTRIBUTES
outgoingOamCells GET;
REGISTERED AS { i751Package 23 };
qosClassesPkg PACKAGE
ATTRIBUTES
ingressQOSClass GET,
egressQOSClass GET;
REGISTERED AS { i751Package 24 };
successfullyPassedCLP0CellsHistoryDataPkg PACKAGE
ATTRIBUTES
successfullyPassedCLP0Cells GET;
REGISTERED AS { i751Package 25 };
successfullyPassedCLP0CellsPkg PACKAGE
ATTRIBUTES
successfullyPassedCLP0Cells REPLACE-WITH-DEFAULT
DEFAULT VALUE AtmMIBMod.integerZero GET;
REGISTERED AS { i751Package 26 };
taggedCLP0CellsHistoryDataPkg PACKAGE
ATTRIBUTES
taggedCLP0Cells GET;
REGISTERED AS { i751Package 27 };
taggedCLP0CellsPkg PACKAGE
ATTRIBUTES
taggedCLP0Cells REPLACE-WITH-DEFAULT DEFAULT VALUE AtmMIBMod.integerZero GET;
REGISTERED AS { i751Package 28 };
vcLevelProfilePackage PACKAGE
ATTRIBUTES
maxNumVCIBitsNearEnd GET,
maxNumVCIBitsSupported GET-REPLACE,
maxNumActiveVCCsAllowed GET-REPLACE,
maxNumActiveVCCsNearEnd GET;
REGISTERED AS { i751Package 29 };
vpLevelProfilePackage PACKAGE
ATTRIBUTES
maxNumVPIBitsNearEnd GET,
maxNumVPIBitsSupported GET-REPLACE,
maxNumActiveVPCsAllowed GET-REPLACE,
maxNumActiveVPCsNearEnd GET;
REGISTERED AS { i751Package 30 };
atmAccessProfileId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR atmAccessProfileIdBeh;
REGISTERED AS { i751Attribute 1 };
atmAccessProfileIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used to name instances of the atmAccessProfile managed
object class.";
atmFabricId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR atmFabricIdBeh;
REGISTERED AS { i751Attribute 2 };
atmFabricIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used to name instances of the atmFabric managed object class.";
backwardPMReportingMechanismActive ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR backwardPMReportingMechanismActiveBeh;
REGISTERED AS { i751Attribute 3 };
backwardPMReportingMechanismActiveBeh BEHAVIOUR
DEFINED AS
"This attribute is used to indicate if backward reporting of performance
data is active or not.";
cellHeaderAbnormalityType ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.CellHeaderAbnormalityType;
MATCHES FOR EQUALITY;
BEHAVIOUR cellHeaderAbnormalityTypeBeh;
REGISTERED AS { i751Attribute 4 };
cellHeaderAbnormalityTypeBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the abnormality associated with the log record.
Valid values for this attribute are: unassigned VPI/VCI Value and
Out-Of-Range VPI/VCI Value.";
cellScramblingEnabled ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR cellScramblingEnabledBeh;
REGISTERED AS { i751Attribute 5 };
cellScramblingEnabledBeh BEHAVIOUR
DEFINED AS
"This attribute identifies whether or not ATM cell scrambling is being
performed over the ATM interface. A value of TRUE (default) is used to
indicate that cell scrambling is being performed.";
continuityMonitorId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR continuityMonitorIdBeh;
REGISTERED AS { i751Attribute 6 };
continuityMonitorIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used for naming bidirectionalContinuityMonitor objects.";
discardedCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR discardedCellsBeh;
REGISTERED AS { i751Attribute 7 };
discardedCellsBeh BEHAVIOUR
DEFINED AS
"This attribute provides a count of the number of ATM cells that were
discarded due to UPC/NPC policing of the combined high and low cell loss
priority traffic.";
discardedCellsHECViolation ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR discardedCellsHECViolationBeh;
REGISTERED AS { i751Attribute 8 };
discardedCellsHECViolationBeh BEHAVIOUR
DEFINED AS
"This attribute provides a count of the number of cells discarded due to
uncorrectable header bit errors.";
discardedCellsInvalidHeader ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR discardedCellsInvalidHeaderBeh;
REGISTERED AS { i751Attribute 9 };
discardedCellsInvalidHeaderBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the number of ATM cells discarded due to header
content errors.";
discardedCLP0Cells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR discardedCLP0CellsBeh;
REGISTERED AS { i751Attribute 10 };
discardedCLP0CellsBeh BEHAVIOUR
DEFINED AS
"This attribute provides a count of the number of cells with CLP=0 that were
discarded due to UPC/NPC policing of high priority (CLP=0) only traffic.";
egressCDVTolerancePCR ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.CDVTolerance;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR egressCDVTolerancePCRBeh;
REGISTERED AS { i751Attribute 11 };
egressCDVTolerancePCRBeh BEHAVIOUR
DEFINED AS
"This attribute represents the egress (with respect to the managed system)
CDV Tolerance related to Peak Cell Rate (PCR) assigned to the VPL or VCL
being terminated.";
egressCDVToleranceSCR ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.CDVTolerance;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR egressCDVToleranceSCRBeh;
REGISTERED AS { i751Attribute 12 };
egressCDVToleranceSCRBeh BEHAVIOUR
DEFINED AS
"This attribute represents the egress (with respect to the managed system)
CDV Tolerance related to Sustainable Cell Rate (SCR) assigned to the VPL or
VCL being terminated.";
egressMaxBurstSize ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.MaxBurstSize;
MATCHES FOR EQUALITY;
BEHAVIOUR egressMaxBurstSizeBeh;
REGISTERED AS { i751Attribute 13 };
egressMaxBurstSizeBeh BEHAVIOUR
DEFINED AS
"This attribute represents the egress (with respect to the managed system)
maximum burst size that has been assigned to the VP or VC link being terminated.";
egressPeakCellRate ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.PeakCellRate;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR egressPeakCellRateBeh;
REGISTERED AS { i751Attribute 14 };
egressPeakCellRateBeh BEHAVIOUR
DEFINED AS
"This attribute is used to indicate the peak cell rate assigned or reserved
in the egress (with respect to the managed element) direction of
transmission across the VP or VC link being terminated.";
egressQOSClass ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.QosClass;
MATCHES FOR EQUALITY;
BEHAVIOUR egressQOSClassBeh;
REGISTERED AS { i751Attribute 15 };
egressQOSClassBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the Quality Of Service (QOS) class assigned to
the VPL or VCL in the egress (with respect to the managed element) direction
of cell transmission. Valid values for this attribute are: Class 0, Class 1,
Class 2, Class 3, and Class 4.";
egressSustainableCellRate ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.SustainableCellRate;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR egressSustainableCellRateBeh;
REGISTERED AS { i751Attribute 16};
egressSustainableCellRateBeh BEHAVIOUR
DEFINED AS
"This traffic descriptor represents the egress (with respect to the managed
system) sustainable cell rate assigned to the link being terminated.";
erroredCellsHECViolation ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR erroredCellsHECViolationBeh;
REGISTERED AS { i751Attribute 17 };
erroredCellsHECViolationBeh BEHAVIOUR
DEFINED AS
"This attribute provides a count of the number of cells with header bit errors.";
feLostCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR feLostCellsBehaviour;
REGISTERED AS { i751Attribute 18 };
feLostCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute countains the count of lost cells that were detected by the
far-end terminal.";
feMisinsertedCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR feMisinsertedCellsBehaviour;
REGISTERED AS { i751Attribute 19 };
feMisinsertedCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute countains the count of misinserted cells that were detected
by the far end terminal.";
fePMDataCollectionMechanismActive ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR fePMDataCollectionMechanismActiveBeh;
REGISTERED AS { i751Attribute 20 };
fePMDataCollectionMechanismActiveBeh BEHAVIOUR
DEFINED AS
"This attribute is used to indicate if far-end performance data collection
is active or not.";
feUserCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR feUserCellsBehaviour;
REGISTERED AS { i751Attribute 21 };
feUserCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute countains the count of incoming user information cells
processed on the termination point being monitored by the far-end terminal.";
flowDirection ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.FlowDirection;
MATCHES FOR EQUALITY;
BEHAVIOUR flowDirectionBeh;
REGISTERED AS { i751Attribute 22 };
flowDirectionBeh BEHAVIOUR
DEFINED AS
"The flowDirection attribute indicates in which direction the monitoring is
made, in relation to the TP by which the monitor object is named. The value
outOfSwitch means that the monitored flow extends from TP toward the
network. The value inToSwitch means that monitored flow extends from TP into
the cross-connect. If both flows (inToSwitch and outOfSwitch) need to be
monitored, then two monitor objects should be created.";
inAverageMonitoringBlockSize ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.AverageMonitoringBlockSize;
MATCHES FOR EQUALITY;
BEHAVIOUR inAverageMonitoringBlockSizeBeh;
REGISTERED AS { i751Attribute 23 };
inAverageMonitoringBlockSizeBeh BEHAVIOUR
DEFINED AS
"This attribute contains the average monitoring block size, associated with
the incoming ATM cell flow along a VPC/VCC. The inAverageMonitoringBlockSize
may be set to a length of 128, 256, 512 or 1024 cells.";
incomingCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR incomingCellsBehaviour;
REGISTERED AS { i751Attribute 24 };
incomingCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute contains the number of incoming cells.";
incomingOamCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR incomingOamCellsBehaviour;
REGISTERED AS { i751Attribute 25 };
incomingOamCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute contains the number of incoming OAM cells.";
ingressCDVTolerancePCR ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.CDVTolerance;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR ingressCDVTolerancePCRBeh;
REGISTERED AS { i751Attribute 26 };
ingressCDVTolerancePCRBeh BEHAVIOUR
DEFINED AS
"This attribute represents the ingress (with respect to the managed system)
CDV Tolerance related to Peak Cell Rate (PCR) assigned to the VPL or VCL
being terminated.";
ingressCDVToleranceSCR ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.CDVTolerance;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR ingressCDVToleranceSCRBeh;
REGISTERED AS { i751Attribute 27 };
ingressCDVToleranceSCRBeh BEHAVIOUR
DEFINED AS
"This attribute represents the ingress (with respect to the managed system)
CDV Tolerance related to Sustainable Cell Rate (SCR) assigned to the VPL or
VCL being terminated.";
ingressMaxBurstSize ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.MaxBurstSize;
MATCHES FOR EQUALITY;
BEHAVIOUR ingressMaxBurstSizeBeh;
REGISTERED AS { i751Attribute 28 };
ingressMaxBurstSizeBeh BEHAVIOUR
DEFINED AS
"This attribute represents the ingress (with respect to the managed system)
maximum burst size that has been assigned to the VP or VC link being terminated.";
ingressPeakCellRate ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.PeakCellRate;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR ingressPeakCellRateBeh;
REGISTERED AS { i751Attribute 29 };
ingressPeakCellRateBeh BEHAVIOUR
DEFINED AS
"This attribute is used to indicate the peak cell rate assigned or reserved
in the ingress (with respect to the managed system) direction of
transmission across the VP or VC link being terminated.";
ingressQOSClass ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.QosClass;
MATCHES FOR EQUALITY;
BEHAVIOUR ingressQOSClassBeh;
REGISTERED AS { i751Attribute 30};
ingressQOSClassBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the Quality of Service (QOS) class assigned to
the VPL or VCL in the gingress (with respect to the managed system)
direction of cell transmission. Valid values for this attribute are: Class
0, Class 1, Class 2, Class 3, and Class 4.";
ingressSustainableCellRate ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.SustainableCellRate;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR ingressSustainableCellRateBeh;
REGISTERED AS { i751Attribute 31 };
ingressSustainableCellRateBeh BEHAVIOUR
DEFINED AS
"This traffic descriptor represents the ingress (with respect to the managed
system) sustainable cell rate assigned to the link being terminated.";
interfacePointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.InterfacePointer;
MATCHES FOR EQUALITY;
BEHAVIOUR interfacePointerBeh;
REGISTERED AS { i751Attribute 32 };
interfacePointerBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the object instance Id of the uni, interNNI, or
intraNNI object with which the cell header abnormality is associated.";
interNNIId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR interNNIIdBeh;
REGISTERED AS { i751Attribute 33 };
interNNIIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used to name instances of the interNNI managed object class.";
intraNNIId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR intraNNIIdBeh;
REGISTERED AS { i751Attribute 34 };
intraNNIIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used to name instances of the intraNNI managed object class.";
loopbackLocationIdentifier ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.OctetString;
MATCHES FOR EQUALITY;
BEHAVIOUR loopbackLocationIdentifierBeh;
REGISTERED AS { i751Attribute 35 };
loopbackLocationIdentifierBeh BEHAVIOUR
DEFINED AS
"This attribute provides a read/write code used for OAM cell loopback
purposes. Incoming OAM Loopback cells with a Loopback Location field value
that matches the value of the loopbackLocationIdentifier attribute shall be
looped-back over the ATM interface.";
lostCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR lostCellsBehaviour;
REGISTERED AS { i751Attribute 36 };
lostCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute countains the count of detected lost cells.";
maxEgressBandwidth ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxEgressBandwidthBeh;
REGISTERED AS { i751Attribute 37 };
maxEgressBandwidthBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum egress bandwidth for the ATM
interface that is available to the managed system for support of
non-provisioned ATM cross-connections.";
maxIngressBandwidth ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxIngressBandwidthBeh;
REGISTERED AS { i751Attribute 38 };
maxIngressBandwidthBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum ingress bandwidth for the ATM
interface that is available to the managed system for support of
non-provisioned ATM cross-connections.";
maxNumActiveVCCsAllowed ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxNumActiveVCCsAllowedBeh;
REGISTERED AS { i751Attribute 39 };
maxNumActiveVCCsAllowedBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum number of concurrently active Virtual
Channel Connections (VCCs) that the entity being profiled (e.g.
tcAdaptorTTPBidirectional or vpTTPBidirectional) has been configured to
support. The managing system is not required to supply this attribute value
in the M-CREATE request of an instance of atmAccessProfile. If the attribute
is not supplied by the managing system, then the attribute value shall be
determined by the managed system, and reported to the managing system in the
M-CREATE response. If the value of the attribute supplied by the managing
system is greater than the managed system capability, the managed system
will set the value.";
maxNumActiveVCCsNearEnd ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxNumActiveVCCsNearEndBeh;
REGISTERED AS { i751Attribute 40 };
maxNumActiveVCCsNearEndBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum number of concurrently active Virtual
Channel Connections (VCCs) that can be locally supported by the entity being
profiled (e.g. tcAdaptorTTPBidirectional or vpTTPBidirectional). The
managing system shall not supply this attribute value in the M-CREATE
request. The attribute value shall be determined by the managed system
according to its capability, and shall be reported in the M-CREATE response.";
maxNumActiveVPCsAllowed ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxNumActiveVPCsAllowedBeh;
REGISTERED AS { i751Attribute 41 };
maxNumActiveVPCsAllowedBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum number of concurrently active Virtual
Path Connections (VPCs) that the interface has been configured to support.
The managing system is not required to supply this attribute value in the
M-CREATE request of an instance of atmAccessProfile. If the attribute is not
supplied by the managing system, then the attribute value shall be
determined by the managed system, and reported to the managing system in the
M-CREATE response. If the value of the attribute supplied by the managing
system is greater than the managed system capability, the managed system
will set the value.";
maxNumActiveVPCsNearEnd ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxNumActiveVPCsNearEndBeh;
REGISTERED AS { i751Attribute 42 };
maxNumActiveVPCsNearEndBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum number of concurrently active Virtual
Path Connections (VPCs) that can be locally supported by the equipment
terminating the UNI, inter-NNI, or intra-NNI. The managing system shall not
supply this attribute value in the M-CREATE request. The attribute value
shall be determined by the managed system according to its capability, and
shall be reported in the M-CREATE response.";
maxNumVCIBitsNearEnd ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxNumVCIBitsNearEndBeh;
REGISTERED AS { i751Attribute 43 };
maxNumVCIBitsNearEndBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum number of contiguous VCI bits,
starting from the least significant bit, that can be locally supported by
the equipment terminating the UNI, inter-NNI, or intra-NNI. The default
value for this attribute is the entire VCI field length of the ATM cell,
i.e. 16 bits. The managing system shall not supply this attribute value in
the M-CREATE request. The attribute value shall be determined by the managed
system according to its capability, and shall be reported in the M-CREATE
response.";
maxNumVCIBitsSupported ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxNumVCIBitsSupportedBeh;
REGISTERED AS { i751Attribute 44 };
maxNumVCIBitsSupportedBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum number of contiguous VCI bits,
starting from the least significant bit, that may be used over the UNI,
inter-NNI, or intra-NNI. The managing system is not required to supply this
attribute value in the M-CREATE request of an instance of atmAccessProfile.
If the attribute is not supplied by the managing system, then the attribute
value shall be determined by the managed system, and reported to the
managing system in the M-CREATE response. If the value of the attribute
supplied by the managing system is greater than the managed system capability,
the managed system will set the value.";
maxNumVPIBitsNearEnd ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxNumVPIBitsNearEndBeh;
REGISTERED AS { i751Attribute 45 };
maxNumVPIBitsNearEndBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum number of contiguous VPI bits,
starting from the least significant bit, that can be locally supported by
the equipment terminating the UNI, inter-NNI, or intra-NNI. The default
value for this attribute is the entire VPI field length of the ATM cell (8
bits for UNIs and 12 bits for NNIs). The managing system shall not supply
this attribute value in the M-CREATE request. The attribute value shall be
determined by the managed system according to its capability, and shall be
reported in the M-CREATE response.";
maxNumVPIBitsSupported ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR maxNumVPIBitsSupportedBeh;
REGISTERED AS { i751Attribute 46 };
maxNumVPIBitsSupportedBeh BEHAVIOUR
DEFINED AS
"This attribute identifies the maximum number of contiguous VPI bits,
starting from the least significant bit, that may be used over the UNI,
inter-NNI, or intra-NNI.The managing system is not required to supply this
attribute value in the M-CREATE request of an instance of atmAccessProfile.
If the attribute is not supplied by the managing system, then the attribute
value shall be determined by the managed system, and reported to the
managing system in the M-CREATE response. If the value of the attribute
supplied by the managing system is greater than the managed system capability,
the managed system will set the value.";
misinsertedCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR misinsertedCellsBehaviour;
REGISTERED AS { i751Attribute 47 };
misinsertedCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute countains the count of detected misinserted cells.";
monitoredFlow ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.OamCellType;
MATCHES FOR EQUALITY;
BEHAVIOUR monitoredFlowBeh;
REGISTERED AS { i751Attribute 48 };
monitoredFlowBeh BEHAVIOUR
DEFINED AS
"This attribute is used for indicating if the non-intrusive Performance
Monitoring is segment or end to end.";
oamDiscardedCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR oamDiscardedCellsBeh;
REGISTERED AS { i751Attribute 49 };
oamDiscardedCellsBeh BEHAVIOUR
DEFINED AS
"This attribute Contains the number of OAM cells discarded by the UPC or NPC
functions.";
oamEgressCDVTolerance ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.CDVTolerance;
MATCHES FOR EQUALITY,ORDERING;
BEHAVIOUR oamEgressCDVToleranceBeh;
REGISTERED AS { i751Attribute 50 };
oamEgressCDVToleranceBeh BEHAVIOUR
DEFINED AS
"This attribute is used to indicate the oam cell delay variation assigned or
reserved in the oam egress direction.";
oamEgressPeakCellRate ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.PeakCellRate;
MATCHES FOR EQUALITY,ORDERING;
BEHAVIOUR oamEgressPeakCellRateBeh;
REGISTERED AS { i751Attribute 51 };
oamEgressPeakCellRateBeh BEHAVIOUR
DEFINED AS
"This attribute is used to indicate the oam peak cell rate assigned or
reserved in the oam egress direction.";
oamIngressCDVTolerance ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.CDVTolerance;
MATCHES FOR EQUALITY,ORDERING;
BEHAVIOUR oamIngressCDVToleranceBeh;
REGISTERED AS { i751Attribute 52 };
oamIngressCDVToleranceBeh BEHAVIOUR
DEFINED AS
"This attribute is used to indicate the oam cell delay variation assigned or
reserved in the oam ingress direction.";
oamIngressPeakCellRate ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.PeakCellRate;
MATCHES FOR EQUALITY,ORDERING;
BEHAVIOUR oamIngressPeakCellRateBeh;
REGISTERED AS { i751Attribute 53 };
oamIngressPeakCellRateBeh BEHAVIOUR
DEFINED AS
"This attribute is used to indicate the oam peak cell rate assigned or
reserved in the oam ingress direction.";
oamSuccessfullyPassedCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR oamSuccessfullyPassedCellsBeh;
REGISTERED AS { i751Attribute 54 };
oamSuccessfullyPassedCellsBeh BEHAVIOUR
DEFINED AS
"This attribute Contains the number of OAM cells successfully passed through
the UPC or NPC functions.";
outAverageMonitoringBlockSize ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.AverageMonitoringBlockSize;
MATCHES FOR EQUALITY;
BEHAVIOUR outAverageMonitoringBlockSizeBeh;
REGISTERED AS { i751Attribute 55 };
outAverageMonitoringBlockSizeBeh BEHAVIOUR
DEFINED AS
"This attribute contains the average monitoring block size, associated with
the outgoing direction of a monitored ATM cell flow along a VPC/VCC. The
outAverageMonitoringBlockSize may be set to a length of 128, 256, 512 or
1024 cells. This attribute is automatically set as a result of the VPC
performance monitoring activation.";
outgoingCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR outgoingCellsBehaviour;
REGISTERED AS { i751Attribute 56 };
outgoingCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute contains the number of outgoing cells.";
outgoingOamCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR outgoingOamCellsBehaviour;
REGISTERED AS { i751Attribute 57 };
outgoingOamCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute contains the number of outgoing OAM cells.";
performanceMonitorId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR performanceMonitorIdBeh;
REGISTERED AS { i751Attribute 58 };
performanceMonitorIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used for naming bidirectionalPerformanceMonitor objects.";
segmentEndPoint ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR segmentEndPointBeh;
REGISTERED AS { i751Attribute 59 };
segmentEndPointBeh BEHAVIOUR
DEFINED AS
"This boolean attribute indicates whether the vpCTPBidirectional object
instance or vcCTPBidirectional object instance has been configured to
represent an end-point of a VPC or VCC Segment, respectively.";
sinkCCMechanismActive ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR sinkCCMechanismActiveBeh;
REGISTERED AS { i751Attribute 60 };
sinkCCMechanismActiveBeh BEHAVIOUR
DEFINED AS
"This attribute indicates whether the processing of the CC OAM flow is active.";
sinkPMMechanismActive ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR sinkPMMechanismActiveBeh;
REGISTERED AS { i751Attribute 61 };
sinkPMMechanismActiveBeh BEHAVIOUR
DEFINED AS
"This attribute indicates whether the processing of the PM OAM flow is active.";
sourceCCMechanismActive ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR sourceCCMechanismActiveBeh;
REGISTERED AS { i751Attribute 62 };
sourceCCMechanismActiveBeh BEHAVIOUR
DEFINED AS
"This attribute indicates whether the generation of the CC OAM flow is active.";
sourcePMMechanismActive ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR sourcePMMechanismActiveBeh;
REGISTERED AS { i751Attribute 63 };
sourcePMMechanismActiveBeh BEHAVIOUR
DEFINED AS
"This attribute indicates whether the generation of the PM OAM flow is active.";
successfullyPassedCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR successfullyPassedCellsBeh;
REGISTERED AS { i751Attribute 64 };
successfullyPassedCellsBeh BEHAVIOUR
DEFINED AS
"This attribute represents the number of ATM cells that where received and
successfully passed (i.e. not discarded) by the UPC/NPC function after
performing policing functions on the combined high and low cell loss
priority traffic.";
successfullyPassedCLP0Cells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR successfullyPassedCLP0CellsBeh;
REGISTERED AS { i751Attribute 65 };
successfullyPassedCLP0CellsBeh BEHAVIOUR
DEFINED AS
"This attribute represents the number of ATM cells that where received and
successfully passed (i.e. not discarded) by the UPC/NPC function after
performing policing functions on the high priority (CLP=0) traffic.";
taggedCLP0Cells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR taggedCLP0CellsBeh;
REGISTERED AS { i751Attribute 66 };
taggedCLP0CellsBeh BEHAVIOUR
DEFINED AS
"This attribute provides a count of the number of cells with CLP=0 that were
tagged (i.e. CLP reset to 1) by the UPC or NPC function.";
tcTTPId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR tcTTPIdBeh;
REGISTERED AS { i751Attribute 67 };
tcTTPIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used for naming instances of the
tcAdaptorTTPBidirectional managed object class.";
underlyingTTPPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.PointerOrNull;
MATCHES FOR EQUALITY;
BEHAVIOUR underlyingTTPPointerBeh;
REGISTERED AS { i751Attribute 68 };
underlyingTTPPointerBeh BEHAVIOUR
DEFINED AS
"This attribute provides a pointer relationship to the
tcAdaptorTTPBidirectional object or vpTTPBidirectional object that provides
the underlying ATM transport for the interface.";
uniId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR uniIdBeh;
REGISTERED AS { i751Attribute 69 };
uniIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used for naming instances of the uni managed object class.";
userCells ATTRIBUTE
DERIVED FROM "Rec. X.721 | ISO/IEC 10165-2":counter;
BEHAVIOUR userCellsBehaviour;
REGISTERED AS { i751Attribute 70 };
userCellsBehaviour BEHAVIOUR
DEFINED AS
"This attribute countains the count of incoming user information cells
processed on the termination point being monitored.";
vcCTPId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.VciValue;
MATCHES FOR EQUALITY;
BEHAVIOUR vcCTPIdBeh;
REGISTERED AS { i751Attribute 71 };
vcCTPIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used for naming instances of the vcCTPBidirectional
managed object class. The value of this attribute shall be set equal to the
VCI value of the Virtual Channel Link (VCL) being terminated.";
vciValue ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR vciValueBeh;
REGISTERED AS { i751Attribute 72 };
vciValueBeh BEHAVIOUR
DEFINED AS
"This attribute represents the VCI Value in the header of the discarded ATM cell.";
vcTTPId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR vcTTPIdBeh;
REGISTERED AS { i751Attribute 73 };
vcTTPIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used for naming instances of the vcTTPBidirectional
managed object class.";
vpCTPId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.VpiValue;
MATCHES FOR EQUALITY;
BEHAVIOUR vpCTPIdBeh;
REGISTERED AS { i751Attribute 74 };
vpCTPIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used for naming instances of the vpCTPBidirectional
managed object class. This attribute shall be set equal to the VPI value of
the Virtual Path Link (VPL) being terminated.";
vpiValue ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR vpiValueBeh;
REGISTERED AS { i751Attribute 75 };
vpiValueBeh BEHAVIOUR
DEFINED AS
"This attribute represents the VPI value in the header of the discarded ATM cell.";
vpTTPId ATTRIBUTE
WITH ATTRIBUTE SYNTAX AtmMIBMod.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR vpTTPIdBeh;
REGISTERED AS { i751Attribute 76 };
vpTTPIdBeh BEHAVIOUR
DEFINED AS
"This attribute is used for naming instances of the vpTTPBidirectional
managed object class.";
connect ACTION
BEHAVIOUR connectBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX AtmMIBMod.ConnectInformation;
WITH REPLY SYNTAX AtmMIBMod.ConnectReply;
REGISTERED AS { i751Action 1 };
connectBeh BEHAVIOUR
DEFINED AS
*This action is used to establish a point-to-point ATM connection two
between termination points. The termination points to be connected can be
identified explicitly by specifying the associated vcCTPBidirectional object
or vpCTPBidirectional object, or by specifying the charcteristics of each
termination point. Multiple point-to-point connections may be requested with
a single connect ACTION.
If a valid end point descriptor is provided and the connect request can be
successfully carried out, the managed system would reserve the necessary
resources such as the VPI and/or VCI value, and automatically create the
necessary VP/VC termination points (e.g. the VP CTPs, VP TTPs, and VC CTPs)
for the cross-connection.
The result, if successful, always returns an explicit list of termination
points. Successful execution of this action would result in the creation of
an instance of the atmCrossConnection object. This cross-connection object
has the fromTermination and toTermination attributes pointing to the two
termination points. The administrativeState attribute in the
cross-connection object is initialized according to the values provided in
the action request information. If the administrativeState parameter is
omitted, the administrative state will be set to "unlocked".
If the administrativeState in the atmCrossConnection object is unlocked, the
upstreamConnectivityPointer and downstreamConnectivityPointer in the two
termination points are set to the distinguished name of the (peer)
termination point to which it is connected. Also, the
crossConnectionObjectPointer in the termination points shall point to the
atmCrossConnection object.
This action will fail if any of the termination points specified are already
involved in a cross-connection, any of the termination point descriptors
specified cannot be satisfied, or the two termination points do not have
compatible termination point descriptors. This action will also fail if any
of the CTPs to be cross-connected have non-NULL values for the
upStreamConnectivityPointer and downStreamConnectivityPointer attributes.*;
controlCC ACTION
BEHAVIOUR controlCCBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX AtmMIBMod.ControlCCInformation;
WITH REPLY SYNTAX AtmMIBMod.ControlCCResult;
REGISTERED AS { i751Action 2 };
controlCCBeh BEHAVIOUR
DEFINED AS
"This action is used to request both the activation and deactivation of the
Continuity Check OAM cell generation and processing procedures at the
termination points upon which the continuity check function is performed,
i.e. the VPC or VPC/VCC Segment.
Since it applies to bidirectionalContinuityMonitor objects, this action may,
eg, requests the activation one way and the deactivation the other way.";
controlPM ACTION
BEHAVIOUR controlPMBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX AtmMIBMod.ControlPMInformation;
WITH REPLY SYNTAX AtmMIBMod.ControlPMResult;
REGISTERED AS { i751Action 3 };
controlPMBeh BEHAVIOUR
DEFINED AS
"This action is used to request both the activation and deactivation of the
Performance Monitoring OAM cell generation and processing procedures at the
termination point upon which the performance monitoring function is performed,
i.e. the VPC or VPC/VCC Segment. Since it applies to
bidirectionalPerformancelMonitor objects, this action may, e.g. requests the
activation one way and the deactivation the other way.";
disconnect ACTION
BEHAVIOUR disconnectBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX AtmMIBMod.DisconnectInformation;
WITH REPLY SYNTAX AtmMIBMod.DisconnectResult;
REGISTERED AS { i751Action 4 };
disconnectBeh BEHAVIOUR
DEFINED AS
"This action is used to take down a point-to-point cross-connection. The
connection to be taken down is specified by identifying a termination point
of the connection. The other termination point of the point-to-point
connection is implicitly disconnected as well and the cross-connection
object is deleted. The connectivity pointers in the disconnected termination
points will be set to NULL as a result of this action. Disconnection of
multiple point-to-point connections can be requested by providing multiple
CTP object instances in the DisconnectInformation. Each component in the
DisconnectResult sequence provides the disconnection result for the
corresponding components of the DisconnectInformation sequence.
This action shall not result in the deletion of any of the termination point
objects, even if one or both of the termination point objects were created
as a result of the connect action.";
loopbackOAMCell ACTION
BEHAVIOUR loopbackOAMCellBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX AtmMIBMod.LoopbackOAMCellInfo;
WITH REPLY SYNTAX AtmMIBMod.LoopbackOAMCellReply;
REGISTERED AS { i751Action 5 };
loopbackOAMCellBeh BEHAVIOUR
DEFINED AS
"This action is used to request a vpCTPBidirectional, vcCTPBidirectional,
vpTTPBidirectional, or vcTTPBidirectional object to insert (in the outgoing
direction) a loopback OAM cell into the ATM cell stream and verify its return.
Supplied along with this action is the loopbackLocation information. This
information identifies the downstream vpCTPBidirectional,
vcCTPBidirectional, vpTTPBidirectional, or vcTTPBidirectional object
instance responsible for looping back the OAM cell. The loopbackLocation
value of TRUE-NULL (default) can be used to request the end-point of the ATM
connection or connection segment to loopback the OAM cell. Also supplied
with this information is an indication as to whether or not the OAM Loopback
Cell to be inserted shall be of the segment type or of the end-to-end type.";
atmAccessProfile-tcAdaptorTTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS atmAccessProfile AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS tcAdaptorTTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE atmAccessProfileId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 1 };
atmAccessProfile-vpTTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS atmAccessProfile AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS vpTTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE atmAccessProfileId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 2 };
atmCrossConnection-atmFabric NAME BINDING
SUBORDINATE OBJECT CLASS atmCrossConnection AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS atmFabric AND SUBCLASSES;
WITH ATTRIBUTE "ITU-T M.3100":crossConnectionId;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 3 };
atmFabric-managedElementR1 NAME BINDING
SUBORDINATE OBJECT CLASS atmFabric AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS "ITU-T M.3100":managedElementR1
AND SUBCLASSES;
WITH ATTRIBUTE atmFabricId;
REGISTERED AS { i751NameBinding 4 };
atmTrafficLoadCurrentData-interNNI NAME BINDING
SUBORDINATE OBJECT CLASS atmTrafficLoadCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS interNNI AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 5 };
atmTrafficLoadCurrentData-intraNNI NAME BINDING
SUBORDINATE OBJECT CLASS atmTrafficLoadCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS intraNNI AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 6 };
atmTrafficLoadCurrentData-uni NAME BINDING
SUBORDINATE OBJECT CLASS atmTrafficLoadCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS uni AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 7 };
atmTrafficLoadCurrentData-vcCTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS atmTrafficLoadCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS vcCTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 8 };
atmTrafficLoadCurrentData-vpCTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS atmTrafficLoadCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS vpCTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 9 };
bidirectionalContinuityMonitor-vcCTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS bidirectionalContinuityMonitor;
NAMED BY SUPERIOR OBJECT CLASS vcCTPBidirectional;
WITH ATTRIBUTE continuityMonitorId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 10 };
bidirectionalContinuityMonitor-vcTTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS bidirectionalContinuityMonitor;
NAMED BY SUPERIOR OBJECT CLASS vcTTPBidirectional;
WITH ATTRIBUTE continuityMonitorId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 11 };
bidirectionalContinuityMonitor-vpCTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS bidirectionalContinuityMonitor;
NAMED BY SUPERIOR OBJECT CLASS vpCTPBidirectional;
WITH ATTRIBUTE continuityMonitorId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 12 };
bidirectionalContinuityMonitor-vpTTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS bidirectionalContinuityMonitor;
NAMED BY SUPERIOR OBJECT CLASS vpTTPBidirectional;
WITH ATTRIBUTE continuityMonitorId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 13 };
bidirectionalPerformanceMonitor-vcCTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS bidirectionalPerformanceMonitor;
NAMED BY SUPERIOR OBJECT CLASS vcCTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE performanceMonitorId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 14 };
bidirectionalPerformanceMonitor-vcTTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS bidirectionalPerformanceMonitor;
NAMED BY SUPERIOR OBJECT CLASS vcTTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE performanceMonitorId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 15 };
bidirectionalPerformanceMonitor-vpCTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS bidirectionalPerformanceMonitor;
NAMED BY SUPERIOR OBJECT CLASS vpCTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE performanceMonitorId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 16 };
bidirectionalPerformanceMonitor-vpTTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS bidirectionalPerformanceMonitor;
NAMED BY SUPERIOR OBJECT CLASS vpTTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE performanceMonitorId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 17 };
cellLevelProtocolCurrentData-uni NAME BINDING
SUBORDINATE OBJECT CLASS cellLevelProtocolCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS uni AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 18 };
cellLevelProtocolCurrentData-interNNI NAME BINDING
SUBORDINATE OBJECT CLASS cellLevelProtocolCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS interNNI AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 19 };
cellLevelProtocolCurrentData-intraNNI NAME BINDING
SUBORDINATE OBJECT CLASS cellLevelProtocolCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS intraNNI AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 20 };
interNNI-managedElementR1 NAME BINDING
SUBORDINATE OBJECT CLASS interNNI AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS "ITU-T M.3100":managedElementR1 AND
SUBCLASSES;
WITH ATTRIBUTE interNNIId;
CREATE
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 21 };
intraNNI-managedElementR1 NAME BINDING
SUBORDINATE OBJECT CLASS intraNNI AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS "ITU-T M.3100":managedElementR1 AND
SUBCLASSES;
WITH ATTRIBUTE intraNNIId;
CREATE
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 22 };
tcAdaptorTTPBidirectional-managedElementR1 NAME BINDING
SUBORDINATE OBJECT CLASS tcAdaptorTTPBidirectional AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS "ITU-T M.3100":managedElementR1
AND SUBCLASSES;
WITH ATTRIBUTE tcTTPId;
REGISTERED AS { i751NameBinding 23 };
tcAdaptorCurrentData-tcAdaptorTTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS tcAdaptorCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS tcAdaptorTTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 24 };
uni-managedElementR1 NAME BINDING
SUBORDINATE OBJECT CLASS uni AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS "ITU-T M.3100":managedElementR1 AND
SUBCLASSES;
WITH ATTRIBUTE uniId;
CREATE
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 25 };
upcNpcCurrentData-vcCTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS upcNpcCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS vcCTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 26 };
upcNpcCurrentData-vpCTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS upcNpcCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS vpCTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 27 };
vcCTPBidirectional-vpTTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS vcCTPBidirectional AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS vpTTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE vcCTPId;
CREATE
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 28 };
vcTTPBidirectional-managedElementR1 NAME BINDING
SUBORDINATE OBJECT CLASS vcTTPBidirectional AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS "ITU-T M.3100":managedElementR1 AND
SUBCLASSES;
WITH ATTRIBUTE vcTTPId;
CREATE
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 29 };
vpCTPBidirectional-tcAdaptorTTPBidirectional NAME BINDING
SUBORDINATE OBJECT CLASS vpCTPBidirectional AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS tcAdaptorTTPBidirectional AND SUBCLASSES;
WITH ATTRIBUTE vpCTPId;
CREATE
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 30 };
vpTTPBidirectional-managedElementR1 NAME BINDING
SUBORDINATE OBJECT CLASS vpTTPBidirectional AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS "ITU-T M.3100":managedElementR1 AND
SUBCLASSES;
WITH ATTRIBUTE vpTTPId;
CREATE
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 31 };
vpVcPMCurrentData-bidirectionalPerformanceMonitor NAME BINDING
SUBORDINATE OBJECT CLASS vpVcPMCurrentData AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS bidirectionalPerformanceMonitor AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739:1993":scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS { i751NameBinding 32 };
characterises RELATIONSHIP CLASS
BEHAVIOUR characterisesBehaviour;
ROLE server
REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality1
ROLE profile
REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality1
PERMITTED-RELATIONSHIP-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality1;
REGISTERED AS {i751RelationshipClass 01};
characterisesBehaviour BEHAVIOUR
DEFINED AS
"This relationship class is used to characterise an ATM interface.";
characterisesMapping RELATIONSHIP MAPPING
RELATIONSHIP CLASS characterises;
BEHAVIOUR characterisesMappingBehaviour;
ROLE profile RELATED-CLASSES atmAccessProfile REPRESENTED-BY
NAMING atmAccessProfile-tcAdaptorTTPBidirectional USING SUBORDINATE,
ROLE server RELATED-CLASSES
"ITU-T Rec. M.3100 (1995)":trailTerminationPointBidirectional;
REGISTERED AS {i751RelationshipMapping 01};
characterisesMappingBehaviour BEHAVIOUR
DEFINED AS
"This relationship mapping indicates how an atmAccessProfile and a
characterised Trail Termination Point are involved to configure an ATM
interface. This Characterised TTP may characterise a UNI or an NNI . More
than one characterised TTP may be utilised for a given physical interface.
The ATM Access Profile may not exist independently of the characterised TTP.";
associates RELATIONSHIP CLASS
BEHAVIOUR associatesBehaviour;
ROLE server REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality1
ROLE interfaceDescriptor REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality1;
REGISTERED AS {i751RelationshipClass 02};
associatesBehaviour BEHAVIOUR
DEFINED AS
"This relationship class associates an interface descriptor e.g. UNI or NNI
with a configured TTP e.g. tcAdaptor TTP. The interface descriptor and the
configured TTP may exist independently.";
tcAdaptorAssociateMapping RELATIONSHIP MAPPING
RELATIONSHIP CLASS associates;
BEHAVIOUR simpleAssociatesMappingBehaviour;
ROLE server RELATED-CLASSES tcAdaptorTTPBidirectional,
ROLE interfaceDescriptor RELATED-CLASSES uni
interNNI
intraNNI
REPRESENTED-BY ATTRIBUTE underlyingTTPPointer;
REGISTERED AS {i751RelationshipMapping 02};
simpleAssociatesMappingBehaviour BEHAVIOUR
DEFINED AS
"This relationship mapping indicates how a UNI or NNI may set up an ATM
interface by association with a TC Adaptor TTP.";
vpAssociatesMapping RELATIONSHIP MAPPING
RELATIONSHIP CLASS associates;
BEHAVIOUR complexAssociatesMappingBehaviour;
ROLE server RELATED-CLASSES vpTTPBidirectional,
ROLE interfaceDescriptor RELATED-CLASSES uni
REPRESENTED-BY ATTRIBUTE underlyingTTPPointer;
REGISTERED AS {i751RelationshipMapping 03};
complexAssociatesMappingBehaviour BEHAVIOUR
DEFINED AS
"This relationship mapping indicates how a UNI may set up a VPTTP
Bidirectional as part of an ATM interface where the underlying UNI or NNI is
set up independently by a separate association with a TC Adaptor TTP.";
client-server RELATIONSHIP CLASS
BEHAVIOUR client-serverBehaviour;
ROLE client
REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality0N
ROLE server
REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality1;
REGISTERED AS {i751RelationshipClass 03};
client-serverBehaviour BEHAVIOUR
DEFINED AS
"This relationship class is used to express the client to layer relationship
of transmission entities of different layers as described in ITU-T
Recommendation G.805.";
client-serverMapping RELATIONSHIP MAPPING
RELATIONSHIP CLASS client-server;
BEHAVIOUR client-serverMappingBehaviour BEHAVIOUR DEFINED AS
"This definition is missing";;
ROLE client RELATED-CLASSES "ITU-T M.3100":connectionTerminationPointBidirectional,
-- REPRESENTED-BY-NAMING client-serverName RELATED-TO server, -- -- -
-- should
-- be
-- REPRESENTED-BY
-- NAMING
-- - no such name binding
-- - RELATED TO server should be USING SUBORDINATE
ROLE server RELATED-CLASSES "ITU-T M.3100":trailTerminationPointBidirectional;
REGISTERED AS {i751RelationshipMapping 04};
sublayerClient-server RELATIONSHIP CLASS
BEHAVIOUR sublayerClient-serverBehaviour;
ROLE sublayerTTP
REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality01
ROLE server
REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality1;
REGISTERED AS {i751RelationshipClass 04};
sublayerClient-serverBehaviour BEHAVIOUR
DEFINED AS
"This relationship class is used to express the client to server
relationship between a transmission entity in a server layer and a
transmission entity in a client sublayer as described in ITU-T
Recommendation G.805.";
sublayerClient-serverMapping RELATIONSHIP MAPPING
RELATIONSHIP CLASS sublayerClient-server;
BEHAVIOUR sublayerClient-serverMappingBehaviour;
ROLE sublayerTTP RELATED-CLASSES tcAdaptorTTPBidirectional,
ROLE server RELATED-CLASSES "ITU-T M.3100":trailTerminationPointBidirectional
REPRESENTED-BY ATTRIBUTE "ITU-T M.3100":supportedByObjectList;
REGISTERED AS {i751RelationshipMapping 05};
sublayerClient-serverMappingBehaviour BEHAVIOUR
DEFINED AS
"This relationship mapping indicates how a VC4 TTP can support a tcAdaptor
TTP representing the Transmission Convergence sublayer. UNI or NNI may set
up an ATM interface by association with a TC Adaptor TTP.";
connection RELATIONSHIP CLASS
BEHAVIOUR connectionBehaviour;
ROLE a
REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality1
ROLE z
REQUIRED-ROLE-CARDINALITY-CONSTRAINT AtmMIBMod.Cardinality1;
REGISTERED AS {i751RelationshipClass 05};
connectionBehaviour BEHAVIOUR
DEFINED AS
"This relationship class is used to express the connectivity between
termination points in the same G.805 layer.";
tTPtoCTPconnectionMapping RELATIONSHIP MAPPING
RELATIONSHIP CLASS connection ;
BEHAVIOUR tTPtoCTPConnectionMappingBehaviour;
ROLE a RELATED-CLASSES "ITU-T M.3100":trailTerminationPointBidirectional
REPRESENTED-BY ATTRIBUTE "ITU-T Rec. M.3100 (1995)":downstreamConnectivityPointer,
ROLE z RELATED-CLASSES "ITU-T M.3100":connectionTerminationPointBidirectional
REPRESENTED-BY ATTRIBUTE "ITU-T Rec. M.3100 (1995)":upstreamConnectivityPointer;
REGISTERED AS {i751RelationshipMapping 06};
tTPtoCTPConnectionMappingBehaviour BEHAVIOUR
DEFINED AS
"This relationship mapping indicates how a trailTerminationPoint and a
connectionTerminationPoint are involed in a connectivity relationship in
the same layer.";
cTPtoTTPconnectionMapping RELATIONSHIP MAPPING
RELATIONSHIP CLASS connection;
BEHAVIOUR cTPtoTTPConnectionMappingBehaviour;
ROLE a RELATED-CLASSES "ITU-T M.3100":connectionTerminationPointBidirectional
REPRESENTED-BY ATTRIBUTE "ITU-T Rec. M.3100 (1995)":upstreamConnectivityPointer,
ROLE z RELATED-CLASSES "ITU-T M.3100":trailTerminationPointBidirectional
REPRESENTED-BY ATTRIBUTE "ITU-T Rec. M.3100 (1995)":downstreamConnectivityPointer;
REGISTERED AS {i751RelationshipMapping 07};
cTPtoTTPConnectionMappingBehaviour BEHAVIOUR
DEFINED AS
"This relationship mapping indicates how a connectionTerminationPoint and a
trailTerminationPoint are involved in a connectivity relationship in the
same layer.";
atmFabric MANAGED OBJECT CLASS
DERIVED FROM "Rec. X.721| ISO/IEC 10165-2":top;
CHARACTERIZED BY
atmFbricPackage PACKAGE
BEHAVIOUR atmFabricBeh;
ATTRIBUTES
atmFabricId GET,
"Rec. X.721|ISO/IEC-10165-2":administrativeState GET-REPLACE,
"Rec. X.721|ISO/IEC-10165-2":operationalState GET,
"Rec. X.721|ISO/IEC-10165-2":availabilityStatus GET;
ACTIONS
connect,
disconnect,
connectMultipointBridge,
disconnectMultipointBridge,
addTpsToMultipointBridge,
removeTpsFromMultipointBridge;;;
REGISTERED AS {};
atmFabricBeh BEHAVIOUR
DEFINED AS
"This object class represents the function of managing the establishment and
release of ATM cross-
connections.
Administrative State:
- Unlocked: The atmFabric is allowed to perform its normal functions.
ACTIONS will be accepted to set up, rearrange or remove cross-connections
(including multipoint).
- Locked: The atmFabric is not allowed to perform its normal functions. No
ACTIONS will be accepted. No new multipoint cross-connections can be set
up or removed and no multipoint connections may be rearranged. Operational State:
- Enabled: When the Fabric is in the enabled operational state, it may be
fully operational or partially operational (partially operational is
indicated by the availability status attribute).
- Disabled: The Fabric is incapable of performing its normal function. For
instance, the managing system will not be able to
set up or remove any cross-connection.
Availability Status:
The supported values for this attribute are:
- Degraded: The Fabric is degraded in some respect. For instance, the Fabric
cannot perform the function of establishing new cross-connections while it
can still accept - ACTIONS to rearrange existing connections. The Fabric
remains available for service (i.e. its operational state is enabled)
while it is degraded.
- Empty SET (none of the availableStatus conditions exist).";
connectMultipointBridge ACTION
BEHAVIOUR connectMultipointBridgeBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX I751.ConnectMultipointBridgeInfo;
WITH REPLY SYNTAX I751.ConnectMultipointBridgeReply;
REGISTERED AS {};
connectMultipointBridgeBeh BEHAVIOUR
DEFINED AS
"This action is used to establish a multipoint connection between
vpCTPBidirectional or vcCTPBidirectional objects. Four types of multipoint
connections can be established using this action: broadcast, merge,
broadcast/merge (composite), and full multipoint.
The multipointConnectionType attribute of this action is used to identify
the desired connection type. Note that this action will result in the
cross-connection of CTP objects to an instance of the multipointBridge object.
Primary CTP - This parameter identifies a termination point
(vpCTPBidirectional or vcCTPBidirectional object) or an end point descriptor
for the termination point that generates traffic to broadcase and/or
receives merged traffic for broadcast, merge, or composite multipoint
connection types. For full multipoint connections (i.e. all legs communicate
with all other legs), the value of this attribute shall be set to NULL. The
termination point identified derived from this parameter is contained in the
primaryCTP attribute of the multipointBridge object.
Common CTPs - This identifies end point descriptor or CTP object instances
(vpCTPBidirectional object class or vcCTPBidirectional object class) of all
legs of the multipoint connection except the leg identified via the
primaryCTP attribute. For full multipoint cross-connections, all the legs of
the multipoint cross-connection shall be identified by this attribute. The
termination points derived from this parameter are contained in the
commonCTPs attributes of the multipointBridge.
Administrative State - This parameter will be used as the initial value for
the administrativeState attributes in multipointBridge and its associated
cross-connection objects.
The action will fail if the primaryCTP is specified but cannot be connected
or none of the commonCTPs can be connected. If the action is accepted, the
result would return the primaryCTP termination point, the connected common
CTPs, and a problem cause for each of the non-connected common CTPs.";
disconnectMultipointBridge ACTION
BEHAVIOUR disconnectMultipointBridgeBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX I751.DisconnectMultipointBridgeInfo;
WITH REPLY SYNTAX I751.DisconnectMultipointBridgeReply;
REGISTERED AS {};
disconnectMultipointBridgeBeh BEHAVIOUR
DEFINED AS
"This action is used to release a multipoint cross-connection. Supplied with
this action is the instance of the multipointBridge object supporting the
multipoint cross-connection.
If any of the commonCTPs cannot be disconnected, the primaryCTP, if any,
should not be disconnected. If the multipointBridge is not completely
disconnected, the action result would indicate which commonCTPs have been
disconnected and which commonCTPs are not disconnected and why.";
addTpsToMultipointBridge ACTION
BEHAVIOUR addTpsToMultipointBridgeBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX I751.AddTpsToMultipointBridgeInfo;
WITH REPLY SYNTAX I751.AddTpsToMultipointBridgeReply;
REGISTERED AS {};
addTpsToMultipointBridgeBeh BEHAVIOUR
DEFINED AS
"This action is used to add one or more CTP to the identified multipoint connection.
Supplied with this action is the following information:
New CTPs - This parameter identifies the additional CTPs to add to the
existing multipoint connection.
MultipointBridge - This parameter identifies the instance of the
multipointBridge object class to which the identified legs should be added.
If the request is granted, the commonCTPs attributes, in the multipoint
bridge object, shall be reset to reflect the new legs of the multipoint
connections.";
removeTpsFromMultipointBridge ACTION
BEHAVIOUR removeTpsFromMultipointBridgeBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX I751.RemoveTpsFromMultipointBridgeInfo;
WITH REPLY SYNTAX I751.RemoveTpsFromMultipointBridgeReply;
REGISTERED AS {};
removeTpsFromMultipointBridgeBeh BEHAVIOUR
DEFINED AS
"This action is used to remove one or more legs from the identified
multipoint connection.
Supplied with this action is the following information: Existing CTPs - This
parameter identifies the existing CTPs to remove from the multipoint connection.
MultipointBridge - This parameter identifies the instance of the
multipointBridge object class from which the identified legs should be
removed (disconnected).
If the request is granted, the commonCTPs attributes, in the multipoint
bridge object, shall be reset to reflect the remaining legs of the
multipoint connections.";
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-- Formatted by OpenT2 Version 5.5.6.34 on Fri Aug 20 11:20:49 2004