-- =============================================================================
-- GDMO definitions extracted from ITU-T Rec. M.3100 (1995)
-- =============================================================================
network MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
networkPackage PACKAGE
BEHAVIOUR
networkDefinition;
ATTRIBUTES
networkId GET;;;
CONDITIONAL PACKAGES
userLabelPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 1};
networkDefinition BEHAVIOUR
DEFINED AS
"The Network object class is a class of managed objects that are collections
of interconnected telecommunications and management objects (logical or
physical) capable of exchanging information. These objects have one or more
common characteristics, for example they may be owned by a single customer
or provider, or associated with a specific service network. A network may be
nested within another (larger) network, thereby forming a containment
relationship. An example of a network that is contained in another network
is a transmission sub-network. It is owned by a single Administration and
can only perform transmission functions.";
networkR1 MANAGED OBJECT CLASS
DERIVED FROM network;
CHARACTERIZED BY
networkR1Package PACKAGE
ATTRIBUTES
"Recommendation X.721:1992":systemTitle GET-REPLACE;;;
REGISTERED AS {m3100ObjectClass 33};
circuitPack MANAGED OBJECT CLASS
DERIVED FROM equipmentR1;
CHARACTERIZED BY
createDeleteNotificationsPackage,
administrativeOperationalStatesPackage,
stateChangeNotificationPackage,
equipmentsEquipmentAlarmR1Package,
currentProblemListPackage,
equipmentAlarmEffectOnServicePackage,
alarmSeverityAssignmentPointerPackage,
circuitPackPackage PACKAGE
BEHAVIOUR circuitPackBehaviour;
ATTRIBUTES
circuitPackType GET SET-BY-CREATE,
"Recommendation X.721: 1992": availabilityStatus
PERMITTED VALUES ASN1DefinedTypesModule.CircuitPackAvailabilityStatus GET;;;
REGISTERED AS {m3100ObjectClass 30};
circuitPackBehaviour BEHAVIOUR
DEFINED AS
"The Circuit Pack object class is a class of managed objects that represents
a plug-in replaceable unit that can be inserted into or removed from the
equipment holder of the Network Element. Examples of plug-in cards include
line cards, processors and power supply units.
The attribute availability status is used to indicate whether the correct
physical circuit pack is inserted or not. This is a set valued attribute and
includes the value notInstalled or empty. If the type of the inserted
physical circuit pack matches the value of the circuitPackType attribute
(relating to the circuitPack instance) then the value of the
availabilityStatus is an empty set. Otherwise, the value of the
availabilityStatus attribute is notInstalled even if it is one of the
acceptable circuit pack type.";
equipment MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
equipmentPackage PACKAGE
BEHAVIOUR
equipmentBehaviour BEHAVIOUR
DEFINED AS
"The equipment object class is a class of managed objects that
represents physical components of a managed element, including
replaceable components. An instance of this object class is present
in a single geographic location. An equipment may be nested within
another equipment, thereby creating a containment relationship. The
equipment type shall be identified by sub-classing this object
class. Either the name of the sub-class or an attribute may be used
for identifying the equipment type.
When the attribute value change notification package is present, the
attributeValueChange notification defined in Recommendation X.721
shall be emitted when the value of one of the following atrribute
changes: alarm status, affected object list, user label, version,
location name and current problem list. Because the above attributes
are all in conditional packages, the behaviour for emitting the
attribute value change notification applies only when the
corresponding conditional packages are present in the managed
object. When the state change notification package is present, the
stateChangeNotification defined in Recommendation X.721 shall be
emitted if the value of administrative state or operational state
changes (when the administrativeOperationalStates conditional
package is present)." ;;
ATTRIBUTES
equipmentId GET SET-BY-CREATE,
replaceable GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
createDeleteNotificationsPackage PRESENT IF "the objectCreation and
objectDeletion notifications defined in Recommendation X.721 are supported
by an instance of this class.",
attributeValueChangeNotificationPackage PRESENT IF "the
attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this class.",
stateChangeNotificationPackage PRESENT IF "the stateChange notification
defined in Recommendation X.721 is supported by an instance of this class.",
administrativeOperationalStatesPackage PRESENT IF "an instance supports it.",
affectedObjectListPackage PRESENT IF "an instance supports it.",
equipmentsEquipmentAlarmPackage PRESENT IF "the equipmentAlarm notification
defined in Recommendation X.721 is supported by an instance of this class.",
environmentalAlarmPackage PRESENT IF "the environmentalAlarm notification
defined in Recommendation X.721 is supported by an instance of this class.",
tmnCommunicationsAlarmInformationPackage PRESENT IF "the
communicationsAlarm notification defined in Recommendation X.721 is
supported by an instance of this class.",
processingErrorAlarmPackage PRESENT IF "the processingErrorAlarm
notification defined in Recommendation X.721 is supported by an instance
of this class.",
userLabelPackage PRESENT IF "an instance supports it",
vendorNamePackage PRESENT IF "an instance supports it",
versionPackage PRESENT IF "an instance supports it",
locationNamePackage PRESENT IF "an instance supports it",
currentProblemListPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 2};
equipmentR2 MANAGED OBJECT CLASS
DERIVED FROM equipmentR1;
CHARACTERIZED BY
equipmentR2Package PACKAGE
BEHAVIOUR
equipmentR2PackageBehaviour BEHAVIOUR DEFINED AS
"The typeText attribute indicates the type of the equipment";;
ATTRIBUTES
typeText GET SET-BY-CREATE;;;
REGISTERED AS {m3100ObjectClass 35};
equipmentHolder MANAGED OBJECT CLASS
DERIVED FROM equipmentR1;
CHARACTERIZED BY
equipmentHolderPackage PACKAGE
BEHAVIOUR equipmentHolderBehaviour;
ATTRIBUTES
equipmentHolderType GET SET-BY-CREATE,
equipmentHolderAddress GET SET-BY-CREATE ;;;
CONDITIONAL PACKAGES
subordinateCircuitPackPackage
PRESENT IF "the resource represented by this equipmentHolder instance is
allowed to contain a circuit pack";
REGISTERED AS {m3100ObjectClass 32};
equipmentHolderBehaviour BEHAVIOUR
DEFINED AS
"The Equipment Holder object class is a class of managed objects that
represents physical resources of a network element that are capable of
holding other physical resources. Examples of resources represented by
instances of this object class are equipment bay, shelf and slot.
The conditional package subordinateCircuitPackage consists of three attributes:
- acceptableCircuitPackTypeList
This attribute specifies the types of circuit packs that are acceptable by
the equipment holder. Values may be added, replaced or removed to this
set-valued attribute. If the equipmentHolder is currently containing a
circuitPack, then the value of corresponding type (of the circuitPack) shall
not be replaced or removed from this attribute. The type of the circuitPack
contained shall be one of the types specified for this attribute.
- holderStatus
This attribute indicates the status of the equipment holder. The status of
the holder may be one of the following.
- empty to indicate that there is no replaceable unit in the holder.
- the holder contains a unit that is one of the types in the
acceptableCircuitPackType list.
- the holder contains a unit recognizable by the network element; but not
one of the types in the acceptableCircuitPackTypeList.
- unrecognized replaceable unit.
if the holder contains a unit that is acceptable and its type matches the
value of the circuitPackType attribute(of the circuitPack object), then the
availableStatus of the circuitPack will be an empty set. In all other cases
the availabilityStatus will include a notInstalled value.
- subordinateCircuitPackSoftwareLoad
This attribute specifies the software load, if there is any, which is
currently designated as the one to be loaded to the subordinate(contained)
circuitPack (if it is software loadable) whenever an automatic reload of
software is needed.";
equipmentR1 MANAGED OBJECT CLASS
DERIVED FROM equipment;
CHARACTERIZED BY
equipmentR1Package PACKAGE
ATTRIBUTES
serialNumber GET,
supportedByObjectList GET-REPLACE ADD-REMOVE;;;
CONDITIONAL PACKAGES
alarmSeverityAssignmentPointerPackage PRESENT IF "the managed object
supports configuration of alarm severities",
equipmentsEquipmentAlarmR1Package PRESENT IF "the equipmentAlarm
notification defined in Recommendation X.721 is supported by an instance
of this class.",
environmentalAlarmR1Package PRESENT IF "the environmentalAlarm notification
defined in Recommendation X.721 is supported by an instance of this class.",
processingErrorAlarmR1Package PRESENT IF "the processingErrorAlarm
notification defined in Recommendation X.721 is supported by an instance
of this class.";
REGISTERED AS {m3100ObjectClass 28};
managedElement MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
managedElementPackage PACKAGE
BEHAVIOUR
managedElementBehaviour BEHAVIOUR
DEFINED AS
"The Managed Element object class is a class of managed objects
representing telecommunications equipment or TMN entities (either
groups or parts) within the telecommunications network that performs
managed element functions, i.e. provides support and/or service to
the subscriber. Managed elements may or may not additionally perform
mediation/OS functions. A managed element communicates with the
manager (directly or indirectly) over one or more standard
Q-interfaces for the purpose of being monitored and/or controlled. A
managed element contains equipment that may or may not be
geographically distributed.
When the attribute value change notification package is present, the
attributeValueChange notification defined in Recommendation X.721
shall be emitted when the value of one of the following attribute
changes: alarm status, user label, version, location name and
current problem list. For the above attributes that are in
conditional packages, the behaviour for emitting the attribute value
change notification applies only when the corresponding conditional
packages are present in the managed object. When the state change
notification package is present, the stateChangeNotification defined
in Recommendation X.721 shall be emitted if the value of
administrative state or operational state or usage state changes."; ;
ATTRIBUTES
managedElementId GET,
"Recommendation X.721: 1992":systemTitle GET-REPLACE,
alarmStatus GET,
"Recommendation X.721: 1992":administrativeState GET-REPLACE,
"Recommendation X.721: 1992":operationalState GET,
"Recommendation X.721: 1992":usageState GET;
NOTIFICATIONS
"Recommendation X.721: 1992":environmentalAlarm,
"Recommendation X.721: 1992":equipmentAlarm,
"Recommendation X.721: 1992":communicationsAlarm,
"Recommendation X.721: 1992":processingErrorAlarm;;;
CONDITIONAL PACKAGES
createDeleteNotificationsPackage PRESENT IF "the objectCreation and
objectDeletion notifications defined in Recommendation X.721 are supported
by an instance of this class.",
attributeValueChangeNotificationPackage PRESENT IF "the
attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this class.",
stateChangeNotificationPackage PRESENT IF "the stateChange notification
defined in Recommendation X.721 is supported by an instance of this class.",
audibleVisualLocalAlarmPackage PRESENT IF "an instance supports it",
resetAudibleAlarmPackage PRESENT IF "an instance supports it",
userLabelPackage PRESENT IF "an instance supports it",
vendorNamePackage PRESENT IF "an instance supports it",
versionPackage PRESENT IF "an instance supports it",
locationNamePackage PRESENT IF "an instance supports it",
currentProblemListPackage PRESENT IF "an instance supports it",
externalTimePackage PRESENT IF "an instance supports it",
systemTimingSourcePackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 3};
managedElementR1 MANAGED OBJECT CLASS
DERIVED FROM managedElement;
CHARACTERIZED BY
managedElementR1Package PACKAGE
NOTIFICATIONS
"Recommendation X.721: 1992":environmentalAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter,
"Recommendation X.721: 1992":equipmentAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter,
"Recommendation X.721: 1992":communicationsAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter,
"Recommendation X.721: 1992":processingErrorAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter;;;
CONDITIONAL PACKAGES
alarmSeverityAssignmentPointerPackage PRESENT IF
"the managed object supports configuration of alarm severities";
REGISTERED AS {m3100ObjectClass 27};
managedElementComplex MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
managedElementComplexPackage PACKAGE
BEHAVIOUR
managedElementComplexBehaviour BEHAVIOUR
DEFINED AS
"The Managed Element Complex object class is a class of managed
objects that represents a collection of network elements. An OS can
reference and manage one or more NEs belonging to the complex
represented by an instance of this object class. "; ;
ATTRIBUTES
managedElementComplexId GET,
"Recommendation X.721: 1992":systemTitle GET-REPLACE;;;
CONDITIONAL PACKAGES
createDeleteNotificationsPackage PRESENT IF "the objectCreation and
objectDeletion notifications defined in Recommendation X.721 are supported
by an instance of this class.";
REGISTERED AS {m3100ObjectClass 34};
software MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
softwarePackage PACKAGE
BEHAVIOUR
softwareBehaviour BEHAVIOUR
DEFINED AS
"The Software object class is a class of managed objects that
represent logical information stored in equipment, including
programs and data tables. Software may be nested within other
software, thereby creating a containment relationship.
When the attribute value change notification package is present, the
attributeValueChange notification defined in Recommendation X.721
shall be emitted when the value of one of the following attribute
changes: alarm status, affected object list, user label, version,
and current problem list. Because the above attributes are all in
conditional packages, the behaviour for emitting the attribute value
change notification applies only when the corresponding conditional
packages are present in the managed object. When the state change
notification package is present, the stateChangeNotification defined
in Recommendation X.721 shall be emitted if the value of
administrative state or operational state changes (when the
administrativeOperationalStates conditional package is present).";;
ATTRIBUTES
softwareId GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
createDeleteNotificationsPackage PRESENT IF "the objectCreation and
objectDeletion notifications defined in Recommendation X.721 are supported
by an instance of this class.",
attributeValueChangeNotificationPackage PRESENT IF "the
attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this class.",
stateChangeNotificationPackage PRESENT IF "the stateChange notification
defined in Recommendation X.721 is supported by an instance of this class.",
administrativeOperationalStatesPackage PRESENT IF "an instance supports it.",
affectedObjectListPackage PRESENT IF "an instance supports it.",
softwareProcessingErrorAlarmPackage PRESENT IF "an instance supports it.",
userLabelPackage PRESENT IF "an instance supports it",
vendorNamePackage PRESENT IF "an instance supports it",
versionPackage PRESENT IF "an instance supports it",
currentProblemListPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 4};
softwareR1 MANAGED OBJECT CLASS
DERIVED FROM software;
CONDITIONAL PACKAGES
alarmSeverityAssignmentPointerPackage PRESENT IF
"the managed object supports configuration of alarm severities",
softwareProcessingErrorAlarmR1Package PRESENT IF "an instance supports it.";
REGISTERED AS {m3100ObjectClass 29};
connectionTerminationPointBidirectional MANAGED OBJECT CLASS
DERIVED FROM
connectionTerminationPointSource,
connectionTerminationPointSink;
REGISTERED AS {m3100ObjectClass 5};
connectionTerminationPointSink MANAGED OBJECT CLASS
DERIVED FROM terminationPoint;
CHARACTERIZED BY
connectionTerminationPointSinkPackage PACKAGE
BEHAVIOUR
connectionTerminationPointSinkBehaviour BEHAVIOUR
DEFINED AS
"This managed object terminates a link connection. The downstream
connectivity pointer attribute points to the termination point
managed object, within the same managed element, that receives
information (traffic) from this termination point at the same layer,
or is null. The referenced object shall be an instance of one of the
following classes or its subclasses: Trail Termination Point Sink,
Trail Termination Point Bidirectional, Connection Termination Point
Source, Connection Termination Point Bidirectional. The downstream
connectivity pointer may identify one or more objects depending on
whether the signal is connected to one or more termination point objects.";;
ATTRIBUTES
downstreamConnectivityPointer PERMITTED VALUES
-- The allowed choices for the syntax of this attribute are restricted
-- in the subtype CTPDownstreamPointer
ASN1DefinedTypesModule.CTPDownstreamPointer GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
ctpInstancePackage PRESENT IF "the name binding used to create an instance
of this object class requires this attribute.",
channelNumberPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 6};
connectionTerminationPointSource MANAGED OBJECT CLASS
DERIVED FROM terminationPoint;
CHARACTERIZED BY
connectionTerminationPointSourcePackage PACKAGE
BEHAVIOUR
connectionTerminationPointSourceBehaviour BEHAVIOUR
DEFINED AS
"This managed object originates a link connection. The upstream
connectivity pointer attribute points to the termination point
managed object, within the same managed element, that sends
information (traffic) to this termination point at the same layer,
or is null. The referenced object shall be an instance of one of the
following classes or its subclasses: Trail Termination Point Source,
Trail Termination Point Bidirectional, Connection Termination Point
Sink, Connection Termination Point Bidirectional.";;
ATTRIBUTES
upstreamConnectivityPointer PERMITTED VALUES
-- The allowed choices for the syntax of this attribute are restricted
-- in the subtype CTPUpstreamPointer
ASN1DefinedTypesModule.CTPUpstreamPointer GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
ctpInstancePackage PRESENT IF "the name binding used to create an instance
of this object class requires this attribute.",
channelNumberPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 7};
terminationPoint MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
terminationPointPackage PACKAGE
BEHAVIOUR
terminationPointBehaviour BEHAVIOUR
DEFINED AS
"This managed object represents the termination of a transport entity,
such as a trail or a connection. The characteristic information
attribute is used to identify equivalence between subclasses of
termination points in order to determine whether cross connection or
connectivity is possible. The operational state reflects the
perceived ability to generate and/or receive a valid signal.
Subclasses of termination point shall specify the attributes and
states for which attribute value change and state change
notifications will be generated.";;
ATTRIBUTES
supportedByObjectList GET;;;
CONDITIONAL PACKAGES
createDeleteNotificationsPackage PRESENT IF
"the objectCreation and objectDeletion notifications defined in
Recommendation X.721 are supported by an instance of this managed object class",
attributeValueChangeNotificationPackage PRESENT IF
"the attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this managed object class",
stateChangeNotificationPackage PRESENT IF
"the stateChange notification defined in Recommendation X.721 is
supported by an instance of this managed object class",
operationalStatePackage PRESENT IF
"the resource represented by this managed object is capable of assessing
the ability to generate and/or receive a valid signal.",
crossConnectionPointerPackage PRESENT IF
"the termination point can be flexibly assigned, (i.e. cross connected).",
characteristicInformationPackage PRESENT IF
"an instance supports it.",
networkLevelPackage PRESENT IF "an instance supports it",
tmnCommunicationsAlarmInformationPackage PRESENT IF
"the communicationsAlarm notification (as defined in Recommendation X.721)
is supported by this managed object",
alarmSeverityAssignmentPointerPackage PRESENT IF
"the tmnCommunicationsAlarmInformationPackage package is present AND the
managed object supports configuration of alarm severities";
REGISTERED AS {m3100ObjectClass 8};
trailTerminationPointBidirectional MANAGED OBJECT CLASS
DERIVED FROM trailTerminationPointSource,
trailTerminationPointSink;
CHARACTERIZED BY
trailTerminationPointBidirectionalPackage PACKAGE
BEHAVIOUR
trailTerminationPointBidirectionalBehaviour BEHAVIOUR
DEFINED AS
"The operational state is disabled if either the sink or source part
of the termination point is disabled.";;;;
REGISTERED AS {m3100ObjectClass 9};
trailTerminationPointSink MANAGED OBJECT CLASS
DERIVED FROM terminationPoint;
CHARACTERIZED BY
operationalStatePackage,
trailTerminationPointSinkPackage PACKAGE
BEHAVIOUR
trailTerminationPointSinkBehaviour BEHAVIOUR
DEFINED AS
"This managed object represents a termination point where a trail is
terminated. It represents the access point in a layer network which
is a focus for both the trail relationship and the client/server
relationship.
The operational state reflects the perceived ability to receive a
valid signal. If the termination point detects that a signal
received has failed or it is unable to process the incoming signal,
then the operational state will have the value disabled.
When the administrative state is locked, the termination point is
administratively removed from service. When the administrative state
is unlocked, the termination point is administratively in service.
Changes to administrative state have no effect on the connectivity pointer.
A change in the operational state shall cause a state change
notification. If administrative state is present in an instance of
trail termination point sink class, it shall not emit a state change
notification. However, subclasses of trail termination point sink
class may modify this behaviour to require this notification.
Subclasses of trail termination point sink shall specify the
attributes for which attribute value change notifications should be
generated.
The upstream connectivity pointer attribute points to the
termination point managed object, within the same managed element,
that sends information (traffic) to this termination point at the
same layer, or is null. The referenced object shall be an instance
of one of the following classes or its subclasses: Connection
Termination Point Sink or Bidirectional (single or a concatenated
sequence) or Trail Termination Point Source or Bidirectional (single
or a concatenated sequence).";;
ATTRIBUTES
upstreamConnectivityPointer GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
"Recommendation X.721:1992":administrativeStatePackage PRESENT IF
"the resource represented by the managed object is capable of being
administratively placed in and out of service",
supportableClientListPackage PRESENT IF
"the object class can support more than one type of client",
ttpInstancePackage PRESENT IF
"the name binding used to create an instance of this object class requires
this attribute.";
REGISTERED AS {m3100ObjectClass 10};
trailTerminationPointSource MANAGED OBJECT CLASS
DERIVED FROM terminationPoint;
CHARACTERIZED BY
operationalStatePackage,
trailTerminationPointSourcePackage PACKAGE
BEHAVIOUR
trailTerminationPointSourceBehaviour BEHAVIOUR
DEFINED AS
"This managed object represents a termination point where a trail is
originated. It represents the access point in a layer network which
is a focus for both the trail relationship and the client/server
relationship.
The operational state reflects the perceived ability to generate a
valid signal. If the termination point detects that a valid signal
cannot be generated, then the operational state will have the value
disabled.
When the administrative state is locked, the termination point is
administratively removed from service. When the administrative state
is unlocked, the termination point is administratively in service.
Changes to administrative state have no effect on the connectivity pointer.
A change in the operational state shall cause a state change
notification. If administrative state is present in an instance of
trail termination point source class, it shall not emit a state
change notification. However, subclasses of trail termination point
source class may modify this behaviour to require this notification.
Subclasses of trail termination point source shall specify the
attributes for which attribute value change notifications should be
generated.
The downstream connectivity pointer attribute points to the
termination point managed object, within the same managed element,
that receives information (traffic) from this termination point at
the same layer, or is null. The referenced object shall be an
instance of one of the following classes or its subclasses:
Connection Termination Point Source or Bidirectional (single or a
concatenated sequence or a set if connected to more than one
connection termination point source objects) or Trail Termination
Point Sink or Bidirectional (single or a set if connected to more
than one trail termination point sink objects).";;
ATTRIBUTES
downstreamConnectivityPointer GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
"Recommendation X.721: 1992":administrativeStatePackage PRESENT IF
"the resource represented by the managed object is capable of being
administratively placed in and out of service",
supportableClientListPackage PRESENT IF
"the object class can support more than one type of client",
ttpInstancePackage PRESENT IF
"the name binding used to create an instance of this object class requires
this attribute.";
REGISTERED AS {m3100ObjectClass 11};
circuitEndPointSubgroup MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721 : 1992":top;
CHARACTERIZED BY
circuitEndPointSubgroupPackage PACKAGE
BEHAVIOUR
circuitSubgroupBehaviour BEHAVIOUR
DEFINED AS
"A set of circuit end points that directly interconnects one
exchange with another, having common values for the attributes
listed in this package. Note that the term exchange includes PBX
where applicable."
-- Annex A/E.410 defines circuit sub group--;;
ATTRIBUTES
circuitEndPointSubgroupId GET,
numberOfCircuits GET,
labelOfFarEndExchange GET,
signallingCapabilities GET,
informationTransferCapabilities GET,
circuitDirectionality GET,
transmissionCharacteristics GET,
userLabel GET-REPLACE;
NOTIFICATIONS
"Recommendation X.721:1992": attributeValueChange,
"Recommendation X.721:1992": objectCreation,
"Recommendation X.721:1992": objectDeletion;;;
REGISTERED AS {m3100ObjectClass 31};
connectionR1 MANAGED OBJECT CLASS
DERIVED FROM pipe;
CHARACTERIZED BY
connectionR1Package PACKAGE
BEHAVIOUR
connectionR1Behaviour BEHAVIOUR DEFINED AS
"The Connection object class is a class of managed objects responsible
for the transparent transfer of information between connection
termination points. A connection is a component of a trail. Several
connections can be bundled into a higher rate trail.
A sequence of one or more connections are linked together to form a
trail. A connection may be either uni- or bidirectional.";;
ATTRIBUTES
connectionId GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
serverTrailListPackage PRESENT IF "an instance supports it",
clientTrailPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 23};
pipe MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
pipePackage PACKAGE
BEHAVIOUR
pipeBehaviour BEHAVIOUR
DEFINED AS
"The Pipe object class is a class of managed objects which ensures
the transfer of information between two termination points. The pipe
object class is not instantiable because the transfer is effected
via the client-server relationship of trail and connection.
Connectivity direction is determined by the directionality of the a
and z termination points.
If an instance of this class is bidirectional, the a- and
z-termination points shall also be bidirectional. If an instance of
this class is unidirectional, the a-point shall be the source TP and
the z-termination point shall be the sink TP.
The operational state indicates the capability to carry a signal.";;
ATTRIBUTES
directionality GET,
"Recommendation X.721: 1992":administrativeState GET-REPLACE,
"Recommendation X.721: 1992":operationalState GET,
a-TPInstance GET SET-BY-CREATE ,
z-TPInstance GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
createDeleteNotificationsPackage PRESENT IF
"the objectCreation and objectDeletion notifications defined in
Recommendation X.721 are supported by an instance of this managed object class",
attributeValueChangeNotificationPackage PRESENT IF
"the attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this managed object class",
stateChangeNotificationPackage PRESENT IF
"the stateChange notification defined in Recommendation X.721 is
supported by an instance of this managed object class",
characteristicInformationPackage PRESENT IF
"an instance supports it.",
protectedPackage PRESENT IF
"an instance supports it.",
tmnCommunicationsAlarmInformationPackage PRESENT IF
"the communicationsAlarm notification (as defined in Recommendation X.721)
is supported by this managed object",
alarmSeverityAssignmentPointerPackage PRESENT IF
"the tmnCommunicationsAlarmInformationPackage package is present AND the
managed object supports configuration of alarm severities",
userLabelPackage PRESENT IF "an instance supports it";
-- the above package may be used for M.1400 type designations.
REGISTERED AS {m3100ObjectClass 24};
trailR1 MANAGED OBJECT CLASS
DERIVED FROM pipe;
CHARACTERIZED BY
trailR1Package PACKAGE
BEHAVIOUR
trailR1Behaviour BEHAVIOUR
DEFINED AS
"Trail is a class of managed objects in layer networks which is
responsible for the integrity of transfer of characteristic
information from one or more other layer networks. A trail is
composed of two Trail Termination Points and one or more connection
and associated connection termination points.";;
ATTRIBUTES
trailId GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
serverConnectionListPackage PRESENT IF "an instance supports it",
clientConnectionListPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 25};
crossConnection MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
crossConnectionPackage PACKAGE
BEHAVIOUR
crossConnectionBehaviour BEHAVIOUR
DEFINED AS
"A managed object of this class represents an assignment
relationship between the termination point or GTP object listed in
the From Termination attribute and the termination point or GTP
objects listed in the To Termination attribute of this managed object.
The To Termination attribute will always be non-NULL. The From
Termination attribute will only be NULL in the case of
point-to-multipoint configurations. If the From Termination
attribute has a value of NULL, the assignment relationship is
between the termination point object or the GTP object listed in the
From Termination attribute of the containing Multipoint
Cross-Connection managed object and the termination point object or
GTP object listed in the To Termination attribute of this managed object.
A point to point cross-connection can be established between: one of
CTP Sink, CTP Bidirectional, TTP Source, TTP Bidirectional, or GTP;
and one of CTP Source, CTP Bidirectional, TTP Sink, TTP Bidirectional,
or GTP.
In a unidirectional cross-connection, the termination or GTP object
pointed to by the From Termination and the termination point or GTP
object pointed to by the To Termination attribute (in this object or
the containing mpCrossConnection) are related in such a way that
traffic can flow between the termination points represented by these
managed objects. In a bidirectional cross-connection, information
flows in both directions.
If the objects listed in the From Termination and To Termination
attributes are GTPs, the nth element of the From Termination GTP is
related to the nth element of the To Termination GTP (for every n).
If the fromTermination attribute has a value of NULL, the
directionality attribute must have the value 'unidirectional'.
The total rate of the From Terminations must be equal to the total
rate of To Terminations.
The attribute Signal Type describes the signal that is
cross-connected. The termination points or GTPs that are
cross-connected must have signal types that are compatible.
If an instance of this object class is contained in a multipoint
cross-connection and the operational state of the containing
multipoint cross-connection is 'disabled', the operational state of
this object will also be 'disabled'.
The following are the definitions of the administrative state and
the operational state attributes: Administrative State:
- Unlocked: The Cross-Connection object is administratively
unlocked. Traffic is allowed to pass through the connection.
- Locked: No traffic is allowed to pass through the
Cross-Connection. The connectivity pointers in the cross-connected
termination points is NULL.
Operational State:
- Enabled: The Cross-Connection is performing its normal function.
- Disabled: The Cross-Connection is incapable of performing its
normal cross-connection function.";;
ATTRIBUTES
crossConnectionId GET,
"Recommendation X.721 : 1992":administrativeState GET-REPLACE,
"Recommendation X.721 : 1992":operationalState GET,
signalType GET,
fromTermination GET,
toTermination GET,
directionality GET;;;
REGISTERED AS {m3100ObjectClass 15};
crossConnectionR1 MANAGED OBJECT CLASS
DERIVED FROM crossConnection;
CHARACTERIZED BY
crossConnectionR1Package PACKAGE
BEHAVIOUR
crossConnectionR1Behaviour BEHAVIOUR
DEFINED AS
"When the attribute value change notification package is present,
the attributeValueChange notification shall be emitted when
userLabel or redline changes value (when the attributes are present).
When the state change notification package is present, the
stateChange notification shall be emitted when operationalState or
administrativeState changes value.";;;;
CONDITIONAL PACKAGES
userLabelPackage PRESENT IF "an instance supports it",
redlinePackage PRESENT IF "an instance supports it",
createDeleteNotificationsPackage PRESENT IF "the objectCreation and
objectDeletion notifications defined in Recommendation X.721 are supported
by an instance of this class.",
attributeValueChangeNotificationPackage PRESENT IF "the
attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this class.",
stateChangeNotificationPackage PRESENT IF "the stateChange notification
defined in Recommendation X.721 is supported by an instance of this class.";
REGISTERED AS {m3100ObjectClass 37};
-- This managed object class is the preferred replacement of both
-- crossConnection and namedCrossConnection.
fabric MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721 : 1992":top;
CHARACTERIZED BY
fabricPackage PACKAGE
BEHAVIOUR
fabricBehaviour BEHAVIOUR
DEFINED AS
"The Fabric object represents the function of managing the
establishment and release of cross-connections. It also manages the
assignment of termination points to TP Pools and GTPs.
Administrative State:
- Unlocked: The Fabric is allowed to perform its normal functions.
ACTIONS will be accepted to setup or remove cross-connections, to
rearrange TP Pools, to add/remove termination points to/from GTPs.
- Locked: The Fabric is not allowed to perform its normal functions.
No ACTIONS will be accepted. No new cross-connection can be setup
or removed, no TP Pool can be rearranged, and no termination
points can be added/removed to/from GTPs.
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:
1) setup or remove any cross-connection;
2) rearrange TP Pools; and
3) add/remove termination points to/from GTPs.
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 re-arrange
TP Pools. The Fabric remains available for service (i.e. its
operational state is enabled) while it is degraded.
- Empty SET.";;
ATTRIBUTES
fabricId GET SET-BY-CREATE,
"Recommendation X.721: 1992":administrativeState GET-REPLACE,
"Recommendation X.721 : 1992":operationalState GET,
"Recommendation X.721 : 1992":availabilityStatus GET,
listOfCharacteristicInfo GET SET-BY-CREATE,
supportedByObjectList GET-REPLACE ADD-REMOVE;
ACTIONS
addTpsToGTP,
removeTpsFromGTP,
addTpsToTpPool,
removeTpsFromTpPool,
connect,
disconnect;;;
REGISTERED AS {m3100ObjectClass 16};
fabricR1 MANAGED OBJECT CLASS
DERIVED FROM fabric;
CHARACTERIZED BY
fabricR1Package PACKAGE
ACTIONS
switchOver;;;
CONDITIONAL PACKAGES
createDeleteNotificationsPackage PRESENT IF "the objectCreation and
objectDeletion notifications defined in Recommendation X.721 are supported
by an instance of this class.";
REGISTERED AS {m3100ObjectClass 26};
fabricR2 MANAGED OBJECT CLASS
DERIVED FROM fabricR1;
CHARACTERIZED BY
fabricR2Package PACKAGE
BEHAVIOUR
fabricR2Behaviour BEHAVIOUR
DEFINED AS
"When the state change notification package is present, the
stateChange notification shall be emitted when operationalState or
administrativeState changes value.";;;;
CONDITIONAL PACKAGES
stateChangeNotificationPackage PRESENT IF "the stateChange notification
defined in Recommendation X.721 is supported by an instance of this class.";
REGISTERED AS {m3100ObjectClass 39};
gtp MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721 : 1992":top;
CHARACTERIZED BY
gtpPackage PACKAGE
BEHAVIOUR
gtpBehaviour BEHAVIOUR
DEFINED AS
"This object class represents a group of termination points treated
as a single unit for management purposes such as cross-connections.
The signalType attribute describes the composition of the GTP. When
a termination point is involved in a GTP, it cannot be
cross-connected independently of that GTP. ";;
ATTRIBUTES
gtpId GET,
crossConnectionObjectPointer GET,
signalType GET,
tpsInGtpList GET;;;
REGISTERED AS {m3100ObjectClass 17};
gtpR1 MANAGED OBJECT CLASS
DERIVED FROM gtp;
CONDITIONAL PACKAGES
createDeleteNotificationsPackage PRESENT IF "the objectCreation and
objectDeletion notifications defined in Recommendation X.721 are supported
by an instance of this class.";
REGISTERED AS {m3100ObjectClass 38};
mpCrossConnection MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
mpCrossConnectionPackage PACKAGE
BEHAVIOUR
mpCrossConnectionBehaviour BEHAVIOUR
DEFINED AS
"This class represents an assignment relationship between the
termination point or GTP object listed in the From Termination
attribute and the termination point or GTP objects listed in the To
Termination attributes of the contained crossConnection managed objects.
A multipoint cross-connection can be established between one of CTP
Sink, CTP Bidirectional, TTP Source, TTP Bidirectional, or GTP; and
a set whose members are CTP Source, CTP Bidirectional, TTP Sink, TTP
Bidirectional, or GTP.
The fromTermination attribute will always be non-NULL. The
termination point or GTP object pointed to by the fromTermination
attribute is related to all the termination point or GTP objects
pointed to by the toTermination attribute of the contained
crossConnection managed objects in such a way that traffic can flow
between the termination points represented by these managed objects.
Information flows from the From Termination to the To Termination of
the contained cross-connection objects.
If the objects listed in the fromTermination attribute and in the
toTermination attribute of the contained crossConnection objects are
GTPs, the nth element of the From Termination GTP is related to the
nth element of the To Termination GTP (for every n).
The total rate of the From Terminations must be equal to the total
rate of To Terminations in each contained crossConnection object.
The attribute Signal Type describes the signal that is
cross-connected. The termination points or GTPs that are
cross-connected must have signal types that are compatible.
The following are the definitions of the administrative state and
the operational state attributes: Administrative State:
- Unlocked: The mpCrossConnection object is administratively
unlocked. It allows traffic to pass through each contained
connection depending on its administrative state.
- Locked: No traffic is allowed to pass through the Cross-Connection
between the cross-connected termination points. The effect of this
value overrides the effect of the administrative state of each
contained cross-connection.
Operational State:
The operational state of a Multipoint Cross-Connection object
reflects the overall health of the cross- connection including all
the Cross-Connection objects contained in the Multipoint Cross-Connection.
- Enabled: The Cross-Connection is performing its normal function.
Note that some (but not all) of the cross-connection objects
contained in the Multipoint Cross-Connection may be disabled.
- Disabled: The Cross-Connection is incapable of performing its
normal cross-connection function. All the cross-connection objects
contained in the Multipoint Cross-Connection are disabled.
Availability Status:
The supported values for this attribute are:
- In test
- Degraded: The Multipoint Cross-Connection is degraded in some
respect. For instance, if one or more (but not all)
Cross-Connection objects contained in the Multipoint
Cross-Connection are disabled, the Multipoint Cross-Connection
will be considered as degraded. The Multipoint Cross-Connection
remains available for service (i.e. its operational state is
enabled) while it is degraded.
- Empty SET.";;
ATTRIBUTES
mpCrossConnectionId GET,
"Recommendation X.721 : 1992":administrativeState GET-REPLACE,
"Recommendation X.721 : 1992":operationalState GET,
"Recommendation X.721 : 1992":availabilityStatus GET,
signalType GET,
fromTermination GET;;;
REGISTERED AS {m3100ObjectClass 18};
mpCrossConnectionR1 MANAGED OBJECT CLASS
DERIVED FROM mpCrossConnection;
CHARACTERIZED BY
mpCrossConnectionR1Package PACKAGE
BEHAVIOUR
mpCrossConnectionR1Behaviour BEHAVIOUR
DEFINED AS
"When the attribute value change notification package is present,
the attributeValueChange notification shall be emitted when
userLabel or redline changes value (when the attributes are present).
When the state change notification package is present, the
stateChange notification shall be emitted when operationalState or
administrativeState changes value.";;;;
CONDITIONAL PACKAGES
userLabelPackage PRESENT IF "an instance supports it",
redlinePackage PRESENT IF "an instance supports it",
createDeleteNotificationsPackage PRESENT IF "the objectCreation and
objectDeletion notifications defined in Recommendation X.721 are supported
by an instance of this class.",
attributeValueChangeNotificationPackage PRESENT IF "the
attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this class.",
stateChangeNotificationPackage PRESENT IF "the stateChange notification
defined in Recommendation X.721 is supported by an instance of this class.";
REGISTERED AS {m3100ObjectClass 36};
namedCrossConnection MANAGED OBJECT CLASS
DERIVED FROM crossConnection;
CHARACTERIZED BY
namedCrossConnectionPackage;
REGISTERED AS {m3100ObjectClass 19};
namedMpCrossConnection MANAGED OBJECT CLASS
DERIVED FROM mpCrossConnection;
CHARACTERIZED BY
namedCrossConnectionPackage;
REGISTERED AS {m3100ObjectClass 20};
tpPool MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721 : 1992":top;
CHARACTERIZED BY
tpPoolPackage PACKAGE
BEHAVIOUR
tpPoolBehaviour BEHAVIOUR
DEFINED AS
"The tpPool object represents a set of termination points or GTPs
that are used for some management purpose, such as routing. A
termination point that is a member of a GTP cannot be a member of a
tpPool independent of the remainder of the GTP. ";;
ATTRIBUTES
tpPoolId GET,
tpsInTpPoolList GET,
totalTpCount GET,
connectedTpCount GET,
idleTpCount GET;;;
REGISTERED AS {m3100ObjectClass 21};
alarmSeverityAssignmentProfile MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721 : 1992":top;
CHARACTERIZED BY
alarmSeverityAssignmentProfilePackage PACKAGE
BEHAVIOUR
alarmSeverityAssignmentProfileBehaviour BEHAVIOUR
DEFINED AS
"The alarm severity assignment profile object class is a class of
management support object that specifies the alarm severity
assignment for managed objects. Instances of this object are
referenced by the alarmSeverityAssignmentProfilePointer attribute in
the managed objects.";;
ATTRIBUTES
alarmSeverityAssignmentProfileId GET SET-BY-CREATE,
alarmSeverityAssignmentList GET-REPLACE ADD-REMOVE ;;;
CONDITIONAL PACKAGES
objectManagementNotificationsPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 22};
administrativeOperationalStatesPackage PACKAGE
ATTRIBUTES
"Recommendation X.721:1992":administrativeState GET-REPLACE,
"Recommendation X.721:1992":operationalState GET;
REGISTERED AS {m3100Package 1};
affectedObjectListPackage PACKAGE
ATTRIBUTES
affectedObjectList GET;
REGISTERED AS {m3100Package 2};
alarmSeverityAssignmentPointerPackage PACKAGE
BEHAVIOUR
alarmSeverityAssignmentPointerPackageBehaviour BEHAVIOUR
DEFINED AS
"If the alarm severity assignment profile pointer is NULL, then one of
the following two choices applies when reporting alarms:
a) agent assigns the severity; or
b) the value 'indeterminate' is used.";;
ATTRIBUTES
alarmSeverityAssignmentProfilePointer GET-REPLACE ;
REGISTERED AS {m3100Package 3};
attributeValueChangeNotificationPackage PACKAGE
NOTIFICATIONS
"Recommendation X.721:1992":attributeValueChange;
REGISTERED AS {m3100Package 4};
audibleVisualLocalAlarmPackage PACKAGE
ACTIONS
allowAudibleVisualLocalAlarm,
inhibitAudibleVisualLocalAlarm;
REGISTERED AS {m3100Package 5};
channelNumberPackage PACKAGE
ATTRIBUTES
channelNumber GET SET-BY-CREATE;
REGISTERED AS {m3100Package 6};
characteristicInformationPackage PACKAGE
ATTRIBUTES
characteristicInformation GET SET-BY-CREATE;
REGISTERED AS {m3100Package 7};
clientConnectionListPackage PACKAGE
ATTRIBUTES
clientConnectionList GET SET-BY-CREATE;
REGISTERED AS {m3100Package 35};
clientTrailPackage PACKAGE
ATTRIBUTES
clientTrail GET SET-BY-CREATE;
REGISTERED AS {m3100Package 9};
createDeleteNotificationsPackage PACKAGE
NOTIFICATIONS
"Recommendation X.721:1992":objectCreation,
"Recommendation X.721:1992":objectDeletion;
REGISTERED AS {m3100Package 10};
crossConnectionPointerPackage PACKAGE
ATTRIBUTES
crossConnectionObjectPointer GET;
REGISTERED AS {m3100Package 11};
ctpInstancePackage PACKAGE
ATTRIBUTES
cTPId GET SET-BY-CREATE;
REGISTERED AS {m3100Package 12};
currentProblemListPackage PACKAGE
ATTRIBUTES
currentProblemList GET;
REGISTERED AS {m3100Package 13};
environmentalAlarmPackage PACKAGE
NOTIFICATIONS
"Recommendation X.721:1992":environmentalAlarm;
REGISTERED AS {m3100Package 14};
environmentalAlarmR1Package PACKAGE
NOTIFICATIONS
"Recommendation X.721:1992":environmentalAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter;
REGISTERED AS {m3100Package 36};
equipmentAlarmEffectOnServicePackage PACKAGE
NOTIFICATIONS
"Recommendation X.721:1992":equipmentAlarm
alarmEffectOnServiceParameter;
REGISTERED AS {m3100Package 38};
equipmentsEquipmentAlarmPackage PACKAGE
ATTRIBUTES
alarmStatus GET;
NOTIFICATIONS
"Recommendation X.721:1992":equipmentAlarm;
REGISTERED AS {m3100Package 15};
equipmentsEquipmentAlarmR1Package PACKAGE
ATTRIBUTES
alarmStatus GET;
NOTIFICATIONS
"Recommendation X.721:1992":equipmentAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter;
REGISTERED AS {m3100Package 37};
externalTimePackage PACKAGE
ATTRIBUTES
externalTime GET-REPLACE;
REGISTERED AS {m3100Package 16};
locationNamePackage PACKAGE
ATTRIBUTES
locationName GET-REPLACE;
REGISTERED AS {m3100Package 17};
namedCrossConnectionPackage PACKAGE
ATTRIBUTES
redline GET-REPLACE,
crossConnectionName GET-REPLACE;;
-- The above package is not registered because it is used as a mandatory package
-- in this Recommendation.
networkLevelPackage PACKAGE
BEHAVIOUR
networkLevelPackageBehaviour BEHAVIOUR
DEFINED AS
"The network level pointer identifies a network level object. The value
of the network level pointer shall only be modified by the managing system.";;
ATTRIBUTES
networkLevelPointer GET-REPLACE;
REGISTERED AS {m3100Package 18};
operationalStatePackage PACKAGE
ATTRIBUTES
"Recommendation X.721: 1992":operationalState GET;
REGISTERED AS {m3100Package 19};
objectManagementNotificationsPackage PACKAGE
NOTIFICATIONS
"Recommendation X.721:1992":objectCreation,
"Recommendation X.721:1992":objectDeletion,
"Recommendation X.721:1992":attributeValueChange;
REGISTERED AS {m3100Package 20};
processingErrorAlarmPackage PACKAGE
NOTIFICATIONS
"Recommendation X.721:1992":processingErrorAlarm;
REGISTERED AS {m3100Package 21};
processingErrorAlarmR1Package PACKAGE
NOTIFICATIONS
"Recommendation X.721:1992":processingErrorAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter;
REGISTERED AS {m3100Package 39};
protectedPackage PACKAGE
ATTRIBUTES
protected GET SET-BY-CREATE;
REGISTERED AS {m3100Package 22};
redlinePackage PACKAGE
ATTRIBUTES
redline GET-REPLACE;
REGISTERED AS {m3100Package 42};
resetAudibleAlarmPackage PACKAGE
ACTIONS
"Recommendation Q.821:1992":resetAudibleAlarm;
REGISTERED AS {m3100Package 23};
serverConnectionListPackage PACKAGE
ATTRIBUTES
serverConnectionList GET SET-BY-CREATE;
REGISTERED AS {m3100Package 24};
serverTrailListPackage PACKAGE
ATTRIBUTES
serverTrailList GET SET-BY-CREATE;
REGISTERED AS {m3100Package 25};
softwareProcessingErrorAlarmPackage PACKAGE
ATTRIBUTES
alarmStatus GET;
NOTIFICATIONS
"Recommendation X.721:1992":processingErrorAlarm;
REGISTERED AS {m3100Package 26};
softwareProcessingErrorAlarmR1Package PACKAGE
ATTRIBUTES
alarmStatus GET;
NOTIFICATIONS
"Recommendation X.721:1992":processingErrorAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter;
REGISTERED AS {m3100Package 40};
subordinateCircuitPackPackage PACKAGE
ATTRIBUTES
acceptableCircuitPackTypeList GET-REPLACE ADD-REMOVE,
holderStatus GET,
subordinateCircuitPackSoftwareLoad GET-REPLACE;
REGISTERED AS {m3100Package 41};
supportableClientListPackage PACKAGE
ATTRIBUTES
supportableClientList GET SET-BY-CREATE;
REGISTERED AS {m3100Package 27};
stateChangeNotificationPackage PACKAGE
NOTIFICATIONS
"Recommendation X.721:1992":stateChange;
REGISTERED AS {m3100Package 28};
systemTimingSourcePackage PACKAGE
ATTRIBUTES
systemTimingSource GET-REPLACE;
REGISTERED AS {m3100Package 29};
tmnCommunicationsAlarmInformationPackage PACKAGE
BEHAVIOUR
tmnCommunicationsAlarmInformationBehaviour;
ATTRIBUTES
alarmStatus GET,
currentProblemList GET;
NOTIFICATIONS
"Recommendation X.721:1992":communicationsAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter;
REGISTERED AS {m3100Package 30};
tmnCommunicationsAlarmInformationBehaviour BEHAVIOUR
-- The following behaviour text is taken directly from 5.3.1.1/Q.821
DEFINED AS
"An alarm report which contains a Perceived Severity parameter with a value
of 'cleared' and a Correlated Notifications parameter shall only indicate
the clearing of those alarms whose Notification Identifiers are included in
the set of Correlated Notifications. An alarm report which contains a
Perceived Severity parameter with a value of 'cleared', but no Correlated
Notifications parameter, shall indicate the clearing of alarms based on the
value of the Alarm Type, Probable Cause, and Specific Problems parameters.
The parameters that are associated with the communications alarm, if
present, are placed in individual elements of the SET OF ManagementExtension
in the additionalInformation field of the notification.";
ttpInstancePackage PACKAGE
ATTRIBUTES
tTPId GET SET-BY-CREATE;
REGISTERED AS {m3100Package 31};
userLabelPackage PACKAGE
ATTRIBUTES
userLabel GET-REPLACE;
REGISTERED AS {m3100Package 32};
vendorNamePackage PACKAGE
ATTRIBUTES
vendorName GET-REPLACE;
REGISTERED AS {m3100Package 33};
versionPackage PACKAGE
ATTRIBUTES
version GET-REPLACE;
REGISTERED AS {m3100Package 34};
a-TPInstance ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.RelatedObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
aTPInstanceBehaviour BEHAVIOUR
DEFINED AS
"The A-Termination Point Instance attribute type identifies one of the
two termination points of an instance of the connectivity object class
or one of its subclasses.";;
REGISTERED AS {m3100Attribute 1};
acceptableCircuitPackTypeList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.AcceptableCircuitPackTypeList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
acceptableCircuitPackTypeListBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the types of the circuit packs that can be
contained in an equipment holder object.";;
REGISTERED AS {m3100Attribute 58};
affectedObjectList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
affectedObjectListBehaviour BEHAVIOUR
DEFINED AS
"The Affected Object List attribute type specifies the object instances
which can be directly affected by a change in state or deletion of a
given managed object. The attribute does not force internal details to
be specified, but only the necessary level of detail required for management.";;
REGISTERED AS {m3100Attribute 2};
alarmSeverityAssignmentList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.AlarmSeverityAssignmentList;
BEHAVIOUR
alarmSeverityAssignmentListBehaviour BEHAVIOUR
DEFINED AS
"The Alarm Severity Assignment List is an attribute type whose value
provides a listing of all abnormal conditions that may exist in
instances of an object class, and shows the assigned alarm severity
information (minor, major, etc.) for each condition.";;
REGISTERED AS {m3100Attribute 3};
alarmSeverityAssignmentProfileId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
alarmSeverityAssignmentProfileIdBehaviour BEHAVIOUR
DEFINED AS
"The Alarm Severity AssignmentProfile Id is an attribute type whose
distinguished value can be used as a RDN when naming an instance of the
Alarm SeverityAssignment Profile object class.";;
REGISTERED AS {m3100Attribute 4};
alarmSeverityAssignmentProfilePointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.PointerOrNull;
MATCHES FOR EQUALITY;
BEHAVIOUR
alarmSeverityAssignmentProfilePointerBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies a Alarm Severity Assignment Profile object.";;
REGISTERED AS {m3100Attribute 5};
alarmStatus ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.AlarmStatus;
MATCHES FOR EQUALITY;
BEHAVIOUR
alarmStatusBehaviour BEHAVIOUR
DEFINED AS
"The Alarm Status attribute type indicates the occurrence of an abnormal
condition relating to an object. This attribute may also function as a
summary indicator of alarm conditions associated with a specific
resource. It is used to indicate the existence of an alarm condition, a
pending alarm condition such as threshold situations, or (when used as a
summary indicator) the highest severity of active alarm conditions. When
used as a summary indicator, the order of severity (from highest to lowest) is:
activeReportable-Critical
activeReportable-Major
activeReportable-Minor
activeReportable-Indeterminate
activeReportable-Warning
activePending
cleared.";;
REGISTERED AS {m3100Attribute 6};
channelNumber ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ChannelNumber;
MATCHES FOR EQUALITY, ORDERING;
REGISTERED AS {m3100Attribute 7};
characteristicInformation ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.CharacteristicInformation;
MATCHES FOR EQUALITY;
BEHAVIOUR
characteristicInformationBehaviour BEHAVIOUR
DEFINED AS
"The value of this attribute is used to verify the connectability of
instances of the termination point subclasses.";;
REGISTERED AS {m3100Attribute 8};
circuitDirectionality ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.CircuitDirectionality;
MATCHES FOR EQUALITY;
BEHAVIOUR
circuitDirectionalityBehaviour BEHAVIOUR
DEFINED AS
"The attribute type specifies the directionality of the circuits in the
circuit subgroup.";;
REGISTERED AS {m3100Attribute 66};
circuitEndPointSubgroupId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
circuitEndPointSubgroupIdBehaviour BEHAVIOUR
DEFINED AS
"The circuitEndPointsubgroup Id is an attribute type whose distinguished
value can be used as a RDN when naming an instance of the
circuitEndPointsubgroup object class.";;
REGISTERED AS {m3100Attribute 61};
circuitPackType ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.CircuitPackType;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
circuitPackTypeBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the type of the circuit pack.";;
REGISTERED AS {m3100Attribute 54};
clientConnectionList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
clientConnectionListBehaviour BEHAVIOUR
DEFINED AS
"The values of this attribute identify the client connections served by
a trail. These client connections may be either of a lower or same rate
as the trail. In the latter case, the list consists of only one client
connection.";;
REGISTERED AS {m3100Attribute 53};
clientTrail ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
clientTrailBehaviour BEHAVIOUR
DEFINED AS
"The value of this attribute identifies the trail object instance in the
same network layer as the connection served by a connection object.";;
REGISTERED AS {m3100Attribute 10};
connectedTpCount ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.Count;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
connectedTpCountBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the total number of termination points
associated with a tpPool that have been connected.";;
REGISTERED AS {m3100Attribute 11};
connectionId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
connectionIdBehaviour BEHAVIOUR
DEFINED AS
"The Connection Id is an attribute type whose distinguished value can be
used as a RDN when naming an instance of the Connection object class.";;
REGISTERED AS {m3100Attribute 12};
cTPId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour;
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
REGISTERED AS {m3100Attribute 13};
crossConnectionId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
crossConnectionIdBehaviour BEHAVIOUR
DEFINED AS
"The Cross-Connection Id is an attribute type whose distinguished value
can be used as a RDN when naming an instance of the crossConnection
object class.";;
REGISTERED AS {m3100Attribute 14};
crossConnectionName ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.CrossConnectionName;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
crossConnectionNameBehaviour BEHAVIOUR
DEFINED AS
"This attribute is a descriptive name for a cross-connection or
multipoint cross-connection managed object.";;
REGISTERED AS {m3100Attribute 15};
crossConnectionObjectPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX
ASN1DefinedTypesModule.CrossConnectionObjectPointer;
MATCHES FOR EQUALITY;
BEHAVIOUR
crossConnectionObjectPointerBehaviour BEHAVIOUR
DEFINED AS
"This attribute points to a managed object such as a Cross-connection, a
GTP or a Fabric. When a termination point is neither connected nor
reserved for connection, its crossConnectionObjectPointer points to the
Fabric object responsible for its connection.";;
REGISTERED AS {m3100Attribute 16};
currentProblemList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.CurrentProblemList;
BEHAVIOUR
currentProblemListBehaviour BEHAVIOUR
DEFINED AS
"The Current Problem List attribute type identifies the current existing
problems, with severity, associated with the managed object.";;
REGISTERED AS {m3100Attribute 17};
directionality ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.Directionality;
MATCHES FOR EQUALITY;
BEHAVIOUR
directionalityBehaviour BEHAVIOUR
DEFINED AS
"The Directionality attribute type specifies whether the associated
managed object is uni- or bi-directional.";;
REGISTERED AS {m3100Attribute 18};
downstreamConnectivityPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.DownstreamConnectivityPointer;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
downstreamConnectivityPointerBehaviour BEHAVIOUR
DEFINED AS
"The matching for equality is applicable for all choices of the syntax.
The set operations are permitted only when the choice of the syntax
correspond to either broadcast or concatenated broadcast.";;
REGISTERED AS {m3100Attribute 19};
equipmentHolderAddress ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.EquipmentHolderAddress;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
equipmentHolderAddressBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the physical location of the resource
represented by the equipmentHolder instance. Depending on the
containment hierarchy of the equipmentHolder in the managed system, the
value of this attribute may vary. For example, if a system has three
levels of equipment holders representing Bay, Shelf and Slot
respectively (i.e. the managed Element contains multiple Bay equipment
holders, each Bay equipment holder contains multiple Shelf equipment
holders and each Shelf equipment holder contains multiple Slot equipment
holders), then:
- for the equipmentHolder representing a Bay, the Frame Identification
code may be used as the value of this attribute;
- for the equipmentHolder representing a Shelf, the Bay Shelf code may
be used as the value of this attribute;
- for the equipmentHolder representing a Slot, the position code may be
used as the value of this attribute.
If the system uses only one level of equipment holder, that represents
the Shelves (i.e., the managedElement contains multiple Shelf equipment
holders, and each Shelf equipment holder contains a circuit pack), then
the value of this attribute is a sequence of the Frame Identification
code and the Bay Shelf Code.";;
REGISTERED AS {m3100Attribute 56};
equipmentHolderType ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.EquipmentHolderType;
MATCHES FOR EQUALITY;
BEHAVIOUR
equipmentHolderTypeBehaviour BEHAVIOUR
DEFINED AS
"The equipment holder type attribute indicates the type of equipment
holder using a character string. The example values for the character
string may be bay, shelf, drawer, slot and rack.";;
REGISTERED AS {m3100Attribute 57};
equipmentId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
equipmentIdBehaviour BEHAVIOUR
DEFINED AS
"The Equipment Id is an attribute type whose distinguished value can be
used as a RDN when naming an instance of the Equipment object class.";;
REGISTERED AS {m3100Attribute 20};
externalTime ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ExternalTime;
MATCHES FOR EQUALITY;
BEHAVIOUR
externalTimeBehaviour BEHAVIOUR
DEFINED AS
"The External time attribute provides time-of-day system time. The
attribute functions as a reference for all time stamp activities in the
managed element.";;
REGISTERED AS {m3100Attribute 21};
fabricId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
fabricIdBehaviour BEHAVIOUR
DEFINED AS
"The Fabric Id is an attribute type whose distinguished value can be
used as a RDN when naming an instance of the Fabric object class.";;
REGISTERED AS {m3100Attribute 22};
fromTermination ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.PointerOrNull;
MATCHES FOR EQUALITY;
BEHAVIOUR
fromTerminationBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies a TTP (source or bidirectional), a CTP (sink
or bidirectional) or a GTP composed of members of one of these categories.";;
REGISTERED AS {m3100Attribute 23};
gtpId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
gtpIdBehaviour BEHAVIOUR
DEFINED AS
"The gtp Id is an attribute type whose distinguished value can be used
as a RDN when naming an instance of the gtp object class.";;
REGISTERED AS {m3100Attribute 24};
holderStatus ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.HolderStatus;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
holderStatusBehaviour BEHAVIOUR
DEFINED AS
"The holderStatus attribute indicates the status of the physical holder.
It specifies if the holder is empty or has a circuitPack of specific
type (that may or not be acceptable to the holder) or has an
indeterminate type.";;
REGISTERED AS {m3100Attribute 59};
idleTpCount ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.Count;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
idleTpCountBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the total number of termination points
associated with a tpPool that are in an operational state of enabled and
that are available for Cross-Connection.";;
REGISTERED AS {m3100Attribute 25};
informationTransferCapabilities ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.InformationTransferCapabilities;
MATCHES FOR EQUALITY;
BEHAVIOUR
informationTransferCapabilitiesBehaviour BEHAVIOUR
DEFINED AS
"The attribute type specifies the different service types such as
speech, 64 kbits unrestricted data supported by the circuit subgroup.";;
REGISTERED AS {m3100Attribute 65};
labelOfFarEndExchange ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.UserLabel;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
labelOfFarEndExchangeBehaviour BEHAVIOUR
DEFINED AS
"This attribute type assigns a user friendly name to the Far End
Exchange terminating this circuit subgroup.";;
REGISTERED AS {m3100Attribute 63};
listOfCharacteristicInfo ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ListOfCharacteristicInformation;
MATCHES FOR EQUALITY;
BEHAVIOUR
listOfCharacteristicInfoBehaviour BEHAVIOUR
DEFINED AS
"This attribute lists the characteristic information types that can be
cross-connected by a Fabric.";;
REGISTERED AS {m3100Attribute 26};
locationName ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.LocationName;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
locationNameBehaviour BEHAVIOUR
DEFINED AS
"The Location Name attribute type identifies a location.";;
REGISTERED AS {m3100Attribute 27};
managedElementId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
managedElementIdBehaviour BEHAVIOUR
DEFINED AS
"The Managed Element Id is an attribute type whose distinguished value
can be used as a RDN when naming an instance of the Managed Element
object class.";;
REGISTERED AS {m3100Attribute 28};
managedElementComplexId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
managedElementComplexIdBehaviour BEHAVIOUR
DEFINED AS
"The Managed Element Complex Id is an attribute type whose distinguished
value can be used as a RDN when naming an instance of the Managed
Element Complex object class.";;
REGISTERED AS {m3100Attribute 68};
mpCrossConnectionId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
mpCrossConnectionIdBehaviour BEHAVIOUR
DEFINED AS
"The mp Cross-Connection Id is an attribute type whose distinguished
value can be used as a RDN when naming an instance of the
mpCrossConnection object class.";;
REGISTERED AS {m3100Attribute 29};
networkId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
networkIdBehaviour BEHAVIOUR
DEFINED AS
"The Network Id is an attribute type whose distinguished value can be
used as a RDN when naming an instance of the Network object class.";;
REGISTERED AS {m3100Attribute 30};
networkLevelPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ObjectInstance;
MATCHES FOR EQUALITY;
REGISTERED AS {m3100Attribute 31};
numberOfCircuits ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NumberOfCircuits;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
numberOfCircuitsBehaviour BEHAVIOUR
DEFINED AS
"The number of circuits in a circuit subgroup.";;
REGISTERED AS {m3100Attribute 62};
protected ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR
protectedBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies whether the associated managed object is
protected or not. The value TRUE implies it is protected.";;
REGISTERED AS {m3100Attribute 32};
redline ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR
redlineBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies whether the associated managed object is red
lined, e.g. identified as being part of a sensitive circuit.";;
REGISTERED AS {m3100Attribute 33};
replaceable ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.Replaceable;
MATCHES FOR EQUALITY;
BEHAVIOUR
replaceableBehaviour BEHAVIOUR
DEFINED AS
"The Replaceable attribute type indicates whether the associated managed
object is replaceable or non-replaceable.";;
REGISTERED AS {m3100Attribute 34};
serialNumber ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.SerialNumber;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
serialNumberBehaviour BEHAVIOUR
DEFINED AS
"The serial number attribute type identifies the serial number of the
physical resource.";;
REGISTERED AS {m3100Attribute 69};
serverConnectionList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.SequenceOfObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
serverConnectionListBehaviour BEHAVIOUR
DEFINED AS
"The value of this attribute identifies one or more connection objects
within the same network layer as the trail that are connected in series
to constitute the trail.";;
REGISTERED AS {m3100Attribute 35};
serverTrailList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ObjectList;
MATCHES FOR EQUALITY;
BEHAVIOUR
serverTrailListBehaviour BEHAVIOUR
DEFINED AS
"The value of this attribute identifies the trail objects (in most cases
one) in a lower order network layer which may be used in parallel to
serve a connection object.";;
REGISTERED AS {m3100Attribute 36};
signallingCapabilities ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.SignallingCapabilities;
MATCHES FOR EQUALITY;
BEHAVIOUR
signallingCapabilitiesBehaviour BEHAVIOUR
DEFINED AS
"The attribute type specifies the signalling types supported by the
circuit subgroup.";;
REGISTERED AS {m3100Attribute 64};
signalType ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.SignalType;
MATCHES FOR EQUALITY;
BEHAVIOUR
signalTypeBehaviour BEHAVIOUR
DEFINED AS
"This attribute uniquely identifies the signal type of a cross-connection,
TP pool or GTP. The signal type can either be simple, bundle, or
complex. If the signal type is simple, it consists of a single type of
characteristic information. If the signal type is bundle, it is made up
of a number of signal types all of the same characteristic information.
If the signal type is complex, it consists of a sequence of bundle
signal type. The order in the complex signal type represents the actual
composition of the signal.";;
REGISTERED AS {m3100Attribute 37};
softwareId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
softwareIdBehaviour BEHAVIOUR
DEFINED AS
"The Software Id is an attribute type whose distinguished value can be
used as a RDN when naming an instance of the Software object class.";;
REGISTERED AS {m3100Attribute 38};
subordinateCircuitPackSoftwareLoad ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.SubordinateCircuitPackSoftwareLoad;
BEHAVIOUR
subordinateCircuitPackSoftwareLoadBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the software, if any, that is currently
designated as the one to be loaded to the containing circuit pack
whenever automatic reload of software is needed. The values of this
attribute may be one of the following: sequence of printable string,
sequence of object instance or NULL. The NULL choice is used when the
contained circuit pack is not software loadable, or no software load has
been designated. The choice of sequence of ObjectInstance identifies an
ordered set of software instances. This ordered set can be used to
specify the order in which the software is to be downloaded. It is
recommended to note in the ICS if the ordering is significant. When the
choice of PrintableString is used, the semantics is a local matter.";;
REGISTERED AS {m3100Attribute 60};
supportableClientList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.SupportableClientList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
supportableClientListBehaviour BEHAVIOUR
DEFINED AS
"The value of this attribute is the list of object classes representing
the clients which the particular managed object is capable of
supporting. This may be a subset of the client layers identified in
Recommendation G.803 by the particular server layer managed object.";;
REGISTERED AS {m3100Attribute 39};
supportedByObjectList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
supportedByObjectListBehaviour BEHAVIOUR
DEFINED AS
"The Supported By Object List is an attribute type whose value
identifies a set of object instances which are capable of directly
affecting a given managed object. The object instances include both
physical and logical objects. This attribute does not force internal
details to be specified, but only the necessary level of detail required
for management. If the object instances supporting the managed object
are unknown to that object, then this attribute is an empty set.";;
REGISTERED AS {m3100Attribute 40};
systemTimingSource ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.SystemTimingSource;
MATCHES FOR EQUALITY;
BEHAVIOUR
systemTimingSourceBehaviour BEHAVIOUR
DEFINED AS
"The System Timing Source attribute is used to specify the primary and
secondary managed element timing source for synchronization.";;
REGISTERED AS {m3100Attribute 41};
totalTpCount ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.Count;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
totalTpCountBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the total number of termination points
associated with a tpPool.";;
REGISTERED AS {m3100Attribute 42};
toTermination ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.Pointer;
MATCHES FOR EQUALITY;
BEHAVIOUR
toTerminationBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies a CTP (source or bidirectional), a TTP (sink
or bidirectional) or a GTP composed of members of one of these categories.";;
REGISTERED AS {m3100Attribute 43};
tpPoolId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
tpPoolIdBehaviour BEHAVIOUR
DEFINED AS
"The TP Pool Id is an attribute type whose distinguished value can be
used as a RDN when naming an instance of the tpPool object class.";;
REGISTERED AS {m3100Attribute 44};
tpsInGtpList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.TpsInGtpList;
MATCHES FOR EQUALITY;
BEHAVIOUR
tpsInGtpListBehaviour BEHAVIOUR
DEFINED AS
"This attribute lists the termination points that are represented by a GTP.";;
REGISTERED AS {m3100Attribute 45};
tpsInTpPoolList ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ListOfTPs;
MATCHES FOR EQUALITY;
BEHAVIOUR
tpsInTpPoolListBehaviour BEHAVIOUR
DEFINED AS
"This attribute lists the termination points that are represented by a
TP Pool.";;
REGISTERED AS {m3100Attribute 46};
trailId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
trailIdBehaviour BEHAVIOUR
DEFINED AS
"The Trail Id is an attribute type whose distinguished value can be used
as a RDN when naming an instance of the Trail object class.";;
REGISTERED AS {m3100Attribute 47};
tTPId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
ttpIdBehaviour BEHAVIOUR
DEFINED AS
"The Trail Termination Point Id is an attribute type whose distinguished
value can be used as a RDN when naming an instance of the Trail
Termination Point object class.";;
REGISTERED AS {m3100Attribute 48};
transmissionCharacteristics ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.TransmissionCharacteristics;
MATCHES FOR EQUALITY;
BEHAVIOUR
transmissionCharacteristicsBehaviour BEHAVIOUR
DEFINED AS
"The attribute type specifies the different transmission characteristics
such as satellite, echo control supported or not supported by the
circuit subgroup. The bit positions are set to indicate if a particular
characteristic is supported.";;
REGISTERED AS {m3100Attribute 67};
typeText ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.TypeText;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
typeTextBehaviour BEHAVIOUR
DEFINED AS
"This attribute gives a textual description of the type of the resource";;
REGISTERED AS {m3100Attribute 70};
upstreamConnectivityPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.ConnectivityPointer;
MATCHES FOR EQUALITY;
BEHAVIOUR
upstreamConnectivityPointerBehaviour BEHAVIOUR
DEFINED AS
"The matching for equality is applicable for all the choices of the syntax.";;
REGISTERED AS {m3100Attribute 49};
userLabel ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.UserLabel;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
userLabelBehaviour BEHAVIOUR
DEFINED AS
"The User Label attribute type assigns a user friendly name to the
associated object.";;
REGISTERED AS {m3100Attribute 50};
vendorName ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.VendorName;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
vendorNameBehaviour BEHAVIOUR
DEFINED AS
"The Vendor Name attribute type identifies the vendor of the associated
managed object.";;
REGISTERED AS {m3100Attribute 51};
version ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.Version;
MATCHES FOR EQUALITY, SUBSTRINGS;
BEHAVIOUR
versionBehaviour BEHAVIOUR
DEFINED AS
"The Version attribute type identifies the version of the associated
managed object.";;
REGISTERED AS {m3100Attribute 52};
z-TPInstance ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.RelatedObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
z-TPInstanceBehaviour BEHAVIOUR
DEFINED AS
"The Z-Termination Point Instance attribute type identifies one of the
two termination points of an instance of the connectivity object class.";;
REGISTERED AS {m3100Attribute 55};
alarmSeverityAssignment-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS alarmSeverityAssignmentProfile AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE alarmSeverityAssignmentProfileId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 1};
circuitPack-equipmentHolder-autoCreated NAME BINDING
SUBORDINATE OBJECT CLASS circuitPack AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
equipmentHolder AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR circuitPack-equipmentHolder-autoCreateBeh;
REGISTERED AS {m3100NameBinding 32};
circuitPack-equipmentHolder-autoCreateBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of an circuitPack relative to
another equipmentHolder instance. The creation of the circuitPack object is
the result of inserting the physical circuit pack into the resource
represented by the superior object.
When the superior object contains a circuitPack object, the superior object
shall not contain more than one circuitPack object, and shall not contain
other equipmentHolder objects.";
circuitPack-equipmentHolder-explicitlyCreated NAME BINDING
SUBORDINATE OBJECT CLASS circuitPack AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
equipmentHolder AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR circuitPack-equipmentHolder-explicitlyCreateBeh;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
createErrorParameter;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 33};
circuitPack-equipmentHolder-explicitlyCreateBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of a circuitPack relative to
another equipmentHolder instance. The creation of the circuitPack object is
the result of system management protocol.
When the superior object contains a circuitPack object, the superior object
shall not contain more than one circuitPack object, and shall not contain
other equipmentHolder objects.";
circuitPack-equipmentHolder-autoCreated-R1 NAME BINDING
SUBORDINATE OBJECT CLASS circuitPack AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS equipmentHolder AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR circuitPack-equipmentHolder-autoCreated-R1-Beh;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS
generalErrorParameter;
REGISTERED AS {m3100NameBinding 37};
circuitPack-equipmentHolder-autoCreated-R1-Beh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of an circuitPack relative to
another equipmentHolder instance. The creation of the circuitPack object is
the result of inserting the physical circuit pack into the resource
represented by the superior object.
The management system may delete this circuit pack and recreate a new one in
order to plan the specific type of the circuit pack, using the
explicitlyCreated name binding";
circuitPack-equipmentHolder-explicitlyCreated-R1 NAME BINDING
SUBORDINATE OBJECT CLASS circuitPack AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
equipmentHolder AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR circuitPack-equipmentHolder-explicitlyCreated-R1-Beh;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
createErrorParameter
generalErrorParameter;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 46};
circuitPack-equipmentHolder-explicitlyCreated-R1-Beh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of a circuitPack relative to
another equipmentHolder instance. The creation of the circuitPack object is
the result of system management protocol.
If the circuitPackType is incompatible with the types supported by the
equipmentHolder, the create request will result in a CMIP processing failure
error. The generalErrorParameter is then used to report the error and may
provide the value of the circuitPackType attribute. This parameter may be
used for other CMIP processing failure if needed.";
connectionR1-network NAME BINDING
SUBORDINATE OBJECT CLASS connectionR1;
NAMED BY
SUPERIOR OBJECT CLASS network;
WITH ATTRIBUTE connectionId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 25};
--connectionTerminationPointSource-trailTerminationPointSource NAME BINDING
-- SUBORDINATE OBJECT CLASS
-- connectionTerminationPointSource;
-- NAMED BY
-- SUPERIOR OBJECT CLASS trailTerminationPointSource AND SUBCLASSES;
-- WITH ATTRIBUTE cTPId;
-- BEHAVIOUR
-- cTPSource-TTPBehaviour;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS;
--REGISTERED AS {m3100NameBinding 3};
--connectionTerminationPointSource-trailTerminationPointBidirectional NAME BINDING
-- SUBORDINATE OBJECT CLASS
-- connectionTerminationPointSource;
-- NAMED BY
-- SUPERIOR OBJECT CLASS trailTerminationPointBidirectional
-- AND SUBCLASSES;
-- WITH ATTRIBUTE cTPId;
-- BEHAVIOUR
-- cTPSource-TTPBehaviour;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS;
--REGISTERED AS {m3100NameBinding 4};
cTPSource-TTPBehaviour BEHAVIOUR
DEFINED AS
"The name binding represents a relationship in which a TTP receives
information (traffic) from a source CTP. When automatic instance naming is
used, the choice of name bindings left as a local matter.";
--connectionTerminationPointSink-trailTerminationPointSink NAME BINDING
-- SUBORDINATE OBJECT CLASS connectionTerminationPointSink;
-- NAMED BY
-- SUPERIOR OBJECT CLASS trailTerminationPointSink AND SUBCLASSES;
-- WITH ATTRIBUTE cTPId;
-- BEHAVIOUR
-- cTPSink-TTPBehaviour;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS;
--REGISTERED AS {m3100NameBinding 5};
--connectionTerminationPointSink-trailTerminationPointBidirectional NAME BINDING
-- SUBORDINATE OBJECT CLASS connectionTerminationPointSink;
-- NAMED BY
-- SUPERIOR OBJECT CLASS trailTerminationPointBidirectional
-- AND SUBCLASSES;
-- WITH ATTRIBUTE cTPId;
-- BEHAVIOUR
-- cTPSink-TTPBehaviour;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS;
--REGISTERED AS {m3100NameBinding 6};
cTPSink-TTPBehaviour BEHAVIOUR
DEFINED AS
"The name binding represents a relationship in which a TTP sends information
(traffic) to a sink CTP.
When automatic instance naming is used, the choice of name bindings left as
a local matter.";
crossConnection-fabric NAME BINDING
SUBORDINATE OBJECT CLASS crossConnection
AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS fabric
AND SUBCLASSES;
WITH ATTRIBUTE crossConnectionId;
BEHAVIOUR
crossConnection-fabricBehaviour BEHAVIOUR
DEFINED AS
"The value of the fromTermination attribute in the Cross-Connection
object shall not be NULL. When an instance of cross-connection is deleted,
the following attributes will be affected. The
crossConnectionObjectPointer attribute in the termination point objects
or in the GTP objects that were pointing to the deleted cross-connection
instance shall be set to point to the Fabric responsible for the
connection of the termination points.
The counters in the appropriate TP Pool objects (if applicable) shall be
updated. The connectivityPointer attributes in the disconnected
termination points shall be set to NULL. Deleting a cross-connection
object instance has no effect on the composition of any GTP.";;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 7};
crossConnection-mpCrossConnection NAME BINDING
SUBORDINATE OBJECT CLASS crossConnection
AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS mpCrossConnection
AND SUBCLASSES;
WITH ATTRIBUTE crossConnectionId;
BEHAVIOUR
crossConnection-mpCrossConnectionBehaviour BEHAVIOUR
DEFINED AS
"The value of the fromTermination attribute in the Cross-Connection
object must be NULL. When an instance of cross-connection is deleted,
the following attributes will be affected. The
crossConnectionObjectPointer attribute in the termination point object
or in the GTP object that was pointing to the deleted cross-connection
instance shall be set to point to the Fabric responsible for the
connection of the termination points. The counters in the appropriate TP
Pool objects (if applicable) shall be updated. The connectivity pointers
in the disconnected termination point shall be set to NULL.
Deleting the last cross-connection contained in a multipoint
cross-connection object instance has the effect of also deleting the
multipoint cross-connect object instance (and updating the appropriate
pointers). Deleting a cross-connection object instance has no effect on
the composition of any GTP.";;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 8};
crossConnection-fabric-R1 NAME BINDING
SUBORDINATE OBJECT CLASS crossConnection AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS fabric AND SUBCLASSES;
WITH ATTRIBUTE crossConnectionId;
BEHAVIOUR crossConnection-fabricBehaviour;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS
generalErrorParameter;
REGISTERED AS {m3100NameBinding 39};
crossConnection-mpCrossConnection-R1 NAME BINDING
SUBORDINATE OBJECT CLASS crossConnection AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS mpCrossConnection AND SUBCLASSES;
WITH ATTRIBUTE crossConnectionId;
BEHAVIOUR crossConnection-mpCrossConnectionBehaviour;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS
generalErrorParameter;
REGISTERED AS {m3100NameBinding 40};
equipment-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS equipment AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR
equipmentNameBindingBehaviour;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 9};
equipment-equipment NAME BINDING
SUBORDINATE OBJECT CLASS equipment AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS equipment AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR
equipmentNameBindingBehaviour;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 10};
equipmentNameBindingBehaviour
BEHAVIOUR
DEFINED AS
"When automatic instance naming is used, the choice of name binding is left
as a local matter.";
equipment-managedElement-R1 NAME BINDING
SUBORDINATE OBJECT CLASS equipment AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR equipmentNameBindingBehaviour;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
generalErrorParameter;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS
generalErrorParameter;
REGISTERED AS {m3100NameBinding 41};
equipment-equipment-R1 NAME BINDING
SUBORDINATE OBJECT CLASS equipment AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS equipment AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR equipmentNameBindingBehaviour;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
generalErrorParameter;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS
generalErrorParameter;
REGISTERED AS {m3100NameBinding 42};
equipmentHolder-equipmentHolder NAME BINDING
SUBORDINATE OBJECT CLASS equipmentHolder AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
equipmentHolder AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR equipmentHolder-equipmentHolderBeh;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
createErrorParameter;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 31};
equipmentHolder-equipmentHolderBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of an equipmentHolder
relative to another equipmentHolder instance.";
--6.10 Event Forwarding Discriminator
eventForwardingDiscriminator-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS
"Recommendation X.721:1992":eventForwardingDiscriminator;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE "Recommendation X.721:1992":discriminatorId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 11};
eventForwardingDiscriminator-managedElement-R1 NAME BINDING
SUBORDINATE OBJECT CLASS
"Recommendation X.721:1992": eventForwardingDiscriminator AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE "Recommendation X.721:1992": discriminatorId;
BEHAVIOUR equipmentNameBindingBehaviour;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
generalErrorParameter;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS
generalErrorParameter;
REGISTERED AS {m3100NameBinding 43};
fabric-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS fabric
AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE fabricId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 12};
fabric-managedElement-R1 NAME BINDING
SUBORDINATE OBJECT CLASS fabric AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE fabricId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
generalErrorParameter;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS
generalErrorParameter;
REGISTERED AS {m3100NameBinding 44};
gtp-fabric NAME BINDING
SUBORDINATE OBJECT CLASS gtp;
NAMED BY
SUPERIOR OBJECT CLASS fabric
AND SUBCLASSES;
WITH ATTRIBUTE gtpId;
REGISTERED AS {m3100NameBinding 13};
log-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS "Recommendation X.721:1992":log;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE "Recommendation X.721:1992":logId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 14};
managedElement-network NAME BINDING
SUBORDINATE OBJECT CLASS managedElement AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS network;
WITH ATTRIBUTE managedElementId;
BEHAVIOUR
managedElementCreateBehaviour BEHAVIOUR
DEFINED AS
"Managed Element object is not created or deleted by system management
protocol. The object is created when initializing the managed element.";;
REGISTERED AS {m3100NameBinding 15};
managedElement-organization NAME BINDING
SUBORDINATE OBJECT CLASS managedElement AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
"ITU-T Rec. X.521":organization AND SUBCLASSES;
WITH ATTRIBUTE managedElementId;
BEHAVIOUR managedElement-organizationBeh;
REGISTERED AS {m3100NameBinding 27};
managedElement-organizationBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name the managedElement object to an
organization directory object. The managedElement object is not created or
deleted by system management protocol. The managed element object is created
when initializing the network element.";
managedElement-organizationalUnit NAME BINDING
SUBORDINATE OBJECT CLASS managedElement AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
"ITU-T Rec. X.521": organizationalUnit AND SUBCLASSES;
WITH ATTRIBUTE managedElementId;
BEHAVIOUR managedElement-organizationalUnitBeh;
REGISTERED AS {m3100NameBinding 28};
managedElement-organizationalUnitBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name the managedElement object to an
organizationalUnit directory object. The managedElement object is not
created or deleted by system management protocol. The managed element object
is created when initializing the network element.";
managedElement-managedElementComplex NAME BINDING
SUBORDINATE OBJECT CLASS managedElement AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElementComplex AND SUBCLASSES;
WITH ATTRIBUTE managedElementId;
BEHAVIOUR managedElementCreateBehaviour;
REGISTERED AS {m3100NameBinding 34};
managedElement-managedElementComplex-explicitlyCreated NAME BINDING
SUBORDINATE OBJECT CLASS managedElement AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElementComplex AND SUBCLASSES;
WITH ATTRIBUTE managedElementId;
BEHAVIOUR managedElement-managedElementComplex-explicitlyCreateBehaviour;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
createErrorParameter;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 45};
managedElement-managedElementComplex-explicitlyCreateBehaviour BEHAVIOUR
DEFINED AS
"This name binding is used to name the managedElement object instance
relative to a managedElementComplex object. The managedElement object is
explicitly created by management protocol. Creation of the managedElement
may trigger the automatic creation of certain inherent objects contained
within the managedElement, and the deletion of the managedElement may
trigger automatic deletion of all objects contained in the managedElement.";
managedElementComplex-organization NAME BINDING
SUBORDINATE OBJECT CLASS managedElementComplex AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
"ITU-T Rec. X.521": organization AND SUBCLASSES;
WITH ATTRIBUTE managedElementComplexId;
BEHAVIOUR managedElementComplex-organizationBeh;
REGISTERED AS {m3100NameBinding 35};
managedElementComplex-organizationBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name the managedElementComplex object to an
organization directory object. The managedElementComplex object is not
created or deleted by system management protocol.";
managedElementComplex-organizationalUnit NAME BINDING
SUBORDINATE OBJECT CLASS managedElementComplex AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
"ITU-T Rec. X.521": organizationalUnit AND SUBCLASSES;
WITH ATTRIBUTE managedElementComplexId;
BEHAVIOUR managedElementComplex-organizationalUnitBeh;
REGISTERED AS {m3100NameBinding 36};
managedElementComplex-organizationalUnitBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name the managedElementComplex object to an
organizationalUnit directory object. The managedElementComplex object is not
created or deleted by system management protocol.";
managedElementComplex-network NAME BINDING
SUBORDINATE OBJECT CLASS managedElementComplex AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
networkR1 AND SUBCLASSES;
WITH ATTRIBUTE managedElementComplexId;
BEHAVIOUR managedElementComplex-networkBeh;
REGISTERED AS {m3100NameBinding 53}; -- Replace 56 which is used to register
-- "externalPoint-equipment"
managedElementComplex-networkBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name the managedElementComplex object to a
network object. The managedElementComplex object is not created or deleted
by system management protocol.";
mpCrossConnection-fabric NAME BINDING
SUBORDINATE OBJECT CLASS mpCrossConnection
AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS fabric
AND SUBCLASSES;
WITH ATTRIBUTE mpCrossConnectionId;
REGISTERED AS {m3100NameBinding 16};
network-network NAME BINDING
SUBORDINATE OBJECT CLASS network AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS network AND SUBCLASSES;
WITH ATTRIBUTE networkId;
BEHAVIOUR
networkCreateBehaviour BEHAVIOUR
DEFINED AS
"Network object is not created or deleted by system management protocol.
The object is created when initializing the network.";;
REGISTERED AS {m3100NameBinding 17};
network-organization NAME BINDING
SUBORDINATE OBJECT CLASS network AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
"ITU-T Rec. X.521": organization AND SUBCLASSES;
WITH ATTRIBUTE networkId;
BEHAVIOUR network-organizationBeh;
REGISTERED AS {m3100NameBinding 29};
network-organizationBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name the network object to an organization
directory object. The network object is not created or deleted by system
management protocol. The object is created when initializing the network.";
network-organizationalUnit NAME BINDING
SUBORDINATE OBJECT CLASS network AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS
"ITU-T Rec. X.521": organizationalUnit AND SUBCLASSES;
WITH ATTRIBUTE networkId;
BEHAVIOUR network-organizationalUnitBeh;
REGISTERED AS {m3100NameBinding 30};
network-organizationalUnitBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name the network object to an
organizationalUnit directory object. The network object is not created or
deleted by system management protocol. The object is created when
initializing the network.";
software-equipment NAME BINDING
SUBORDINATE OBJECT CLASS software AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS equipment AND SUBCLASSES;
WITH ATTRIBUTE softwareId;
BEHAVIOUR
softwareNameBindingBehaviour;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 18};
software-software NAME BINDING
SUBORDINATE OBJECT CLASS software AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS software AND SUBCLASSES;
WITH ATTRIBUTE softwareId;
BEHAVIOUR
softwareNameBindingBehaviour;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 19};
software-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS software AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE softwareId;
BEHAVIOUR
softwareNameBindingBehaviour;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 20};
softwareNameBindingBehaviour
BEHAVIOUR
DEFINED AS
"When automatic instance naming is used, the choice of name binding is left
as a local matter.";
tpPool-fabric NAME BINDING
SUBORDINATE OBJECT CLASS tpPool;
NAMED BY
SUPERIOR OBJECT CLASS fabric
AND SUBCLASSES;
WITH ATTRIBUTE tpPoolId;
REGISTERED AS {m3100NameBinding 21};
trailR1-network NAME BINDING
SUBORDINATE OBJECT CLASS trailR1;
NAMED BY
SUPERIOR OBJECT CLASS network;
WITH ATTRIBUTE trailId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 26};
--trailTerminationPointSource-managedElement NAME BINDING
-- SUBORDINATE OBJECT CLASS trailTerminationPointSource AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
-- WITH ATTRIBUTE tTPId;
-- BEHAVIOUR
-- trailTerminationPointNameBindingBehaviour;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS;
--REGISTERED AS {m3100NameBinding 23};
trailTerminationPointNameBindingBehaviour
BEHAVIOUR
DEFINED AS
"When automatic instance naming is used, the choice of name binding is left
as a local matter.";
--trailTerminationPointSink-managedElement NAME BINDING
-- SUBORDINATE OBJECT CLASS trailTerminationPointSink AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
-- WITH ATTRIBUTE tTPId;
-- BEHAVIOUR
-- trailTerminationPointNameBindingBehaviour;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS;
--REGISTERED AS {m3100NameBinding 24};
-- Rec. X.745
testActionPerformer-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS "Rec. X.745 (1993)" : testActionPerformer AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.745 (1993)" : testActionPerformerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 47};
testObject-testActionPerfomer NAME BINDING
SUBORDINATE OBJECT CLASS "Rec. X.745 (1993)" : testObject AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS "Rec. X.745 (1993)" : testActionPerformer AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.745 (1993)" : testObjectId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 48};
-- Rec. X.738
simpleScanner-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS "Rec. X.738 (1993)" : simpleScanner AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.739 (1993)" : scannerId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 49};
-- Rec. X.742
usageMeteringControl-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS "Rec. X.742 (1995)" : usageMeteringControlObject
AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE "Rec. X.742 (1995)" : controlObjectId;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 50};
-- Rec. X.746
scheduler-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS "Rec. X.746 (1995)" : scheduler AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE
"Rec. X.746 (1995)" : schedulerID;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
"Rec. X.738 (1993)":conflictingPackagesRequestedError;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 51};
-- Rec. X.723
applicationProcess-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS "Rec. X.723 (1993)" : applicationProcess AND SUBCLASSES ;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES ;
WITH ATTRIBUTE "Rec. X.723 (1993)" : applicationProcessId ;
REGISTERED AS {m3100NameBinding 54};
subsystem-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS "Rec. X.723 (1993)" : subsystem AND SUBCLASSES ;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES ;
WITH ATTRIBUTE "Rec. X.723 (1993)" : subsystemId ;
REGISTERED AS {m3100NameBinding 55};
addTpsToGTP ACTION
BEHAVIOUR
addTpsToGtpBehaviour BEHAVIOUR
DEFINED AS
"This action is used to arrange termination points into GTPs. If the
group termination point instance does not exist then a new one is
automatically created and its identity returned in the result. Otherwise
the termination points are added to those already in the GTP.
Termination points may be members of zero or one GTP. This action will
fail if the GTP is involved in a cross-connection, if the GTP is a
member of a TP pool or if the termination point is already a member of a
GTP. A bidirectional termination point that can provide independent
unidirectional connectivity may be a member of zero or one GTP for each
direction of connectivity.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX ASN1DefinedTypesModule.AddTpsToGtpInformation;
WITH REPLY SYNTAX ASN1DefinedTypesModule.AddTpsToGtpResult;
REGISTERED AS {m3100Action 1};
addTpsToTpPool ACTION
BEHAVIOUR
addTpsToTpPoolBehaviour BEHAVIOUR
DEFINED AS
"This action is used to arrange termination points or GTPs into pools of
termination points or GTPs that are all equivalent for some management
purpose such as routing. If the tpPool instance does not exist then a
new one is automatically created and its identity returned in the
result. Otherwise the termination points or GTPs are added to those
already in the tpPool. If an Indirect Adaptor is specified, a GTP
representing the CTPs contained from the Indirect Adaptor will be
created and it will be added to the tpPool.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX ASN1DefinedTypesModule.AddTpsToTpPoolInformation ;
WITH REPLY SYNTAX ASN1DefinedTypesModule.AddTpsToTpPoolResult;
REGISTERED AS {m3100Action 2};
allowAudibleVisualLocalAlarm ACTION
BEHAVIOUR allowAudibleVisualLocalAlarmBehaviour;
REGISTERED AS {m3100Action 3};
allowAudibleVisualLocalAlarmBehaviour BEHAVIOUR
DEFINED AS
"The allow Audible Visual Local Alarm action allows a managed system to
present audible and/or visual indications.";
connect ACTION
BEHAVIOUR
connectBehaviour BEHAVIOUR
DEFINED AS
"This action is used to establish a connection between termination
points or GTPs. The termination points to be connected can be specified
in one of two ways:
1) by explicitly identifying the two termination points or GTPs;
2) by specifying one termination point or GTP, and specifying a tpPool
from which any idle termination point/GTP may be used. The result, if
successful, always returns an explicit list of termination points or GTP.
There are two basic forms of cross-connection arrangement:
point-to-point and point to multi-point (broadcast). A single
cross-connection is created if either the explicitPtoP or ptoTpPool
option is selected in this action. This cross-connection object points
to the termination points or GTPs involved in the cross-connection.
Connections are indicated in termination points by the
connectivityPointer attribute. If the administrativeState in the
crossConnection object is unlocked, this attribute is set, as a result
of this action, to the local name of the termination point to which it
is connected. Also, the crossConnectionObjectPointer in the termination
points or GTPs points to the cross-connection object.
For point to multi-point cross-connection (indicated by choosing the
explicitPtoMp or ptoMPools option), one multi-point cross-connection
object will be created containing one crossConnection object for each
termination point specified in the toTps parameter. In the source TP the
crossConnectionObjectPointer will point at the newly created Multi-point
cross-connect object. In each Tp named in the toTPs list (possibly
selected from a specified tpPool), the CrossConnectionObject pointer
will point at the corresponding cross-connection object. The
connectivity pointers in the connected termination points will be
updated to reflect the new connectivity.
The idleTPcount and the connectedTPcount attributes in the tpPool object
(if any) are updated as a result of the action. If a GTP is implicitly
defined by specifying several termination points to be connected together,
the GTP object will be automatically created and its id will be returned
in the action reply.
If an Indirect Adaptor is specified, a GTP representing the CTPs
contained from the Indirect Adaptor will be created and it will be connected.
The administrative state of the created cross-connection or multi-point
cross-connection objects is specified as an optional parameter of this
action. If this parameter is omitted, the administrative state will be
set to 'unlocked' (unless the addLegs parameter is specified). This
action will fail if any of the termination points specified is already
involved in a cross-connection or if part of an existing GTP is specified.
If the addLeg parameter is specified, one or more Legs will be added to
an existing multi-point cross-connection arrangement. Selected
termination points or GTPs must support a similar signal type to that of
the termination points already connected to the arrangement. The result,
if successful, always returns the termination points or GTPs involved in
the multi-point cross-connection. A cross-connection object is created
as a result of this action. This object will be named from the specified
mpCrossConnection object instance. The administrative state of the
created cross-connection object will be the same as that of the
containing multi-point cross-connection object unless otherwise
specified in the action parameters.
When the namedCrossConnection parameter is present, a
namedCrossConnection (or subclass of namedCrossConnection) instance
will be created. When userLabel and/or redline is present,
crossConnectionR1 (or subclass of crossConnectionR1) instance will be
created. When none of these parameters are present, it is up to the
local system to deduce which instance will be created. The
namedCrossConnection field shall not be used together with either the
userLabel field or the redline field in the same action request.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX ASN1DefinedTypesModule.ConnectInformation;
WITH REPLY SYNTAX ASN1DefinedTypesModule.ConnectResult;
REGISTERED AS {m3100Action 4};
disconnect ACTION
BEHAVIOUR
disconnectBehaviour BEHAVIOUR
DEFINED AS
"This action is used to take down a cross-connection. The connection to
be taken down is specified by identifying termination point(s) [or
GTP(s)] of the connection. If the connection was point-to-point, then
the other termination point or GTP is implicitly disconnected as well
and the cross-connection object is deleted. If the connection was point
to multi-point and the action referred to the master, all the
termination points or GTPs that are legs are implicitly disconnected as
well and the multi-point cross-connection and cross-connection objects
are deleted.
If the connection was point-to-multi-point and the action referred to a
leg, then just that leg is disconnected, unless it is the last leg, in
which case the master termination point is also implicitly disconnected
and the multipoint cross-connection and cross-connection objects are
deleted. The idleTPcount and the connectedTPcount attributes in the
tpPool objects (if any) are updated as a result of the action. The
connectivity pointers in the disconnected termination points will be set
to NULL as a result of this action.
This action has no effect on the composition of GTPs and GTPs are not
deleted as a result of this action. This action will fail if part of a
GTP is specified.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX ASN1DefinedTypesModule.DisconnectInformation;
WITH REPLY SYNTAX ASN1DefinedTypesModule.DisconnectResult;
REGISTERED AS {m3100Action 5};
inhibitAudibleVisualLocalAlarm ACTION
BEHAVIOUR inhibitAudibleVisualLocalAlarmBehaviour;
REGISTERED AS {m3100Action 6};
inhibitAudibleVisualLocalAlarmBehaviour BEHAVIOUR
DEFINED AS
"The Inhibit Audible/Visual Local Alarm action inhibits a managed system
from presenting audible and/or visual indications.";
removeTpsFromGTP ACTION
BEHAVIOUR
removeTpsFromGtpBehaviour BEHAVIOUR
DEFINED AS
"This action is used to remove termination points from GTPs. This action
will fail if the GTP is involved in a cross-connection or if it is a
member of a TP pool. Removing the last termination point from a GTP has
the effect of deleting the GTP object. If the GTP is deleted, the name
of the GTP will be sent back in the ACTION reply.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX ASN1DefinedTypesModule.RemoveTpsFromGtpInformation;
WITH REPLY SYNTAX ASN1DefinedTypesModule.RemoveTpsFromGtpResult;
REGISTERED AS {m3100Action 7};
removeTpsFromTpPool ACTION
BEHAVIOUR
removeTpsFromTpPoolBehaviour BEHAVIOUR
DEFINED AS
"This action is used to remove termination points from termination point
pools. Removing the last termination point from a pool has the effect of
deleting the TP Pool object. If the TP pool is deleted, the name of the
TP Pool will be sent back in the ACTION reply.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX ASN1DefinedTypesModule.RemoveTpsFromTpPoolInformation;
WITH REPLY SYNTAX ASN1DefinedTypesModule.RemoveTpsFromTpPoolResult;
REGISTERED AS {m3100Action 8};
switchOver ACTION
BEHAVIOUR
switchOverBehaviour BEHAVIOUR
DEFINED AS
"This action offers the capability, in an atomic way, to: Switch an
existing connection to another one of the same type maintaining one of
the original cross-connected termination points. If the operation
succeeds, this will result in the deletion of the old connection
indicated in the action information and the connection of the new
termination point. The new termination point indicated in the action
information must be available (disconnected for the respective
direction) in order to establish the new cross-connection. The switch
over of an individual connection is considered an atomic operation.
Switch a bundle of existing connections. Each of these connections are
switched over as described above. In this case, the action will behave
according to a best effort policy and only those connections which can
be successfully switched over will be performed independently of each other.
In any case, a connection designates a unidirectional or bidirectional
point-to-point connection (i.e. crossConnection), a leg of a multi-point
connection (i.e. crossConnection contained in a mpCrossConnection), or a
leg of a multipoint connection protection defined in Recommendation G.774.04.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX ASN1DefinedTypesModule.SwitchOverInformation;
WITH REPLY SYNTAX ASN1DefinedTypesModule.SwitchOverResult;
REGISTERED AS { m3100Action 9};
alarmEffectOnServiceParameter PARAMETER
CONTEXT EVENT-INFO;
WITH SYNTAX ASN1DefinedTypesModule.AlarmEffectOnServiceParameter;
BEHAVIOUR
alarmEffectOnServiceParameterBehaviour BEHAVIOUR
DEFINED AS
"The alarmEffectOnServiceParameter is a parameter to be included as an
element of a set in the AdditionalInformation parameter of the AlarmInfo
defined in Recommendation X.721. The alarmEffectOnServiceParameter
indicates whether the service is affected by the alarm.";;
REGISTERED AS {m3100Parameter 1};
createErrorParameter PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX ASN1DefinedTypesModule.CreateError;
BEHAVIOUR
createErrorParameterBehaviour BEHAVIOUR
DEFINED AS
"If the maximum number of instances of the object class exist within the
superior (containing) managed object, attempts to create additional
instances will result in the CMIP processing failure error. The syntax
of the specific error is an integer defined by CreateError. The value of
the integer indicates the number of instances that are currently
contained in the superior object.";;
REGISTERED AS {m3100Parameter 2};
generalErrorParameter PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX ASN1DefinedTypesModule.GeneralError;
BEHAVIOUR
generalErrorParameterBehaviour BEHAVIOUR DEFINED AS
"If an error or set of errors occurs that cannot be described by existing
CMISE errors or other error parameters, the error(s) will be communicated
using this parameter, with the error or errors described by a cause code
and optionally provided text.
An attributeList can be provided if the error condition can be further
described by the state of the object attributes.
Related object(s) can also be provided. The related objects may contribute
to the condition that does not allow the operation to take place. An
example would be if objects are configured for a particular service
offering that is in conflict with the service offering that is being
provisioned.";;
REGISTERED AS {m3100Parameter 3};
abstractLink MANAGED OBJECT CLASS
DERIVED FROM "ITU-T X.721 | ISO/IEC 10165-2:1992":top;
CHARACTERIZED BY
createDeleteNotificationsPackage,
abstractLinkPackage PACKAGE
BEHAVIOUR
abstractLinkBehaviour BEHAVIOUR
DEFINED AS
"The abstract link object class gives a topological description of
the capacity between two adjacent Subnetworks, or two Link Ends; or
a Subnetwork and an Access Group when Network trail termination
points lie outside the boundary of the largest subnetwork.
The use made of the individual attributes and notifications is
detailed below:
- a end: the link end, subnetwork or access group which terminates
one end of the Link <ITU-T G.853.1,RELATIONSHIP:linkBinds>;
- available link capacity: the number of free Link Connections or
free bandwidth
<ITU-T G.853.8,ATTRIBUTE:pamAvailableLinkCapacity>;
- z end: the link end, subnetwork or access group which terminates
the other end of the Link <ITU-T G.853.1,RELATIONSHIP:linkBinds>;
- signal Id: shows the signal Id of the Link Connections that
provide the capacity for the Link;
- a link must be provided with capacity by Link connections of the
same signal Id; attribute value change notification: shall be
emitted when the values change of the following attributes:
availableLinkCapacity, totalLinkCapacity.";;
ATTRIBUTES
aEnd GET SET-BY-CREATE,
availableLinkCapacity GET,
signalId GET SET-BY-CREATE,
zEnd GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
attributeValueChangeNotificationPackage PRESENT IF
"the attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this managed object class",
usageCostPackage PRESENT IF
"the link has an allocated usage cost ",
userLabelPackage PRESENT IF
"a userLabel is supported. <ITU-T G.852.2,PERMISSION:userLabelFacility>";
REGISTERED AS {m3100ObjectClass 44};
abstractLinkEnd MANAGED OBJECT CLASS
DERIVED FROM "ITU-T X.721 | ISO/IEC 10165-2:1992":top;
CHARACTERIZED BY
attributeValueChangeNotificationPackage,
createDeleteNotificationsPackage,
abstractLinkEndPackage PACKAGE
BEHAVIOUR
abstractLinkEndBehaviour BEHAVIOUR
DEFINED AS
"The Abstract Link End object class is a class of managed objects
which contains Network Connection Termination Points for the purpose
of representing topology.
The use made of individual attributes and notification is detailed below:
- available link end capacity: represents the spare capacity of the
link end;
- link pointer: is a distinguished name of the related link managed
object instance;
- contained in subnetwork list: is a distinguished name that
represents the parent subnetwork of the logical link.
An attribute value change notification shall be emitted when the
value of the availableLinkEndCapacity or the
containedInSubNetworkList is changed.";;
ATTRIBUTES
availableLinkEndCapacity GET,
linkPointer GET;;;
CONDITIONAL PACKAGES
containedInSubNetworkListPackage PRESENT IF
"this link end object instance is not named from a subnetwork managed object ",
userLabelPackage PRESENT IF
"a userLabel is supported. <ITU-T G.852.2, PERMISSION:userLabelFacility>";
REGISTERED AS {m3100ObjectClass 45};
abstractLinkEndR1 MANAGED OBJECT CLASS
DERIVED FROM abstractLinkEnd;
CHARACTERIZED BY
abstractLinkEndPkgR1 PACKAGE
ATTRIBUTES
signalId GET;;;
REGISTERED AS {m3100ObjectClass 70};
accessGroup MANAGED OBJECT CLASS
DERIVED FROM "ITU-T X.721|ISO/IEC 10165-2:1992":top;
CHARACTERIZED BY
accessGroupPackage PACKAGE
BEHAVIOUR
accessGroupBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:access group>
The Access Group object class is a class of managed objects which
groups Network Trail Termination Points for management purposes.
<ITU-T Rec.G.852.3,ACTION:create link,ACTION POLICY:inputAEnd>
<ITU-T Rec.G.852.3,ACTION:create link,ACTION POLICY:inputZEnd>";;
ATTRIBUTES
accessGroupId GET,
accessPointList GET-REPLACE ADD-REMOVE
networkTTPAndAccessGroupNotCompatible failureToAssociateNetworkTTP
failureToDisassociateNetworkTTP,
topologicalEndDirectionality GET,
signalId GET;;;
CONDITIONAL PACKAGES
containedInSubNetworkListPackage PRESENT IF
"the access group object is contained in a subnetwork",
linkPointerListPackage PRESENT IF
"topology management is supported
<ITU-T G.852.3,ACTION:create link, ACTION POLICY:inputAEnd>,
<ITU-T G.852.3,ACTION:create link, ACTION POLICY:inputZEnd>>",
userLabelPackage PRESENT IF
"a userLabel is supported <ITU-T G.852.2,PERMISSION:userLabelFacility>";
REGISTERED AS {m3100ObjectClass 46};
layerNetworkDomain MANAGED OBJECT CLASS
DERIVED FROM networkR1;
CHARACTERIZED BY
layerNetworkDomainPkg PACKAGE
BEHAVIOUR
layerNetworkDomainBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:layer network domain>
This managed object represents a transport administrative domain in
which all resources pertain to the same G.805 layer.
<ITU-T G.853.1,OBJECT:layerNetworkDomain > It represents the
topological aspects of the transport network layer.
<ITU-T G.853.1,RELATIONSHIP:layerNetworkDomainIsMadeOf >";;
ATTRIBUTES
signalId GET;;;
REGISTERED AS {m3100ObjectClass 47};
layerNetworkDomainR1 MANAGED OBJECT CLASS
DERIVED FROM layerNetworkDomain;
CHARACTERIZED BY
layerNetworkDomainPkgR1 PACKAGE
BEHAVIOUR
layerNetworkDomainBehaviourR1 BEHAVIOUR
DEFINED AS
"The signalId can be set upon creation of an instance of the
layerNetworkDomainR1 to support the following typical operations:
1) set the signalId value upon creation of the layer network domain
2) set the signalId attribute of a subnetwork (or abstract link,
etc.) based on the value of the layer network domain instance
referenced in the create request. ";;
ATTRIBUTES
signalId GET SET-BY-CREATE;;;
REGISTERED AS {m3100ObjectClass 69};
linkConnection MANAGED OBJECT CLASS
DERIVED FROM pipeR2;
CHARACTERIZED BY
linkConnectionPackage PACKAGE
BEHAVIOUR
linkConnectionBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:link connection>
The Link Connection object class is a class of managed objects
responsible for the transparent transfer of information between
Network Connection Termination Points.
A Link Connection may be a component of a Trail. A sequence of one
or more Link Connections (and subnetwork connections) may be linked
together to form a Trail.
<ITU-T G.853.1,RELATIONSHIP:linkConnectionIsSupportedByTrail>,
<ITU-T G.853.1,RELATIONSHIP:trailIsMadeOfTransportEntities> A Link
Connection may be either uni- or bidirectional.
<ITU-T G.853.1,OBJECT:transportConnection >
A point-to-point unidirectional Link Connection can be established
between a Network connection termination point source or Network
connection termination point bidirectional; and a Network connection
termination point sink or Network connection termination point
bidirectional.
A point-to-point bidirectional Link Connection can be established
between a Network connection termination point bidirectional; and a
Network connection termination point bidirectional.
An operation to create a Link Connection will not be successful and
will fail with an invalid TP type if a requested endpoint is a
Network Trail Termination Point.
For all types of Link Connection, the network termination point(s)
pointed to by the A End attribute is related to the network
termination point(s) pointed to by the Z End attribute in such a way
that traffic can flow between the network termination points
represented by these managed objects in a unidirectional or
bidirectional manner as indicated by the directionality attribute.
<ITU-T G.853.3, ATTRIBUTE:directionality>";;
ATTRIBUTES
connectionId GET;;;
CONDITIONAL PACKAGES
serverTrailListPackage PRESENT IF
"the link connection is supported by a server trail
<ITU-T G.853.8,RELATIONSHIP:linkConnectionIsSupportedByTrail>",
compositePointerPackage PRESENT IF
"the link connection is a component of that subnetwork connection
<ITU-T G.853.1,RELATIONSHIP:subnetworkConnectionIsMadeOfTransportEntities>",
clientTrailPackage PRESENT IF
"the link connection serves a client trail
<ITU-T G.853.1,RELATIONSHIP:trailIsMadeOfTransportEntities>";
REGISTERED AS {m3100ObjectClass 48};
logicalLink MANAGED OBJECT CLASS
DERIVED FROM abstractLink;
CHARACTERIZED BY
logicalLinkCapacityPackage,
logicalLinkPackage PACKAGE
BEHAVIOUR
logicalLinkBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:link>
A logical link managed object represents a link that may be
administratively composed of link connections or bandwidth that may
be provided by one or more topological links or other logical links.";;
ATTRIBUTES
linkDirectionality GET,
linkId GET;;;
CONDITIONAL PACKAGES
linkConnectionPointerListPackage PRESENT IF
"pre-provisioned link connections are supported by the transport technology";
REGISTERED AS {m3100ObjectClass 49};
logicalLinkEnd MANAGED OBJECT CLASS
DERIVED FROM abstractLinkEnd;
CHARACTERIZED BY
linkEndCapacityPackage,
logicalLinkEndPackage PACKAGE
BEHAVIOUR
logicalLinkEndBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:link end> The Logical Link End object class
represents the end of a logical link.
When present, the Network CTPs In Link End List Package identifies
the network CTPs that are present in the Logical Link End. There is
no name binding between or Logical Link End and the network CTPs
that are associated with the Logical Link.";;
ATTRIBUTES
linkEndId GET,
logicalEndDirectionality GET;;;
CONDITIONAL PACKAGES
networkCTPsInLinkEndListPackage PRESENT IF
"pre-provisioned network CTPs are supported by the transport technology";
REGISTERED AS {m3100ObjectClass 50};
logicalLinkEndR1 MANAGED OBJECT CLASS
DERIVED FROM logicalLinkEnd;
CHARACTERIZED BY
logicalLinkEndPkgR1 PACKAGE
ATTRIBUTES
signalId GET;;;
REGISTERED AS {m3100ObjectClass 71};
networkCTPBidirectional MANAGED OBJECT CLASS
DERIVED FROM
networkCTPSink,
networkCTPSource;
CHARACTERIZED BY
networkCTPBidPackage PACKAGE
BEHAVIOUR
networkCTPBidBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:connection termination point>
If it is necessary to configure an instance of this object class to
be unidirectional, a subclass may be specified for which
directionality is permitted to be settable.";;;;
REGISTERED AS {m3100ObjectClass 51};
networkCTPSink MANAGED OBJECT CLASS
DERIVED FROM networkTerminationPoint;
CHARACTERIZED BY
networkCTPSinkPackage PACKAGE
BEHAVIOUR
networkCTPSinkBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:connection termination point>
The Network CTP Sink object class is a class of managed objects that
terminates Link connections and/or originates Subnetwork
Connections. The resource receives information (traffic), via a Link
connection, from an instance representing a NetworkConnection
Termination Point, and sends it on, via a Subnetwork Connection, to
instances representing either NWCTP Sources or a NWTTP Sink in the
same Subnetwork.
An instance of this class may only have connectivity relationships
(link connection or subnetwork connection) with instances that
represent Network Connection Termination Points, Source or
Bidirectional, which are at the same layer.
<ITU-T G.852.3,COMMUNITY_POLICY:signalid>
An instance of this class may be subnetwork connected, via a
Subnetwork Connection, to a single instance which represents a
Network Trail Termination Point, Sink or Bidirectional, at the same
layer.
<ITU-T G.853.1:RELATIONSHIP:subnetworkConnectionIsTerminatedByPointToPoint, ROLE:a_endCTP>
The Subnetwork Connection Pointer attribute points to the managed
object representing the relationship with the network termination
point(s), within the same Subnetwork, that receive(s) information
(traffic) from this network termination point, or is null.
<ITU-T G.853.1: RELATIONSHIP:subnetworkConnectionIsTerminatedByPointToPoint , ROLE: a_endCTP>
The referenced managed object shall represent a Subnetwork
Connection. Where the NWCTP sink participates in many subnetwork
connections for different subnetworks, the Subnetwork Connection
Pointer is null.
Any network termination points identified by the related Subnetwork
Connection indicate that a relationship exists, but this does not
indicate that information can flow between the network termination
points. This capability is indicated by a combination of the State
Attributes including the Operational State.
The Connectivity Pointer attribute points to the managed object
representing the Connection which relates this instance to the
instance representing the Network Connection Termination Point,
Source or Bidirectional, that sends information (traffic) to this
network termination point, or is null.
<ITU-T G.853.1,RELATIONSHIP:linkConnectionIsTerminatedByPointToPoint, ROLE: z_endCTP>";;;;
CONDITIONAL PACKAGES
channelNumberPackage PRESENT IF
"the channel number attribute is supported by an instance of this managed
object class",
ctpInstancePackage PRESENT IF
"an instance supports it",
networkCTPPackage PRESENT IF
"pointers to instances of network termination points at higher or lower
levels of subnetwork partitioning are supported by this managed object
class <ITU-T G.853.1,RELATIONSHIP:subnetworkTPPoolIsMadeOfSubnetworkTP>",
serverTTPPointerPackage PRESENT IF
"the server trail termination point pointer attribute is supported by an
instance of this managed object class
<ITU-T G.853.1,RELATIONSHIP:networkTTPAdaptsNetworkCTP>";
REGISTERED AS {m3100ObjectClass 52};
networkCTPSource MANAGED OBJECT CLASS
DERIVED FROM networkTerminationPoint;
CHARACTERIZED BY
networkCTPSourcePackage PACKAGE
BEHAVIOUR
networkCTPSourceBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:connection termination point>
The Network CTP Source object class is a class of managed objects
that originates Link connections and/or terminates Subnetwork
Connections. The resource sends information (traffic), via a Link
connection, to instances representing Network Connection Termination
Points, and receives it, via a Subnetwork Connection, from an
instance representing either a NWCTP Sink or a NWTTP Source in the
same Subnetwork.
An instance of this class may only have connectivity relationships
(link connection or subnetwork connection) with instances that
represent Network Connection Termination Points, Sink or
Bidirectional, which are at the same layer.
<ITU-T G.852.3,COMMUNITY_POLICY:signalid>
An instance of this class may be subnetwork connected, via a
Subnetwork Connection, to a single instance which represents a
Network Trail Termination Point, Source or Bidirectional, at the
same layer.
<ITU-T G.853.1,RELATIONSHIP:subnetworkConnectionIsTerminatedByPointToPoint, ROLE: z_endCTP>
The Subnetwork Connection Pointer attribute points to the managed
object representing the relationship with the network termination
point, within the same Subnetwork, that sends information (traffic)
to this network termination point, or is null. The referenced
managed object shall represent a Subnetwork Connection.
<ITU-T G.853.1,RELATIONSHIP:subnetworkConnectionIsTerminatedByPointToPoint, ROLE: z_endCTP>
Where the NWCTP source participates in many subnetwork connections
for different subnetworks, the Subnetwork Connection Pointer is null.
Any network termination points identified by the related Subnetwork
Connection indicate that a relationship exists, but this does not
indicate that information can flow between the network termination
points. This capability is indicated by a combination of the State
Attributes, including the Operational State.
The Connectivity Pointer attribute points to the managed object
representing the Connection which relates this instance to the
instance representing the Network Connection Termination Point, Sink
or Bidirectional, that receives information (traffic) from this
network termination point, or is null.
<ITU-T G.853.1,RELATIONSHIP:linkConnectionIsTerminatedByPointToPoint, ROLE: a_endCTP>";;;;
CONDITIONAL PACKAGES
channelNumberPackage PRESENT IF
"the channel number attribute is supported by an instance of this managed
object class",
ctpInstancePackage PRESENT IF
"an instance supports it",
networkCTPPackage PRESENT IF
"pointers to instances of network termination points at higher or lower
levels of subnetwork partitioning are supported by this managed object
class <see G.853.1,RELATIONSHIP: subnetworkTPIsRelatedToExtremity>",
serverTTPPointerPackage PRESENT IF
"the server trail termination point pointer attribute is supported by an
instance of this managed object class
<see ITU-T G.853.1,RELATIONSHIP:networkTTPAdaptsNetworkCTP>";
REGISTERED AS {m3100ObjectClass 53};
networkTerminationPoint MANAGED OBJECT CLASS
DERIVED FROM terminationPoint;
CHARACTERIZED BY
createDeleteNotificationsPackage,
networkTerminationPointPackage PACKAGE
BEHAVIOUR
networkTerminationPointBehaviour BEHAVIOUR
DEFINED AS
"This managed object represents the network termination of a
transport entity, such as an instance representing a Trail or a Link
Connection.
The sncPointer is used to point to a Subnetwork Connection. However,
not all network termination points will have a flexible connection,
and it may be more appropriate to point to another network
termination point, for example in a regenerator the two network
connection termination points would point to each other as there is
no flexibility between them. In this instance the networkTPPointer
shall be used. Both pointers are conditional.
<ITU-T G.853.1,RELATIONSHIP:subnetworkConnectionIsTerminatedByPointToPoint, ROLE: a_endCTP or z_endCTP>
The Connectivity Pointer attribute points to the managed object
representing the Link connection or Trail which relates this
instance to other instance(s) representing the Network Termination
Point(s).
<ITU-T G.853.1,RELATIONSHIP:trailIsTerminatedByPointToPoint, ROLE: a_endCTP or z_endCTP>
<ITU-T G.853.1,RELATIONSHIP:linkConnectionIsterminatedByPointToPoint, ROLE: a_endCTP or z_endCTP>";;
ATTRIBUTES
pointDirectionality GET,
signalId GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
configuredConnectivityPackage PRESENT IF
"configured connectivity indication is supported by this managed object instance",
connectivityPointerPackage PRESENT IF
"the network termination point terminates a link connection or a trail
<ITU-T G.853.1,RELATIONSHIP:trailIsTerminatedByPointToPoint, ROLE: a_endCTP or z_endCTP>,
< ITU-T G.853.1,RELATIONSHIP:linkConnectionIsterminatedByPointToPoint, ROLE: a_endCTP or z_endCTP>",
"ITU-T X.721|ISO/IEC 10165-2:1992":administrativeStatePackage PRESENT IF
"the resource represented by this managed object is capable of being
administratively removed from service (point view)",
"ITU-T X.721|ISO/IEC 10165-2:1992":availabilityStatusPackage PRESENT IF
"the resource represented by this managed object is capable of
representing its availability (point view)",
locationNamePackage PRESENT IF
"an instance supports it",
neAssignmentPackage PRESENT IF
"the Network Element view of termination points is available",
sncPointerPackage PRESENT IF
"a network termination point may be flexibly connected to another network
termination point
<ITU-T G.853.1,RELATIONSHIP:extremitiesTerminateSubnetworkConnection>",
networkTPPointerPackage PRESENT IF
"there is no flexibity between network termination points (degenerate case only)",
userLabelPackage PRESENT IF
"a userLabel is supported < ITU-T G.852.2, PERMISSION userLabelFacility>";
REGISTERED AS {m3100ObjectClass 54};
networkTTPBidirectional MANAGED OBJECT CLASS
DERIVED FROM
networkTTPSink,
networkTTPSource;
CHARACTERIZED BY
networkTTPBidPackage PACKAGE BEHAVIOUR
networkTTPBidBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:trail termination point>
If it is necessary to configure an instance of this object class to be
unidirectional, a subclass may be specified for which directionality is
permitted to be settable.";;;;
REGISTERED AS {m3100ObjectClass 55};
networkTTPBidirectionalR1 MANAGED OBJECT CLASS
DERIVED FROM
networkTTPBidirectional,
networkTTPSinkR1;
REGISTERED AS {m3100ObjectClass 68};
networkTTPSink MANAGED OBJECT CLASS
DERIVED FROM networkTerminationPoint;
CHARACTERIZED BY
networkTTPSinkPackage PACKAGE
BEHAVIOUR
networkTTPSinkBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:trail termination point>
The Network TTP Sink object class is a class of managed objects that
terminates Trails and Subnetwork Connections in the Network viewpoint.
An instance of this class may only have Trail relationships with
Network Trail Termination Points, Source or Bidirectional, which are
at the same layer. <ITU-T G.852.3,COMMUNITY_POLICY:signalid>
An instance of this class may be subnetwork connected, via a
Subnetwork Connection, to a single Network Connection Termination
Point Sink or Bidirectional, or a Network Trail Termination Point
Source at the same layer.
<ITU-T G.853.1,RELATIONSHIP:subnetworkConnectionIsTerminatedByPointToPoint, ROLE: z_endCTP>
The Subnetwork Connection Pointer attribute points to the managed
object representing the relationship with one or more Network
Connection Termination Points, within the same Subnetwork, that send
information (traffic) to this network termination point, or is null.
Any network termination point identified by the related Subnetwork
Connection indicates that a relationship exists, but this does not
indicate that information can flow between the network termination
points. This capability is indicated in a combination of the State
attributes, including the Operational State.
The Connectivity Pointer attribute points to the managed object
representing the Trail which relates this instance to the instances
representing the Network Trail Termination Points, that send
information (traffic) to this network termination point at the same
layer, or is null.
<ITU-T G.853.1,RELATIONSHIP:trailIsTerminatedByPointToPoint, ROLE: z_endCTP>";;;;
CONDITIONAL PACKAGES
supportableClientListPackage PRESENT IF
"an instance supports it",
ttpInstancePackage PRESENT IF
"an instance supports it",
clientCTPListPackage PRESENT IF
"management of the client networkCTPs of this managed object is supported
<ITU-T G.853.1,RELATIONSHIP:networkTTPAdaptsNetworkCTP>";
REGISTERED AS {m3100ObjectClass 56};
networkTTPSinkR1 MANAGED OBJECT CLASS
DERIVED FROM networkTTPSink;
CONDITIONAL PACKAGES
clientCTPListPackage PRESENT IF
"management of the client networkCTPs of this managed object is supported
<G.853.1,RELATIONSHIP:networkTTPAdaptsNetworkCTP>";
REGISTERED AS {m3100ObjectClass 67};
networkTTPSource MANAGED OBJECT CLASS
DERIVED FROM networkTerminationPoint;
CHARACTERIZED BY
networkTTPSourcePackage PACKAGE
BEHAVIOUR
networkTTPSourceBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:trail termination point>
The Network TTP Source object class is a class of managed objects
that originates Trails and Subnetwork Connections in the Network viewpoint.
An instance of this class may only have Trail relationships with
Network Trail Termination Points, Sink or Bidirectional, which are
at the same layer. <ITU-T G.852.3, COMMUNITY_POLICY:signalid>
An instance of this class may be subnetwork connected, via a
Subnetwork Connection, to a single Network Connection Termination
Point Source or Bidirectional, or a Network Trail Termination Point
Sink at the same layer. It may also be connected, via a Subnetwork
Connection, to multiple instances of Network CTPs at the same layer
when it is operating in the broadcast mode in order to transmit
multiple copies of the same signal.
<ITU-T G.853.1,RELATIONSHIP: subnetworkConnectionIsTerminatedByPointToPoint, ROLE: a_endCTP>
The Subnetwork Connection Pointer attribute points to the managed
object representing the relationship with one or more Network
Connection Termination Points, within the same Subnetwork, that
receive information (traffic) from this network termination point,
or is null.
Any network termination point identified by the related Subnetwork
Connection indicates that a relationship exists, but this does not
indicate that information can flow between the network termination
points. This capability is indicated by a combination of the State
Attributes, including the Operational State.
The Connectivity Pointer attribute points to the managed object
representing the Trail which relates this instance to the instances
representing the Network Trail Termination Points, that receive
information (traffic) from this network termination point at the
same layer, or is null.
<ITU-T G.853.1,RELATIONSHIP: linkConnectionIsTerminatedByPointToPoint, ROLE: z_endCTP >
";;;;
CONDITIONAL PACKAGES
supportableClientListPackage PRESENT IF
"an instance supports it",
ttpInstancePackage PRESENT IF
"an instance supports it",
clientLinkEndPointerPackage PRESENT IF
"link ends are supported by the subnetwork in the client layer",
clientCTPListPackage PRESENT IF
"management of the client networkCTPs of this managed object is supported
<ITU-T G.853.1,RELATIONSHIP:networkTTPAdaptsNetworkCTP>";
REGISTERED AS {m3100ObjectClass 57};
pipeR2 MANAGED OBJECT CLASS
DERIVED FROM " ITU-T X.721|ISO/IEC 10165-2:1992":top;
CHARACTERIZED BY
pipeR2Package PACKAGE
BEHAVIOUR
pipeR2Behaviour BEHAVIOUR
DEFINED AS
"The pipeR2 object class is a class of managed objects which ensures
the transfer of information between two or more termination points.
The directionality attribute indicates whether transmission is
unidirectional or bidirectional.
The Signal Id attribute describes the signal that is transferred
across a Connectivity instance. The managed objects representing the
network termination points that are related by this instance must
have signal Ids that are compatible.
If an instance of this class is bidirectional, the a- and
z-termination points shall also be bidirectional. If an instance of
this class is unidirectional, the a-point shall be the source TP or
bidirectional TP and the z-termination point shall be the sink TP or
bidirectional TP. For unidirectional connections, the aEndNWTPList
attribute shall identify the source end. The operational state
indicates the capability to carry a signal.";;
ATTRIBUTES
directionality GET,
signalId GET SET-BY-CREATE,
aEndNetworkTPList GET SET-BY-CREATE,
zEndNetworkTPList GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
"ITU-T X.721|ISO/IEC 10165-2:1992":administrativeStatePackage PRESENT IF
"the administrativeState attribute defined in Recommendation X.721 is
supported by an instance of this managed object class (arc view)",
alarmSeverityAssignmentPointerPackage PRESENT IF
"the tmnCommunicationsAlarmInformationPackage package is present AND the
managed object supports configuration of alarm severities (arc view)",
attributeValueChangeNotificationPackage PRESENT IF
"the attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this managed object class",
"ITU-T X.721|ISO/IEC 10165-2:1992":availabilityStatusPackage PRESENT IF
"the availabilityStatus attribute defined in Recommendation X.721 is
supported by an instance of this managed object class (arc view)",
createDeleteNotificationsPackage PRESENT IF
"the objectCreation and objectDeletion notifications defined in
Recommendation X.721 are supported by an instance of this managed object class",
operationalStatePackage PRESENT IF
"the operationalState attribute defined in Recommendation X.721 is
supported by an instance of this managed object class (arc view)",
protectedPackage PRESENT IF
"an instance supports it.",
qualityOfConnectivityServicePackage PRESENT IF
"an instance supports it",
stateChangeNotificationPackage PRESENT IF
"the stateChange notification defined in Recommendation X.721 is
supported by an instance of this managed object class (arc view)",
supportedByPackage PRESENT IF
"the supportedByObjectList attribute is supported by this managed object",
tmnCommunicationsAlarmInformationPackage PRESENT IF
"the communicationsAlarm notification (as defined in Recommendation X.721)
is supported by this managed object (arc view)",
userLabelPackage PRESENT IF
"an instance supports it";
-- the userLabelPackage may be used for M.1400 type designations.
REGISTERED AS {m3100ObjectClass 58};
subNetwork MANAGED OBJECT CLASS
DERIVED FROM "ITU-T X.721|ISO/IEC 10165-2:1992":top;
CHARACTERIZED BY
createDeleteNotificationsPackage,
subNetworkPackage PACKAGE
BEHAVIOUR subNetworkBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:subnetwork> The Subnetwork object class
represents logical collections of network termination points.
If present the attribute ContainedSubNetworkList will be null if there
are no contained Subnetworks. The attribute ContainedInSubNetworkList
will also be null if there are no containing (parent) Subnetworks.";;
ATTRIBUTES
signalId GET SET-BY-CREATE,
subNetworkId GET;;;
CONDITIONAL PACKAGES
administrativeOperationalStatesPackage PRESENT IF
"the administrativeState and operationalState attributes defined in
Recommendation X.721 are supported by an instance of this managed object class",
attributeValueChangeNotificationPackage PRESENT IF
"the attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this managed object class",
"ITU-T X.721|ISO/IEC 10165-2:1992":availabilityStatusPackage PRESENT IF
"the availabilityStatus attribute defined in Recommendation X.721 is
supported by an instance of this managed object class",
containedAccessGroupListPackage PRESENT IF
"access group instances are contained in the subnetwork",
containedInSubNetworkListPackage PRESENT IF
"this subnetwork object instance is contained in a subnetwork
(partitioning is supported) <ITU-T G.853.1,RELATIONSHIP:sNIsPartitionedBySn>",
containedLinkEndListPackage PRESENT IF
"there are contained link end in the subnetwork object instance
(partitioning is supported)",
containedLinkListPackage PRESENT IF
"there are contained links in the subnetwork object instance (partitioning
is supported)",
containedNetworkTPListPackage PRESENT IF
"there are contained network termination points in the subnetwork object
instance <ITU-T G.853.3,topmanSubnetwork:RELATIONSHIP:subnetworkIsDelimitedBy>",
containedSubNetworkListPackage PRESENT IF
"there are contained subnetworks in this subnetwork object instance
(partitioning is supported) < ITU-T G.853.1,RELATIONSHIP:sNIsPartitionedBySn>",
linkPointerListPackage PRESENT IF
"a topological view using links, subnetworks, and access groups is
supported (arc view) <ITU-T G.853.3,topmanSubnetwork:RELATIONSHIP:linkBinds>",
stateChangeNotificationPackage PRESENT IF
"the stateChange notification defined in Recommendation X.721 is supported
by an instance of this managed object class",
supportedByPackage PRESENT IF
"an instance supports it",
usageStatePackage PRESENT IF
"the usageState attribute defined in Recommendation X.721 is supported by
an instance of this managed object class",
userLabelPackage PRESENT IF
"the user label attribute is supported by an instance of this managed
object class <ITU-T G.852.2, PERMISSION:userLabelFacility >";
REGISTERED AS {m3100ObjectClass 59};
subNetworkConnection MANAGED OBJECT CLASS
DERIVED FROM pipeR2;
CHARACTERIZED BY
subNetworkConnectionPackage PACKAGE
BEHAVIOUR
subNetworkConnectionBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:subnetwork connection>
The Subnetwork Connection object class is a class of managed objects
that associates the network termination point object identified in
the A end attribute and the network termination point object(s)
listed in the Z end attribute of this managed object. The Subnetwork
Connection may be set up between network termination points (or
groups of network termination points) specified explicitly, or
implicitly between managed objects acting as containers of network
termination point managed object instances from which any idle
network termination point or group may be used.
If the managed objects listed in the A End and Z End attributes
represent groups, the nth element of the A end group is related to
the nth element of every Z end group (for every n). There shall be n
elements in each group involved in the Subnetwork Connection.
For a group with n elements, the Signal Id shall be taken to be a
bundle of n times the characteristic information of the individual
elements, all of which are the same.
A point-to-point unidirectional Subnetwork Connection can be
established between one of Network connection termination point
sink, Network connection termination point bidirectional, Network
trail termination point source, Network trail termination point
bidirectional or Network group termination point; and one of Network
connection termination point source, Network connection termination
point bidirectional, Network trail termination point sink, Network
trail termination point bidirectional or Network group termination point.
A point-to-point bidirectional Subnetwork Connection can be
established between one of Network connection termination point
bidirectional, Network trail termination point bidirectional or
Network group termination point; and one of Network connection
termination point bidirectional, Network trail termination point
bidirectional or Network group termination point.
A point-to-multipoint unidirectional Subnetwork Connection can be
established between one of Network connection termination point
sink, Network connection termination point bidirectional, Network
trail termination point source, Network trail termination point
bidirectional or Network group termination point; and a set whose
members are Network connection termination point sources, Network
connection termination point bidirectionals, Network trail
termination point sinks, Network trail termination point
bidirectional or Network group termination point.
A point-to-multipoint bidirectional Subnetwork Connection can be
established between one of Network connection termination point
bidirectional, Network trail termination point bidirectional or
Network group termination; and a set whose members are Network
connection termination point bidirectionals, Network trail
termination point bidirectionals or Network group termination points.
The componentPackage is supported where the Subnetwork Connection is
made up of a number of component Subnetwork Connections, and Link
Connections, within the same layer.";;
ATTRIBUTES
subNetworkConnectionId GET;;;
CONDITIONAL PACKAGES
compositePointerPackage PRESENT IF
"the Subnetwork Connection is a component of another Subnetwork Connection
within the same layer (partitioned subnetworks).
<ITU-T G.853.1,RELATIONSHIP:subnetworkConnectionisMadeOfTransportEntities>",
componentPointerPackage PRESENT IF
"the Subnetwork Connection is made up of a number of component Subnetwork
Connections, and Link Connections, within the same layer (partitioned
subnetworks)
<G.853.1,RELATIONSHIP:subnetworkConnectionisMadeOfTransportEntities>",
relatedRoutingProfilePackage PRESENT IF
"routing profiles are supported",
userLabelPackage PRESENT IF
"a userLabel is supported <ITU-T G.852.2, PERMISSION:userLabelFacility>";
REGISTERED AS {m3100ObjectClass 60};
topologicalLink MANAGED OBJECT CLASS
DERIVED FROM abstractLink;
CHARACTERIZED BY
topologicalLinkCapacityPackage,
topologicalLinkPackage PACKAGE
BEHAVIOUR
topologicalLinkBehaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:topological link>
The topological link object class represents a link in a client
layer provided by one and only one server trail.
The serverTrail attribute is a pointer to the trail in the server
layer network domain that supports this topological link. The
serverTrail attribute may be null if the trail in the server layer
network domain that supports this topological link is not assigned.
The use made of the individual attributes and notifications is
detailed below:
- total link capacity: the total number of Link Connections or
bandwidth available <ITU-T G.853.8,ATTRIBUTE:pamMaxProvisionableCapacity>;
- maximum link connection count: the maximum number of link
connections available on connection with flexible bandwidth management;
- potential link capacity: the number of potential Link Connections
or potential bandwidth that could be provisioned
<ITU-T G.853.8, ATTRIBUTE:pamPotentialLinkCapacity>;
- provisioned link capacity: the number of provisioned Link
Connections or the provisioned bandwidth
<ITU-T G.853.8,ATTRIBUTE:pamProvisionedLinkCapacity>;
- provisioned link connection count: the number of link connections
assigned using flexible bandwidth management.
An attribute value change notification shall be emitted when the
value of the totalLinkCapacity, maximumLinkConnectionCount,
potentialLinkCapacity, provisionedLinkCapacity or
provisionedLinkConnectionCount is changed.";;
ATTRIBUTES
directionality GET,
linkId GET,
serverTrail GET;;;
CONDITIONAL PACKAGES
totalLinkCapacityPackage PRESENT IF
"pre-provisioned adaptation or link connection or link management are
supported by the transport technology",
maximumLinkConnectionCountPackage PRESENT IF
"flexible bandwidth allocation is supported",
potentialLinkCapacityPackage PRESENT IF
"pre-provisioned adaptation or link connection or link management are
supported by the transport technology",
provisionedLinkCapacityPackage PRESENT IF
"pre-provisioned adaptation or link connection or link management are
supported by the transport technology",
provisionedLinkConnectionCountPackage PRESENT IF
"flexible bandwidth allocation is supported";
REGISTERED AS {m3100ObjectClass 61};
topologicalLinkEnd MANAGED OBJECT CLASS
DERIVED FROM abstractLinkEnd;
CHARACTERIZED BY
serverTTPPointerPackage,
topologicalLinkEndCapacityPackage,
topologicalLinkEndPackage PACKAGE
BEHAVIOUR
topologicalLinkEndBehavior BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:topological link end>
The Topological Link End object class represents the end of a
topological link when viewed from the point perspective. The
Topological Link End object is related to one and only one network
TTP in the server layer.
The use made of the individual attributes and notifications is
detailed below:
- total link end capacity: the total number of network CTPs or the
bandwidth available
<ITU-T G.853.8,ATTRIBUTE: pamMaxProvisionableCapacity>;
- maximum network CTP count: the maximum number of network CTPs
available at the LinkEnd when using flexible bandwidth management;
- potential link end capacity: the number of potential network CTPs
or potential bandwidth that could be provisioned
<ITU-T G.853.8, ATTRIBUTE: pamPotentialLinkCapacity>;
- provisioned link end capacity: the number of provisioned network
CTPs or the provisioned bandwidth
<ITU-T G.853.8, ATTRIBUTE: pamProvisionedLinkCapacity>;
- provisioned network CTP count: the number of network CTP assigned
to the link end when using flexible bandwidth management.
An attribute value change notification shall be emitted when the
value of the totalLinkEndCapacity, maximumNetworkCTPCount,
potentialLinkEndCapacity, provisionedLinkEndCapacity or
provisionedNetworkCTPCount is changed.";;
ATTRIBUTES
linkEndId GET,
pointDirectionality GET;;;
CONDITIONAL PACKAGES
totalLinkEndCapacityPackage PRESENT IF
"pre-provisioned adaptation or link connection or link management are
supported by the transport technology ",
maximumNetworkCTPCountPackage PRESENT IF
"flexible bandwidth allocation is supported",
potentialLinkEndCapacityPackage PRESENT IF
"pre-provisioned adaptation or link connection or link management are
supported by the transport technology ",
provisionedLinkEndCapacityPackage PRESENT IF
"pre-provisioned adaptation or link connection or link management are
supported by the transport technology ",
provisionedNetworkCTPCountPackage PRESENT IF
"flexible bandwidth allocation is supported";
REGISTERED AS {m3100ObjectClass 62};
topologicalLinkEndR1 MANAGED OBJECT CLASS
DERIVED FROM topologicalLinkEnd;
CHARACTERIZED BY
topologicalLinkEndPkgR1 PACKAGE
ATTRIBUTES
signalId GET;;;
REGISTERED AS {m3100ObjectClass 72};
trailR2 MANAGED OBJECT CLASS
DERIVED FROM pipeR2;
CHARACTERIZED BY
trailR2Package PACKAGE
BEHAVIOUR
trailR2Behaviour BEHAVIOUR
DEFINED AS
"<ITU-T G.852.2,RESOURCE:trail>
Trail is a class of managed objects in layer networks which is
responsible for the integrity of transfer of characteristic
information from one or more other layer networks.
A Trail is composed of two or more Network Trail Termination Points
and one or more Link Connection or Subnetwork Connections, and
associated Network Connection Termination Points.
A point-to-point unidirectional Trail can be established between a
Network TTP source or Network TTP bid; and a Network TTP sink or
Network TTP bid. A point-to-point bidirectional Trail can be
established between a Network TTP bid; and a Network TTP bid.
For all types of Trail, the termination point(s) pointed to by the A
End attribute is related to the network termination point(s) pointed
to by the Z End attribute in such a way that traffic can flow
between the network termination points represented by these managed
objects in a unidirectional or bidirectional manner as indicated by
the directionality attribute.
The layerConnectionList attribute, when present, lists the
subnetwork connections and link connections (in the same layer)
which compose the trail. This represents a single partitioned view
of the decomposition of a trail into its component subnetwork
connections and link connections.";;
ATTRIBUTES
trailId GET SET-BY-CREATE;;;
CONDITIONAL PACKAGES
layerConnectionListPackage PRESENT IF
"there is a requirement to view the sequence of subnetwork connections and
link connections which make up the trail in the same layer.",
trafficDescriptorPackage PRESENT IF
"flexible bandwidth allocation is supported
<ITU-T G.852.6, ACTION: setupPointToPointTrail, ACTION_POLICY: trafficCharacteristics>",
clientLinkPointerPackage PRESENT IF
"there is a requirement to view the link(s) in a higher layer which is
supported by this trail",
clientLinkConnectionPointerListPackage PRESENT IF
"there is a requirement to view the link connection(s) in a higher layer
which is supported by this trail. <ITU-T G.852.8, ACTION: assign server
transport entity to client linking entity, ACTION_POLICY:
returnClientTransportEntities>";
REGISTERED AS {m3100ObjectClass 63};
clientCTPListPackage PACKAGE
ATTRIBUTES
clientCTPList GET;
REGISTERED AS {m3100Package 49};
clientLinkConnectionPointerListPackage PACKAGE
ATTRIBUTES
clientLinkConnectionPointerList GET;
REGISTERED AS {m3100Package 50};
clientLinkEndPointerPackage PACKAGE
ATTRIBUTES
clientLinkEndPointerList GET;
REGISTERED AS {m3100Package 51};
clientLinkPointerPackage PACKAGE
ATTRIBUTES
clientLinkPointerList GET;
REGISTERED AS {m3100Package 52};
componentPointerPackage PACKAGE
BEHAVIOUR
componentPointerPackageBehaviour BEHAVIOUR
DEFINED AS
"This package identifies a sequence of instances of Link connection and
Subnetwork Connection managed objects which are components of a
Subnetwork Connection, within a given layer.";;
ATTRIBUTES
componentPointers GET;
REGISTERED AS {m3100Package 53};
compositePointerPackage PACKAGE
BEHAVIOUR
compositePointerPackageBehaviour BEHAVIOUR
DEFINED AS
"This package identifies an instance of the Subnetwork Connection
managed object class. Within a given layer, a given subnetwork
connection is composed of a sequence of link connections and subnetwork
connections. This pointer points from one of these components to the
composite subnetwork connection.";;
ATTRIBUTES
compositePointer GET;
REGISTERED AS {m3100Package 54};
configuredConnectivityPackage PACKAGE
ATTRIBUTES
configuredConnectivity GET;
REGISTERED AS {m3100Package 55};
connectivityPointerPackage PACKAGE
BEHAVIOUR
connectivityPointerPackageBehaviour BEHAVIOUR
DEFINED AS
"This package identifies an instance of a Link connection or Trail
managed object class which is terminated by the Network Termination Point.";;
ATTRIBUTES
connectivityPointer GET;
REGISTERED AS {m3100Package 56};
containedAccessGroupListPackage PACKAGE
ATTRIBUTES
containedAccessGroupList GET-REPLACE ADD-REMOVE;
REGISTERED AS {m3100Package 57};
containedInSubNetworkListPackage PACKAGE
BEHAVIOUR
containedInSubNetworkListPackageBehaviour BEHAVIOUR
DEFINED AS
"This package identifies the aggregate subnetwork(s) that a component
subnetwork is contained in through partitioning.
The component subnetwork may be named from a different
layerNetworkDomain (associated with a different networkR1 administrative
domain with a compatible signal identification) than the aggregate
subnetwork if permitted by a policy.";;
ATTRIBUTES
containedInSubNetworkList GET-REPLACE ADD-REMOVE;
REGISTERED AS {m3100Package 58};
containedLinkEndListPackage PACKAGE
ATTRIBUTES
containedLinkEndList GET-REPLACE ADD-REMOVE;
REGISTERED AS {m3100Package 59};
containedLinkListPackage PACKAGE
BEHAVIOUR
containedLinkListPackageBehaviour BEHAVIOUR
DEFINED AS
"This package identifies the links that a subnetwork contains through
partitioning.
The link may be named from a different layerNetworkDomain (associated
with a different networkR1 administrative domain with a compatible
signal identification) than the aggregate subnetwork if permitted by a
policy.";;
ATTRIBUTES
containedLinkList GET-REPLACE ADD-REMOVE;
REGISTERED AS {m3100Package 60};
containedNetworkTPListPackage PACKAGE
ATTRIBUTES
containedNetworkTPList GET-REPLACE ADD-REMOVE
networkTTPAndSubnetworkNotCompatible failureToAssociateNetworkTTP
failureToDisassociateNetworkTTP;
REGISTERED AS {m3100Package 61};
containedSubNetworkListPackage PACKAGE
BEHAVIOUR
containedSubNetworkListPackageBehaviour BEHAVIOUR
DEFINED AS
"This package identifies the component subnetwork(s) that an aggregate
subnetwork contains through partitioning.
The component subnetwork may be named from a different
layerNetworkDomain (associated with a different networkR1 administrative
domain with a compatible signal identification) than the aggregate
subnetwork if permitted by policy.";;
ATTRIBUTES
containedSubNetworkList GET-REPLACE ADD-REMOVE;
REGISTERED AS {m3100Package 62};
layerConnectionListPackage PACKAGE
ATTRIBUTES
connectionList GET SET-BY-CREATE;
REGISTERED AS {m3100Package 63};
logicalLinkCapacityPackage PACKAGE
BEHAVIOUR
logicalLinkCapacityPacakageBehaviour BEHAVIOUR
DEFINED AS
"This package provides the support for the management of the capacity of
a logical link. It specifies actions to assign and release link
connections and/or bandwidth to a link.";;
ACTIONS
assignLinkConnectionOnLogicalLink,
deassignLinkConnectionFromLogicalLink;
REGISTERED AS {m3100Package 64};
linkConnectionPointerListPackage PACKAGE
BEHAVIOUR
linkConnectionPointerListPackageBehaviour BEHAVIOUR
DEFINED AS
"This package identifies the list of link connections associated with a
logical link.";;
ATTRIBUTES
linkConnectionPointerList GET-REPLACE ADD-REMOVE;
REGISTERED AS {m3100Package 65};
linkEndCapacityPackage PACKAGE
BEHAVIOUR
linkEndCapacityPackageBehaviour BEHAVIOUR
DEFINED AS
"This package provides the support for the management of the capacity of
a link end. It specifies actions to assign and release network CTPs
and/or bandwidth to a link end.";;
ACTIONS
assignNetworkCTPOnLogicalLinkEnd,
deassignNetworkCTPFromLogicalLinkEnd;
REGISTERED AS {m3100Package 66};
linkPointerListPackage PACKAGE
BEHAVIOUR
linkPointerListPackageBehaviour BEHAVIOUR
DEFINED AS
"This package identifies instances of the link managed object class.";;
ATTRIBUTES
linkPointerList GET;
REGISTERED AS {m3100Package 67};
maximumLinkConnectionCountPackage PACKAGE
ATTRIBUTES
maximumLinkConnectionCount GET;
REGISTERED AS {m3100Package 68};
maximumNetworkCTPCountPackage PACKAGE
ATTRIBUTES
maximumNetworkCTPCount GET;
REGISTERED AS {m3100Package 69};
neAssignmentPackage PACKAGE
BEHAVIOUR
neAssignmentPackageBehaviour BEHAVIOUR
DEFINED AS
"The NE Assignment package provides a pointer from the lowest level
Network TP in the partitioning hierarchy to a NE TP which represents the
functionality which supports the Network TP. The sub-partition pointer
for a NWCTP which utilises the NE assignment pointer will be NULL.";;
ATTRIBUTES
neAssignmentPointer GET;
REGISTERED AS {m3100Package 70};
networkCTPsInLinkEndListPackage PACKAGE
BEHAVIOUR
networkCTPsInLinkEndListPackageBehaviour BEHAVIOUR
DEFINED AS
"The Network CTPs In Link End List Package identifies the network CTPs
that are present in the Logical Link End or Topological Link End managed
object. ";;
ATTRIBUTES
networkCTPsInLinkEndList GET;
REGISTERED AS {m3100Package 71};
networkCTPPackage PACKAGE
BEHAVIOUR
networkCTPPackagePackageBehaviour BEHAVIOUR
DEFINED AS
"The Network CTP package identifies instances of the Network CTP
managed object class at higher and lower levels of subnetwork
partitioning (within a given layer) by the use of partitioning pointers.
The Super Partition pointer is a pointer to a Network CTP which is in a
higher level partition. This pointer will only be present for the
Network CTPs in the lower partition which have a direct correspondence
to the Network CTPs at the higher level. The higher level Network CTPs
have an inverse pointer, the sub-partition pointer to the lower level.
Where the lowest level of NWCTP points to a NE CTP via the NE assignment
pointer, the value of the sub-partition pointer is null.";;
ATTRIBUTES
superPartitionPointer GET,
sub-partitionPointer GET;
REGISTERED AS {m3100Package 72};
networkTPPointerPackage PACKAGE
BEHAVIOUR
networkTPPointerPackageBehaviour BEHAVIOUR
DEFINED AS
"This package defines a pointer to an instance of a network termination
point. ";;
ATTRIBUTES
networkTPPointer GET;
REGISTERED AS {m3100Package 73};
potentialLinkCapacityPackage PACKAGE
ATTRIBUTES
potentialLinkCapacity GET;
REGISTERED AS {m3100Package 74};
potentialLinkEndCapacityPackage PACKAGE
ATTRIBUTES
potentialLinkEndCapacity GET;
REGISTERED AS {m3100Package 75};
provisionedLinkCapacityPackage PACKAGE
ATTRIBUTES
provisionedLinkCapacity GET;
REGISTERED AS {m3100Package 76};
provisionedLinkConnectionCountPackage PACKAGE
ATTRIBUTES
provisionedLinkConnectionCount GET;
REGISTERED AS {m3100Package 77};
provisionedLinkEndCapacityPackage PACKAGE
ATTRIBUTES
provisionedLinkEndCapacity GET;
REGISTERED AS {m3100Package 78};
provisionedNetworkCTPCountPackage PACKAGE
ATTRIBUTES
provisionedNetworkCTPCount GET;
REGISTERED AS {m3100Package 79};
qualityOfConnectivityServicePackage PACKAGE
ATTRIBUTES
qualityOfConnectivityService GET;
REGISTERED AS {m3100Package 80};
relatedRoutingProfilePackage PACKAGE
ATTRIBUTES
relatedRoutingProfile GET;
REGISTERED AS {m3100Package 81};
serverTTPPointerPackage PACKAGE
ATTRIBUTES
serverTTPPointer GET;
REGISTERED AS {m3100Package 82};
sncPointerPackage PACKAGE
BEHAVIOUR
sncPointerPackageBehaviour BEHAVIOUR
DEFINED AS
"This package defines a pointer to instance(s) of the Subnetwork
Connection managed object class, within a given layer.
The Subnetwork Connection Pointer attribute points to the managed object
representing the relationship with the Network TP or subclass, within
the same Subnetwork, that sends information (traffic) to this network TP
or subclass, or is null. The referenced managed object shall represent a
Subnetwork Connection. Where the network TP participates in many
subnetwork connections for different subnetworks, the Subnetwork
Connection Pointer is null.";;
ATTRIBUTES
subNetworkConnectionPointer GET;
REGISTERED AS {m3100Package 83};
supportedByPackage PACKAGE
ATTRIBUTES
supportedByObjectList GET-REPLACE ADD-REMOVE;
REGISTERED AS {m3100Package 84};
topologicalLinkCapacityPackage PACKAGE
BEHAVIOUR
topologicalLinkCapacityPackageBehaviour BEHAVIOUR
DEFINED AS
"This package provides the support for the management of the capacity of
a topological link. It specifies actions to assign and release link
connections and/or bandwidth to a topological link.";;
ACTIONS
addCapacityToTopologicalLink,
removeCapacityFromTopologicalLink;
REGISTERED AS {m3100Package 85};
topologicalLinkEndCapacityPackage PACKAGE
BEHAVIOUR
topologicalLinkEndCapacityPackageBehaviour BEHAVIOUR
DEFINED AS
"This package provides the support for the management of the capacity of
a topological link end. It specifies actions to assign and release
network CTPs and/or bandwidth to a topological link end.";;
ACTIONS
addCapacityToTopologicalLinkEnd,
removeCapacityFromTopologicalLinkEnd;
REGISTERED AS {m3100Package 86};
totalLinkCapacityPackage PACKAGE
ATTRIBUTES
totalLinkCapacity GET;
REGISTERED AS {m3100Package 87};
totalLinkEndCapacityPackage PACKAGE
ATTRIBUTES
totalLinkEndCapacity GET;
REGISTERED AS {m3100Package 88};
trafficDescriptorPackage PACKAGE
ATTRIBUTES
trafficDescriptor GET-REPLACE newServiceCharacteristicsExistsAlready
newTrafficDescriptorExistsAlready invalidServiceCharacteristicsRequested
invalidTrafficDescriptorRequested;
REGISTERED AS {m3100Package 89};
unknownStatusPackage PACKAGE
ATTRIBUTES
"ITU-T X.721|ISO/IEC 10165-2:1992":unknownStatus GET;
REGISTERED AS {m3100Package 90};
usageCostPackage PACKAGE
ATTRIBUTES
usageCost GET-REPLACE;
REGISTERED AS {m3100Package 91};
usageStatePackage PACKAGE
ATTRIBUTES
"ITU-T X.721|ISO/IEC 10165-2:1992":usageState GET;
REGISTERED AS {m3100Package 92};
accessGroupId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
accessGroupIdBehaviour BEHAVIOUR
DEFINED AS
"The Access Group Id is an attribute type whose distinguished value can
be used as an RDN when naming an instance of the Access Group object class.";;
REGISTERED AS {m3100Attribute 83};
accessPointList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.TPList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
accessPointListBehaviour BEHAVIOUR
DEFINED AS
"The Access Point List attribute lists all the Network Trail Termination
Points within an instance of the managed object class Access Group.";;
REGISTERED AS {m3100Attribute 84};
aEnd ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
aEndBehaviour BEHAVIOUR
DEFINED AS
"This attribute is a pointer to a subnetwork, a link end or an access
group in the same network layer domain.";;
REGISTERED AS {m3100Attribute 85};
aEndNetworkTPList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
aEndNWTPListBehaviour BEHAVIOUR
DEFINED AS
"The value of this attribute identifies one or more network termination
points of an instance of a subclass of the Connectivity object class.
This attribute cannot be null.";;
REGISTERED AS {m3100Attribute 86};
assignedLinkEndCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PointCapacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
assignedLinkEndCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the number of Network CTPs associated with a
Link End that have been assigned or the bandwidth that has been assigned.";;
REGISTERED AS {m3100Attribute 87};
availableLinkEndCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PointCapacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
availableLinkEndCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the number of Network CTPs associated with a
Link End that have spare capacity or the amount of spare bandwidth
associated with a Link End.";;
REGISTERED AS {m3100Attribute 88};
availableLinkCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Capacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
availableLinkCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the available capacity of a link expressed as
either the number of link connections that are avaiable or the bandwidth
that is available to that link.";;
REGISTERED AS {m3100Attribute 89};
clientCTPList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
clientCTPListBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the CTP or list of CTPs which are clients of a
TTP or TTPs in another layer. Usually a single TTP in a higher order
layer will support a number of CTPs in a lower order layer. Alternatively,
where concatenation is used, a number of TTPs in a lower order layer may
serve a CTP or CTPs in a higher order layer.";;
REGISTERED AS {m3100Attribute 90};
clientLinkEndPointerList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
clientLinkEndPointerBehaviour BEHAVIOUR
DEFINED AS
"This attribute is a set of pointers to the link ends that reflect the
properties of a network trail termination point in the client layer
network domain(s).";;
REGISTERED AS {m3100Attribute 91};
clientLinkPointerList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
clientLinkPointerBehaviour BEHAVIOUR
DEFINED AS
"This attribute is a set of pointers to the topological links that
reflect the capacity of a trail in the client layer network domain(s).";;
REGISTERED AS {m3100Attribute 92};
clientLinkConnectionPointerList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
clientLinkConnectionPointerListBehaviour BEHAVIOUR
DEFINED AS
"This attribute of a trail that is a set of pointers to the link
connections in the client layer network domain(s) that are supported by
the trail.";;
REGISTERED AS {m3100Attribute 93};
componentPointers ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
componentPointersBehaviour BEHAVIOUR
DEFINED AS
"This attribute is used where the Subnetwork Connection is made up of a
number of component Subnetwork Connections and Link connections within
the same layer.";;
REGISTERED AS {m3100Attribute 94};
compositePointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.RelatedObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
compositePointerBehaviour BEHAVIOUR
DEFINED AS
"This attribute is used where the connectivity instance is a component
of a Subnetwork Connection within the same layer.";;
REGISTERED AS {m3100Attribute 95};
configuredConnectivity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ConfiguredConnectivity;
MATCHES FOR EQUALITY;
BEHAVIOUR
configuredConnectivityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the configured connectivity of a Network
Termination Point managed object (or subclass). The possible values for
this attribute are sourceConnect, sinkConnect, bidirectionalConnect and
noConnect.
For a Network Termination Point managed object with pointDirectionality
equal to sink, the allowed values for this attribute are noConnect and
sinkConnect.
For a Network Termination Point managed object with pointDirectionality
equal to source, the allowed values for this attribute are noConnect and
sourceConnect.
For a Network Termination Point managed object with pointDirectionality
equal to bidirectional, the allowed values for this attribute are
noConnect and bidirectionalConnect. For some technologies, sinkConnect
and sourceConnect may also be allowed for a bidirectional Network
Termination Point managed object.";;
REGISTERED AS {m3100Attribute 96};
connectionList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
connectionListBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the list of Link Connections and subnetwork
connections in a given layer which may compose a Trail in the same
layer. This composition of Connectivity instances may be a simple
sequence or, in the multipoint case, a tree structure.";;
REGISTERED AS {m3100Attribute 97};
connectivityPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ConnectivityPointer;
MATCHES FOR EQUALITY;
BEHAVIOUR
connectivityPointerBehaviour BEHAVIOUR
DEFINED AS
"This attribute points to the Link connection or Trail terminated by the
Network Termination Point.";;
REGISTERED AS {m3100Attribute 98};
containedAccessGroupList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
containedAccessGroupListBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the list of Access Group instances which are
contained in the Subnetwork.";;
REGISTERED AS {m3100Attribute 99};
containedInSubNetworkList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
containedInSubNetworkListBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the list of parent Subnetworks which contain the
Access Group, Link End, or Subnetwork in a given layer.";;
REGISTERED AS {m3100Attribute 100};
containedLinkEndList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
containedLinkEndBehaviour BEHAVIOUR
DEFINED AS
"This attribute is used to describe the internal topology of a
subnetwork from the point perspective (in a given layer). This topology
comprises link ends and subnetworks. The link ends are listed in this
attribute.";;
REGISTERED AS {m3100Attribute 101};
containedLinkList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
containedLinkBehaviour BEHAVIOUR
DEFINED AS
"This attribute is used to describe the internal topology of a
subnetwork (in a given layer). This topology comprises links and
subnetworks. The links are listed in this attribute.";;
REGISTERED AS {m3100Attribute 102};
containedNetworkTPList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
containedNetworkTPListBehaviour BEHAVIOUR
DEFINED AS
"This attribute is a list of pointers to network TPs that are contained
in a subnetwork.";;
REGISTERED AS {m3100Attribute 103};
containedSubNetworkList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
containedSubNetworkListBehaviour BEHAVIOUR
DEFINED AS
"This attribute is used to describe the internal topology of a
subnetwork (in a given layer). This topology comprises links and
subnetworks. The subnetworks are listed in this attribute.";;
REGISTERED AS {m3100Attribute 104};
layerNetworkDomainId ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.NameType;
MATCHES FOR EQUALITY;
REGISTERED AS {m3100Attribute 105};
linkConnectionPointerList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
linkConnectionPointerListBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the list of Link Connections in a given layer
which may compose a Logical Link in the same layer.";;
REGISTERED AS {m3100Attribute 106};
linkDirectionality ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.LinkDirectionality;
MATCHES FOR EQUALITY;
BEHAVIOUR
linkDirectionalityBehaviour BEHAVIOUR
DEFINED AS
"The Link Directionality attribute type specifies whether the associated
link managed object is uni- or bidirectional, or undefined";;
REGISTERED AS {m3100Attribute 107};
linkEndId ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR
linkEndIdBehaviour BEHAVIOUR
DEFINED AS
"The Link End Id is an attribute type whose distinguished value can be
used as an RDN when naming an instance of the Link End object class.";;
REGISTERED AS {m3100Attribute 108};
linkId ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
linkIdBehaviour BEHAVIOUR
DEFINED AS
"The Link Id is an attribute type whose distinguished value can be used
as an RDN when naming an instance of the Link object class.";;
REGISTERED AS {m3100Attribute 109};
linkPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.RelatedObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
linkPointerBehaviour BEHAVIOUR
DEFINED AS
"The Link Pointer attribute points to a link from a link end. ";;
REGISTERED AS {m3100Attribute 110};
linkPointerList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY;
BEHAVIOUR
linkPointerListBehaviour BEHAVIOUR
DEFINED AS
"This attribute points to the links terminated by the subnetwork or the
link terminated by an access group";;
REGISTERED AS {m3100Attribute 111};
logicalEndDirectionality ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PointDirectionality;
MATCHES FOR EQUALITY;
BEHAVIOUR
logicalEndDirectionalityBehaviour BEHAVIOUR
DEFINED AS
"The Logical End Directionality attribute type specifies whether the
associated link end managed object is sink, source, or bidirectional.";;
REGISTERED AS {m3100Attribute 112};
maximumLinkConnectionCount ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Count;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
maximumLinkConnectionCountBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the maximum number of link connections
associated with a link when flexible bandwidth allocation is supported.";;
REGISTERED AS {m3100Attribute 113};
maximumNetworkCTPCount ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Count;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
maximumNetworkCTPCountBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the maximum number of Network CTPs associated
with a Link End.";;
REGISTERED AS {m3100Attribute 114};
neAssignmentPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.NeAssignmentPointer;
MATCHES FOR EQUALITY;
BEHAVIOUR
neAssignmentPointerBehaviour BEHAVIOUR
DEFINED AS
"The NE Assignment Pointer attribute points from the lowest level
Network TP in the partitioning hierarchy to a NE TP which represents the
functionality which supports the Network TP. The sub-partition pointer
for a NWCTP which utilises the NE assignment pointer will be NULL.";;
REGISTERED AS {m3100Attribute 115};
networkCTPsInLinkEndList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.TPList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
networkCTPsInLinkEndListBehaviour BEHAVIOUR
DEFINED AS
"This attribute lists the NetworkCTPs that are represented by a Link End.";;
REGISTERED AS {m3100Attribute 116};
networkTPPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.RelatedObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
networkTPPointerBehaviour BEHAVIOUR
DEFINED AS
"The Network TP Pointer attribute points to a network termination point.";;
REGISTERED AS {m3100Attribute 117};
pointDirectionality ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PointDirectionality;
MATCHES FOR EQUALITY;
BEHAVIOUR
pointDirectionalityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the directionality of a networkTP managed
object instance.";;
REGISTERED AS {m3100Attribute 118};
potentialLinkCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Capacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
potentialLinkCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the number of link connections or the amount
of bandwidth that has not yet been assigned to a Link, but that could be
assigned to the Link from the server trail.";;
REGISTERED AS {m3100Attribute 119};
potentialLinkEndCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PointCapacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
potentialLinkEndCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the number of Network CTP or the amount of
bandwidth that have not yet been assigned to a Link End, but that could
be assigned to the Link End from the server trail termination point.";;
REGISTERED AS {m3100Attribute 120};
provisionedLinkCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Capacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
provisionedLinkCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the number of link connections assigned to a
Link or the amount of bandwidth assigned to a Link.";;
REGISTERED AS {m3100Attribute 121};
provisionedLinkConnectionCount ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Count;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
provisionedLinkConnectionCountBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the number of link connections assigned to
that link when flexible bandwidth allocation is supported.";;
REGISTERED AS {m3100Attribute 122};
provisionedLinkEndCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PointCapacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
provisionedLinkEndCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the number of network CTPs assigned to a
LinkEnd or the amount of bandwidth assigned to a LinkEnd.";;
REGISTERED AS {m3100Attribute 123};
provisionedNetworkCTPCount ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Count;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
provisionedNetworkCTPCountBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the number of Network CTPs associated with a
Link End that have been assigned.";;
REGISTERED AS {m3100Attribute 124};
qualityOfConnectivityService ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
qualityOfConnectivityServiceBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the quality of service for Connectivity and
its subclasses, and requires further definition.";;
REGISTERED AS {m3100Attribute 125};
relatedRoutingProfile ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectInstance;
MATCHES FOR EQUALITY;
REGISTERED AS {m3100Attribute 126};
serverTrail ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2. RelatedObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
serverTrailBehaviour BEHAVIOUR
DEFINED AS
"This attribute pointer to a trail in the server layer that supports the
link in a client.";;
REGISTERED AS {m3100Attribute 127};
serverTTPPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY;
BEHAVIOUR
serverTTPPointerbehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the TTP which may serve a CTP and/or link End in
another layer. Usually a TTP or TTPs in a higher order layer will serve
a CTP or CTPs in a lower order layer.";;
REGISTERED AS {m3100Attribute 128};
signalId ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.SignalId;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
signalIdBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the characteristic information of the layer (in
the G.805 sense) to which the entity under consideration belongs. It is
used to determine whether subnetwork connection/connectivity is
possible. The signal Id may be a simple rate and format, a bundle of
entities with the same characteristic information which form an
aggregate signal, or a complex type containing groupings of different
bundles. The complex type may be applicable to certain multi-media
applications involving multiple parallel connections between endpoint
locations";;
REGISTERED AS {m3100Attribute 129};
sub-partitionPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.RelatedObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
sub-partitionPointerBehaviour BEHAVIOUR
DEFINED AS
"The Sub-partition Pointer is a pointer to a Network CTP which is in a
lower level partition. Where the lowest level of NWCTP points to a NE
CTP via the NE Assignment Pointer, the value of the Sub-partition
Pointer is null.";;
REGISTERED AS {m3100Attribute 130};
subNetworkConnectionId ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
subNetworkConnectionIdBehaviour BEHAVIOUR
DEFINED AS
"The Subnetwork Connection Id is an attribute type whose distinguished
value can be used as an RDN when naming an instance of the subnetwork
Connection object class.";;
REGISTERED AS {m3100Attribute 131};
subNetworkConnectionPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.SubNetworkConnectionPointerList;
MATCHES FOR EQUALITY;
BEHAVIOUR
subNetworkConnectionPointerBehaviour BEHAVIOUR
DEFINED AS
"The Subnetwork Connection Pointer attribute points to the ordered list
of subnetwork Connection(s) which have a relationship with the network
termination point When no subnetwork connection is present this pointer
points to a subnetwork or is NULL. This list has a single entry for
point-to-point applications, and may have mutliple entries for
point-to-multipoint applications.";;
REGISTERED AS {m3100Attribute 132};
subNetworkId ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR
subNetworkIdBehaviour BEHAVIOUR
DEFINED AS
"The Subnetwork Id is an attribute type whose distinguished value can be
used as an RDN when naming an instance of the Subnetwork object class.";;
REGISTERED AS {m3100Attribute 133};
superPartitionPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.RelatedObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
superPartitionPointerBehaviour BEHAVIOUR
DEFINED AS
"The Super Partition Pointer is a pointer to a Network CTP which is in a
higher level partition. It will only be present for those Network CTPs
in the lower partition which have a direct correspondence to the Network
CTPs at the higher level. It can be null.";;
REGISTERED AS {m3100Attribute 134};
topologicalEndDirectionality ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.TopologicalEndDirectionality;
MATCHES FOR EQUALITY;
BEHAVIOUR
topologicalEndDirectionalityBehaviour BEHAVIOUR
DEFINED AS
"The Topological End Directionality attribute type specifies whether the
associated link end managed object is sink, source, bidirectional, or
undefined.";;
REGISTERED AS {m3100Attribute 135};
topologicalGroupPointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.RelatedObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
topologicalGroupPointerBehaviour BEHAVIOUR
DEFINED AS
"The Topological Group Pointer is an attribute type which identifies an
instance of the Topological Point managed object class or identifies an
instance of the Access Group managed object class.";;
REGISTERED AS {m3100Attribute 136};
topologicalPointId ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.NameType;
MATCHES FOR EQUALITY;
BEHAVIOUR
topologicalPointIdBehaviour BEHAVIOUR
DEFINED AS
"The Topological Point Id is an attribute type whose distinguished value
can be used as an RDN when naming an instance of the Topological Point
object class.";;
REGISTERED AS {m3100Attribute 137};
totalLinkCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Capacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
totalLinkCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the total capacity of a Link which may be the
number of Link connections contained in a Link or the total bandwidth
available to the Link.";;
REGISTERED AS {m3100Attribute 138};
totalLinkEndCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PointCapacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
totalLinkEndCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the total capacity of a Link End which is
either the total number of NetworkCTPs associated with a Link End or the
total bandwidth of the Link End.";;
REGISTERED AS {m3100Attribute 139};
trafficDescriptor ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.TrafficDescriptor;
MATCHES FOR EQUALITY;
BEHAVIOUR
trafficDescriptorBehaviour BEHAVIOUR
DEFINED AS
"This attribute contains the traffic descriptor of a trail. It is to be
used with flexible bandwidth allocation.";;
REGISTERED AS {m3100Attribute 140};
usageCost ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.UsageCost;
MATCHES FOR EQUALITY;
BEHAVIOUR
usageCostBehaviour BEHAVIOUR
DEFINED AS
"This attribute contains the costs for a transport entity. It is to be
used as selection/routing criteria.";;
REGISTERED AS {m3100Attribute 141};
zEnd ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
zEndBehaviour BEHAVIOUR
DEFINED AS
"This attribute is a pointer to a subnetwork, a link end, or access
group in the same network layer domain.";;
REGISTERED AS {m3100Attribute 142};
zEndNetworkTPList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
zEndNetworkTPListBehaviour BEHAVIOUR
DEFINED AS
"The value of this attribute identifies one or more network termination
points of an instance of a subclass of the Connectivity object class.";;
REGISTERED AS {m3100Attribute 143};
addCapacityToTopologicalLink ACTION
BEHAVIOUR
addCapacityToTopologicalLinkBehaviour BEHAVIOUR
DEFINED AS
"This action adds capacity to a topological link by adding link
connections or increasing the available bandwidth.
This action will return an AddCapacityToTopologicalLinkResult with a
resultingLinkConnections field containing a NULL value when dynamic
bandwidth is being assigned.
<ITU-T G.854.8:OPERATION, addCapacityToTopologicalLink >";;
MODE CONFIRMED;
PARAMETERS
noSuchLink,
insufficientCapacity,
invalidChannelsNumber,
channelsAlreadyProvisioned,
failureToCreateLCs,
failureToAssociateLCs,
failureToSupportLCs,
failureToIncreaseCapacity;
WITH INFORMATION SYNTAX
M3100ASN1TypeModule2.AddCapacityToTopologicalLinkInformation;
WITH REPLY SYNTAX
M3100ASN1TypeModule2.AddCapacityToTopologicalLinkResult;
REGISTERED AS {m3100Action 12};
addCapacityToTopologicalLinkEnd ACTION
BEHAVIOUR
addCapacityToTopologicalLinkEndBehaviour BEHAVIOUR
DEFINED AS
"This action adds capacity to a topological link end by adding network
CTPs or by increasing the available bandwidth.
<ITU-T G.854.8:OPERATION, addCapacityToTopologicalLinkEnd >";;
MODE CONFIRMED;
PARAMETERS
noSuchLinkEnd,
insufficientCapacity,
invalidChannelsNumber,
channelsAlreadyProvisioned,
failureToCreateLCs,
failureToAssociateLCs,
failureToSupportLCs,
failureToIncreaseCapacity;
WITH INFORMATION SYNTAX
M3100ASN1TypeModule2.AddCapacityToTopologicalLinkEndInformation;
WITH REPLY SYNTAX
M3100ASN1TypeModule2.AddCapacityToTopologicalLinkEndResult;
REGISTERED AS {m3100Action 13};
assignLinkConnectionOnLogicalLink ACTION
BEHAVIOUR
assignLinkConnectionOnLogicalLinkBehaviour BEHAVIOUR
DEFINED AS
"This action assigns link connections to a Logical Link.
The pointers to the link connections that are assigned will be added to
the linkConnectionPointerList attribute of the logicalLink managed
object. <ITU-T G.854.10:OPERATION, assignLinkConnectionOnLink >";;
MODE CONFIRMED;
PARAMETERS
linkAndLinkConnectionNotCompatible,
invalidLinkConnection,
notEnoughLinkConnections,
linkConnectionAlreadyAssigned,
inconsistentSignalIdentification,
inconsistentDirectionality,
failureToSetLinkConnectionCallerId,
failureToDecreaseCapacity;
WITH INFORMATION SYNTAX
M3100ASN1TypeModule2.AssignLinkConnectionOnLogicalLinkInformation;
WITH REPLY SYNTAX
M3100ASN1TypeModule2.AssignLinkConnectionOnLogicalLinkResult;
REGISTERED AS {m3100Action 14};
assignNetworkCTPOnLogicalLinkEnd ACTION
BEHAVIOUR
assignNetworkCTPOnLogicalLinkEndBehaviour BEHAVIOUR
DEFINED AS
"This action assigns networkCTPs to a logical link end.
<ITU-T G.854.10:OPERATION, assignNetworkCTPOnLinkEnd >";;
MODE CONFIRMED;
PARAMETERS
linkEndAndNetworkCTPNotCompatible,
invalidNetworkCTP,
notEnoughNetworkCTPs,
networkCTPAlreadyAssigned,
inconsistentSignalIdentification,
inconsistentDirectionality,
failureToSetNetworkCTPCallerId,
failureToDecreaseCapacity;
WITH INFORMATION SYNTAX
M3100ASN1TypeModule2.AssignNetworkCTPOnLogicalLinkEndInformation;
WITH REPLY SYNTAX
M3100ASN1TypeModule2.AssignNetworkCTPOnLogicalLinkEndResult;
REGISTERED AS {m3100Action 15};
deassignLinkConnectionFromLogicalLink ACTION
BEHAVIOUR
deassignLinkConnectionFromLogicalLinkBehaviour BEHAVIOUR
DEFINED AS
"This action de-assigns a link connection in a layer domain to a logical
link in the same layer domain.
<ITU-T G.854.10:OPERATION, deassignLinkConnectionFromLink >";;
MODE CONFIRMED;
PARAMETERS
linkAndLinkConnectionNotCompatible,
invalidLinkConnection,
notAssignedToCaller,
failureToDeassignLinkConnection,
failureToIncreaseCapacity;
WITH INFORMATION SYNTAX
M3100ASN1TypeModule2.DeassignLinkConnectionFromLogicalLinkInformation;
REGISTERED AS {m3100Action 16};
deassignNetworkCTPFromLogicalLinkEnd ACTION
BEHAVIOUR
deassignNetworkCTPFromLogicalLinkEndBehaviour BEHAVIOUR
DEFINED AS
"This action de-assigns a network CTP instance from a logical link end.
<ITU-T G.854.10:OPERATION, deassignNetworkCTPFromLinkEnd >";;
MODE CONFIRMED;
PARAMETERS
linkEndAndNetworkCTPNotCompatible,
invalidNetworkCTP,
notAssignedToCaller,
failureToDeassignNetworkCTP,
failureToIncreaseCapacity;
WITH INFORMATION SYNTAX
M3100ASN1TypeModule2.DeassignNetworkCTPFromLogicalLinkEndInformation;
REGISTERED AS {m3100Action 17};
removeCapacityFromTopologicalLink ACTION
BEHAVIOUR
removeCapacityFromTopologicalLinkBehaviour BEHAVIOUR
DEFINED AS
"This action removes capacity from the topological link by removing link
connections and/or bandwidth from the link.
<ITU-T G.854.8:OPERATION, removeCapacityFromTopologicalLink >";;
MODE CONFIRMED;
PARAMETERS
noSuchLink,
insufficientCapacity,
invalidChannelsNumber,
failureToDecreaseCapacity,
failureToRemoveLC;
WITH INFORMATION SYNTAX
M3100ASN1TypeModule2.RemoveCapacityFromTopologicalLinkInformation;
WITH REPLY SYNTAX
M3100ASN1TypeModule2.RemoveCapacityFromTopologicalLinkResult;
REGISTERED AS {m3100Action 18};
removeCapacityFromTopologicalLinkEnd ACTION
BEHAVIOUR
removeCapacityFromTopologicalLinkEndBehaviour BEHAVIOUR
DEFINED AS
"This action removes capacity from a topological link end by removal of
network CTPs from the topological link end and/or by the removal of bandwidth.
This action will return an RemoveCapacityToTopologicalLinkResult with a
resultingLinkConnections field containing a NULL value when dynamic
bandwidth is being unassigned.
<ITU-T G.854.8:OPERATION, removeCapacityFromTopologicalLinkEnd >";;
MODE CONFIRMED;
PARAMETERS
noSuchLinkEnd,
insufficientCapacity,
invalidChannelsNumber,
failureToDecreaseCapacity,
failureToRemoveLC;
WITH INFORMATION SYNTAX
M3100ASN1TypeModule2.RemoveCapacityFromTopLinkEndInformation;
WITH REPLY SYNTAX
M3100ASN1TypeModule2.RemoveCapacityFromTopLinkEndResult;
REGISTERED AS {m3100Action 19};
boundSubnetwork PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 6};
channelsAlreadyProvisioned PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.Channels;
REGISTERED AS {m3100Parameter 7};
failureToAddLinkConnections PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 8};
failureToAddNetworkCTPs PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 9};
failureToAssociateLCs PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 10};
failureToAssociateNetworkTTP PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 11};
failureToDeassignLinkConnection PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 12};
failureToDeassignNetworkCTP PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 13};
failureToDecreaseCapacity PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.Capacities;
REGISTERED AS {m3100Parameter 14};
failureToIncreaseCapacity PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.Capacities;
REGISTERED AS {m3100Parameter 15};
failureToRemoveLC PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 16};
failureToBindLink PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 17};
failureToBindLinkEnd PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 18};
failureToBindTopologicalLink PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 19};
failureToCreateAccessGroup PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 20};
failureToCreateLink PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 21};
failureToCreateLCs PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 22};
failureToCreateLinkEnd PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 23};
failureToCreateNetworkTTP PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 24};
failureToCreateSubnetwork PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 25};
failureToDisassociateNetworkTTP PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 26};
failureToRemoveAccessGroup PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 27};
failureToRemoveNetworkCTPs PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 28};
failureToRemoveNetworkTTP PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 29};
failureToRemoveSubnetwork PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 30};
failureToSetDirectionality PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 31};
failureToSetLinkConnectionCallerId PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 32};
failureToSetNetworkCTPCallerId PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 33};
failureToSetUserIdentifier PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 34};
failureToSupportLCs PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 35};
inconsistentDirectionality PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 36};
inconsistentSignalIdentification PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 37};
insufficientCapacity PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.Capacity;
REGISTERED AS {m3100Parameter 38};
invalidChannelsNumber PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.Channels;
REGISTERED AS {m3100Parameter 39};
invalidLinkConnection PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectInstance;
REGISTERED AS {m3100Parameter 40};
invalidNetworkCTP PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectInstance;
REGISTERED AS {m3100Parameter 41};
invalidServiceCharacteristicsRequested PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 42};
invalidTPType PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 43};
invalidTrafficDescriptorRequested PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 44};
linkConnectionAlreadyAssigned PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectInstance;
REGISTERED AS {m3100Parameter 45};
linkEndAndNetworkCTPNotCompatible PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectList;
REGISTERED AS {m3100Parameter 46};
linkAndLinkConnectionNotCompatible PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectList;
REGISTERED AS {m3100Parameter 47};
networkCTPAlreadyAssigned PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectInstance;
REGISTERED AS {m3100Parameter 48};
networkTTPAndAccessGroupNotCompatible PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2. None;
REGISTERED AS {m3100Parameter 49};
networkTTPAndSubnetworkNotCompatible PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2. None;
REGISTERED AS {m3100Parameter 50};
networkTTPAssociatedWithAccessGroup PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2. ObjectInstance;
REGISTERED AS {m3100Parameter 51};
networkTTPAssociatedWithSubnetwork PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2. ObjectInstance;
REGISTERED AS {m3100Parameter 52};
networkTTPsExisting PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 53};
networkTTPTerminatesTrail PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectInstance;
REGISTERED AS {m3100Parameter 54};
newServiceCharacteristicsExistsAlready PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.SignalId;
REGISTERED AS {m3100Parameter 55};
newTrafficDescriptorExistsAlready PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.SignalId;
REGISTERED AS {m3100Parameter 56};
noLinkCapacity PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 57};
noLinkEndCapacity PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 58};
noSuchLink PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectInstance;
REGISTERED AS {m3100Parameter 59};
noSuchLinkEnd PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectInstance;
REGISTERED AS {m3100Parameter 60};
notAssignedToCaller PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ObjectInstance;
REGISTERED AS {m3100Parameter 61};
notEnoughLinkConnections PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.Count;
REGISTERED AS {m3100Parameter 62};
notEnoughNetworkCTPs PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.Count;
REGISTERED AS {m3100Parameter 63};
subnetworkInUse PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.None;
REGISTERED AS {m3100Parameter 64};
accessGroup-layerNetworkDomain NAME BINDING
SUBORDINATE OBJECT CLASS accessGroup AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
WITH ATTRIBUTE accessGroupId;
BEHAVIOUR
accessGroup-layerNetworkDomainBehaviour BEHAVIOUR
DEFINED AS
"If, during a create operation, the topologicalEndDirectionality
attribute fails to be set or the access group object fails to be
created, the create operation will fail with the specific error with the
value of either failureToSetDirectionality or failureToCreateAccessGroup
respectively.
If, during a delete operation, the accessPointList is not NULL the
delete operation will fail with the specific error with the value
networkTTPsExisting. If the access group managed object is not deleted,
the delete operation will fail with the specific error with the value
failureToRemoveAccessGroup.
<ITU-T G.854.3:OPERATION,createAccessGroup, OUTPUT_PARAMETERS:accessGroup>
<ITU-T G.854.3:OPERATION,createAccessGroup, OUTPUT_PARAMETERS:none>";;
CREATE
WITH-REFERENCE-OBJECT
failureToSetDirectionality
failureToCreateAccessGroup;
DELETE
DELETES-CONTAINED-OBJECTS
networkTTPsExisting
failureToRemoveAccessGroup;
REGISTERED AS {m3100NameBinding 63};
layerNetworkDomain-networkR1 NAME BINDING
SUBORDINATE OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS networkR1 AND SUBCLASSES;
WITH ATTRIBUTE networkId;
CREATE
WITH-REFERENCE-OBJECT;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 64};
logicalLink-layerNetworkDomain NAME BINDING
SUBORDINATE OBJECT CLASS logicalLink AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
WITH ATTRIBUTE linkId;
BEHAVIOUR
logicalLink-layerNetworkDomainBehaviour BEHAVIOUR
DEFINED AS
"The logicalLink managed object is created by the establishLink or
establishLinkAndLinkEnds action.
<ITU-T G.854.3,OPERATION:createLink,OUTPUT_PARAMETERS:link>
The logicalLink managed object is deleted by the removeLink or
removeLinkAndLinkEnds.
<ITU-T G.854.3,OPERATION:deleteLink,OUTPUT_PARAMETERS:none>";;
REGISTERED AS {m3100NameBinding 65};
linkConnection-layerNetworkDomain NAME BINDING
SUBORDINATE OBJECT CLASS linkConnection AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
WITH ATTRIBUTE connectionId;
REGISTERED AS {m3100NameBinding 66};
linkConnection-topologicalLink NAME BINDING
SUBORDINATE OBJECT CLASS linkConnection AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS topologicalLink AND SUBCLASSES;
WITH ATTRIBUTE connectionId;
REGISTERED AS {m3100NameBinding 67};
logicalLinkEnd-layerNetworkDomain NAME BINDING
SUBORDINATE OBJECT CLASS logicalLinkEnd AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
WITH ATTRIBUTE linkEndId;
REGISTERED AS {m3100NameBinding 68};
logicalLinkEnd-subNetwork NAME BINDING
SUBORDINATE OBJECT CLASS logicalLinkEnd AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS subNetwork AND SUBCLASSES;
WITH ATTRIBUTE linkEndId;
REGISTERED AS {m3100NameBinding 69};
topologicalLinkEnd-layerNetworkDomain NAME BINDING
SUBORDINATE OBJECT CLASS topologicalLinkEnd AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
WITH ATTRIBUTE linkEndId;
REGISTERED AS {m3100NameBinding 70};
topologicalLinkEnd-subNetwork NAME BINDING
SUBORDINATE OBJECT CLASS topologicalLinkEnd AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS subNetwork AND SUBCLASSES;
WITH ATTRIBUTE linkEndId;
REGISTERED AS {m3100NameBinding 71};
--networkCTPSink-subNetwork NAME BINDING
-- SUBORDINATE OBJECT CLASS networkCTPSink AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS subNetwork AND SUBCLASSES;
-- WITH ATTRIBUTE cTPId;
-- BEHAVIOUR
-- networkCTPSink-subNetworkBehaviour BEHAVIOUR
-- DEFINED AS
--"The subordinate managed object is automatically instantiated deleted when the
--superior managed object is instantiated, or when additional resources
--(including planned resources) are added to, or removed from, the subnetwork,
--according to the configuration of the Subnetwork.";;
--REGISTERED AS {m3100NameBinding 72};
--networkCTPSink-layerNetworkDomain NAME BINDING
-- SUBORDINATE OBJECT CLASS networkCTPSink AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
-- WITH ATTRIBUTE cTPId;
--REGISTERED AS {m3100NameBinding 73};
--networkCTPSource-subNetwork NAME BINDING
-- SUBORDINATE OBJECT CLASS networkCTPSource AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS subNetwork AND SUBCLASSES;
-- WITH ATTRIBUTE cTPId;
-- BEHAVIOUR
-- networkCTPSource-subNetworkBehaviour BEHAVIOUR
-- DEFINED AS
--"The subordinate managed object is automatically instantiated deleted when the
--superior managed object is instantiated, or when additional resources
--(including planned resources) are added to, or removed from, the subnetwork,
--according to the configuration of the subnetwork.";;
--REGISTERED AS {m3100NameBinding 74};
--networkCTPSource-layerNetworkDomain NAME BINDING
-- SUBORDINATE OBJECT CLASS networkCTPSource AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
-- WITH ATTRIBUTE cTPId;
--REGISTERED AS {m3100NameBinding 75};
--networkTTPSink-layerNetworkDomain NAME BINDING
-- SUBORDINATE OBJECT CLASS networkTTPSink AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
-- WITH ATTRIBUTE tTPId;
-- BEHAVIOUR
-- networkTTPSink-layerNetworkDomainBehaviour BEHAVIOUR
-- DEFINED AS
--" If, during a delete operation, the networkTTP terminates a trail then the
--delete operation will fail with a specific error with the value
--networkTTPTerminatesTrail.
-- If, during a delete operation, the networkTTP is associated with a subnetwork
-- or an access group then the delete operation will fail with a specific error
-- with the value networkTTPAssociatedWithSubnetwork or the value
-- networkTTPAssociatedWithAccessGroup respectively.
-- <ITU-T G.854.6,OPERATION:createNetworkTTP,OUTPUT_PARAMETERS:networkTTP>
-- <ITU-T G.854.6,OPERATION:deleteNetworkTTP,OUTPUT_PARAMETERS:none>";;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING
-- failureToCreateNetworkTTP;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS
-- networkTTPTerminatesTrail
-- networkTTPAssociatedWithSubnetwork
-- networkTTPAssociatedWithAccessGroup
-- failureToCreateNetworkTTP;
--REGISTERED AS {m3100NameBinding 76};
--networkTTPSink-subNetwork NAME BINDING
-- SUBORDINATE OBJECT CLASS networkTTPSink AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS subNetwork AND SUBCLASSES;
-- WITH ATTRIBUTE tTPId;
-- BEHAVIOUR
-- networkTTPSink-subNetworkBehaviour BEHAVIOUR
-- DEFINED AS "
--If, during a delete operation, the networkTTP terminates a trail then the
--delete operation will fail with a specific error with the value
--networkTTPTerminatesTrail.";;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING
-- failureToCreateNetworkTTP;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS
-- networkTTPTerminatesTrail
-- failureToRemoveNetworkTTP;
--REGISTERED AS {m3100NameBinding 77};
--networkTTPSource-layerNetworkDomain NAME BINDING
-- SUBORDINATE OBJECT CLASS networkTTPSource AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
-- WITH ATTRIBUTE tTPId;
-- BEHAVIOUR
-- networkTTPSource-layerNetworkDomainBehaviour BEHAVIOUR
-- DEFINED AS
--"If, during a delete operation, the networkTTP terminates a trail then the
--delete operation will fail with a specific error with the value
--networkTTPTerminatesTrail.
-- If, during a delete operation, the networkTTP is associated with a subnetwork
-- or an access group then the delete operation will fail with a specific error
-- with the value networkTTPAssociatedWithSubnetwork or the value
-- networkTTPAssociatedWithAccessGroup respectively.";;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING
-- failureToCreateNetworkTTP;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS
-- networkTTPTerminatesTrail
-- networkTTPAssociatedWithSubnetwork
-- networkTTPAssociatedWithAccessGroup
-- failureToRemoveNetworkTTP;
--REGISTERED AS {m3100NameBinding 79};
--networkTTPSource-subNetwork NAME BINDING
-- SUBORDINATE OBJECT CLASS networkTTPSource AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS subNetwork AND SUBCLASSES;
-- WITH ATTRIBUTE tTPId;
-- BEHAVIOUR
-- networkTTPSource-subNetworkBehaviour BEHAVIOUR
-- DEFINED AS
--"If, during a delete operation, the networkTTP terminates a trail then the
--delete operation will fail with a specific error with the value
--networkTTPTerminatesTrail.";;
-- CREATE
-- WITH-REFERENCE-OBJECT,
-- WITH-AUTOMATIC-INSTANCE-NAMING
-- failureToCreateNetworkTTP;
-- DELETE
-- ONLY-IF-NO-CONTAINED-OBJECTS
-- networkTTPTerminatesTrail
-- failureToRemoveNetworkTTP;
--REGISTERED AS {m3100NameBinding 80};
subNetwork-layerNetworkDomain NAME BINDING
SUBORDINATE OBJECT CLASS subNetwork AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
WITH ATTRIBUTE subNetworkId;
BEHAVIOUR
subNetwork-layerNetworkDomainBehaviour BEHAVIOUR
DEFINED AS
"If, during a create operation in which networkTTP managed object
instances are required to be created or associated with the subnetwork,
the networkTTP managed object instances failed to be created or
associated then a specific error will be returned with the values
failureToCreateNetworkTTP or failureToAssociateNetworkTTP respectively
and the create operation will fail.
If, during a delete operation, the subnetwork is found to be in use (to
have subnetwork connection present) or is bound to other resources a
specific error with the value subnetworkInUse or boundSubnetwork
respectively will be returned and the create operation will fail.
<ITU-T G.854.1,OPERATION:ssccSetupSubnetworkConnection, OUTPUT_PARAMETERS:newSNC>,
<ITU-T G.854.1,OPERATION:ssccReleaseSubnetworkConnection, OUTPUT_PARAMETERS:none>";;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
failureToAssociateNetworkTTP
failureToCreateNetworkTTP
failureToCreateSubnetwork;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS
subnetworkInUse
boundSubnetwork
failureToRemoveSubnetwork;
REGISTERED AS {m3100NameBinding 81};
subNetworkConnection-subNetwork NAME BINDING
SUBORDINATE OBJECT CLASS subNetworkConnection AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS subNetwork AND SUBCLASSES;
WITH ATTRIBUTE subNetworkConnectionId;
REGISTERED AS {m3100NameBinding 82};
topologicalLink-layerNetworkDomain NAME BINDING
SUBORDINATE OBJECT CLASS topologicalLink AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
WITH ATTRIBUTE linkId;
BEHAVIOUR
topologicalLink-layerNetworkDomainBehaviour BEHAVIOUR
DEFINED AS
"The topologicalLink managed object is either automatically created when
the trail in the server network layer domain that supports the link is
created or is created by an establishTopologicalLink or an
establishTopologicalLinkAndLinkEnds action.
<ITU-T G.854.3,OPERATION:createTopologicalLink OUTPUT_PARAMETERS:topologicalLink>,
The topologicalLink managed object is deleted either by a
removeTopologicalLink or removeTopologicalLinkAndLinkEnds action or by
the deletion of the trail if the topologicalLink managed object had
previously been created automatically.
<ITU-T G.854.3,OPERATION:deleteTopologicalLink,OUTPUT_PARAMETERS:none>";;
REGISTERED AS {m3100NameBinding 83};
trailR2-layerNetworkDomain NAME BINDING
SUBORDINATE OBJECT CLASS trailR2 AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS layerNetworkDomain AND SUBCLASSES;
WITH ATTRIBUTE trailId;
REGISTERED AS {m3100NameBinding 84};
externalPoint MANAGED OBJECT CLASS
DERIVED FROM "ITU-T X.721|ISO/IEC 10165-2:1992":top;
CHARACTERIZED BY
createDeleteNotificationsPackage,
attributeValueChangeNotificationPackage,
stateChangeNotificationPackage,
externalPointPackage PACKAGE
BEHAVIOUR
externalPointBehaviour BEHAVIOUR
DEFINED AS
"This object class is a superclass for controlPoint and scanPoint
object classes which are used to control external devices or monitor
external conditions respectively. This object class contains common
aspects of controlPoint and scanPoint object classes. The
operational state and administrative state represent the state of
the control and scan functions, i.e. not the state of the external
entity.";;
ATTRIBUTES
"ITU-T X.721|ISO/IEC 10165-2:1992":operationalState GET,
"ITU-T X.721|ISO/IEC 10165-2:1992":administrativeState GET-REPLACE,
supportedByObjectList GET,
externalPointId GET SET-BY-CREATE,
externalPointMessage GET-REPLACE;;;
CONDITIONAL PACKAGES
locationNamePackage PRESENT IF
"an instance supports it";
REGISTERED AS {m3100ObjectClass 40};
controlPoint MANAGED OBJECT CLASS
DERIVED FROM externalPoint;
CHARACTERIZED BY
controlPointPackage PACKAGE
BEHAVIOUR
controlPointPackageBehaviour BEHAVIOUR
DEFINED AS
"This managed object class is used to control external devices
associated with the managed system, such as relay closure for bell,
lamp, generator, heater, or air conditioner. Each instance of this
class represents one control point.
The current state of a control point can be either closed (i.e.
activate) or open (i.e. released). A control point may optionally
have a normal state (i.e. closed or open, one or the other).
The external device represented by a control point can be remotely
operated through the 'control' action. A control operation can be
momentary (i.e. momentarily close or open) or continuous
(continuously close or open).
Valid control type of a control point may be momentary only,
continuous only, or both. A control action will be denied if the
control action type (continuous or momentary) is not valid for the
control point. The effect of a control action on a control point is
given in Table 1.
Current state, valid control type, normal state (optional), text
message (such as user-friendly label or text) and location
(optional) of the control points are by separate attributes.";;
ATTRIBUTES
currentControlState GET,
validControlType GET-REPLACE SET-BY-CREATE;
ACTIONS
externalControl;;;
CONDITIONAL PACKAGES
normalControlStatePackage PRESENT IF
"an instance supports it";
REGISTERED AS {m3100ObjectClass 41};
scanPoint MANAGED OBJECT CLASS
DERIVED FROM externalPoint;
CHARACTERIZED BY
externalScanPackage PACKAGE
BEHAVIOUR
externalScanBehaviour BEHAVIOUR
DEFINED AS
"This managed object class is used to monitor external conditions
related to the managed element, for that, events of external devices
(such as power failure, fire alarm, door open, humidity, etc.) are
monitored. Each instance of this object class represents one scan
point. Environmental alarm will be emitted if a scan point detects
an abnormal condition. The text message specified in the
externalPointMessage attribute is to be included in the
additionalText field of the environmentalAlarm notification when an
alarm is emitted for the scan point. The severity of such alarms can
be configured through an optional package.
The currentProblemList represents the current problems of the
external entity being monitored, i.e. not current problems with the
scan function itself. The probable cause of the currentProblemList
is by itself not a precise indicator of service affecting alarms
(e.g. due to standby resources) and the serviceAffected attribute is
used as a unifying indicator of service affecting conditions.";;
ATTRIBUTES
currentProblemList GET,
serviceAffected GET;
NOTIFICATIONS
"ITU-T X.721|ISO/IEC 10165-2:1992":environmentalAlarm;;;
CONDITIONAL PACKAGES
alarmSeverityAssignmentPointerPackage PRESENT IF
"an instance supports it";
REGISTERED AS {m3100ObjectClass 42};
normalControlStatePackage PACKAGE
ATTRIBUTES
normalControlState GET-REPLACE;
REGISTERED AS {m3100Package 43};
currentControlState ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ControlState;
MATCHES FOR EQUALITY;
BEHAVIOUR
currentControlStateBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the current state of the control point";;
REGISTERED AS {m3100Attribute 71};
normalControlState ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ControlState;
MATCHES FOR EQUALITY;
BEHAVIOUR
normalControlStateBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the normal state of the control point";;
REGISTERED AS {m3100Attribute 72};
validControlType ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ValidControlType;
MATCHES FOR EQUALITY;
BEHAVIOUR
validControlTypeBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the valid type of control signal for this
control point";;
REGISTERED AS {m3100Attribute 73};
externalPointId ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Integer;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
externalPointIdBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies the port number where the monitored or
controlled external device is attached. It also serves as the naming
attribute for the managed object.";;
REGISTERED AS {m3100Attribute 74};
serviceAffected ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Boolean;
MATCHES FOR EQUALITY;
BEHAVIOUR
serviceAffectingBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates whether the alarm condition for monitored
external device is service affecting or not.";;
REGISTERED AS {m3100Attribute 75};
externalPointMessage ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ExternalPointMessage;
MATCHES FOR EQUALITY;
BEHAVIOUR
externalPointMessageBehaviour BEHAVIOUR
DEFINED AS
"This attibute can provide some textual definition of the external
point. It can also be used for identifying the location of the external point";;
REGISTERED AS {m3100Attribute 76};
externalControl ACTION
BEHAVIOUR
externalControlBeh BEHAVIOUR
DEFINED AS
"This action instructs the NE to momentarily operate (close or open) or
continuously operate (close or open) an external control device (such as
a relay closure) represented by a control point. The control action type
parameter is included in the request.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX M3100ASN1TypeModule2.ControlActionType;
WITH REPLY SYNTAX M3100ASN1TypeModule2.ControlResult;
REGISTERED AS {m3100Action 10};
externalPoint-equipment NAME BINDING
SUBORDINATE OBJECT CLASS externalPoint AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS equipment AND SUBCLASSES;
WITH ATTRIBUTE externalPointId;
CREATE;
DELETE;
REGISTERED AS {m3100NameBinding 56};
externalPoint-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS externalPoint AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE externalPointId;
CREATE;
DELETE;
REGISTERED AS {m3100NameBinding 57};
externalPoint-managedElementComplex NAME BINDING
SUBORDINATE OBJECT CLASS externalPoint AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElementComplex AND SUBCLASSES;
WITH ATTRIBUTE externalPointId;
CREATE;
DELETE;
REGISTERED AS {m3100NameBinding 58};
circuitPackR1 MANAGED OBJECT CLASS
DERIVED FROM equipmentR2;
CHARACTERIZED BY
createDeleteNotificationsPackage,
administrativeOperationalStatesPackage,
stateChangeNotificationPackage,
equipmentsEquipmentAlarmR1Package,
currentProblemListPackage,
equipmentAlarmEffectOnServicePackage,
alarmSeverityAssignmentPointerPackage,
circuitPackR1Package PACKAGE
BEHAVIOUR circuitPackR1Behaviour;
ATTRIBUTES
"ITU-T X.721|ISO/IEC 10165-2:1992":availabilityStatus GET;;;
CONDITIONAL PACKAGES
circuitPackResetPackage PRESENT IF
"an instance supports it.",
numberOfPortPackage PRESENT IF
"an instance supports it.",
portAssociationsPackage PRESENT IF
"an instance supports it.",
circuitPackConfigurationPackage PRESENT IF
"an instance supports it.",
containedBoardPackage PRESENT IF
"the resource represented by this circuit pack is allowed to contain other
circuit packs";
REGISTERED AS {m3100ObjectClass 43};
circuitPackR1Behaviour BEHAVIOUR
DEFINED AS
"The circuitPackR1 object class is a class of managed objects that
represents a plug-in replaceable unit that can be inserted into or removed
from the equipment holder of the Network Element. Examples of plug-in cards
include line cards, processors and power supply units. The inherited
attribute textType (of syntax GraphicString) is used to indicate the type of
the circuit pack. The value of this attribute should match one of the values
of the acceptableCircuitPackTypeList attribute (of syntax PrintableString)
of the containing equipmentHolder object. If the type of a circuit pack is
of GraphicString characters outside of the PrintableString character set, it
will not match any value of the acceptableCircuitPackList attribute. In this
case, no instance of circuitPackR1 should be instantiated and the
holderStatus attribute of the equipmentHolder object shall have the value
'unknownType'. The attribute availabilityStatus is used to indicate the
availability of the circuit pack. The availabilityStatus attribute is a
set-valued attribute. The following values may be used:
- fail: the circuit pack is failed;
- inTest: the circuit pack is in test;
- notInstall: the physical circuit pack is not inserted, or if inserted but
its type does not match the type specified in the textType attribute of
the circuitPackR1 instance (even if the physical circuit pack is one of
the acceptable circuit pack type of the containing equipment holder);
- degraded: a subset of the ports of the circuit pack has defects;
- dependency: the circuit pack is disabled because of a resource which the
circuit pack depends on is not available; and
- offLine: the circuit pack is under initializing (i.e. resetting).
The circuitPackR1 may contain additional circuitPackR1 objects.";
circuitPackConfigurationPackage PACKAGE
BEHAVIOUR circuitPackConfigurationPackageBehaviour;
ATTRIBUTES
availableSignalRateList GET,
portSignalRateAndMappingList GET-REPLACE ADD-REMOVE serviceAffectedErrorParameter;
REGISTERED AS {m3100Package 44};
circuitPackConfigurationPackageBehaviour BEHAVIOUR
DEFINED AS
"A replace operation of the portSignalRateAndMappingList attribute may cause
the deletion and creation of termination point objects. If this is the case,
objectDeletion and objectCreation notifications will be emitted from the
deleted and created objects. However, if such deletion and/or creation
affects existing user services, the replace request should be denied and an
error response of processingFailure with syntax defined in the
serviceAffectedErrorParameter parameter should be returned.";
circuitPackResetPackage PACKAGE
ACTIONS
circuitPackReset;
REGISTERED AS {m3100Package 45};
numberOfPortPackage PACKAGE
ATTRIBUTES
numberOfPorts GET;
REGISTERED AS {m3100Package 46};
portAssociationsPackage PACKAGE
ATTRIBUTES
portAssociations GET;
REGISTERED AS {m3100Package 47};
containedBoardPackage PACKAGE
ATTRIBUTES
acceptableCircuitPackTypeList GET-REPLACE ADD-REMOVE;
REGISTERED AS {m3100Package 48};
availableSignalRateList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.AvailableSignalRateList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
availableSignalRateListBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies the signal rates supported by the circuit
pack entity.";;
REGISTERED AS {m3100Attribute 77};
numberOfPorts ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Count;
MATCHES FOR EQUALITY;
BEHAVIOUR
numberOfPortsBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the total number of ports supported by the
circuit pack.";;
REGISTERED AS {m3100Attribute 78};
portAssociations ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PortAssociations;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
portAssociationBehaviour BEHAVIOUR
DEFINED AS
"This attribute is a sequence of pairs that relate a port on the
multiport circuit pack with the associated entity.";;
REGISTERED AS {m3100Attribute 79};
portSignalRateAndMappingList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PortSignalRateAndMappingList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
portSignalRateAndMappingListBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies the signal rate associated with a circuit
pack port (e.g. port=0, rate=stm1) and its payload mapping (e.g. au3 or
au4). The signal rate and payload mapping is provisionable. For example,
a port with signal rate stm4 may have a payload mapping of au4-4.
Another possible mapping of this rate is a sequence of four individual
au4 (i.e. au4, au4, au4, au4) or a sequence of mixed au3 and au4 (e.g.
au3, au3, au3, au4, au4, au3, au3, au3).";;
REGISTERED AS {m3100Attribute 80};
circuitPackReset ACTION
BEHAVIOUR
circuitPackResetBeh BEHAVIOUR
DEFINED AS
"This action is used to request to initialize a circuit pack. The
request can be a complete reset or a partial reset. A complete reset
request is indicated by the value of NULL in the action argument. A
partial request is indicated by a non-negative integer. The value zero
implies the least level of reset. The higher integer value implies a
more thorough reset. The determination of the highest integer that is
equivalent to a complete reset is a local matter. When the circuit pack
in the process of resetting, the value offLine of the availabilityStatus
attribute shall be indicated. If the circuit pack is user service
sensitive, then a reset shall be performed only when the circuit pack is
in the locked adiministrariveState. If the circuit pack is not in the
locked administrariveState, a reset request shall be denied and the
value entityInService of the resetError parameter shall be returned.";;
MODE CONFIRMED;
PARAMETERS circuitPackResetError;
WITH INFORMATION SYNTAX M3100ASN1TypeModule2.ResetLevel;
REGISTERED AS {m3100Action 11};
circuitPackR1-circuitPackR1-autoCreated NAME BINDING
SUBORDINATE OBJECT CLASS circuitPackR1 AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS circuitPackR1 AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR circuitPackR1-circuitPackR1-autoCreateBeh;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 89};
circuitPackR1-circuitPackR1-autoCreateBeh BEHAVIOUR
DEFINED AS
"This name binding is used only when a circuitPack provides slots for the
contained boards (e.g. lower-order termination). When the circuitPack is
inserted into the containing board, the circuitPack object representing the
inserted board is automatically created.";
circuitPackR1-equipmentHolder-autoCreated-Delete NAME BINDING
SUBORDINATE OBJECT CLASS circuitPackR1 AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS equipmentHolder AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR circuitPackR1-equipmentHolder-autoCreate-Delete-Beh;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 59};
circuitPackR1-equipmentHolder-autoCreate-Delete-Beh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of a circuitPack relative to
an equipmentHolder instance. The creation of the circuitPack object is the
result of inserting the physical circuit pack into the resource represented
by the superior object. The circuit pack including contained objects can be
deleted as the result of system management.";
circuitPackR1-equipmentHolder-explicitlyCreated-Delete NAME BINDING
SUBORDINATE OBJECT CLASS circuitPackR1 AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS equipmentHolder AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR circuitPackR1-equipmentHolder-explicitlyCreate-Delete-Beh;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
createErrorParameter
generalErrorParameter;
DELETE
DELETES-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 60};
circuitPackR1-equipmentHolder-explicitlyCreate-Delete-Beh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of a circuitPack relative to
another equipmentHolder instance. The creation of the circuitPack object is
the result of system management. The circuit pack including contained
objects can be deleted as the result of system management.";
circuitPackR1-equipmentHolder-autoCreated NAME BINDING
SUBORDINATE OBJECT CLASS circuitPackR1 AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS equipmentHolder AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR circuitPackR1-equipmentHolder-autoCreated-Beh;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS
generalErrorParameter;
REGISTERED AS {m3100NameBinding 61};
circuitPackR1-equipmentHolder-autoCreated-Beh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of a circuitPack relative to
another equipmentHolder instance. The creation of the circuitPack object is
the result of inserting the physical circuit pack into the resource
represented by the superior object.
The management system may delete this circuit pack and recreate a new one in
order to plan the specific type of the circuit pack, using the
explicitlyCreated name binding. The circuit pack can only be deleted as the
result of system management when there are no contained objects.";
circuitPackR1-equipmentHolder-explicitlyCreated NAME BINDING
SUBORDINATE OBJECT CLASS circuitPackR1 AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS equipmentHolder AND SUBCLASSES;
WITH ATTRIBUTE equipmentId;
BEHAVIOUR circuitPackR1-equipmentHolder-explicitlyCreated-Beh;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING
createErrorParameter
generalErrorParameter;
DELETE
ONLY-IF-NO-CONTAINED-OBJECTS;
REGISTERED AS {m3100NameBinding 62};
circuitPackR1-equipmentHolder-explicitlyCreated-Beh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of a circuitPack relative to
another equipmentHolder instance. The creation of the circuitPack object is
the result of system management protocol. If the circuitPackType is
incompatible with the types supported by the equipmentHolder, the create
request will result in a CMIP processing failure error. The
generalErrorParameter is then used to report the error and may provide the
value of the circuitPackType attribute. The circuit pack can only be deleted
as the result of system management when there are no contained objects.";
circuitPackResetError PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ResetError;
BEHAVIOUR circuitPackResetErrorBeh;
REGISTERED AS {m3100Parameter 4};
circuitPackResetErrorBeh BEHAVIOUR
DEFINED AS
"This parameter is included in the error parameter of the CMIP APDU when the
reset action fails for any other reason than the package not being
implemented. If the managed system is unable to return an error because of
the reset action itself, it is expected that other failures within the
managed system will occur and be reported, or be detected by the managing
system (e.g. loss of association).";
serviceAffectedErrorParameter PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule2.ServiceAffectingErrorParameter;
BEHAVIOUR serviceAffectedErrorParameterBeh;
REGISTERED AS {m3100Parameter 5};
serviceAffectedErrorParameterBeh BEHAVIOUR
DEFINED AS
"This parameter is included in the processingFailure response when the
operation fails for the reason that the operation affects existing user service.";
protectionGroupR2 MANAGED OBJECT CLASS
DERIVED FROM "Recommendation G.774.3":protectionGroupR1;
CHARACTERIZED BY protectionGroupR2Pkg PACKAGE
BEHAVIOUR protectionGroupR2Beh;
ATTRIBUTES
lockedInCondition GET-REPLACE;
NOTIFICATIONS
"Rec. G.774.3":protectionSwitchReportingR1
protectionStatusParameterR1;;;
CONDITIONAL PACKAGES
protectionAlarmPkg PRESENT IF
"the system is capable of reporting failure of protection mechanism or
failure of the protecting resource.";
REGISTERED AS {m3100ObjectClass 64};
protectionGroupR2Beh BEHAVIOUR
DEFINED AS
"This object class is used for representing a protection system. The
invokeProtection action switches always from protected unit to protecting
unit. Either all or none of the Protection Unit instances within an
Protection Group object shall have the priorityPkg package. It is to be
noted that, before the creation of the protectionGroupR2 object, the
supported by object list (sbol) attribute of a reliable resource such as
termination point object may point to an unreliable resource object such as
circuit pack. But once the protection group object is created, the sbol
attribute would start pointing at the protection group object";
protectionUnitR1 MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721":top;
CHARACTERIZED BY protectionUnitR1Pkg PACKAGE
BEHAVIOUR protectionUnitR1Beh;
ATTRIBUTES
"Rec. G.774.3":protectionUnitId GET,
"Rec. G.774.3":protecting GET,
reliableResourcePointerR1 GET,
unreliableResourcePointerR1 GET,
protectionStatusR1 GET;;;
CONDITIONAL PACKAGES
"Rec. G.774.3":priorityPkg PRESENT IF
"an instance supports it",
attributeValueChangeNotificationPackage PRESENT IF
"an instance supports it";
REGISTERED AS {m3100ObjectClass 65};
protectionUnitR1Beh BEHAVIOUR
DEFINED AS
"Instances of this object class are used to represent the protected (i.e.
working, regular, or preferred) or protecting (i.e. backup or standby)
resource in a protection system. Instances of this object class are
instantiated by the agent according to the protection schemes adopted by the
NE. A Protection Unit instance is deleted when the resource object instance
pointed to by the Unreliable Resource Pointer attribute is deleted, and may
be created automatically when the associated resource object is created. The
agent may also create and delete instances of this object class in order to
reflect local modifications in the protection schemes. The
attributeValueChange notification is used to notify changes of the Reliable
Resource Pointer, Protection Status, and Priority attributes.";
protectionAlarmPkg PACKAGE
ATTRIBUTES
currentProblemList GET;
NOTIFICATIONS
protectionAlarm;
REGISTERED AS {m3100Package 93};
protectionStatusR1 ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1Module3. ProtectionStatusR1;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR protectionStatusR1Beh;
REGISTERED AS {m3100Attribute 144};
protectionStatusR1Beh BEHAVIOUR
DEFINED AS
" -- See description of this attribute in 2.2.-- ";
lockedInCondition ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1Module3.LockedInCondition;
MATCHES FOR EQUALITY;
BEHAVIOUR
lockedInConditionBeh BEHAVIOUR
DEFINED AS
"This read-write attribute specifies the criteria of the locked-in
condition. The criteria includes the automatic protection switching
(APS) rate and the associated setting and releasing time windows. If the
number of APS of a Protection Unit reaches the value specified in the
hitsCount field within a moving time window of specified length, the
Protection Unit will enter the locked-in condition. Each switch to
protection and its subsequent release is considered as one hit. The
length of the time window for entering the locked-in condition is
specified in the settingWindowTime field. Once a Protection Unit is in
the locked-in condition, future request of APS will be denied until the
locked-in condition is released. The release criterion is no APS request
within another moving time window. The length of this time window is
specified in the releasingWindowTime field. ";;
REGISTERED AS { m3100Attribute 145};
reliableResourcePointerR1 ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1Module3.ResourcePointer;
MATCHES FOR EQUALITY, SET-INTERSECTION, SET-COMPARISON;
BEHAVIOUR reliableResourcePointerR1Beh;
REGISTERED AS { m3100Attribute 146};
reliableResourcePointerR1Beh BEHAVIOUR
DEFINED AS
"The value of the reliableResourcePointerR1 attribute points to the reliable
resource(s) (e.g. the functional objects) that is/are associated with the
Protection Unit instance.";
unreliableResourcePointerR1 ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1Module3.ResourcePointer;
MATCHES FOR EQUALITY, SET-INTERSECTION, SET-COMPARISON;
BEHAVIOUR unreliableResourcePointerR1Beh;
REGISTERED AS { m3100Attribute 147};
unreliableResourcePointerR1Beh BEHAVIOUR
DEFINED AS
"The value of the unreliableResourcePointerR1 attribute points to the
unreliable resource(s) (e.g. circuit pack) that is/are associated with the
Protection Unit instance.";
protectionAlarm NOTIFICATION
BEHAVIOUR protectionAlarmBeh;
WITH INFORMATION SYNTAX M3100ASN1Module3.ProtectionAlarmInfo
AND ATTRIBUTE IDS
probableCause "Rec. X.721 | ISO/IEC 10165-2 : 1992": probableCause,
additionalInfo "Rec. X.721 | ISO/IEC 10165-2 : 1992": additionalInformation;
REGISTERED AS { m3100Notification 1};
protectionAlarmBeh BEHAVIOUR
DEFINED AS
"The protectionAlarm notification is emitted from the Protection Group
object to report any protection mechanism failure or protecting resource failure.";
protectionStatusParameterR1 PARAMETER
CONTEXT EVENT-INFO;
WITH SYNTAX M3100ASN1Module3.ProtectionStatusParameterR1;
BEHAVIOUR protectionStatusParameterR1Beh;
REGISTERED AS {m3100Parameter 65};
protectionStatusParameterR1Beh BEHAVIOUR
DEFINED AS
"This parameter is included in the additional info field of the
protectionSwitchReporting notification. This parameter is used according to
the following rules. - See description in 2.2";
arcIntervalProfile MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY
arcIntervalProfilePackage PACKAGE
BEHAVIOUR arcIntervalProfilePackageBehaviour BEHAVIOUR
DEFINED AS
"This object defines the default ARC intervals for the Alarm Reporting
Control (ARC) states that support time-based transitions. An interval
profile is only applicable for ARC states that automatically
transition within an agent with time being a factor (but not
necessarily the only factor) in the transition criteria from a mode of
inhibited alarm reporting to a mode of allowed alarm reporting.
Automatic agent state transitions from a mode of allowed alarm
reporting to a mode of inhibited alarm reporting is prohibited.
Support for this object is required only when settable intervals for
the related ARC states are required.";;
ATTRIBUTES
arcIntervalProfileId GET SET-BY-CREATE,
arcDefaultNALMTIInterval GET-REPLACE, -- interval for the "nalm-ti" state
arcDefaultNALMCDInterval GET-REPLACE -- interval for the "nalm-qi" state
;;;
CONDITIONAL PACKAGES
attributeValueChangeNotificationPackage PRESENT IF
"the attributeValueChange notification defined in Recommendation X.721 is
supported by an instance of this managed object class",
createDeleteNotificationsPackage PRESENT IF
"the objectCreation and objectDeletion notifications defined in
Recommendation X.721 are supported by an instance of this managed object class",
userLabelPackage PRESENT IF "an instance supports it";
REGISTERED AS { m3100ObjectClass 66};
arcPackage PACKAGE
BEHAVIOUR arcPackageBehaviour BEHAVIOUR
DEFINED AS
"This package defines the characteristics required for an object
supporting Alarm Reporting Control (ARC). The ARC feature shall be
supported by any object that supports alarm reporting. Changes to
arcProbableCauseList take effect immediately. The behaviour of the changes
for each probable cause is similar to the behaviour exhibited when
transitioning to and from the ALM state. The reporting for a probable
cause stops when the probable cause is added and starts when removed from
the list. When arcProbableCauseList is modified, changes will be made
according to best effort. Only non-supported probableCauses shall return
errors and not added to list; valid probable causes shall be accepted and
added to list. Changes in the default timed intervals (the two in the ARC
profile) takes effect only when entering into QI or TI states from any
other state as long as an override value is not specified in the
arcControl action. Changes in the arcManagementRequestedInterval are
allowed only when it has a time value (as opposed to being set to
noAdjustment) and then takes effect immediately. Attribute value change
notifications shall be sent for changes to arcState, arcProbableCauseList,
arcIntervalProfilePointer, and arcManagementRequestedInterval";;
ATTRIBUTES
arcState GET, -- SCNs shall be used
arcQIStatus GET, -- No AVCs or SCNs shall be sent for changes in value
arcProbableCauseList GET-REPLACE ADD-REMOVE notSupportedProbableCause,
arcIntervalProfilePointer GET-REPLACE,
arcManagementRequestedInterval GET-REPLACE,
arcTimeRemaining GET, -- No AVCs shall be sent for changes in value of this
-- attribute
currentProblemList GET;
ACTIONS
-- need to add error parameters definitions for arcControl action
arcControl;
NOTIFICATIONS
"Recommendation X.721:1992": attributeValueChange,
"Recommendation X.721:1992":stateChange;
REGISTERED AS { m3100Package 94};
arcRetrieveAlarmDetailPackage PACKAGE
BEHAVIOUR arcRetrieveAlarmDetailPackageBehaviour BEHAVIOUR
DEFINED AS
"This package defines an ability to query useful alarm information beyond
alarmStatus and probableCause when alarm notifcations are not sent for a
given probableCause (e.g. when the alarm is under Alarm Reporting Conrol
(ARC)).";;
ACTIONS
arcRetrieveAlarmDetail;
REGISTERED AS { m3100Package 95};
environmentalAlarmR2Package PACKAGE
ATTRIBUTES
alarmStatus GET,
currentProblemList GET;
NOTIFICATIONS
"Recommendation X.721:1992":environmentalAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter
alarmingResumedParameter
affectedObjectListParameter;
REGISTERED AS {m3100Package 96};
equipmentsEquipmentAlarmR2Package PACKAGE
ATTRIBUTES
alarmStatus GET,
currentProblemList GET;
NOTIFICATIONS
"Recommendation X.721:1992":equipmentAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter
alarmingResumedParameter
affectedObjectListParameter;
REGISTERED AS {m3100Package 97 };
processingErrorAlarmR2Package PACKAGE
ATTRIBUTES
alarmStatus GET,
currentProblemList GET;
NOTIFICATIONS
"Recommendation X.721:1992":processingErrorAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter
alarmingResumedParameter
affectedObjectListParameter;
REGISTERED AS {m3100Package 98 };
softwareProcessingErrorAlarmR2Package PACKAGE
ATTRIBUTES
alarmStatus GET,
currentProblemList GET;
NOTIFICATIONS
"Recommendation X.721:1992":processingErrorAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter
alarmingResumedParameter
affectedObjectListParameter;
REGISTERED AS {m3100Package 99 };
tmnCommunicationsAlarmInformationR1Package PACKAGE
BEHAVIOUR
tmnCommunicationsAlarmInformationBehaviour;
ATTRIBUTES
alarmStatus GET,
currentProblemList GET;
NOTIFICATIONS
"Recommendation X.721:1992":communicationsAlarm
"Recommendation Q.821:1992":logRecordIdParameter
"Recommendation Q.821:1992":correlatedRecordNameParameter
"Recommendation Q.821:1992":suspectObjectListParameter
alarmingResumedParameter
affectedObjectListParameter;
REGISTERED AS {m3100Package 100 };
arcDefaultNALMTIInterval ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule4.ArcDefaultNALMTIInterval;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR arcDefaultNALMTIIntervalBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the default/initial value for the ARC interval
timer of the ARC nalm-ti state if another interval is not specified in the
management request to transition to the state.";;
REGISTERED AS { m3100Attribute 148};
arcDefaultNALMCDInterval ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule4. ArcDefaultNALMCDInterval;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR arcDefaultNALMCDIntervalBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the default/initial value for the ARC interval
timer of the ARC nalm-qi state if another interval is not specified in the
management request to transition to the state.";;
REGISTERED AS { m3100Attribute 149 };
arcIntervalProfileId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR arcIntervalProfileIdBehaviour BEHAVIOUR
DEFINED AS
"The arcIntervalProfileId is an attribute type whose distinguished value
can be used as a RDN when naming an instance of the arcIntervalProfile
object class.";;
REGISTERED AS { m3100Attribute 150};
arcIntervalProfilePointer ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.PointerOrNull;
MATCHES FOR EQUALITY;
BEHAVIOUR arcIntervalProfilePointerBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies the associated arc interval profile object. The
value of this attribute is NULL when settable persistence and timed
intervals are not used (i.e. for nalm-qi and nalm-ti states).";;
REGISTERED AS { m3100Attribute 151 };
arcManagementRequestedInterval ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule4.ArcTime;
MATCHES FOR EQUALITY;
BEHAVIOUR arcManagementRequestedIntervaBehaviour BEHAVIOUR
DEFINED AS
"This identifies the management requested time for an ARC interval. This
attribute changes value only upon management request or when a resource
automatically transitions to the ALM state. Management requests to change
the value of this attribute are denied when it is invalid to do so. For
example, when the managed resource is in the ALM or NALM state. The value
of this attribute reflects whether or not the ARC interval can be adjusted
via management request at a given moment.";;
REGISTERED AS {m3100Attribute 152};
arcProbableCauseList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule4.ArcProbableCauseList;
MATCHES FOR EQUALITY;
BEHAVIOUR arcProbableCauseListBehaviour BEHAVIOUR
DEFINED AS
"The probable causes in this list are inhibited when alarm reporting is
turned off. An empty list indicates all probable causes the resource
supports are inhibited. Should one of these probable cause indications be
raised when alarm reporting is inhibited, the currentProblemList shall be
updated with the probable cause as normal but the alarm status for the
probable cause shall be 'activePending'.";;
REGISTERED AS {m3100Attribute 153};
arcState ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule4.ArcState;
MATCHES FOR EQUALITY;
BEHAVIOUR arcStateBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the Alarm Reporting Control (ARC) state of the
object. The initial state and the set of ARC states required to be
supported for a given object shall be defined in the object class
behaviour. State change notifications shall be used to indicate value
changes for this attribute.";;
REGISTERED AS {m3100Attribute 154};
arcQIStatus ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule4.ArcQIStatus;
MATCHES FOR EQUALITY;
BEHAVIOUR arcQIStatusBehaviour BEHAVIOUR
DEFINED AS
"This attribute defines the Alarm Reporting Control (ARC) status of the
object. Neither state change notifications nor attribute value change
notifications shall be used to indicate value changes for this attribute.";;
REGISTERED AS {m3100Attribute 155};
arcTimeRemaining ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule4.ArcTime;
MATCHES FOR EQUALITY;
BEHAVIOUR arcTimeRemainingBehaviour BEHAVIOUR
DEFINED AS
"This identifies the time remaining for an ARC interval (i.e. persistence
interval for the nalm-qi state and timed interval for the nalm-ti state).
Note that it does not necessarily indicate the time remaining in the
state. For example, the arcTimeRemaining could be 30 minutes in the
nalm-qi state and if a qualified problem is raised for the managed
resource before the ARC interval timer expires it will exit the timer and
wait indefinately until it once again becomes qualified problem-free,
restarts the timer, and begins to decrement the time remaining again. When
a resource transitions to the nalm-ti, nalm, or nalm-qi state, the value
of this attribute is initialized to the management requested interval.
When there is no timer running, the value will indicate that the timer is
not running (i.e. no adjustments in time taking place).";;
REGISTERED AS {m3100Attribute 156};
arcControl ACTION
BEHAVIOUR arcControlBeh BEHAVIOUR
DEFINED AS
"The arcControl action provides management control for alarm reporting.
This control is to be used either to turn reporting on or to turn
reporting off. This is achieved by identifying the desired ARC state. In
some cases the action will be denied because a state is not supported for
a given resource type. In addition to specifying the state, the manager
may request an arcInterval other than the default for a one time use. Such
an override is only applicable in transitions to the nalm-qi and naml-ti
states.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX M3100ASN1TypeModule4.ArcControlRequest;
REGISTERED AS { m3100Action 20 };
arcRetrieveAlarmDetail ACTION
BEHAVIOUR arcRetrieveAlarmDetailBeh BEHAVIOUR
DEFINED AS
"The arcRetrieveAlarmDetail action provides a mechanism for querying a
subset of the information relating to all current problems (i.e. probable
cause, alarm status, perceived severity, and event time) and may be
executed at any time, even when the the current problem is under
management control for alarm reporting.";;
MODE CONFIRMED;
WITH REPLY SYNTAX M3100ASN1TypeModule4.ArcAlarmDetailSet;
REGISTERED AS { m3100Action 21 };
affectedObjectListParameter PARAMETER
CONTEXT EVENT-INFO;
WITH SYNTAX M3100ASN1TypeModule4.ArcAffectedObjectList;
BEHAVIOUR affectedObjectListParameterBeh BEHAVIOUR
DEFINED AS
"The affectedObjectListParameter may be attached to alarm notifications.
The purpose of this parameter is to identify the list of resources that
are affected by the problem.";;
REGISTERED AS { m3100Parameter 66 };
alarmingResumedParameter PARAMETER
CONTEXT EVENT-INFO;
WITH SYNTAX M3100ASN1TypeModule4.AlarmingResumed;
BEHAVIOUR alarmingResumedBeh BEHAVIOUR
DEFINED AS
"The alarmingResumedParameter shall be attached to alarm notifications
emitted as a result of the resumption of alarming on a resource. The
purpose of this parameter is to clarify the reason for any discrepancy
between the time the event is received and the timestamp in the alarm
notification. The timestamp of the alarm notification shall be the time
that the problem was declared.";;
REGISTERED AS { m3100Parameter 67};
notSupportedProbableCause PARAMETER
CONTEXT SPECIFIC-ERROR;
WITH SYNTAX M3100ASN1TypeModule4.NotSupportedProbableCause;
BEHAVIOUR notSupportedProbableCauseBeh BEHAVIOUR
DEFINED AS
"The probable cause values that are not supported by the object due to the
fact that the object does not declare the probable cause.";;
REGISTERED AS { m3100Parameter 68};
arcIntervalProfile-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS arcIntervalProfile AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE arcIntervalProfileId;
BEHAVIOUR arcIntervalProfile-managedElementBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of an arcIntervalProfile
relative to a managedElement instance. The creation of a single instance
of the arcIntervalProfile object is the result of the creation of the
containing managedElement instance." ;;
REGISTERED AS { m3100NameBinding 90};
arcIntervalProfile-managedElementComplex NAME BINDING
SUBORDINATE OBJECT CLASS arcIntervalProfile AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS managedElementComplex AND SUBCLASSES;
WITH ATTRIBUTE arcIntervalProfileId;
BEHAVIOUR arcIntervalProfile-managedElementComplexBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of an arcIntervalProfile
relative to a managedElementComplex instance. The creation of a single
instance of the arcIntervalProfile object is the result of the creation of
the containing managedElementComplex instance." ;;
REGISTERED AS { m3100NameBinding 91};
arcIntervalProfile-network NAME BINDING
SUBORDINATE OBJECT CLASS arcIntervalProfile AND SUBCLASSES;
NAMED BY SUPERIOR OBJECT CLASS network AND SUBCLASSES;
WITH ATTRIBUTE arcIntervalProfileId;
BEHAVIOUR arcIntervalProfile-networkBeh BEHAVIOUR
DEFINED AS
"This name binding is used to name an instance of an arcIntervalProfile
relative to a network instance. The creation of a single instance of the
arcIntervalProfile object is the result of the creation of the containing
network instance." ;;
REGISTERED AS { m3100NameBinding 92};
fabricR3 MANAGED OBJECT CLASS
DERIVED FROM fabricR2;
CHARACTERIZED BY fabricR3Pkg PACKAGE
ACTIONS bridgeRoll;;;
REGISTERED AS { m3100ObjectClass 73 };
bridgeRoll ACTION
BEHAVIOUR bridgeRollBeh;
MODE CONFIRMED;
WITH INFORMATION SYNTAX M3100ASN1TypeModule5.BridgeRollArg;
WITH REPLY SYNTAX M3100ASN1TypeModule5.BridgeRollReply;
REGISTERED AS { m3100Action 22 };
bridgeRollBeh BEHAVIOUR
DEFINED AS
"This action is used to control the bridge and roll process. This process is
used to move a signal from one leg of an existing cross-connection to new leg.
The results of a bridge and roll operation take one of two forms:
bridgeRollFailed, which indicates that the requested operation was not
successful. This response uses the same logicalProblems as the connect
action of the fabric to report problems with the creation of a bridge. When
the requested action cannot be performed because the identified termination
points are not part of the connection, the logicalProblem
notAlreadyConnected is used. bridgeRollComplete, which indicates that the
requested operation was successful.
For a bridge operation, the manager must specify the affected
cross-connection, the termination point of that cross-connection that is to
be replaced (bridgeRollFromTp), and the new termination point that will
replace it (bridgeRollToTp). The results of the bridge operation depend on
the type of cross-connection:
if the connection is bidirectional, or the connection is unidirectional
point-to-point and the bridgeRollFromTp is the toTermination of the
crossConnection, the bridge operation will bridge the signal to the new leg,
causing the creation of a new one-way crossConnection. If the operation is
successful, the bridgeRollComplete field indicates the newly created
crossConnection.
if the connection is unidirectional point-to-multipoint, and the
bridgeRollFromTp is the toTermination of the crossConnection, the bridge
operation will result in the addition of another leg to the multicast. If
the operation is successful, the bridgeRollComplete field indicates the
newly created crossConnection.
if the connection is unidirectional (point-to-point or point-to-multipoint),
and the bridgeRollFromTp is the fromTermination of the connection, the
bridge operation will reserve the bridgeRollToTp for use (if the network
element supports such resource reservation), but will not cause a new
connection to be created; the reservation is indicated by pointing the
crossConnectionObjectPointer of the bridgeRollToTp to the existing
crossConnection or mpCrossConnection object instance. If the operation is
successful, the bridgeRollComplete field is NULL.
For a roll operation, the manager must specify the same cross-connection and
termination points that were specified in the bridge operation. The
bridgeRollFromTp identifies the termination point from which service will be
rolled. The results of a roll operation depend on the type of connection:
If the connection is bidirectional, the crossConnection associated with the
bridgeRollFromTp is made unidirectional, and the crossConnection associated
with the bridgeRollToTp is made bidirectional. If the operation is successful,
the bridgeRollComplete field is NULL.
If the connection is unidirectional (point-to-point or point-to-multipoint),
and the bridgeRollFromTp is the toTermination of the connection, there is no
change to the configuration. If the operation is successful, the
bridgeRollComplete field is NULL.
If the connection is unidirectional (point-to-point or point-to-multipoint),
and the bridgeRollFromTp is the fromTermination of the connection, the
fromTermination of the connection is changed from the bridgeRollFromTp to
the bridgeRollToTp. If the operation is successful, the bridgeRollComplete
field is NULL.
For a releaseBridge operation, the manager must specify the same
cross-connection and termination points that were specified in the bridge
operation. The bridgeRollFromTp identifies the termination point that is to
be removed from the cross-connection. The results of a releaseBridge
operation depend on the type of connection:
If the connection is bidirectional, or the connection is unidirectional
(point-to-point or point-to-multipoint) and the bridgeRollFromTp is not the
toTermination of the connection, the releaseBridge operation causes the
crossConnection that is associated with the bridgeRollFromTp to be deleted.
If the operation was successful, the bridgeRollComplete field indicates the
crossConnection that was deleted.
If the connection is unidirectional (point-to-point or point-to-multipoint)
and the bridgeRollFromTp is reserved by the connection, but is not the
fromTermination of the connection, the releaseBridge operation causes the
bridgeRollFromTp to be unreserved; this is indicated by pointing the
crossConnectionObjectPointer of that termination point to the fabric. If the
operation was successful, the bridgeRollComplete field is NULL.";
fabricR4 MANAGED OBJECT CLASS
DERIVED FROM fabricR3;
CHARACTERIZED BY fabricR4Pkg PACKAGE
BEHAVIOUR fabricR4PkgBeh BEHAVIOUR
DEFINED AS
"This fabric extends the previous fabrics by adding the ability to
migrate between bidirectional and unidirectional connections, between
point-to-point and multicast connections, and between unprotected and
protected connections. If the fabric supports these features, the
appropriate conditional packages are instantiated.";;;;
CONDITIONAL PACKAGES
splitJoinPkg PRESENT IF
"the fabric supports migration from a bidirectional point-to-point
connection to two unidirectional connections, and vice versa",
multicastConversionPkg PRESENT IF
"the fabric supports migration from a unidirectional point-to-point
connection to a multicast connection with a single leg, and vice versa",
sncpPkg PRESENT IF
"the fabric supports subnetwork connection protection";
REGISTERED AS {m3100ObjectClass 74};
splitJoinPkg PACKAGE
BEHAVIOUR splitJoinPkgBeh BEHAVIOUR
DEFINED AS
"This package provides actions that allow a bidirectional connection to be
converted to two unidirectional connections, or two unidirectional
connections between the same termination points to be converted to a
single bidirectional connection. In both cases the conversion is done
without disrupting traffic, unless a particular implementation indicates
otherwise.";;
ACTIONS
splitXC,
joinXC;
REGISTERED AS {m3100Package 101};
multicastConversionPkg PACKAGE
BEHAVIOUR multicastConversionPkgBeh BEHAVIOUR
DEFINED AS
"This package provides actions that allow a unidirectional point-to-point
connection to be converted into a multicast connection with a single leg,
or vice versa. In both cases the conversion is done without disrupting
traffic, unless a particular implementation indicates otherwise.";;
ACTIONS
convertPtoPToMulticast,
convertMulticastToPtoP;
REGISTERED AS {m3100Package 102};
sncpPkg PACKAGE
BEHAVIOUR sncpPkgBeh BEHAVIOUR
DEFINED AS
"This package provides actions to establish protected connections and to
migrate between protected and unprotected connections.";;
ACTIONS
"ITU-T Recommendation G.774-04":protectUnprotect,
"ITU-T Recommendation G.774-04":protectedConnect;
REGISTERED AS {m3100Package 103};
convertMulticastToPtoP ACTION
BEHAVIOUR convertMulticastToPtoPBeh BEHAVIOUR
DEFINED AS
"This action is used to convert a multicast connection with a single leg
into a point-to-point unidirectional cross-connection. This action can be
applied to either protected or unprotected connections. The action
argument indicates the existing multicast (mpCrossConnection or
mpConnectionProtection) that is to be converted. When this action is
successfully performed, the existing multicast is deleted, and replaced
with a unidirectional point-to-point. This action fails if the specified
multicast contains more than one subordinate connection.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX M3100ASN1TypeModule6.ConvertMulticastToPtoPInfo;
WITH REPLY SYNTAX M3100ASN1TypeModule6.ConvertMulticastToPtoPReply;
REGISTERED AS {m3100Action 23};
convertPtoPToMulticast ACTION
BEHAVIOUR convertPtoPToMulticastBeh BEHAVIOUR
DEFINED AS
"This action is used to convert a unidirectional point-to-point
cross-connection into a multicast connection with a single leg. This
action can be applied to both protected and unprotected connections. When
this action is successfully performed, the existing connection (or
subclass) is deleted, and replaced with a multicast connection and a
subordinate connection to represent the leg.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX M3100ASN1TypeModule6.ConvertPtoPToMulticastInfo;
WITH REPLY SYNTAX M3100ASN1TypeModule6.ConvertPtoPToMulticastReply;
REGISTERED AS {m3100Action 24};
joinXC ACTION
BEHAVIOUR joinXCBeh BEHAVIOUR
DEFINED AS
"This action is used to convert two unidirectional connections into a
single bidirectional connection. This conversion is only allowed if the
two connections are between the same bidirectional endpoints. This action
can be applied to both protected and unprotected connections. When this
action is successfully performed, the existing connections are deleted,
and a bidirectional connection is created.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX M3100ASN1TypeModule6.JoinXCInfo;
WITH REPLY SYNTAX M3100ASN1TypeModule6.JoinXCReply;
REGISTERED AS {m3100Action 25};
splitXC ACTION
BEHAVIOUR splitXCBeh BEHAVIOUR
DEFINED AS
"This action is used to convert a bidirectional connection into two
unidirectional connections. This action can be applied to both protected
and unprotected connections. When this action is successfully performed,
the existing bidirectional connection is deleted, and two unidirectional
connections are created.";;
MODE CONFIRMED;
WITH INFORMATION SYNTAX M3100ASN1TypeModule6.SplitXCInfo;
WITH REPLY SYNTAX M3100ASN1TypeModule6.SplitXCReply;
REGISTERED AS {m3100Action 26};
attributeRanges MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721: 1992":top;
CHARACTERIZED BY attributeRangesPackage PACKAGE
BEHAVIOUR attributeRangesBeh;
ATTRIBUTES
attributeRangesId GET,
kind GET,
ranges GET;;;
REGISTERED AS {m3100ObjectClass 75};
attributeRangesBeh BEHAVIOUR
DEFINED AS
"The AttributeRanges class allows the managed system to report the minimum
and maximum values accepted by a certain attribute, as well as the
granularity, or step increments, of the range. Each AttributeRanges instance
contains ranges for attributes belonging to one object class. The 'kind'
attribute denotes the object class for which ranges are being defined. The
'attributeName' field of the kind attribute specifies the name of the
attribute for which a range is being defined. The range is then defined
using the 'minimum', 'maximum', and 'granularity' fields.
For each ManagedElement instance representing a network element, one or more
AttributeRanges instances may be created. AttributeRanges instances are
bound to the ManagedElement instance via a containment relationship.
Ranges are defined per ManagedElement instance. This allows for an attribute
to have different ranges when it belongs to different network elements. In
other words, the scope of each AttributeRanges instance is the relevant
objects associated with the ManagedElement which contains the
AttributeRanges instance.";
genericTransportTTP MANAGED OBJECT CLASS
DERIVED FROM networkTerminationPoint;
CHARACTERIZED BY genericTransportTTPPackage PACKAGE
BEHAVIOUR genericTransportTTPBeh BEHAVIOUR DEFINED AS
"The GenericTransportTTP object is used to represent a physical port or
endpoints of transport connections. It may be used by technology-specific
models as an abstraction of an underlying transport layer.";;
ATTRIBUTES
clientLinkEndPointerList GET-REPLACE;;;
CONDITIONAL PACKAGES
ttpPortIDPackage PRESENT IF
"the server TTP port is represented",
potentialCapacityPackage PRESENT IF
"the TTP represents a rate-adaptive technology";
REGISTERED AS {m3100ObjectClass 76};
ttpPortIDPackage PACKAGE
ATTRIBUTES
ttpPortID GET;
REGISTERED AS {m3100Package 104};
potentialCapacityPackage PACKAGE
ATTRIBUTES
potentialCapacity GET;
REGISTERED AS {m3100Package 105};
managedElementR2 MANAGED OBJECT CLASS
DERIVED FROM managedElementR1;
CHARACTERIZED BY managedElementR2Package PACKAGE
BEHAVIOUR managedElementR2Beh BEHAVIOUR DEFINED AS
"This object class is a subclass of ManagedElementR1, and it introduces
three additional attributes not present in ManagedElementR1: modelCode,
managedElementType, and neAlias.";;
ATTRIBUTES
managedElementType GET,
modelCode GET;;;
CONDITIONAL PACKAGES
neAliasPackage PRESENT IF
"an instance supports it.";
REGISTERED AS {m3100ObjectClass 77};
neAliasPackage PACKAGE
ATTRIBUTES
neAliases GET;
REGISTERED AS {m3100Package 106};
attributeRangesId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"Recommendation X.721 : 1992" : rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721
attributeRangesIdBehaviour BEHAVIOUR
DEFINED AS
"The Attribute Ranges Id is an attribute type whose distinguished value
can be used as a RDN when naming an instance of the Attribute Ranges
object class.";;
REGISTERED AS {m3100Attribute 164};
kind ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule7.Kind;
MATCHES FOR EQUALITY;
BEHAVIOUR
kindBehaviour BEHAVIOUR
DEFINED AS
"This attribute holds a string representing the name of an object class
for which the AttributeRanges instance is defining attribute ranges.";;
REGISTERED AS {m3100Attribute 157};
managedElementType ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule7.ManagedElementType;
MATCHES FOR EQUALITY;
BEHAVIOUR
managedElementTypeBehaviour BEHAVIOUR
DEFINED AS
"This attribute holds a set of either textual strings or values from a
predefined set (Object Identifiers), that describe the generic type of
the Network Element modelled by the ManagedElementR2 instance. Multiple
managed element type values may be used to describe hybrid equipment.";;
REGISTERED AS {m3100Attribute 158};
modelCode ATTRIBUTE
WITH ATTRIBUTE SYNTAX
M3100ASN1TypeModule7.ModelCode;
MATCHES FOR
EQUALITY;
BEHAVIOUR
modelCodeBehaviour BEHAVIOUR
DEFINED AS
"This attribute stores the product model code of the Network Element.
The product model code is the manufacturer's model identification
information. It is vendor-provided information that the vendor uses to
distinguish the network element among a family of products. This
attribute is useful for OSSs performing equipment discovery and
inventory processes.";;
REGISTERED AS {m3100Attribute 159};
neAliases ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule7.NeAliases;
MATCHES FOR EQUALITY;
BEHAVIOUR
neAliasBeh BEHAVIOUR
DEFINED AS
"This attribute is used to hold aliases given by the EMS to a certain
Managed Element instance. Having such aliases available via the EMS/NMS
interface is useful for relating Network Element names entered at the EMS,
via the Graphical User Interface or otherwise, to those found on the NMS
user interface. More importantly, these aliases may appear in alarms
sent by certain EMS software outside the interface. Thus, it would be
crucial for the NMS to recognize such aliases in order to perform alarm
correlation or other fault and performance functions.";;
REGISTERED AS {m3100Attribute 160};
potentialCapacity ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Capacity;
MATCHES FOR EQUALITY, ORDERING;
BEHAVIOUR
potentialCapacityBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the number of link connections or the amount
of bandwidth that has not yet been assigned to a Link, but that could be
assigned to the Link from the server trail.";;
REGISTERED AS {m3100Attribute 161};
ranges ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule7.Ranges;
MATCHES FOR EQUALITY;
BEHAVIOUR
rangesBehaviour BEHAVIOUR
DEFINED AS
"This attribute stores the ranges for attributes. Ranges may be defined
for attributes of type INTEGER or type REAL. The 'attributeName' field
specifies the name of the attribute for which a range is being defined.
The range is then defined using the 'minimum', 'maximum', and
'granularity' fields.";;
REGISTERED AS {m3100Attribute 162};
ttpPortID ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule7.PortIDType;
MATCHES FOR EQUALITY;
REGISTERED AS {m3100Attribute 163};
attributeRanges-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS attributeRanges AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE attributeRangesId;
REGISTERED AS {m3100NameBinding 93};
--genericTransportTTP-managedElement NAME BINDING
-- SUBORDINATE OBJECT CLASS genericTransportTTP AND SUBCLASSES;
-- NAMED BY
-- SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
-- WITH ATTRIBUTE ttpPortID;
--REGISTERED AS {m3100NameBinding 94};
alarmReportingControlManager MANAGED OBJECT CLASS
DERIVED FROM "ITU-T Rec. X.721 | ISO/IEC 10165-2 : 1992":top;
CHARACTERIZED BY
alarmReportingControlManagerPackage PACKAGE
BEHAVIOUR
alarmReportingControlManagerBehaviour BEHAVIOUR
DEFINED AS
!The alarm reporting control manager object class is a class of
management support object that specifies the alarm report control
setting and status for the objects in the managed system.!;;
ATTRIBUTES
alarmReportingControlManagerId GET SET-BY-CREATE,
arcDefaultNALMTIInterval GET-REPLACE, -- defined in Amd.3
arcDefaultNALMCDInterval GET-REPLACE, -- defined in Amd.3
alarmReportingControlList GET-REPLACE ADD-REMOVE ;;;
CONDITIONAL PACKAGES
objectManagementNotificationsPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 78};
alarmReportingControlList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule4.AlarmReportingControlList;
BEHAVIOUR
alarmReportingControlListBehaviour BEHAVIOUR
DEFINED AS
!The Alarm Reporting Control List is an attribute type whose value
provides a list of (SET OF) ARC setting for the objects in the managed
system. Each entry in the list is the setting for an individual object.
The setting for an individual object includes an identify of the
controlled object (e.g., a TP object intance), the controlled probable
causes, the arc state, and optionally the time remaining in the arc.!;;
REGISTERED AS {m3100Attribute 165};
alarmReportingControlManagerId ATTRIBUTE
WITH ATTRIBUTE SYNTAX ASN1DefinedTypesModule.NameType;
MATCHES FOR EQUALITY, ORDERING, SUBSTRINGS;
BEHAVIOUR
"ITU-T Rec. X.721 | ISO/IEC 10165-2 : 1992":rDNIdBehaviour,
-- The above behaviour is defined as part of discriminatorId in
-- Recommendation X.721.
alarmReportingControlManagerIdBehaviour BEHAVIOUR
DEFINED AS
!The Alarm Reporting Control Manager Id is an attribute type whose
distinguished value can be used as a RDN when naming an instance of the
Alarm Reporting Control Manager object class.!;;
REGISTERED AS {m3100Attribute 166};
--3.6.x Physical Port
physicalPort MANAGED OBJECT CLASS
DERIVED FROM "Recommendation X.721 : 1992":top;
CHARACTERIZED BY
physicalPortPackage PACKAGE
BEHAVIOUR
physicalPortBehaviour BEHAVIOUR
DEFINED AS
"This managed object class represents the characteristics of
physical termination of network equipments. This MOC is a collection
of common attributes of physical ports, and it is defined for
inheritance. The purpose of modelling the physical port as an
individual managed object is to provide more detailed information
and possibility to show relationships among a port and its supported
TTP(s) and (indirectly) CTP(s). When an instance of this class or
its derived classes is instantiated under an instance of
circuitPackR1, the conditional package
circuitPackConfigurationPackage in the circuitPackR1 class should
not be instantiated.
A physical port is understood to consist of a physical part and a
logical part. The physicalPort MOC is a physical resource that
represents the physical part of the physical port while the
genericTransportTTP MOC is a logical resource (sometimes called a
device interface TP) one or more of which represent the logical
part of the physical port. Transmission and mapping capabilities,
as represented by the signal rates and mapping lists (and
wavelengths) of the physicalPortSignalRateAndMappingList attribute
are considered logical properties of a physical port, and so are
included in the definition of genericTransportTTP Rev.1.
Since the physical port is split into a physical resource part and
a logical resource part, the supportedTTPList attribute is used to
reference the logical part from the physical part. Conversely, the
physicalPort attribute and the conditional ttpPortID attribute of
the genericTransportTTPR1 object serve as references from the
(pieces of the) logical part to the physical part.
The associated genericTransportTTPs, i.e. the logical part of the
physical port, are considered the lowest-layer server trail
termination points (TTPs) supported by the physical port, e.g.
vc4TTP or opticalSPITTP or vpTTP or ETYnTTPBidirectional.
The capability to support the directionality for data transfer is
represented by the pointDirectionality attribute of the associated
genericTransportTTP objects (inherited from networkTerminationPoint).";;
ATTRIBUTES
physicalPortId GET SET-BY-CREATE,
"ITU-T Rec. X.721 | ISO/IEC 10165-2 : 1992" : administrativeState GET-REPLACE,
connectorType GET,
reach GET,
supportedTTPList GET;;;
CONDITIONAL PACKAGES
objectManagementNotificationsPackage PRESENT IF "an instance supports it",
stateChangeNotificationPackage PRESENT IF "an instance supports it",
userLabelPackage PRESENT IF "an instance supports it";
REGISTERED AS {m3100ObjectClass 79};
--3.6.x Generic transport TTP with physical port SignalRateAndMapping list
genericTransportTTPR1 MANAGED OBJECT CLASS
DERIVED FROM genericTransportTTP;
CHARACTERIZED BY
genericTransportTTPR1Package PACKAGE
BEHAVIOUR genericTransportTTPR1Behaviour BEHAVIOUR DEFINED AS
"The GenericTransportTTPR1 object is used to represent a
GenericTransportTTP which has an associated physical port object and
hosts the SignalRateAndMapping list of this physical port.
The physicalPort attribute and the inherited conditional ttpPortID
attribute store references to the Physical Port that supports this
generic transport TTP.";;
ATTRIBUTES
physicalPortAttribute GET,
physicalPortSignalRateAndMappingList GET-REPLACE ADD-REMOVE;;;
REGISTERED AS {m3100ObjectClass 80};
--5.x Port Number
physicalPortId ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PortNumber;
MATCHES FOR EQUALITY;
BEHAVIOUR
physicalPortIdBehaviour BEHAVIOUR
DEFINED AS
"This attribute is the value of the port number. The port number may be
used in constructing the name of the managed entity Physical Port.";;
REGISTERED AS {m3100Attribute 168};
--5.x Physical Port SignalRateAndMapping List
physicalPortSignalRateAndMappingList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.PhysicalPortSignalRateAndMappingList;
MATCHES FOR EQUALITY, SET-COMPARISON, SET-INTERSECTION;
BEHAVIOUR
physicalPortSignalRateAndMappingListBehaviour BEHAVIOUR
DEFINED AS
"This attribute identifies the signal rate associated with a supported
TTP of a physical port (e.g., rate=stm1) and its payload mapping (e.g.,
au3 or au4). The signal rate and payload mapping is provisionable. For
example, a port with signal rate stm4 may have a payload mapping of
au4-4c. Another possible mapping of this rate is a sequence of four
individual au4 (i.e., au4, au4, au4, au4) or a sequence of mixed au3 and
au4 (e.g., au3, au3, au3, au4, au4, au3, au3, au3). This attribute
supports two choices depending on whether the signal may be sent with
the same rate in both directions or depends on the direction. It is also
possible to support only one direction for signal transfer, which is a
special case of different rates in the two directions. In addition if
the port terminates an optical signal, different rates may be supported
on different wavelengths. The port mapping list shall be consistent with
the value of the attribute pointDirectionality. For example if the
directionality is source, 'uniform' choice in the port mapping list is
not a valid option.";;
REGISTERED AS {m3100Attribute 169};
--5.x Connector Type
connectorType ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ConnectorType;
MATCHES FOR EQUALITY;
BEHAVIOUR
connectorTypeBehaviour BEHAVIOUR
DEFINED AS
"This attribute describes the connector type used for this port. The
value of this attribute can be one of the following: FC(Fibre
Connector), LC(Lucent Connector), SC(Subscriber Connector), etc.";;
REGISTERED AS {m3100Attribute 170};
--5.x Reach
reach ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.Reach;
MATCHES FOR EQUALITY;
BEHAVIOUR
reachBehaviour BEHAVIOUR
DEFINED AS
"This attribute indicates the length a signal may travel before
requiring termination or regeneration. This attribute is useful for both
planning and operations.";;
REGISTERED AS {m3100Attribute 171};
--5.x Supported TTP List
supportedTTPList ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectList;
MATCHES FOR EQUALITY;
BEHAVIOUR
supportedTTPListBehaviour BEHAVIOUR
DEFINED AS
"This attribute stores references to the lowest-layer Generic Transport
Trail Termination Points with Physical Port SignalRateAndMapping List
(genericTransportTTPR1) supported by this physical port.";;
REGISTERED AS {m3100Attribute 172};
--5.x Physical Port
physicalPortAttribute ATTRIBUTE
WITH ATTRIBUTE SYNTAX M3100ASN1TypeModule2.ObjectInstance;
MATCHES FOR EQUALITY;
BEHAVIOUR
physicalPortAttributeBehaviour BEHAVIOUR
DEFINED AS
"This attribute stores a reference to the Physical Port that supports
this generic transport TTP.";;
REGISTERED AS {m3100Attribute 173};
--6.x Name Binding
-- Physical Port is named from either Equipment (including Circuit Pack) or
-- Managed Element
physicalPort-equipment NAME BINDING
SUBORDINATE OBJECT CLASS physicalPort AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS equipment AND SUBCLASSES;
WITH ATTRIBUTE physicalPortId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE;
REGISTERED AS {m3100NameBinding 95};
physicalPort-managedElement NAME BINDING
SUBORDINATE OBJECT CLASS physicalPort AND SUBCLASSES;
NAMED BY
SUPERIOR OBJECT CLASS managedElement AND SUBCLASSES;
WITH ATTRIBUTE physicalPortId;
CREATE
WITH-REFERENCE-OBJECT,
WITH-AUTOMATIC-INSTANCE-NAMING;
DELETE;
REGISTERED AS {m3100NameBinding 96};
-- =============================================================================
-- Formatted by OpenT2 Version 5.5.6.34 on Wed Feb 09 15:29:57 2005