M3100ASN1TypeModule2 {itu-t recommendation m gnm(3100) informationModel(0)
  asn1Modules(2) asn1Module2(1)} DEFINITIONS IMPLICIT TAGS ::=
BEGIN

-- EXPORTS everything
IMPORTS
  AdditionalInformation, AdministrativeState, AvailabilityStatus,
    OperationalState, PerceivedSeverity, ProbableCause
    FROM Attribute-ASN1Module {joint-iso-itu-t ms(9) smi(3) part2(2)
      asn1Module(2) 1}
  Bundle, CharacteristicInformation, Directionality, NameType, PointerOrNull,
    UserLabel, LogicalProblem, ResourceProblem, ProblemCause, ObjectList,
    RelatedObjectInstance
    FROM ASN1DefinedTypesModule {itu-t recommendation m(13) gnm(3100)
      informationModel(0) asn1Modules(2) asn1DefinedTypesModule(0)}
  -- Note: DistinguishedName, formerly imported
  -- from X.501 InformationFramework, is imported from X.711 CMIP.
  DistinguishedName, ObjectInstance
    FROM CMIP-1 {joint-iso-itu-t ms(9) cmip(1) modules(0) protocol(3)};

AddCapacityToTopologicalLinkEndInformation ::= RequestedPointCapacity

AddCapacityToTopologicalLinkEndResult ::= SEQUENCE {
  resultingCapacity                    PointCapacity,
  resultingnetworkCTPs                 NWTPList,
  resultingProvisionedLinkEndCapacity  PointCapacity
}

AddCapacityToTopologicalLinkInformation ::= RequestedCapacity

AddCapacityToTopologicalLinkResult ::= SEQUENCE {
  resultingCapacity         Capacity,
  resultingLinkConnections  LinkConnectionList
}

AddNWTTPsToAccessGroupInformation ::= SEQUENCE {
  nwTTPs       SET OF ObjectInstance,
  accessGroup  ObjectInstance OPTIONAL
}

AddNWTTPsToAccessGroupResult ::= SEQUENCE {
  accessGroup  ObjectInstance,
  addedNWTTPs  SET OF ObjectInstance
}

AssignLinkConnectionOnLogicalLinkInformation ::= SEQUENCE {
  layerNetworkDomain        ObjectInstance,
  requestedLinkConnections  LinkConnectionList
}

AssignLinkConnectionOnLogicalLinkResult ::= LinkConnectionList

AssignNetworkCTPOnLogicalLinkEndInformation ::= CTPList

AssignNetworkCTPOnLogicalLinkEndResult ::= CTPList

AvailableSignalRateList ::= SET OF SignalRate

Bandwidth ::= SEQUENCE OF SEQUENCE {ingress  INTEGER,
                                    egress   INTEGER}

Boolean ::= BOOLEAN

Capacities ::= SEQUENCE {
  availableLinkCapacity     Capacity,
  maxProvisionableCapacity  Capacity,
  potentialLinkCapacity     Capacity,
  provisionedLinkCapacity   Capacity
}

Capacity ::= CHOICE {
  numberOfLinkConnections  [0]  INTEGER,
  bandwidth                [1]  Bandwidth
}

Channels ::= SET OF Channel

Channel ::= INTEGER

ComponentPointers ::= SET OF ObjectInstance

CompositePointer ::= RelatedObjectInstance

ConfiguredConnectivity ::= ENUMERATED {
  sourceConnect(0), sinkConnect(1), bidirectionalConnect(2), noConnect(3)
}

ConnectionList ::= SET OF ObjectInstance

ConnectivityEndPoint ::= CHOICE {
  sncTp        [1]  ObjectInstance,
  linkEnd      [2]  ObjectInstance,
  accessGroup  [3]  ObjectInstance
}

ConnectivityPointer ::= RelatedObjectInstance

ControlActionType ::= ENUMERATED {
  closeContinuously(0), openContinuously(1), closeMomentarily(2),
  openMomentarily(3)}

ControlResult ::= ENUMERATED {
  complete(0), alreadyInCondition(1), fail-InvalidControlActionType(2),
  fail-ReasonUnknown(3)}

ControlState ::= ENUMERATED {closed(0), open(1)}

Count ::= INTEGER

CTPList ::= NWTPList

DeassignLinkConnectionFromLogicalLinkInformation ::= LinkConnectionList

DeassignNetworkCTPFromLogicalLinkEndInformation ::= CTPList

ExternalPointMessage ::= GraphicString

Implicit ::= BOOLEAN(TRUE)

Integer ::= INTEGER

LinkConnectionList ::= ConnectionList

LinkDirectionality ::= ENUMERATED {
  unidirectional(0), bidirectional(1), undefined(2)}

LinkEnd ::= CHOICE {
  subnetwork   [0]  ObjectInstance,
  accessGroup  [1]  ObjectInstance,
  linkEnd      [2]  ObjectInstance
}

MappingList ::= SEQUENCE OF PayloadLevel

NeAssignmentPointer ::= CHOICE {
  notAvailable   NULL,
  relatedObject  ObjectInstance,
  string         GraphicString
}

None ::= NULL

NWTPList ::= SET OF ObjectInstance

PayloadLevel ::= CharacteristicInformation

PointCapacity ::= CHOICE {
  numberOfTPs  [0]  INTEGER,
  bandwidth    [1]  Bandwidth
}

PointDirectionality ::= ENUMERATED {sink(1), source(2), bidirectional(3)}

PortAssociations ::= SET OF PortAssociation

PortAssociation ::= SEQUENCE {
  portId     NameType,
  portTrail  PointerOrNull -- the choice of NULL means unassigned
}

PortSignalRateAndMappingList ::=
  SET OF
    SEQUENCE {portId       NameType,
              signalRate   SignalRate,
              mappingList  MappingList OPTIONAL}

PtoPoint ::= SEQUENCE {aEnd  ConnectivityEndPoint,
                       zEnd  ConnectivityEndPoint
}

QofConnectivityService ::= ObjectInstance

RemoveCapacityFromTopLinkEndInformation ::= RequestedPointCapacity

RemoveCapacityFromTopLinkEndResult ::= SEQUENCE {
  resultingCapacity         PointCapacity,
  resultingLinkConnections  LinkConnectionList
}

RemoveCapacityFromTopologicalLinkInformation ::= RequestedCapacity

RemoveCapacityFromTopologicalLinkResult ::= Capacity

RequestedPointCapacity ::= CHOICE {
  specificTPs  [1]  NWTPList,
  capacity     [2]  PointCapacity
}

RequestedCapacity ::= CHOICE {
  specificChannels  [1]  SEQUENCE OF Channel,
  capacity          [2]  Capacity
}

ResetError ::= ENUMERATED {resetFail(0), entityInService(1), ...
                           }

ResetLevel ::= CHOICE {completeReset  NULL,
                       partialReset   INTEGER
}

ServiceAffectingErrorParameter ::= ENUMERATED {affectingExistingService(0), ...
                                               }

SignalId ::= CHOICE {
  simple   [0]  CharacteristicInformation,
  bundle   [1]  Bundle,
  complex  [3]  SEQUENCE OF Bundle
}

SignalRate ::= CHOICE {
  objectClass                [0]  OBJECT IDENTIFIER,
  characteristicInformation  [1]  CharacteristicInformation
}

SubNetworkConnectionPointerList ::= SEQUENCE OF RelatedObjectInstance

TopologicalEndDirectionality ::= ENUMERATED {
  undefined(0), sink(1), source(2), bidirectional(3)}

TPList ::= SET OF ObjectInstance

TrafficDescriptor ::= ObjectInstance

UsageCost ::= INTEGER(0..255)

UserIdentifier ::= NameType

ValidControlType ::= ENUMERATED {momentaryOnly(0), continuousOnly(1), both(2)}

END