wireshark/asn1/gnm/ASN1DefinedTypesModule.asn

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-- Module ASN1DefinedTypesModule (M.3100:04/2005)
-- 8 ASN.1 modules
--<GDMO.Document "ITU-T Recommendation M.3100">
-- 8.1 ASN1DefinedTypesModule
ASN1DefinedTypesModule {itu-t recommendation m gnm(3100) informationModel(0)
asn1Modules(2) asn1DefinedTypesModule(0)} DEFINITIONS IMPLICIT TAGS ::=
BEGIN
-- EXPORTS everything
IMPORTS
-- Note: RDNSequence, formerly imported
-- from X.501 InformationFramework, is imported from X.711 CMIP.
RDNSequence, ObjectInstance, ObjectClass
FROM CMIP-1 {joint-iso-itu-t ms(9) cmip(1) modules(0) protocol(3)}
MappingList, SignalRate
FROM M3100ASN1TypeModule2 {itu-t recommendation m gnm(3100)
informationModel(0) asn1Modules(2) asn1Module2(1)}
ProbableCause, AdministrativeState, AvailabilityStatus, AttributeList,
AdditionalInformation
FROM Attribute-ASN1Module {joint-iso-itu-t ms(9) smi(3) part2(2)
asn1Module(2) 1};
m3100InformationModel OBJECT IDENTIFIER ::=
{itu-t recommendation m gnm(3100) informationModel(0)}
m3100standardSpecificExtension OBJECT IDENTIFIER ::=
{m3100InformationModel standardSpecificExtension(0)}
m3100ObjectClass OBJECT IDENTIFIER ::=
{m3100InformationModel managedObjectClass(3)}
m3100Package OBJECT IDENTIFIER ::= {m3100InformationModel package(4)}
m3100Parameter OBJECT IDENTIFIER ::= {m3100InformationModel parameter(5)}
m3100Attribute OBJECT IDENTIFIER ::= {m3100InformationModel attribute(7)}
m3100NameBinding OBJECT IDENTIFIER ::= {m3100InformationModel nameBinding(6)}
m3100Action OBJECT IDENTIFIER ::= {m3100InformationModel action(9)}
m3100Notification OBJECT IDENTIFIER ::=
{m3100InformationModel notification(10)}
-- Reserved arcs below m3100InformationModel are (8) for attribute groups
characteristicInfo OBJECT IDENTIFIER ::=
{m3100standardSpecificExtension 0}
opticalSTM1SPICI CharacteristicInformation ::= {characteristicInfo 1}
-- opticalSPITTP* object instances with stmLevel attribute = 1
opticalSTM4SPICI CharacteristicInformation ::=
{characteristicInfo 2}
-- opticalSPITTP* object instances with stmLevel attribute = 4
opticalSTM16SPICI CharacteristicInformation ::=
{characteristicInfo 3}
-- opticalSPITTP* object instances with stmLevel attribute = 16
electricalSTM1SPICI CharacteristicInformation ::=
{characteristicInfo 4}
-- electricalSPITTP* object instances with stmLevel attribute = 1
rsSTM1SPICI CharacteristicInformation ::=
{characteristicInfo 5}
-- rsCTP* object instances with stmLevel attribute = 1
rsSTM4SPICI CharacteristicInformation ::=
{characteristicInfo 6}
-- rsCTP* object instances with stmLevel attribute = 4
rsSTM16SPICI CharacteristicInformation ::=
{characteristicInfo 7}
-- rsCTP* object instances with stmLevel attribute = 16
msSTM1SPICI CharacteristicInformation ::=
{characteristicInfo 8}
-- msCTP* object instances with stmLevel attribute = 1
msSTM4SPICI CharacteristicInformation ::=
{characteristicInfo 9}
-- msCTP* object instances with stmLevel attribute = 4
msSTM16SPICI CharacteristicInformation ::=
{characteristicInfo 10}
-- msCTP* object instances with stmLevel attribute = 16
au3TU3VC3CI CharacteristicInformation ::=
{characteristicInfo 11}
au4VC4CI CharacteristicInformation ::= {characteristicInfo 12}
tu11VC11CI CharacteristicInformation ::= {characteristicInfo 13}
tu12VC12CI CharacteristicInformation ::= {characteristicInfo 14}
tu2VC2CI CharacteristicInformation ::= {characteristicInfo 15}
tu12VC11CI CharacteristicInformation ::= {characteristicInfo 16}
vpCI CharacteristicInformation ::= {characteristicInfo 17}
vcCI CharacteristicInformation ::= {characteristicInfo 18}
e0CI CharacteristicInformation ::= {characteristicInfo 19}
e1CI CharacteristicInformation ::= {characteristicInfo 20}
e2CI CharacteristicInformation ::= {characteristicInfo 21}
e3CI CharacteristicInformation ::= {characteristicInfo 22}
e4CI CharacteristicInformation ::= {characteristicInfo 23}
e5-565M CharacteristicInformation ::= {characteristicInfo 24}
sts3c-and-VC4-1c CharacteristicInformation ::= {characteristicInfo 25}
sts12c-and-VC4-4c CharacteristicInformation ::= {characteristicInfo 26}
sts48c-and-VC4-16c CharacteristicInformation ::= {characteristicInfo 27}
sts192c-and-VC4-64c CharacteristicInformation ::= {characteristicInfo 28}
section-OC1-STS1-and-RS-STM0 CharacteristicInformation ::=
{characteristicInfo 29}
section-OC192-STS192-and-RS-STM64 CharacteristicInformation ::=
{characteristicInfo 30}
line-OC1-STS1-and-MS-STM0 CharacteristicInformation ::=
{characteristicInfo 31}
line-OC192-STS192-and-MS-STM64 CharacteristicInformation ::=
{characteristicInfo 32}
fc-12-133M CharacteristicInformation ::= {characteristicInfo 33}
-- Fiber Channel protocol
fc-25-266M CharacteristicInformation ::=
{characteristicInfo 34}
-- Fiber Channel protocol
fc-50-531M CharacteristicInformation ::=
{characteristicInfo 35}
-- Fiber Channel protocol
fc-100-1063M CharacteristicInformation ::=
{characteristicInfo 36}
-- Fiber Channel protocol
fddi CharacteristicInformation ::=
{characteristicInfo 37}
fast-Ethernet CharacteristicInformation ::= {characteristicInfo 38}
gigabit-Ethernet CharacteristicInformation ::= {characteristicInfo 39}
isdn-BRI CharacteristicInformation ::= {characteristicInfo 40}
-- ISDN Basic Rate Interface PTP layer rate
dsr-OC192-and-STM64 CharacteristicInformation ::=
{characteristicInfo 41}
dsr-OC768-and-STM256 CharacteristicInformation ::= {characteristicInfo 42}
section-OC24-STS24-and-RS-STM8 CharacteristicInformation ::=
{characteristicInfo 43}
line-OC24-STS24-and-MS-STM8 CharacteristicInformation ::=
{characteristicInfo 44}
section-OC768-STS768-and-RS-STM256 CharacteristicInformation ::=
{characteristicInfo 45}
line-OC768-STS768-and-MS-STM256 CharacteristicInformation ::=
{characteristicInfo 46}
tenGigabit-Ethernet CharacteristicInformation ::= {characteristicInfo 47}
-- The following value assignments are for the Probable Cause when Integer Choice is used within the
-- TMN application context. These values shall always be assigned by this Recommendation in the context
-- of TMN.
indeterminate ProbableCause ::=
localValue:0
-- The following are used with communications alarm.
aIS ProbableCause ::=
localValue:1
callSetUpFailure ProbableCause ::= localValue:2
degradedSignal ProbableCause ::= localValue:3
farEndReceiverFailure ProbableCause ::= localValue:4
framingError ProbableCause ::= localValue:5
lossOfFrame ProbableCause ::= localValue:6
lossOfPointer ProbableCause ::= localValue:7
lossOfSignal ProbableCause ::= localValue:8
payloadTypeMismatch ProbableCause ::= localValue:9
transmissionError ProbableCause ::= localValue:10
remoteAlarmInterface ProbableCause ::= localValue:11
excessiveBER ProbableCause ::= localValue:12
pathTraceMismatch ProbableCause ::= localValue:13
unavailable ProbableCause ::= localValue:14
signalLabelMismatch ProbableCause ::= localValue:15
lossOfMultiFrame ProbableCause ::= localValue:16
receiveFailure ProbableCause ::= localValue:17
transmitFailure ProbableCause ::= localValue:18
modulationFailure ProbableCause ::= localValue:19
demodulationFailure ProbableCause ::= localValue:20
broadcastChannelFailure ProbableCause ::= localValue:21
connectionEstablishmentError ProbableCause ::= localValue:22
invalidMessageReceived ProbableCause ::= localValue:23
localNodeTransmissionError ProbableCause ::= localValue:24
remoteNodeTransmissionError ProbableCause ::= localValue:25
routingFailure ProbableCause ::= localValue:26
-- Values 27-50 are reserved for communications alarm related probable causes
-- The following are used with equipment alarm.
backplaneFailure ProbableCause ::=
localValue:51
dataSetProblem ProbableCause ::= localValue:52
equipmentIdentifierDuplication ProbableCause ::= localValue:53
externalIFDeviceProblem ProbableCause ::= localValue:54
lineCardProblem ProbableCause ::= localValue:55
multiplexerProblem ProbableCause ::= localValue:56
nEIdentifierDuplication ProbableCause ::= localValue:57
powerProblem ProbableCause ::= localValue:58
processorProblem ProbableCause ::= localValue:59
protectionPathFailure ProbableCause ::= localValue:60
receiverFailure ProbableCause ::= localValue:61
replaceableUnitMissing ProbableCause ::= localValue:62
replaceableUnitTypeMismatch ProbableCause ::= localValue:63
synchronizationSourceMismatch ProbableCause ::= localValue:64
terminalProblem ProbableCause ::= localValue:65
timingProblem ProbableCause ::= localValue:66
transmitterFailure ProbableCause ::= localValue:67
trunkCardProblem ProbableCause ::= localValue:68
replaceableUnitProblem ProbableCause ::= localValue:69
realTimeClockFailure ProbableCause ::= localValue:70
-- An equipment alarm to be issued if the system detects that the real time clock has failed.
antennaFailure ProbableCause ::=
localValue:71
batteryChargingFailure ProbableCause ::= localValue:72
diskFailure ProbableCause ::= localValue:73
frequencyHoppingFailure ProbableCause ::= localValue:74
iODeviceError ProbableCause ::= localValue:75
lossOfSynchronisation ProbableCause ::= localValue:76
lossOfRedundancy ProbableCause ::= localValue:77
powerSupplyFailure ProbableCause ::= localValue:78
signalQualityEvaluationFailure ProbableCause ::= localValue:79
tranceiverFailure ProbableCause ::= localValue:80
protectionMechanismFailure ProbableCause ::= localValue:81
protectingResourceFailure ProbableCause ::= localValue:82
-- Values 83-100 are reserved for equipment alarm related probable causes
-- The following are used with environmental alarm.
airCompressorFailure ProbableCause ::=
localValue:101
airConditioningFailure ProbableCause ::= localValue:102
airDryerFailure ProbableCause ::= localValue:103
batteryDischarging ProbableCause ::= localValue:104
batteryFailure ProbableCause ::= localValue:105
commercialPowerFailure ProbableCause ::= localValue:106
coolingFanFailure ProbableCause ::= localValue:107
engineFailure ProbableCause ::= localValue:108
fireDetectorFailure ProbableCause ::= localValue:109
fuseFailure ProbableCause ::= localValue:110
generatorFailure ProbableCause ::= localValue:111
lowBatteryThreshold ProbableCause ::= localValue:112
pumpFailure ProbableCause ::= localValue:113
rectifierFailure ProbableCause ::= localValue:114
rectifierHighVoltage ProbableCause ::= localValue:115
rectifierLowFVoltage ProbableCause ::= localValue:116
ventilationsSystemFailure ProbableCause ::= localValue:117
enclosureDoorOpen ProbableCause ::= localValue:118
explosiveGas ProbableCause ::= localValue:119
fire ProbableCause ::= localValue:120
flood ProbableCause ::= localValue:121
highHumidity ProbableCause ::= localValue:122
highTemperature ProbableCause ::= localValue:123
highWind ProbableCause ::= localValue:124
iceBuildUp ProbableCause ::= localValue:125
intrusionDetection ProbableCause ::= localValue:126
lowFuel ProbableCause ::= localValue:127
lowHumidity ProbableCause ::= localValue:128
lowCablePressure ProbableCause ::= localValue:129
lowTemperature ProbableCause ::= localValue:130
lowWater ProbableCause ::= localValue:131
smoke ProbableCause ::= localValue:132
toxicGas ProbableCause ::= localValue:133
coolingSystemFailure ProbableCause ::= localValue:134
externalEquipmentFailure ProbableCause ::= localValue:135
externalPointFailure ProbableCause ::= localValue:136
-- Values 137-150 are reserved for environmental alarm related probable causes
-- The following are used with Processing error alarm.
storageCapacityProblem ProbableCause ::=
localValue:151
memoryMismatch ProbableCause ::= localValue:152
corruptData ProbableCause ::= localValue:153
outOfCPUCycles ProbableCause ::= localValue:154
sfwrEnvironmentProblem ProbableCause ::= localValue:155
sfwrDownloadFailure ProbableCause ::= localValue:156
lossOfRealTime ProbableCause ::= localValue:157
-- A processing error alarm to be issued if the system detects that it has lost the time in
-- the real time clock but the clock itself is working. This could happen e.g. during a power
-- cut in a small NE which does not have battery backup for the real time clock.
reinitialized ProbableCause ::=
localValue:158
-- A processing error alarm to be issued after the system has reinitialised. This will indicate
-- to the management systems that the view they have of the managed system may no longer
-- be valid. Usage example: The managed
-- system issues this alarm after a reinitialization with severity warning to inform the
-- management system about the event. No clearing notification will be sent.
applicationSubsystemFailure ProbableCause ::=
localValue:159
configurationOrCustomisationError ProbableCause ::= localValue:160
databaseInconsistency ProbableCause ::= localValue:161
fileError ProbableCause ::= localValue:162
outOfMemory ProbableCause ::= localValue:163
softwareError ProbableCause ::= localValue:164
timeoutExpired ProbableCause ::= localValue:165
underlayingResourceUnavailable ProbableCause ::= localValue:166
versionMismatch ProbableCause ::= localValue:167
-- Values 168-200 are reserved for processing error alarm related probable causes.
bandwidthReduced ProbableCause ::=
localValue:201
congestion ProbableCause ::= localValue:202
excessiveErrorRate ProbableCause ::= localValue:203
excessiveResponseTime ProbableCause ::= localValue:204
excessiveRetransmissionRate ProbableCause ::= localValue:205
reducedLoggingCapability ProbableCause ::= localValue:206
systemResourcesOverload ProbableCause ::= localValue:207
AcceptableCircuitPackTypeList ::= SET OF PrintableString
AddedTps ::= SEQUENCE {
gtp ObjectInstance,
tpsAdded SEQUENCE OF ObjectInstance
}
AddLeg ::= SEQUENCE {
mpCrossConnection ObjectInstance,
legs SET OF ToTermSpecifier
}
AddTpsToGtpInformation ::=
SEQUENCE OF
SEQUENCE {tpsAdded SEQUENCE OF TerminationPointInformation,
gtp ObjectInstance OPTIONAL}
AddTpsToGtpResult ::=
SEQUENCE OF CHOICE {failed [0] Failed,
addedTps [1] AddedTps}
-- the n-th element in the "SEQUENCE OF" is related to the n-th element in the "SEQUENCE OF" of the
-- "AddTpsToGtpInformation" type.
AddTpsToTpPoolInformation ::=
SEQUENCE OF
SEQUENCE {tps SET OF TerminationPointInformation,
toTpPool ObjectInstance OPTIONAL}
AddTpsToTpPoolResult ::=
SEQUENCE OF
CHOICE {failed [0] Failed,
tpsAddedToTpPool [1] TpsAddedToTpPool}
-- the n-th element in the "SEQUENCE OF" is related to the n-th element in the "SEQUENCE OF" of the
-- "AddTPsToTpPoolInformation" type.
AlarmEffectOnServiceParameter ::= BOOLEAN -- TRUE implies service is affected
AlarmSeverityAssignment ::= SEQUENCE {
problem ProbableCause,
severityAssignedServiceAffecting [0] AlarmSeverityCode OPTIONAL,
severityAssignedNonServiceAffecting [1] AlarmSeverityCode OPTIONAL,
severityAssignedServiceIndependent [2] AlarmSeverityCode OPTIONAL
}
AlarmSeverityAssignmentList ::= SET OF AlarmSeverityAssignment
AlarmSeverityCode ::= ENUMERATED {
non-alarmed(0), minor(1), major(2), critical(3), warning(4)}
AlarmStatus ::= ENUMERATED {
cleared(0), activeReportable-Indeterminate(1), activeReportable-Warning(2),
activeReportable-Minor(3), activeReportable-Major(4),
activeReportable-Critical(5), activePending(6)}
Boolean ::= BOOLEAN
Bundle ::= SEQUENCE {
characteristicInfoType CharacteristicInformation,
bundlingFactor INTEGER
}
ChannelNumber ::= INTEGER
CharacteristicInformation ::= OBJECT IDENTIFIER
CircuitDirectionality ::= ENUMERATED {onewayOut(0), onewayIn(1), twoway(2)}
CircuitPackAvailabilityStatus ::=
AvailabilityStatus(WITH COMPONENT (notInstalled))
CircuitPackType ::= PrintableString
Connected ::= CHOICE {
pointToPoint [0] PointToPoint,
pointToMultipoint [1] PointToMultipoint
}
ConnectInformation ::=
SEQUENCE OF
SEQUENCE {itemType
CHOICE {unidirectional [0] ConnectionType,
bidirectional [1] ConnectionTypeBi,
addleg [2] AddLeg},
administrativeState AdministrativeState OPTIONAL,
namedCrossConnection [3] NamedCrossConnection OPTIONAL,
...,
userLabel [4] UserLabel OPTIONAL,
redline [5] Boolean OPTIONAL,
...,
additionalInfo [6] AdditionalInformation OPTIONAL
}
ConnectorType ::= INTEGER
-- currently defined values for ConnectorType are
fcConnectorType ConnectorType ::=
1 -- Fibre Connector
lcConnectorType ConnectorType ::= 2 -- Lucent connector
scConnectorType ConnectorType ::= 3 -- Subscriber Connector
ConnectivityPointer ::= CHOICE {
none NULL,
single ObjectInstance,
concatenated SEQUENCE OF ObjectInstance
}
ConnectResult ::= SEQUENCE OF CHOICE {failed Failed,
connected Connected}
-- the n-th element in the "SEQUENCE OF" is related to the n-th element in the "SEQUENCE OF" of the
-- "ConnectInformation" type.
ConnectionType ::= CHOICE {
explicitPToP [0] ExplicitPtoP,
ptoTpPool [1] PtoTPPool,
explicitPtoMP [2] ExplicitPtoMP,
ptoMPools [3] PtoMPools
}
ConnectionTypeBi ::= CHOICE {
explicitPToP [0] ExplicitPtoP,
ptoTpPool [1] PtoTPPool
}
Count ::= INTEGER
CreateError ::= INTEGER
CrossConnectionName ::= GraphicString
CrossConnectionObjectPointer ::= CHOICE {
notConnected [0] ObjectInstance, -- Fabric object
connected [1] ObjectInstance, -- Cross-connection object
multipleConnections MultipleConnections
}
CTPUpstreamPointer ::=
ConnectivityPointer
(WITH COMPONENTS {
...,
-- the other two choices are present
concatenated ABSENT
})
CTPDownstreamPointer ::=
DownstreamConnectivityPointer
(WITH COMPONENTS {
...,
concatenated ABSENT,
broadcastConcatenated ABSENT
-- other choices are present
})
CurrentProblem ::= SEQUENCE {
problem [0] ProbableCause,
alarmStatus [1] AlarmStatus
}
CurrentProblemList ::= SET OF CurrentProblem
Directionality ::= ENUMERATED {unidirectional(0), bidirectional(1)}
DisconnectInformation ::= SEQUENCE OF ObjectInstance -- tps
DisconnectResult ::=
SEQUENCE OF CHOICE {failed Failed,
disconnected ObjectInstance} -- tp
-- the n-th element in the "SEQUENCE OF" is related to the n-th element in the "SEQUENCE OF" of the
-- "DisconnectInformation" type.
DownstreamConnectivityPointer ::= CHOICE {
none NULL,
single ObjectInstance,
concatenated SEQUENCE OF ObjectInstance,
broadcast SET OF ObjectInstance,
broadcastConcatenated [1] SET OF SEQUENCE OF ObjectInstance
}
ExplicitPtoMP ::= SEQUENCE {fromTp ExplicitTP,
toTPs SET OF ExplicitTP
}
ExplicitPtoP ::= SEQUENCE {fromTp ExplicitTP,
toTp ExplicitTP
}
ExplicitTP ::= CHOICE {
oneTPorGTP ObjectInstance,
listofTPs SEQUENCE OF ObjectInstance
}
ExternalTime ::= GeneralizedTime
EquipmentHolderAddress ::= SEQUENCE OF PrintableString
EquipmentHolderType ::= GraphicString
Failed ::= CHOICE {
logicalProblem LogicalProblem,
resourceProblem ResourceProblem
}
GeneralError ::=
SEQUENCE OF
SEQUENCE {cause GeneralErrorCause,
details GraphicString OPTIONAL,
relatedObjects [0] SET OF ObjectInstance OPTIONAL,
attributeList [1] AttributeList OPTIONAL}
GeneralErrorCause ::= CHOICE {
globalValue OBJECT IDENTIFIER,
localValue INTEGER
}
objectInIncompatibleState GeneralErrorCause ::= localValue:1
noValidRelatedObject GeneralErrorCause ::= localValue:2
involvedInOffering GeneralErrorCause ::= localValue:3
serviceNotSupported GeneralErrorCause ::= localValue:4
provisioningOrderConflict GeneralErrorCause ::= localValue:5
equipmentFailure GeneralErrorCause ::= localValue:6
maxNumberExceeded GeneralErrorCause ::= localValue:7
containedObjects GeneralErrorCause ::= localValue:8
-- ObjectInIncompatibleState is used to specify that the object is in a state
-- that does not allow the operation. Details of the state should be
-- provided.
-- NoValidRelatedObject is used to specify related objects that do not
-- exist in the MIB.
-- InvolvedInOffering is used to identify object(s) that are already
-- involved in a conflicting service offering.
-- ServiceNotSupported is used to indicate that the operation is
-- attempting to initiate a service that is not supported by the
-- equipment.
-- ProvisioningOrderConflict is used to identify that a service is
-- being provisioned in an order that is not supported by the equipment.
-- EquipmentFailure is used to indicate that an equipment failure as
-- occured during the operation.
-- MaxNumberExceeded is used to indicate that requested create operation
-- cannot be completed as the maximum number of instances are reached.
-- ContainedObjects is used to indicate that requested delete operation
-- cannot be completed as there are contained instances.
HolderStatus ::= CHOICE {
holderEmpty [0] NULL,
inTheAcceptableList [1] CircuitPackType,
notInTheAcceptableList [2] CircuitPackType,
unknownType [3] NULL
}
IndividualSwitchOver ::= SEQUENCE {
connection ObjectInstance,
-- crossConnection of connectionProtection (defined in Recommendation G.774.04)
unchangedTP ObjectInstance,
newTP ObjectInstance
-- designates the newTP to which the unchanged TP has to be connected with
}
IndividualResult ::= CHOICE {failed [0] Failed,
pass [1] Connected
}
InformationTransferCapabilities ::= ENUMERATED {
speech(0), audio3pt1(1), audio7(2), audioComb(3), digitalRestricted56(4),
digitalUnrestricted64(5)
-- "..." these ellipses defined in ASN.1 amendment are used here to indicate that this is
-- an extensible type and additional enumerations may be added in future --}
ListOfCharacteristicInformation ::= SET OF CharacteristicInformation
ListOfTPs ::= SET OF ObjectInstance
LocationName ::= GraphicString
LogicalProblem ::= SEQUENCE {
problemCause ProblemCause,
incorrectInstances SET OF ObjectInstance OPTIONAL
}
MultipleConnections ::=
SET OF
CHOICE {downstreamNotConnected [0] ObjectInstance,
downstreamConnected [1] ObjectInstance,
upstreamNotConnected [2] ObjectInstance,
upstreamConnected [3] ObjectInstance}
NamedCrossConnection ::= SEQUENCE {
redline BOOLEAN,
name CrossConnectionName
}
NameType ::= CHOICE {numericName INTEGER,
pString GraphicString
}
NumberOfCircuits ::= INTEGER
ObjectList ::= SET OF ObjectInstance
PhysicalPortSignalRateAndMappingList ::= CHOICE {
diverse
SEQUENCE {downstream SignalRateAndMappingList,
upStream SignalRateAndMappingList},
uniform SignalRateAndMappingList
}
Pointer ::= ObjectInstance
PointerOrNull ::= CHOICE {pointer ObjectInstance,
null NULL
}
PointToPoint ::= SEQUENCE {
fromTp ObjectInstance,
toTp ObjectInstance,
xCon ObjectInstance
}
PointToMultipoint ::= SEQUENCE {
fromTp ObjectInstance,
toTps
SET OF SEQUENCE {tp ObjectInstance,
xConnection ObjectInstance},
mpXCon ObjectInstance
}
PortNumber ::= INTEGER
ProblemCause ::= CHOICE {unknown NULL,
integerValue INTEGER
}
-- The values of integer value for ProblemCause and integerValue for ResourceProblem shall always be
-- assigned by this Recommendation. No values of integerValue for ResourceProblem have been assigned.
-- The following values are used for integerValue of ProblemCause.
noSuchTpInstance ProblemCause ::=
integerValue:0
noSuchGtpInstance ProblemCause ::= integerValue:1
noSuchTpPoolInstance ProblemCause ::= integerValue:2
mismatchingTpInstance ProblemCause ::= integerValue:3
mismatchingGtpInstance ProblemCause ::= integerValue:4
partOfGtp ProblemCause ::= integerValue:5
involvedInCrossConnection ProblemCause ::= integerValue:6
memberOfTpPool ProblemCause ::= integerValue:7
alreadyMemberOfGtp ProblemCause ::= integerValue:8
noTpInTpPool ProblemCause ::= integerValue:9
noMoreThanOneTpIsAllowed ProblemCause ::= integerValue:10
noMoreThanTwoTpsAreAllowed ProblemCause ::= integerValue:11
alreadyConnected ProblemCause ::= integerValue:12
-- alreadyConnected is used to indicate the two termination points requested to be cross-connected are already
-- cross-connected versus involvedInCrossConnection is used to indicate one or more termination points are
-- cross-connected but not to each other.
notAlreadyConnected ProblemCause ::=
integerValue:13
notMulticastWithOnlyOneSubordinateLeg ProblemCause ::= integerValue:14
endpointsNotTheSame ProblemCause ::= integerValue:15
notUnidirectional ProblemCause ::= integerValue:16
notBidirectional ProblemCause ::= integerValue:17
-- notMulticastWithOnlyOneSubordinateLeg is used with the convertMulticastToPtoP action
-- endpointsNotTheSame is used in the joinXC action
-- notUnidirectional is used in the convertPtoPtoMulticast action
-- notBidirectional is used in the splitXC action
PtoMPools ::= SEQUENCE {fromTp ExplicitTP,
toTPPools ToTPPools
}
PtoTPPool ::= SEQUENCE {fromTp ExplicitTP,
toTpPool ObjectInstance
}
Reach ::= INTEGER
RelatedObjectInstance ::= CHOICE {
notAvailable NULL,
relatedObject ObjectInstance
}
RemoveTpsFromGtpInformation ::=
SEQUENCE OF SEQUENCE {fromGtp ObjectInstance,
tps SET OF ObjectInstance}
RemoveTpsFromGtpResult ::=
SEQUENCE OF
CHOICE {failed [0] Failed,
removed [1] RemoveTpsResultInformation}
-- the n-th element in the "SEQUENCE OF" is related to the n-th element in the "SEQUENCE OF" of the
-- "RemoveTPsFromGtpInformation" type.
RemoveTpsFromTpPoolInformation ::=
SEQUENCE OF
SEQUENCE {fromTpPool ObjectInstance,
tps SET OF ObjectInstance}
RemoveTpsFromTpPoolResult ::=
SEQUENCE OF
CHOICE {failed [0] Failed,
removed [1] RemoveTpsResultInformation}
-- the n-th element in the "SEQUENCE OF" is related to the n-th element in the "SEQUENCE OF" of the
-- "RemoveTPsFromTpPoolInformation" type.
RemoveTpsResultInformation ::= SEQUENCE {
deletedTpPoolOrGTP ObjectInstance OPTIONAL,
tps SET OF ObjectInstance
}
-- If the TP Pool or GTP is deleted, the deleted TP Pool or GTP should be provided in the
-- RemoveTpsResultInformation
Replaceable ::= ENUMERATED {yes(0), no(1), notapplicable(2)}
ResourceProblem ::= CHOICE {unknown NULL,
integerValue INTEGER
}
SequenceOfObjectInstance ::= SEQUENCE OF ObjectInstance
SerialNumber ::= GraphicString
SignallingCapabilities ::= ENUMERATED {
isup(0), isup92(1), itu-tNo5(2), r2(3), itu-tNo6(4), tup(5)
-- "..." these ellipses defined in ASN.1 amendment are used here to indicate that this is
-- an extensible type and additional enumerations may be added in future --}
SignalRateAndMappingList ::=
SET OF
SEQUENCE {-- only one member in the case of TDM
signalRate SignalRate,
mappingList MappingList OPTIONAL,
wavelength WaveLength OPTIONAL} -- used for WDM
-- the SignalRateAndMappingList is a SET OF to accommodate
-- multiple wavelengths on a single TTP
SignalType ::= CHOICE {
simple CharacteristicInformation,
bundle Bundle,
complex [0] SEQUENCE OF Bundle
}
SubordinateCircuitPackSoftwareLoad ::= CHOICE {
notApplicable NULL,
softwareInstances [0] SEQUENCE OF ObjectInstance,
softwareIdentifiers [1] SEQUENCE OF PrintableString
}
SupportableClientList ::= SET OF ObjectClass
SystemTiming ::= SEQUENCE {
sourceType
ENUMERATED {internalTimingSource(0), remoteTimingSource(1),
slavedTimingTerminationSignal(2)},
sourceID ObjectInstance OPTIONAL
} -- not needed for internal source
SystemTimingSource ::= SEQUENCE {
primaryTimingSource SystemTiming,
secondaryTimingSource SystemTiming OPTIONAL
}
SwitchOverInformation ::= SEQUENCE OF IndividualSwitchOver
SwitchOverResult ::= SEQUENCE OF IndividualResult
TerminationPointInformation ::= CHOICE {
tPOrGTP [0] ObjectInstance,
sourceTP [1] ObjectInstance,
sinkTP [2] ObjectInstance
}
ToTermSpecifier ::= CHOICE {
toTpOrGTP [0] ExplicitTP,
toPool [1] ObjectInstance
}
ToTPPools ::=
SET OF SEQUENCE {tpPoolId ObjectInstance,
numberOfTPs INTEGER}
TpsAddedToTpPool ::= SEQUENCE {
tpPool ObjectInstance,
tps SET OF ObjectInstance
}
TpsInGtpList ::= SEQUENCE OF ObjectInstance
TransmissionCharacteristics ::= BIT STRING {
satellite(0), dCME(1), echoControl(2)}
TypeText ::= GraphicString
UserLabel ::= GraphicString
VendorName ::= GraphicString
Version ::= GraphicString
WaveLength ::= INTEGER
END -- end of ASN1 DefinedTypesModule
-- Generated by Asnp, the ASN.1 pretty-printer of France Telecom R&D