https://www.omg.org/spec/FACE/20230508/FACE This element may only be contained in (owned by) packages or architectures that are not stereotyped by a FACE stereotype English Elements with this stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_DataModel» «FACE_LogicalDataModel» English Elements with this stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_DataModel» «FACE_PlatformDataModel» English Elements with this stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_DataModel» «FACE_ConceptualDataModel» English Value for the class metaproperty must be stereotyped «FACE_ConceptualCompositeQuery». English Value for the type metaproperty must be stereotyped «FACE_ConceptualView» or its specializations. English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_ConceptualDataModel» English The values for the ownedAttribute metaproperty must meet the following criteria: - must be ordered list - must be stereotyped «FACE_ConceptualCompositeQuery» or its specializations - must contain 2 or more elements English Value for the class metaproperty must be stereotyped «FACE_ConceptualEntity» or its specializations. English Value for the type metaproperty must be stereotyped «FACE_ConceptualComposableElement» or its specializations. English The value for the upper (upper bound of multiplicity) metaproperty must be an integer greater than or equal to -1 English The value for the lower (lower bound of multiplicity) metaproperty must be an integer greater than or equal to -1. English memberEnd.size() shall be 2 English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_ConceptualAssociation» English Value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_ConceptualEntity» English The memberEnd[0].name metaproperty must be an non-empty alphanumeric name string English memberEnd[1].aggregation shall be none English memberEnd[0].multiplicity shall be 1 English memberEnd[0].isNavigable shall be false English memberEnd[1].isNavigable shall be true English The value for the ownedAttribute metaproperty must be stereotyped «FACE_ConceptualComposition» or its specializations English The value for the source metaproperty must be stereotyped by «FACE_ConceptualEntity» or a specialization of «FACE_ConceptualEntity». English The value for the target metaproperty must be stereotyped by «FACE_BasisEntity». English This element may only be contained in (owned by) elements with the stereotype «FACE_ReferencePoint» English Value for the class metaproperty must be stereotyped «FACE_LogicalCompositeQuery». English Value for the type metaproperty must be stereotyped «FACE_LogicalView» or its specializations. English Elements with this stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_MeasurementSystem» «FACE_MeasurementSystemAxis» «FACE_MeasurementAxis» «FACE_Measurement» English Value for the class metaproperty must be stereotyped «FACE_Measurement» English Value for the type metaproperty must be stereotyped «FACE_Measurement» English Elements with this stereotype may only be contained in (owned by) elements with the stereotype «FACE_MeasurementSystem» English Elements with this stereotype may only be contained in (owned by) elements with the stereotype «FACE_ValueTypeUnit» English Value for the class metaproperty must be stereotyped «FACE_LogicalValueType» English Value for the type metaproperty must be null. (The name metaproperty is the only valid information.) English Value for the name metaproperty must not be null and must be unique within the owning class. English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_LogicalDataModel» English The values for the ownedAttribute metaproperty must meet the following criteria: - must be ordered list - must be stereotyped «FACE_LogicalQueryComposition» or its specializations - must contain 2 or more elements English The value for the memberEnd[0].type metaproperty must be stereotyped by one of the following: «FACE_MeasurementAxis» «FACE_MeasurementSystemAxis» English The value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_ValueTypeUnit». English memberEnd[1].aggregation shall be none English Based on the stereotype of the memberEnd[0].type metaproperty: = Specialization of «FACE_MeasurementAxis», memberEnd[1].multiplicity is 0..* = Specialization of «FACE_MeasurementSystemAxis», memberEnd[1].multiplicity is 1..* English Based on the stereotype of the memberEnd[0].type metaproperty: = Specialization of «FACE_MeasurementAxis», memberEnd[1].name is "valueTypeUnit" = Specialization of «FACE_MeasurementSystemAxis», memberEnd[1].name is "defaultValueTypeUnit" English The value for the memberEnd[0].type metaproperty must be stereotyped by a one of the following stereotypes: «FACE_ValueTypeUnit» «FACE_Measurement» «FACE_MeasurementAxis» «FACE_MeasurementSystem» «FACE_MeasurementSystemAxis» English Based on the FACE_AppliedConstraint.memberEnd[0].type value's stereotype: = «FACE_ValueTypeUnit», the memberEnd[1].type metaproperty must be stereotyped by «FACE_Constraint» = «FACE_Measurement», «FACE_MeasurementAxis», «FACE_MeasurementSystem», or «FACE_MeasurementSystemAxis», the memberEnd[1].type metaproperty must be stereotyped by «FACE_MeasurementConstraint» English memberEnd[1].aggregation shall be composite English memberEnd[1].multiplicity shall be 0..* English memberEnd[1].name shall be "constraint" English If the valueType is NOT Enumerated, no ownedAttributes are allowed. If the valueType is Enumerated, all ownedAttributes must be stereotyped by «FACE_EnumerationLabel». English standardReference may only have a value if valueType = Enumerated English The value for the lower (lower bound of multiplicity) metaproperty must be an integer greater than or equal to -1. English The value for the upper (upper bound of multiplicity) metaproperty must be an integer greater than or equal to -1 English Value for the class metaproperty must be stereotyped «FACE_LogicalEntity» or its specializations. English Value for the type metaproperty must be stereotyped «FACE_LogicalComposableElement» or its specializations. English memberEnd.size() shall be 2 English memberEnd[0].isNavigable shall be false English memberEnd[0].multiplicity shall be 1 English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_LogicalAssociation» English memberEnd[1].aggregation shall be none English memberEnd[1].isNavigable shall be true English The memberEnd[0].name metaproperty must be an non-empty alphanumeric name string English Value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_LogicalEntity» English The value for the ownedAttribute metaproperty must be stereotyped «FACE_LogicalComposition» or its specializations English The values for the ownedAttribute metaproperty must meet the following criteria: - referenced elements must be stereotyped «FACE_MeasurementAttribute» or its specializations - must contain 2 or more elements English The value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_ReferencePoint». English The value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_ReferencePointPart». English memberEnd[1].name shall be "referencePointPart" English memberEnd[1].multiplicity shall be 1..* English memberEnd[1].aggregation shall be composite English The value for the memberEnd[0].type metaproperty must be stereotyped by one of the following: «FACE_CoordinateSystem» «FACE_Measurement» «FACE_MeasurementSystem» English Based on the FACE_Axis.source value's stereotype: = «FACE_CoordinateSystem», the memberEnd[1].type metaproperty must be stereotyped by «FACE_CoordinateSystemAxis» = «FACE_Measurement», the memberEnd[1].type metaproperty must be stereotyped by «FACE_MeasurementAxis» = «FACE_MeasurementSystem», the memberEnd[1].type metaproperty must be stereotyped by «FACE_MeasurementSystemAxis» English Based on the stereotype of the memberEnd[0].type metaproperty: = «FACE_CoordinateSystem», memberEnd[1].multiplicity is 1..* = «FACE_Measurement», memberEnd[1].multiplicity is 0..* = «FACE_MeasurementSystem», memberEnd[1].multiplicity is 0..1 English memberEnd[1].aggregation shall be none English Based on the stereotype of the memberEnd[1].type metaproperty: = «FACE_CoordinateSystemAxis», memberEnd[1].name is "coordinateSystemAxis" = «FACE_MeasurementAxis», memberEnd[1].name is "measurementAxis" = «FACE_MeasurementSystemAxis», memberEnd[1].name is "measurementSystemAxis" English The value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_MeasurementSystem». English The value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_ReferencePoint». English memberEnd[1].aggregation shall be composite English memberEnd[1].multiplicity shall be 0..* English memberEnd[1].name shall be "referencePoint" English The values for the ownedAttribute metaproperty must meet the following criteria: - referenced elements must be stereotyped «FACE_StructMember» - must contain 2 or more elements English Value for the class metaproperty must be stereotyped «FACE_Struct» English Value for the type metaproperty must be stereotyped by a specialization of «FACE_PlatformDataType». English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_PlatformDataModel» English The value for the ownedAttribute metaproperty must be stereotyped «FACE_PlatformComposition» or its specializations English memberEnd.size() shall be 2 English memberEnd[0].isNavigable shall be false English memberEnd[0].multiplicity shall be 1 English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_PlatformAssociation» English memberEnd[1].aggregation shall be none English memberEnd[1].isNavigable shall be true English The memberEnd[0].name metaproperty must be an non-empty alphanumeric name string English Value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_PlatformEntity» English Value for the class metaproperty must be stereotyped «FACE_PlatformEntity» or its specializations. English The value for the multiplicity.lowerBound metaproperty must be an integer greater than or equal to -1. English The value for the multiplicity.upperBound metaproperty must be an integer greater than or equal to -1 English Value for the type metaproperty must be stereotyped «FACE_PlatformComposableElement» or its specializations. English The values for the ownedAttribute metaproperty must meet the following criteria: - must be ordered list - referenced elements must be stereotyped «FACE_PlatformQueryComposition» or its specializations - must contain 2 or more elements English Value for class metaproperty must be stereotyped «FACE_PlatformCompositeQuery». English Value for type metaproperty must be stereotyped «FACE_PlatformView» or its specializations. English The value for the source metaproperty must be stereotyped by a specialization of «FACE_SpecializationOwner». English Based on the Specialize.source value's stereotype: = «FACE_ConceptualEntity», the target metaproperty must be stereotyped by «FACE_ConceptualEntity» = «FACE_ConceptualAssociation», the target metaproperty must be stereotyped by one of the following: «FACE_ConceptualEntity» «FACE_ConceptualAssociation» = «FACE_LogicalEntity», the target metaproperty must be stereotyped by «FACE_LogicalEntity» = «FACE_LogicalAssociation», the target metaproperty must be stereotyped by one of the following: «FACE_LogicalEntity» «FACE_LogicalAssociation» = «FACE_PlatformEntity», the target metaproperty must be stereotyped by «FACE_PlatformEntity» = «FACE_PlatformAssociation», the target metaproperty must be stereotyped by one of the following: «FACE_PlatformEntity» «FACE_PlatformAssociation» English The generalization collection may contain no more than one «FACE_Specialize» generalization. English The value for the informationSource metaproperty must be stereotyped by one of the following: «FACE_UoPOutputEndPoint» «FACE_TSNodeOutputPort» English The value for the informationTarget metaproperty must be stereotyped by one of the following: «FACE_UoPInputEndPoint» «FACE_TSNodeInputPort» English Value for the conveyed metaproperty must be stereotyped by a specialization of «FACE_MessageType». English Elements with this stereotype may only be contained in (owned by) elements stereotyped by «FACE_IntegrationContext» English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements stereotyped by «FACE_IntegrationContext» English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_IntegrationModel» English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements stereotyped by «FACE_TransportNode» English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements stereotyped by «FACE_UoPInstance» English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_TraceabilityModel» English The value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_ConnectionTraceabilitySet». English The value for the memberEnd[1].type metaproperty must be stereotyped by one of the following: A specialization of «FACE_Connection» «FACE_AbstractConnection» English memberEnd[1].aggregation shall be none English memberEnd[1].multiplicity shall be 0..* English Based on the stereotype of the memberEnd[1].type metaproperty: = specialization of «FACE_Connection», memberEnd[1].name is "Connection" = «FACE_AbstractConnection», memberEnd[1].name is "abstractConnection" English The value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_UoPTraceabilitySet». English The value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_UnitOfPortability». English memberEnd[1].name shall be "uop" English memberEnd[1].multiplicity shall be 0..* English memberEnd[1].aggregation shall be none English The value for the memberEnd[0].type metaproperty must be stereotyped by one of the following: «FACE_ConceptualEntityTrace» «FACE_LogicalEntityTrace» «FACE_PlatformEntityTrace» English Based on the memberEnd[0].type value's stereotype: = «FACE_ConceptualEntityTrace», the memberEnd[1].type metaproperty must be stereotyped by «FACE_ConceptualEntity» = «FACE_LogicalEntityTrace», the memberEnd[1].type metaproperty must be stereotyped by «FACE_LogicalEntity» = «FACE_PlatformEntityTrace», the memberEnd[1].type metaproperty must be stereotyped by «FACE_PlatformEntity» English memberEnd[1].aggregation shall be none English memberEnd[1].multiplicity shall be 1 English memberEnd[1].name is "entity" English The value for the memberEnd[0].type metaproperty must be stereotyped by one of the following: «FACE_ConceptualViewTrace» «FACE_LogicalViewTrace» «FACE_PlatformViewTrace» English Based on the memberEnd[0].type value's stereotype: = «FACE_ConceptualViewTrace», the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_ConceptualView» = «FACE_LogicalViewTrace», the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_LogicalView» = «FACE_PlatformViewTrace», the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_PlatformView» English memberEnd[1].aggregation shall be none English memberEnd[1].multiplicity shall be 1 English memberEnd[1].name is "view" English Value for the memberEnd[0].type metaproperty must be stereotyped by a specialization of «FACE_TraceableElement». English Value for the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_TraceabilityPoint». English memberEnd[1].aggregation shall be composite English memberEnd[1].multiplicity shall be 0..* English memberEnd[1].name shall be "traceabilityPoint" English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_UoPModel» English Elements with this stereotype may only be contained in (owned by) elements with the stereotype «FACE_UnitOfPortability» English Elements that are stereotyped by specializations of this stereotype may only be contained in (owned by) elements with the stereotype «FACE_UnitOfPortability» English Elements with this stereotype may only be contained in (owned by) elements with the stereotype «FACE_UnitOfPortability» English Elements with this stereotype may only be contained in (owned by) elements with the stereotype «FACE_UnitOfPortability» English Elements with this stereotype may only be contained in (owned by) elements with the stereotype «FACE_AbstractUoP» English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_UnitOfPortability». English Value for the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_SupportingComponent». English memberEnd[1].aggregation shall be none English memberEnd[1].multiplicity shall be 0..* English memberEnd[1].name shall be "supportingComponent" English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_AbstractConnection». English Value for the memberEnd[1].type metaproperty must be stereotyped by one of the following: Specialization of «FACE_ConceptualView» Specialization of «FACE_LogicalView» English memberEnd[1].multiplicity shall be 0..1 English memberEnd[1].aggregation shall be none English Based on the stereotype of the memberEnd[1].type metaproperty: = Specialization of «FACE_ConceptualView», memberEnd[1].name is "conceptualView" = Specialization of «FACE_LogicalView», memberEnd[1].name is "logicalView" English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_ClientServerConnection». English Value for the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_MessageType». English memberEnd[1].aggregation shall be none English memberEnd[1].multiplicity shall be 1 English memberEnd[1].name shall be "requestType" English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_ClientServerConnection». English Value for the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_MessageType». English memberEnd[1].name shall be "responseType" English memberEnd[1].multiplicity shall be 1 English memberEnd[1].aggregation shall be none English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_UnitOfPortability». English Value for the memberEnd[1].type metaproperty must be stereotyped by one of the following: «FACE_RAMMemoryRequirements» «FACE_Thread» English Based on the EndPoint.memberEnd[1].type value's stereotype: = «FACE_RAMMemoryRequirements», memberEnd[1].name must be "memoryRequirements" = «FACE_Thread», memberEnd[1].name must be "thread" English Based on the EndPoint.memberEnd[1].type value's stereotype: = «FACE_RAMMemoryRequirements», memberEnd[1].multiplicity must be 1 = «FACE_Thread», memberEnd[1].multiplicity must be 1..* English memberEnd[1].aggregation shall be composite English Value for class metaproperty must be stereotyped «FACE_CompositeTemplate». English Value for type metaproperty must be stereotyped «FACE_MessageType» or its specializations. English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_Template». English Value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_PlatformQuery». English memberEnd[1].aggregation shall be none English memberEnd[1].multiplicity shall be 0..1 English memberEnd[1].name shall be "boundQuery" English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_Template». English Value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_PlatformQuery». English memberEnd[1].aggregation shall be none English memberEnd[1].multiplicity shall be 0..1 English memberEnd[1].name shall be "effectiveQuery" English The values for the ownedAttribute metaproperty must meet the following criteria: - must be ordered list - referenced elements must be stereotyped «FACE_TemplateComposition» or its specializations - must contain 2 or more elements English Elements with this stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_ArchitectureModel» «FACE_IntegrationModel» English Elements with this stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_ArchitectureModel» «FACE_UoPModel» English Elements with this stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_ArchitectureModel» «FACE_TraceabilityModel» English The contained elements must by stereotyped one of the following: «FACE_DataModel» «FACE_ConceptualDataModel» «FACE_LogicalDataModel» «FACE_PlatformDataModel» English Elements with this stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_ArchitectureModel» «FACE_DataModel» English Value for the memberEnd[0].type metaproperty must be stereotyped by one of the following: Specialization of «FACE_PubSubConnection» «FACE_LifeCycleManagementPort» Specialization of «FACE_TSNodePort» English Value for the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_UoPMessageType». English memberEnd[1].aggregation shall be none English memberEnd[1].multiplicity shall be 1 English Based on the stereotype of the memberEnd[0].type metaproperty: = Specialization of «FACE_PubSubConnection», memberEnd[1].name is "messageType" = «FACE_LifeCycleManagementPort», memberEnd[1].name is "lcmMessageType" = Specialization of «FACE_TSNodePort», memberEnd[1].name is "view" English Value for the memberEnd[0].type metaproperty must be stereotyped by one of the following: «FACE_UnitofPortability» «FACE_AbstractUoP» «FACE_UoPInstance» A specialization of «FACE_TransportNode» «FACE_UnitOfConformance» English Based on the EndPoint.memberEnd[0].type's stereotype: = «FACE_UnitOfPortability», the memberEnd[1].type metaproperty must be stereotyped by one of the following: A specialization of «FACE_Connection» «FACE_LifeCycleManagementPort» = «FACE_AbstractUoP», the memberEnd[1].type metaproperty must be stereotyped by «FACE_AbstractConnection» = «FACE_UoPInstance», the memberEnd[1].type metaproperty must be stereotyped by one of the following: «FACE_UoPInputEndPoint» «FACE_UoPOutputEndPoint» = A specialization of «FACE_TransportNode», the memberEnd[1].type metaproperty must be stereotyped by one of the following: «FACE_TSNodeInputPort» «FACE_TSNodeOutputPort» = «FACE_UnitOfConformance», the memberEnd[1].type metaproperty must be stereotyped by «FACE_UnitOfConformanceEndpoint» English memberEnd[1].aggregation shall be composite English MemberEnd[1].multiplicity depends on the stereotypes of the values connected by the association: RENDER AS TABLE memberEnd[0].type memberEnd[1].type memberEnd [1]. multiplicity «FACE_AbstractUoP» «FACE_AbstractConnection» 0..* «FACE_UnitOfPortability» specialization of «FACE_Connection» 1..* «FACE_UnitOfPortability» «FACE_LifeCycleManagementPort» 0..2 specialization of «FACE_TransportNode» «FACE_TSNodeInputPort» 0..* specialization of «FACE_TransportNode» «FACE_TSNodeOutputPort» 0..1 «FACE_UoPInstance» «FACE_UoPInputEndPoint» 0..* «FACE_UnitOfConformance» «FACE_UnitOfConformanceEndpoint» 0..* English MemberEnd[1].name depends on the stereotypes of the values connected by the association: RENDER AS TABLE memberEnd[0].type memberEnd[1].type memberEnd[1].name «FACE_AbstractUoP» «FACE_AbstractConnection» connection «FACE_UnitOfPortability» specialization of «FACE_Connection» connection «FACE_UnitOfPortability» «FACE_LifeCycleManagementPort» lcmPort specialization of «FACE_TransportNode» «FACE_TSNodeInputPort» inPort specialization of «FACE_TransportNode» «FACE_TSNodeOutputPort» outPort «FACE_UoPInstance» «FACE_UoPInputEndPoint» input «FACE_UoPInstance» «FACE_UoPOutputEndPoint» output «FACE_UnitOfConformance» «FACE_UnitOfConformanceEndpoint» endPoint English memberEnd[0].isNavigable shall be true English memberEnd[0].isNavigable shall be false English memberEnd[0].multiplicity shall be 1 English memberEnd[0].aggregation shall be none English memberEnd[1].isNavigable shall be true English memberEnd.size() shall be 2 English Value for the memberEnd[0].type metaproperty must be stereotyped by a one of the following stereotypes: «FACE_Measurement» «FACE_MeasurementAxis» «FACE_LogicalEntity» «FACE_LogicalAssociation» «FACE_LogicalQuery» «FACE_LogicalCompositeQuery» Specializations of «FACE_PlatformDataType» «FACE_PlatformAssociation» «FACE_PlatformEntity» «FACE_PlatformQuery» «FACE_PlatformCompositeQuery» «FACE_CompositeTemplate» «FACE_UnitOfPortability» Specializations of «FACE_Connection» «FACE_UoPInstance» Specializations of «FACE_UoPEndPoint» English Based on the Realize.memberEnd[0].type value's stereotype: = «FACE_Measurement», the memberEnd[1].type metaproperty must be stereotyped by «FACE_Observable» = «FACE_MeasurementAxis», the memberEnd[1].type metaproperty must be stereotyped by «FACE_Observable» = «FACE_LogicalEntity», the memberEnd[1].type metaproperty must be stereotyped by «FACE_ConceptualEntity» = «FACE_LogicalAssociation», the memberEnd[1].type metaproperty must be stereotyped by «FACE_ConceptualAssociation» = «FACE_LogicalQuery», the memberEnd[1].type metaproperty must be stereotyped by «FACE_ConceptualQuery» = «FACE_LogicalCompositeQuery», the memberEnd[1].type metaproperty must be stereotyped by «FACE_ConceptualCompositeQuery» = A specialization of «FACE_PlatformDataType», the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_AbstractMeasurement» = «FACE_PlatformAssociation», the memberEnd[1].type metaproperty must be stereotyped by «FACE_LogicalAssociation» = «FACE_PlatformEntity», the memberEnd[1].type metaproperty must be stereotyped by «FACE_LogicalEntity» = «FACE_PlatformQuery», the memberEnd[1].type metaproperty must be stereotyped by «FACE_LogicalQuery» = «FACE_PlatformCompositeQuery», the memberEnd[1].type metaproperty must be stereotyped by «FACE_LogicalCompositeQuery» = «FACE_CompositeTemplate», the memberEnd[1].type metaproperty must be stereotyped by «FACE_LogicalCompositeQuery» = «FACE_UnitofPortability», the memberEnd[1].type metaproperty must be stereotyped by «FACE_AbstractUoP» = A specialization of «FACE_Connection», the memberEnd[1].type metaproperty must be stereotyped by «FACE_AbstractConnection» = «FACE_UoPInstance», the memberEnd[1].type metaproperty must be stereotyped by «FACE_UnitOfPortability» = A specialization of «FACE_UoPEndPoint», the memberEnd[1].type metaproperty must be stereotyped by a specialization of «FACE_Connection» English memberEnd[1].aggregation shall be none English Based on the stereotype of the memberEnd[0].type metaproperty: = «FACE_CompositeTemplate», «FACE_PlatformQuery», «FACE_PlatformCompositeQuery», «FACE_UnitOfPortability», or specialization of «FACE_Connection», memberEnd[1].multiplicity is 0..1 = specialization of «FACE_PlatformDataType», «FACE_LogicalAssociation», «FACE_LogicalCompositeQuery», «FACE_LogicalComposition», «FACE_LogicalEntity», «FACE_LogicalQuery», «FACE_Measurement», «FACE_MeasurementAxis», «FACE_PlatformAssociation», «FACE_PlatformEntity», specialization of «FACE_UoPEndPoint», or «FACE_UoPInstance», memberEnd[1].multiplicity is 1 English memberEnd[1].name shall be "realize" English Value for the memberEnd[0].type metaproperty must be stereotyped by «FACE_UnitOfPortability» and memberEnd[0].componentType must be PlatformSpecificComponent. English memberEnd[1].aggregation shall be composite English memberEnd[1].multiplicity shall be 0..* English memberEnd[1].name shall be "ioEndpoint" English Value for the memberEnd[1].type metaproperty must be stereotyped by «FACE_SystemComponentEndpoint» and memberEnd[1].endPointType must be IOSEndpoint. English memberEnd[1].isNavigable shall be true English Elements that are stereotyped by specializations of this abstract stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_UoCModel» English Elements with this stereotype may only be contained in (owned by) elements with the stereotype «FACE_UnitOfConformance» English Elements with this stereotype may only be contained in (owned by) elements with the following stereotypes: «FACE_ArchitectureModel» «FACE_UoCModel» English Value for the conveyed metaproperty must be stereotyped by the specialization of «FACE_MessageType». English Value for the informationSource metaproperty must be stereotyped by «FACE_LifeCycleManagementPort», a specialization of «FACE_Connection», or a «FACE_UnitOfConformanceEndpoint» that has endPointType = TSSEndpoint. English Value for the informationSource metaproperty must be stereotyped by «FACE_LifeCycleManagementPort», a specialization of «FACE_Connection», or a «FACE_UnitOfConformanceEndpoint» that has endPointType = TSSEndpoint. English Value for the exchangeKind attribute defaults to "FACEResourceCommunication". English Value for the informationSource metaproperty must be stereotyped by «FACE_AbstractConnection». English Value for the informationTarget metaproperty must be stereotyped by «FACE_AbstractConnection». English Value for the conveyed metaproperty must be stereotyped by either the specialization of «FACE_ConceptualView» or the specialization of «FACE_LogicalView». English Value for the exchangeKind attribute defaults to "InformationExchange". English Based on the stereotype of the client metaproperty: = «FACE_AbstractUoP», the supplier metaproperty must be stereotyped by (UAF::Operational::Structure) «OperationalPerformer» = «FACE_AbstractConnection», the supplier metaproperty must be stereotyped by (UAF::Operational::Structure) «OperationalPort» = «FACE_UnitOfPortability», «FACE_UnitOfConformance», «FACE_UoPInstance», a specialization of «FACE_TransportNode», or «FACE_TransportChannel», the supplier metaproperty must be stereotyped by (UAF::Resources::Taxonomy) «Software» = A specialization of «FACE_Connection», «FACE_LifeCycleManagementPort», a specialization of «FACE_TSNodePortBase», or «FACE_UnitOfConformanceEndpoint», the supplier metaproperty must be stereotyped by (UAF::Resources::Structure) «ResourcePort» = A specialization of «FACE_ConceptualView», or a specialization of «FACE_LogicalView», the supplier metaproperty must be stereotyped by (UAF::Operational::Information) «InformationElement» = «FACE_OperationalExchange», the supplier metaproperty must be stereotyped by (UAF::Operational::Connectivity) «OperationalExchange» = a specialization of «FACE_PlatformView», or «FACE_PlatformQuery», the supplier metaproperty must be stereotyped by (UAF::Resources::Information) «DataElement» = «FACE_ResourceExchange», the supplier metaproperty must be stereotyped by (UAF::Resources::Connectivity) «ResourceExchange» = «FACE_TSNodeConnection», the supplier metaproperty must be stereotyped by (UAF::Resources::Connectivity) «ResourceConnector» English Value for the client metaproperty must be stereotyped by one of the following: «FACE_AbstractUoP» «FACE_AbstractConnection» «FACE_UnitOfPortability» «FACE_UnitOfConformance» «FACE_UoPInstance» Specializations of «FACE_TransportNode» «FACE_TransportChannel» Specializations of «FACE_Connection» «FACE_LifeCycleManagementPort» Specializations of «FACE_TSNodePortBase» «FACE_UnitOfConformanceEndpoint» Specializations of «FACE_ConceptualView» Specializations of «FACE_LogicalView» «FACE_OperationalExchange» Specializations of «FACE_PlatformView» «FACE_PlatformQuery» «FACE_TSNodeConnection» «FACE_ResourceExchange» English