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standard library package SysML {
doc
/*
* This package contains a reflective KerML model of the KerML abstract syntax.
*/
private import ScalarValues::*;
public import Systems::*;
package Systems {
public import KerML::Kernel::*;
metadata def AcceptActionUsage specializes ActionUsage {
derived ref item receiverArgument : Expression[0..1];
derived ref item payloadParameter : ReferenceUsage[1..1] subsets nestedReference, parameter;
derived ref item payloadArgument : Expression[0..1];
}
metadata def ActionDefinition specializes Behavior, OccurrenceDefinition {
derived ref item 'action' : ActionUsage[0..*] ordered subsets step, usage;
}
metadata def ActionUsage specializes Step, OccurrenceUsage {
derived ref item actionDefinition : Behavior[0..*] ordered redefines behavior, occurrenceDefinition;
}
metadata def ActorMembership specializes ParameterMembership {
derived item ownedActorParameter : PartUsage[1..1] redefines ownedMemberParameter;
}
metadata def AllocationDefinition specializes ConnectionDefinition {
derived ref item 'allocation' : AllocationUsage[0..*] ordered subsets usage;
}
metadata def AllocationUsage specializes ConnectionUsage {
derived ref item allocationDefinition : AllocationDefinition[0..*] ordered redefines connectionDefinition;
}
metadata def AnalysisCaseDefinition specializes CaseDefinition {
derived ref item resultExpression : Expression[0..1] subsets expression, ownedFeature;
}
metadata def AnalysisCaseUsage specializes CaseUsage {
derived ref item analysisCaseDefinition : AnalysisCaseDefinition[0..1] redefines caseDefinition;
derived ref item resultExpression : Expression[0..1] subsets ownedFeature;
}
metadata def AssertConstraintUsage specializes ConstraintUsage, Invariant {
derived ref item assertedConstraint : ConstraintUsage[1..1];
}
metadata def AssignmentActionUsage specializes ActionUsage {
derived ref item targetArgument : Expression[0..1];
derived ref item valueExpression : Expression[0..1];
derived ref item referent : Feature[1..1] subsets member;
}
metadata def AttributeDefinition specializes DataType, Definition;
metadata def AttributeUsage specializes Usage {
derived attribute isReference : Boolean[1..1] redefines isReference;
derived ref item attributeDefinition : DataType[0..*] ordered redefines definition;
}
metadata def BindingConnectorAsUsage specializes BindingConnector, ConnectorAsUsage;
metadata def CalculationDefinition specializes Function, ActionDefinition {
derived ref item calculation : CalculationUsage[0..*] ordered subsets 'action', expression;
}
metadata def CalculationUsage specializes Expression, ActionUsage {
derived ref item calculationDefinition : Function[0..1] ordered redefines function, actionDefinition;
}
metadata def CaseDefinition specializes CalculationDefinition {
derived ref item objectiveRequirement : RequirementUsage[0..1] ordered subsets usage;
derived ref item subjectParameter : Usage[1..1] subsets parameter, usage;
derived ref item actorParameter : PartUsage[0..*] ordered subsets parameter, usage;
}
metadata def CaseUsage specializes CalculationUsage {
derived ref item objectiveRequirement : RequirementUsage[0..1] ordered subsets usage;
derived ref item caseDefinition : CaseDefinition[0..1] redefines calculationDefinition;
derived ref item subjectParameter : Usage[1..1] subsets parameter, usage;
derived ref item actorParameter : PartUsage[0..*] ordered subsets parameter, usage;
}
metadata def ConcernDefinition specializes RequirementDefinition;
metadata def ConcernUsage specializes RequirementUsage {
derived ref item concernDefinition : ConcernDefinition[0..1] redefines requirementDefinition;
}
metadata def ConjugatedPortDefinition specializes PortDefinition {
derived ref item originalPortDefinition : PortDefinition[1..1] redefines owningNamespace;
derived ref item ownedPortConjugator : PortConjugation[1..1] redefines ownedConjugator;
}
metadata def ConjugatedPortTyping specializes FeatureTyping {
ref item conjugatedPortDefinition : ConjugatedPortDefinition[1..1] redefines type;
derived ref item portDefinition : PortDefinition[1..1];
}
metadata def ConnectionDefinition specializes AssociationStructure, PartDefinition {
derived ref item connectionEnd : Usage[0..*] ordered redefines associationEnd;
}
metadata def ConnectionUsage specializes ConnectorAsUsage, PartUsage {
derived ref item connectionDefinition : AssociationStructure[0..*] ordered subsets itemDefinition redefines association;
}
abstract metadata def ConnectorAsUsage specializes Usage, Connector;
metadata def ConstraintDefinition specializes OccurrenceDefinition, Predicate;
metadata def ConstraintUsage specializes BooleanExpression, OccurrenceUsage {
derived ref item constraintDefinition : Predicate[0..1] redefines predicate;
}
abstract metadata def ControlNode specializes ActionUsage;
metadata def DecisionNode specializes ControlNode;
metadata def Definition specializes Classifier {
attribute isVariation : Boolean[1..1];
derived ref item 'variant' : Usage[0..*] subsets ownedMember;
derived item variantMembership : VariantMembership[0..*] subsets ownedMembership;
derived ref item usage : Usage[0..*] ordered subsets feature;
derived ref item directedUsage : Usage[0..*] ordered subsets usage, directedFeature;
derived ref item ownedUsage : Usage[0..*] ordered subsets ownedFeature, usage;
derived ref item ownedReference : ReferenceUsage[0..*] ordered subsets ownedUsage;
derived ref item ownedAttribute : AttributeUsage[0..*] ordered subsets ownedUsage;
derived ref item ownedEnumeration : EnumerationUsage[0..*] ordered subsets ownedAttribute;
derived ref item ownedOccurrence : OccurrenceUsage[0..*] ordered subsets ownedUsage;
derived ref item ownedItem : ItemUsage[0..*] ordered subsets ownedOccurrence;
derived ref item ownedPart : PartUsage[0..*] ordered subsets ownedItem;
derived ref item ownedPort : PortUsage[0..*] ordered subsets ownedUsage;
derived ref item ownedConnection : ConnectorAsUsage[0..*] ordered subsets ownedPart;
derived ref item ownedFlow : FlowConnectionUsage[0..*] subsets ownedConnection;
derived ref item ownedInterface : InterfaceUsage[0..*] ordered subsets ownedConnection;
derived ref item ownedAllocation : AllocationUsage[0..*] ordered subsets ownedConnection;
derived ref item ownedAction : ActionUsage[0..*] ordered subsets ownedOccurrence;
derived ref item ownedState : StateUsage[0..*] ordered subsets ownedAction;
derived ref item ownedTransition : TransitionUsage[0..*] subsets ownedUsage;
derived ref item ownedCalculation : CalculationUsage[0..*] ordered subsets ownedAction;
derived ref item ownedConstraint : ConstraintUsage[0..*] ordered subsets ownedOccurrence;
derived ref item ownedRequirement : RequirementUsage[0..*] ordered subsets ownedConstraint;
derived ref item ownedConcern : ConcernUsage[0..*] subsets ownedRequirement;
derived ref item ownedCase : CaseUsage[0..*] ordered subsets ownedCalculation;
derived ref item ownedAnalysisCase : AnalysisCaseUsage[0..*] ordered subsets ownedCase;
derived ref item ownedVerificationCase : VerificationCaseUsage[0..*] ordered subsets ownedCase;
derived ref item ownedUseCase : UseCaseUsage[0..*] ordered subsets ownedCase;
derived ref item ownedView : ViewUsage[0..*] ordered subsets ownedPart;
derived ref item ownedViewpoint : ViewpointUsage[0..*] ordered subsets ownedRequirement;
derived ref item ownedRendering : RenderingUsage[0..*] ordered subsets ownedPart;
derived ref item ownedMetadata : MetadataUsage[0..*] ordered subsets ownedItem;
}
metadata def EnumerationDefinition specializes AttributeDefinition {
attribute isVariation : Boolean[1..1] redefines isVariation;
derived ref item enumeratedValue : EnumerationUsage[0..*] ordered redefines 'variant';
}
metadata def EnumerationUsage specializes AttributeUsage {
derived ref item enumerationDefinition : EnumerationDefinition[1..1] redefines attributeDefinition;
}
metadata def EventOccurrenceUsage specializes OccurrenceUsage {
derived attribute isReference : Boolean[1..1] redefines isReference;
derived ref item eventOccurrence : OccurrenceUsage[1..1];
}
metadata def ExhibitStateUsage specializes StateUsage, PerformActionUsage {
derived ref item exhibitedState : StateUsage[1..1] redefines performedAction;
}
abstract metadata def Expose specializes Import {
attribute visibility : VisibilityKind[1..1] redefines visibility;
attribute isImportAll : Boolean[1..1] redefines isImportAll;
}
metadata def FlowConnectionDefinition specializes Interaction, ConnectionDefinition, ActionDefinition;
metadata def FlowConnectionUsage specializes ConnectionUsage, ItemFlow, ActionUsage {
derived ref item flowConnectionDefinition : Interaction[0..*] ordered redefines actionDefinition, connectionDefinition, interaction;
}
metadata def ForLoopActionUsage specializes LoopActionUsage {
derived ref item seqArgument : Expression[1..1];
derived ref item loopVariable : ReferenceUsage[1..1];
}
metadata def ForkNode specializes ControlNode;
metadata def FramedConcernMembership specializes RequirementConstraintMembership {
attribute kind : RequirementConstraintKind[1..1] redefines kind;
derived item ownedConcern : ConcernUsage[1..1] redefines ownedConstraint;
derived ref item referencedConcern : ConcernUsage[1..1] redefines referencedConstraint;
}
metadata def IfActionUsage specializes ActionUsage {
derived ref item elseAction : ActionUsage[0..1];
derived ref item thenAction : ActionUsage[1..1];
derived ref item ifArgument : Expression[1..1];
}
metadata def IncludeUseCaseUsage specializes UseCaseUsage, PerformActionUsage {
derived ref item useCaseIncluded : UseCaseUsage[1..1] redefines performedAction;
}
metadata def InterfaceDefinition specializes ConnectionDefinition {
derived ref item interfaceEnd : PortUsage[0..*] ordered redefines connectionEnd;
}
metadata def InterfaceUsage specializes ConnectionUsage {
derived ref item interfaceDefinition : InterfaceDefinition[0..*] redefines connectionDefinition;
}
metadata def ItemDefinition specializes Structure, OccurrenceDefinition;
metadata def ItemUsage specializes OccurrenceUsage {
derived ref item itemDefinition : Structure[0..*] ordered subsets occurrenceDefinition;
}
metadata def JoinNode specializes ControlNode;
metadata def LifeClass specializes Class {
attribute isSufficient : Boolean[1..1] redefines isSufficient;
}
abstract metadata def LoopActionUsage specializes ActionUsage {
derived ref item bodyAction : ActionUsage[1..1];
}
metadata def MembershipExpose specializes MembershipImport, Expose;
metadata def MergeNode specializes ControlNode;
metadata def MetadataDefinition specializes ItemDefinition, Metaclass;
metadata def MetadataUsage specializes ItemUsage, MetadataFeature {
derived ref item metadataDefinition : Metaclass[0..1] redefines itemDefinition, metaclass;
}
metadata def NamespaceExpose specializes Expose, NamespaceImport;
metadata def ObjectiveMembership specializes FeatureMembership {
derived item ownedObjectiveRequirement : RequirementUsage[1..1] redefines ownedMemberFeature;
}
metadata def OccurrenceDefinition specializes Definition, Class {
attribute isIndividual : Boolean[1..1];
derived ref item lifeClass : LifeClass[0..1] subsets ownedMember;
}
metadata def OccurrenceUsage specializes Usage {
attribute isIndividual : Boolean[1..1];
attribute portionKind : PortionKind[0..1];
derived ref item occurrenceDefinition : Class[0..*] ordered redefines definition;
derived ref item individualDefinition : OccurrenceDefinition[0..1] subsets occurrenceDefinition;
}
metadata def PartDefinition specializes ItemDefinition;
metadata def PartUsage specializes ItemUsage {
derived ref item partDefinition : PartDefinition[0..*] ordered subsets itemDefinition;
}
metadata def PerformActionUsage specializes ActionUsage, EventOccurrenceUsage {
derived ref item performedAction : ActionUsage[1..1] redefines eventOccurrence;
}
metadata def PortConjugation specializes Conjugation {
ref item originalPortDefinition : PortDefinition[1..1] redefines originalType;
derived ref item conjugatedPortDefinition : ConjugatedPortDefinition[1..1] redefines owningType;
}
metadata def PortDefinition specializes OccurrenceDefinition, Structure {
derived ref item conjugatedPortDefinition : ConjugatedPortDefinition[0..1] subsets ownedMember;
}
metadata def PortUsage specializes OccurrenceUsage {
derived ref item portDefinition : PortDefinition[0..*] ordered redefines occurrenceDefinition;
}
enum def PortionKind {
enum 'timeslice';
enum 'snapshot';
}
metadata def ReferenceUsage specializes Usage {
derived attribute isReference : Boolean[1..1] redefines isReference;
}
metadata def RenderingDefinition specializes PartDefinition {
derived ref item 'rendering' : RenderingUsage[0..*] ordered subsets usage;
}
metadata def RenderingUsage specializes PartUsage {
derived ref item renderingDefinition : RenderingDefinition[0..1] redefines partDefinition;
}
enum def RequirementConstraintKind {
enum assumption;
enum 'requirement';
}
metadata def RequirementConstraintMembership specializes FeatureMembership {
attribute kind : RequirementConstraintKind[1..1];
derived item ownedConstraint : ConstraintUsage[1..1] redefines ownedMemberFeature;
derived ref item referencedConstraint : ConstraintUsage[1..1];
}
metadata def RequirementDefinition specializes ConstraintDefinition {
attribute reqId : String[0..1] redefines declaredShortName;
derived attribute text : String[0..*];
derived ref item subjectParameter : Usage[1..1] subsets parameter, usage;
derived ref item actorParameter : PartUsage[0..*] ordered subsets usage, parameter;
derived ref item stakeholderParameter : PartUsage[0..*] ordered subsets parameter, usage;
derived ref item assumedConstraint : ConstraintUsage[0..*] ordered subsets ownedFeature;
derived ref item requiredConstraint : ConstraintUsage[0..*] ordered subsets ownedFeature;
derived ref item framedConcern : ConcernUsage[0..*] ordered subsets requiredConstraint;
}
metadata def RequirementUsage specializes ConstraintUsage {
attribute reqId : String[0..1] redefines declaredShortName;
derived attribute text : String[0..*];
derived ref item requirementDefinition : RequirementDefinition[0..1] redefines constraintDefinition;
derived ref item requiredConstraint : ConstraintUsage[0..*] ordered subsets ownedFeature;
derived ref item assumedConstraint : ConstraintUsage[0..*] ordered subsets ownedFeature;
derived ref item subjectParameter : Usage[1..1] subsets parameter, usage;
derived ref item framedConcern : ConcernUsage[0..*] ordered subsets requiredConstraint;
derived ref item actorParameter : PartUsage[0..*] ordered subsets usage, parameter;
derived ref item stakeholderParameter : PartUsage[0..*] ordered subsets parameter, usage;
}
metadata def RequirementVerificationMembership specializes RequirementConstraintMembership {
attribute kind : RequirementConstraintKind[1..1] redefines kind;
derived item ownedRequirement : RequirementUsage[1..1] redefines ownedConstraint;
derived ref item verifiedRequirement : RequirementUsage[1..1] redefines referencedConstraint;
}
metadata def SatisfyRequirementUsage specializes RequirementUsage, AssertConstraintUsage {
derived ref item satisfiedRequirement : RequirementUsage[1..1] redefines assertedConstraint;
derived ref item satisfyingFeature : Feature[1..1];
}
metadata def SendActionUsage specializes ActionUsage {
derived ref item receiverArgument : Expression[0..1];
derived ref item payloadArgument : Expression[1..1];
derived ref item senderArgument : Expression[0..1];
}
metadata def StakeholderMembership specializes ParameterMembership {
derived item ownedStakeholderParameter : PartUsage[1..1] redefines ownedMemberParameter;
}
metadata def StateDefinition specializes ActionDefinition {
attribute isParallel : Boolean[1..1];
derived ref item 'state' : StateUsage[0..*] ordered subsets 'action';
derived ref item entryAction : ActionUsage[0..1];
derived ref item doAction : ActionUsage[0..1];
derived ref item exitAction : ActionUsage[0..1];
}
enum def StateSubactionKind {
enum 'entry';
enum 'do';
enum 'exit';
}
metadata def StateSubactionMembership specializes FeatureMembership {
attribute kind : StateSubactionKind[1..1];
derived item 'action' : ActionUsage[1..1] redefines ownedMemberFeature;
}
metadata def StateUsage specializes ActionUsage {
attribute isParallel : Boolean[1..1];
derived ref item stateDefinition : Behavior[0..*] ordered redefines actionDefinition;
derived ref item entryAction : ActionUsage[0..1];
derived ref item doAction : ActionUsage[0..1];
derived ref item exitAction : ActionUsage[0..1];
}
metadata def SubjectMembership specializes ParameterMembership {
derived item ownedSubjectParameter : Usage[1..1] redefines ownedMemberParameter;
}
metadata def SuccessionAsUsage specializes ConnectorAsUsage, Succession;
metadata def SuccessionFlowConnectionUsage specializes SuccessionItemFlow, FlowConnectionUsage;
enum def TransitionFeatureKind {
enum trigger;
enum guard;
enum effect;
}
metadata def TransitionFeatureMembership specializes FeatureMembership {
attribute kind : TransitionFeatureKind[1..1];
derived item transitionFeature : Step[1..1] redefines ownedMemberFeature;
}
metadata def TransitionUsage specializes ActionUsage {
derived ref item source : ActionUsage[1..1];
derived ref item target : ActionUsage[1..1];
derived ref item triggerAction : AcceptActionUsage[0..*] subsets ownedFeature;
derived ref item guardExpression : Expression[0..*] subsets ownedFeature;
derived ref item effectAction : ActionUsage[0..*] subsets feature;
derived ref item 'succession' : Succession[1..1] subsets ownedMember;
}
metadata def TriggerInvocationExpression specializes InvocationExpression {
attribute kind : TriggerKind[1..1];
}
enum def TriggerKind {
enum 'when';
enum 'at';
enum 'after';
}
metadata def Usage specializes Feature {
attribute isVariation : Boolean[1..1];
derived attribute isReference : Boolean[1..1];
derived ref item 'variant' : Usage[0..*] subsets ownedMember;
derived item variantMembership : VariantMembership[0..*] subsets ownedMembership;
derived ref item owningDefinition : Definition[0..1] subsets owningType;
derived ref item owningUsage : Usage[0..1] subsets owningType;
derived ref item definition : Classifier[0..*] ordered redefines type;
derived ref item usage : Usage[0..*] ordered subsets feature;
derived ref item directedUsage : Usage[0..*] ordered subsets usage, directedFeature;
derived ref item nestedUsage : Usage[0..*] ordered subsets ownedFeature, usage;
derived ref item nestedReference : ReferenceUsage[0..*] ordered subsets nestedUsage;
derived ref item nestedAttribute : AttributeUsage[0..*] ordered subsets nestedUsage;
derived ref item nestedEnumeration : EnumerationUsage[0..*] ordered subsets nestedAttribute;
derived ref item nestedOccurrence : OccurrenceUsage[0..*] ordered subsets nestedUsage;
derived ref item nestedItem : ItemUsage[0..*] ordered subsets nestedOccurrence;
derived ref item nestedPart : PartUsage[0..*] ordered subsets nestedItem;
derived ref item nestedPort : PortUsage[0..*] ordered subsets nestedUsage;
derived ref item nestedConnection : ConnectorAsUsage[0..*] ordered subsets nestedPart;
derived ref item nestedFlow : FlowConnectionUsage[0..*] subsets nestedConnection;
derived ref item nestedInterface : InterfaceUsage[0..*] ordered subsets nestedConnection;
derived ref item nestedAllocation : AllocationUsage[0..*] ordered subsets nestedConnection;
derived ref item nestedAction : ActionUsage[0..*] ordered subsets nestedOccurrence;
derived ref item nestedState : StateUsage[0..*] ordered subsets nestedAction;
derived ref item nestedTransition : TransitionUsage[0..*] subsets nestedUsage;
derived ref item nestedCalculation : CalculationUsage[0..*] ordered subsets nestedAction;
derived ref item nestedConstraint : ConstraintUsage[0..*] ordered subsets nestedOccurrence;
derived ref item nestedRequirement : RequirementUsage[0..*] ordered subsets nestedConstraint;
derived ref item nestedConcern : ConcernUsage[0..*] subsets nestedRequirement;
derived ref item nestedCase : CaseUsage[0..*] ordered subsets nestedCalculation;
derived ref item nestedAnalysisCase : AnalysisCaseUsage[0..*] ordered subsets nestedCase;
derived ref item nestedVerificationCase : VerificationCaseUsage[0..*] ordered subsets nestedCase;
derived ref item nestedUseCase : UseCaseUsage[0..*] ordered subsets nestedCase;
derived ref item nestedView : ViewUsage[0..*] ordered subsets nestedPart;
derived ref item nestedViewpoint : ViewpointUsage[0..*] ordered subsets nestedRequirement;
derived ref item nestedRendering : RenderingUsage[0..*] ordered subsets nestedPart;
derived ref item nestedMetadata : MetadataUsage[0..*] ordered subsets nestedItem;
}
metadata def UseCaseDefinition specializes CaseDefinition {
derived ref item includedUseCase : UseCaseUsage[0..*] ordered;
}
metadata def UseCaseUsage specializes CaseUsage {
derived ref item useCaseDefinition : UseCaseDefinition[0..1] redefines caseDefinition;
derived ref item includedUseCase : UseCaseUsage[0..*] ordered;
}
metadata def VariantMembership specializes OwningMembership {
derived item ownedVariantUsage : Usage[1..1] redefines ownedMemberElement;
}
metadata def VerificationCaseDefinition specializes CaseDefinition {
derived ref item verifiedRequirement : RequirementUsage[0..*] ordered;
}
metadata def VerificationCaseUsage specializes CaseUsage {
derived ref item verificationCaseDefinition : VerificationCaseDefinition[0..1] subsets caseDefinition;
derived ref item verifiedRequirement : RequirementUsage[0..*] ordered;
}
metadata def ViewDefinition specializes PartDefinition {
derived ref item 'view' : ViewUsage[0..*] ordered subsets usage;
derived ref item satisfiedViewpoint : ViewpointUsage[0..*] ordered subsets ownedRequirement;
derived ref item viewRendering : RenderingUsage[0..1];
derived ref item viewCondition : Expression[0..*] ordered subsets ownedMember;
}
metadata def ViewRenderingMembership specializes FeatureMembership {
derived item ownedRendering : RenderingUsage[1..1] redefines ownedMemberFeature;
derived ref item referencedRendering : RenderingUsage[1..1];
}
metadata def ViewUsage specializes PartUsage {
derived ref item viewDefinition : ViewDefinition[0..1] redefines partDefinition;
derived ref item satisfiedViewpoint : ViewpointUsage[0..*] ordered subsets nestedRequirement;
derived ref item exposedElement : Element[0..*] ordered subsets member;
derived ref item viewRendering : RenderingUsage[0..1];
derived ref item viewCondition : Expression[0..*] ordered subsets ownedMember;
}
metadata def ViewpointDefinition specializes RequirementDefinition {
derived ref item viewpointStakeholder : PartUsage[0..*] ordered;
}
metadata def ViewpointUsage specializes RequirementUsage {
derived ref item viewpointDefinition : ViewpointDefinition[0..1] redefines requirementDefinition;
derived ref item viewpointStakeholder : PartUsage[0..*] ordered;
}
metadata def WhileLoopActionUsage specializes LoopActionUsage {
derived ref item whileArgument : Expression[1..1];
derived ref item untilArgument : Expression[0..1];
}
}
}
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