Home » Modeling » UML2 » Reapplying a profile after its has be re-defined
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Re: Reapplying a profile after its has be re-defined [message #476775 is a reply to message #476774] |
Mon, 17 December 2007 18:10 |
Kenn Hussey Messages: 1620 Registered: July 2009 |
Senior Member |
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Anders,
The UML specification doesn't dictate how tools are supposed to behave in
this area, so yes, it's conformant.
To update applied stereotypes to a new definition of a profile, simply
reapply the profile; tag values will be automatically be migrated on a
best-effort basis.
IDs shouldn't change every time the profie is saved; how are you saving the
profile: using the editor or from a Java program?
Kenn
"Anders W.Tell" <opensource@toolsmiths.se> wrote in message
news:fk6de6$6il$3@build.eclipse.org...
> Kenn,
>
> Ok, is this behavior conformant with OMG profiling? Does this work
> portable with profiles expressed in plain XMI?
>
> How to one automatically update an existing applied profile (in an *.uml)
> to a newer and improved one?
>
> One problem (for me) seems that the ID of stereotypes changes when one
> save the profile.uml. Is it possible to prevent the saving of new ID for
> stereotype?
>
> /anders
>
>
> Kenn Hussey wrote:
>> Anders,
>>
>> If you're deleting annotations, you're deleting the metadata that is
>> needed in order to successfully recognize stereotype applications based
>> on older versions of the profile... So if you want to keep your
>> stereotype applications, don't delete the annotations.
>>
>> Kenn
>>
>> "Anders W.Tell" <opensource@toolsmiths.se> wrote in message
>> news:fk1cdf$40j$1@build.eclipse.org...
>>> Hi,
>>>
>>> Im still trying to get the hang of how profiles work and Im in cycle of
>>> changing a profile with many redefines.
>>>
>>> How ever when I drop and replace the file "bsc.profile.uml" and opens an
>>> existing '*.uml' file where i have applied the profile, the connection
>>> /references to applied stereotypes seems lost
>>>
>>> And at the top level in the my1.uml file there are now extra elements
>>> outside the <uml:Model> element.
>>>
>>> Such as:
>>> <BusinessSemanticComponent:SemanticComponent
>>> xmi:id="_pSRaEKs9Edypn7TO-27LDg"
>>> base_Classifier="_oZuiAKpMEdy6V5U3TuHlaQ"/>
>>>
>>> More over in the ProfileApplication element in *.uml file the
>>> UML::Reference is now = "null"
>>>
>>> I always define the profile after changed and I keep the
>>> annotation:nsURI to the same value between defines.
>>>
>>> I also keep the latest annotation in profile file (i.e I remove the last
>>> one since I make soo many changed/addition)
>>>
>>>
>>> thanks for any hints
>>> /anders
>>
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Re: Reapplying a profile after its has be re-defined [message #476784 is a reply to message #476773] |
Tue, 18 December 2007 14:17 |
urs zeidler Messages: 91 Registered: July 2009 |
Member |
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This is a multi-part message in MIME format.
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Anders W.Tell schrieb:
> Interesting is it difficult?
> /anders
>
Not really, you can use this transformation as a base.
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Content-Type: text/plain;
name="uml2copy_direct_with_Stereotypes.atl"
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Content-Disposition: inline;
filename="uml2copy_direct_with_Stereotypes.atl"
-- @atlcompiler atl2006
module Transformation;
create OUT : UML2 from IN : UML2,PRO:UML2;
helper def : inElements : Set(UML2!"ecore::EObject") = UML2!"ecore::EObject"->allInstancesFrom('IN');
helper def : isIncluded(invar : OclAny) : Boolean =
true
;
helper def : CommentGuard(invar : UML2!"uml::Comment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Comment") ;
helper def : PackageGuard(invar : UML2!"uml::Package") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Package") ;
helper def : DependencyGuard(invar : UML2!"uml::Dependency") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Dependency") ;
helper def : ElementImportGuard(invar : UML2!"uml::ElementImport") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ElementImport") ;
helper def : PackageImportGuard(invar : UML2!"uml::PackageImport") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::PackageImport") ;
helper def : ConstraintGuard(invar : UML2!"uml::Constraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Constraint") ;
helper def : AssociationGuard(invar : UML2!"uml::Association") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Association") ;
helper def : TemplateBindingGuard(invar : UML2!"uml::TemplateBinding") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TemplateBinding") ;
helper def : TemplateSignatureGuard(invar : UML2!"uml::TemplateSignature") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TemplateSignature") ;
helper def : TemplateParameterGuard(invar : UML2!"uml::TemplateParameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TemplateParameter") ;
helper def : TemplateParameterSubstitutionGuard(invar : UML2!"uml::TemplateParameterSubstitution") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TemplateParameterSubstitution") ;
helper def : GeneralizationGuard(invar : UML2!"uml::Generalization") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Generalization") ;
helper def : GeneralizationSetGuard(invar : UML2!"uml::GeneralizationSet") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::GeneralizationSet") ;
helper def : SubstitutionGuard(invar : UML2!"uml::Substitution") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Substitution") ;
helper def : RealizationGuard(invar : UML2!"uml::Realization") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Realization") ;
helper def : AbstractionGuard(invar : UML2!"uml::Abstraction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Abstraction") ;
helper def : OpaqueExpressionGuard(invar : UML2!"uml::OpaqueExpression") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OpaqueExpression") ;
helper def : ParameterGuard(invar : UML2!"uml::Parameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Parameter") ;
helper def : ConnectableElementTemplateParameterGuard(invar : UML2!"uml::ConnectableElementTemplateParameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConnectableElementTemplateParameter ") ;
helper def : ConnectorEndGuard(invar : UML2!"uml::ConnectorEnd") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConnectorEnd") ;
helper def : PropertyGuard(invar : UML2!"uml::Property") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Property") ;
helper def : DeploymentGuard(invar : UML2!"uml::Deployment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Deployment") ;
helper def : DeploymentSpecificationGuard(invar : UML2!"uml::DeploymentSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DeploymentSpecification") ;
helper def : ArtifactGuard(invar : UML2!"uml::Artifact") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Artifact") ;
helper def : ManifestationGuard(invar : UML2!"uml::Manifestation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Manifestation") ;
helper def : OperationGuard(invar : UML2!"uml::Operation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Operation") ;
helper def : ClassGuard(invar : UML2!"uml::Class") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Class") ;
helper def : InterfaceRealizationGuard(invar : UML2!"uml::InterfaceRealization") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InterfaceRealization") ;
helper def : InterfaceGuard(invar : UML2!"uml::Interface") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Interface") ;
helper def : ReceptionGuard(invar : UML2!"uml::Reception") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Reception") ;
helper def : SignalGuard(invar : UML2!"uml::Signal") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Signal") ;
helper def : ProtocolStateMachineGuard(invar : UML2!"uml::ProtocolStateMachine") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ProtocolStateMachine") ;
helper def : StateMachineGuard(invar : UML2!"uml::StateMachine") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StateMachine") ;
helper def : RegionGuard(invar : UML2!"uml::Region") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Region") ;
helper def : TransitionGuard(invar : UML2!"uml::Transition") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Transition") ;
helper def : TriggerGuard(invar : UML2!"uml::Trigger") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Trigger") ;
helper def : PortGuard(invar : UML2!"uml::Port") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Port") ;
helper def : StateGuard(invar : UML2!"uml::State") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::State") ;
helper def : ConnectionPointReferenceGuard(invar : UML2!"uml::ConnectionPointReference") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConnectionPointReference") ;
helper def : PseudostateGuard(invar : UML2!"uml::Pseudostate") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Pseudostate") ;
helper def : ProtocolConformanceGuard(invar : UML2!"uml::ProtocolConformance") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ProtocolConformance") ;
helper def : ConnectorGuard(invar : UML2!"uml::Connector") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Connector") ;
helper def : ExtensionGuard(invar : UML2!"uml::Extension") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Extension") ;
helper def : ExtensionEndGuard(invar : UML2!"uml::ExtensionEnd") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExtensionEnd") ;
helper def : StereotypeGuard(invar : UML2!"uml::Stereotype") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Stereotype") ;
helper def : ImageGuard(invar : UML2!"uml::Image") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Image") ;
helper def : ProfileGuard(invar : UML2!"uml::Profile") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Profile") ;
helper def : ModelGuard(invar : UML2!"uml::Model") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Model") ;
helper def : ParameterSetGuard(invar : UML2!"uml::ParameterSet") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ParameterSet") ;
helper def : DataTypeGuard(invar : UML2!"uml::DataType") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DataType") ;
helper def : OperationTemplateParameterGuard(invar : UML2!"uml::OperationTemplateParameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OperationTemplateParameter") ;
helper def : CollaborationUseGuard(invar : UML2!"uml::CollaborationUse") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CollaborationUse") ;
helper def : CollaborationGuard(invar : UML2!"uml::Collaboration") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Collaboration") ;
helper def : UseCaseGuard(invar : UML2!"uml::UseCase") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::UseCase") ;
helper def : IncludeGuard(invar : UML2!"uml::Include") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Include") ;
helper def : ExtendGuard(invar : UML2!"uml::Extend") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Extend") ;
helper def : ExtensionPointGuard(invar : UML2!"uml::ExtensionPoint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExtensionPoint") ;
helper def : RedefinableTemplateSignatureGuard(invar : UML2!"uml::RedefinableTemplateSignature") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::RedefinableTemplateSignature") ;
helper def : ClassifierTemplateParameterGuard(invar : UML2!"uml::ClassifierTemplateParameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ClassifierTemplateParameter") ;
helper def : StringExpressionGuard(invar : UML2!"uml::StringExpression") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StringExpression") ;
helper def : ExpressionGuard(invar : UML2!"uml::Expression") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Expression") ;
helper def : UsageGuard(invar : UML2!"uml::Usage") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Usage") ;
helper def : PackageMergeGuard(invar : UML2!"uml::PackageMerge") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::PackageMerge") ;
helper def : ProfileApplicationGuard(invar : UML2!"uml::ProfileApplication") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ProfileApplication") ;
helper def : EnumerationGuard(invar : UML2!"uml::Enumeration") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Enumeration") ;
helper def : EnumerationLiteralGuard(invar : UML2!"uml::EnumerationLiteral") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::EnumerationLiteral") ;
helper def : InstanceSpecificationGuard(invar : UML2!"uml::InstanceSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InstanceSpecification") ;
helper def : SlotGuard(invar : UML2!"uml::Slot") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Slot") ;
helper def : PrimitiveTypeGuard(invar : UML2!"uml::PrimitiveType") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::PrimitiveType") ;
helper def : LiteralIntegerGuard(invar : UML2!"uml::LiteralInteger") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralInteger") ;
helper def : LiteralStringGuard(invar : UML2!"uml::LiteralString") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralString") ;
helper def : LiteralBooleanGuard(invar : UML2!"uml::LiteralBoolean") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralBoolean") ;
helper def : LiteralNullGuard(invar : UML2!"uml::LiteralNull") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralNull") ;
helper def : InstanceValueGuard(invar : UML2!"uml::InstanceValue") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InstanceValue") ;
helper def : LiteralUnlimitedNaturalGuard(invar : UML2!"uml::LiteralUnlimitedNatural") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralUnlimitedNatural") ;
helper def : OpaqueBehaviorGuard(invar : UML2!"uml::OpaqueBehavior") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OpaqueBehavior") ;
helper def : FunctionBehaviorGuard(invar : UML2!"uml::FunctionBehavior") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::FunctionBehavior") ;
helper def : OpaqueActionGuard(invar : UML2!"uml::OpaqueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OpaqueAction") ;
helper def : StructuredActivityNodeGuard(invar : UML2!"uml::StructuredActivityNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StructuredActivityNode") ;
helper def : ActivityGuard(invar : UML2!"uml::Activity") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Activity") ;
helper def : VariableGuard(invar : UML2!"uml::Variable") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Variable") ;
helper def : ActivityPartitionGuard(invar : UML2!"uml::ActivityPartition") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActivityPartition") ;
helper def : InterruptibleActivityRegionGuard(invar : UML2!"uml::InterruptibleActivityRegion") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InterruptibleActivityRegion") ;
helper def : ExceptionHandlerGuard(invar : UML2!"uml::ExceptionHandler") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExceptionHandler") ;
helper def : OutputPinGuard(invar : UML2!"uml::OutputPin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OutputPin") ;
helper def : PinGuard(invar : UML2!"uml::Pin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Pin") ;
helper def : InputPinGuard(invar : UML2!"uml::InputPin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InputPin") ;
helper def : SendSignalActionGuard(invar : UML2!"uml::SendSignalAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SendSignalAction") ;
helper def : CallOperationActionGuard(invar : UML2!"uml::CallOperationAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CallOperationAction") ;
helper def : CallBehaviorActionGuard(invar : UML2!"uml::CallBehaviorAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CallBehaviorAction") ;
helper def : SequenceNodeGuard(invar : UML2!"uml::SequenceNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SequenceNode") ;
helper def : ControlFlowGuard(invar : UML2!"uml::ControlFlow") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ControlFlow") ;
helper def : InitialNodeGuard(invar : UML2!"uml::InitialNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InitialNode") ;
helper def : ActivityParameterNodeGuard(invar : UML2!"uml::ActivityParameterNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActivityParameterNode") ;
helper def : ValuePinGuard(invar : UML2!"uml::ValuePin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ValuePin") ;
helper def : MessageGuard(invar : UML2!"uml::Message") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Message") ;
helper def : InteractionGuard(invar : UML2!"uml::Interaction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Interaction") ;
helper def : LifelineGuard(invar : UML2!"uml::Lifeline") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Lifeline") ;
helper def : PartDecompositionGuard(invar : UML2!"uml::PartDecomposition") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::PartDecomposition") ;
helper def : InteractionUseGuard(invar : UML2!"uml::InteractionUse") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InteractionUse") ;
helper def : GateGuard(invar : UML2!"uml::Gate") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Gate") ;
helper def : GeneralOrderingGuard(invar : UML2!"uml::GeneralOrdering") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::GeneralOrdering") ;
helper def : OccurrenceSpecificationGuard(invar : UML2!"uml::OccurrenceSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OccurrenceSpecification") ;
helper def : InteractionOperandGuard(invar : UML2!"uml::InteractionOperand") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InteractionOperand") ;
helper def : InteractionConstraintGuard(invar : UML2!"uml::InteractionConstraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InteractionConstraint") ;
helper def : StateInvariantGuard(invar : UML2!"uml::StateInvariant") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StateInvariant") ;
helper def : ActionExecutionSpecificationGuard(invar : UML2!"uml::ActionExecutionSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActionExecutionSpecification") ;
helper def : BehaviorExecutionSpecificationGuard(invar : UML2!"uml::BehaviorExecutionSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::BehaviorExecutionSpecification ") ;
helper def : ExecutionEventGuard(invar : UML2!"uml::ExecutionEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExecutionEvent") ;
helper def : CreationEventGuard(invar : UML2!"uml::CreationEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CreationEvent") ;
helper def : DestructionEventGuard(invar : UML2!"uml::DestructionEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DestructionEvent") ;
helper def : SendOperationEventGuard(invar : UML2!"uml::SendOperationEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SendOperationEvent") ;
helper def : SendSignalEventGuard(invar : UML2!"uml::SendSignalEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SendSignalEvent") ;
helper def : MessageOccurrenceSpecificationGuard(invar : UML2!"uml::MessageOccurrenceSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::MessageOccurrenceSpecification ") ;
helper def : ExecutionOccurrenceSpecificationGuard(invar : UML2!"uml::ExecutionOccurrenceSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExecutionOccurrenceSpecification ") ;
helper def : ReceiveOperationEventGuard(invar : UML2!"uml::ReceiveOperationEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReceiveOperationEvent") ;
helper def : ReceiveSignalEventGuard(invar : UML2!"uml::ReceiveSignalEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReceiveSignalEvent") ;
helper def : ActorGuard(invar : UML2!"uml::Actor") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Actor") ;
helper def : CallEventGuard(invar : UML2!"uml::CallEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CallEvent") ;
helper def : ChangeEventGuard(invar : UML2!"uml::ChangeEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ChangeEvent") ;
helper def : SignalEventGuard(invar : UML2!"uml::SignalEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SignalEvent") ;
helper def : AnyReceiveEventGuard(invar : UML2!"uml::AnyReceiveEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AnyReceiveEvent") ;
helper def : ForkNodeGuard(invar : UML2!"uml::ForkNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ForkNode") ;
helper def : FlowFinalNodeGuard(invar : UML2!"uml::FlowFinalNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::FlowFinalNode") ;
helper def : CentralBufferNodeGuard(invar : UML2!"uml::CentralBufferNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CentralBufferNode") ;
helper def : MergeNodeGuard(invar : UML2!"uml::MergeNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::MergeNode") ;
helper def : DecisionNodeGuard(invar : UML2!"uml::DecisionNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DecisionNode") ;
helper def : ActivityFinalNodeGuard(invar : UML2!"uml::ActivityFinalNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActivityFinalNode") ;
helper def : ComponentRealizationGuard(invar : UML2!"uml::ComponentRealization") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ComponentRealization") ;
helper def : ComponentGuard(invar : UML2!"uml::Component") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Component") ;
helper def : NodeGuard(invar : UML2!"uml::Node") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Node") ;
helper def : DeviceGuard(invar : UML2!"uml::Device") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Device") ;
helper def : ExecutionEnvironmentGuard(invar : UML2!"uml::ExecutionEnvironment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExecutionEnvironment") ;
helper def : CommunicationPathGuard(invar : UML2!"uml::CommunicationPath") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CommunicationPath") ;
helper def : CombinedFragmentGuard(invar : UML2!"uml::CombinedFragment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CombinedFragment") ;
helper def : ContinuationGuard(invar : UML2!"uml::Continuation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Continuation") ;
helper def : ConsiderIgnoreFragmentGuard(invar : UML2!"uml::ConsiderIgnoreFragment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConsiderIgnoreFragment") ;
helper def : CreateObjectActionGuard(invar : UML2!"uml::CreateObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CreateObjectAction") ;
helper def : DestroyObjectActionGuard(invar : UML2!"uml::DestroyObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DestroyObjectAction") ;
helper def : TestIdentityActionGuard(invar : UML2!"uml::TestIdentityAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TestIdentityAction") ;
helper def : ReadSelfActionGuard(invar : UML2!"uml::ReadSelfAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadSelfAction") ;
helper def : ReadStructuralFeatureActionGuard(invar : UML2!"uml::ReadStructuralFeatureAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadStructuralFeatureAction") ;
helper def : ClearStructuralFeatureActionGuard(invar : UML2!"uml::ClearStructuralFeatureAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ClearStructuralFeatureAction") ;
helper def : RemoveStructuralFeatureValueActionGuard(invar : UML2!"uml::RemoveStructuralFeatureValueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::RemoveStructuralFeatureValueAction ") ;
helper def : AddStructuralFeatureValueActionGuard(invar : UML2!"uml::AddStructuralFeatureValueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AddStructuralFeatureValueAction ") ;
helper def : LinkEndDataGuard(invar : UML2!"uml::LinkEndData") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LinkEndData") ;
helper def : QualifierValueGuard(invar : UML2!"uml::QualifierValue") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::QualifierValue") ;
helper def : ReadLinkActionGuard(invar : UML2!"uml::ReadLinkAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadLinkAction") ;
helper def : LinkEndCreationDataGuard(invar : UML2!"uml::LinkEndCreationData") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LinkEndCreationData") ;
helper def : CreateLinkActionGuard(invar : UML2!"uml::CreateLinkAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CreateLinkAction") ;
helper def : DestroyLinkActionGuard(invar : UML2!"uml::DestroyLinkAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DestroyLinkAction") ;
helper def : LinkEndDestructionDataGuard(invar : UML2!"uml::LinkEndDestructionData") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LinkEndDestructionData") ;
helper def : ClearAssociationActionGuard(invar : UML2!"uml::ClearAssociationAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ClearAssociationAction") ;
helper def : BroadcastSignalActionGuard(invar : UML2!"uml::BroadcastSignalAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::BroadcastSignalAction") ;
helper def : SendObjectActionGuard(invar : UML2!"uml::SendObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SendObjectAction") ;
helper def : ValueSpecificationActionGuard(invar : UML2!"uml::ValueSpecificationAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ValueSpecificationAction") ;
helper def : TimeExpressionGuard(invar : UML2!"uml::TimeExpression") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeExpression") ;
helper def : DurationGuard(invar : UML2!"uml::Duration") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Duration") ;
helper def : DurationIntervalGuard(invar : UML2!"uml::DurationInterval") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DurationInterval") ;
helper def : IntervalGuard(invar : UML2!"uml::Interval") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Interval") ;
helper def : TimeConstraintGuard(invar : UML2!"uml::TimeConstraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeConstraint") ;
helper def : IntervalConstraintGuard(invar : UML2!"uml::IntervalConstraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::IntervalConstraint") ;
helper def : TimeIntervalGuard(invar : UML2!"uml::TimeInterval") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeInterval") ;
helper def : DurationConstraintGuard(invar : UML2!"uml::DurationConstraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DurationConstraint") ;
helper def : TimeObservationGuard(invar : UML2!"uml::TimeObservation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeObservation") ;
helper def : DurationObservationGuard(invar : UML2!"uml::DurationObservation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DurationObservation") ;
helper def : FinalStateGuard(invar : UML2!"uml::FinalState") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::FinalState") ;
helper def : TimeEventGuard(invar : UML2!"uml::TimeEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeEvent") ;
helper def : ReadVariableActionGuard(invar : UML2!"uml::ReadVariableAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadVariableAction") ;
helper def : ClearVariableActionGuard(invar : UML2!"uml::ClearVariableAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ClearVariableAction") ;
helper def : AddVariableValueActionGuard(invar : UML2!"uml::AddVariableValueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AddVariableValueAction") ;
helper def : RemoveVariableValueActionGuard(invar : UML2!"uml::RemoveVariableValueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::RemoveVariableValueAction") ;
helper def : RaiseExceptionActionGuard(invar : UML2!"uml::RaiseExceptionAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::RaiseExceptionAction") ;
helper def : ActionInputPinGuard(invar : UML2!"uml::ActionInputPin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActionInputPin") ;
helper def : InformationItemGuard(invar : UML2!"uml::InformationItem") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InformationItem") ;
helper def : InformationFlowGuard(invar : UML2!"uml::InformationFlow") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InformationFlow") ;
helper def : ReadExtentActionGuard(invar : UML2!"uml::ReadExtentAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadExtentAction") ;
helper def : ReclassifyObjectActionGuard(invar : UML2!"uml::ReclassifyObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReclassifyObjectAction") ;
helper def : ReadIsClassifiedObjectActionGuard(invar : UML2!"uml::ReadIsClassifiedObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadIsClassifiedObjectAction") ;
helper def : StartClassifierBehaviorActionGuard(invar : UML2!"uml::StartClassifierBehaviorAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StartClassifierBehaviorAction") ;
helper def : ReadLinkObjectEndActionGuard(invar : UML2!"uml::ReadLinkObjectEndAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadLinkObjectEndAction") ;
helper def : ReadLinkObjectEndQualifierActionGuard(invar : UML2!"uml::ReadLinkObjectEndQualifierAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadLinkObjectEndQualifierAction ") ;
helper def : CreateLinkObjectActionGuard(invar : UML2!"uml::CreateLinkObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CreateLinkObjectAction") ;
helper def : AcceptEventActionGuard(invar : UML2!"uml::AcceptEventAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AcceptEventAction") ;
helper def : AcceptCallActionGuard(invar : UML2!"uml::AcceptCallAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AcceptCallAction") ;
helper def : ReplyActionGuard(invar : UML2!"uml::ReplyAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReplyAction") ;
helper def : UnmarshallActionGuard(invar : UML2!"uml::UnmarshallAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::UnmarshallAction") ;
helper def : ReduceActionGuard(invar : UML2!"uml::ReduceAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReduceAction") ;
helper def : JoinNodeGuard(invar : UML2!"uml::JoinNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::JoinNode") ;
helper def : DataStoreNodeGuard(invar : UML2!"uml::DataStoreNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DataStoreNode") ;
helper def : ObjectFlowGuard(invar : UML2!"uml::ObjectFlow") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ObjectFlow") ;
helper def : ConditionalNodeGuard(invar : UML2!"uml::ConditionalNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConditionalNode") ;
helper def : ClauseGuard(invar : UML2!"uml::Clause") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Clause") ;
helper def : LoopNodeGuard(invar : UML2!"uml::LoopNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LoopNode") ;
helper def : ExpansionNodeGuard(invar : UML2!"uml::ExpansionNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExpansionNode") ;
helper def : ExpansionRegionGuard(invar : UML2!"uml::ExpansionRegion") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExpansionRegion") ;
helper def : ProtocolTransitionGuard(invar : UML2!"uml::ProtocolTransition") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ProtocolTransition") ;
helper def : AssociationClassGuard(invar : UML2!"uml::AssociationClass") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AssociationClass") ;
rule copyStereoType(invar : UML2!"uml::Element",outvar : UML2!"uml::Element"){
do{
--invar.getAppliedStereotypes().debug('applied stereotypes');
for(st in invar.getAppliedStereotypes()){
-- st.getName().debug('stereotype working on');
outvar.applyStereotype(st);
for (a in st.getAllAttributes()){
-- a.debug('attribute :');
-- invar.getValue(st,a.name).debug('value for '+a.name);
if(not invar.getValue(st,a.name).oclIsUndefined()){
if ( not a.name.startsWith('base_') ){
outvar.setValue(st,a.name, invar.getValue(st,a.name) );
}
}else{
if(a.name='tableName'){
outvar.setValue(st,a.name, invar.name.toLower() );
}
}
}
}
}--do
}
endpoint rule endpointRule() {
do {
}
}
entrypoint rule entrypointRule() {
do {
}
}
rule CommentRule {
from invar : UML2!"uml::Comment" (thisModule.CommentGuard(invar))
to Commentvar : UML2!Comment (
body <- invar.body,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
annotatedElement <- invar.annotatedElement
)
do {
--invar.debug('CommentRule');
}
}
rule PackageRule {
from invar : UML2!"uml::Package" (thisModule.PackageGuard(invar))
to Packagevar : UML2!Package (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
elementImport <- invar.elementImport,
packageImport <- invar.packageImport,
ownedRule <- invar.ownedRule,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
templateBinding <- invar.templateBinding,
ownedTemplateSignature <- invar.ownedTemplateSignature,
ownedType <- invar.ownedType,
packageMerge <- invar.packageMerge,
packagedElement <- invar.packagedElement,
-- nestedPackage <- invar.nestedPackage,
nestingPackage <- invar.nestingPackage,
profileApplication <- invar.profileApplication
)
do {
invar.debug('PackageRule');
}
}
rule DependencyRule {
from invar : UML2!"uml::Dependency" (thisModule.DependencyGuard(invar))
to Dependencyvar : UML2!Dependency (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client
)
do {
thisModule.copyStereoType(invar,Dependencyvar);
invar.debug('DependencyRule');
}
}
rule ElementImportRule {
from invar : UML2!"uml::ElementImport" (thisModule.ElementImportGuard(invar))
to ElementImportvar : UML2!ElementImport (
visibility <- invar.visibility,
alias <- invar.alias,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
importedElement <- invar.importedElement,
importingNamespace <- invar.importingNamespace
)
do {
thisModule.copyStereoType(invar,ElementImportvar);
invar.debug('ElementImportRule');
}
}
rule PackageImportRule {
from invar : UML2!"uml::PackageImport" (thisModule.PackageImportGuard(invar))
to PackageImportvar : UML2!PackageImport (
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
importedPackage <- invar.importedPackage,
importingNamespace <- invar.importingNamespace
)
do {
thisModule.copyStereoType(invar,PackageImportvar);
invar.debug('PackageImportRule');
}
}
rule ConstraintRule {
from invar : UML2!"uml::Constraint" (thisModule.ConstraintGuard(invar))
to Constraintvar : UML2!Constraint (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
constrainedElement <- invar.constrainedElement,
specification <- invar.specification,
"context" <- invar."context"
)
do {
thisModule.copyStereoType(invar,Constraintvar);
invar.debug('ConstraintRule');
}
}
rule AssociationRule {
from invar : UML2!"uml::Association" (thisModule.AssociationGuard(invar))
to Associationvar : UML2!Association (
name <- invar.name,
visibility <- invar.visibility,
isLeaf <- invar.isLeaf,
isAbstract <- invar.isAbstract,
isDerived <- invar.isDerived,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
elementImport <- invar.elementImport,
packageImport <- invar.packageImport,
ownedRule <- invar.ownedRule,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
package <- invar.package,
templateBinding <- invar.templateBinding,
ownedTemplateSignature <- invar.ownedTemplateSignature,
generalization <- invar.generalization,
powertypeExtent <- invar.powertypeExtent,
redefinedClassifier <- invar.redefinedClassifier,
general <- invar.general,
substitution <- invar.substitution,
representation <- invar.representation,
collaborationUse <- invar.collaborationUse,
ownedUseCase <- invar.ownedUseCase,
useCase <- invar.useCase,
ownedEnd <- invar.ownedEnd,
memberEnd <- invar.memberEnd,
navigableOwnedEnd <- invar.navigableOwnedEnd
)
do {
thisModule.copyStereoType(invar,Associationvar);
invar.debug('AssociationRule');
}
}
rule TemplateBindingRule {
from invar : UML2!"uml::TemplateBinding" (thisModule.TemplateBindingGuard(invar))
to TemplateBindingvar : UML2!TemplateBinding (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
signature <- invar.signature,
parameterSubstitution <- invar.parameterSubstitution,
boundElement <- invar.boundElement
)
do {
thisModule.copyStereoType(invar,TemplateBindingvar);
invar.debug('TemplateBindingRule');
}
}
rule TemplateSignatureRule {
from invar : UML2!"uml::TemplateSignature" (thisModule.TemplateSignatureGuard(invar))
to TemplateSignaturevar : UML2!TemplateSignature (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
parameter <- invar.parameter,
ownedParameter <- invar.ownedParameter,
template <- invar.template
)
do {
thisModule.copyStereoType(invar,TemplateSignaturevar);
invar.debug('TemplateSignatureRule');
}
}
rule TemplateParameterRule {
from invar : UML2!"uml::TemplateParameter" (thisModule.TemplateParameterGuard(invar))
to TemplateParametervar : UML2!TemplateParameter (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
signature <- invar.signature,
parameteredElement <- invar.parameteredElement,
ownedParameteredElement <- invar.ownedParameteredElement,
default <- invar.default,
ownedDefault <- invar.ownedDefault
)
do {
thisModule.copyStereoType(invar,TemplateParametervar);
invar.debug('TemplateParameterRule');
}
}
rule TemplateParameterSubstitutionRule {
from invar : UML2!"uml::TemplateParameterSubstitution" (thisModule.TemplateParameterSubstitutionGuard(invar))
to TemplateParameterSubstitutionvar : UML2!TemplateParameterSubstitution (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
formal <- invar.formal,
actual <- invar.actual,
ownedActual <- invar.ownedActual,
templateBinding <- invar.templateBinding
)
do {
thisModule.copyStereoType(invar,TemplateParameterSubstitutio nvar);
invar.debug('TemplateParameterSubstitutionRule');
}
}
rule GeneralizationRule {
from invar : UML2!"uml::Generalization" (thisModule.GeneralizationGuard(invar))
to Generalizationvar : UML2!Generalization (
isSubstitutable <- invar.isSubstitutable,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
general <- invar.general,
generalizationSet <- invar.generalizationSet,
specific <- invar.specific
)
do {
thisModule.copyStereoType(invar,Generalizationvar);
invar.debug('GeneralizationRule');
}
}
rule GeneralizationSetRule {
from invar : UML2!"uml::GeneralizationSet" (thisModule.GeneralizationSetGuard(invar))
to GeneralizationSetvar : UML2!GeneralizationSet (
name <- invar.name,
visibility <- invar.visibility,
isCovering <- invar.isCovering,
isDisjoint <- invar.isDisjoint,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
powertype <- invar.powertype,
generalization <- invar.generalization
)
do {
thisModule.copyStereoType(invar,GeneralizationSetvar);
invar.debug('GeneralizationSetRule');
}
}
rule SubstitutionRule {
from invar : UML2!"uml::Substitution" (thisModule.SubstitutionGuard(invar))
to Substitutionvar : UML2!Substitution (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client,
mapping <- invar.mapping,
contract <- invar.contract,
substitutingClassifier <- invar.substitutingClassifier
)
do {
thisModule.copyStereoType(invar,Substitutionvar);
invar.debug('SubstitutionRule');
}
}
rule RealizationRule {
from invar : UML2!"uml::Realization" (thisModule.RealizationGuard(invar))
to Realizationvar : UML2!Realization (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client,
mapping <- invar.mapping
)
do {
thisModule.copyStereoType(invar,Realizationvar);
invar.debug('RealizationRule');
}
}
rule AbstractionRule {
from invar : UML2!"uml::Abstraction" (thisModule.AbstractionGuard(invar))
to Abstractionvar : UML2!Abstraction (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client,
mapping <- invar.mapping
)
do {
thisModule.copyStereoType(invar,Abstractionvar);
invar.debug('AbstractionRule');
}
}
rule OpaqueExpressionRule {
from invar : UML2!"uml::OpaqueExpression" (thisModule.OpaqueExpressionGuard(invar))
to OpaqueExpressionvar : UML2!OpaqueExpression (
name <- invar.name,
visibility <- invar.visibility,
body <- invar.body,
language <- invar.language,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
type <- invar.type,
behavior <- invar.behavior
)
do {
thisModule.copyStereoType(invar,OpaqueExpressionvar);
invar.debug('OpaqueExpressionRule');
}
}
rule ParameterRule {
from invar : UML2!"uml::Parameter" (thisModule.ParameterGuard(invar))
to Parametervar : UML2!Parameter (
name <- invar.name,
visibility <- invar.visibility,
isOrdered <- invar.isOrdered,
isUnique <- invar.isUnique,
upper <- invar.upper,
lower <- invar.lower,
direction <- invar.direction,
default <- invar.default,
isException <- invar.isException,
isStream <- invar.isStream,
effect <- invar.effect,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
type <- invar.type,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
end <- invar.end,
upperValue <- invar.upperValue,
lowerValue <- invar.lowerValue,
parameterSet <- invar.parameterSet,
defaultValue <- invar.defaultValue
)
do {
thisModule.copyStereoType(invar,Parametervar);
invar.debug('ParameterRule');
}
}
rule ConnectableElementTemplateParameterRule {
from invar : UML2!"uml::ConnectableElementTemplateParameter" (thisModule.ConnectableElementTemplateParameterGuard(invar))
to ConnectableElementTemplateParametervar : UML2!ConnectableElementTemplateParameter (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
signature <- invar.signature,
parameteredElement <- invar.parameteredElement,
ownedParameteredElement <- invar.ownedParameteredElement,
default <- invar.default,
ownedDefault <- invar.ownedDefault
)
do {
thisModule.copyStereoType(invar,ConnectableElementTemplatePa rametervar);
invar.debug('ConnectableElementTemplateParameterRule');
}
}
rule ConnectorEndRule {
from invar : UML2!"uml::ConnectorEnd" (thisModule.ConnectorEndGuard(invar))
to ConnectorEndvar : UML2!ConnectorEnd (
isOrdered <- invar.isOrdered,
isUnique <- invar.isUnique,
upper <- invar.upper,
lower <- invar.lower,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
upperValue <- invar.upperValue,
lowerValue <- invar.lowerValue,
partWithPort <- invar.partWithPort,
role <- invar.role
)
do {
thisModule.copyStereoType(invar,ConnectorEndvar);
invar.debug('ConnectorEndRule');
}
}
rule PropertyRule {
from invar : UML2!"uml::Property" (thisModule.PropertyGuard(invar))
to Propertyvar : UML2!Property (
name <- invar.name,
visibility <- invar.visibility,
isLeaf <- invar.isLeaf,
isStatic <- invar.isStatic,
isOrdered <- invar.isOrdered,
isUnique <- invar.isUnique,
upper <- invar.upper,
lower <- invar.lower,
isReadOnly <- invar.isReadOnly,
isDerived <- invar.isDerived,
isDerivedUnion <- invar.isDerivedUnion,
default <- invar.default,
aggregation <- invar.aggregation,
isComposite <- invar.isComposite,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
type <- invar.type,
upperValue <- invar.upperValue,
lowerValue <- invar.lowerValue,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
end <- invar.end,
deployment <- invar.deployment,
templateBinding <- invar.templateBinding,
ownedTemplateSignature <- invar.ownedTemplateSignature,
datatype <-invar.datatype,
redefinedProperty <- invar.redefinedProperty,
owningAssociation <- invar.owningAssociation,
defaultValue <- invar.defaultValue,
--opposite <- invar.opposite,
subsettedProperty <- invar.subsettedProperty,
association <- invar.association,
qualifier <- invar.qualifier,
associationEnd <- invar.associationEnd
)
do {
thisModule.copyStereoType(invar,Propertyvar);
invar.debug('PropertyRule');
}
}
rule DeploymentRule {
from invar : UML2!"uml::Deployment" (thisModule.DeploymentGuard(invar))
to Deploymentvar : UML2!Deployment (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client,
deployedArtifact <- invar.deployedArtifact,
configuration <- invar.configuration,
location <- invar.location
)
do {
thisModule.copyStereoType(invar,Deploymentvar);
invar.debug('DeploymentRule');
}
}
rule DeploymentSpecificationRule {
from invar : UML2!"uml::DeploymentSpecification" (thisModule.DeploymentSpecificationGuard(invar))
to DeploymentSpecificationvar : UML2!DeploymentSpecification (
name <- invar.name,
visibility <- invar.visibility,
isLeaf <- invar.isLeaf,
isAbstract <- invar.isAbstract,
fileName <- invar.fileName,
deploymentLocation <- invar.deploymentLocation,
executionLocation <- invar.executionLocation,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
elementImport <- invar.elementImport,
packageImport <- invar.packageImport,
ownedRule <- invar.ownedRule,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
package <- invar.package,
templateBinding <- invar.templateBinding,
ownedTemplateSignature <- invar.ownedTemplateSignature,
generalization <- invar.generalization,
powertypeExtent <- invar.powertypeExtent,
redefinedClassifier <- invar.redefinedClassifier,
general <- invar.general,
substitution <- invar.substitution,
representation <- invar.representation,
collaborationUse <- invar.collaborationUse,
ownedUseCase <- invar.ownedUseCase,
useCase <- invar.useCase,
nestedArtifact <- invar.nestedArtifact,
manifestation <- invar.manifestation,
ownedOperation <- invar.ownedOperation,
ownedAttribute <- invar.ownedAttribute,
deployment <- invar.deployment
)
do {
thisModule.copyStereoType(invar,DeploymentSpecificationvar);
invar.debug('DeploymentSpecificationRule');
}
}
rul
|
|
| | | | | | | |
Re: Reapplying a profile after its has be re-defined [message #625748 is a reply to message #476774] |
Mon, 17 December 2007 18:10 |
Kenn Hussey Messages: 1620 Registered: July 2009 |
Senior Member |
|
|
Anders,
The UML specification doesn't dictate how tools are supposed to behave in
this area, so yes, it's conformant.
To update applied stereotypes to a new definition of a profile, simply
reapply the profile; tag values will be automatically be migrated on a
best-effort basis.
IDs shouldn't change every time the profie is saved; how are you saving the
profile: using the editor or from a Java program?
Kenn
"Anders W.Tell" <opensource@toolsmiths.se> wrote in message
news:fk6de6$6il$3@build.eclipse.org...
> Kenn,
>
> Ok, is this behavior conformant with OMG profiling? Does this work
> portable with profiles expressed in plain XMI?
>
> How to one automatically update an existing applied profile (in an *.uml)
> to a newer and improved one?
>
> One problem (for me) seems that the ID of stereotypes changes when one
> save the profile.uml. Is it possible to prevent the saving of new ID for
> stereotype?
>
> /anders
>
>
> Kenn Hussey wrote:
>> Anders,
>>
>> If you're deleting annotations, you're deleting the metadata that is
>> needed in order to successfully recognize stereotype applications based
>> on older versions of the profile... So if you want to keep your
>> stereotype applications, don't delete the annotations.
>>
>> Kenn
>>
>> "Anders W.Tell" <opensource@toolsmiths.se> wrote in message
>> news:fk1cdf$40j$1@build.eclipse.org...
>>> Hi,
>>>
>>> Im still trying to get the hang of how profiles work and Im in cycle of
>>> changing a profile with many redefines.
>>>
>>> How ever when I drop and replace the file "bsc.profile.uml" and opens an
>>> existing '*.uml' file where i have applied the profile, the connection
>>> /references to applied stereotypes seems lost
>>>
>>> And at the top level in the my1.uml file there are now extra elements
>>> outside the <uml:Model> element.
>>>
>>> Such as:
>>> <BusinessSemanticComponent:SemanticComponent
>>> xmi:id="_pSRaEKs9Edypn7TO-27LDg"
>>> base_Classifier="_oZuiAKpMEdy6V5U3TuHlaQ"/>
>>>
>>> More over in the ProfileApplication element in *.uml file the
>>> UML::Reference is now = "null"
>>>
>>> I always define the profile after changed and I keep the
>>> annotation:nsURI to the same value between defines.
>>>
>>> I also keep the latest annotation in profile file (i.e I remove the last
>>> one since I make soo many changed/addition)
>>>
>>>
>>> thanks for any hints
>>> /anders
>>
|
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Re: Reapplying a profile after its has be re-defined [message #625759 is a reply to message #476773] |
Tue, 18 December 2007 14:17 |
urs zeidler Messages: 91 Registered: July 2009 |
Member |
|
|
This is a multi-part message in MIME format.
--------------020808090907040606030806
Content-Type: text/plain; charset=ISO-8859-1; format=flowed
Content-Transfer-Encoding: 7bit
Anders W.Tell schrieb:
> Interesting is it difficult?
> /anders
>
Not really, you can use this transformation as a base.
--------------020808090907040606030806
Content-Type: text/plain;
name="uml2copy_direct_with_Stereotypes.atl"
Content-Transfer-Encoding: 7bit
Content-Disposition: inline;
filename="uml2copy_direct_with_Stereotypes.atl"
-- @atlcompiler atl2006
module Transformation;
create OUT : UML2 from IN : UML2,PRO:UML2;
helper def : inElements : Set(UML2!"ecore::EObject") = UML2!"ecore::EObject"->allInstancesFrom('IN');
helper def : isIncluded(invar : OclAny) : Boolean =
true
;
helper def : CommentGuard(invar : UML2!"uml::Comment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Comment") ;
helper def : PackageGuard(invar : UML2!"uml::Package") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Package") ;
helper def : DependencyGuard(invar : UML2!"uml::Dependency") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Dependency") ;
helper def : ElementImportGuard(invar : UML2!"uml::ElementImport") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ElementImport") ;
helper def : PackageImportGuard(invar : UML2!"uml::PackageImport") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::PackageImport") ;
helper def : ConstraintGuard(invar : UML2!"uml::Constraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Constraint") ;
helper def : AssociationGuard(invar : UML2!"uml::Association") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Association") ;
helper def : TemplateBindingGuard(invar : UML2!"uml::TemplateBinding") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TemplateBinding") ;
helper def : TemplateSignatureGuard(invar : UML2!"uml::TemplateSignature") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TemplateSignature") ;
helper def : TemplateParameterGuard(invar : UML2!"uml::TemplateParameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TemplateParameter") ;
helper def : TemplateParameterSubstitutionGuard(invar : UML2!"uml::TemplateParameterSubstitution") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TemplateParameterSubstitution") ;
helper def : GeneralizationGuard(invar : UML2!"uml::Generalization") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Generalization") ;
helper def : GeneralizationSetGuard(invar : UML2!"uml::GeneralizationSet") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::GeneralizationSet") ;
helper def : SubstitutionGuard(invar : UML2!"uml::Substitution") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Substitution") ;
helper def : RealizationGuard(invar : UML2!"uml::Realization") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Realization") ;
helper def : AbstractionGuard(invar : UML2!"uml::Abstraction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Abstraction") ;
helper def : OpaqueExpressionGuard(invar : UML2!"uml::OpaqueExpression") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OpaqueExpression") ;
helper def : ParameterGuard(invar : UML2!"uml::Parameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Parameter") ;
helper def : ConnectableElementTemplateParameterGuard(invar : UML2!"uml::ConnectableElementTemplateParameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConnectableElementTemplateParameter ") ;
helper def : ConnectorEndGuard(invar : UML2!"uml::ConnectorEnd") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConnectorEnd") ;
helper def : PropertyGuard(invar : UML2!"uml::Property") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Property") ;
helper def : DeploymentGuard(invar : UML2!"uml::Deployment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Deployment") ;
helper def : DeploymentSpecificationGuard(invar : UML2!"uml::DeploymentSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DeploymentSpecification") ;
helper def : ArtifactGuard(invar : UML2!"uml::Artifact") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Artifact") ;
helper def : ManifestationGuard(invar : UML2!"uml::Manifestation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Manifestation") ;
helper def : OperationGuard(invar : UML2!"uml::Operation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Operation") ;
helper def : ClassGuard(invar : UML2!"uml::Class") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Class") ;
helper def : InterfaceRealizationGuard(invar : UML2!"uml::InterfaceRealization") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InterfaceRealization") ;
helper def : InterfaceGuard(invar : UML2!"uml::Interface") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Interface") ;
helper def : ReceptionGuard(invar : UML2!"uml::Reception") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Reception") ;
helper def : SignalGuard(invar : UML2!"uml::Signal") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Signal") ;
helper def : ProtocolStateMachineGuard(invar : UML2!"uml::ProtocolStateMachine") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ProtocolStateMachine") ;
helper def : StateMachineGuard(invar : UML2!"uml::StateMachine") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StateMachine") ;
helper def : RegionGuard(invar : UML2!"uml::Region") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Region") ;
helper def : TransitionGuard(invar : UML2!"uml::Transition") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Transition") ;
helper def : TriggerGuard(invar : UML2!"uml::Trigger") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Trigger") ;
helper def : PortGuard(invar : UML2!"uml::Port") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Port") ;
helper def : StateGuard(invar : UML2!"uml::State") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::State") ;
helper def : ConnectionPointReferenceGuard(invar : UML2!"uml::ConnectionPointReference") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConnectionPointReference") ;
helper def : PseudostateGuard(invar : UML2!"uml::Pseudostate") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Pseudostate") ;
helper def : ProtocolConformanceGuard(invar : UML2!"uml::ProtocolConformance") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ProtocolConformance") ;
helper def : ConnectorGuard(invar : UML2!"uml::Connector") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Connector") ;
helper def : ExtensionGuard(invar : UML2!"uml::Extension") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Extension") ;
helper def : ExtensionEndGuard(invar : UML2!"uml::ExtensionEnd") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExtensionEnd") ;
helper def : StereotypeGuard(invar : UML2!"uml::Stereotype") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Stereotype") ;
helper def : ImageGuard(invar : UML2!"uml::Image") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Image") ;
helper def : ProfileGuard(invar : UML2!"uml::Profile") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Profile") ;
helper def : ModelGuard(invar : UML2!"uml::Model") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Model") ;
helper def : ParameterSetGuard(invar : UML2!"uml::ParameterSet") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ParameterSet") ;
helper def : DataTypeGuard(invar : UML2!"uml::DataType") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DataType") ;
helper def : OperationTemplateParameterGuard(invar : UML2!"uml::OperationTemplateParameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OperationTemplateParameter") ;
helper def : CollaborationUseGuard(invar : UML2!"uml::CollaborationUse") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CollaborationUse") ;
helper def : CollaborationGuard(invar : UML2!"uml::Collaboration") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Collaboration") ;
helper def : UseCaseGuard(invar : UML2!"uml::UseCase") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::UseCase") ;
helper def : IncludeGuard(invar : UML2!"uml::Include") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Include") ;
helper def : ExtendGuard(invar : UML2!"uml::Extend") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Extend") ;
helper def : ExtensionPointGuard(invar : UML2!"uml::ExtensionPoint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExtensionPoint") ;
helper def : RedefinableTemplateSignatureGuard(invar : UML2!"uml::RedefinableTemplateSignature") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::RedefinableTemplateSignature") ;
helper def : ClassifierTemplateParameterGuard(invar : UML2!"uml::ClassifierTemplateParameter") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ClassifierTemplateParameter") ;
helper def : StringExpressionGuard(invar : UML2!"uml::StringExpression") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StringExpression") ;
helper def : ExpressionGuard(invar : UML2!"uml::Expression") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Expression") ;
helper def : UsageGuard(invar : UML2!"uml::Usage") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Usage") ;
helper def : PackageMergeGuard(invar : UML2!"uml::PackageMerge") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::PackageMerge") ;
helper def : ProfileApplicationGuard(invar : UML2!"uml::ProfileApplication") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ProfileApplication") ;
helper def : EnumerationGuard(invar : UML2!"uml::Enumeration") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Enumeration") ;
helper def : EnumerationLiteralGuard(invar : UML2!"uml::EnumerationLiteral") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::EnumerationLiteral") ;
helper def : InstanceSpecificationGuard(invar : UML2!"uml::InstanceSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InstanceSpecification") ;
helper def : SlotGuard(invar : UML2!"uml::Slot") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Slot") ;
helper def : PrimitiveTypeGuard(invar : UML2!"uml::PrimitiveType") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::PrimitiveType") ;
helper def : LiteralIntegerGuard(invar : UML2!"uml::LiteralInteger") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralInteger") ;
helper def : LiteralStringGuard(invar : UML2!"uml::LiteralString") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralString") ;
helper def : LiteralBooleanGuard(invar : UML2!"uml::LiteralBoolean") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralBoolean") ;
helper def : LiteralNullGuard(invar : UML2!"uml::LiteralNull") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralNull") ;
helper def : InstanceValueGuard(invar : UML2!"uml::InstanceValue") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InstanceValue") ;
helper def : LiteralUnlimitedNaturalGuard(invar : UML2!"uml::LiteralUnlimitedNatural") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LiteralUnlimitedNatural") ;
helper def : OpaqueBehaviorGuard(invar : UML2!"uml::OpaqueBehavior") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OpaqueBehavior") ;
helper def : FunctionBehaviorGuard(invar : UML2!"uml::FunctionBehavior") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::FunctionBehavior") ;
helper def : OpaqueActionGuard(invar : UML2!"uml::OpaqueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OpaqueAction") ;
helper def : StructuredActivityNodeGuard(invar : UML2!"uml::StructuredActivityNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StructuredActivityNode") ;
helper def : ActivityGuard(invar : UML2!"uml::Activity") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Activity") ;
helper def : VariableGuard(invar : UML2!"uml::Variable") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Variable") ;
helper def : ActivityPartitionGuard(invar : UML2!"uml::ActivityPartition") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActivityPartition") ;
helper def : InterruptibleActivityRegionGuard(invar : UML2!"uml::InterruptibleActivityRegion") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InterruptibleActivityRegion") ;
helper def : ExceptionHandlerGuard(invar : UML2!"uml::ExceptionHandler") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExceptionHandler") ;
helper def : OutputPinGuard(invar : UML2!"uml::OutputPin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OutputPin") ;
helper def : PinGuard(invar : UML2!"uml::Pin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Pin") ;
helper def : InputPinGuard(invar : UML2!"uml::InputPin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InputPin") ;
helper def : SendSignalActionGuard(invar : UML2!"uml::SendSignalAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SendSignalAction") ;
helper def : CallOperationActionGuard(invar : UML2!"uml::CallOperationAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CallOperationAction") ;
helper def : CallBehaviorActionGuard(invar : UML2!"uml::CallBehaviorAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CallBehaviorAction") ;
helper def : SequenceNodeGuard(invar : UML2!"uml::SequenceNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SequenceNode") ;
helper def : ControlFlowGuard(invar : UML2!"uml::ControlFlow") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ControlFlow") ;
helper def : InitialNodeGuard(invar : UML2!"uml::InitialNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InitialNode") ;
helper def : ActivityParameterNodeGuard(invar : UML2!"uml::ActivityParameterNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActivityParameterNode") ;
helper def : ValuePinGuard(invar : UML2!"uml::ValuePin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ValuePin") ;
helper def : MessageGuard(invar : UML2!"uml::Message") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Message") ;
helper def : InteractionGuard(invar : UML2!"uml::Interaction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Interaction") ;
helper def : LifelineGuard(invar : UML2!"uml::Lifeline") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Lifeline") ;
helper def : PartDecompositionGuard(invar : UML2!"uml::PartDecomposition") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::PartDecomposition") ;
helper def : InteractionUseGuard(invar : UML2!"uml::InteractionUse") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InteractionUse") ;
helper def : GateGuard(invar : UML2!"uml::Gate") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Gate") ;
helper def : GeneralOrderingGuard(invar : UML2!"uml::GeneralOrdering") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::GeneralOrdering") ;
helper def : OccurrenceSpecificationGuard(invar : UML2!"uml::OccurrenceSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::OccurrenceSpecification") ;
helper def : InteractionOperandGuard(invar : UML2!"uml::InteractionOperand") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InteractionOperand") ;
helper def : InteractionConstraintGuard(invar : UML2!"uml::InteractionConstraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InteractionConstraint") ;
helper def : StateInvariantGuard(invar : UML2!"uml::StateInvariant") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StateInvariant") ;
helper def : ActionExecutionSpecificationGuard(invar : UML2!"uml::ActionExecutionSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActionExecutionSpecification") ;
helper def : BehaviorExecutionSpecificationGuard(invar : UML2!"uml::BehaviorExecutionSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::BehaviorExecutionSpecification ") ;
helper def : ExecutionEventGuard(invar : UML2!"uml::ExecutionEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExecutionEvent") ;
helper def : CreationEventGuard(invar : UML2!"uml::CreationEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CreationEvent") ;
helper def : DestructionEventGuard(invar : UML2!"uml::DestructionEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DestructionEvent") ;
helper def : SendOperationEventGuard(invar : UML2!"uml::SendOperationEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SendOperationEvent") ;
helper def : SendSignalEventGuard(invar : UML2!"uml::SendSignalEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SendSignalEvent") ;
helper def : MessageOccurrenceSpecificationGuard(invar : UML2!"uml::MessageOccurrenceSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::MessageOccurrenceSpecification ") ;
helper def : ExecutionOccurrenceSpecificationGuard(invar : UML2!"uml::ExecutionOccurrenceSpecification") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExecutionOccurrenceSpecification ") ;
helper def : ReceiveOperationEventGuard(invar : UML2!"uml::ReceiveOperationEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReceiveOperationEvent") ;
helper def : ReceiveSignalEventGuard(invar : UML2!"uml::ReceiveSignalEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReceiveSignalEvent") ;
helper def : ActorGuard(invar : UML2!"uml::Actor") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Actor") ;
helper def : CallEventGuard(invar : UML2!"uml::CallEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CallEvent") ;
helper def : ChangeEventGuard(invar : UML2!"uml::ChangeEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ChangeEvent") ;
helper def : SignalEventGuard(invar : UML2!"uml::SignalEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SignalEvent") ;
helper def : AnyReceiveEventGuard(invar : UML2!"uml::AnyReceiveEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AnyReceiveEvent") ;
helper def : ForkNodeGuard(invar : UML2!"uml::ForkNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ForkNode") ;
helper def : FlowFinalNodeGuard(invar : UML2!"uml::FlowFinalNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::FlowFinalNode") ;
helper def : CentralBufferNodeGuard(invar : UML2!"uml::CentralBufferNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CentralBufferNode") ;
helper def : MergeNodeGuard(invar : UML2!"uml::MergeNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::MergeNode") ;
helper def : DecisionNodeGuard(invar : UML2!"uml::DecisionNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DecisionNode") ;
helper def : ActivityFinalNodeGuard(invar : UML2!"uml::ActivityFinalNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActivityFinalNode") ;
helper def : ComponentRealizationGuard(invar : UML2!"uml::ComponentRealization") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ComponentRealization") ;
helper def : ComponentGuard(invar : UML2!"uml::Component") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Component") ;
helper def : NodeGuard(invar : UML2!"uml::Node") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Node") ;
helper def : DeviceGuard(invar : UML2!"uml::Device") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Device") ;
helper def : ExecutionEnvironmentGuard(invar : UML2!"uml::ExecutionEnvironment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExecutionEnvironment") ;
helper def : CommunicationPathGuard(invar : UML2!"uml::CommunicationPath") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CommunicationPath") ;
helper def : CombinedFragmentGuard(invar : UML2!"uml::CombinedFragment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CombinedFragment") ;
helper def : ContinuationGuard(invar : UML2!"uml::Continuation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Continuation") ;
helper def : ConsiderIgnoreFragmentGuard(invar : UML2!"uml::ConsiderIgnoreFragment") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConsiderIgnoreFragment") ;
helper def : CreateObjectActionGuard(invar : UML2!"uml::CreateObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CreateObjectAction") ;
helper def : DestroyObjectActionGuard(invar : UML2!"uml::DestroyObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DestroyObjectAction") ;
helper def : TestIdentityActionGuard(invar : UML2!"uml::TestIdentityAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TestIdentityAction") ;
helper def : ReadSelfActionGuard(invar : UML2!"uml::ReadSelfAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadSelfAction") ;
helper def : ReadStructuralFeatureActionGuard(invar : UML2!"uml::ReadStructuralFeatureAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadStructuralFeatureAction") ;
helper def : ClearStructuralFeatureActionGuard(invar : UML2!"uml::ClearStructuralFeatureAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ClearStructuralFeatureAction") ;
helper def : RemoveStructuralFeatureValueActionGuard(invar : UML2!"uml::RemoveStructuralFeatureValueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::RemoveStructuralFeatureValueAction ") ;
helper def : AddStructuralFeatureValueActionGuard(invar : UML2!"uml::AddStructuralFeatureValueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AddStructuralFeatureValueAction ") ;
helper def : LinkEndDataGuard(invar : UML2!"uml::LinkEndData") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LinkEndData") ;
helper def : QualifierValueGuard(invar : UML2!"uml::QualifierValue") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::QualifierValue") ;
helper def : ReadLinkActionGuard(invar : UML2!"uml::ReadLinkAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadLinkAction") ;
helper def : LinkEndCreationDataGuard(invar : UML2!"uml::LinkEndCreationData") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LinkEndCreationData") ;
helper def : CreateLinkActionGuard(invar : UML2!"uml::CreateLinkAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CreateLinkAction") ;
helper def : DestroyLinkActionGuard(invar : UML2!"uml::DestroyLinkAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DestroyLinkAction") ;
helper def : LinkEndDestructionDataGuard(invar : UML2!"uml::LinkEndDestructionData") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LinkEndDestructionData") ;
helper def : ClearAssociationActionGuard(invar : UML2!"uml::ClearAssociationAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ClearAssociationAction") ;
helper def : BroadcastSignalActionGuard(invar : UML2!"uml::BroadcastSignalAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::BroadcastSignalAction") ;
helper def : SendObjectActionGuard(invar : UML2!"uml::SendObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::SendObjectAction") ;
helper def : ValueSpecificationActionGuard(invar : UML2!"uml::ValueSpecificationAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ValueSpecificationAction") ;
helper def : TimeExpressionGuard(invar : UML2!"uml::TimeExpression") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeExpression") ;
helper def : DurationGuard(invar : UML2!"uml::Duration") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Duration") ;
helper def : DurationIntervalGuard(invar : UML2!"uml::DurationInterval") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DurationInterval") ;
helper def : IntervalGuard(invar : UML2!"uml::Interval") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Interval") ;
helper def : TimeConstraintGuard(invar : UML2!"uml::TimeConstraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeConstraint") ;
helper def : IntervalConstraintGuard(invar : UML2!"uml::IntervalConstraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::IntervalConstraint") ;
helper def : TimeIntervalGuard(invar : UML2!"uml::TimeInterval") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeInterval") ;
helper def : DurationConstraintGuard(invar : UML2!"uml::DurationConstraint") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DurationConstraint") ;
helper def : TimeObservationGuard(invar : UML2!"uml::TimeObservation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeObservation") ;
helper def : DurationObservationGuard(invar : UML2!"uml::DurationObservation") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DurationObservation") ;
helper def : FinalStateGuard(invar : UML2!"uml::FinalState") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::FinalState") ;
helper def : TimeEventGuard(invar : UML2!"uml::TimeEvent") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::TimeEvent") ;
helper def : ReadVariableActionGuard(invar : UML2!"uml::ReadVariableAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadVariableAction") ;
helper def : ClearVariableActionGuard(invar : UML2!"uml::ClearVariableAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ClearVariableAction") ;
helper def : AddVariableValueActionGuard(invar : UML2!"uml::AddVariableValueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AddVariableValueAction") ;
helper def : RemoveVariableValueActionGuard(invar : UML2!"uml::RemoveVariableValueAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::RemoveVariableValueAction") ;
helper def : RaiseExceptionActionGuard(invar : UML2!"uml::RaiseExceptionAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::RaiseExceptionAction") ;
helper def : ActionInputPinGuard(invar : UML2!"uml::ActionInputPin") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ActionInputPin") ;
helper def : InformationItemGuard(invar : UML2!"uml::InformationItem") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InformationItem") ;
helper def : InformationFlowGuard(invar : UML2!"uml::InformationFlow") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::InformationFlow") ;
helper def : ReadExtentActionGuard(invar : UML2!"uml::ReadExtentAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadExtentAction") ;
helper def : ReclassifyObjectActionGuard(invar : UML2!"uml::ReclassifyObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReclassifyObjectAction") ;
helper def : ReadIsClassifiedObjectActionGuard(invar : UML2!"uml::ReadIsClassifiedObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadIsClassifiedObjectAction") ;
helper def : StartClassifierBehaviorActionGuard(invar : UML2!"uml::StartClassifierBehaviorAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::StartClassifierBehaviorAction") ;
helper def : ReadLinkObjectEndActionGuard(invar : UML2!"uml::ReadLinkObjectEndAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadLinkObjectEndAction") ;
helper def : ReadLinkObjectEndQualifierActionGuard(invar : UML2!"uml::ReadLinkObjectEndQualifierAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReadLinkObjectEndQualifierAction ") ;
helper def : CreateLinkObjectActionGuard(invar : UML2!"uml::CreateLinkObjectAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::CreateLinkObjectAction") ;
helper def : AcceptEventActionGuard(invar : UML2!"uml::AcceptEventAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AcceptEventAction") ;
helper def : AcceptCallActionGuard(invar : UML2!"uml::AcceptCallAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AcceptCallAction") ;
helper def : ReplyActionGuard(invar : UML2!"uml::ReplyAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReplyAction") ;
helper def : UnmarshallActionGuard(invar : UML2!"uml::UnmarshallAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::UnmarshallAction") ;
helper def : ReduceActionGuard(invar : UML2!"uml::ReduceAction") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ReduceAction") ;
helper def : JoinNodeGuard(invar : UML2!"uml::JoinNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::JoinNode") ;
helper def : DataStoreNodeGuard(invar : UML2!"uml::DataStoreNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::DataStoreNode") ;
helper def : ObjectFlowGuard(invar : UML2!"uml::ObjectFlow") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ObjectFlow") ;
helper def : ConditionalNodeGuard(invar : UML2!"uml::ConditionalNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ConditionalNode") ;
helper def : ClauseGuard(invar : UML2!"uml::Clause") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::Clause") ;
helper def : LoopNodeGuard(invar : UML2!"uml::LoopNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::LoopNode") ;
helper def : ExpansionNodeGuard(invar : UML2!"uml::ExpansionNode") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExpansionNode") ;
helper def : ExpansionRegionGuard(invar : UML2!"uml::ExpansionRegion") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ExpansionRegion") ;
helper def : ProtocolTransitionGuard(invar : UML2!"uml::ProtocolTransition") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::ProtocolTransition") ;
helper def : AssociationClassGuard(invar : UML2!"uml::AssociationClass") : Boolean = thisModule.isIncluded(invar) and
invar.oclIsTypeOf(UML2!"uml::AssociationClass") ;
rule copyStereoType(invar : UML2!"uml::Element",outvar : UML2!"uml::Element"){
do{
--invar.getAppliedStereotypes().debug('applied stereotypes');
for(st in invar.getAppliedStereotypes()){
-- st.getName().debug('stereotype working on');
outvar.applyStereotype(st);
for (a in st.getAllAttributes()){
-- a.debug('attribute :');
-- invar.getValue(st,a.name).debug('value for '+a.name);
if(not invar.getValue(st,a.name).oclIsUndefined()){
if ( not a.name.startsWith('base_') ){
outvar.setValue(st,a.name, invar.getValue(st,a.name) );
}
}else{
if(a.name='tableName'){
outvar.setValue(st,a.name, invar.name.toLower() );
}
}
}
}
}--do
}
endpoint rule endpointRule() {
do {
}
}
entrypoint rule entrypointRule() {
do {
}
}
rule CommentRule {
from invar : UML2!"uml::Comment" (thisModule.CommentGuard(invar))
to Commentvar : UML2!Comment (
body <- invar.body,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
annotatedElement <- invar.annotatedElement
)
do {
--invar.debug('CommentRule');
}
}
rule PackageRule {
from invar : UML2!"uml::Package" (thisModule.PackageGuard(invar))
to Packagevar : UML2!Package (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
elementImport <- invar.elementImport,
packageImport <- invar.packageImport,
ownedRule <- invar.ownedRule,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
templateBinding <- invar.templateBinding,
ownedTemplateSignature <- invar.ownedTemplateSignature,
ownedType <- invar.ownedType,
packageMerge <- invar.packageMerge,
packagedElement <- invar.packagedElement,
-- nestedPackage <- invar.nestedPackage,
nestingPackage <- invar.nestingPackage,
profileApplication <- invar.profileApplication
)
do {
invar.debug('PackageRule');
}
}
rule DependencyRule {
from invar : UML2!"uml::Dependency" (thisModule.DependencyGuard(invar))
to Dependencyvar : UML2!Dependency (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client
)
do {
thisModule.copyStereoType(invar,Dependencyvar);
invar.debug('DependencyRule');
}
}
rule ElementImportRule {
from invar : UML2!"uml::ElementImport" (thisModule.ElementImportGuard(invar))
to ElementImportvar : UML2!ElementImport (
visibility <- invar.visibility,
alias <- invar.alias,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
importedElement <- invar.importedElement,
importingNamespace <- invar.importingNamespace
)
do {
thisModule.copyStereoType(invar,ElementImportvar);
invar.debug('ElementImportRule');
}
}
rule PackageImportRule {
from invar : UML2!"uml::PackageImport" (thisModule.PackageImportGuard(invar))
to PackageImportvar : UML2!PackageImport (
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
importedPackage <- invar.importedPackage,
importingNamespace <- invar.importingNamespace
)
do {
thisModule.copyStereoType(invar,PackageImportvar);
invar.debug('PackageImportRule');
}
}
rule ConstraintRule {
from invar : UML2!"uml::Constraint" (thisModule.ConstraintGuard(invar))
to Constraintvar : UML2!Constraint (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
constrainedElement <- invar.constrainedElement,
specification <- invar.specification,
"context" <- invar."context"
)
do {
thisModule.copyStereoType(invar,Constraintvar);
invar.debug('ConstraintRule');
}
}
rule AssociationRule {
from invar : UML2!"uml::Association" (thisModule.AssociationGuard(invar))
to Associationvar : UML2!Association (
name <- invar.name,
visibility <- invar.visibility,
isLeaf <- invar.isLeaf,
isAbstract <- invar.isAbstract,
isDerived <- invar.isDerived,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
elementImport <- invar.elementImport,
packageImport <- invar.packageImport,
ownedRule <- invar.ownedRule,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
package <- invar.package,
templateBinding <- invar.templateBinding,
ownedTemplateSignature <- invar.ownedTemplateSignature,
generalization <- invar.generalization,
powertypeExtent <- invar.powertypeExtent,
redefinedClassifier <- invar.redefinedClassifier,
general <- invar.general,
substitution <- invar.substitution,
representation <- invar.representation,
collaborationUse <- invar.collaborationUse,
ownedUseCase <- invar.ownedUseCase,
useCase <- invar.useCase,
ownedEnd <- invar.ownedEnd,
memberEnd <- invar.memberEnd,
navigableOwnedEnd <- invar.navigableOwnedEnd
)
do {
thisModule.copyStereoType(invar,Associationvar);
invar.debug('AssociationRule');
}
}
rule TemplateBindingRule {
from invar : UML2!"uml::TemplateBinding" (thisModule.TemplateBindingGuard(invar))
to TemplateBindingvar : UML2!TemplateBinding (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
signature <- invar.signature,
parameterSubstitution <- invar.parameterSubstitution,
boundElement <- invar.boundElement
)
do {
thisModule.copyStereoType(invar,TemplateBindingvar);
invar.debug('TemplateBindingRule');
}
}
rule TemplateSignatureRule {
from invar : UML2!"uml::TemplateSignature" (thisModule.TemplateSignatureGuard(invar))
to TemplateSignaturevar : UML2!TemplateSignature (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
parameter <- invar.parameter,
ownedParameter <- invar.ownedParameter,
template <- invar.template
)
do {
thisModule.copyStereoType(invar,TemplateSignaturevar);
invar.debug('TemplateSignatureRule');
}
}
rule TemplateParameterRule {
from invar : UML2!"uml::TemplateParameter" (thisModule.TemplateParameterGuard(invar))
to TemplateParametervar : UML2!TemplateParameter (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
signature <- invar.signature,
parameteredElement <- invar.parameteredElement,
ownedParameteredElement <- invar.ownedParameteredElement,
default <- invar.default,
ownedDefault <- invar.ownedDefault
)
do {
thisModule.copyStereoType(invar,TemplateParametervar);
invar.debug('TemplateParameterRule');
}
}
rule TemplateParameterSubstitutionRule {
from invar : UML2!"uml::TemplateParameterSubstitution" (thisModule.TemplateParameterSubstitutionGuard(invar))
to TemplateParameterSubstitutionvar : UML2!TemplateParameterSubstitution (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
formal <- invar.formal,
actual <- invar.actual,
ownedActual <- invar.ownedActual,
templateBinding <- invar.templateBinding
)
do {
thisModule.copyStereoType(invar,TemplateParameterSubstitutio nvar);
invar.debug('TemplateParameterSubstitutionRule');
}
}
rule GeneralizationRule {
from invar : UML2!"uml::Generalization" (thisModule.GeneralizationGuard(invar))
to Generalizationvar : UML2!Generalization (
isSubstitutable <- invar.isSubstitutable,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
general <- invar.general,
generalizationSet <- invar.generalizationSet,
specific <- invar.specific
)
do {
thisModule.copyStereoType(invar,Generalizationvar);
invar.debug('GeneralizationRule');
}
}
rule GeneralizationSetRule {
from invar : UML2!"uml::GeneralizationSet" (thisModule.GeneralizationSetGuard(invar))
to GeneralizationSetvar : UML2!GeneralizationSet (
name <- invar.name,
visibility <- invar.visibility,
isCovering <- invar.isCovering,
isDisjoint <- invar.isDisjoint,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
powertype <- invar.powertype,
generalization <- invar.generalization
)
do {
thisModule.copyStereoType(invar,GeneralizationSetvar);
invar.debug('GeneralizationSetRule');
}
}
rule SubstitutionRule {
from invar : UML2!"uml::Substitution" (thisModule.SubstitutionGuard(invar))
to Substitutionvar : UML2!Substitution (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client,
mapping <- invar.mapping,
contract <- invar.contract,
substitutingClassifier <- invar.substitutingClassifier
)
do {
thisModule.copyStereoType(invar,Substitutionvar);
invar.debug('SubstitutionRule');
}
}
rule RealizationRule {
from invar : UML2!"uml::Realization" (thisModule.RealizationGuard(invar))
to Realizationvar : UML2!Realization (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client,
mapping <- invar.mapping
)
do {
thisModule.copyStereoType(invar,Realizationvar);
invar.debug('RealizationRule');
}
}
rule AbstractionRule {
from invar : UML2!"uml::Abstraction" (thisModule.AbstractionGuard(invar))
to Abstractionvar : UML2!Abstraction (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client,
mapping <- invar.mapping
)
do {
thisModule.copyStereoType(invar,Abstractionvar);
invar.debug('AbstractionRule');
}
}
rule OpaqueExpressionRule {
from invar : UML2!"uml::OpaqueExpression" (thisModule.OpaqueExpressionGuard(invar))
to OpaqueExpressionvar : UML2!OpaqueExpression (
name <- invar.name,
visibility <- invar.visibility,
body <- invar.body,
language <- invar.language,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
type <- invar.type,
behavior <- invar.behavior
)
do {
thisModule.copyStereoType(invar,OpaqueExpressionvar);
invar.debug('OpaqueExpressionRule');
}
}
rule ParameterRule {
from invar : UML2!"uml::Parameter" (thisModule.ParameterGuard(invar))
to Parametervar : UML2!Parameter (
name <- invar.name,
visibility <- invar.visibility,
isOrdered <- invar.isOrdered,
isUnique <- invar.isUnique,
upper <- invar.upper,
lower <- invar.lower,
direction <- invar.direction,
default <- invar.default,
isException <- invar.isException,
isStream <- invar.isStream,
effect <- invar.effect,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
type <- invar.type,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
end <- invar.end,
upperValue <- invar.upperValue,
lowerValue <- invar.lowerValue,
parameterSet <- invar.parameterSet,
defaultValue <- invar.defaultValue
)
do {
thisModule.copyStereoType(invar,Parametervar);
invar.debug('ParameterRule');
}
}
rule ConnectableElementTemplateParameterRule {
from invar : UML2!"uml::ConnectableElementTemplateParameter" (thisModule.ConnectableElementTemplateParameterGuard(invar))
to ConnectableElementTemplateParametervar : UML2!ConnectableElementTemplateParameter (
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
signature <- invar.signature,
parameteredElement <- invar.parameteredElement,
ownedParameteredElement <- invar.ownedParameteredElement,
default <- invar.default,
ownedDefault <- invar.ownedDefault
)
do {
thisModule.copyStereoType(invar,ConnectableElementTemplatePa rametervar);
invar.debug('ConnectableElementTemplateParameterRule');
}
}
rule ConnectorEndRule {
from invar : UML2!"uml::ConnectorEnd" (thisModule.ConnectorEndGuard(invar))
to ConnectorEndvar : UML2!ConnectorEnd (
isOrdered <- invar.isOrdered,
isUnique <- invar.isUnique,
upper <- invar.upper,
lower <- invar.lower,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
upperValue <- invar.upperValue,
lowerValue <- invar.lowerValue,
partWithPort <- invar.partWithPort,
role <- invar.role
)
do {
thisModule.copyStereoType(invar,ConnectorEndvar);
invar.debug('ConnectorEndRule');
}
}
rule PropertyRule {
from invar : UML2!"uml::Property" (thisModule.PropertyGuard(invar))
to Propertyvar : UML2!Property (
name <- invar.name,
visibility <- invar.visibility,
isLeaf <- invar.isLeaf,
isStatic <- invar.isStatic,
isOrdered <- invar.isOrdered,
isUnique <- invar.isUnique,
upper <- invar.upper,
lower <- invar.lower,
isReadOnly <- invar.isReadOnly,
isDerived <- invar.isDerived,
isDerivedUnion <- invar.isDerivedUnion,
default <- invar.default,
aggregation <- invar.aggregation,
isComposite <- invar.isComposite,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
type <- invar.type,
upperValue <- invar.upperValue,
lowerValue <- invar.lowerValue,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
end <- invar.end,
deployment <- invar.deployment,
templateBinding <- invar.templateBinding,
ownedTemplateSignature <- invar.ownedTemplateSignature,
datatype <-invar.datatype,
redefinedProperty <- invar.redefinedProperty,
owningAssociation <- invar.owningAssociation,
defaultValue <- invar.defaultValue,
--opposite <- invar.opposite,
subsettedProperty <- invar.subsettedProperty,
association <- invar.association,
qualifier <- invar.qualifier,
associationEnd <- invar.associationEnd
)
do {
thisModule.copyStereoType(invar,Propertyvar);
invar.debug('PropertyRule');
}
}
rule DeploymentRule {
from invar : UML2!"uml::Deployment" (thisModule.DeploymentGuard(invar))
to Deploymentvar : UML2!Deployment (
name <- invar.name,
visibility <- invar.visibility,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
supplier <- invar.supplier,
client <- invar.client,
deployedArtifact <- invar.deployedArtifact,
configuration <- invar.configuration,
location <- invar.location
)
do {
thisModule.copyStereoType(invar,Deploymentvar);
invar.debug('DeploymentRule');
}
}
rule DeploymentSpecificationRule {
from invar : UML2!"uml::DeploymentSpecification" (thisModule.DeploymentSpecificationGuard(invar))
to DeploymentSpecificationvar : UML2!DeploymentSpecification (
name <- invar.name,
visibility <- invar.visibility,
isLeaf <- invar.isLeaf,
isAbstract <- invar.isAbstract,
fileName <- invar.fileName,
deploymentLocation <- invar.deploymentLocation,
executionLocation <- invar.executionLocation,
eAnnotations <- invar.eAnnotations,
ownedComment <- invar.ownedComment,
clientDependency <- invar.clientDependency,
nameExpression <- invar.nameExpression,
elementImport <- invar.elementImport,
packageImport <- invar.packageImport,
ownedRule <- invar.ownedRule,
owningTemplateParameter <- invar.owningTemplateParameter,
templateParameter <- invar.templateParameter,
package <- invar.package,
templateBinding <- invar.templateBinding,
ownedTemplateSignature <- invar.ownedTemplateSignature,
generalization <- invar.generalization,
powertypeExtent <- invar.powertypeExtent,
redefinedClassifier <- invar.redefinedClassifier,
general <- invar.general,
substitution <- invar.substitution,
representation <- invar.representation,
collaborationUse <- invar.collaborationUse,
ownedUseCase <- invar.ownedUseCase,
useCase <- invar.useCase,
nestedArtifact <- invar.nestedArtifact,
manifestation <- invar.manifestation,
ownedOperation <- invar.ownedOperation,
ownedAttribute <- invar.ownedAttribute,
deployment <- invar.deployment
)
do {
thisModule.copyStereoType(invar,DeploymentSpecificationvar);
invar.debug('DeploymentSpecificationRule');
}
}
rul
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