public override void setChildNodes() { if (sourceElement == null) { return; } //create child nodes for each attribute foreach (TSF_EA.Attribute ownedAttribute in sourceElement.ownedAttributes) { if (!this.allChildNodes.Any(x => x.source?.uniqueID == ownedAttribute.uniqueID)) { var childNode = new AttributeMappingNode(ownedAttribute, this, this.settings, this.structure); } } //create child nodes for each owned classifier foreach (TSF_EA.ElementWrapper ownedClassifier in sourceElement.ownedElements.OfType <UML.Classes.Kernel.Namespace>()) { if (!this.allChildNodes.Any(x => x.source?.uniqueID == ownedClassifier.uniqueID)) { var childNode = new ClassifierMappingNode(ownedClassifier, this, this.settings, this.structure); } } //create child nodes for each owned association foreach (var ownedAssociation in this.sourceElement.getRelationships <TSF_EA.Association>()) { if ((ownedAssociation.targetEnd.isNavigable && ownedAssociation.sourceElement.uniqueID == this.sourceElement.uniqueID || ownedAssociation.sourceEnd.isNavigable && ownedAssociation.targetElement.uniqueID == this.sourceElement.uniqueID) && !this.allChildNodes.Any(x => x.source?.uniqueID == ownedAssociation.uniqueID)) { var childNode = new AssociationMappingNode(ownedAssociation, this, this.settings, this.structure); } } }
public override void setChildNodes() { //the type of the attribute should be set as type var attributeType = this.sourceAttribute.type as TSF_EA.ElementWrapper; if (attributeType != null && !this.allChildNodes.Any(x => x.source?.uniqueID == attributeType.uniqueID)) { var childNode = new ClassifierMappingNode(attributeType, this, this.settings, this.structure); } }
private void addElementPropertiesToChildNodes(TSF_EA.ElementWrapper virtualElement) { //figure out the if we have virtual element var element = virtualElement != null ? virtualElement : this.sourceElement; if (element == null) { return; //failsafe } //create child nodes for each attribute foreach (TSF_EA.Attribute ownedAttribute in element.ownedAttributes) { if (!this.allChildNodes.Any(x => x.source?.uniqueID == ownedAttribute.uniqueID)) { var childNode = new AttributeMappingNode(ownedAttribute, this, this.settings, this.structure, virtualElement); } } //create child nodes for all enum values var sourceEnum = element as TSF_EA.Enumeration; if (sourceEnum != null) { foreach (var enumLiteral in sourceEnum.ownedLiterals) { if (!this.allChildNodes.Any(x => x.source?.uniqueID == enumLiteral.uniqueID)) { var childNode = new AttributeMappingNode((TSF_EA.AttributeWrapper)enumLiteral, this, this.settings, this.structure, virtualElement); } } } //create child nodes for each owned classifier foreach (TSF_EA.ElementWrapper ownedClassifier in element.ownedElements.OfType <UML.Classes.Kernel.Namespace>()) { if (!this.allChildNodes.Any(x => x.source?.uniqueID == ownedClassifier.uniqueID)) { var childNode = new ClassifierMappingNode(ownedClassifier, this, this.settings, this.structure, virtualElement); } } //create child nodes for each owned association foreach (var ownedAssociation in element.getRelationships <TSF_EA.Association>()) { if ((ownedAssociation.targetEnd.isNavigable && ownedAssociation.sourceElement.uniqueID == element.uniqueID || ownedAssociation.sourceEnd.isNavigable && ownedAssociation.targetElement.uniqueID == element.uniqueID) && !this.allChildNodes.Any(x => x.source?.uniqueID == ownedAssociation.uniqueID)) { var childNode = new AssociationMappingNode(ownedAssociation, this, this.settings, this.structure, virtualElement); } } //do the same for all superclasses foreach (var superClass in element.superClasses) { addElementPropertiesToChildNodes((TSF_EA.ElementWrapper)superClass); } }
public override void setChildNodes() { //we only traverse associations in case of message structrure if (this.structure == MP.ModelStructure.Message) { //create mapping node for target element var targetElement = this.sourceAssociation.targetElement as TSF_EA.ElementWrapper; if (targetElement != null && !this.allChildNodes.Any(x => x.source?.uniqueID == targetElement.uniqueID)) { var childNode = new ClassifierMappingNode(targetElement, this, this.settings, this.structure); } } }
public AssociationMappingNode(TSF_EA.Association sourceAssociation, ClassifierMappingNode parent, MappingSettings settings, MP.ModelStructure structure, UML.Classes.Kernel.NamedElement virtualOwner) : base(sourceAssociation, parent, settings, structure, virtualOwner) { }
public AssociationMappingNode(TSF_EA.Association sourceAssociation, ClassifierMappingNode parent, MappingSettings settings, MP.ModelStructure structure) : this(sourceAssociation, parent, settings, structure, null) { }
public AttributeMappingNode(TSF_EA.AttributeWrapper sourceAttribute, ClassifierMappingNode parent, MappingSettings settings, MP.ModelStructure structure, UML.Classes.Kernel.NamedElement virtualOwner) : base((UML.Classes.Kernel.NamedElement)sourceAttribute, parent, settings, structure, virtualOwner) { }
public AttributeMappingNode(TSF_EA.AttributeWrapper sourceAttribute, ClassifierMappingNode parent, MappingSettings settings, MP.ModelStructure structure) : this(sourceAttribute, parent, settings, structure, null) { }
public AttributeMappingNode(TSF_EA.Attribute sourceAttribute, ClassifierMappingNode parent, MappingSettings settings, MP.ModelStructure structure) : base(sourceAttribute, parent, settings, structure) { }