private EnAr.Connector ConstructGeneralization(Ecore.IEClass superEClass, EnAr.Element clazz)
{
EnAr.Element superClass = ConstructClassifier(superEClass);
EnAr.Connector inheritanceConnector = (EnAr.Connector)clazz.Connectors.AddNew("", "Connector");
inheritanceConnector.Type = "Generalization";
inheritanceConnector.ClientID = clazz.ElementID;
inheritanceConnector.SupplierID = superClass.ElementID;
inheritanceConnector.Update();
return(inheritanceConnector);
}
private EnAr.Element ConstructClass(Ecore.IEClass eClass)
{
EnAr.Package parentPackage;
EnAr.Element clazz;
if (!eclassifier2Class.ContainsKey(eClass))
{
parentPackage = ConstructMetamodelPackage(eClass.EPackage);
clazz = (EnAr.Element)parentPackage.Elements.AddNew(eClass.Name, "Class");
eclassifier2Class[eClass] = clazz;
clazz.Abstract = Bool2String(eClass.Abstract.GetValueOrDefault() || eClass.Interface.GetValueOrDefault());
// Manage normal super types
foreach (Ecore.IEClass superEClass in eClass.ESuperTypes)
{
ConstructGeneralization(superEClass, clazz);
}
// Manage super types that possess type parameters
foreach (Ecore.IEGenericType eGenericSuperType in eClass.EGenericSuperTypes)
{
if (eGenericSuperType.EClassifier != null)
{
EnAr.Connector generalization =
ConstructGeneralization((Ecore.IEClass)eGenericSuperType.EClassifier, clazz);
EA.Connector generalizationEa = explorer.GetEaObject(generalization);
foreach (Ecore.IEGenericType eTypeArgument in eGenericSuperType.ETypeArguments)
{
ConstructTemplateBinding(eGenericSuperType, eTypeArgument, generalizationEa);
}
}
}
foreach (Ecore.IEStructuralFeature eStructuralFeature in eClass.EStructuralFeatures)
{
ConstructAttributeOrAssociation(eclassifier2Class[eClass], eStructuralFeature);
}
// eClass.EOperations //TODO
}
else
{
parentPackage = ePackage2Package[eClass.EPackage];
clazz = eclassifier2Class[eClass];
}
parentPackage.Elements.Refresh();
parentPackage.Update();
clazz.Update();
clazz.Connectors.Refresh();
return(clazz);
}
private void ConstructConnectorEnd(EnAr.IElement clazz, Ecore.IEReference eReference)
{
EnAr.Connector connector;
EnAr.ConnectorEnd connectorEnd;
EnAr.ConnectorEnd otherConnectorEnd;
// First we find the type pointed by the reference
Ecore.IEClass ecoreType = null;
if (eReference.EType != null)
{
ecoreType = (Ecore.IEClass)eReference.EType;
}
else if (eReference.EGenericType != null)
{
ecoreType = (Ecore.IEClass)eReference.EGenericType.EClassifier;
}
// If no connector end managed yet, we set up everything
if (!eReference2ConnectorEnd.ContainsKey(eReference))
{
connector = (EnAr.Connector)clazz.Connectors.AddNew("", "Connector");
connector.ClientID = clazz.ElementID;
connectorEnd = connector.SupplierEnd;
eReference2ConnectorEnd[eReference] = new Tuple <EnAr.Connector, EnAr.ConnectorEnd>(connector,
connectorEnd);
otherConnectorEnd = connector.ClientEnd;
// Managing navigability / direction
connectorEnd.IsNavigable = true;
connectorEnd.Navigable = "Navigable";
otherConnectorEnd.IsNavigable = false;
otherConnectorEnd.Navigable = "Non-Navigable";
connector.Direction = "Source -> Destination";
// In case of opposite, we manage the other connector end to have everything bi directionnal
if (eReference.EOpposite != null)
{
otherConnectorEnd.IsNavigable = true;
otherConnectorEnd.Navigable = "Navigable";
connector.Direction = "Bi-Directional";
eReference2ConnectorEnd[eReference.EOpposite] =
new Tuple <EnAr.Connector, EnAr.ConnectorEnd>(connector, otherConnectorEnd);
}
EnAr.Element pointedClass = ConstructClassifier(ecoreType);
connector.SupplierID = pointedClass.ElementID;
}
// If there is already a connector end managed, we retrieve it
else
{
connector = eReference2ConnectorEnd[eReference].Item1;
connectorEnd = eReference2ConnectorEnd[eReference].Item2;
if (connectorEnd.End == "ClientEnd")
{
otherConnectorEnd = connector.SupplierEnd;
}
else if (connectorEnd.End == "SupplierEnd")
{
otherConnectorEnd = connector.ClientEnd;
}
else
{
throw new Exception();
}
}
// Containment must be set on the opposite end...
otherConnectorEnd.Aggregation = eReference.Containment.GetValueOrDefault() ? 2 : 0;
connector.Type = eReference.Containment.GetValueOrDefault() ? "Aggregation" : "Association";
// Everything else is on the same end
connectorEnd.Role = eReference.Name;
connectorEnd.Cardinality = BoundsToString(eReference.LowerBound.GetValueOrDefault(),
eReference.UpperBound.GetValueOrDefault());
connectorEnd.Derived = eReference.Derived.GetValueOrDefault();
if (eReference.UpperBound.GetValueOrDefault() == -1 || eReference.UpperBound.GetValueOrDefault() > 1)
{
connectorEnd.Ordering = eReference.Ordered.GetValueOrDefault() ? 1 : 0;
}
connectorEnd.AllowDuplicates = !eReference.Unique.GetValueOrDefault();
// Finally we set the type arguments, if any (eg. T = Toto for type MyClass<T>)
Ecore.IEGenericType eGenericType = eReference.EGenericType;
if (eGenericType?.EClassifier != null)
{
if (connectorEnd.End == "SupplierEnd")
{
Connector connectorEa = explorer.GetEaObject(connector);
foreach (Ecore.IEGenericType ecoreTypeArgument in eGenericType.ETypeArguments)
{
ConstructTemplateBinding(eGenericType, ecoreTypeArgument, connectorEa);
}
connectorEa.TemplateBindings.Refresh();
}
}
connector.Update();
connectorEnd.Update();
otherConnectorEnd.Update();
clazz.Connectors.Refresh();
clazz.Update();
}
