public override void CommandsExecuted()
{
base.CommandsExecuted();
CreatedGeneralization = c.CreatedGeneralization.Element;
ViewHelper = d.ViewHelper;
}
protected void updateChildGeneralizations(CoreClassifier owner, Generalization newGeneralization)
{
List <Generalization> generalizations = owner.getGeneralization();
generalizations.Add(newGeneralization);
owner.setGeneralization(generalizations);
}
protected void updateParentSpecializations(CoreClassifier owner, Generalization newSpecialization)
{
List <Generalization> specializations = owner.getSpecialization();
specializations.Add(newSpecialization);
owner.setSpecialization(specializations);
}
StObjProperty?GetStObjProperty(string propertyName, PropertyResolutionSource source = PropertyResolutionSource.FromContainerAndThenGeneralization)
{
if (_stObjProperties != null)
{
int idx = _stObjProperties.FindIndex(p => p.Name == propertyName);
if (idx >= 0)
{
return(_stObjProperties[idx]);
}
}
StObjProperty?result = null;
if (source == PropertyResolutionSource.FromContainerAndThenGeneralization)
{
result = IsOwnContainer ? _dContainer !.GetStObjProperty(propertyName) : null;
if (result == null && Generalization != null)
{
result = Generalization.GetStObjProperty(propertyName);
}
}
else
{
result = Generalization != null?Generalization.GetStObjProperty(propertyName, PropertyResolutionSource.FromGeneralizationAndThenContainer) : null;
if (result == null && IsOwnContainer)
{
result = _dContainer !.GetStObjProperty(propertyName, PropertyResolutionSource.FromGeneralizationAndThenContainer);
}
}
return(result);
}
internal override void CommandOperation()
{
Generalization generalization = Controller.Model.Schema.SetGeneralization(GeneralPSMClass.Element, SpecificPSMClass.Element);
if (CreatedGeneralization == null)
{
CreatedGeneralization = new ElementHolder <Generalization>();
}
CreatedGeneralization.Element = generalization;
}
internal void OnPluginStopped(bool direct)
{
if (Generalization != null)
{
Generalization.OnPluginStopped(false);
}
Debug.Assert(_dynamicTotalAvailablePluginsCount > 0);
--_dynamicTotalAvailablePluginsCount;
if (direct)
{
--_dynamicAvailablePluginsCount;
}
}
public virtual void Process(Generalization generalization, TPrinter printer)
{
LinePattern pattern = LinePattern.Solid;
if (generalization.General.IsInterface && generalization.Specific.IsClass)
{
pattern = LinePattern.Dotted;
}
printer.PrintGeneralization(
PlantUmlUtils.GetSimpleName(generalization.General),
PlantUmlUtils.GetSimpleName(generalization.Specific),
generalization.Name, 2, pattern);
}
/// <summary>
/// </summary>
/// <param name="e">Provides data for the RolePlayerChanged event.</param>
public override void RolePlayerChanged(RolePlayerChangedEventArgs e)
{
// Modification de la superClass
if (e.DomainRole.Id == Generalization.SuperClassDomainRoleId)
{
Generalization link = e.ElementLink as Generalization;
if (link.SuperClass.SubClasses.Count > 0)
{
link.SuperClass.SubClasses.RemoveAt(0);
}
link.SuperClass.SubClasses.Add(link.SubClass);
}
}
public static Element GetRightSiblingOfElement(Element element)
{
PSMSubordinateComponent subordinateComponent = element as PSMSubordinateComponent;
if (subordinateComponent != null)
{
PSMSuperordinateComponent parent = subordinateComponent.Parent;
if (parent != null)
{
ObservableCollection <PSMSubordinateComponent> components = parent.Components;
if (components.IndexOf(subordinateComponent) < components.Count - 1)
{
return(components[components.IndexOf(subordinateComponent) + 1]);
}
else if (parent is PSMClass)
{
PSMClass parentClass = parent as PSMClass;
if (parentClass.Specifications.Count > 0)
{
return(parentClass.Specifications.First());
}
}
}
}
Generalization generalization = element as Generalization;
if (generalization != null)
{
IList <Generalization> specifications = generalization.General.Specifications;
if (specifications.IndexOf(generalization) != specifications.Count - 1)
{
return(specifications[specifications.IndexOf(generalization) + 1]);
}
}
PSMClass psmClass = element as PSMClass;
if (psmClass != null && psmClass.ParentUnion != null)
{
ObservableCollection <PSMAssociationChild> components = psmClass.ParentUnion.Components;
if (components.IndexOf(psmClass) < components.Count - 1)
{
return(components[components.IndexOf(psmClass) + 1]);
}
}
return(null);
}
public override void FillCopy(Element copyElement, Model targetModel, ElementCopiesMap createdCopies)
{
if (this.general is PIMClass)
{
if (targetModel.Schema == this.Schema)
{
throw new InvalidOperationException("Cannot create copy of pim generalization in the same model.");
}
}
base.FillCopy(copyElement, targetModel, createdCopies);
Generalization copyGeneralization = (Generalization)copyElement;
copyGeneralization.General = (Class)createdCopies[General];
copyGeneralization.Specific = (Class)createdCopies[Specific];
copyGeneralization.IsSubstituable = IsSubstituable;
}
private void fillGeneralizationMode1(XElement xgeneralization, Generalization generalization, XAttribute xattributechild)
{
string xchildidref = xattributechild.Value;
CoreModelElement child;
lookup.TryGetValue(xchildidref, out child);
generalization.setChild((CoreClassifier)child);
XAttribute xattributeparent = xgeneralization.Attribute("parent");
if (xattributeparent != null)
{
string xparentidref = xattributeparent.Value;
CoreModelElement parent;
lookup.TryGetValue(xparentidref, out parent);
generalization.setParent((CoreClassifier)parent);
}
}
public void ToolMouseUp(object sender, MouseEventArgs e)
{
if (e.Button == MouseButtons.Left && canvas != null)
{
canvas.DeselectAll();
if (objectSource != null)
{
objectDestination = canvas.SelectObject(e.X, e.Y);
Generalization connector = new Generalization(objectSource, objectDestination);
objectSource.Attach(connector);
objectDestination.Attach(connector);
canvas.AddDrawingObject(connector);
connector.ChangeState(StaticState.GetInstance());
}
}
}
internal void OnPostPluginStopped()
{
if (_dynamicTotalAvailablePluginsCount == 0)
{
Debug.Assert(_dynamicStatus == null || _dynamicStatus.Value <= RunningStatus.Stopped);
if (_dynamicStatus == null)
{
DynamicStopBy(ServiceRunningStatusReason.StoppedByPluginStopped);
}
}
else if (_dynamicStatus != null && _dynamicStatus.Value >= RunningStatus.Running)
{
DynPropagateStart();
}
if (Generalization != null)
{
Generalization.OnPostPluginStopped();
}
}
public static Element GetParentOfElement(Element element)
{
if (element is PSMSubordinateComponent)
{
return(((PSMSubordinateComponent)element).Parent);
}
PSMAssociationChild associationChild = element as PSMAssociationChild;
if (associationChild != null && associationChild.ParentAssociation != null)
{
return(associationChild.ParentAssociation);
}
if (associationChild != null && associationChild.ParentUnion != null)
{
return(associationChild.ParentUnion);
}
PSMClass psmClass = element as PSMClass;
if (psmClass != null)
{
if (psmClass.ParentUnion != null)
{
return(psmClass.ParentUnion);
}
if (psmClass.Generalizations.Count() > 0)
{
return(psmClass.Generalizations.First());
}
}
Generalization generalization = element as Generalization;
if (generalization != null)
{
return(generalization.General);
}
return(null);
}
public static Element GetLeftSiblingOfElement(Element element)
{
PSMSubordinateComponent subordinateComponent = element as PSMSubordinateComponent;
if (subordinateComponent != null)
{
PSMSuperordinateComponent parent = subordinateComponent.Parent;
if (parent != null && parent.Components.IndexOf(subordinateComponent) >= 1)
{
return(parent.Components[parent.Components.IndexOf(subordinateComponent) - 1]);
}
}
PSMClass psmClass = element as PSMClass;
if (psmClass != null && psmClass.ParentUnion != null)
{
if (psmClass.ParentUnion.Components.IndexOf(psmClass) > 0)
{
return(psmClass.ParentUnion.Components[psmClass.ParentUnion.Components.IndexOf(psmClass) - 1]);
}
}
Generalization generalization = element as Generalization;
if (generalization != null)
{
IList <Generalization> specifications = generalization.General.Specifications;
if (specifications.IndexOf(generalization) == 0)
{
return(((PSMClass)generalization.General).Components.LastOrDefault());
}
if (specifications.IndexOf(generalization) > 0)
{
return(specifications[specifications.IndexOf(generalization) - 1]);
}
}
return(null);
}
/// <summary>
/// Creates context menu items for the junction (if junction is a part
/// of association or generalization, association or generalization context
/// menu items are included)
/// </summary>
private void InitializeContextMenu()
{
ContextMenu menu = new ContextMenu();
if (Association != null)
{
foreach (ContextMenuItem item in Association.AssociationMenuItems())
{
menu.Items.Add(item);
}
}
if (Generalization != null)
{
foreach (ContextMenuItem item in Generalization.GeneralizationMenuItems())
{
menu.Items.Add(item);
}
}
if (PSM_Association != null)
{
foreach (ContextMenuItem item in PSM_Association.PSM_AssociationMenuItems())
{
menu.Items.Add(item);
}
}
bool sep = true;
foreach (ContextMenuItem item in JunctionMenuItems())
{
if (sep)
{
menu.Items.Add(new Separator());
sep = false;
}
menu.Items.Add(item);
}
this.ContextMenu = menu;
}
public static Element GetFirstChildOfElement(Element element)
{
PSMSuperordinateComponent superordinateComponent = element as PSMSuperordinateComponent;
if (superordinateComponent != null && superordinateComponent.Components.Count > 0)
{
return(superordinateComponent.Components[0]);
}
PSMClassUnion union = element as PSMClassUnion;
if (union != null && union.Components.Count > 0)
{
return(union.Components[0]);
}
PSMAssociation association = element as PSMAssociation;
if (association != null)
{
return(association.Child);
}
PSMClass psmClass = element as PSMClass;
if (psmClass != null)
{
if (psmClass.Specifications.Count > 0)
{
return(psmClass.Specifications.First());
}
}
Generalization generalization = element as Generalization;
if (generalization != null)
{
return(generalization.Specific);
}
return(null);
}
public static IEnumerable <Element> GetChildrenOfElement(Element element)
{
PSMSuperordinateComponent superordinateComponent = element as PSMSuperordinateComponent;
if (superordinateComponent != null && superordinateComponent.Components.Count > 0)
{
return(superordinateComponent.Components);
}
PSMClassUnion union = element as PSMClassUnion;
if (union != null && union.Components.Count > 0)
{
return(union.Components);
}
PSMAssociation association = element as PSMAssociation;
if (association != null)
{
return(new Element[] { association.Child });
}
PSMClass psmClass = element as PSMClass;
if (psmClass != null)
{
if (psmClass.Specifications.Count > 0)
{
return(psmClass.Specifications);
}
}
Generalization generalization = element as Generalization;
if (generalization != null)
{
return(new Element[] { generalization.Specific });
}
return(new Element[0]);
}
private void AddGeneralizationDependencies(Element root, Generalization generalization)
{
AddDependency(root, generalization.Specific);
elementsToDo.Enqueue(new KeyValuePair <Element, Element>(root, generalization.Specific));
}
/// <summary>
/// Translates the <paramref name="specialization"/>.
/// </summary>
/// <remarks>
/// Could call <see cref="TranslateClass"/> for <paramref name="specialization"/>'s
/// <see cref="Generalization.Specific"/> class to translate the specializing class the
/// same way general classes are translated. If this is not the desired behaviour,
/// all components of the specializing clases should be translated via
/// <see cref="TranslateSubordinateComponent"/> call.
/// </remarks>
/// <param name="specialization">The translated specialization.</param>
/// <param name="generalTypeName">Identifier of the general type.</param>
protected virtual void TranslateSpecialization(Generalization specialization, TypeIdentifier generalTypeName)
{
}
void GeneratePSM2(I_PSMHasChildren current)
{
foreach (I_PSMHasParent child in current.Children)
{
if (child is P_PSMClass)
{
//UPDATE GUI: This is wrong, but better than crash due to detected deadlock:
X.l.Content = (++currentClassCount).ToString() + "/" + X.ClassesCount.ToString() + " PSM Classes";
X.p.Value = currentClassCount;
if (currentClassCount % (Math.Min(25, X.ClassesCount / 10) + 1) == 0)
{
Application.Current.Dispatcher.Invoke(DispatcherPriority.Background, new ThreadStart(delegate { }));
}
P_PSMClass C = child as P_PSMClass;
PSMClass psmClass = tempPIMClass.DerivePSMClass();
C.Super = psmClass;
psmClass.Name = C.Name.Name;
psmClass.ElementName = C.ElementLabel;
ViewHelper v = new PSMElementViewHelper(DiagramController.Diagram)
{
X = 0, Y = 0, Height = double.NaN, Width = double.NaN
};
DiagramController.Diagram.AddModelElement(psmClass, v);
psmClass.Diagram = DiagramController.Diagram as PSMDiagram;
//Attributes
foreach (P_PSMAttribute A in C.Attributes)
{
Property At = (C.Super as PSMClass).AddAttribute();
At.Name = A.Alias;
At.Lower = A.Lower;
/*if (Type != null && Type.Element != null)
* createdAttribute.Type = Type.Element;*/
At.Upper = A.Upper;
At.Default = A.DefaultValue;
(At as PSMAttribute).Alias = A.Alias;
}
if (current is P_PSMDiagram)
{
(DiagramController.Diagram as PSMDiagram).Roots.Add(psmClass);
}
else
{
if (C.ExtensionOf != null)
{
Generalization generalization = DiagramController.ModelController.Model.Schema.SetGeneralization((current as P_PSMClass).Super as PSMClass, C.Super as PSMClass);
DiagramController.Diagram.AddModelElement(generalization, new GeneralizationViewHelper(DiagramController.Diagram));
}
else
{
PSMAssociation PSMAssoc = (PSMAssociation)(current as P_PSMBase).Super.AddComponent(PSMAssociationFactory.Instance);
PSMAssoc.Child = psmClass;
PSMAssoc.Upper = C.MaxOccurs;
PSMAssoc.Lower = C.MinOccurs;
DiagramController.Diagram.AddModelElement(PSMAssoc, new PSMAssociationViewHelper(DiagramController.Diagram));
PSMAssoc.Diagram = DiagramController.Diagram as PSMDiagram;
}
}
GeneratePSM2(C);
}
else if (!(current is P_PSMDiagram) && child is P_PSMContentChoice)
{
PSMContentChoice psmChoice = (PSMContentChoice)(current as P_PSMBase).Super.AddComponent(PSMContentChoiceFactory.Instance);
DiagramController.Diagram.AddModelElement(psmChoice, new PSMElementViewHelper(DiagramController.Diagram));
(child as P_PSMContentChoice).Super = psmChoice;
GeneratePSM2(child as P_PSMContentChoice);
}
else if (!(current is P_PSMDiagram) && child is P_PSMAttributeContainer)
{
PSMClass owner = null;
PSMSuperordinateComponent PSMSuper = null;
PSMAttributeContainer psmAttributeContainer = null;
if (current is P_PSMClass)
{
owner = (current as P_PSMClass).Super as PSMClass;
}
else if (current is P_PSMContentChoice)
{
PSMSuper = (current as P_PSMContentChoice).Super as PSMSuperordinateComponent;
owner = (current as P_PSMContentChoice).P_PSMClass.Super as PSMClass;
}
else if (current is P_PSMContentContainer)
{
PSMSuper = (current as P_PSMContentContainer).Super as PSMSuperordinateComponent;
owner = (current as P_PSMContentContainer).P_PSMClass.Super as PSMClass;
}
List <PSMAttribute> PSMAttributes = new List <PSMAttribute>();
foreach (P_PSMAttribute A in (child as P_PSMAttributeContainer).Attributes)
{
Property At = owner.AddAttribute();
At.Name = A.Alias;
At.Lower = A.Lower;
/*if (Type != null && Type.Element != null)
* createdAttribute.Type = Type.Element;*/
At.Upper = A.Upper;
At.Default = A.DefaultValue;
(At as PSMAttribute).Alias = A.Alias;
PSMAttributes.Add(At as PSMAttribute);
owner.PSMAttributes.Remove(At as PSMAttribute);
}
if (PSMSuper != null)
{
psmAttributeContainer = (PSMAttributeContainer)PSMSuper.AddComponent(PSMAttributeContainerFactory.Instance);
}
else
{
psmAttributeContainer = (PSMAttributeContainer)owner.AddComponent(PSMAttributeContainerFactory.Instance);
}
foreach (PSMAttribute attribute in PSMAttributes)
{
psmAttributeContainer.PSMAttributes.Add(attribute);
}
DiagramController.Diagram.AddModelElement(psmAttributeContainer, new PSMElementViewHelper(DiagramController.Diagram));
}
else if ((current is P_PSMClass) && child is P_PSMComment)
{
Comment C = (current as P_PSMClass).Super.AddComment(NameSuggestor <Comment> .SuggestUniqueName((current as P_PSMClass).Super.Comments, "Comment", comment => comment.Body));
C.Body = (child as P_PSMComment).text;
DiagramController.Diagram.AddModelElement(C, new CommentViewHelper(DiagramController.Diagram));
}
else if (!(current is P_PSMDiagram) && child is P_PSMContentContainer)
{
P_PSMContentContainer CC = child as P_PSMContentContainer;
PSMContentContainer psmContainer = (PSMContentContainer)(current as P_PSMBase).Super.AddComponent(PSMContentContainerFactory.Instance);
psmContainer.Name = CC.ElementLabel;
CC.Super = psmContainer;
DiagramController.Diagram.AddModelElement(psmContainer, new PSMElementViewHelper(DiagramController.Diagram));
GeneratePSM2(CC);
}
}
}
public GeneralizationController(Generalization generalization, DiagramController diagramController)
: base(generalization, diagramController)
{
}
private void fillGeneralizationMode2(XNamespace xnamespace, XElement xgeneralization, Generalization generalization, XElement xchild)
{
var xclass = xchild.Element(xnamespace + "Class");
if (xclass != null)
{
string xchildidref = xclass.Attribute("xmi.idref").Value;
CoreModelElement child;
lookup.TryGetValue(xchildidref, out child);
generalization.setChild((CoreClassifier)child);
XElement xparent = xgeneralization.Element(xnamespace + "Generalization.parent");
if (xparent != null)
{
var xpclass = xparent.Element(xnamespace + "Class");
if (xpclass != null)
{
string xparentidref = xpclass.Attribute("xmi.idref").Value;
CoreModelElement parent;
lookup.TryGetValue(xparentidref, out parent);
generalization.setParent((CoreClassifier)parent);
}
}
}
}
private void ConvertPIMGeneralization(Generalization generalization, GeneralizationViewHelper generalizationViewHelper)
{
// do nothing
}
/// <summary>
/// Returns the elements of subtrees of roots in an order in which they can be
/// added to a PSM diagram.
/// </summary>
/// <param name="roots">The roots.</param>
/// <param name="ordered">The ordered.</param>
/// <param name="addMetElements">if set to <c>true</c> method adds any elements met
/// during the execution (subelements of the elements in <paramref name="roots"/>).</param>
/// <returns></returns>
public static bool ReturnElementsInPSMOrder(IEnumerable <Element> roots, out IList <Element> ordered, bool addMetElements)
{
/* PSM diagram elements must be loaded from root to leaves,
* following code is BFS implementation */
Queue <Element> elementsToDo = new Queue <Element>();
List <Element> alreadyProcessed = new List <Element>();
List <Element> delayedElements = new List <Element>();
List <Element> _roots = roots.ToList();
_roots.Sort(CompareByRootPositionsDesc);
foreach (Element root in _roots)
{
elementsToDo.Enqueue(root);
}
List <Element> needed = new List <Element>();
while (elementsToDo.Count > 0)
{
Element node = elementsToDo.Dequeue();
if (!alreadyProcessed.Contains(node))
{
if (node is PSMSuperordinateComponent)
{
foreach (PSMSubordinateComponent component in ((PSMSuperordinateComponent)node).Components.Where(i => !alreadyProcessed.Contains(i) && !elementsToDo.Contains(i)))
{
elementsToDo.Enqueue(component);
}
}
if (node is PSMClassUnion)
{
foreach (PSMAssociationChild component in ((PSMClassUnion)node).Components.Where(i => !alreadyProcessed.Contains(i) && !elementsToDo.Contains(i)))
{
elementsToDo.Enqueue(component);
}
}
PSMClass psmClass = node as PSMClass;
if (psmClass != null)
{
foreach (Generalization specification in psmClass.Specifications.Where(i => !alreadyProcessed.Contains(i) && !elementsToDo.Contains(i)))
{
elementsToDo.Enqueue(specification);
}
}
PSMAssociation a = node as PSMAssociation;
Generalization g = node as Generalization;
PSMSubordinateComponent sub = node as PSMSubordinateComponent;
PSMAssociationChild child = node as PSMAssociationChild;
/*
* association can be loaded only after the child is already loaded too.
* otherwise it is postponed,
*
* generalizations can be loaded after both
* general and specific class are loaded
*
* component can be loaded after parent is loaded
*/
needed.Clear();
if (a != null)
{
if (elementsToDo.Contains(a.Parent))
{
needed.Add(a.Parent);
}
needed.Add(a.Child);
}
if (g != null)
{
if (elementsToDo.Contains(g.General))
{
needed.Add(g.General);
}
needed.Add(g.Specific);
}
if (sub != null)
{
if (elementsToDo.Contains(sub.Parent))
{
needed.Add(sub.Parent);
}
//IList<PSMSubordinateComponent> components = sub.Parent.Components;
//int index = components.IndexOf(sub);
//needed.AddRange(components.Where(component => components.IndexOf(component) < index).Cast<Element>());
}
if (child != null && child.ParentUnion != null)
{
if (elementsToDo.Contains(child.ParentUnion))
{
needed.Add(child.ParentUnion);
}
//IList<PSMAssociationChild> components = child.ParentUnion.Components;
//int index = components.IndexOf(child);
//needed.AddRange(components.Where(component => components.IndexOf(component) < index).Cast<Element>());
}
//if (child != null && child.ParentAssociation != null)
//{
// if (elementsToDo.Contains(child.ParentAssociation))
// needed.Add(child.ParentAssociation);
// //IList<PSMAssociationChild> components = child.ParentAssociation.Components;
// //int index = components.IndexOf(child);
// //needed.AddRange(components.Where(component => components.IndexOf(component) < index).Cast<Element>());
//}
if (needed.All(alreadyProcessed.Contains))
{
if (!alreadyProcessed.Contains(node))
{
alreadyProcessed.Add(node);
}
}
else
{
if (delayedElements.Contains(node))
{
/*
* association/generalization was already delayed once,
* now it is clear that it will never be loaded correctly,
* algortithm is stopped to avoid infinite cycle.
*/
ordered = null;
return(false);
}
else
{
/* wait untill the association child is loaded */
foreach (Element element in needed.Where(i => !alreadyProcessed.Contains(i) && !elementsToDo.Contains(i)))
{
elementsToDo.Enqueue(element);
}
elementsToDo.Enqueue(node);
delayedElements.Add(node);
}
}
}
}
if (!addMetElements)
{
alreadyProcessed.RemoveAll(element => !roots.Contains(element));
}
ordered = alreadyProcessed;
return(true);
}