// TODO: call this method whenever one of the relations is changing its visibility
private void UpdateBendingOffsets(UmlDiagramClass endUmlDiagramClass, UmlDiagramClass startUmlDiagramClass)
{
var tmprelations =
Relations.Where(v => v.IsVisible).Where(
r => r.StartClass == startUmlDiagramClass && r.EndClass == endUmlDiagramClass ||
r.StartClass == endUmlDiagramClass && r.EndClass == startUmlDiagramClass).ToList();
int numberOfRelationsBetweenStartAndEndClass = tmprelations.Count;
const double range = 300.0;
double deltaRange = range / (numberOfRelationsBetweenStartAndEndClass + 1);
if (numberOfRelationsBetweenStartAndEndClass == 1)
{
tmprelations[0].BendingOffset = 0;
}
else
{
for (int i = 0; i < tmprelations.Count; i++)
{
var currentRelation = tmprelations[i];
currentRelation.BendingOffset = (i + 1) * deltaRange - range / 2;
if (currentRelation.StartClass == endUmlDiagramClass)
{
//
// If the start and end class are reversed, the bendingoffset has to be reversed too, otherwise it will coincide with a previous relation curve.
//
currentRelation.BendingOffset = -currentRelation.BendingOffset;
}
}
}
}
public UmlDiagramDependenceRelation(
UmlRelation umlRelation,
UmlDiagramClass startUmlDiagramClass,
UmlDiagramClass endUmlDiagramClass
) : base(umlRelation, startUmlDiagramClass, endUmlDiagramClass)
{
}
public UmlDiagramImplementsInterfaceRelation(
UmlRelation umlRelation,
UmlDiagramClass startUmlDiagramClass,
UmlDiagramClass endUmlDiagramClass
) : base(umlRelation, startUmlDiagramClass, endUmlDiagramClass)
{
}
public UmlDiagramRelation(UmlRelation umlRelation, UmlDiagramClass startUmlDiagramClass, UmlDiagramClass endUmlDiagramClass)
: base(startUmlDiagramClass, endUmlDiagramClass)
{
Relation = umlRelation;
IsVisible = true;
}
public UmlDiagramMethodLink(UmlMethodLink umlMethodLink, UmlDiagramClass umlDiagramClass, UmlDiagramMethodNode umlDiagramMethodNode)
: base(umlDiagramClass, umlDiagramMethodNode)
{
MethodLink = umlMethodLink;
IsVisible = true;
pen = new Pen(new SolidColorBrush(Colors.Gray), 2);
pen.DashStyle = new DashStyle(new[] { 4.0, 4.0 }, 0.0);
}
public UmlDiagramInheritanceRelation(
UmlRelation umlRelation,
UmlDiagramClass startUmlDiagramClass,
UmlDiagramClass endUmlDiagramClass
) : base(umlRelation, startUmlDiagramClass, endUmlDiagramClass)
{
PreferredAngles = new double[] { 90 };
}
private void RemoveClass(UmlDiagramClass umlDiagramClass)
{
if (classes.Contains(umlDiagramClass))
{
RemoveNode(umlDiagramClass);
classes.Remove(umlDiagramClass);
}
}
public UmlDiagramNoteLink(UmlNoteLink umlNoteLink, UmlDiagramClass umlDiagramClass, UmlDiagramNote umlDiagramNote)
: base(umlDiagramClass, umlDiagramNote)
{
NoteLink = umlNoteLink;
IsVisible = true;
pen = new Pen(new SolidColorBrush(Colors.Black), 1);
pen.DashStyle = new DashStyle(new[] { 4.0, 4.0 }, 0.0);
}
public UmlDiagramAssociationRelation(
UmlRelation umlRelation,
UmlDiagramClass startUmlDiagramClass,
UmlDiagramClass endUmlDiagramClass
) : base(umlRelation, startUmlDiagramClass, endUmlDiagramClass)
{
PreferredAngles = new double[] { };
}
public void AddNoteFromModel(UmlClass umlClass, UmlNote umlNote, UmlNoteLink umlNoteLink)
{
UmlDiagramClass umlDiagramClass = GetDiagramClass(umlClass);
var umlDiagramNote = new UmlDiagramNote(umlNote);
var umlDiagramNoteLink = new UmlDiagramNoteLink(umlNoteLink, umlDiagramClass, umlDiagramNote);
AddNote(umlDiagramNote);
AddNoteLink(umlDiagramNoteLink);
}
public void AddMethodNodeFromModel(UmlClass umlClass, UmlMethodNode umlMethodNode, UmlMethodLink umlMethodLink)
{
UmlDiagramClass umlDiagramClass = GetDiagramClass(umlClass);
var umlDiagramMethodNode = new UmlDiagramMethodNode(umlMethodNode);
var umlDiagramMethodLink = new UmlDiagramMethodLink(umlMethodLink, umlDiagramClass, umlDiagramMethodNode);
AddMethodNode(umlDiagramMethodNode);
AddMethodLink(umlDiagramMethodLink);
}
public void RemoveClassesFromDiagram(List <UmlClass> classes)
{
foreach (var umlClass in classes)
{
UmlDiagramClass umlDiagramClass = GetDiagramClass(umlClass);
if (umlDiagramClass != null)
{
RemoveDiagramClass(umlDiagramClass);
}
}
}
public void Show(List <UmlClass> classes)
{
foreach (var umlClass in classes)
{
UmlDiagramClass umlDiagramClass = GetDiagramClass(umlClass);
if (umlDiagramClass == null)
{
AddClassFromModel(umlClass);
}
}
}
private void AddClass(UmlDiagramClass umlDiagramClass)
{
if (!classes.Contains(umlDiagramClass))
{
AddNode(umlDiagramClass);
classes.Add(umlDiagramClass);
if (!ClassNames.Contains(umlDiagramClass.Name))
{
ClassNames.Add(umlDiagramClass.Name);
}
}
}
public void RemoveDiagramClass(UmlDiagramClass umlDiagramClass)
{
if (Classes.Contains(umlDiagramClass))
{
RemoveClass(umlDiagramClass);
modelToDiagramClasses.Remove(umlDiagramClass.Class);
//List<UmlDiagramRelation> umlDiagramRelations =
// Relations.Where(
// r =>
// r.StartClass == umlDiagramClass || r.EndClass == umlDiagramClass
// ).ToList();
//foreach (var umlDiagramRelation in umlDiagramRelations) {
// RemoveDiagramRelation(umlDiagramRelation);
//}
}
}
/// <summary>
/// Add a class that already exists in the Model to the diagram.
/// </summary>
private void AddClassFromModel(UmlClass umlClass)
{
var umlDiagramClass = new UmlDiagramClass(umlClass, this)
{
ShowsMembers = ShowsMembers
};
CheckForTags(umlDiagramClass);
Model.FillMethodsFromClass(umlClass);
umlDiagramClass.SyncAttributesAndOperationsFromModel();
modelToDiagramClasses[umlClass] = umlDiagramClass;
umlDiagramClass.Pos = new Point(rand.NextDouble() * 300, rand.NextDouble() * 300);
AddClass(umlDiagramClass);
//
// Add any relation that should be visible in the diagram now.
//
//
// Don't just add all umlClass.Relations, only the ones that are connected to an
// already shown class.
//
foreach (var umlDiagramClass2 in Classes)
{
List <UmlRelation> umlRelations =
Model.Relations.Where(
r =>
r.StartClass == umlClass && r.EndClass == umlDiagramClass2.Class ||
r.StartClass == umlDiagramClass2.Class && r.EndClass == umlClass
).ToList();
foreach (var umlRelation in umlRelations)
{
UmlDiagramRelation umlDiagramRelation = GetDiagramRelation(umlRelation);
if (umlDiagramRelation == null)
{
AddRelationFromModel(umlRelation);
}
}
}
NotifyPropertyChanged(() => ClassNames);
}
private void CheckForTags(UmlDiagramClass umlDiagramClass)
{
UmlClass umlClass = umlDiagramClass.Class;
foreach (var tag in Tags)
{
if (umlDiagramClass.Name.ToLower().Contains(tag.ToLower()))
{
if (tag == "PresentationState" || tag == "Presentation")
{
umlDiagramClass.AddTag("DataModel");
}
else
{
umlDiagramClass.AddTag(tag);
}
break;
}
if (umlClass.AssemblyDefinition != null)
{
if (umlClass.AssemblyDefinition.FullName.Contains("Controllers"))
{
umlDiagramClass.AddTag("Controller");
}
if (umlClass.AssemblyDefinition.FullName.Contains("ViewModels"))
{
umlDiagramClass.AddTag("ViewModel");
}
if (umlClass.AssemblyDefinition.FullName.Contains("UI"))
{
umlDiagramClass.AddTag("UI");
}
if (umlClass.AssemblyDefinition.FullName.Contains("DataModel"))
{
umlDiagramClass.AddTag("DataModel");
}
}
}
}
internal void UpdateMemberVisibility(UmlDiagramClass umlDiagramClass)
{
foreach (var umlAttribute in umlDiagramClass.Attributes)
{
umlAttribute.IsVisibleInList =
umlAttribute.AccessModifier == AccessModifier.Private && umlDiagramClass.ShowsPrivateMembers ||
umlAttribute.AccessModifier == AccessModifier.Protected && umlDiagramClass.ShowsProtectedMembers ||
umlAttribute.AccessModifier == AccessModifier.Internal && umlDiagramClass.ShowsInternalMembers ||
umlAttribute.AccessModifier == AccessModifier.Public && umlDiagramClass.ShowsPublicMembers;
}
foreach (var umlProperty in umlDiagramClass.Properties)
{
umlProperty.IsVisibleInList =
(
umlProperty.GetterAccessModifier == AccessModifier.Private ||
umlProperty.SetterAccessModifier == AccessModifier.Private
) && umlDiagramClass.ShowsPrivateMembers ||
(
umlProperty.GetterAccessModifier == AccessModifier.Protected ||
umlProperty.SetterAccessModifier == AccessModifier.Protected
) && umlDiagramClass.ShowsProtectedMembers ||
(
umlProperty.GetterAccessModifier == AccessModifier.Internal ||
umlProperty.SetterAccessModifier == AccessModifier.Internal
) && umlDiagramClass.ShowsInternalMembers ||
(
umlProperty.GetterAccessModifier == AccessModifier.Public ||
umlProperty.SetterAccessModifier == AccessModifier.Public
) && umlDiagramClass.ShowsPublicMembers;
}
foreach (var umlOperation in umlDiagramClass.Operations)
{
umlOperation.IsVisibleInList =
umlOperation.AccessModifier == AccessModifier.Private && umlDiagramClass.ShowsPrivateMembers ||
umlOperation.AccessModifier == AccessModifier.Protected && umlDiagramClass.ShowsProtectedMembers ||
umlOperation.AccessModifier == AccessModifier.Internal && umlDiagramClass.ShowsInternalMembers ||
umlOperation.AccessModifier == AccessModifier.Public && umlDiagramClass.ShowsPublicMembers;
}
foreach (var umlDiagramAssociationRelation in umlDiagramClass.Relations.OfType <UmlDiagramAssociationRelation>().Where(w => w.StartClass == umlDiagramClass))
{
//
// Search for 'Double dispatch': resolving a virtual method happens dynamically, resolving the type of a method
// parameter happens statically. So, at this point, the type of the method argument of 'GetAccessmodifier' has to
// be resolved. Which means we have to explicitly cast MemberReference.
//
bool isVisible = umlDiagramAssociationRelation.IsVisible;
if (umlDiagramAssociationRelation.MemberReference is FieldReference)
{
var accessModifier =
UmlModel.GetAccessmodifier(((FieldReference)umlDiagramAssociationRelation.MemberReference).Resolve());
umlDiagramAssociationRelation.IsVisible =
accessModifier == AccessModifier.Private && umlDiagramClass.ShowsPrivateMembers ||
accessModifier == AccessModifier.Protected && umlDiagramClass.ShowsProtectedMembers ||
accessModifier == AccessModifier.Internal && umlDiagramClass.ShowsInternalMembers ||
accessModifier == AccessModifier.Public && umlDiagramClass.ShowsPublicMembers;
}
else if (umlDiagramAssociationRelation.MemberReference is MethodReference)
{
var accessModifier =
UmlModel.GetAccessmodifier(((MethodReference)umlDiagramAssociationRelation.MemberReference).Resolve());
umlDiagramAssociationRelation.IsVisible =
accessModifier == AccessModifier.Private && umlDiagramClass.ShowsPrivateMembers ||
accessModifier == AccessModifier.Protected && umlDiagramClass.ShowsProtectedMembers ||
accessModifier == AccessModifier.Internal && umlDiagramClass.ShowsInternalMembers ||
accessModifier == AccessModifier.Public && umlDiagramClass.ShowsPublicMembers;
}
else if (umlDiagramAssociationRelation.MemberReference is PropertyReference)
{
var getterAccessModifier =
UmlModel.GetAccessmodifier(((PropertyReference)umlDiagramAssociationRelation.MemberReference).Resolve().GetMethod);
var setterAccessModifier =
UmlModel.GetAccessmodifier(((PropertyReference)umlDiagramAssociationRelation.MemberReference).Resolve().SetMethod);
umlDiagramAssociationRelation.IsVisible =
(
getterAccessModifier == AccessModifier.Private ||
setterAccessModifier == AccessModifier.Private
) && umlDiagramClass.ShowsPrivateMembers ||
(
getterAccessModifier == AccessModifier.Protected ||
setterAccessModifier == AccessModifier.Protected
) && umlDiagramClass.ShowsProtectedMembers ||
(
getterAccessModifier == AccessModifier.Internal ||
setterAccessModifier == AccessModifier.Internal
) && umlDiagramClass.ShowsInternalMembers ||
(
getterAccessModifier == AccessModifier.Public ||
setterAccessModifier == AccessModifier.Public
) && umlDiagramClass.ShowsPublicMembers;
}
if (umlDiagramAssociationRelation.IsVisible != isVisible)
{
UpdateBendingOffsets(umlDiagramAssociationRelation.EndClass, umlDiagramClass);
}
}
}