public override void AddToTree(Shape s, bool allowAddInChildren)
{
if (AlternativeStateShape.IsAlternativeState(s.Name))
{
AlternativeStateShape com = AlternativeStateShape.CreateFromShape(Page, s);
if (com.Index == Index)
{
Children.Add(com);
}
}
else if (AlternativeIdentifierShape.IsAlternativeIdentifier(s.Name))
{
AlternativeIdentifierShape com = new AlternativeIdentifierShape(Page, s);
if (com.Index == Index)
{
Children.Add(com);
}
}
else if (AlternativeTitleComponent.IsAlternativeTitle(s.Name))
{
AlternativeTitleComponent com = new AlternativeTitleComponent(Page, s);
if (com.Index == Index)
{
Children.Add(com);
}
}
else if (AlternativeDescriptionShape.IsAlternativeDescription(s.Name))
{
AlternativeDescriptionShape com = new AlternativeDescriptionShape(Page, s);
if (com.Index == Index)
{
Children.Add(com);
}
}
}
public AlternativeShape(Page page, Shape alternative) : base(page, false)
{
Shape = alternative;
string title = null, state = null;
foreach (int shapeIdentifier in alternative.ContainerProperties.GetMemberShapes((int)VisContainerFlags.visContainerFlagsExcludeNested))
{
Shape alternativeComponent = page.Shapes.ItemFromID[shapeIdentifier];
if (AlternativeTitleComponent.IsAlternativeTitle(alternativeComponent.Name))
{
AlternativeTitleComponent comp = new AlternativeTitleComponent(page, alternativeComponent);
Children.Add(comp);
title = comp.Text;
}
else if (AlternativeStateShape.IsAlternativeState(alternativeComponent.Name))
{
AlternativeStateShape comp = AlternativeStateShape.CreateFromShape(page, alternativeComponent);
Children.Add(comp);
state = comp.Text;
}
else if (AlternativeIdentifierShape.IsAlternativeIdentifier(alternativeComponent.Name))
{
Children.Add(new AlternativeIdentifierShape(page, alternativeComponent));
}
else if (AlternativeDescriptionShape.IsAlternativeDescription(alternativeComponent.Name))
{
AlternativeDescriptionShape comp = new AlternativeDescriptionShape(page, alternativeComponent);
Children.Add(comp);
}
}
if ((title != null) && (state != null))
{
if (Index <= Globals.RationallyAddIn.Model.Alternatives.Count)
{
Alternative newAlternative = new Alternative(title, state, Id);
newAlternative.GenerateIdentifier(Index);
Globals.RationallyAddIn.Model.Alternatives.Insert(Index, newAlternative);
int index = Index;
foreach (Alternative alt in Globals.RationallyAddIn.Model.Alternatives.Skip(index + 1).ToList()) //Skip up till and including the new Alternative
{
alt.GenerateIdentifier(++index);
}
}
else
{
Alternative newAlternative = new Alternative(title, state, Id);
newAlternative.GenerateIdentifier(Globals.RationallyAddIn.Model.Alternatives.Count);
Globals.RationallyAddIn.Model.Alternatives.Add(newAlternative);
}
}
UsedSizingPolicy = SizingPolicy.ExpandYIfNeeded | SizingPolicy.ShrinkYIfNeeded | SizingPolicy.ShrinkXIfNeeded;
MarginTop = Index == 0 ? 0.3 : 0.0;
}
public override void AddToTree(Shape s, bool allowAddOfSubpart)
{
//make s into an rcomponent for access to wrapper
VisioShape shapeComponent = new VisioShape(Page)
{
Shape = s
};
if (AlternativeShape.IsAlternativeContainer(s.Name))
{
if (Children.All(c => c.Index != shapeComponent.Index)) //there is no forcecontainer stub with this index
{
Children.Add(new AlternativeShape(Page, s));
}
else
{
//remove stub, insert s as new containers
AlternativeStubContainer stub = (AlternativeStubContainer)Children.First(c => c.Index == shapeComponent.Index);
Children.Remove(stub);
AlternativeShape con = new AlternativeShape(Page, s);
if (Children.Count < con.Index)
{
Children.Add(con);
}
else
{
Children.Insert(con.Index, con);
}
}
}
else
{
bool isAlternativeChild = AlternativeStateShape.IsAlternativeState(s.Name) || AlternativeIdentifierShape.IsAlternativeIdentifier(s.Name) || AlternativeTitleComponent.IsAlternativeTitle(s.Name) || AlternativeDescriptionShape.IsAlternativeDescription(s.Name);
if (isAlternativeChild && Children.All(c => c.Index != shapeComponent.Index)) //if parent not exists
{
AlternativeStubContainer stub = new AlternativeStubContainer(Page, shapeComponent.Index);
Children.Insert(stub.Index, stub);
Children.ForEach(r => r.AddToTree(s, allowAddOfSubpart));
}
else
{
Children.ForEach(r => r.AddToTree(s, allowAddOfSubpart));
}
}
}