//public static IEnumerable<ReadOnlyGrandparent> SomeAlgorithm(IEnumerable<ReadOnlyGrandparent> input,
// Func<ReadOnlyGrandparent, string> parentSelector, Func<ReadOnlyParent, bool> parentSelector,
// Func<ReadOnlyParent, bool> removeParentSelector, ImmutableSupport support) {
// foreach (var p in input) {
// string markerToAdd = parentSelector(p);
// if (markerToAdd != null) {
// //p.Variable++;
// p.GetOrCreateMutable(support).Variable++;
// }
// if (parentSelector(p.Parent)) {
// p.Parent.GetOrCreateMutable(support).Variable++;
// }
// foreach (var c in p.Parentren.Where(c => parentSelector(c))) {
// c.GetOrCreateMutable(support).Variable++;
// }
// p.GetOrCreateMutable(support).Parentren.RemoveAll(c => removeParentSelector(c));
// }
//
// return input.Immutify<ReadOnlyGrandparent, ReadWriteGrandparent>(support);
//}
protected override ReadOnlyGrandparent Immutify(ReadWriteGrandparent mutable, ImmutableSupport support)
{
IGrandparent source = mutable ?? (IGrandparent)this;
int variable = source.Variable;
ReadOnlyParent parent = support.Immutify <ReadOnlyParent, ReadWriteParent>(Parent);
return(Equals(variable, Variable) && Equals(parent, Parent)
? this
: new ReadOnlyGrandparent(FixedName, variable, parent));
}
public void SetupReciprocatedRelationship(ISpecificationModel relatedModel, IRelationship reciprocatedRelationship)
{
if (reciprocatedRelationship is IAdmire)
{
IEnemy enemy = this.testingFactory.GenerateEnemy(this, relatedModel, reciprocatedRelationship.ReferencingProperty);
this.associates.Add(enemy);
this.enemies.Add(enemy);
this.relationships.Add(enemy);
}
else if (reciprocatedRelationship is IGodchild)
{
IGodfather godfather = this.testingFactory.GenerateGodfather(this, relatedModel, reciprocatedRelationship.ReferencingProperty);
this.godfathers.Add(godfather);
this.parents.Add(godfather);
this.relationships.Add(godfather);
}
else if (reciprocatedRelationship is IGrandchild)
{
IGrandparent grandparent = this.testingFactory.GenerateGrandparent(this, relatedModel, reciprocatedRelationship.ReferencingProperty);
this.grandparents.Add(grandparent);
this.parents.Add(grandparent);
this.relationships.Add(grandparent);
}
else if (reciprocatedRelationship is IUnfitParent)
{
ICustodiedChild custodiedChild = this.testingFactory.GenerateCustodiedChild(this, relatedModel, reciprocatedRelationship.ReferencingProperty);
this.children.Add(custodiedChild);
this.custodiedChildren.Add(custodiedChild);
this.relationships.Add(custodiedChild);
}
else
{
throw new NotImplementedException(new StringBuilder("Setup ").Append(relatedModel.Variable.VariableType.Name).Append("'s reciprocated relationship for property ").Append(reciprocatedRelationship.ReferencingProperty.Name).ToString());
}
}
