public static GenObject GetContext(GenObject genObject, string className)
{
if (genObject == null || genObject.ClassNameIs(className))
{
return(genObject);
}
var ancestorContext = GetAncestorContext(genObject, className);
if (ancestorContext != null && ancestorContext.ClassNameIs(className))
{
return(ancestorContext);
}
var descendentContext = GetDescendentContext(genObject, className);
if (descendentContext != null &&
descendentContext.ClassNameIs(className))
{
return(descendentContext);
}
if (descendentContext != null && descendentContext.Definition.IsInherited &&
descendentContext.Definition.Parent.ClassNameIs(className))
{
return(descendentContext);
}
return(null);
}
private static GenObject GetDescendentContext(GenObject genObject, string className, ISubClassBase exclude = null)
{
var subClass = genObject.GetSubClass(className);
if (subClass != null)
{
if (subClass.Definition.SubClass.IsInheritor(className))
{
return(subClass.Count == 0 ? null : subClass[0]);
}
return(null);
}
foreach (var s in genObject.SubClass)
{
var sc = genObject.GetSubClass(s.ClassId);
if (sc == exclude)
{
continue;
}
if (sc.Definition.SubClass.IsInheritor(className))
{
return(sc.Count == 0 ? null : sc[0]);
}
var descendentContext = sc.Count == 0 ? null : GetDescendentContext(sc[0], className);
if (descendentContext != null &&
descendentContext.ClassName.Equals(className, StringComparison.InvariantCultureIgnoreCase))
{
return(descendentContext);
}
}
return(genObject);
}
public GenObject(GenObject parent, ISubClassBase parentSubClass, int classId)
{
Parent = parent;
RefParent = null;
ParentSubClass = parentSubClass;
ClassId = classId;
Attributes = new TextList();
if (Parent == null)
{
return;
}
GenDataBase = Parent.GenDataBase;
if (Definition != null && Definition.IsInherited)
{
Contract.Assert(Definition.Parent.Inheritors.Contains(Definition),
"The new object is inherited, but not from its parent");
Contract.Assert(!Definition.Parent.IsInherited && parentSubClass.ClassId == Definition.Parent.ClassId ||
Definition.Parent.IsInherited && parentSubClass.ClassId == Definition.Parent.Parent.ClassId,
"The new object is being added to the incorrect subclass");
}
else
{
Contract.Assert(parentSubClass.Definition == null || parentSubClass.Definition.SubClass.ClassId == ClassId,
"The new object is being assigned to the wrong subclass");
}
}
public GenSubClasses(GenObject parent)
{
Parent = parent;
var parentDef = Parent.Definition;
AddInheritedSubClasses(parentDef, parent.GenDataBase);
AddSubClasses(parentDef, parent.GenDataBase);
}
private GenDataBase(GenDataDef genDataDef, Dictionary <string, GenDataBase> cache)
{
Cache = cache ?? new Dictionary <string, GenDataBase>();
GenDataDef = genDataDef;
IgnorePropertyValidation = true;
Root = new GenObject(null, null, 0)
{
GenDataBase = this
};
}
private static GenObject GetAncestorContext(GenObject genObject, string className)
{
while (true)
{
if (genObject.Parent == null)
{
return(genObject);
}
if (genObject.Parent.ClassName.Equals(className, StringComparison.InvariantCultureIgnoreCase))
{
return(genObject.Parent);
}
var descendentContext = GetDescendentContext(genObject.Parent, className, genObject.ParentSubClass);
if (descendentContext != null &&
descendentContext.ClassName.Equals(className, StringComparison.InvariantCultureIgnoreCase))
{
return(descendentContext);
}
genObject = genObject.RefParent ?? genObject.Parent;
}
}
private void Navigate(GenObject c, GenDataDef f)
{
if (c.ClassId != _nClass)
{
foreach (var sc in c.SubClass)
{
foreach (var s in sc)
{
Navigate(s, f);
}
}
}
else
{
var sc = c.ParentSubClass;
foreach (var pc in sc)
{
var className = pc.Attributes[_xClassName];
if (!f.Classes.Contains(className))
{
if (f.Classes.Count <= 1)
{
f.AddSubClass("", className);
}
else
{
f.AddClass(className);
}
}
}
foreach (var pc in sc)
{
var className = pc.Attributes[_xClassName];
for (var j = 0; j < pc.SubClass[_xSubClass].Count; j++)
{
var subClassName = pc.SubClass[_xSubClass][j].Attributes[_xSubClassName];
var relationship = _xSubClassRelationship != -1
? pc.SubClass[_xSubClass][j].Attributes[_xSubClassRelationship]
: "";
var reference = _xSubClassReference != -1
? pc.SubClass[_xSubClass][j].Attributes[_xSubClassReference]
: "";
if (relationship.Equals("Extends", StringComparison.InvariantCultureIgnoreCase))
{
f.AddInheritor(className, subClassName);
}
else
{
f.AddSubClass(className, subClassName, reference);
}
}
}
foreach (var pc in sc)
{
var className = pc.Attributes[_xClassName];
var iClass = f.GetClassId(className);
var @class = f.GetClassDef(iClass);
for (var j = 0; j < pc.SubClass[_xProperty].Count; j++)
{
var name = pc.SubClass[_xProperty][j].Attributes[_xPropertyName];
if ([email protected] || [email protected](name))
{
@class.AddInstanceProperty(name);
@class.Properties.Add(name);
}
}
}
}
}
private static GenObject CreateDefinitionSubClass(string name, GenObject c)
{
return(DefinitionCreator.CreateDefinitionSubClass(c, name, "", ""));
}
