//Clone ConstraintOnModel
//Clone Tag
public static Tag cloneTag(Tag tag)
{
// Tag tagCloned = new Tag();
Tag tagCloned = (Tag)CloneModel.cloneString(tag);
return(tagCloned);
}
//Clone StoreOptional
//Clone Quantative
//Clone Model/SubModel
public static Model cloneModel(Model _model)
{
Model modelCloned = new Model(new OptionalDesc(), new List <Model>());
//Clone OptionalDescription
modelCloned.description = OptionalDesc.clonedDescription(_model.description);
//Clone ConstraintOnModel
//Clone Tag
if (_model.description.tag != null)
{
modelCloned.description.tag = (Tag)CloneModel.cloneString(_model.description.tag);
}
//Clone Name
if (_model.description.name != null)
{
modelCloned.description.name = CloneModel.cloneString(_model.description.name);
}
//CLone ... others
//Clone receivedString
if (_model.receivedString != null)
{
modelCloned.receivedString = CloneModel.cloneString(_model.receivedString);
}
//Clone returnedString;
if (_model.returnString != null)
{
modelCloned.returnString = CloneModel.cloneString(_model.returnString);
}
//Clone subModel list
if (_model.subModel == null)
{
return(modelCloned);
}
int subModelSize = _model.subModel.Count;
if (subModelSize == 0)
{
modelCloned.subModel = new List <Model>();
}
else if (subModelSize > 0)
{
for (int i = 0; i < subModelSize; i++)
{
if (_model.subModel.ElementAt(i).GetType() == typeof(StringType))
{
modelCloned.subModel.Add(CloneModel.cloneString((StringType)_model.subModel.ElementAt(i)));
}
else
{
modelCloned.subModel.Add(CloneModel.cloneModel((Model)_model.subModel.ElementAt(i)));
}
}
}
return(modelCloned);
}