protected virtual CARDINALITY CloneCardinality(openehr.openehr.am.archetype.constraint_model.CARDINALITY o)
{
CARDINALITY result = new CARDINALITY();
result.is_ordered = o.is_ordered();
result.is_unique = o.is_unique();
result.interval = CloneIntervalOfInteger(o.interval());
return(result);
}
private static Cardinality Map(this CARDINALITY model)
{
var cardinality = new Cardinality
{
IsOrdered = model.is_ordered,
IsUnique = model.is_unique,
Interval = model.interval.Map()
};
return(cardinality);
}
public Relationship(Relationship R)
{
foreach (KeyValuePair <int, List <int> > Record in R.Cache)
{
Cache.Add(Record.Key, new List <int>(Record.Value));
}
conditional = R.conditional;
RootPath = R.RootPath;
foreignKey = R.foreignKey;
RelationType = R.RelationType;
IndexerFile = R.IndexerFile;
}
//public C_MULTIPLE_ATTRIBUTE MakeMultipleAttribute(C_COMPLEX_OBJECT an_object, string name, CARDINALITY a_cardinality)//, int capacity) //JAR: 30APR2007, AE-42 Support XML Schema 1.0.1
public C_MULTIPLE_ATTRIBUTE MakeMultipleAttribute(C_COMPLEX_OBJECT an_object, string name, CARDINALITY a_cardinality, IntervalOfInteger existence)//, int capacity)
{
C_MULTIPLE_ATTRIBUTE result = new C_MULTIPLE_ATTRIBUTE();
result.rm_attribute_name = name;
result.cardinality = a_cardinality;
result.existence = existence; //JAR: 30APR2007, AE-42 Support XML Schema 1.0.1
//result.children = Array.CreateInstance(typeof(XMLParser.C_OBJECT), capacity) as C_OBJECT[];
add_attribute(an_object, result);
return(result);
}
