protected virtual object Visit(openehr.openehr.am.archetype.constraint_model.Impl.C_PRIMITIVE_OBJECT o, int depth)
{
C_PRIMITIVE_OBJECT result = new C_PRIMITIVE_OBJECT();
CloneC_Object(result, o);
if (o.item() != null)
{
result.item = CloneC_Primitive(o.item());
}
return(result);
}
private static CPrimitiveObject Map(this C_PRIMITIVE_OBJECT model)
{
var primitiveObject = new CPrimitiveObject
{
AnyAllowed = model.any_allowed,
NodeId = model.node_id,
Item = model.item.Map(),
ReferenceModelTypeName = model.rm_type_name,
Occurences = model.occurrences.Map()
};
return(primitiveObject);
}
C_PRIMITIVE_OBJECT VisitPrimitiveObjectConstraint(C_PRIMITIVE_OBJECT objectConstraint)
{
System.Diagnostics.Trace.Assert(objectConstraint != null, "objectConstraint must not be null");
C_PRIMITIVE result = VisitPrimitiveConstraint(objectConstraint.item);
C_PRIMITIVE_OBJECT primitiveObjectConstraint = null;
if (result != objectConstraint.item)
{
primitiveObjectConstraint = new C_PRIMITIVE_OBJECT();
CloneObjectConstraint(objectConstraint, primitiveObjectConstraint);
primitiveObjectConstraint.item = result;
}
else
{
primitiveObjectConstraint = objectConstraint;
}
System.Diagnostics.Debug.Assert(primitiveObjectConstraint != null, "primitiveObjectConstraint must not be null");
return(primitiveObjectConstraint);
}
C_OBJECT[] VisitChildren(C_OBJECT[] children)
{
C_OBJECT[] result = null;
if (children != null)
{
List <C_OBJECT> objectConstraintList = new List <C_OBJECT>();
foreach (C_OBJECT objectConstraint in children)
{
C_OBJECT newObjectConstraint;
C_COMPLEX_OBJECT complexObjectConstraint = objectConstraint as C_COMPLEX_OBJECT;
if (complexObjectConstraint != null)
{
newObjectConstraint = VisitComplexObjectConstraint(complexObjectConstraint);
}
else
{
C_PRIMITIVE_OBJECT primitiveObjectConstraint = objectConstraint as C_PRIMITIVE_OBJECT;
if (primitiveObjectConstraint != null)
{
newObjectConstraint = VisitPrimitiveObjectConstraint(primitiveObjectConstraint);
}
else
{
newObjectConstraint = objectConstraint;
}
}
System.Diagnostics.Debug.Assert(newObjectConstraint != null, "newObject must not be null");
objectConstraintList.Add(newObjectConstraint);
}
result = objectConstraintList.ToArray();
}
return(result);
}
public C_PRIMITIVE_OBJECT MakePrimitiveObject(C_ATTRIBUTE an_attribute, C_PRIMITIVE a_primative)
{
C_PRIMITIVE_OBJECT result = new C_PRIMITIVE_OBJECT();
if (a_primative != null)
{
result.item = a_primative;
}
//JAR: 30APR2007, AE-42 Support XML Schema 1.0.1
result.node_id = "";
result.occurrences = default_occurrences();
//JAR: 30APR2007, AE-42 Support XML Schema 1.0.1
//else
// result.any_allowed = true;
add_object(an_attribute, result);
switch (a_primative.GetType().ToString().ToLower(System.Globalization.CultureInfo.InvariantCulture))
{
case "xmlparser.c_boolean":
result.rm_type_name = "BOOLEAN";
break;
case "xmlparser.c_integer":
result.rm_type_name = "INTEGER";
break;
case "xmlparser.c_code_phrase":
result.rm_type_name = "CODE_PHRASE";
break;
case "xmlparser.c_date":
result.rm_type_name = "DATE";
break;
case "xmlparser.c_date_time":
result.rm_type_name = "DATE_TIME";
break;
case "xmlparser.c_duration":
result.rm_type_name = "DURATION";
break;
case "xmlparser.c_ordinal":
result.rm_type_name = "ORDINAL";
break;
case "xmlparser.c_quantity":
result.rm_type_name = "QUANTITY";
break;
case "xmlparser.c_string":
result.rm_type_name = "STRING";
break;
case "xmlparser.c_time":
result.rm_type_name = "TIME";
break;
case "xmlparser.c_real":
result.rm_type_name = "REAL";
break;
default:
System.Diagnostics.Debug.Assert(false, a_primative.GetType().ToString() + " is not handled");
break;
}
return(result);
}
