} // getXDMTypedValue
/*
* Get the XDM typed value for schema "simple content model".
*/
private ResultSequence getTypedValueForSimpleContent(SimpleTypeDefinition simpType, IList itemValueTypes)
{
ResultBuffer rs = new ResultBuffer();
if (simpType.Variety == org.eclipse.wst.xml.xpath2.api.typesystem.SimpleTypeDefinition_Fields.VARIETY_ATOMIC)
{
AnyType schemaTypeValue = SchemaTypeValueFactory.newSchemaTypeValue(PsychoPathTypeHelper.getXSDTypeShortCode(simpType), StringValue);
if (schemaTypeValue != null)
{
return(schemaTypeValue);
}
else
{
return(new XSUntypedAtomic(StringValue));
}
}
else if (simpType.Variety == org.eclipse.wst.xml.xpath2.api.typesystem.SimpleTypeDefinition_Fields.VARIETY_LIST)
{
addAtomicListItemsToResultSet(simpType, itemValueTypes, rs);
}
else if (simpType.Variety == org.eclipse.wst.xml.xpath2.api.typesystem.SimpleTypeDefinition_Fields.VARIETY_UNION)
{
getTypedValueForVarietyUnion(simpType, rs);
}
return(rs.Sequence);
} // getTypedValueForSimpleContent
} // getTypedValueForSimpleContent
/*
* If the variety of simpleType was 'list', add the typed "list item" values to the parent result set.
*/
private void addAtomicListItemsToResultSet(SimpleTypeDefinition simpType, IList itemValueTypes, ResultBuffer rs)
{
// tokenize the string value by a 'longest sequence' of white-spaces. this gives us the list items as string values.
string[] listItemsStrValues = StringValue.Split("\\s+", true);
SimpleTypeDefinition itemType = (SimpleTypeDefinition)simpType.ItemType;
if (itemType.Variety == org.eclipse.wst.xml.xpath2.api.typesystem.SimpleTypeDefinition_Fields.VARIETY_ATOMIC)
{
for (int listItemIdx = 0; listItemIdx < listItemsStrValues.Length; listItemIdx++)
{
// add an atomic typed value (whose type is the "item type" of the list, and "string value" is the "string
// value of the list item") to the "result sequence".
rs.add(SchemaTypeValueFactory.newSchemaTypeValue(PsychoPathTypeHelper.getXSDTypeShortCode(itemType), listItemsStrValues[listItemIdx]));
}
}
else if (itemType.Variety == org.eclipse.wst.xml.xpath2.api.typesystem.SimpleTypeDefinition_Fields.VARIETY_UNION)
{
// here the list items may have different atomic types
for (int listItemIdx = 0; listItemIdx < listItemsStrValues.Length; listItemIdx++)
{
string listItem = listItemsStrValues[listItemIdx];
rs.add(SchemaTypeValueFactory.newSchemaTypeValue(((short?)itemValueTypes[listItemIdx]).Value, listItem));
}
}
} // addAtomicListItemsToResultSet
protected internal virtual object getTypedValueForPrimitiveType(TypeDefinition typeDef)
{
string strValue = StringValue;
if (typeDef == null)
{
return(new XSUntypedAtomic(strValue));
}
return(SchemaTypeValueFactory.newSchemaTypeValue(PsychoPathTypeHelper.getXSDTypeShortCode(typeDef), strValue));
} // getTypedValueForPrimitiveType
} // addAtomicListItemsToResultSet
/*
* If the variety of simpleType was 'union', find the typed value (and added to the parent 'result set')
* to be returned as the typed value of the parent node, by considering the member types of the union (i.e
* whichever member type first in order, can successfully validate the string value of the parent node).
*/
private void getTypedValueForVarietyUnion(SimpleTypeDefinition simpType, ResultBuffer rs)
{
IList memberTypes = simpType.MemberTypes;
// check member types in order, to find that which one can successfully validate the string value.
for (int memTypeIdx = 0; memTypeIdx < memberTypes.Count; memTypeIdx++)
{
PrimitiveType memSimpleType = (PrimitiveType)memberTypes[memTypeIdx];
if (isValueValidForSimpleType(StringValue, memSimpleType))
{
rs.add(SchemaTypeValueFactory.newSchemaTypeValue(PsychoPathTypeHelper.getXSDTypeShortCode(memSimpleType), StringValue));
// no more memberTypes need to be checked
break;
}
}
} // getTypedValueForVarietyUnion