A collection of record types. All schemas possess an associated
name space within which the record type
names are defined. A schema is a flat data structure, similar to a Java package.
Record schemas do not provide a hierarchical framework within which data types may be organized.
Name spaces, however, do define a hierarchical framework for arbitrary
named items. Record schemas can participate in this framework by virtue of the fact that they
are all identified by local name or some subclass. A schema's location
in the hierarchy can be communicated by
getSchemaName().scope().name()
.
- Since:
- 2.1
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Method Summary
Modifier and TypeMethodDescriptionReturns the dictionary of all (name, record type) pairs in this schema.Returns the schema name.Looks up the provided type name and returns the associated record type.
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Method Details
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getSchemaName
@UML(identifier="schemaName", obligation=MANDATORY, specification=ISO_19103) LocalName getSchemaName()Returns the schema name. The scope of the schema name is associated with a name space which fixes this schema to a specific location in the type hierarchy.- Returns:
- The schema name.
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getDescription
@UML(identifier="description", obligation=MANDATORY, specification=ISO_19103) Map<TypeName,RecordType> getDescription()Returns the dictionary of all (name, record type) pairs in this schema.- Returns:
- All (name, record type) pairs in this schema.
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locate
@UML(identifier="locate", obligation=MANDATORY, specification=ISO_19103) RecordType locate(TypeName name) Looks up the provided type name and returns the associated record type. If the type name is not defined within this schema, then this method returnsnull
. This is functionally equivalent togetDescription().get(name)
.- Parameters:
name
- The name of type type to lookup.- Returns:
- The type for the given name, or
null
if none.
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