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## com.saxonica.schema
Class UserAtomicType

    java.lang.Object
      com.saxonica.schema.SchemaStructure
          com.saxonica.schema.SchemaTypeImpl
              com.saxonica.schema.UserSimpleType
                  com.saxonica.schema.UserAtomicType

All Implemented Interfaces:
  SerializableSchemaComponent, Serializable, SourceLocator, AtomicType, ItemType, SchemaComponent, SchemaType, SimpleType

    public class UserAtomicType

extends UserSimpleType
implements AtomicType

An object belonging to this class represents an atomic type: either a built-in atomic type, or a user-defined atomic type. There is at most one AtomicType object for each distinct type in the schema (so equality can safely be tested using the == operator).

See Also:
  Serialized Form

Field Summary

Fields inherited from interface net.sf.saxon.type.SchemaType
`DERIVATION_EXTENSION, DERIVATION_LIST, DERIVATION_RESTRICTION, DERIVATION_UNION, DERIVE_BY_SUBSTITUTION`

Fields inherited from interface net.sf.saxon.type.SchemaComponent
`FIXED_UP, INCOMPLETE, INVALID, UNVALIDATED, VALIDATED, VALIDATING`

Fields inherited from interface com.saxonica.schema.SerializableSchemaComponent
`ALL_COMPOSITOR, ATOMIC_TYPE, ATTRIBUTE_DECL, ATTRIBUTE_GROUP, ATTRIBUTE_GROUP_REF, ATTRIBUTE_USE, ATTRIBUTE_WILDCARD, CHOICE_COMPOSITOR, COMPLEX_TYPE, ELEMENT_DECL, ELEMENT_PARTICLE, ELEMENT_WILDCARD, FACET, KEY, KEYREF, LIST_TYPE, MODEL_GROUP, MODEL_GROUP_REF, NOTATION, SEQUENCE_COMPOSITOR, UNION_TYPE, UNIQUE`

Constructor Summary
`UserAtomicType()`

Method Summary
`AtomicType` | `getAtomizedItemType()` Get the item type of the atomic values that will be produced when an item of this type is atomized
`AtomicType` | `getCommonAtomicType()` Get the most specific possible atomic type that all items in this SimpleType belong to
`int` | `getComponentTypeCode()` Get a unique number identifying the type of component
`ItemType` | `getPrimitiveItemType()` Get the primitive type from which this type is derived.
`int` | `getPrimitiveType()` Get the primitive type from which this type is derived.
`ItemType` | `getSuperType(TypeHierarchy th)` Get the type from which this item type is derived by restriction.
`SequenceIterator` | `getTypedValue(CharSequence value, NamespaceResolver resolver, NameChecker nameChecker)` Get the typed value corresponding to a given string value, assuming it is valid against this type
`int` | `hashCode()` Returns a hash code value for the object.
`boolean` | `isAtomicType()` Test whether this Simple Type is an atomic type
`boolean` | `isBuiltInType()` Determine whether this is a built-in type or a user-defined type
`boolean` | `isNamespaceSensitive()` Test whether this simple type is namespace-sensitive, that is, whether it is derived from xs:QName or xs:NOTATION
`boolean` | `isOrdered()` Determine whether the atomic type is ordered, that is, whether less-than and greater-than comparisons are permitted
`boolean` | `matchesItem(Item item, boolean allowURIPromotion, Configuration config)` Test whether a given item conforms to this type
`void` | `serialize(SchemaSerializer serializer)` Serialize the schema component
`AtomicValue` | `setDerivedTypeLabel(AtomicValue primValue, CharSequence lexicalValue, boolean validate)` Factory method to create values of a derived atomic type.
`String` | `toString()` Produce string representation for use in diagnostic output
`String` | `toString(NamePool pool)` Display the type descriptor for diagnostics
`boolean` | `validate(SchemaCompiler compiler)` Checks the validity of this SimpleType definition.
`ValidationException` | `validateContent(CharSequence value, NamespaceResolver nsResolver, NameChecker checker)` Check whether a given input string is valid according to this SimpleType

Methods inherited from class com.saxonica.schema.UserSimpleType
`analyzeContentExpression, applyWhitespaceNormalization, atomize, checkAgainstFacets, checkTypeDerivationIsOK, getBuiltInBaseType, getFacet, getFacetCollection, getFacetList, getFacets, getFacets, getTypedValue, getWhitespaceAction, isListType, isSimpleType, isTypeDerivationOK, isUnionType, setFacetCollection`

Methods inherited from class com.saxonica.schema.SchemaTypeImpl
`allowsDerivation, containingDeclarationIsElement, getBaseType, getBaseTypeFingerprint, getBaseTypeReference, getBlock, getContainingDeclarationName, getDerivationMethod, getDescription, getDisplayName, getFingerprint, getLocalName, getNameCode, getNamePool, isAnonymousType, isComplexType, isExternalType, isSameType, setBaseTypeReference, setContainingDeclaration, setDerivationMethod, setDerivationMethodName, setFinalProhibitions, setLocalName, setNameCode, setNamePool`

Methods inherited from class com.saxonica.schema.SchemaStructure
`getColumnNumber, getConfiguration, getFixupStatus, getLineNumber, getPublicId, getSystemId, getValidationStatus, lookForCycles, setConfiguration, setFixupStatus, setLineNumber, setLocator, setSystemId, setValidationStatus`

Methods inherited from class java.lang.Object
`equals, getClass, notify, notifyAll, wait, wait, wait`

Methods inherited from interface net.sf.saxon.type.SimpleType
`getBuiltInBaseType, getWhitespaceAction, isExternalType, isListType, isUnionType`

Methods inherited from interface net.sf.saxon.type.SchemaType
`allowsDerivation, analyzeContentExpression, atomize, checkTypeDerivationIsOK, getBaseType, getBlock, getDerivationMethod, getDescription, getDisplayName, getFingerprint, getNameCode, getTypedValue, isAnonymousType, isComplexType, isSameType, isSimpleType`

Methods inherited from interface net.sf.saxon.type.SchemaComponent
`getValidationStatus`

Constructor Detail

### UserAtomicType

    public UserAtomicType()

Method Detail

### isAtomicType

    public boolean isAtomicType()

  Test whether this Simple Type is an atomic type

  Specified by:
    `isAtomicType` in interface `ItemType`
  Specified by:
    `isAtomicType` in interface `SchemaType`
  Specified by:
    `isAtomicType` in interface `SimpleType`
  Overrides:
    `isAtomicType` in class `UserSimpleType`
  Returns:
    true, this is an atomic type

### isBuiltInType

    public boolean isBuiltInType()

  Determine whether this is a built-in type or a user-defined type

  Specified by:
    `isBuiltInType` in interface `SimpleType`

### getCommonAtomicType

    public AtomicType getCommonAtomicType()

  Get the most specific possible atomic type that all items in this SimpleType belong to

  Specified by:
    `getCommonAtomicType` in interface `SimpleType`
  Returns:
    the lowest common supertype of all member types

### isOrdered

    public boolean isOrdered()

  Determine whether the atomic type is ordered, that is, whether less-than and greater-than comparisons are permitted

  Specified by:
    `isOrdered` in interface `AtomicType`
  Returns:
    true if ordering operations are permitted

### validate

    public boolean validate(SchemaCompiler compiler)
                     throws SchemaException,
                            ValidationException

  Checks the validity of this SimpleType definition.

  Overrides:
    `validate` in class `UserSimpleType`
  Throws:
    `SchemaException` - when this SimpleType definition is invalid.
    `ValidationException`

### matchesItem

    public boolean matchesItem(Item item,
                               boolean allowURIPromotion,
                               Configuration config)

  Test whether a given item conforms to this type

  Specified by:
    `matchesItem` in interface `ItemType`
  Parameters:
    `item` - The item to be tested
    `allowURIPromotion` -
    `config` -
  Returns:
    true if the item is an instance of this type; false otherwise

### validateContent

    public ValidationException validateContent(CharSequence value,
                                               NamespaceResolver nsResolver,
                                               NameChecker checker)

  Check whether a given input string is valid according to this SimpleType

  Specified by:
    `validateContent` in interface `SimpleType`
  Parameters:
    `value` - the input string to be checked
    `nsResolver` - a namespace resolver used to resolve namespace prefixes if the type is namespace sensitive. The value supplied may be null; in this case any namespace-sensitive content will throw an UnsupportedOperationException.
    `checker` -
  Returns:
    null if validation succeeds; return a ValidationException describing the validation failure if validation fails.
  Throws:
    `UnsupportedOperationException` - if the type is namespace-sensitive and no namespace resolver is supplied

### getTypedValue

    public SequenceIterator getTypedValue(CharSequence value,
                                          NamespaceResolver resolver,
                                          NameChecker nameChecker)
                                   throws ValidationException

  Get the typed value corresponding to a given string value, assuming it is valid against this type

  Specified by:
    `getTypedValue` in interface `SimpleType`
  Parameters:
    `value` - the string value
    `resolver` -
    `nameChecker` -
  Returns:
    an iterator over the atomic sequence comprising the typed value
  Throws:
    `ValidationException` - if the supplied value is not in the lexical space of the data type

### getSuperType

    public ItemType getSuperType(TypeHierarchy th)

  Get the type from which this item type is derived by restriction. This is the supertype in the XPath type heirarchy, as distinct from the Schema base type: this means that the supertype of xs:boolean is xs:anyAtomicType, whose supertype is item() (rather than xs:anySimpleType).

  Specified by:
    `getSuperType` in interface `ItemType`
  Parameters:
    `th` -
  Returns:
    the supertype, or null if this type is item()

### getPrimitiveItemType

    public ItemType getPrimitiveItemType()

  Get the primitive type from which this type is derived. For the definition of primitive types, see `Type.isPrimitiveType(int)`

  Specified by:
    `getPrimitiveItemType` in interface `ItemType`
  Returns:
    the type code of the primitive type

### getPrimitiveType

    public int getPrimitiveType()

  Get the primitive type from which this type is derived. For the definition of primitive types, see `Type.isPrimitiveType(int)`

  Specified by:
    `getPrimitiveType` in interface `ItemType`
  Returns:
    the type code of the primitive type

### isNamespaceSensitive

    public boolean isNamespaceSensitive()

  Test whether this simple type is namespace-sensitive, that is, whether it is derived from xs:QName or xs:NOTATION

  Specified by:
    `isNamespaceSensitive` in interface `SimpleType`
  Returns:
    true if this type is derived from xs:QName or xs:NOTATION

### getAtomizedItemType

    public AtomicType getAtomizedItemType()

  Get the item type of the atomic values that will be produced when an item of this type is atomized

  Specified by:
    `getAtomizedItemType` in interface `ItemType`

### toString

    public String toString()

  Produce string representation for use in diagnostic output

  Overrides:
    `toString` in class `Object`

### toString

    public String toString(NamePool pool)

  Display the type descriptor for diagnostics

  Specified by:
    `toString` in interface `ItemType`

### hashCode

    public int hashCode()

  Returns a hash code value for the object.

  Overrides:
    `hashCode` in class `Object`

### setDerivedTypeLabel

    public AtomicValue setDerivedTypeLabel(AtomicValue primValue,
                                           CharSequence lexicalValue,
                                           boolean validate)

  Factory method to create values of a derived atomic type. This method is not used to create values of a built-in type, even one that is not primitive.

  Specified by:
    `setDerivedTypeLabel` in interface `AtomicType`
  Parameters:
    `primValue` - the value in the value space of the primitive type. This object will have its type label changed to the new type.
    `lexicalValue` - the value as supplied. If null, the string value of primValue is used. The lexical value is this value after applying the whitespace facet. The lexical value is checked against the pattern facet (if any)
    `validate` - true if the value is to be validated against the facets of the derived type; false if the caller knows that the value is already valid.
  Returns:
    the derived atomic value if validation succeeds. Otherwise, an ErrorValue that encapsulates the exception that occurred. It is the caller's responsibility to check for this.

### serialize

    public void serialize(SchemaSerializer serializer)
                   throws IOException

  Serialize the schema component

  Specified by:
    `serialize` in interface `SerializableSchemaComponent`
  Throws:
    `IOException`

### getComponentTypeCode

    public int getComponentTypeCode()

  Get a unique number identifying the type of component

  Specified by:
    `getComponentTypeCode` in interface `SerializableSchemaComponent`

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Copyright (C) Michael H. Kay. All rights reserved.