public class ErrorType extends BuiltinAtomicType
Modifier and Type | Field and Description |
---|---|
static ErrorType |
theInstance |
ERR_DUPLICATE_FACET, ERR_EMPTY_UNION, ERR_ENUMERATION, ERR_ENUMERATION_WITH_ARG, ERR_FACET_MUST_BE_NON_NEGATIVE_INTEGER, ERR_FACET_MUST_BE_POSITIVE_INTEGER, ERR_INAPPROPRIATE_FOR_TYPE, ERR_INCONSISTENT_FACETS_1, ERR_INCONSISTENT_FACETS_2, ERR_INVALID_BASE_TYPE, ERR_INVALID_ITEMTYPE, ERR_INVALID_MEMBER_TYPE, ERR_INVALID_VALUE_FOR_THIS_TYPE, ERR_INVALID_WHITESPACE_VALUE, ERR_LENGTH, ERR_LOOSENED_FACET, ERR_MAXLENGTH, ERR_MINLENGTH, ERR_NOT_APPLICABLE_FACET, ERR_OUT_OF_RANGE, ERR_OVERRIDING_FIXED_FACET, ERR_PARSE_ERROR, ERR_PATTERN_1, ERR_PATTERN_MANY, ERR_SCALE_IS_GREATER_THAN_PRECISION, ERR_TOO_MUCH_PRECISION, ERR_TOO_MUCH_SCALE, ERR_X_AND_Y_ARE_EXCLUSIVE, serializedValueChecker, whiteSpace
APPLICABLE, DERIVATION_BY_LIST, DERIVATION_BY_RESTRICTION, DERIVATION_BY_UNION, FACET_ENUMERATION, FACET_FRACTIONDIGITS, FACET_LENGTH, FACET_MAXEXCLUSIVE, FACET_MAXINCLUSIVE, FACET_MAXLENGTH, FACET_MINEXCLUSIVE, FACET_MININCLUSIVE, FACET_MINLENGTH, FACET_PATTERN, FACET_TOTALDIGITS, FACET_WHITESPACE, FIXED, NOT_ALLOWED, VARIETY_ATOMIC, VARIETY_LIST, VARIETY_UNION, XMLSCHEMA_NSURI
Modifier | Constructor and Description |
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protected |
ErrorType() |
Modifier and Type | Method and Description |
---|---|
protected Object |
_createValue(String content,
org.relaxng.datatype.ValidationContext context)
converts a whitespace-processed lexical value into the corresponding value object
|
protected boolean |
checkFormat(String literal,
org.relaxng.datatype.ValidationContext context) |
String |
convertToLexicalValue(Object valueObject,
SerializationContext context)
converts value object back to the corresponding value in the lexical space.
|
XSDatatype |
getBaseType()
gets the base type of this type.
|
Class |
getJavaObjectType()
gets the type of the objects that are created by the createJavaObject method.
|
int |
isFacetApplicable(String facetName)
returns if the specified facet is applicable to this datatype.
|
displayName, getVariety, readResolve
_checkValid, _createJavaObject, getConcreteType, isFinal, serializeJavaObject
checkValid, createJavaObject, createStreamingValidator, createValue, getAncestorBuiltinType, getApplicableFacetNames, getFacetObject, getIdType, getName, getNamespaceUri, isAlwaysValid, isContextDependent, isDerivedTypeOf, isDerivedTypeOf, isValid, localize, localize, localize, localize, localize, needValueCheck, sameValue, valueHashCode
public static final ErrorType theInstance
protected Object _createValue(String content, org.relaxng.datatype.ValidationContext context)
XSDatatypeImpl
_createValue
in class XSDatatypeImpl
protected boolean checkFormat(String literal, org.relaxng.datatype.ValidationContext context)
checkFormat
in class XSDatatypeImpl
public String convertToLexicalValue(Object valueObject, SerializationContext context) throws IllegalArgumentException
XSDatatype
This method does the reverse operation of the createValue method. The returned string is not necessarily the canonical representation. Also note that the implementation may accept invalid values without throwing IllegalArgumentException. To make sure that the result is actually a valid representation, call the isValid method.
Be careful not to confuse this method with
The serializeJavaObject method, which is defined in
the DatabindableDatatype
method.
context
- Context information that will be possibly used for the conversion.
Currently, this object is used only by QName, but may be extended
in the future.IllegalArgumentException
- if the type of the given object is not the expected one.
For example, this exception is thrown if you pass a BigInteger object
to the "gYear" type.public int isFacetApplicable(String facetName)
XSDatatype
public XSDatatype getBaseType()
XSDatatype
This method is intended to capture the semantics of the base type definition property of the simple type component, but there is an important difference.
Specifically, if you derive a type D from another type B, then calling D.getBaseType() does not necessarily return B. Instead, it may return an intermediate object (that represents a facet). Calling the getBaseType method recursively will eventually return B.
public Class getJavaObjectType()
DatabindableDatatype
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