Converter.Base64BinaryToHexBinary, Converter.BooleanToDecimal, Converter.BooleanToDouble, Converter.BooleanToFloat, Converter.BooleanToInteger, Converter.DateTimeToDate, Converter.DateTimeToGDay, Converter.DateTimeToGMonth, Converter.DateTimeToGMonthDay, Converter.DateTimeToGYear, Converter.DateTimeToGYearMonth, Converter.DateTimeToTime, Converter.DateToDateTime, Converter.DecimalToInteger, Converter.DoubleToDecimal, Converter.DoubleToInteger, Converter.DownCastingConverter, Converter.DurationToDayTimeDuration, Converter.DurationToYearMonthDuration, Converter.FloatToDecimal, Converter.FloatToInteger, Converter.HexBinaryToBase64Binary, Converter.IdentityConverter, Converter.IntegerToDecimal, Converter.NotationToQName, Converter.NumericToBoolean, Converter.NumericToDecimal, Converter.NumericToDouble, Converter.NumericToFloat, Converter.NumericToInteger, Converter.PromoterToDouble, Converter.PromoterToFloat, Converter.QNameToNotation, Converter.ToStringConverter, Converter.ToUntypedAtomicConverter, Converter.TwoPhaseConverter, Converter.UnfailingConverter, Converter.UpCastingConverter| Constructor and Description | 
|---|
| DownCastingConverter(AtomicType annotation,
                    ConversionRules rules) | 
| Modifier and Type | Method and Description | 
|---|---|
| ConversionResult | convert(AtomicValue input)Convert an atomic value from the source type to the target type | 
| ConversionResult | convert(AtomicValue input,
       java.lang.CharSequence lexicalForm) | 
| AtomicType | getTargetType() | 
| ValidationFailure | validate(AtomicValue input,
        java.lang.CharSequence lexicalForm) | 
convert, getConversionRules, getNamespaceResolver, isAlwaysSuccessful, setConversionRules, setNamespaceResolverpublic DownCastingConverter(AtomicType annotation, ConversionRules rules)
public AtomicType getTargetType()
public ConversionResult convert(AtomicValue input)
Converterconvert in class Converterinput - the atomic value to be converted, which the caller guarantees to be of the appropriate
              type for the converter. The results are undefined if the value is of the wrong type;
              possible outcomes are (apparent) success, or a ClassCastException.AtomicValue, if conversion succeeds, or a ValidationFailure
         object describing the reasons for failure if conversion is not possible. Note that the ValidationFailure
         object is not (and does not contain) an exception, because it does not necessarily result in an error being
         thrown, and creating exceptions on non-failure paths is expensive.public ConversionResult convert(AtomicValue input, java.lang.CharSequence lexicalForm)
public ValidationFailure validate(AtomicValue input, java.lang.CharSequence lexicalForm)
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