public Object _createValue( String lexicalValue, ValidationContext context ) { return IntegerValueType.create(lexicalValue); }
public Object _createValue( String lexicalValue, ValidationContext context ) { return IntegerValueType.create(lexicalValue); }
private NonNegativeIntegerType() { super("nonNegativeInteger", createRangeFacet(IntegerType.theInstance, IntegerValueType.create("0"),null)); }
private NegativeIntegerType() { super("negativeInteger",createRangeFacet( NonPositiveIntegerType.theInstance, null, IntegerValueType.create("-1"))); }
private PositiveIntegerType() { super("positiveInteger",createRangeFacet( NonNegativeIntegerType.theInstance, IntegerValueType.create("1"), null)); }
private NonPositiveIntegerType() { super("nonPositiveInteger",createRangeFacet( IntegerType.theInstance, null, IntegerValueType.create("0"))); }
private UnsignedLongType() { super("unsignedLong",createRangeFacet( NonNegativeIntegerType.theInstance, null, IntegerValueType.create("18446744073709551615"))); }
private NonPositiveIntegerType() { super("nonPositiveInteger",createRangeFacet( IntegerType.theInstance, null, IntegerValueType.create("0"))); }
public static BigInteger load( String s ) { IntegerValueType o = IntegerValueType.create(s); if(o==null) return null; return new BigInteger(o.toString()); } public static String save( BigInteger v ) {
public static BigInteger load( String s ) { IntegerValueType o = IntegerValueType.create(s); if(o==null) return null; return new BigInteger(o.toString()); } public static String save( BigInteger v ) {
private UnsignedLongType() { super("unsignedLong",createRangeFacet( NonNegativeIntegerType.theInstance, null, IntegerValueType.create("18446744073709551615"))); }
private NonPositiveIntegerType() { super("nonPositiveInteger",createRangeFacet( IntegerType.theInstance, null, IntegerValueType.create("0"))); }
private PositiveIntegerType() { super("positiveInteger",createRangeFacet( NonNegativeIntegerType.theInstance, IntegerValueType.create("1"), null)); }
private NonNegativeIntegerType() { super("nonNegativeInteger", createRangeFacet(IntegerType.theInstance, IntegerValueType.create("0"),null)); }
private PositiveIntegerType() { super("positiveInteger",createRangeFacet( NonNegativeIntegerType.theInstance, IntegerValueType.create("1"), null)); }
private NonNegativeIntegerType() { super("nonNegativeInteger", createRangeFacet(IntegerType.theInstance, IntegerValueType.create("0"),null)); }
public static BigInteger load( String s ) { IntegerValueType o = IntegerValueType.create(s); if(o==null) return null; return new BigInteger(o.toString()); } public static String save( BigInteger v ) {
public static BigInteger load( String s ) { IntegerValueType o = IntegerValueType.create(s); if(o==null) return null; return new BigInteger(o.toString()); } public static String save( BigInteger v ) {
public Object _createValue( String lexicalValue, ValidationContext context ) { // Implementation of JDK1.2.2/JDK1.3 is suitable enough final IntegerValueType v = IntegerValueType.create(lexicalValue); if(v==null) return null; if( !v.isNonNegative() ) return null; if( upperBound.compareTo(v)<0 ) return null; return v; }
public Object _createValue( String lexicalValue, ValidationContext context ) { // Implementation of JDK1.2.2/JDK1.3 is suitable enough final IntegerValueType v = IntegerValueType.create(lexicalValue); if(v==null) return null; if( !v.isNonNegative() ) return null; if( upperBound.compareTo(v)<0 ) return null; return v; }