public Object _createJavaObject( String literal, ValidationContext context ) { return _createValue(literal,context); } public String serializeJavaObject( Object value, SerializationContext context ) {
public Object _createJavaObject( String literal, ValidationContext context ) { return _createValue(literal,context); } public String serializeJavaObject( Object value, SerializationContext context ) {
public Object _createJavaObject( String literal, ValidationContext context ) { return _createValue(literal,context); } public String serializeJavaObject( Object value, SerializationContext context ) {
public Object _createJavaObject( String literal, ValidationContext context ) { return _createValue(literal,context); } public String serializeJavaObject( Object value, SerializationContext context ) {
public Object _createJavaObject( String literal, ValidationContext context ) { return _createValue(literal,context); } public String serializeJavaObject( Object value, SerializationContext context ) {
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt>maxLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MAXLENGTH, new Integer(cnt), new Integer(maxLength)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt>maxLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MAXLENGTH, new Integer(cnt), new Integer(maxLength)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt>maxLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MAXLENGTH, new Integer(cnt), new Integer(maxLength)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt<minLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MINLENGTH, new Integer(cnt), new Integer(minLength)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt!=length) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_LENGTH, new Integer(cnt), new Integer(length)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt<minLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MINLENGTH, new Integer(cnt), new Integer(minLength)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt!=length) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_LENGTH, new Integer(cnt), new Integer(length)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt!=length) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_LENGTH, new Integer(cnt), new Integer(length)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt<minLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MINLENGTH, new Integer(cnt), new Integer(minLength)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt!=length) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_LENGTH, new Integer(cnt), new Integer(length)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt!=length) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_LENGTH, new Integer(cnt), new Integer(length)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt<minLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MINLENGTH, new Integer(cnt), new Integer(minLength)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt>maxLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MAXLENGTH, new Integer(cnt), new Integer(maxLength)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt>maxLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MAXLENGTH, new Integer(cnt), new Integer(maxLength)) ); }
protected void diagnoseByFacet(String content, ValidationContext context) throws DatatypeException { Object o = concreteType._createValue(content,context); // base type must have accepted this lexical value, otherwise // this method is never called. if(o==null) throw new IllegalStateException(); // assertion int cnt = ((Discrete)concreteType).countLength(o); if(cnt<minLength) throw new DatatypeException( DatatypeException.UNKNOWN, localize(ERR_MINLENGTH, new Integer(cnt), new Integer(minLength)) ); }