Examples of XMLGregorianCalendar

javax.xml.datatype.XMLGregorianCalendar

3.org/2001/XMLSchema". These datatypes are normatively defined in W3C XML Schema 1.0 Part 2, Section 3.2.7-14.

The table below defines the mapping between XML Schema 1.0 date/time datatype fields and this class' fields. It also summarizes the value constraints for the date and time fields defined in W3C XML Schema 1.0 Part 2, Appendix D, ISO 8601 Date and Time Formats.

Date/Time Datatype Field Mapping Between XML Schema 1.0 and Java Representation
XML Schema 1.0 datatype field	Related XMLGregorianCalendar Accessor(s)	Value Range
year	{@link #getYear()} + {@link #getEon()} or {@link #getEonAndYear}	`getYear()` is a value between -(10^9-1) to (10^9)-1 or {@link DatatypeConstants#FIELD_UNDEFINED}. {@link #getEon()} is high order year value in billion of years. `getEon()` has values greater than or equal to (10^9) or less than or equal to -(10^9). A value of null indicates field is undefined. Given that XML Schema 1.0 errata states that the year zero will be a valid lexical value in a future version of XML Schema, this class allows the year field to be set to zero. Otherwise, the year field value is handled exactly as described in the errata and [ISO-8601-1988]. Note that W3C XML Schema 1.0 validation does not allow for the year field to have a value of zero.
month	{@link #getMonth()}	1 to 12 or {@link DatatypeConstants#FIELD_UNDEFINED}
day	{@link #getDay()}	Independent of month, max range is 1 to 31 or {@link DatatypeConstants#FIELD_UNDEFINED}. The normative value constraint stated relative to month field's value is in W3C XML Schema 1.0 Part 2, Appendix D.
hour	{@link #getHour()}	0 to 24 or {@link DatatypeConstants#FIELD_UNDEFINED}. For a value of 24, the minute and second field must be zero per XML Schema Errata.
minute	{@link #getMinute()}	0 to 59 or {@link DatatypeConstants#FIELD_UNDEFINED}
second	{@link #getSecond()} + {@link #getMillisecond()}/1000 or {@link #getSecond()} + {@link #getFractionalSecond()}	{@link #getSecond()} from 0 to 60 or {@link DatatypeConstants#FIELD_UNDEFINED}. (Note: 60 only allowable for leap second.) {@link #getFractionalSecond()} allows for infinite precision over the range from 0.0 to 1.0 when the {@link #getSecond()} is defined. `FractionalSecond` is optional and has a value of `null` when it is undefined. {@link #getMillisecond()} is the convenience millisecond precision of value of {@link #getFractionalSecond()}.
timezone	{@link #getTimezone()}	Number of minutes or {@link DatatypeConstants#FIELD_UNDEFINED}. Value range from -14 hours (-14 * 60 minutes) to 14 hours (14 * 60 minutes).

All maximum value space constraints listed for the fields in the table above are checked by factory methods, @{link DatatypeFactory}, setter methods and parse methods of this class. IllegalArgumentException is thrown when a parameter's value is outside the value constraint for the field or if the composite values constitute an invalid XMLGregorianCalendar instance (for example, if the 31st of June is specified).

The following operations are defined for this class:

accessors/mutators for independent date/time fields

conversion between this class and W3C XML Schema 1.0 lexical representation, {@link #toString()}, {@link DatatypeFactory#newXMLGregorianCalendar(String lexicalRepresentation)}

conversion between this class and {@link GregorianCalendar}, {@link #toGregorianCalendar(java.util.TimeZone timezone,java.util.Locale aLocale,XMLGregorianCalendar defaults)}, {@link DatatypeFactory}

partial order relation comparator method, {@link #compare(XMLGregorianCalendar xmlGregorianCalendar)}

{@link #equals(Object)} defined relative to {@link #compare(XMLGregorianCalendar xmlGregorianCalendar)}.

addition operation with {@link Duration} instance as defined in W3C XML Schema 1.0 Part 2, Appendix E, Adding durations to dateTimes.

@author Joseph Fialli @author Kohsuke Kawaguchi @author Jeff Suttor @version $Revision: 226183 $, $Date: 2005-04-08 06:39:14 -0400 (Fri, 08 Apr 2005) $ @see Duration @see DatatypeFactory @since 1.5

mf.javax.xml.datatype.XMLGregorianCalendar

3.org/2001/XMLSchema". These datatypes are normatively defined in W3C XML Schema 1.0 Part 2, Section 3.2.7-14.

Date/Time Datatype Field Mapping Between XML Schema 1.0 and Java Representation
XML Schema 1.0 datatype field	Related XMLGregorianCalendar Accessor(s)	Value Range
year	{@link #getYear()} + {@link #getEon()} or {@link #getEonAndYear}	`getYear()` is a value between -(10^9-1) to (10^9)-1 or {@link DatatypeConstants#FIELD_UNDEFINED}. {@link #getEon()} is high order year value in billion of years. `getEon()` has values greater than or equal to (10^9) or less than or equal to -(10^9). A value of null indicates field is undefined. Given that XML Schema 1.0 errata states that the year zero will be a valid lexical value in a future version of XML Schema, this class allows the year field to be set to zero. Otherwise, the year field value is handled exactly as described in the errata and [ISO-8601-1988]. Note that W3C XML Schema 1.0 validation does not allow for the year field to have a value of zero.
month	{@link #getMonth()}	1 to 12 or {@link DatatypeConstants#FIELD_UNDEFINED}
day	{@link #getDay()}	Independent of month, max range is 1 to 31 or {@link DatatypeConstants#FIELD_UNDEFINED}. The normative value constraint stated relative to month field's value is in W3C XML Schema 1.0 Part 2, Appendix D.
hour	{@link #getHour()}	0 to 23 or {@link DatatypeConstants#FIELD_UNDEFINED}. An hour value of 24 is allowed to be set in the lexical space provided the minute and second field values are zero. However, an hour value of 24 is not allowed in value space and will be transformed to represent the value of the first instance of the following day as per XML Schema Part 2: Datatypes Second Edition, 3.2 Primitive datatypes.
minute	{@link #getMinute()}	0 to 59 or {@link DatatypeConstants#FIELD_UNDEFINED}
second	{@link #getSecond()} + {@link #getMillisecond()}/1000 or {@link #getSecond()} + {@link #getFractionalSecond()}	{@link #getSecond()} from 0 to 60 or {@link DatatypeConstants#FIELD_UNDEFINED}. (Note: 60 only allowable for leap second.) {@link #getFractionalSecond()} allows for infinite precision over the range from 0.0 to 1.0 whenthe {@link #getSecond()} is defined. `FractionalSecond` is optional and has a value of `null` when it is undefined. {@link #getMillisecond()} is the conveniencemillisecond precision of value of {@link #getFractionalSecond()}.
timezone	{@link #getTimezone()}	Number of minutes or {@link DatatypeConstants#FIELD_UNDEFINED}. Value range from -14 hours (-14 * 60 minutes) to 14 hours (14 * 60 minutes).

The following operations are defined for this class:

accessors/mutators for independent date/time fields

conversion between this class and W3C XML Schema 1.0 lexical representation, {@link #toString()}, {@link DatatypeFactory#newXMLGregorianCalendar(String lexicalRepresentation)}

conversion between this class and {@link GregorianCalendar}, {@link #toGregorianCalendar(java.util.TimeZone timezone,java.util.Locale aLocale,XMLGregorianCalendar defaults)}, {@link DatatypeFactory}

partial order relation comparator method, {@link #compare(XMLGregorianCalendar xmlGregorianCalendar)}

{@link #equals(Object)} defined relative to {@link #compare(XMLGregorianCalendar xmlGregorianCalendar)}.

addition operation with {@link Duration}instance as defined in W3C XML Schema 1.0 Part 2, Appendix E, Adding durations to dateTimes.

@author Joseph Fialli @author Kohsuke Kawaguchi @author Jeff Suttor @author Sunitha Reddy @version $Revision: 1.10 $, $Date: 2010-11-01 04:36:08 $ @see Duration @see DatatypeFactory @since 1.5

Examples of javax.xml.datatype.XMLGregorianCalendar

            return NodeValue.makeNodeDuration(d3, n) ;
        }
        
        if ( isDT(vs1) && isDT(vs2) )
        {
            XMLGregorianCalendar cal1 = nv1.getDateTime() ;
            XMLGregorianCalendar cal2 = nv2.getDateTime() ;
            boolean isDef1 = ( cal1.getTimezone() == FIELD_UNDEFINED ) ; 
            boolean isDef2 = ( cal2.getTimezone() == FIELD_UNDEFINED ) ;
            if ( ( isDef1 && !isDef2 ) || ( !isDef1 && isDef2 ) )
                throw new ExprEvalTypeException("Operator '-': can't substract timezone/non-timezone values") ;
            // Inspect duration and force to better type? xsd:dayTimeDuration
            return NodeValue.makeDuration(xsd_substract(cal1, cal2));
        }
        
        // Loose style. Subtract any duration to any date or time value.
        if ( vs1.equals(VSPACE_DATETIME) && vs2.equals(VSPACE_DURATION) )
        {
            XMLGregorianCalendar cal = nv1.getDateTime() ;
            // add-negation
            XMLGregorianCalendar result = xsd_subtract(cal, nv2.getDuration()) ;
            NodeValue r = NodeValue.makeDateTime(result) ;
            return r ;
        }
        if ( vs1.equals(VSPACE_DATE) && vs2.equals(VSPACE_DURATION) )
        {
            XMLGregorianCalendar cal = nv1.getDateTime() ;
            // add-negation
            XMLGregorianCalendar result = xsd_subtract(cal, nv2.getDuration()) ;
            NodeValue r = NodeValue.makeDate(result) ;
            return r ;
        }
        if ( vs1.equals(VSPACE_TIME) && vs2.equals(VSPACE_DURATION) )
        {
            XMLGregorianCalendar cal = nv1.getDateTime() ;
            // add-negation
            XMLGregorianCalendar result = xsd_subtract(cal, nv2.getDuration()) ;
            NodeValue r = NodeValue.makeNode(result.toXMLFormat(), XSDDatatype.XSDtime) ; 
            return r ;
        }
        
        throw new ExprEvalTypeException("Operator '-' : Undefined subtraction: "+nv1+" and "+nv2) ; 
    }

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Examples of mf.javax.xml.datatype.XMLGregorianCalendar

    public int compare(XMLGregorianCalendar rhs) {


        //MLGregorianCalendar lhs = this;


        int result = DatatypeConstants.INDETERMINATE;
        XMLGregorianCalendar P = this;
        XMLGregorianCalendar Q = rhs;


        if (P.getTimezone() == Q.getTimezone()) {
            // Optimization: 
            // both instances are in same timezone or
            // both are FIELD_UNDEFINED. 
            // Avoid costly normalization of timezone to 'Z' time.
            return internalCompare(P, Q);


        } 
        else if (P.getTimezone() != DatatypeConstants.FIELD_UNDEFINED &&
                Q.getTimezone() != DatatypeConstants.FIELD_UNDEFINED) {


            // Both instances have different timezones.
            // Normalize to UTC time and compare.
            P = (XMLGregorianCalendarImpl) P.normalize();
            Q = (XMLGregorianCalendarImpl) Q.normalize();
            return internalCompare(P, Q);
        } 
        else if (P.getTimezone() != DatatypeConstants.FIELD_UNDEFINED) {


            if (P.getTimezone() != 0) {
                P = (XMLGregorianCalendarImpl) P.normalize();
            }


            // C. step 1
            XMLGregorianCalendar MinQ = normalizeToTimezone(Q, DatatypeConstants.MIN_TIMEZONE_OFFSET);
            result = internalCompare(P, MinQ);
            if (result == DatatypeConstants.LESSER) {
                return result;
            } 


            // C. step 2
            XMLGregorianCalendar MaxQ = normalizeToTimezone(Q, DatatypeConstants.MAX_TIMEZONE_OFFSET);
            result = internalCompare(P, MaxQ);
            if (result == DatatypeConstants.GREATER) {
                return result;
            } 
            else {
                // C. step 3
                return DatatypeConstants.INDETERMINATE;
            }
        } 
        else { // Q.getTimezone() != DatatypeConstants.FIELD_UNDEFINED
            // P has no timezone and Q does.
            if (Q.getTimezone() != 0 ) { 
                Q = (XMLGregorianCalendarImpl) normalizeToTimezone(Q, Q.getTimezone());
            }


            // D. step 1
            XMLGregorianCalendar MaxP = normalizeToTimezone(P, DatatypeConstants.MAX_TIMEZONE_OFFSET);
            result = internalCompare(MaxP, Q);
            if (result == DatatypeConstants.LESSER) {
                return result;
            } 


            // D. step 2
            XMLGregorianCalendar MinP = normalizeToTimezone(P, DatatypeConstants.MIN_TIMEZONE_OFFSET);
            result = internalCompare(MinP, Q);
            if (result == DatatypeConstants.GREATER) {
                return result;
            } 
            else {

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