/* The result is the datetime value built of datevalue and timevalue.
*/
public static SchemaDateTime datetimeFromDateAndTime(
SchemaDate datevalue, SchemaTime timevalue /* optional */) {
if (timevalue.hasTimezone() == SchemaCalendarBase.TZ_OFFSET)
return new SchemaDateTime(
datevalue.getYear(),
datevalue.getMonth(),
datevalue.getDay(),
timevalue.getHour(),
timevalue.getMinute(),
timevalue.getSecond(),
timevalue.getPartSecond(),
timevalue.getTimezoneOffset());
SchemaDateTime result =
new SchemaDateTime(
datevalue.getYear(),
datevalue.getMonth(),
datevalue.getDay(),
timevalue.getHour(),
timevalue.getMinute(),
timevalue.getSecond(),
timevalue.getPartSecond());
result.setTimezone(timevalue.hasTimezone(), 0);
return result;
}
/* The result is the datetime value consisting of the parts given by year, month, day, hour, minute and second.
*/
public static SchemaDateTime datetimeFromParts(
SchemaTypeNumber year,
SchemaTypeNumber month,
SchemaTypeNumber day,
SchemaTypeNumber hour /* optional */,
SchemaTypeNumber minute /* optional */,
SchemaTypeNumber second /* optional */,
SchemaTypeNumber millisecond /* optional */,
SchemaTypeNumber timezone /* optional */) {
SchemaDateTime result =
new SchemaDateTime(
year.intValue(),
month.intValue(),
day.intValue(),
hour.intValue(),
minute.intValue(),
second.intValue(),
0);
result.setMillisecond(millisecond.intValue());
long tv = result.getTimeValue();
result.setTimeFromTimeValue(tv);
result.setDateFromTimeValue(tv);
if (timezone.intValue() >= -1440 && timezone.intValue() <= 1440)
result.setTimezone(SchemaCalendarBase.TZ_OFFSET, timezone.intValue());
return result;
}
