Examples of javax.time.CalendricalException

javax.time.CalendricalException
The base class for all exceptions in the Time Framework for Java.
All exceptions in the Time Framework for Java extend this class. This allows catch blocks to catch just this exception, or more specific ones. @author Stephen Colebourne

        /** {@inheritDoc} */
        @Override
        protected OffsetDateTime handleGap(
                TimeZone zone, ZoneRules rules, ZoneOffsetTransition discontinuity,
                LocalDateTime newDateTime, OffsetDateTime oldDateTime) {
            throw new CalendricalException("Local time " + newDateTime + " does not exist in time zone " +
                    zone + " due to a gap in the local time-line");
        }

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        /** {@inheritDoc} */
        @Override
        protected OffsetDateTime handleOverlap(
                TimeZone zone, ZoneRules rules, ZoneOffsetTransition discontinuity,
                LocalDateTime newDateTime, OffsetDateTime oldDateTime) {
            throw new CalendricalException("Local time " + newDateTime +
                    " has two matching offsets, " + discontinuity.getOffsetBefore() +
                    " and " + discontinuity.getOffsetAfter() + ", in time zone " + zone);
        }

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     * @return <code>this</code>, never null
     * @throws CalendricalException if the period cannot be converted as it contains years/months/days
     */
    public Duration toDuration() {
        if ((years | months | days) > 0) {
            throw new CalendricalException("Unable to convert period to duration as years/months/days are present: " + this);
        }
        long secs = (hours * 60L + minutes) * 60L + seconds;  // will not overflow
        return Duration.seconds(secs, nanos);
    }

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     * @return <code>this</code>, never null
     * @throws CalendricalException if the period cannot be converted as it contains years/months/days
     */
    public Duration toDurationWith24HourDays() {
        if ((years | months) > 0) {
            throw new CalendricalException("Unable to convert period to duration as years/months are present: " + this);
        }
        long secs = ((days * 24L + hours) * 60L + minutes) * 60L + seconds;  // will not overflow
        return Duration.seconds(secs, nanos);
    }

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         */
        public void storeMergedDate(LocalDate date) {
            ISOChronology.checkNotNull(date, "Date must not be null");
            LocalDate storedDate = calendrical.getDate();
            if (storedDate != null && storedDate.equals(date) == false) {
                throw new CalendricalException("Merge resulted in two different dates, " + storedDate + " and " + date);
            }
            calendrical.setDate(date);
            // no need to reset iterator, as store of date should not enable any more calculations
        }

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         */
        public void storeMergedTime(LocalTime time) {
            ISOChronology.checkNotNull(time, "Time must not be null");
            LocalTime storedTime = calendrical.getTime();
            if (storedTime != null && storedTime.equals(time) == false) {
                throw new CalendricalException("Merge resulted in two different times, " + storedTime + " and " + time);
            }
            calendrical.setTime(time);
            // no need to reset iterator, as store of date should not enable any more calculations
        }

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         * @throws CalendricalException if the input time does not match a previously stored time
         */
        public void storeMergedTime(LocalTime.Overflow time) {
            ISOChronology.checkNotNull(time, "Time must not be null");
            if (mergedTime != null && mergedTime.equals(time) == false) {
                throw new CalendricalException("Merge resulted in two different times, " + mergedTime + " and " + time);
            }
            storeMergedTime(time.getResultTime());
            mergedTime = time;
            // no need to reset iterator, as store of date should not enable any more calculations
        }

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            while (iterator.hasNext() && protect < 100) {
                iterator.next().mergeFields(this);
                protect++;
            }
            if (iterator.hasNext()) {
                throw new CalendricalException("Merge fields failed, infinite loop blocked, " +
                        "probably caused by an incorrectly implemented field rule");
            }
        }

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        ISOChronology.checkNotNull(zoneID, "Time zone ID must not be null");
        if (zoneID.equals("UTC") || zoneID.equals("GMT")) {
            return UTC;
            
        } else if (zoneID.equals("UTCZ") || zoneID.equals("GMTZ")) {
            throw new CalendricalException("Invalid time zone ID: " + zoneID);
            
        } else if (zoneID.startsWith("UTC") || zoneID.startsWith("GMT")) {  // not sure about GMT
            try {
                return timeZone(ZoneOffset.zoneOffset(zoneID.substring(3)));
            } catch (IllegalArgumentException ex) {
                throw new CalendricalException("Invalid time zone ID: " + ex.toString(), ex);
            }
            
        } else {
            int pos = zoneID.indexOf(':');
            ZoneRulesGroup group;

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     */
    public TimeZone withVersion(String versionID) {
        ISOChronology.checkNotNull(versionID, "Version ID must not be null");
        if (isFixed()) {
            if (versionID.length() > 0) {
                throw new CalendricalException("Fixed time zone does not provide versions");
            }
            return this;
        }
        ZoneRules rules = getGroup().getRules(regionID, versionID);  // validates IDs
        if (versionID.equals(this.versionID)) {

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Related Classes of javax.time.CalendricalException

javax.time.scales.LeapSeconds

javax.time.calendar.CalendricalRule

javax.time.period.PeriodFields

javax.time.calendar.ZoneResolver

javax.time.calendar.CalendricalMerger

javax.time.period.PeriodField

javax.time.calendar.ZoneResolvers$Strict

javax.time.period.Period

javax.time.calendar.LocalTime

javax.time.calendar.ISOChronology

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