Examples of com.facebook.presto.jdbc.internal.joda.time.Period

Package com.facebook.presto.jdbc.internal.joda.time

Examples of com.facebook.presto.jdbc.internal.joda.time.Period

com.facebook.presto.jdbc.internal.joda.time.Period
An immutable time period specifying a set of duration field values.
A time period is divided into a number of fields, such as hours and seconds. Which fields are supported is defined by the PeriodType class. The default is the standard period type, which supports years, months, weeks, days, hours, minutes, seconds and millis.
When this time period is added to an instant, the effect is of adding each field in turn. As a result, this takes into account daylight savings time. Adding a time period of 1 day to the day before daylight savings starts will only add 23 hours rather than 24 to ensure that the time remains the same. If this is not the behaviour you want, then see {@link Duration}.
The definition of a period also affects the equals method. A period of 1 day is not equal to a period of 24 hours, nor 1 hour equal to 60 minutes. This is because periods represent an abstracted definition of a time period (eg. a day may not actually be 24 hours, it might be 23 or 25 at daylight savings boundary). To compare the actual duration of two periods, convert both to durations using toDuration, an operation that emphasises that the result may differ according to the date you choose.
Period is thread-safe and immutable, provided that the PeriodType is as well. All standard PeriodType classes supplied are thread-safe and immutable. @author Brian S O'Neill @author Stephen Colebourne @since 1.0 @see MutablePeriod

     * Get this period as an immutable <code>Period</code> object.
     * 
     * @return a Period using the same field set and values
     */
    public Period toPeriod() {
        return new Period(this);
    }

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     * 
     * @param startInstant  the instant to calculate the period from, null means now
     * @return a Period created using the millisecond duration from this instance
     */
    public Period toPeriodFrom(ReadableInstant startInstant) {
        return new Period(startInstant, this);
    }

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     * @param startInstant  the instant to calculate the period from, null means now
     * @param type  the period type determining how to split the duration into fields, null means All type
     * @return a Period created using the millisecond duration from this instance
     */
    public Period toPeriodFrom(ReadableInstant startInstant, PeriodType type) {
        return new Period(startInstant, this, type);
    }

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     * 
     * @param endInstant  the instant to calculate the period to, null means now
     * @return a Period created using the millisecond duration from this instance
     */
    public Period toPeriodTo(ReadableInstant endInstant) {
        return new Period(this, endInstant);
    }

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     * @param endInstant  the instant to calculate the period to, null means now
     * @param type  the period type determining how to split the duration into fields, null means All type
     * @return a Period created using the millisecond duration from this instance
     */
    public Period toPeriodTo(ReadableInstant endInstant, PeriodType type) {
        return new Period(this, endInstant, type);
    }

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                String nextNameKey = nameKeys[i + 1];
                long curOffset = wallOffsets[i];
                long nextOffset = wallOffsets[i + 1];
                long curStdOffset = standardOffsets[i];
                long nextStdOffset = standardOffsets[i + 1];
                Period p = new Period(trans[i], trans[i + 1], PeriodType.yearMonthDay(), chrono);
                if (curOffset != nextOffset &&
                        curStdOffset == nextStdOffset &&
                        curNameKey.equals(nextNameKey) &&
                        p.getYears() == 0 && p.getMonths() > 4 && p.getMonths() < 8 &&
                        curNameKey.equals(zoneNameData[2]) &&
                        curNameKey.equals(zoneNameData[4])) {
                    
                    if (ZoneInfoCompiler.verbose()) {
                        System.out.println("Fixing duplicate name key - " + nextNameKey);

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    {
        // TODO: perhaps support array of numbers...
        //if (jp.isExpectedStartArrayToken()) { ]
        switch (jp.getCurrentToken()) {
        case VALUE_NUMBER_INT: // assume it's millisecond count
            return new Period(jp.getLongValue());            
        case VALUE_STRING:
            return new Period(jp.getText());
        default:
        }
        throw ctxt.wrongTokenException(jp, JsonToken.START_ARRAY, "expected JSON Number or String");
   }

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        DateTimeFormatter dateTimeParser = ISODateTimeFormat.dateTimeParser();
        dateTimeParser = dateTimeParser.withChronology(chrono);
        PeriodFormatter periodParser = ISOPeriodFormat.standard();
        long startInstant = 0, endInstant = 0;
        Period period = null;
        Chronology parsedChrono = null;
        
        // before slash
        char c = leftStr.charAt(0);
        if (c == 'P' || c == 'p') {

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     * 
     * @param type  the period type to use, null means standard
     * @return a Period created using the millisecond duration from this instance
     */
    public Period toPeriod(PeriodType type) {
        return new Period(getMillis(), type);
    }

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     * 
     * @param chrono  the chronology to use, null means ISO default
     * @return a Period created using the millisecond duration from this instance
     */
    public Period toPeriod(Chronology chrono) {
        return new Period(getMillis(), chrono);
    }

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