Examples of org.goda.time.MutableInterval

org.goda.time.MutableInterval
MutableInterval is the standard implementation of a mutable time interval.
A time interval represents a period of time between two instants. Intervals are inclusive of the start instant and exclusive of the end. The end instant is always greater than or equal to the start instant.
Intervals have a fixed millisecond duration. This is the difference between the start and end instants. The duration is represented separately by {@link ReadableDuration}. As a result, intervals are not comparable. To compare the length of two intervals, you should compare their durations.
An interval can also be converted to a {@link ReadablePeriod}. This represents the difference between the start and end points in terms of fields such as years and days.
If performing significant calculations on an interval, it may be faster to convert an Interval object to a MutableInterval one.
MutableInterval is mutable and not thread-safe, unless concurrent threads are not invoking mutator methods. @author Stephen Colebourne @author Brian S O'Neill @since 1.0


public class SRPAHandler extends SRPHandler {


  @Override
  public MutableInterval handle(List<Token> tokens, Options options) {
    MutableInterval anchorMutableInterval = Handler.getAnchor(CollectionUtils.subList(tokens,3, tokens.size()), options);
    return super.handle(tokens, anchorMutableInterval, options);
  }

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public abstract class ORRHandler implements IHandler {
  public MutableInterval handle(List<Token> tokens, MutableInterval outerMutableInterval, Options options) {
    Repeater<?> repeater = tokens.get(1).getTag(Repeater.class);
    repeater.setStart(Time.cloneAndAdd(outerMutableInterval.getStart(), Time.SECOND, -1));
    Number ordinalValue = tokens.get(0).getTag(Ordinal.class).getType();
    MutableInterval MutableInterval = null;
    for (int i = 0; i < ordinalValue.intValue(); i++) {
      MutableInterval = repeater.nextMutableInterval(Pointer.PointerType.FUTURE);
      if (MutableInterval.getStartMillis() > outerMutableInterval.getEndMillis()) {
        MutableInterval = null;
        break;
      }
    }
    return MutableInterval;

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public abstract class MDHandler implements IHandler {
    public MutableInterval handle(Repeater<?> month, Tag<? extends Number> day, List<Token> timeTokens, Options options) {
        month.setStart(new DateTime(options.getNow().getMillis()));


        MutableInterval mutableInterval = month.thisMutableInterval(options.getContext());
        DateTime dayStart = Time.construct(
                mutableInterval.getStart().get(DateTimeFieldType.year()),
                mutableInterval.getStart().get(DateTimeFieldType.monthOfYear()) , day.getType().intValue());


        return Handler.dayOrTime(dayStart, timeTokens, options);
    }

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    }


    int direction = (pointer == Pointer.PointerType.FUTURE) ? 1 : -1;
     _currentDayStart = _currentDayStart.plusDays(direction);


    return new MutableInterval(_currentDayStart, _currentDayStart.plusDays(1));
  }

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      dayEnd = Time.cloneAndAdd(Time.ymdh(getNow()), Time.SECOND, RepeaterDay.DAY_SECONDS);
    }
    else {
      throw new IllegalArgumentException("Unable to handle pointer " + pointer + ".");
    }
    return new MutableInterval(dayBegin, dayEnd);
  }

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  @Override
  public MutableInterval getOffset(MutableInterval mutableInterval, double amount, Pointer.PointerType pointer) {
    int direction = (pointer == Pointer.PointerType.FUTURE) ? 1 : -1;
    // WARN: Does not use Calendar
    int seconds = (int) (direction * amount * RepeaterDay.DAY_SECONDS);
    return new MutableInterval( mutableInterval.getStart().plusSeconds(seconds), mutableInterval.getEnd().plusSeconds(seconds));
  }

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  public MutableInterval handle(List<Token> tokens, Options options) {
    int month = tokens.get(1).getTag(RepeaterMonthName.class).getType().ordinal();
    int day = tokens.get(2).getTag(ScalarDay.class).getType().intValue();
    int year = tokens.get(5).getTag(ScalarYear.class).getType().intValue();


    MutableInterval MutableInterval;
    try {
      List<Token> timeTokens = CollectionUtils.subList(tokens,3, 4);
      DateTime dayStart = Time.construct(year, month, day);
      MutableInterval = Handler.dayOrTime(dayStart, timeTokens, options);
    }

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    }
    else {
      _secondStart = _secondStart.plusSeconds(direction);
    }


    return new MutableInterval(_secondStart, _secondStart.plusSeconds( 1));
  }

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    return new MutableInterval(_secondStart, _secondStart.plusSeconds( 1));
  }


  @Override
  protected MutableInterval _thisMutableInterval(PointerType pointer) {
    return new MutableInterval(getNow(), getNow().plusSeconds(1));
  }

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  @Override
  public MutableInterval getOffset(MutableInterval span, double amount, Pointer.PointerType pointer) {
    int direction = (pointer == Pointer.PointerType.FUTURE) ? 1 : -1;
    // WARN: Does not use Calendar
    int seconds = (int) (direction * amount * RepeaterSecond.SECOND_SECONDS);
    return new MutableInterval( span.getStart().plusSeconds(seconds), span.getEnd().plusSeconds(seconds));
  }

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