Java Code Examples for java.time.Duration#equals()

/**
 * A synchronized array from the given expression.
 *
 * @param tolerance maximum time difference between samples in the
 * reconstructed array
 * @param cacheDepth maximum time difference between samples in the caches
 * used to reconstruct the array
 * @param expressions the expressions from which to reconstruct the array
 * @return an expression for the array
 */
public static DesiredRateExpression<VMultiDouble>
        synchronizedArrayOf(Duration tolerance, Duration cacheDepth, SourceRateExpressionList<VDouble> expressions) {
    if (cacheDepth.equals(Duration.ofMillis(0)) && TimeDuration.toSecondsDouble(cacheDepth) > 0)
        throw new IllegalArgumentException("Distance between samples must be non-zero and positive");
    List<String> names = new ArrayList<String>();
    List<ReadFunction<List<VDouble>>> collectors = new ArrayList<ReadFunction<List<VDouble>>>();
    DesiredRateExpressionList<List<VDouble>> desiredRateExpressions = new DesiredRateExpressionListImpl<List<VDouble>>();
    for (SourceRateExpression<VDouble> expression : expressions.getSourceRateExpressions()) {
        DesiredRateExpression<List<VDouble>> collectorExp = timedCacheOf(expression, cacheDepth);
        desiredRateExpressions.and(collectorExp);
        collectors.add(collectorExp.getFunction());
        names.add(expression.getName());
    }
    SynchronizedVDoubleAggregator aggregator =
            new SynchronizedVDoubleAggregator(names, collectors, tolerance);
    return new DesiredRateExpressionImpl<VMultiDouble>(desiredRateExpressions,
            (ReadFunction<VMultiDouble>) aggregator, "syncArray");
}
 

private static Expiration resolveStateTtlExpiration(List<StateSpec> stateSpecs) {
  // TODO applying the below limitations due to state multiplexing (see FLINK-17954)
  // TODO 1) use the max TTL duration across all state, 2) only allow AFTER_READ_AND_WRITE

  Duration maxDuration = Duration.ZERO;
  for (StateSpec stateSpec : stateSpecs) {
    if (stateSpec.ttlDuration().compareTo(maxDuration) > 0) {
      maxDuration = stateSpec.ttlDuration();
    }
  }

  if (maxDuration.equals(Duration.ZERO)) {
    return Expiration.none();
  }
  return Expiration.expireAfterReadingOrWriting(maxDuration);
}
 

private Duration checkRegularSpacing() {
    if (times.size() < 2) {
        throw new TimeSeriesException("At least 2 rows are expected");
    }

    Duration spacing = null;
    for (int i = 1; i < times.size(); i++) {
        Duration duration = Duration.between(times.get(i - 1), times.get(i));
        if (spacing == null) {
            spacing = duration;
        } else {
            if (!duration.equals(spacing)) {
                throw new TimeSeriesException("Time spacing has to be regular");
            }
        }
    }

    return spacing;
}
 

public JobSchedulePolicy getPreferredSchedulePolicy(Duration delay, Clock clock) {
  Preconditions.checkArgument(
      !delay.isNegative(), "Scheduled Delay should be positive, got %s", delay);
  if (delay.equals(Duration.ZERO)) {
    return getSchedulePolicyWithEpochMillis(delay, JobScheduleType.IMMEDIATE, clock);
  } else if (delay.minus(Duration.ofMinutes(15)).isNegative()) {
    return getSchedulePolicyWithEpochMillis(delay, JobScheduleType.SQS_DELAYED, clock);
  } else {
    return getSchedulePolicyWithEpochMillis(delay, JobScheduleType.SCHEDULED, clock);
  }
}
 

private long getFixedOrRandomDelayNanos(long waitNanos) {
  Duration delay = policy.getDelay();
  Duration delayMin = policy.getDelayMin();
  Duration delayMax = policy.getDelayMax();

  if (waitNanos == -1 && delay != null && !delay.equals(Duration.ZERO))
    waitNanos = delay.toNanos();
  else if (delayMin != null && delayMax != null)
    waitNanos = randomDelayInRange(delayMin.toNanos(), delayMax.toNanos(), Math.random());
  return waitNanos;
}
 

private static boolean compareDurations(final Duration d1, final Duration d2) {
    if (d1 == null && d2 == null) {
        return true;
    }

    if (d1 != null) {
        return d1.equals(d2);
    }

    // d1 == null, d2 != null
    return false;
}
 

public static void main(String[] args) {
    DurationConverterSettings settings = new DurationConverterSettings();
    settings.smallestUsedUnit = DurationUnit.Second;
    settings.largestUsedUnit = DurationUnit.Year;
    settings.pluralUnitsMap = settings.getSimplePluralUnitsMap(true);

    String s1 = convertStringFromDuration(null, settings);
    String s2 = convertStringFromDuration(Duration.ofSeconds(-1), settings);
    String s3 = convertStringFromDuration(Duration.ofSeconds(0), settings);
    String s4 = convertStringFromDuration(Duration.ofSeconds(1), settings);
    String s5 = convertStringFromDuration(Duration.ofSeconds(1).plusNanos(2), settings);
    Duration m1 = convertStringToDuration("", settings);
    Duration m2 = convertStringToDuration(" ", settings);
    Duration m3 = convertStringToDuration("gobbldy gook", settings);
    Duration m4 = convertStringToDuration("gobbldy gook 55", settings);
    Duration m5 = convertStringToDuration("5.5g", settings);
    Duration m6 = convertStringToDuration("5.5m", settings);
    Duration m7 = convertStringToDuration("3.62h", settings);
    String ss7 = convertStringFromDuration(m7, settings);
    Duration m8 = convertStringToDuration("5.5d", settings);
    Duration m9 = convertStringToDuration("5.5w", settings);
    for (Duration duration = Duration.ofSeconds(0).plusNanos(0);
            duration.compareTo(Duration.ofDays(1000)) <= 0;
            duration = duration.plusHours(1)) {
        String textDuration = convertStringFromDuration(duration, settings);
        Duration durationParsed = convertStringToDuration(textDuration, settings);
        System.out.println("Duration: " + duration.toString() + ", Text: " + textDuration
                + ", DurationParsed: " + ((durationParsed == null) ? "null" : durationParsed.toString()));
        if (durationParsed == null || (!durationParsed.equals(duration))) {
            throw new RuntimeException("");
        }
    }
}
 

@Override
protected void updateItem(Duration d, boolean empty) {
    super.updateItem(d, empty);
    if (d == null || empty) {
        setText(null);
    } else if (d.isZero() || d.equals(Duration.ofNanos(Long.MAX_VALUE))){
        if (showZero && d.isZero()) setText("0:00:00.000");
        else setText("");
    } else {
        // Format duration.
        setText(DurationFormatter.durationToString(d, 3, Boolean.TRUE));
    }
}
 

/**
 * Do a cycle of domination on this ControlPoint for the given team over the given duration. The team can be null,
 * which means no team is dominating the point, which can cause the state to change in some configurations.
 */
private void dominateAndFireEvents(@Nullable Competitor dominator, Duration duration) {
    final Duration oldProgress = progress;
    final Competitor oldCapturer = capturer;
    final Competitor oldOwner = owner;

    dominate(dominator, duration);

    if(!Objects.equals(oldCapturer, capturer) || !oldProgress.equals(progress)) {
        match.callEvent(new CapturingTimeChangeEvent(match, this));
        match.callEvent(new GoalStatusChangeEvent(this));
    }

    if(!Objects.equals(oldCapturer, capturer)) {
        match.callEvent(new CapturingTeamChangeEvent(match, this, oldCapturer, capturer));
    }

    if(!Objects.equals(oldOwner, owner)) {
        match.callEvent(new ControllerChangeEvent(match, this, oldOwner, owner));
        match.callEvent(new GoalCompleteEvent(this, owner != null, c -> c.equals(oldOwner), c -> c.equals(owner)));

        ScoreMatchModule smm = this.getMatch().getMatchModule(ScoreMatchModule.class);
        if (smm != null) {
            if (oldOwner != null) smm.incrementScore(oldOwner, getDefinition().getPointsOwned() * -1);
            if (owner != null) smm.incrementScore(owner, getDefinition().getPointsOwned());
        }
    }
}
 

/**
 * Submit a new cooldown for an object.
 */
public void coolFor(Object object, Duration time) {
    if(objects.containsKey(object)) {
        throw new IllegalStateException(object + " already has an active cooldown");
    }
    if(!time.equals(Duration.ZERO)) {
        objects.put(object, plus(match.getInstantNow(), time));
    }
}
 

/**
 * Converts given TimeSpan to normalized binary representation.
 *
 * @param value
 *            Input TimeSpan value.
 * @return Normalized array of bytes.
 */
private static byte[] normalize(Duration value) {
    if (value.equals(Duration.ZERO)) {
        return ShardKey.EMPTY_ARRAY;
    }
    else {
        return normalize(value.getSeconds());
    }
}
 

/**
 * Do a cycle of domination on this ControlPoint for the given team over the given duration. The
 * team can be null, which means no team is dominating the point, which can cause the state to
 * change in some configurations.
 */
private void dominateAndFireEvents(@Nullable Competitor dominantTeam, Duration dominantTime) {
  Duration oldCapturingTime = this.capturingTime;
  Competitor oldCapturingTeam = this.capturingTeam;
  Competitor oldControllingTeam = this.controllingTeam;

  this.dominate(dominantTeam, dominantTime);

  if (oldCapturingTeam != this.capturingTeam || !oldCapturingTime.equals(this.capturingTime)) {
    this.match.callEvent(new CapturingTimeChangeEvent(this.match, this));
    this.match.callEvent(new GoalStatusChangeEvent(this.match, this, null));
  }

  if (oldCapturingTeam != this.capturingTeam) {
    this.match.callEvent(
        new CapturingTeamChangeEvent(this.match, this, oldCapturingTeam, this.capturingTeam));
  }

  if (oldControllingTeam != this.controllingTeam) {
    this.match.callEvent(
        new ControllerChangeEvent(this.match, this, oldControllingTeam, this.controllingTeam));

    if (this.controllingTeam == null) {
      this.match.callEvent(new GoalCompleteEvent(this.match, this, oldControllingTeam, false));
    } else {
      this.match.callEvent(new GoalCompleteEvent(this.match, this, this.controllingTeam, true));
    }
  }
}
 

/**
 * Sets web driver implicit wait timeout
 * Be careful with using this method. Implicit timeout can affect to duration of driver operations
 *
 * @param timeout duration of time to wait
 */
public void setImplicitWaitTimeout(Duration timeout) {
    localizedLogger.debug("loc.browser.implicit.timeout", timeout.getSeconds());
    if (!timeout.equals(getImplicitWaitTimeout())) {
        getDriver().manage().timeouts().implicitlyWait(timeout.getSeconds(), TimeUnit.SECONDS);
        implicitTimeout = timeout;
    }
}
 

public static long daysRoundingUp(Duration duration) {
    final long days = duration.toDays();
    return duration.equals(Duration.ofDays(days)) ? days : days + 1;
}
 

public static final String durationToString(Duration d, Integer p, Boolean printHours, RoundingMode rm) {
    // d is the duration to print
    // p is the precision. 0 for no sub-seconds, 
    // hours for padding the time with a 00: if it is under 1 hour
    // rm is the rounding mode. see java.math.RoundingMode for options
    Boolean isNegative = false;
    
    //System.out.println("durationToString start with " + d.toNanos() + " and " + p.toString() + " or " + d.toString());
    //String result = d.toString(); 
    //result = d.toString().replace("PT", "").replace("H",":").replace("M",":"); 
    if (d == null || d.isZero() || d.equals(Duration.ofNanos(Long.MAX_VALUE))) return "";
    
    if (d.isNegative()) {
        isNegative = true;
        d=d.negated();
    }
    
    
    Long s = d.getSeconds(); 
    Long H = s/3600; 
    Long M = (s%3600)/60;
    s = s -(M*60 + H * 3600); 
    Integer t = d.getNano(); 
    //if (d.toNanos() == 0) return ""; 
    BigDecimal S = new BigDecimal(d.getNano()).divide(new BigDecimal(1000000000)).setScale(p, rm);
    //System.out.println("DurationFormatter::durationToString: H:" + H.toString() + " M:" + M.toString() + " s:" + s.toString() + " S:" + S.toPlainString());
    
    if (p == 0 && S.compareTo(new BigDecimal(1)) == 0) {
        s+= 1;
        if (s==60){
            s=0L;
            M++;
            if (M==60) {
                M = 0L; 
                H++ ; 
            }
        }
        
    } 
    
    String r = "";
    if (isNegative) r = "-"; 
    if (H > 0 ) r += H.toString() + ":";
    if (H == 0 && printHours) r += "0:";
    
    if (M > 9) r += M.toString() +":";
    if (M < 10 && M > 0) {
        if (H > 0 || printHours ) r+= "0" + M.toString()+":";
        else r+= M.toString()+":";
    }
    if ((H > 0 || printHours ) && M == 0) r+= "00:";
    
    if (s > 9 ) r+= s.toString();
    if (s < 10 && s > 0) r+= "0" + s.toString();
    if (p > 0 && s > 0) r += S.toPlainString().replace("0.", ".");
    if (p > 0 && s==0) r+="00" + S.toPlainString().replace("0.", ".");
    if (p == 0 && s == 0) r+="00";
    return r;
   
}
 

public void recalcTimeProperties(){
        if (pendingRecalc){
            
            //System.out.println("Result::recalcTimeProperties for bib " + bib.get());
//            System.out.println(" StartDuration: " + startDuration.toString());
//            System.out.println(" waveStartDuration: " + waveStartDuration.toString());
//            System.out.println(" finishDuration: " + finishDuration.toString());

            if (!startDuration.equals(startDurationProperty.get())) startDurationProperty.set(startDuration);
            if (!waveStartDuration.equals(waveStartDurationProperty.get())) waveStartDurationProperty.set(waveStartDuration);
            
            Duration startOffset = Duration.ZERO;
            if (splitMap.containsKey(0)) {
                startOffset = Duration.ofNanos(splitMap.get(0)).minus(waveStartDuration);
            }
            
            if (!startOffset.equals(startOffsetProperty.get())) startOffsetProperty.set(startOffset);
            
            if (finishDuration.isZero()) {
                finishDurationProperty.setValue(Duration.ofNanos(Long.MAX_VALUE));
                finishTODProperty.setValue(Duration.ofNanos(Long.MAX_VALUE));
            }
            else {
                finishDurationProperty.setValue(finishDuration.minus(startDuration));
                if (finishDuration.toDays()> 0) {
                    finishTODProperty.setValue(finishDuration.minus(Duration.ofDays(finishDuration.toDays())));
                } else finishTODProperty.setValue(finishDuration);
            }

            if (finishDuration.isZero()) finishGunDurationProperty.setValue(Duration.ofNanos(Long.MAX_VALUE));
            else finishGunDurationProperty.setValue(finishDuration.minus(waveStartDuration));
            
            
//            
//            System.out.println(" chipTime: " + finishDurationProperty.get().toString());
//            System.out.println(" gunTime: " + finishGunDurationProperty.get().toString());
            
            // now loop through and fix the splits...
            // missing splits are set to MAX_VALUE
            splitMap.keySet().forEach(splitID -> {
                Duration d;
                if (splitID != 0){
                    d = Duration.ofNanos(splitMap.get(splitID)).minus(startDuration);
                    if (d.isNegative()) d = Duration.ofNanos(Long.MAX_VALUE);
                } else {
                    d = Duration.ofNanos(splitMap.get(splitID));
                }
                if (splitPropertyMap.containsKey(splitID)) splitPropertyMap.get(splitID).set(d);
                else splitPropertyMap.put(splitID, new SimpleObjectProperty(d));
            });    
            
            splitPropertyMap.keySet().forEach(splitID -> {
                if (!splitMap.containsKey(splitID)) splitPropertyMap.get(splitID).set(Duration.ofNanos(Long.MAX_VALUE));
            
            });
            
            revision.set(revision.get() + 1);
            //System.out.println("Result revision is now " + revision.getValue().toString());
            pendingRecalc = false;
        }
    }
 

@SuppressWarnings("unchecked")
private void signalCached(Signal<T> signal) {
	Signal<T> signalToPropagate = signal;
	if (STATE.compareAndSet(main, this, signal)) {
		Duration ttl = null;
		try {
			ttl = main.ttlGenerator.apply(signal);
		}
		catch (Throwable generatorError) {
			signalToPropagate = Signal.error(generatorError);
			STATE.set(main, signalToPropagate);
			if (signal.isOnError()) {
				//noinspection ThrowableNotThrown
				Exceptions.addSuppressed(generatorError, signal.getThrowable());
			}
		}

		if (ttl != null) {
			if (ttl.isZero()) {
				//immediate cache clear
				main.run();
			}
			else if (!ttl.equals(DURATION_INFINITE)) {
				main.clock.schedule(main, ttl.toNanos(), TimeUnit.NANOSECONDS);
			}
			//else TTL is Long.MAX_VALUE, schedule nothing but still cache
		}
		else {
			//error during TTL generation, signal != updatedSignal, aka dropped
			if (signal.isOnNext()) {
				Operators.onNextDropped(signal.get(), currentContext());
			}
			//if signal.isOnError(), avoid dropping the error. it is not really dropped but already suppressed
			//in all cases, unless nextDropped hook throws, immediate cache clear
			main.run();
		}
	}

	for (Operators.MonoSubscriber<T, T> inner : SUBSCRIBERS.getAndSet(this, TERMINATED)) {
		if (signalToPropagate.isOnNext()) {
			inner.complete(signalToPropagate.get());
		}
		else if (signalToPropagate.isOnError()) {
			inner.onError(signalToPropagate.getThrowable());
		}
		else {
			inner.onComplete();
		}
	}
}