List of usage examples for org.apache.commons.lang3.tuple Triple getMiddle
public abstract M getMiddle();
Gets the middle element from this triple.
From source file:hu.mta.sztaki.lpds.cloud.simulator.iaas.statenotifications.VMStateChangeNotificationHandler.java
/** * The event handling mechanism for VM state change notifications * //from ww w .java 2 s . c o m * @param onObject * The listener to send the event to * @param stateData * a data triplet containing the VM and its the past and future * states. */ @Override public void sendNotification(final StateChange onObject, Triple<VirtualMachine, State, State> stateData) { onObject.stateChanged(stateData.getLeft(), stateData.getMiddle(), stateData.getRight()); }
From source file:io.github.autsia.crowly.services.geolocation.impl.GeoLocationServiceImpl.java
@Override public GeoCode convertCoordinatesToGeoCode(Triple<Double, Double, Double> location) { return new GeoCode(location.getLeft(), location.getMiddle(), location.getRight().intValue()); }
From source file:fr.landel.utils.assertor.helper.HelperAssertor.java
/** * The combine function (the main method). This method is called by each end * steps./*from w w w. j av a 2s . c o m*/ * * <p> * What is matcher mode: it's an Assertor starting with * "{@code Assertor.matcher}...". In this mode, only one variable can be * checked through "{@code on(object)}" method. The aim of this is to create * the validation steps before in another method or in a static way to * improve performance. * </p> * * @param step * the last step * @param object * the object to test (only in matcher mode) * @param marcherMode * if it's in matcher mode (set with "on" method) * @param loadMessage * if the message has to beloaded and formated * @param <T> * the type of checked object * @return the result * @throws IllegalArgumentException * if in matcher mode and object is not set */ public static <T> ResultAssertor combine(final StepAssertor<T> step, final Object object, final boolean marcherMode, final boolean loadMessage) { final List<StepAssertor<?>> steps = validatesAndReverse(step, marcherMode); boolean not = false; boolean valid = true; PairIso<Boolean> resultValid; EnumOperator operator = null; final MessagesAssertor messages = new MessagesAssertor(); Object obj; final Object matcherObject; boolean checked = false; EnumType type = null; ParameterAssertor<?> param = null; final List<ParameterAssertor<?>> parameters = new ArrayList<>(); Optional<Pair<Boolean, MessagesAssertor>> dontNeedCheck = Optional.empty(); // get the object to check // in matcher mode, two ways are available to inject the object: // - first: directly through the combine function boolean inMatcherMode = marcherMode; if (inMatcherMode) { obj = object; // - second: } else if (EnumStep.PREDICATE_OBJECT.equals(step.getStepType())) { obj = step.getObject(); inMatcherMode = true; } else { obj = null; } // create a temporary variable for sub steps (in matcher mode) matcherObject = obj; for (StepAssertor<?> s : steps) { if (s.getStepType() == null) { continue; } switch (s.getStepType()) { // the first step of an Assertor in predicate mode (ex: // Assertor.ofNumber...) case PREDICATE: type = s.getType(); if (EnumType.UNKNOWN.equals(type)) { type = EnumType.getType(obj); } param = new ParameterAssertor<>(obj, type, true); parameters.add(param); break; // the first step of an Assertor (ex: Assertor.that(object)...) case CREATION: obj = s.getObject(); type = s.getType(); checked = s.isChecked(); param = new ParameterAssertor<>(obj, type, checked); parameters.add(param); break; // the validation step case ASSERTION: parameters.addAll(s.getParameters()); // if precondition returns false, we end all treatments if (!HelperAssertor.preCheck(s, obj)) { return HelperAssertor.getPreconditionMessage(s, param, parameters, loadMessage); } else { resultValid = HelperAssertor.validatesAndGetMessage(s, param, obj, valid, not, operator, messages, loadMessage); valid = resultValid.getRight(); } if (operator != null && !valid) { dontNeedCheck = checkValidityAndOperator(resultValid.getLeft(), operator, messages, loadMessage); } not = false; break; // the combining step between two validation steps case OPERATOR: operator = s.getOperator(); dontNeedCheck = checkValidityAndOperator(valid, operator, messages, loadMessage); break; // the not step to reverse the next validation step case NOT: not = not ^ s.isNot(); break; // the object provided by the mapper case PROPERTY: if (s.getMapper().isPresent()) { operator = s.getOperator(); obj = s.getMapper().get().apply(obj); type = s.getType(); checked = s.isChecked(); param = new ParameterAssertor<>(obj, type, checked); parameters.add(param); dontNeedCheck = checkValidityAndOperator(valid, operator, messages, loadMessage); } else { throw new IllegalStateException("property cannot be null"); } break; // the other object to validate case OBJECT: operator = s.getOperator(); obj = s.getObject(); type = s.getType(); checked = s.isChecked(); param = new ParameterAssertor<>(obj, type, checked); parameters.add(param); dontNeedCheck = checkValidityAndOperator(valid, operator, messages, loadMessage); break; // the sub step to emulate parenthesis in a check (ex: // Assertor.that(2).isZero().or(Assertor.that(2).isGTE(1).and().isLTE(10))) case SUB: if (s.getSubStep().isPresent()) { dontNeedCheck = checkValidityAndOperator(valid, s.getOperator(), messages, loadMessage); if (!dontNeedCheck.isPresent()) { final Triple<Boolean, EnumOperator, ResultAssertor> output = HelperAssertor.managesSub(s, matcherObject, inMatcherMode, parameters, valid, operator, messages, loadMessage); if (output.getRight() != null) { return output.getRight(); } else { valid = output.getLeft(); operator = output.getMiddle(); } } } break; // sub assertor step to check sub properties case SUB_ASSERTOR: if (s.getSubAssertor().isPresent()) { operator = s.getOperator(); dontNeedCheck = checkValidityAndOperator(valid, operator, messages, loadMessage); if (!dontNeedCheck.isPresent()) { final Step<?, ?> stepSubAssertor = Objects.requireNonNull( s.getSubAssertor().get().apply(obj), "Sub assertor mapper cannot be null"); final ResultAssertor intermediateResult = combine(stepSubAssertor.getStep(), null, inMatcherMode, loadMessage); valid = intermediateResult.isPrecondition() && isValid(valid, intermediateResult.isValid(), operator); parameters.addAll(intermediateResult.getParameters()); if (!valid && loadMessage && intermediateResult.getMessages() != null) { if (messages.isNotEmpty()) { messages.append(operator); } messages.append(intermediateResult.getMessages()); } if (intermediateResult.isPrecondition()) { dontNeedCheck = checkValidityAndOperator(intermediateResult.isValid(), operator, messages, loadMessage); } else { dontNeedCheck = Optional.of(Pair.of(false, intermediateResult.getMessages())); } } } else { throw new IllegalStateException("sub assertor cannot be null"); } break; default: // MATCHER_OBJECT (don't need treatment) } if (dontNeedCheck.isPresent()) { return new ResultAssertor(true, dontNeedCheck.get().getKey(), dontNeedCheck.get().getValue(), parameters); } } return new ResultAssertor(true, valid, messages, parameters); }
From source file:com.minlia.cloud.framework.client.util.SearchUriBuilder.java
public final SearchUriBuilder consume(final Triple<String, ClientOperation, String> constraint) { final ClientOperation operation = (constraint == null) ? null : constraint.getMiddle(); final boolean negated = (constraint == null) ? false : constraint.getMiddle().isNegated(); final String key = (constraint == null) ? null : constraint.getLeft(); final String value = (constraint == null) ? null : constraint.getRight(); return consume(operation, key, value, negated); }
From source file:cherry.foundation.bizcal.WorkdayManagerImpl.java
@Override public void afterPropertiesSet() { numberOfWorkdayCache = CacheBuilder.from(numberOfWorkdayCacheSpec) .build(new CacheLoader<Triple<String, LocalDate, LocalDate>, Integer>() { @Override/*from w w w. ja v a2s .com*/ public Integer load(Triple<String, LocalDate, LocalDate> key) { return workdayStore.getNumberOfWorkday(key.getLeft(), key.getMiddle(), key.getRight()); } }); nextWorkdayCache = CacheBuilder.from(nextWorkdayCacheSpec) .build(new CacheLoader<Triple<String, LocalDate, Integer>, LocalDate>() { @Override public LocalDate load(Triple<String, LocalDate, Integer> key) { return workdayStore.getNextWorkday(key.getLeft(), key.getMiddle(), key.getRight()); } }); }
From source file:com.nttec.everychan.ui.gallery.GalleryInitResult.java
public int getParcelSize() { int total = 12; for (Triple<AttachmentModel, String, String> tuple : attachments) { total += 40;/*w w w. j a v a 2 s . c o m*/ AttachmentModel attachment = tuple.getLeft(); String hash = tuple.getMiddle(); String post = tuple.getRight(); if (attachment.thumbnail != null) total += attachment.thumbnail.length() * 2; if (attachment.path != null) total += attachment.path.length() * 2; if (attachment.originalName != null) total += attachment.originalName.length() * 2; if (hash != null) total += hash.length() * 2; if (post != null) total += post.length() * 2; } return total; }
From source file:com.act.lcms.v2.fullindex.SearcherTest.java
@Test public void searchIndexInRange() throws Exception { List<TMzI> actual = searcher.searchIndexInRange(Pair.of(100.004, 100.016), Pair.of(1.5, 3.5)); List<Triple<Float, Double, Float>> expected = Arrays.asList(Triple.of(2.0F, 100.005, 10.0F), Triple.of(2.0F, 100.010, 20.0F), Triple.of(2.0F, 100.015, 30.0F), Triple.of(3.0F, 100.010, 100.0F), Triple.of(3.0F, 100.015, 200.0F)); assertEquals("Searcher returned expected number of TMzI tuples", expected.size(), actual.size()); for (int i = 0; i < expected.size(); i++) { Triple<Float, Double, Float> e = expected.get(i); TMzI a = actual.get(i);// w ww.ja va 2s . c om assertEquals("Time matches expected", e.getLeft(), a.getTime(), FP_TOLERANCE); assertEquals("M/z matches expected", e.getMiddle(), a.getMz(), FP_TOLERANCE); assertEquals("Intensity matches expected", e.getRight(), a.getIntensity(), FP_TOLERANCE); } }
From source file:com.quancheng.saluki.gateway.zuul.filter.LimitAccessFilter.java
@Override public Object run() { RequestContext ctx = RequestContext.getCurrentContext(); HttpServletRequest request = ctx.getRequest(); String auth = request.getHeader("Authorization"); String accessToken = auth.split(" ")[1]; ctx.set("LimitAccess", Boolean.TRUE); try {/* w w w .j a v a 2 s. co m*/ Triple<Long, String, Long> clientTriple = databaseUserDetailService.loadClientByToken(accessToken); String user = clientTriple.getMiddle(); Long intervalInMills = clientTriple.getLeft(); Long limits = clientTriple.getRight(); if (intervalInMills != null && intervalInMills != 0l && limits != null && limits != 0l) { if (!access(user, intervalInMills, limits)) { ctx.set("LimitAccess", Boolean.FALSE); ctx.setSendZuulResponse(false); ctx.setResponseStatusCode(HttpServletResponse.SC_BAD_REQUEST); ctx.setResponseBody("The times of usage is limited"); } } } catch (Throwable e) { } return null; }
From source file:com.boozallen.cognition.ingest.storm.bolt.starter.LineRegexReplaceInRegionBolt.java
String replaceAll(String record) {
for (Triple<Pattern, String, String> entry : groupSearchReplaceList) {
Pattern pattern = entry.getLeft();
String regex = entry.getMiddle();
String replacement = entry.getRight();
record = replace(record, pattern, regex, replacement);
}/*from w w w.j a va 2s. c o m*/
return record;
}
From source file:alfio.controller.api.admin.AdminReservationApiController.java
private TicketReservationDescriptor toReservationDescriptor(String reservationId, Triple<TicketReservation, List<Ticket>, Event> triple) { List<SerializablePair<TicketCategory, List<Ticket>>> tickets = triple.getMiddle().stream() .collect(Collectors.groupingBy(Ticket::getCategoryId)).entrySet().stream() .map(entry -> SerializablePair.of( eventManager.getTicketCategoryById(entry.getKey(), triple.getRight().getId()), entry.getValue()))/*from ww w . j ava2 s .c o m*/ .collect(Collectors.toList()); TicketReservation reservation = triple.getLeft(); return new TicketReservationDescriptor(reservation, ticketReservationManager.orderSummaryForReservationId( reservationId, triple.getRight(), Locale.forLanguageTag(reservation.getUserLanguage())), tickets); }