List of usage examples for com.google.common.collect Iterables any
public static <T> boolean any(Iterable<T> iterable, Predicate<? super T> predicate)
From source file:com.gnapse.metric.Quantity.java
private static void checkAdditiveQuantities(Iterable<Quantity> quantities) throws MetricException { final int size = Iterables.size(quantities); if (size > 1) { final boolean hasOffset = Iterables.any(quantities, new Predicate<Quantity>() { @Override/* ww w. j a v a2s . c om*/ public boolean apply(Quantity q) { return q.getUnit().hasOffset(); } }); if (hasOffset) { throw MetricException.withMessage("Cannot sum non-absolute quantities"); } } }
From source file:org.splevo.jamopp.refactoring.java.ifelse.optxor.IfStaticConfigClassOPTXOR.java
/** * Checks if the given variation point can be refactored without the use of the RefactoringUtil. * This implies that all features offered by the {@link IfElseRefactoringUtil} are not used in * these refactorings./*from w w w . j av a2 s .c om*/ * * @param variationPoint The variation point to be refactored. * @return True if the variation point can be refactored, False otherwise. */ public boolean canBeRefactoredWithoutRefactoringUtil(final VariationPoint variationPoint) { return Iterables.any(availableRefactorings, new Predicate<VariabilityRefactoring>() { @Override public boolean apply(VariabilityRefactoring input) { if (input instanceof RequiresIfRefactoringUtil) { return false; } return input.canBeAppliedTo(variationPoint).getSeverity() == Diagnostic.OK; } }); }
From source file:de.iteratec.iteraplan.businesslogic.exchange.elasticExcel.export.template.ExcelTemplateGeneratorServiceImpl.java
/** * Generate sheets for the {@link SubstantialTypeExpression}s and {@link RelationshipTypeExpression}s. * * @param metamodel the metamodel//from w w w .ja va 2 s . com * @param wbContext the workbook context */ private void generateSheets(Metamodel metamodel, WorkbookContext wbContext) { List<UniversalTypeExpression> universalTypes = Lists.newArrayList(); universalTypes.addAll(metamodel.getSubstantialTypes()); universalTypes.addAll(metamodel.getRelationshipTypes()); Collections.sort(universalTypes, new Comparator<UniversalTypeExpression>() { private UniversalTypeExpressionOrder order = new UniversalTypeExpressionOrderFix(); public int compare(UniversalTypeExpression type1, UniversalTypeExpression type2) { return order.compareNames(type1.getPersistentName(), type2.getPersistentName()); } }); List<TypeSheetGenerator> generators = Lists.newArrayList(); for (UniversalTypeExpression ute : universalTypes) { LOGGER.debug("Generating sheet for type: {0}", ute); TypeSheetGenerator generator = new TypeSheetGenerator(wbContext, ute); generators.add(generator); SheetContext sheetContext = generator.generateSheet(); wbContext.addSheetContext(sheetContext); } for (TypeSheetGenerator generator : generators) { LOGGER.debug("Adding dropdowns to sheet for type: {0}", generator.getTypeExpression()); generator.addDropdowns(); } List<RelationshipExpression> relationships = metamodel.getRelationships(); for (RelationshipExpression re : relationships) { List<RelationshipEndExpression> relationshipEnds = re.getRelationshipEnds(); if (Iterables.any(relationshipEnds, ToOneRelationFilter.INSTANCE)) { continue; } LOGGER.debug("Generating sheet for relation: {0}", re); RelationshipSheetGenerator relationSheetGenerator = new RelationshipSheetGenerator(wbContext, re); SheetContext sheetContext = relationSheetGenerator.generateSheet(); wbContext.addSheetContext(sheetContext); } List<EnumerationExpression> enums = metamodel.getEnumerationTypes(); for (EnumerationExpression ete : enums) { LOGGER.debug("Generating sheet for enum: {0}: {1} ", ete, ete.getLiterals().toString()); if (ete.getPersistentName() != null) { EnumSheetGenerator enumSheetGenerator = new EnumSheetGenerator(wbContext, ete); SheetContext sheetContext = enumSheetGenerator.generateSheet(); wbContext.addSheetContext(sheetContext); } } adjustSheetColumnWidths(wbContext); }
From source file:org.eclipse.elk.alg.layered.p3order.LayerSweepTypeDecider.java
private boolean hasNoEasternPorts(final LNode node) { List<LPort> eastPorts = node.getPortSideView(PortSide.EAST); return eastPorts.isEmpty() || !Iterables.any(eastPorts, p -> p.getConnectedEdges().iterator().hasNext()); }
From source file:org.sosy_lab.cpachecker.cpa.bam.BAMTransferRelation.java
@Override public Collection<? extends AbstractState> getAbstractSuccessors(final AbstractState pState, final Precision pPrecision) throws CPATransferException, InterruptedException { try {//from w w w.j av a2 s.c o m final Collection<? extends AbstractState> successors = getAbstractSuccessorsWithoutWrapping(pState, pPrecision); assert !Iterables.any(successors, IS_TARGET_STATE) || successors.size() == 1 : "target-state should be returned as single-element-collection"; return attachAdditionalInfoToCallNodes(successors); } catch (CPAException e) { throw new RecursiveAnalysisFailedException(e); } }
From source file:org.opentestsystem.authoring.testauth.validation.ScoringRuleValidator.java
@Override public void validate(final Object obj, final Errors errors) { // execute JSR-303 validations (annotations) this.jsrValidator.validate(obj, errors); final ScoringRule scoringRule = (ScoringRule) obj; // parameterDataMap can only be evaluated if corresponding ComputationRule is passed along if (StringUtils.isNotBlank(scoringRule.getComputationRuleId()) && scoringRule.getComputationRule() != null) { validateFileUploads(errors, scoringRule); if (!CollectionUtils.isEmpty(scoringRule.getParameters())) { // check for duplicate parameter names final Map<String, Collection<ScoringRuleParameter>> duplicates = Maps.filterEntries( Multimaps.index(scoringRule.getParameters(), RULE_PARAMETER_TO_NAME_TRANSFORMER).asMap(), PARAMETER_DUPLICATE_FILTER); if (!duplicates.isEmpty()) { rejectValue(errors, PARAMETERS, getErrorMessageRoot() + PARAMETERS + MSG_PARAMETER_NAME + MSG_DUPLICATES, duplicates.keySet().toString()); }/*from w w w. j av a2 s . c om*/ for (int i = 0; i < scoringRule.getParameters().size(); i++) { final ScoringRuleParameter scoringRuleParameter = scoringRule.getParameters().get(i); try { errors.pushNestedPath(PARAMETERS + "[" + i + "]"); final ComputationRuleParameter computationRuleParameter = Iterables .find(scoringRule.getComputationRule().getParameters(), FUNCTION_PARAMETER_FINDER .getInstance(scoringRuleParameter.getComputationRuleParameterName())); if (computationRuleParameter == null) { rejectValue(errors, PARAMETER_NAME, getErrorMessageRoot() + PARAMETERS + MSG_PARAMETER_NAME + MSG_NOT_FOUND, scoringRuleParameter.getComputationRuleParameterName()); } else { // evaluate every value within the rule parameter to ensure it adheres to the constraints of the ComputationRuleParameter ValidationUtils.invokeValidator(this.scoringRuleParameterValidator, scoringRuleParameter, errors, computationRuleParameter); } } catch (final NoSuchElementException e) { rejectValue(errors, PARAMETER_NAME, getErrorMessageRoot() + PARAMETERS + MSG_PARAMETER_NAME + MSG_NOT_FOUND, scoringRuleParameter.getComputationRuleParameterName()); } finally { errors.popNestedPath(); } } for (final ComputationRuleParameter computationRuleParameter : scoringRule.getComputationRule() .getParameters()) { if (!Iterables.any(scoringRule.getParameters(), RULE_PARAMETER_FINDER.getInstance(computationRuleParameter.getParameterName()))) { rejectValue(errors, PARAMETERS, getErrorMessageRoot() + PARAMETERS + MSG_PARAMETER_NAME + MSG_MISSING, computationRuleParameter.getParameterName()); } } } } }
From source file:gov.nih.nci.firebird.service.task.CoordinatorTasksGenerator.java
private boolean containsCoordinatorRoleAwaitingApproval(FirebirdUser user) { Set<ManagedInvestigator> managedInvestigators = user.getRegistrationCoordinatorRole() .getManagedInvestigators();/*from w w w . j a va 2 s. c om*/ return Iterables.any(managedInvestigators, new Predicate<ManagedInvestigator>() { @Override public boolean apply(ManagedInvestigator managedInvestigator) { return !managedInvestigator.isApproved(); } }); }
From source file:org.jclouds.aws.s3.filters.RequestAuthorizeSignature.java
@VisibleForTesting void appendBucketName(HttpRequest req, StringBuilder toSign) { checkArgument(req instanceof GeneratedHttpRequest<?>, "this should be a generated http request"); GeneratedHttpRequest<?> request = GeneratedHttpRequest.class.cast(req); String bucketName = null;//from w w w . ja v a2s . c o m for (int i = 0; i < request.getJavaMethod().getParameterAnnotations().length; i++) { if (Iterables.any(Arrays.asList(request.getJavaMethod().getParameterAnnotations()[i]), new Predicate<Annotation>() { public boolean apply(Annotation input) { return input.annotationType().equals(Bucket.class); } })) { bucketName = (String) request.getArgs()[i]; break; } } if (bucketName != null) toSign.append(servicePath).append(bucketName); }
From source file:org.eclipse.sirius.diagram.sequence.business.internal.operation.SynchronizeISequenceEventsSemanticOrderingOperation.java
private void updateSemanticPosition(ISequenceEvent eventToUpdate) { DDiagramElement dde = resolveDiagramElement(eventToUpdate); if (dde == null || reordered.contains(eventToUpdate)) { return;/*from w w w. ja v a 2 s . c o m*/ } ReorderTool reorderTool = findReorderTool(dde); if (reorderTool == null) { return; } EObject semanticElement = dde.getTarget(); EList<EventEnd> endsBySemanticOrder = sequenceDiagram.getSemanticOrdering().getEventEnds(); EList<EventEnd> endsByGraphicalOrder = sequenceDiagram.getGraphicalOrdering().getEventEnds(); List<EventEnd> ends = EventEndHelper.findEndsFromSemanticOrdering(eventToUpdate); List<EventEnd> compoundEnds = getCompoundEnds(eventToUpdate, ends); // Ignore the ends of the descendants: they are treated by recursive // calls. Set<EventEnd> toIgnore = selectEndsToIgnore(eventToUpdate, endsBySemanticOrder, ends, compoundEnds); // The semantic ordering contains the state before the move EventEnd startingEndPredecessorBefore = findEndPredecessor(semanticElement, STARTING_END, endsBySemanticOrder, toIgnore); EventEnd finishingEndPredecessorBefore = findEndPredecessor(semanticElement, FINISHING_END, endsBySemanticOrder, toIgnore); // The graphical ordering contains the state after EventEnd startingEndPredecessorAfter = findEndPredecessor(semanticElement, STARTING_END, endsByGraphicalOrder, toIgnore); EventEnd finishingEndPredecessorAfter = findEndPredecessor(semanticElement, FINISHING_END, endsByGraphicalOrder, toIgnore); // Handle lost messages if (eventToUpdate.isLogicallyInstantaneous() && eventToUpdate instanceof Message && ends.size() == 1 && !Iterables.any(ends, Predicates.instanceOf(CompoundEventEnd.class))) { SingleEventEnd see = (SingleEventEnd) ends.iterator().next(); if (see.isStart()) { finishingEndPredecessorBefore = startingEndPredecessorBefore; finishingEndPredecessorAfter = startingEndPredecessorAfter; } else { startingEndPredecessorBefore = finishingEndPredecessorBefore; startingEndPredecessorAfter = finishingEndPredecessorAfter; } } if (!Objects.equal(startingEndPredecessorBefore, startingEndPredecessorAfter) || !Objects.equal(finishingEndPredecessorBefore, finishingEndPredecessorAfter) || !Iterables.elementsEqual(endsByGraphicalOrder, endsBySemanticOrder)) { applySemanticReordering(semanticElement, startingEndPredecessorAfter, finishingEndPredecessorAfter, reorderTool); applyCompoundReordering(semanticElement, ends, compoundEnds, startingEndPredecessorAfter, finishingEndPredecessorAfter, reorderTool); reordered.add(eventToUpdate); new RefreshSemanticOrderingsOperation(sequenceDiagram).execute(); updateSubEventsSemanticPositions(eventToUpdate); } }
From source file:org.eclipse.xtext.ui.editor.outline.impl.DefaultOutlineTreeProvider.java
protected boolean _isLeaf(final EObject modelElement) { return !Iterables.any(modelElement.eClass().getEAllContainments(), new Predicate<EReference>() { @Override//from w ww .j a va 2s .c o m public boolean apply(EReference containmentRef) { return modelElement.eIsSet(containmentRef); } }); }