List of usage examples for java.util List sort
@SuppressWarnings({ "unchecked", "rawtypes" })
default void sort(Comparator<? super E> c)
From source file:de.dkfz.roddy.core.Analysis.java
public Map<DataSet, Boolean> checkStatus(List<String> pids, boolean suppressInfo) { List<DataSet> dataSets = getRuntimeService().loadDatasetsWithFilter(this, pids, suppressInfo); Map<DataSet, Boolean> results = new LinkedHashMap<>(); dataSets.parallelStream().forEach(ds -> { boolean result = checkStatusForDataset(ds); synchronized (results) { results.put(ds, result);/*w w w .jav a 2s . c o m*/ } }); List<DataSet> sortedKeys = new LinkedList<>(results.keySet()); sortedKeys.sort((ds1, ds2) -> ds1.getId().compareTo(ds2.getId())); Map<DataSet, Boolean> sortedMap = new LinkedHashMap<>(); for (DataSet ds : sortedKeys) { sortedMap.put(ds, results.get(ds)); } return sortedMap; }
From source file:net.sf.jabref.exporter.BibDatabaseWriter.java
/** * Write all strings in alphabetical order, modified to produce a safe (for * BibTeX) order of the strings if they reference each other. * * @param fw The Writer to send the output to. * @param database The database whose strings we should write. * @param reformatFile//from ww w.j a va 2s .c om * @throws IOException If anything goes wrong in writing. */ private void writeStrings(Writer fw, BibDatabase database, Boolean reformatFile) throws IOException { List<BibtexString> strings = database.getStringKeySet().stream().map(database::getString) .collect(Collectors.toList()); strings.sort(new BibtexStringComparator(true)); // First, make a Map of all entries: Map<String, BibtexString> remaining = new HashMap<>(); int maxKeyLength = 0; for (BibtexString string : strings) { remaining.put(string.getName(), string); maxKeyLength = Math.max(maxKeyLength, string.getName().length()); } for (BibtexString.Type t : BibtexString.Type.values()) { isFirstStringInType = true; for (BibtexString bs : strings) { if (remaining.containsKey(bs.getName()) && (bs.getType() == t)) { writeString(fw, bs, remaining, maxKeyLength, reformatFile); isFirstStringInType = false; } } } }
From source file:com.evolveum.midpoint.wf.impl.processors.primary.policy.ApprovalSchemaBuilder.java
private void processFragmentGroup(List<Fragment> fragments, ApprovalSchemaType resultingSchemaType, SchemaAttachedPolicyRulesType attachedRules, ModelInvocationContext ctx, OperationResult result) throws SchemaException { Fragment firstFragment = fragments.get(0); appendAddOnFragments(fragments);/* ww w . j a v a 2s . co m*/ List<ApprovalStageDefinitionType> fragmentStageDefs = cloneAndMergeStages(fragments); if (fragmentStageDefs.isEmpty()) { return; // probably shouldn't occur } fragmentStageDefs.sort(Comparator.comparing(s -> getNumber(s), Comparator.nullsLast(naturalOrder()))); RelationResolver relationResolver = primaryChangeAspect.createRelationResolver(firstFragment.target, result); ReferenceResolver referenceResolver = primaryChangeAspect.createReferenceResolver(ctx.modelContext, ctx.taskFromModel, result); int from = getStages(resultingSchemaType).size() + 1; int i = from; for (ApprovalStageDefinitionType stageDef : fragmentStageDefs) { stageDef.asPrismContainerValue().setId(null); // to avoid ID collision stageDef.setOrder(null); stageDef.setNumber(i++); approvalSchemaHelper.prepareStage(stageDef, relationResolver, referenceResolver); resultingSchemaType.getStage().add(stageDef); } if (firstFragment.policyRule != null) { List<EvaluatedPolicyRuleType> rules = new ArrayList<>(); firstFragment.policyRule.addToEvaluatedPolicyRuleTypes(rules, new PolicyRuleExternalizationOptions(FULL, false, true)); for (EvaluatedPolicyRuleType rule : rules) { SchemaAttachedPolicyRuleType attachedRule = new SchemaAttachedPolicyRuleType(); attachedRule.setStageMin(from); attachedRule.setStageMax(i - 1); attachedRule.setRule(rule); attachedRules.getEntry().add(attachedRule); } } }
From source file:org.dkpro.core.io.nif.internal.Nif2DKPro.java
public void convert(Statement aContext, JCas aJCas) { Model m = aContext.getModel();/*from w w w .jav a 2 s . c o m*/ final Resource tSentence = m.createResource(NIF.TYPE_SENTENCE); final Resource tWord = m.createResource(NIF.TYPE_WORD); final Resource tTitle = m.createResource(NIF.TYPE_TITLE); final Resource tParagraph = m.createResource(NIF.TYPE_PARAGRAPH); final Property pReferenceContext = m.createProperty(NIF.PROP_REFERENCE_CONTEXT); final Property pIsString = m.createProperty(NIF.PROP_IS_STRING); final Property pBeginIndex = m.createProperty(NIF.PROP_BEGIN_INDEX); final Property pEndIndex = m.createProperty(NIF.PROP_END_INDEX); final Property pLemma = m.createProperty(NIF.PROP_LEMMA); final Property pStem = m.createProperty(NIF.PROP_STEM); final Property pPosTag = m.createProperty(NIF.PROP_POS_TAG); final Property pTaIdentRef = m.createProperty(ITS.PROP_TA_IDENT_REF); final Property pTaClassRef = m.createProperty(ITS.PROP_TA_CLASS_REF); // Convert context node -> document text String text = m.getProperty(aContext.getSubject(), pIsString).getString(); aJCas.setDocumentText(text); // Convert headings/titles Iterator<Resource> headingIterator = m.listResourcesWithProperty(RDF.type, tTitle) .filterKeep(res -> res.getProperty(pReferenceContext).getResource().equals(aContext.getSubject())); for (Resource nifTitle : new IteratorIterable<Resource>(headingIterator)) { int begin = nifTitle.getProperty(pBeginIndex).getInt(); int end = nifTitle.getProperty(pEndIndex).getInt(); Heading uimaHeading = new Heading(aJCas, begin, end); uimaHeading.addToIndexes(); assert assertSanity(nifTitle, uimaHeading); } // Convert paragraphs Iterator<Resource> paragraphIterator = m.listResourcesWithProperty(RDF.type, tParagraph) .filterKeep(res -> res.getProperty(pReferenceContext).getResource().equals(aContext.getSubject())); for (Resource nifParagraph : new IteratorIterable<Resource>(paragraphIterator)) { int begin = nifParagraph.getProperty(pBeginIndex).getInt(); int end = nifParagraph.getProperty(pEndIndex).getInt(); Paragraph uimaParagraph = new Paragraph(aJCas, begin, end); uimaParagraph.addToIndexes(); assert assertSanity(nifParagraph, uimaParagraph); } // Convert sentences List<Resource> nifSentences = m.listResourcesWithProperty(RDF.type, tSentence) .filterKeep(res -> res.getProperty(pReferenceContext).getResource().equals(aContext.getSubject())) .toList(); nifSentences.sort((a, b) -> a.getProperty(pBeginIndex).getInt() - b.getProperty(pBeginIndex).getInt()); for (Resource nifSentence : nifSentences) { int begin = nifSentence.getProperty(pBeginIndex).getInt(); int end = nifSentence.getProperty(pEndIndex).getInt(); Sentence uimaSentence = new Sentence(aJCas, begin, end); uimaSentence.addToIndexes(); assert assertSanity(nifSentence, uimaSentence); } // Convert tokens Iterator<Resource> tokenIterator = m.listResourcesWithProperty(RDF.type, tWord) .filterKeep(res -> res.getProperty(pReferenceContext).getResource().equals(aContext.getSubject())); for (Resource nifWord : new IteratorIterable<Resource>(tokenIterator)) { int begin = nifWord.getProperty(pBeginIndex).getInt(); int end = nifWord.getProperty(pEndIndex).getInt(); Token uimaToken = new Token(aJCas, begin, end); uimaToken.addToIndexes(); assert assertSanity(nifWord, uimaToken); // Convert lemma if (nifWord.hasProperty(pLemma)) { Lemma uimaLemma = new Lemma(aJCas, uimaToken.getBegin(), uimaToken.getEnd()); uimaLemma.setValue(nifWord.getProperty(pLemma).getString()); uimaLemma.addToIndexes(); uimaToken.setLemma(uimaLemma); } // Convert stem if (nifWord.hasProperty(pLemma)) { Stem uimaStem = new Stem(aJCas, uimaToken.getBegin(), uimaToken.getEnd()); uimaStem.setValue(nifWord.getProperty(pStem).getString()); uimaStem.addToIndexes(); uimaToken.setStem(uimaStem); } // Convert posTag (this is discouraged, the better alternative should be oliaLink) if (nifWord.hasProperty(pPosTag)) { String tag = nifWord.getProperty(pStem).getString(); Type posTag = posMappingProvider.getTagType(tag); POS uimaPos = (POS) aJCas.getCas().createAnnotation(posTag, uimaToken.getBegin(), uimaToken.getEnd()); uimaPos.setPosValue(tag.intern()); uimaPos.setCoarseValue( uimaPos.getClass().equals(POS.class) ? null : uimaPos.getType().getShortName().intern()); uimaPos.addToIndexes(); uimaToken.setPos(uimaPos); } } // Convert named entities // // NIF uses taIdentRef to link to a unique instance of an entity and taClassRef to identify // the category of the entity. Named entity recognizers in DKPro Core just categorizes the // entity, e.g. as a person, location, or whatnot. For what NIF uses, we'd need a named // entity linker, not just a recognizer. Furthermore, the DKPro Core named entity // recognizers are not mapped to a common tag set (unlike e.g. POS which is mapped to // the universal POS tags). // // So, what we do here is treating the URI of the taClassRef in NIF simply as the // named entity category and store it. // // Here we use duck-typing, i.e. it has a taClassRef property then it is likely a named // entity. NIF 2.1 [1] appears to introduce a representation of named entities using the // class "EntityOccurrence", but e.g. kore50 [2] doesn't seem to use that - it uses "Phrase" // instead. // // [1] http://nif.readthedocs.io/en/2.1-rc/prov-and-conf.html // [2] https://datahub.io/dataset/kore-50-nif-ner-corpus Set<Resource> nifNamedEntities1 = m.listResourcesWithProperty(pTaIdentRef) .filterKeep(res -> res.getProperty(pReferenceContext).getResource().equals(aContext.getSubject())) .toSet(); Set<Resource> nifNamedEntities2 = m.listResourcesWithProperty(pTaIdentRef) .filterKeep(res -> res.getProperty(pReferenceContext).getResource().equals(aContext.getSubject())) .toSet(); Set<Resource> nifNamedEntities = new HashSet<Resource>(); nifNamedEntities.addAll(nifNamedEntities1); nifNamedEntities.addAll(nifNamedEntities2); for (Resource nifNamedEntity : nifNamedEntities) { int begin = nifNamedEntity.getProperty(pBeginIndex).getInt(); int end = nifNamedEntity.getProperty(pEndIndex).getInt(); NamedEntity uimaNamedEntity = new NamedEntity(aJCas, begin, end); if (nifNamedEntity.hasProperty(pTaClassRef)) { uimaNamedEntity.setValue(nifNamedEntity.getProperty(pTaClassRef).getResource().getURI()); } if (nifNamedEntity.hasProperty(pTaIdentRef)) { uimaNamedEntity.setIdentifier(nifNamedEntity.getProperty(pTaIdentRef).getResource().getURI()); } uimaNamedEntity.addToIndexes(); assert assertSanity(nifNamedEntity, uimaNamedEntity); } }
From source file:com.orange.clara.cloud.servicedbdumper.service.DbDumperServiceInstanceBindingService.java
private Map<String, Object> extractCredentials(List<DbDumperCredential> dbDumperCredentials) { SimpleDateFormat dateFormater = new SimpleDateFormat(this.dateFormat); Map<String, Object> credentials = Maps.newHashMap(); List<Map<String, Object>> dumpFiles = new ArrayList<>(); Map<String, Object> dumpFile; Comparator<DbDumperCredential> comparator = (d1, d2) -> d1.getCreatedAt().compareTo(d2.getCreatedAt()); dbDumperCredentials.sort(comparator.reversed()); for (DbDumperCredential dbDumperCredential : dbDumperCredentials) { dumpFile = Maps.newHashMap();/* w ww .j a v a 2 s . c o m*/ dumpFile.put("download_url", dbDumperCredential.getDownloadUrl()); dumpFile.put("show_url", dbDumperCredential.getShowUrl()); dumpFile.put("filename", dbDumperCredential.getFilename()); dumpFile.put("created_at", dateFormater.format(dbDumperCredential.getCreatedAt())); dumpFile.put("dump_id", dbDumperCredential.getId()); dumpFile.put("size", dbDumperCredential.getSize()); dumpFile.put("deleted", dbDumperCredential.getDeleted()); dumpFile.put("tags", dbDumperCredential.getTags()); dumpFiles.add(dumpFile); } credentials.put("dumps", dumpFiles); return credentials; }
From source file:com.searchcode.app.service.CodeMatcher.java
/** * Actually does the matching for a single code result given the match terms *///from ww w . j av a 2s. co m public List<CodeMatchResult> matchResults(List<String> code, List<String> matchTerms, boolean highlightLine) { List<CodeMatchResult> resultLines = findMatchingLines(code, matchTerms, highlightLine); List<CodeMatchResult> newResultLines = new ArrayList<>(); // get the top matching lines for this result resultLines.sort((p1, p2) -> Integer.valueOf(p2.getLineMatches()).compareTo(p1.getLineMatches())); // gets the best snippets based on number of matches for (int i = 0; i < resultLines.size(); i++) { CodeMatchResult match = resultLines.get(i); match.setLineNumber(match.getLineNumber() + 1); if (!resultExists(newResultLines, match.getLineNumber())) { newResultLines.add(match); } CodeMatchResult resultBefore = getResultByLineNumber(resultLines, match.getLineNumber() - 1); CodeMatchResult resultAfter = getResultByLineNumber(resultLines, match.getLineNumber() + 1); if (resultBefore != null && !resultExists(newResultLines, match.getLineNumber() - 1)) { newResultLines.add(resultBefore); } if (resultAfter != null && !resultExists(newResultLines, match.getLineNumber() + 1)) { newResultLines.add(resultAfter); } if (newResultLines.size() >= MATCHLINES) { break; } } newResultLines.sort((p1, p2) -> Integer.valueOf(p1.getLineNumber()).compareTo(p2.getLineNumber())); if (!newResultLines.isEmpty()) { newResultLines.get(0).addBreak = false; return newResultLines; } return null; }
From source file:com.navercorp.pinpoint.common.server.bo.grpc.GrpcSpanFactory.java
private List<AnnotationBo> buildAnnotationList(List<PAnnotation> pAnnotationList) { if (CollectionUtils.isEmpty(pAnnotationList)) { return new ArrayList<>(); }/* ww w .j a v a2s. c om*/ List<AnnotationBo> boList = new ArrayList<>(pAnnotationList.size()); for (PAnnotation tAnnotation : pAnnotationList) { final AnnotationBo annotationBo = newAnnotationBo(tAnnotation); boList.add(annotationBo); } boList.sort(AnnotationComparator.INSTANCE); return boList; }
From source file:org.cloudsimplus.sla.responsetime.CloudletResponseTimeMinimizationExperiment.java
@Override public final void printResults() { DatacenterBroker broker0 = getFirstBroker(); List<Cloudlet> finishedCloudlets = broker0.getCloudletsFinishedList(); Comparator<Cloudlet> sortByVmId = comparingDouble(c -> c.getVm().getId()); Comparator<Cloudlet> sortByStartTime = comparingDouble(c -> c.getExecStartTime()); finishedCloudlets.sort(sortByVmId.thenComparing(sortByStartTime)); new CloudletsTableBuilder(finishedCloudlets).build(); }
From source file:org.devathon.contest2016.npc.NPCController.java
public void updateEquipment() { for (ArmorCategory category : ArmorCategory.values()) { List<Pair<ItemStack, Double>> weighted = itemStacks.stream() .map(itemStack -> Pair.of(itemStack, getGenericDefense(category, itemStack.getType()))) .filter(pair -> pair.getRight() > 0).collect(Collectors.toList()); weighted.sort((a, b) -> -Double.compare(a.getRight(), b.getRight())); if (weighted.size() > 0) { category.applyTo(getBukkitEntity(), weighted.get(0).getLeft()); }// ww w . java 2 s. com } List<Pair<ItemStack, Double>> weighted = itemStacks.stream() .map(itemStack -> Pair.of(itemStack, getGenericAttackDamage(itemStack.getType()))) .filter(pair -> pair.getRight() > 0).collect(Collectors.toList()); weighted.sort((a, b) -> -Double.compare(a.getRight(), b.getRight())); if (weighted.size() > 0) { getBukkitEntity().getEquipment().setItemInMainHand(weighted.get(0).getLeft()); } }
From source file:mesclasses.view.TimetableController.java
private List<Cours> getSimultaneousCours(Cours theCours) { List<Cours> liste = cours.stream().filter(c -> { return c.getDay().equals(theCours.getDay()) && Math.max(start(c), start(theCours)) < Math.min(end(c), end(theCours)); }).collect(Collectors.toList()); liste.sort((Cours t, Cours t1) -> { if (t.getWeek().equals(t1.getWeek())) { return classes.indexOf(t.getClasse()) - classes.indexOf(t1.getClasse()); }/* w ww . j av a 2 s .c om*/ return t.getWeek().compareTo(t1.getWeek()); }); return liste; }