List of usage examples for javafx.collections ObservableList stream
default Stream<E> stream()
From source file:edu.kit.trufflehog.model.configdata.FilterDataModelTest.java
/** * <p>//www . j a va 2 s. c om * Tests the database for correct duplicate entry handling. The same entry is added twice, but should only * be there once. * </p> * * @throws Exception Passes any errors that occurred during the test on */ // FIXME: 15.05.16 @Test @Ignore public void testForDuplicateEntry() throws Exception { FilterInput filterInput = generateRandomFilterInput(); filterDataModel.addFilterToDatabaseAsynchronous(filterInput); filterDataModel.addFilterToDatabaseAsynchronous(filterInput); // Wait for all threads to finish Thread.sleep(1000); // Retrieve them filterDataModel = new FilterDataModel(fileSystem); ObservableList<FilterInput> filterInputFromDB = filterDataModel.getAllFilters(); Map<String, FilterInput> filterInputMap = new HashMap<>(); filterInputFromDB.stream().forEach(fIn -> filterInputMap.put(fIn.getName(), fIn)); assertEquals(1, filterInputFromDB.size()); assertEquals(true, filterInputMap.containsKey(filterInput.getName())); }
From source file:edu.kit.trufflehog.model.configdata.FilterDataModelTest.java
/** * <p>/*w w w . jav a2 s.c o m*/ * Test the add functionality of the database by generating 100 random FilterInputs and adding them to the * database and then checking if they were all added correctly. * </p> * * @throws Exception Passes any errors that occurred during the test on */ // FIXME fix this test, it randomly fails (Database file locked) // TODO undeprecate @Test @Ignore public void testAddAndLoadFilterToDatabase() throws Exception { List<FilterInput> filterInputs = new ArrayList<>(); int size = (int) (Math.random() * 100); // Add X FilterInputs into the database for (int i = 0; i < size; i++) { FilterInput filterInput = generateRandomFilterInput(); filterInputs.add(filterInput); filterDataModel.addFilterToDatabaseAsynchronous(filterInput); } // Wait for all threads to finish Thread.sleep(1000); // Retrieve them filterDataModel = new FilterDataModel(fileSystem); ObservableList<FilterInput> filterInputFromDB = filterDataModel.getAllFilters(); Map<String, FilterInput> filterInputMap = new HashMap<>(); filterInputFromDB.stream().forEach(fIn -> filterInputMap.put(fIn.getName(), fIn)); // Make sure we could retrieve them all correctly for (FilterInput filterInput : filterInputs) { assertEquals(true, filterInputMap.containsKey(filterInput.getName())); } }
From source file:edu.kit.trufflehog.model.configdata.FilterDataModelTest.java
/** * <p>/*w ww. j av a 2s . c o m*/ * Tests the remove functionality of the database by adding 100 randomly generated FilterInputs and removing * them again, making sure the database is up-to-date along the way. * </p> * * @throws Exception Passes any errors that occurred during the test on */ // FIXME fix this test, it randomly fails (Database file locked) @Test public void testRemoveFilterFromDatabase() throws Exception { List<FilterInput> filterInputs = new ArrayList<>(); int size = (int) (Math.random() * 100); // Add X FilterInputs into the database for (int i = 0; i < size; i++) { FilterInput filterInput = generateRandomFilterInput(); filterInputs.add(filterInput); filterDataModel.addFilterToDatabaseAsynchronous(filterInput); } // Wait for all threads to finish Thread.sleep(1000); // Retrieve them filterDataModel = new FilterDataModel(fileSystem); ObservableList<FilterInput> filterInputFromDB = filterDataModel.getAllFilters(); Map<String, FilterInput> filterInputMap = new HashMap<>(); filterInputFromDB.stream().forEach(fIn -> filterInputMap.put(fIn.getName(), fIn)); // Make sure we could retrieve them all correctly for (FilterInput filterInput : filterInputs) { assertEquals(true, filterInputMap.containsKey(filterInput.getName())); } // Delete them filterInputFromDB.forEach((value) -> filterDataModel.removeFilterFromDatabaseAsynchronous(value)); // Wait for all threads to finish Thread.sleep(5000); // Retrieve them filterDataModel = new FilterDataModel(fileSystem); filterInputFromDB = filterDataModel.getAllFilters(); // Make sure none were found assertEquals(true, filterInputFromDB.isEmpty()); }
From source file:edu.kit.trufflehog.model.configdata.FilterDataModelTest.java
/** * <p>/*from w w w . j a v a 2 s . co m*/ * Tests the update functionality of the FilterDataModel by adding FilterInputs, and then editing them, and then * calling the update function on the database (which removes and adds them again). * </p> * * @throws Exception Passes any errors that occurred during the test on */ // FIXME fix this test, it randomly fails (Database file locked) // TODO undeprecate @Test @Ignore public void testUpdateAndLoadFilterInDatabase() throws Exception { List<FilterInput> filterInputs = new ArrayList<>(); int size = (int) (Math.random() * 100); // Add X FilterInputs into the database for (int i = 0; i < size; i++) { FilterInput filterInput = generateRandomFilterInput(); filterInputs.add(filterInput); filterDataModel.addFilterToDatabaseAsynchronous(filterInput); } // Wait for all threads to finish Thread.sleep(1000); // Retrieve them ObservableList<FilterInput> filterInputFromDB = filterDataModel.getAllFilters(); Map<String, FilterInput> filterInputMap = new HashMap<>(); filterInputFromDB.stream().forEach(fIn -> filterInputMap.put(fIn.getName(), fIn)); // Make sure we could retrieve them all correctly for (FilterInput filterInput : filterInputs) { assertEquals(true, filterInputMap.containsKey(filterInput.getName())); } // Update them List<FilterInput> updatedFilterInputs = new ArrayList<>(); for (FilterInput filterInput : filterInputs) { updatedFilterInputs.add(updateFilterInput(filterInput)); filterDataModel.updateFilterInDatabase(filterInput); } // Wait for all threads to finish Thread.sleep(5000); // Retrieve them filterDataModel = new FilterDataModel(fileSystem); filterInputFromDB = filterDataModel.getAllFilters(); // Make sure we could retrieve them all correctly for (FilterInput filterInput : updatedFilterInputs) { assertEquals(true, filterInputMap.containsKey(filterInput.getName())); } }
From source file:com.github.naoghuman.testdata.abclist.service.ExerciseTermService.java
@Override protected Task<Void> createTask() { return new Task<Void>() { {/*www.ja v a 2 s .co m*/ updateProgress(0, saveMaxEntities); } @Override protected Void call() throws Exception { LoggerFacade.getDefault().deactivate(Boolean.TRUE); final StopWatch stopWatch = new StopWatch(); stopWatch.start(); final ObservableList<Topic> topics = SqlProvider.getDefault().findAllTopics(); final ObservableList<Term> terms = SqlProvider.getDefault().findAllTerms(); final int sizeTerms = terms.size(); final AtomicInteger index = new AtomicInteger(0); final CrudService crudService = DatabaseFacade.getDefault().getCrudService(entityName); final AtomicLong id = new AtomicLong( -1_000_000_000L + DatabaseFacade.getDefault().getCrudService().count(entityName)); topics.stream().forEach(topic -> { final ObservableList<Exercise> exercises = SqlProvider.getDefault() .findAllExercisesWithTopicId(topic.getId()); exercises.stream().filter(exercise -> exercise.isReady()).forEach(exercise -> { final int maxExerciseTerms = TestdataGenerator.RANDOM.nextInt(70) + 10; for (int i = 0; i < maxExerciseTerms; i++) { final Term term = terms.get(TestdataGenerator.RANDOM.nextInt(sizeTerms)); final ExerciseTerm exerciseTerm = ModelProvider.getDefault().getExerciseTerm(); exerciseTerm.setExerciseId(exercise.getId()); exerciseTerm.setId(id.getAndIncrement()); exerciseTerm.setTermId(term.getId()); crudService.create(exerciseTerm); } }); updateProgress(index.getAndIncrement(), saveMaxEntities); }); LoggerFacade.getDefault().deactivate(Boolean.FALSE); stopWatch.split(); LoggerFacade.getDefault().debug(this.getClass(), " + " + stopWatch.toSplitString() + " for " + saveMaxEntities + " ExerciseTerms."); // NOI18N stopWatch.stop(); return null; } }; }
From source file:com.github.naoghuman.testdata.abclist.service.LinkMappingService.java
@Override protected Task<Void> createTask() { return new Task<Void>() { {/*from www. j a va 2 s . c o m*/ updateProgress(0, saveMaxEntities); } @Override protected Void call() throws Exception { LoggerFacade.getDefault().deactivate(Boolean.TRUE); final StopWatch stopWatch = new StopWatch(); stopWatch.start(); /* 1) over all links 2) if random > 0.005d then do 3) otherwise create a link without parent 4) get 1-10 terms, create LinkMapping foreach of them - means a link is mapped to 1-10 terms 5) get 0-10 topics, create LinkMapping foreach of them - means a link is mapped to 0-10 topics */ final ObservableList<Link> links = SqlProvider.getDefault().findAllLinks(); final ObservableList<Term> terms = SqlProvider.getDefault().findAllTerms(); final int sizeTerms = terms.size(); final ObservableList<Topic> topics = SqlProvider.getDefault().findAllTopics(); final int sizeTopics = topics.size(); final AtomicInteger index = new AtomicInteger(0); final CrudService crudService = DatabaseFacade.getDefault().getCrudService(entityName); final AtomicLong id = new AtomicLong( -1_000_000_000L + DatabaseFacade.getDefault().getCrudService().count(entityName)); links.stream() // 1 .forEach(link -> { // 2) Should the [Link] have a parent final double random = TestdataGenerator.RANDOM.nextDouble(); if (random > 0.005d) { // 4) Create [Link]s with parent [Term] final int maxTerms = TestdataGenerator.RANDOM.nextInt(10) + 1; for (int i = 0; i < maxTerms; i++) { final LinkMapping lm = ModelProvider.getDefault().getLinkMapping(); lm.setId(id.getAndIncrement()); final Term term = terms.get(TestdataGenerator.RANDOM.nextInt(sizeTerms)); lm.setParentId(term.getId()); lm.setParentType(LinkMappingType.TERM); lm.setChildId(link.getId()); lm.setChildType(LinkMappingType.LINK); crudService.create(lm); } // 5) Create [Link]s with parent [Topic] final int maxTopics = TestdataGenerator.RANDOM.nextInt(11); for (int i = 0; i < maxTopics; i++) { final LinkMapping lm = ModelProvider.getDefault().getLinkMapping(); lm.setId(id.getAndIncrement()); final Topic topic = topics.get(TestdataGenerator.RANDOM.nextInt(sizeTopics)); lm.setParentId(topic.getId()); lm.setParentType(LinkMappingType.TOPIC); lm.setChildId(link.getId()); lm.setChildType(LinkMappingType.LINK); crudService.create(lm); } } else { // 3) Some [Link]s havn't a parent final LinkMapping lm = ModelProvider.getDefault().getLinkMapping(); lm.setId(id.getAndIncrement()); lm.setParentId(IDefaultConfiguration.DEFAULT_ID); lm.setParentType(LinkMappingType.NOT_DEFINED); lm.setChildId(link.getId()); lm.setChildType(LinkMappingType.LINK); crudService.create(lm); } updateProgress(index.getAndIncrement(), saveMaxEntities); }); LoggerFacade.getDefault().deactivate(Boolean.FALSE); stopWatch.split(); LoggerFacade.getDefault().debug(this.getClass(), " + " + stopWatch.toSplitString() + " for " + saveMaxEntities + " LinkMappings."); // NOI18N stopWatch.stop(); return null; } }; }
From source file:com.github.drbookings.ui.controller.MainController.java
private void updateStatusLabelFX() { final ObservableList<RoomBean> selectedRooms = RoomBeanSelectionManager.getInstance().selectionProperty(); final List<BookingEntry> selectedBookings = selectedRooms.stream() .flatMap(r -> r.getBookingEntries().stream()) .filter(new BookingFilter(guestNameFilterInput.getText())).collect(Collectors.toList()); Range<LocalDate> selectedRange = DateBeanSelectionManager.getInstance().getSelectedDateRange(); if (selectedRange == null) { } else {//from w ww. j ava2 s. c o m StringBuilder sb = new StringBuilder(); sb.append(selectedRange.lowerEndpoint()); sb.append(" "); sb.append(selectedRange.upperEndpoint()); selectedDatesLabel.setText(sb.toString()); } final BookingsByOrigin<BookingEntry> bo = new BookingsByOrigin<>(selectedBookings); final StringBuilder sb = new StringBuilder(new StatusLabelStringFactory(bo).build()); // sb.append("\tPerformance total:" + // StatusLabelStringFactory.DECIMAL_FORMAT.format(pc.getProfit()) + " // \t" // + "Performance/hour:" + // StatusLabelStringFactory.DECIMAL_FORMAT.format(pc.getProfitPerHour())); statusLabel.textProperty().set(sb.toString()); }
From source file:com.esri.geoevent.test.performance.ui.FixtureController.java
/** * Helper method that is used to set the fixture object and apply it to all * of the ui elements/*from w w w .j a v a2s . co m*/ * * @param fixture */ private void applyFixture(Fixture fixture) { if (fixture == null) { return; } if (isDefault) { nameField.setEditable(false); editNameBtn.setVisible(false); } else { nameField.setText(fixture.getName()); nameField.setEditable(true); editNameBtn.setVisible(true); } // apply if necessary if (fixture.getConsumerConfig() != null) { fixture.getConsumerConfig().apply(fixture.getDefaultConfig()); } if (fixture.getProducerConfig() != null) { fixture.getProducerConfig().apply(fixture.getDefaultConfig()); } // get the consumers List<RemoteHost> consumers = new ArrayList<RemoteHost>(); if (fixture.getConsumerConfig() != null) { if (fixture.getConsumerConfig().getProtocol() != null && fixture.getConsumerConfig().getProtocol() != Protocol.UNKNOWN) { consumersProtocolType.setValue(fixture.getConsumerConfig().getProtocol()); if (fixture.getConsumerConfig().getProperties() != null) { ObservableList<Property> propsInCache = consumerPropertiesCache .get(fixture.getConsumerConfig().getProtocol()); propsInCache.stream().forEach(prop -> { prop.setValue(fixture.getConsumerConfig().getPropertyValue(prop.getName())); }); } } if (fixture.getConsumerConfig().getConsumers() != null) { consumers = fixture.getConsumerConfig().getConsumers(); } else { consumers.add(fixture.getConsumerConfig().getDefaultRemoteHost()); } } List<ConnectableRemoteHost> connectableConsumers = convert(consumers); consumersTable.getItems().clear(); consumersTable.getItems().addAll(connectableConsumers); // get the producers List<RemoteHost> producers = new ArrayList<RemoteHost>(); if (fixture.getProducerConfig() != null) { if (fixture.getProducerConfig().getProtocol() != null && fixture.getProducerConfig().getProtocol() != Protocol.UNKNOWN) { producersProtocolType.setValue(fixture.getProducerConfig().getProtocol()); if (fixture.getProducerConfig().getProperties() != null) { ObservableList<Property> propsInCache = producerPropertiesCache .get(fixture.getProducerConfig().getProtocol()); propsInCache.stream().forEach(prop -> { prop.setValue(fixture.getProducerConfig().getPropertyValue(prop.getName())); }); } } if (fixture.getProducerConfig().getProducers() != null) { producers = fixture.getProducerConfig().getProducers(); } else { producers.add(fixture.getProducerConfig().getDefaultRemoteHost()); } } List<ConnectableRemoteHost> connectableProducers = convert(producers); producersTable.getItems().clear(); producersTable.getItems().addAll(connectableProducers); // set the test if (fixture.getSimulation() == null) { fixture.setSimulation(new Simulation()); } if (fixture.getSimulation().getTest() == null) { fixture.getSimulation().setTest(new TimeTest()); } Test test = fixture.getSimulation().getTest(); testType.setValue(test.getType()); switch (test.getType()) { case RAMP: RampTest rampTest = (RampTest) test; if (rampTest.getEventsToAddPerTest() > 0) { eventsToAddPerTest.setNumber(new BigDecimal(rampTest.getEventsToAddPerTest())); } if (rampTest.getMaxEvents() > 0) { maxEvents.setNumber(new BigDecimal(rampTest.getMaxEvents())); } if (rampTest.getMinEvents() > 0) { minEvents.setNumber(new BigDecimal(rampTest.getMinEvents())); } if (rampTest.getExpectedResultCountPerTest() > 0) { expectedResultCountPerTest.setNumber(new BigDecimal(rampTest.getExpectedResultCountPerTest())); } break; case STRESS: StressTest stressTest = (StressTest) test; if (stressTest.getNumOfEvents() > 0) { numOfEvents.setNumber(new BigDecimal(stressTest.getNumOfEvents())); } if (stressTest.getIterations() > 0) { iterations.setNumber(new BigDecimal(stressTest.getIterations())); } if (stressTest.getExpectedResultCount() > 0) { expectedResultCount.setNumber(new BigDecimal(stressTest.getExpectedResultCount())); } break; case TIME: TimeTest timeTest = (TimeTest) test; if (timeTest.getEventsPerSec() > 0) { eventsPerSec.setNumber(new BigDecimal(timeTest.getEventsPerSec())); } if (timeTest.getTotalTimeInSec() > 0) { totalTimeInSec.setNumber(new BigDecimal(timeTest.getTotalTimeInSec())); } if (timeTest.getExpectedResultCountPerSec() > 0) { expectedResultCountPerSec.setNumber(new BigDecimal(timeTest.getExpectedResultCountPerSec())); } if (timeTest.getStaggeringInterval() > 0) { staggeringInterval.setNumber(new BigDecimal(timeTest.getStaggeringInterval())); } break; default: break; } toggleTestType(null); }
From source file:editeurpanovisu.EditeurPanovisu.java
/** * * @param iNumZone numro de la zone/*from www. j av a 2s . c om*/ * @param points liste de points du polygone * @return ancres du polygone */ private static ObservableList<AncreForme> olCreeAncresPourPolygone(int iNumZone, final ObservableList<Double> points) { ObservableList<AncreForme> olAnchors = FXCollections.observableArrayList(); for (int i = 0; i < points.size(); i += 2) { final int idx = i; DoubleProperty xProperty = new SimpleDoubleProperty(points.get(i)); DoubleProperty yProperty = new SimpleDoubleProperty(points.get(i + 1)); xProperty.addListener((ObservableValue<? extends Number> ov, Number oldX, Number x) -> { points.set(idx, (double) x); String chaine = ""; chaine = points.stream().map((point) -> point.toString() + ",").reduce(chaine, String::concat); chaine = chaine.substring(0, chaine.length() - 1); zones[iNumZone].setStrCoordonneesZone(chaine); }); yProperty.addListener((ObservableValue<? extends Number> ov, Number oldY, Number y) -> { points.set(idx + 1, (double) y); String chaine = ""; chaine = points.stream().map((point) -> point.toString() + ",").reduce(chaine, String::concat); chaine = chaine.substring(0, chaine.length() - 1); zones[iNumZone].setStrCoordonneesZone(chaine); }); olAnchors.add(new AncreForme(Color.GOLD, xProperty, yProperty)); } return olAnchors; }
From source file:net.sourceforge.pmd.util.fxdesigner.XPathPanelController.java
/** * Evaluate the contents of the XPath expression area * on the given compilation unit. This updates the xpath * result panel, and can log XPath exceptions to the * event log panel./* w w w.ja va2 s .c o m*/ * * @param compilationUnit The AST root * @param version The language version */ public void evaluateXPath(Node compilationUnit, LanguageVersion version) { try { String xpath = getXpathExpression(); if (StringUtils.isBlank(xpath)) { invalidateResults(false); return; } ObservableList<Node> results = FXCollections.observableArrayList(xpathEvaluator.evaluateQuery( compilationUnit, version, getXpathVersion(), xpath, ruleBuilder.getRuleProperties())); xpathResultListView.setItems( results.stream().map(parent::wrapNode).collect(Collectors.toCollection(LiveArrayList::new))); parent.highlightXPathResults(results); violationsTitledPane.setText("Matched nodes\t(" + results.size() + ")"); } catch (XPathEvaluationException e) { invalidateResults(true); designerRoot.getLogger().logEvent(new LogEntry(e, Category.XPATH_EVALUATION_EXCEPTION)); } xpathResultListView.refresh(); }