java类javafx.beans.property.SimpleLongProperty的实例源码

/***
 * PLPRegFile constructor. It creates all the registers and initializes to default value
 */
public PLPRegFile()
{
    this.registers = new LongProperty[NUMBER_OF_REGISTERS];
    this.regInstructions = new BooleanProperty[NUMBER_OF_REGISTERS];

    for(int i = 0; i < NUMBER_OF_REGISTERS; i++)
        this.registers[i] = new SimpleLongProperty(DEFAULT_REGISTER_VALUE);

    for(int i = 0; i < NUMBER_OF_REGISTERS; i++)
        this.regInstructions[i] = new SimpleBooleanProperty(false);


    this.namedRegisters = buildNamedRegistersMap();
    EventRegistry.getGlobalRegistry().register(this);
}

private TX(int id, String desc, BigDecimal amount){
    this.amount = new SimpleStringProperty(amount.toPlainString());
    this.desc = new SimpleStringProperty(desc);
    this.id = new SimpleIntegerProperty(id);
    this.sortID = id;

    this.timeFilled = new SimpleLongProperty(0);
    this.status = new SimpleStringProperty("Requested");
    this.pin = new SimpleStringProperty("");
}

public HourMinSecTextField(String time) {
    super(time);
    this.time = new SimpleLongProperty();
    timePattern = Pattern.compile("\\d\\d:\\d\\d:\\d\\d");
    if (!validate(time)) {
        throw new IllegalArgumentException("Invalid time: " + time);
    }

    hours = new ReadOnlyIntegerWrapper(this, "hours");
    minutes = new ReadOnlyIntegerWrapper(this, "minutes");
    hours.bind(new TimeUnitBinding(Unit.HOURS));
    minutes.bind(new TimeUnitBinding(Unit.MINUTES));
    seconds = new ReadOnlyIntegerWrapper(this, "seconds");
    seconds.bind(new TimeUnitBinding(Unit.SECONDS));

    this.time.bind(seconds.add(minutes.multiply(60).add(hours.multiply(60))));
}

public MediaRhythm(String mediaString)
{
    Media m = new Media(mediaString);
    mediaPlayer = new MediaPlayer(m);
    mediaPlayer.pause();
    beatProperty = new SimpleLongProperty(0L);
    isPlaying = false;
    startedPauseAt = 0L;
    timer = new AnimationTimer()
    {

        @Override
        public void handle(long now)
        {
            update();
        }
    };

}

public TorrentFileEntry(final String name, final String path, 
        final long length, final boolean selected, final Image fileImage) {
    this.priority = new SimpleObjectProperty<>(selected? FilePriority.NORMAL : FilePriority.SKIP);
    this.progress = new SimpleDoubleProperty();

    this.selected = new SimpleBooleanProperty(selected);        
    this.name = new SimpleStringProperty(name);
    this.path = new SimpleStringProperty(path);

    this.pieceCount = new SimpleLongProperty();
    this.firstPiece = new SimpleLongProperty();
    this.selectionLength = new SimpleLongProperty(selected? length : 0);

    this.length = new SimpleLongProperty(length);
    this.done = new SimpleLongProperty();

    this.fileImage = fileImage;
}

public TorrentView(final QueuedTorrent queuedTorrent) {
    this.priority = new SimpleIntegerProperty(0);
    this.selectedLength = new SimpleLongProperty(0);
    this.queuedTorrent = queuedTorrent;

    obtainedPieces = new BitSet(this.queuedTorrent.getMetaData().getTotalPieces());
    fileTree = new FileTree(queuedTorrent.getMetaData(), queuedTorrent.getProgress());

    this.priority.addListener((obs, oldV, newV) ->
            lifeCycleChange.setValue(String.valueOf(newV.intValue())));

    queuedTorrent.statusProperty().addListener((obs, oldV, newV) -> {
        final TorrentStatusChangeEvent statusChangeEvent = new TorrentStatusChangeEvent(this, oldV, newV);
        statusChangeListeners.forEach(l -> l.onTorrentStatusChanged(statusChangeEvent));
    });

    queuedTorrent.addPriorityChangeListener(event ->
            priorityChangeListeners.forEach(l -> l.onTorrentPriorityChanged(event)));

    this.saveDirectory = queuedTorrent.getProgress().getSavePath().toString();
}

public BackgroundServiceProperties(long id) {
    _backgroundServiceProperty = new SimpleObjectProperty<BackgroundService>();
    _idProperty = new SimpleLongProperty();
    _idProperty.set(id);
    _stateProperty = new SimpleObjectProperty<RemoteTask.State>();
    _nameProperty = new SimpleStringProperty();
    _descriptionProperty = new SimpleStringProperty();
    _currentActivityProperty = new SimpleStringProperty();
    _errorProperty = new SimpleStringProperty();
    _operationsTotalProperty = new SimpleLongProperty();
    _operationsTotalProperty.set(0);
    _operationsCompletedProperty = new SimpleLongProperty();
    _operationsCompletedProperty.set(0);
    _startTimeProperty = new SimpleObjectProperty<Date>();
    _endTimeProperty = new SimpleObjectProperty<Date>();
    _execTimeProperty = new SimpleObjectProperty<Double>();
    _execTimeProperty.set(0.0);
    _progressProperty = new SimpleObjectProperty<Double>();
    _progressProperty.set(0.0);
    _progressMessageProperty = new SimpleStringProperty();
    _bsm = new BackgroundServiceMonitor(id, this);
    startMonitor();
}

public BackgroundServiceProperties(BackgroundService bs) {
    _backgroundServiceProperty = new SimpleObjectProperty<BackgroundService>();
    _backgroundServiceProperty.set(bs);
    _idProperty = new SimpleLongProperty();
    _idProperty.set(bs.id());
    _stateProperty = new SimpleObjectProperty<RemoteTask.State>();
    _nameProperty = new SimpleStringProperty();
    _descriptionProperty = new SimpleStringProperty();
    _currentActivityProperty = new SimpleStringProperty();
    _errorProperty = new SimpleStringProperty();
    _operationsTotalProperty = new SimpleLongProperty();
    _operationsTotalProperty.set(0);
    _operationsCompletedProperty = new SimpleLongProperty();
    _operationsCompletedProperty.set(0);
    _startTimeProperty = new SimpleObjectProperty<Date>();
    _endTimeProperty = new SimpleObjectProperty<Date>();
    _execTimeProperty = new SimpleObjectProperty<Double>();
    _execTimeProperty.set(0.0);
    _progressProperty = new SimpleObjectProperty<Double>();
    _progressProperty.set(0.0);
    _progressMessageProperty = new SimpleStringProperty();
    checked(bs);
    _bsm = new BackgroundServiceMonitor(bs.id(), this);
    startMonitor();
}

public void refreshPingTime() {
    XYChart.Data<String, Number> point = new XYChart.Data<>();
    point.setXValue(String.valueOf(counter));
    LongProperty responseTime = new SimpleLongProperty();

    Runnable doneListener = () -> {
        Platform.runLater(() -> {
            final long timeInMs = responseTime.get();
            System.out.println("Ping time: " + timeInMs);
            point.setYValue(timeInMs);
            pingSeries.getData().add(point);
        });
    };
    service.ping("http://" + uri, responseTime::set, errorSink::setText, doneListener);

}

public Rule(long id,String operation, double amount, String coin, String direction, double target, 
        String currency, String comment,String executedOrderResponse, boolean active, boolean executed, 
        String market, String executedTimestamp, boolean seen, boolean visualize) {
    this.id = new SimpleLongProperty(id);
    this.operation =  new SimpleStringProperty(operation);
    this.amount = new SimpleDoubleProperty(amount);
    this.coin =  new SimpleStringProperty(coin);
    this.direction =  new SimpleStringProperty(direction);
    this.target = new SimpleDoubleProperty(target);
    this.currency =  new SimpleStringProperty(currency);
    this.comment =  new SimpleStringProperty(comment);
    this.executedOrderResponse =  new SimpleStringProperty(executedOrderResponse);
    this.active = new SimpleBooleanProperty(active);
    this.executed = new SimpleBooleanProperty(executed);   
    this.market =  new SimpleStringProperty(market);
    this.executedTimestamp =  new SimpleStringProperty(executedTimestamp);
    this.seen= new SimpleBooleanProperty(seen);
    this.visualize = new SimpleBooleanProperty(visualize);
}

@BeforeEach
void beforeEach() {
    viewPointProperty = new SimpleLongProperty(0);
    radiusProperty = new SimpleIntegerProperty(0);

    graphDimensionsCalculator = mock(GraphDimensionsCalculator.class);
    when(graphDimensionsCalculator.getViewPointProperty()).thenReturn(viewPointProperty);
    when(graphDimensionsCalculator.getRadiusProperty()).thenReturn(radiusProperty);
    when(graphDimensionsCalculator.getNodeCountProperty()).thenReturn(new SimpleIntegerProperty(65));

    graphMovementCalculator = new GraphMovementCalculator(graphDimensionsCalculator);
    graphMovementCalculator.getPanningSensitivityProperty().set(1);
    graphMovementCalculator.getZoomingSensitivityProperty().set(1);
}

private ProcessorManager(IMediaReader toProcess, AdvancedOptions options, String baseFileName, IProcessor... processors) {
    this.toProcess = toProcess;
    this.processors = new ArrayList<>(); // TODO: Thread safe list here instead?
    this.processors.addAll(Arrays.asList(processors));
    this.queue = new LinkedBlockingQueue<>();
    this.status = new SimpleLongProperty(0l);
    this.options = options;
    this.baseFileName = baseFileName;
}

@Test
public void testSaveLong() {
  // given
  String name = "long";
  long value = Long.MAX_VALUE;
  LongProperty property = new SimpleLongProperty(null, name, value);

  // when
  PreferencesUtils.save(property, preferences);

  // then
  long saved = preferences.getLong(name, -1);
  assertEquals(value, saved);
}

@Test
public void testReadLong() {
  // given
  String name = "long";
  long value = Long.MIN_VALUE;
  LongProperty property = new SimpleLongProperty(null, name, -value);

  // when
  preferences.putLong(name, value);

  // then
  PreferencesUtils.read(property, preferences);
  assertEquals(property.getValue().longValue(), value);
}

/**
 * set bindings
 * 
 * @param canProperties
 */
public void bind(Map<String, Property<?>> canProperties) {
  this.canProperties = canProperties;
  // bind values by name
  CANValuePane[] canValuePanes = { chargePane, odoPane };
  for (CANValuePane canValuePane : canValuePanes) {
    if (canValuePane != null) {
      for (Entry<String, Gauge> gaugeEntry : canValuePane.getGaugeMap()
          .entrySet()) {
        Gauge gauge = gaugeEntry.getValue();
        bind(gauge.valueProperty(),
            this.canProperties.get(gaugeEntry.getKey()), true);
      }
    }
  }
  if (dashBoardPane != null) {
    bind(dashBoardPane.getRpmGauge().valueProperty(),
        this.canProperties.get("RPM"));
    bind(dashBoardPane.rpmMax.valueProperty(),
        this.canProperties.get("RPM-max"), true);
    bind(dashBoardPane.rpmAvg.valueProperty(),
        this.canProperties.get("RPM-avg"), true);
    bind(dashBoardPane.getRpmSpeedGauge().valueProperty(),
        this.canProperties.get("RPMSpeed"));
    bind(dashBoardPane.rpmSpeedMax.valueProperty(),
        this.canProperties.get("RPMSpeed-max"), true);
    bind(dashBoardPane.rpmSpeedAvg.valueProperty(),
        this.canProperties.get("RPMSpeed-avg"), true);
  }
  if (clockPane != null) {
    ObservableValue<?> vehicleState = this.canProperties.get("vehicleState");
    SimpleLongProperty msecsProperty = (SimpleLongProperty) this.canProperties
        .get("msecs");
    if (vehicleState != null && msecsProperty != null) {
      msecsProperty.addListener((obs, oldValue, newValue) -> super.clockPane
          .updateMsecs(newValue, (State) vehicleState.getValue()));
    }
  }
}

/**
 * things to do / initialize after I a was constructed
 */
public void postConstruct() {
  initCanValues("ACAmps", "ACVolts", "ACPlug","ACPower", "Accelerator",
      "BatteryCapacity", "BlinkerLeft", "BlinkerRight", "BreakPedal",
      "BreakPressed", "CellCount", "CellTemperature", "CellVoltage",
      "ChargerTemp", "Climate", "DCAmps", "DCVolts", "DCPower", "DoorOpen",
      "HeadLight", "HighBeam", "Key", "MotorTemp", "Odometer", "ParkingLight",
      "Range", "RPM", "RPMSpeed", "ShifterPosition", "SOC", "Speed",
      "SteeringWheelPosition", "SteeringWheelMovement", "TripRounds",
      "TripOdo", "VentDirection", "VIN");
  // VIN2 is not used...
  // add all available PIDs to the available raw values
  for (Pid pid : getVehicleGroup().getPids()) {
    // FIXME - do we keep the convention for raw values?
    CANInfo pidInfo = pid.getFirstInfo();
    if (debug) {
      // LOGGER.log(Level.INFO,"rawValue "+pidInfo.getPid().getPid()+"
      // added");
    }
    getCanRawValues().put(pid.getPid(), new CANRawValue(pidInfo));
  }
  cpm.get("VIN").getCanValue().activate();
  // VIN.activate();
  // properties
  msecsRunningProperty = new SimpleLongProperty();
  vehicleStateProperty = new SimpleObjectProperty<Vehicle.State>();

}

@Test
public void testBinding() {
  SimpleLongProperty lp = new SimpleLongProperty();
  lp.setValue(4711);
  keepBinding = Bindings.createLongBinding(() -> callMe(lp.get()), lp);
  lp.addListener((obs, oldValue, newValue) -> callMe(newValue));
  lp.setValue(1);
  assertEquals(2, calledEffect);
  assertEquals(2, keepBinding.get());
}

/**
 * Initializes the FXML controller class.
 *
 * Called by JavaFX.
 */
@Override
public void initialize(URL url, ResourceBundle rb) {
    // Prepare to display the data
    bookings = FXCollections.observableArrayList();
    registryTable.setItems(bookings);
    guestNameColumn.setCellValueFactory(
        (param) -> {
            return new SimpleStringProperty(
                String.valueOf(param.getValue().getGuest().getLastName() + " , "
                    + param.getValue().getGuest().getFirstName())
            );
        }
    );

    checkedInColumn.setCellValueFactory((param) -> {
        return new SimpleBooleanProperty(param.getValue().isCheckedIn());
    });

    // Use a check box to display booleans rather than a string
    checkedInColumn.setCellFactory(
        (param) -> {
            return new CheckBoxTableCell<>();
        }
    );

    bookingNumberColumn.setCellValueFactory(
        (param) -> {
            return new SimpleLongProperty(
                param.getValue().getId()
            ).asObject();
        }
    );

    // Load the registry data from the database
    BookingService bookingService = new BookingService();
    bookings.addAll(bookingService.getDailyRegistry());
}

public Sale(String date, Long billNumber, String patientName, String doctorName, String companyName, String mode, Float amount) {
    this.date = new SimpleStringProperty(date);
    this.patientName = new SimpleStringProperty(patientName);
    this.doctorName = new SimpleStringProperty(doctorName);
    this.companyName = new SimpleStringProperty(companyName);
    this.mode = new SimpleStringProperty(mode);
    this.billNumber = new SimpleLongProperty(billNumber);
    this.amount = new SimpleFloatProperty(amount);
}

public Purchase(String date, Long billNumber, String wholesalerName, String mode, Float amount)
{
    this.date=new SimpleStringProperty(date);
    this.wholesalerName=new SimpleStringProperty(wholesalerName);
    this.mode=new SimpleStringProperty(mode);
    this.billNumber=new SimpleLongProperty(billNumber);
    this.amount=new SimpleFloatProperty(amount);
}

/**
 * Sets the Books ISBN
 * @param isbn the books isbn number.
 * @throws IllegalArgumentException in case a smaller or bigger ISBN is entered.
 */
public void setISBN(long isbn) {
    if(isbn < 99999999999L || isbn > 1000000000000L)
        throw new IllegalArgumentException("ISBN mus bee 12 digits.");

    this.isbn = new SimpleLongProperty(isbn);
}

public HourMinTextField(String time) {
    super(time);
    this.time = new SimpleLongProperty();
    timePattern = Pattern.compile("\\d\\d:\\d\\d");
    if (!validate(time)) {
        throw new IllegalArgumentException("Invalid time: " + time);
    }
    hours = new ReadOnlyIntegerWrapper(this, "hours");
    minutes = new ReadOnlyIntegerWrapper(this, "minutes");
    hours.bind(new TimeUnitBinding(Unit.HOURS));
    minutes.bind(new TimeUnitBinding(Unit.MINUTES));

    this.time.bind(minutes.add(hours.multiply(60)));
}

public Client(Long id, String firstname, String lastname, String phone, String note) {
    this.Id = new SimpleLongProperty(id);
    this.FirstName = new SimpleStringProperty(firstname);
    this.LastName = new SimpleStringProperty(lastname);
    this.Phone = new SimpleStringProperty(phone);
    this.Note = new SimpleStringProperty(note);

}

public Offer(Long id, String name, String description, String price, String settings) {
    this.Id = new SimpleLongProperty(id);
    this.Name = new SimpleStringProperty(name);
    this.Description = new SimpleStringProperty(description);
    this.Price = new SimpleStringProperty(price);
    this.Settings = new SimpleStringProperty(settings);
}

public User(Long id, String login, String email, String role, Boolean isActive) {
    this.Id = new SimpleLongProperty(id);
    this.Login = new SimpleStringProperty(login);
    this.Email = new SimpleStringProperty(email);
    this.Role = new SimpleStringProperty(role);
    this.IsActive = new SimpleBooleanProperty(isActive);
}

public Room(Long id, String number, String units, String type, String description, String price,
        String availability, String buildingId) {
    this.Id = new SimpleLongProperty(id);
    this.Number = new SimpleStringProperty(number);
    this.Units = new SimpleStringProperty(units);
    this.Type = new SimpleStringProperty(type);
    this.Description = new SimpleStringProperty(description);
    this.Price = new SimpleStringProperty(price);
    this.Availability = new SimpleStringProperty(availability);
    this.BuildingId = new SimpleStringProperty(buildingId);
}

public Building(Long id, String number, String name, String description, String streetAndHomeNumber,
        String cityAndPostalCode, String country, String longitude, String latitude) {
    this.Id = new SimpleLongProperty(id);
    this.Number = new SimpleStringProperty(number);
    this.Name = new SimpleStringProperty(name);
    this.Description = new SimpleStringProperty(description);
    this.FirstLine = new SimpleStringProperty(streetAndHomeNumber);
    this.SecondLine = new SimpleStringProperty(cityAndPostalCode);
    this.ThridLine = new SimpleStringProperty(country);
    this.Longitude = new SimpleStringProperty(longitude);
    this.Latitude = new SimpleStringProperty(latitude);
}

/**
 * Called after FXML loads. Sets up scene and map and configures property bindings.
 */
public void initialize() {

  try {
    // create a scene and add to view
    ArcGISScene scene = new ArcGISScene();
    scene.setBasemap(Basemap.createImagery());
    sceneView.setArcGISScene(scene);

    // adds elevation to surface
    Surface surface = new Surface();
    surface.getElevationSources().add(new ArcGISTiledElevationSource(ELEVATION_IMAGE_SERVICE));
    scene.setBaseSurface(surface);

    createGraphics();

    // set viewpoint of camera above graphics
    Camera camera = new Camera(39, -101, 10000000, 10.0, 0.0, 0.0);
    sceneView.setViewpointCamera(camera);

    setupAnimation();

    // automatically updates distance between graphics to view
    distance = new SimpleLongProperty();
    txtDistance.textProperty().bind(distance.asString());
    // set beginning distance of two graphics
    distance.set(Math.round(calculateDirectLinearDistance(redPoint, greenPoint)));

  } catch (Exception e) {
    // on any error, display the stack trace.
    e.printStackTrace();
  }
}

FileItem(File file, FileType type) {
    this.date = new Date();
    this.user = new User();
    this.file = file;
    this.type = type;
    this.progressProperty = new SimpleDoubleProperty((double) 0);
    this.sizeProperty = new SimpleLongProperty(0);
    this.isPlayingProperty = new SimpleBooleanProperty(false);
    this.isProgressingProperty = new SimpleBooleanProperty(false);
    this.isPhantomProperty = new SimpleBooleanProperty(true);
}

/**
 * Initializes the controller class. This method is automatically called
 * after the fxml file has been loaded.
 */
private void initialize() {
    // Initialize the person table with the two columns.
    stationNameColumn.setCellValueFactory(cellData -> new SimpleStringProperty(cellData.getValue(), "name"));
    stationBlackMarketFlagColumn.setCellValueFactory(cellData -> new SimpleBooleanProperty(cellData.getValue(), "blackMarket"));
    stationDataAgeColumn.setCellValueFactory(cellData -> new SimpleLongProperty(cellData.getValue(), "date").asObject());
}