JavaFX 27 · javafx.collections.FXCollections · APIdia, the JavaDoc alternative

Modifier and Type	Class and Description
private static class	FXCollections.CheckedObservableList<T>
private static class	FXCollections.CheckedObservableMap<K, V>
private static class	FXCollections.CheckedObservableSet<E>
private static class	FXCollections.EmptyObservableList<E>
private static class	FXCollections.EmptyObservableMap<K, V>
private static class	FXCollections.EmptyObservableSet<E>
private static class	FXCollections.SingletonObservableList<E>
private static class	FXCollections.SynchronizedCollection<E>
private static class	FXCollections.SynchronizedList<T>
private static class	FXCollections.SynchronizedMap<K, V>
private static class	FXCollections.SynchronizedObservableList<T>
private static class	FXCollections.SynchronizedObservableMap<K, V>
private static class	FXCollections.SynchronizedObservableSet<E>
private static class	FXCollections.SynchronizedSet<E>
private static class	FXCollections.UnmodifiableObservableListImpl<T>
private static class	FXCollections.UnmodifiableObservableSet<E>

Modifier and Type	Field and Description
private static final ObservableList<?>	EMPTY_OBSERVABLE_LIST
private static final ObservableMap<?, ?>	EMPTY_OBSERVABLE_MAP
private static final ObservableSet<?>	EMPTY_OBSERVABLE_SET
private static Random	r

Access	Constructor and Description
private	FXCollections() Not to be instantiated.

Method Summary

Modifier and Type	Method and Description
public static < The type of List to be wrapped E> ObservableList<E>	Returns: a dynamically typesafe view of the specified list checkedObservableList(ObservableList<E> an Observable list to be wrapped list, Class<E> the type of element that `list` is permitted to hold type) Creates and returns a typesafe wrapper on top of provided observable list.
public static < the type of the wrapped key K, the type of the wrapped value V> ObservableMap<K, V>	Returns: a dynamically typesafe view of the specified map checkedObservableMap(ObservableMap<K, V> an Observable map to be wrapped map, Class<K> the type of key that `map` is permitted to hold keyType, Class<V> the type of value that `map` is permitted to hold valueType) Creates and returns a typesafe wrapper on top of provided observable map.
public static < The type of List to be wrapped E> ObservableSet<E>	Returns: a dynamically typesafe view of the specified set checkedObservableSet(ObservableSet<E> an Observable set to be wrapped set, Class<E> the type of element that `set` is permitted to hold type) Creates and returns a typesafe wrapper on top of provided observable set.
public static < The type of List to be wrapped E> ObservableList<E>	Returns: new observable array list concatenated from the arguments concat(ObservableList<E>... lists to concatenate lists) Concatenates more observable lists into one.
public static < The type of List to be wrapped T> void	copy(ObservableList<? super T> the destination observable list dest, List<? extends T> the source list src) Copies elements from src to dest.
public static < The type of List to be wrapped E> ObservableList<E>	Returns: An empty unmodifiable observable list emptyObservableList() Creates an empty unmodifiable observable list.
public static < the type of the wrapped key K, the type of the wrapped value V> ObservableMap<K, V>	Returns: An empty unmodifiable observable map emptyObservableMap() Creates an empty unmodifiable observable map.
public static < The type of List to be wrapped E> ObservableSet<E>	Returns: An empty unmodifiable observable set emptyObservableSet() Creates an empty unmodifiable observable set.
public static < The type of List to be wrapped T> void	fill(ObservableList<? super T> the list to fill list, T the object to fill the list with obj) Fills the provided list with obj.
public static < The type of List to be wrapped E> ObservableList<E>	Returns: a newly created ObservableList observableArrayList() Creates a new empty observable list that is backed by an array list.
public static < The type of `List` to be wrapped E> ObservableList<E>	Returns: a newly created `ObservableList` observableArrayList(Callback<E, Observable[]> element to `Observable[]` converter extractor) Creates a new empty `ObservableList` that is backed by an array list and listens to changes in observables of its items.
public static < The type of List to be wrapped E> ObservableList<E>	Returns: a newly created observableArrayList observableArrayList(E... the items that will be in the new observable ArrayList items) Creates a new observable array list with `items` added to it.
public static < The type of List to be wrapped E> ObservableList<E>	Returns: a newly created observableArrayList observableArrayList(Collection<? extends E> a collection which content should be added to the observableArrayList col) Creates a new observable array list and adds a content of collection `col` to it.
public static ObservableFloatArray	Returns: a newly created ObservableFloatArray observableFloatArray() Creates a new empty observable float array.
public static ObservableFloatArray	Returns: a newly created ObservableFloatArray observableFloatArray(float... the values that will be in the new observable float array values) Creates a new observable float array with `values` set to it.
public static ObservableFloatArray	Returns: a newly created ObservableFloatArray observableFloatArray(ObservableFloatArray observable float array to copy array) Creates a new observable float array with copy of elements in given `array`.
public static < the type of the wrapped key K, the type of the wrapped value V> ObservableMap<K, V>	Returns: a newly created observable HashMap observableHashMap() Creates a new empty observable map that is backed by a HashMap.
public static ObservableIntegerArray	Returns: a newly created ObservableIntegerArray observableIntegerArray() Creates a new empty observable integer array.
public static ObservableIntegerArray	Returns: a newly created ObservableIntegerArray observableIntegerArray(int... the values that will be in the new observable integer array values) Creates a new observable integer array with `values` set to it.
public static ObservableIntegerArray	Returns: a newly created ObservableIntegerArray observableIntegerArray(ObservableIntegerArray observable integer array to copy array) Creates a new observable integer array with copy of elements in given `array`.
public static < The type of List to be wrapped E> ObservableList<E>	Returns: a newly created ObservableList observableList(List<E> a concrete List that backs this ObservableList list) Constructs an ObservableList that is backed by the specified list.
public static < The type of `List` to be wrapped E> ObservableList<E>	Returns: a newly created `ObservableList` observableList(List<E> a concrete `List` that backs this `ObservableList` list, Callback<E, Observable[]> element to `Observable[]` converter extractor) Constructs an `ObservableList` that is backed by the specified list and listens to changes in observables of its items.
public static < the type of the wrapped key K, the type of the wrapped value V> ObservableMap<K, V>	Returns: a newly created ObservableMap observableMap(Map<K, V> a Map that backs this ObservableMap map) Constructs an ObservableMap that is backed by the specified map.
public static < The type of List to be wrapped E> ObservableSet<E>	Returns: a newly created ObservableSet observableSet(Set<E> a Set that backs this ObservableSet set) Constructs an ObservableSet that is backed by the specified set.
public static < The type of List to be wrapped E> ObservableSet<E>	Returns: a newly created ObservableSet observableSet(E... elements that will be added into returned ObservableSet elements) Constructs an ObservableSet backed by a HashSet that contains all the specified elements.
public static < The type of List to be wrapped T> boolean	Returns: true if the list was modified replaceAll(ObservableList<T> the list which will have it's elements replaced list, T the element that is going to be replace oldVal, T the replacement newVal) Replace all oldVal elements in the list with newVal element.
public static void	reverse(ObservableList<E> the list to be reversed list) Reverses the order in the list.
public static void	rotate(ObservableList<E> the list to be rotated list, int the distance of rotation distance) Rotates the list by distance.
public static void	shuffle(ObservableList<?> the list to shuffle list) Shuffles all elements in the observable list.
public static void	shuffle(ObservableList<E> the list to be shuffled list, Random the random generator used for shuffling rnd) Shuffles all elements in the observable list.
public static < The type of List to be wrapped E> ObservableList<E>	Returns: a singleton observable list singletonObservableList(E the only elements that will be contained in this singleton observable list e) Creates an unmodifiable observable list with single element.
public static < the type of elements in this list T extends Comparable<? super T>> void	sort(ObservableList<T> the list to be sorted list) Sorts the provided observable list as specified in `Collections.sort(List)`.
public static < the type of elements in this list T> void	sort(ObservableList<T> the list to sort list, Comparator<? super T> the comparator to determine the order of the list. A `null` value indicates that the elements' natural ordering should be used. comparator) Sorts the provided observable list as specified in `Collections.sort(List, Comparator)`.
private static void	swap(Object[] arr, int i, int j)
public static < The type of List to be wrapped E> ObservableList<E>	Returns: A synchronized version of the observable list synchronizedObservableList(ObservableList<E> the list to be "wrapped" in a synchronized list. list) Creates and returns a synchronized wrapper on top of provided observable list.
public static < the type of the wrapped key K, the type of the wrapped value V> ObservableMap<K, V>	Returns: A synchronized version of the observable map synchronizedObservableMap(ObservableMap<K, V> the map to be "wrapped" in a synchronized map. map) Creates and returns a synchronized wrapper on top of provided observable map.
public static < The type of List to be wrapped E> ObservableSet<E>	Returns: A synchronized version of the observable set synchronizedObservableSet(ObservableSet<E> the set to be "wrapped" in a synchronized set. set) Creates and returns a synchronized wrapper on top of provided observable set.
public static < The type of List to be wrapped E> ObservableList<E>	Returns: an ObserableList wrapper that is unmodifiable unmodifiableObservableList(ObservableList<E> an ObservableList that is to be wrapped list) Creates and returns unmodifiable wrapper list on top of provided observable list.
public static < the type of the wrapped key K, the type of the wrapped value V> ObservableMap<K, V>	Returns: a newly created UnmodifiableObservableMap unmodifiableObservableMap(ObservableMap<K, V> an ObservableMap that is to be monitored by this interface map) Constructs a read-only interface to the specified ObservableMap.
public static < The type of List to be wrapped E> ObservableSet<E>	Returns: an ObserableSet wrapper that is unmodifiable unmodifiableObservableSet(ObservableSet<E> an ObservableSet that is to be wrapped set) Creates and returns unmodifiable wrapper on top of provided observable set.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

public Class FXCollections

Nested and Inner Type Summary

Field Summary

Constructor Summary

Method Summary