See: Description
| Interface | Description |
|---|---|
| CompositeSet.SetMutator<E> |
Define callbacks for mutation operations.
|
| Class | Description |
|---|---|
| AbstractSerializableSetDecorator<E> |
Serializable subclass of AbstractSetDecorator.
|
| AbstractSetDecorator<E> |
Decorates another
Set to provide additional behaviour. |
| AbstractSortedSetDecorator<E> |
Decorates another
SortedSet to provide additional behaviour. |
| CompositeSet<E> |
Decorates a set of other sets to provide a single unified view.
|
| ListOrderedSet<E> |
Decorates another
Set to ensure that the order of addition is
retained and used by the iterator. |
| MapBackedSet<E,V> |
Decorates a
Map to obtain Set behaviour. |
| PredicatedSet<E> |
Decorates another
Set to validate that all additions
match a specified predicate. |
| PredicatedSortedSet<E> |
Decorates another
SortedSet to validate that all additions
match a specified predicate. |
| TransformedSet<E> |
Decorates another
Set to transform objects that are added. |
| TransformedSortedSet<E> |
Decorates another
SortedSet to transform objects that are added. |
| UnmodifiableSet<E> |
Decorates another
Set to ensure it can't be altered. |
| UnmodifiableSortedSet<E> |
Decorates another
SortedSet to ensure it can't be altered. |
Set and
SortedSet interfaces.
The implementations are in the form of direct implementations and decorators. A decorator wraps another implementation of the interface to add some specific additional functionality.
The following implementations are provided in the package:
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