| Interface | Description |
|---|---|
| CapacityManagement |
Control interface for collections supporting a capacity management, i.e., reserving space in advance in order to
avoid repeated reallocations.
|
| ElementReference |
Marker interface for element reference.
|
| LinkedListEntry<E,T extends LinkedListEntry<E,T>> |
Basic interface for entries in a linked list.
|
| SmartCollection<E> |
An extended collection interface.
|
| SmartDeque<E> |
A double-ended queue (deque), allowing access, removal and insertion of elements both at the beginning and the end.
|
| SmartDynamicPriorityQueue<E> |
A priority queue interface.
|
| SmartGeneralPriorityQueue<E,K extends Comparable<K>> |
A generalized priority queue which allows storing arbitrary elements that don't have to be comparable, neither by
their natural ordering nor by a provided
Comparator. |
| SmartPriorityQueue<E> |
Priority queue interface.
|
| SmartSequence<E> |
Sequence interface.
|
| Class | Description |
|---|---|
| AbstractBasicLinkedListEntry<E,T extends AbstractBasicLinkedListEntry<E,T>> |
Abstract base class for entries in a linked list.
|
| AbstractLinkedList<E,T extends LinkedListEntry<E,T>> |
Abstract base class for linked lists.
|
| AbstractSmartCollection<E> |
This class eases the implementation of the
SmartCollection interface. |
| BackedGeneralPriorityQueue<E,K extends Comparable<K>> |
A
SmartGeneralPriorityQueue implementation that is backed by a SmartDynamicPriorityQueue. |
| BinaryHeap<E> |
A
PriorityQueue implementation using a binary heap. |
| DefaultLinkedList<E> |
A simple linked list implementation that allows storing arbitrary elements.
|
| DefaultLinkedListEntry<E> |
The default linked list entry.
|
| IntrusiveLinkedList<T extends LinkedListEntry<T,T>> |
An intrusive version of a linked list.
|
| UnorderedCollection<E> |
This class implements a collection for storing objects in no particular order.
|
| Exception | Description |
|---|---|
| InvalidReferenceException |
Exception that is thrown if an invalid
ElementReference is used. |
Copyright © 2018. All rights reserved.