Index

A B C D E F G H I K L M N O P Q R S T V W _
All Classes and Interfaces|All Packages

A

adjacencyList(Vertex) - Method in class dsa.lab10.exercises.DirectedGraph
adjacencyList(Vertex) - Method in class dsa.lab10.solutions.DirectedGraph
Array<Item> - Class in dsa.lab01.exercises: An array-based container.
Array<Item> - Class in dsa.lab01.solutions: An array-based container.
Array() - Constructor for class dsa.lab01.exercises.Array: Construct an empty array.
Array() - Constructor for class dsa.lab01.solutions.Array: Construct an empty array.
Array(Item...) - Constructor for class dsa.lab01.exercises.Array: Construct an array containing the given items.
Array(Item...) - Constructor for class dsa.lab01.solutions.Array: Construct an array containing the given items.
ArrayMap<Key,Value> - Class in dsa.lab04.exercises: An (unsorted) array map.
ArrayMap<Key,Value> - Class in dsa.lab04.solutions: An (unsorted) array map.
ArrayMap() - Constructor for class dsa.lab04.exercises.ArrayMap: Construct an empty array map.
ArrayMap() - Constructor for class dsa.lab04.solutions.ArrayMap: Construct an empty array map.
ArrayMap(MapItem<Key, Value>...) - Constructor for class dsa.lab04.exercises.ArrayMap: Construct an array map containing the given items.
ArrayMap(MapItem<Key, Value>...) - Constructor for class dsa.lab04.solutions.ArrayMap: Construct an array map containing the given items.
ArrayMap(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab04.exercises.ArrayMap: Construct an array map containing the given items.
ArrayMap(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab04.solutions.ArrayMap: Construct an array map containing the given items.
ArrayMap(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab04.exercises.ArrayMap: Construct an array map containing the given items more efficiently than ArrayMap(Iterable).
ArrayMap(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab04.solutions.ArrayMap: Construct an array map containing the given items more efficiently than ArrayMap(Iterable).
ArrayPriorityQueue<Priority,Item> - Class in dsa.lab09.exercises: An (unsorted) array priority queue.
ArrayPriorityQueue<Priority,Item> - Class in dsa.lab09.solutions: An (unsorted) array priority queue.
ArrayPriorityQueue() - Constructor for class dsa.lab09.exercises.ArrayPriorityQueue: Construct an empty array priority queue.
ArrayPriorityQueue() - Constructor for class dsa.lab09.solutions.ArrayPriorityQueue: Construct an empty array priority queue.
ArrayPriorityQueue(PriorityQueueItem<Priority, Item>...) - Constructor for class dsa.lab09.exercises.ArrayPriorityQueue: Construct an array priority queue containing the given items.
ArrayPriorityQueue(PriorityQueueItem<Priority, Item>...) - Constructor for class dsa.lab09.solutions.ArrayPriorityQueue: Construct an array priority queue containing the given items.
ArrayPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>) - Constructor for class dsa.lab09.exercises.ArrayPriorityQueue: Construct an array priority queue containing the given items.
ArrayPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>) - Constructor for class dsa.lab09.solutions.ArrayPriorityQueue: Construct an array priority queue containing the given items.
ArrayPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>, int) - Constructor for class dsa.lab09.exercises.ArrayPriorityQueue: Construct an array priority queue containing the given items more efficiently than ArrayPriorityQueue(Iterable).
ArrayPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>, int) - Constructor for class dsa.lab09.solutions.ArrayPriorityQueue: Construct an array priority queue containing the given items more efficiently than ArrayPriorityQueue(Iterable).
ArrayQueue<Item> - Class in dsa.lab03.exercises: An array queue.
ArrayQueue<Item> - Class in dsa.lab03.solutions: An array queue.
ArrayQueue() - Constructor for class dsa.lab03.exercises.ArrayQueue: Construct an empty array queue.
ArrayQueue() - Constructor for class dsa.lab03.solutions.ArrayQueue: Construct an empty array queue.
ArrayQueue(Item...) - Constructor for class dsa.lab03.exercises.ArrayQueue: Construct an array queue containing the given items.
ArrayQueue(Item...) - Constructor for class dsa.lab03.solutions.ArrayQueue: Construct an array queue containing the given items.
ArrayQueue(Iterable<Item>) - Constructor for class dsa.lab03.exercises.ArrayQueue: Construct an array queue containing the given items.
ArrayQueue(Iterable<Item>) - Constructor for class dsa.lab03.solutions.ArrayQueue: Construct an array queue containing the given items.
ArrayQueue(Iterable<Item>, int) - Constructor for class dsa.lab03.exercises.ArrayQueue: Construct an array queue containing the given items more efficiently than ArrayQueue(Iterable).
ArrayQueue(Iterable<Item>, int) - Constructor for class dsa.lab03.solutions.ArrayQueue: Construct an array queue containing the given items more efficiently than ArrayQueue(Iterable).
ArrayStack<Item> - Class in dsa.lab03.exercises: An array stack.
ArrayStack<Item> - Class in dsa.lab03.solutions: An array stack.
ArrayStack() - Constructor for class dsa.lab03.exercises.ArrayStack: Construct an empty array stack.
ArrayStack() - Constructor for class dsa.lab03.solutions.ArrayStack: Construct an empty array stack.
ArrayStack(Item...) - Constructor for class dsa.lab03.exercises.ArrayStack: Construct an array stack containing the given items.
ArrayStack(Item...) - Constructor for class dsa.lab03.solutions.ArrayStack: Construct an array stack containing the given items.
ArrayStack(Iterable<Item>) - Constructor for class dsa.lab03.exercises.ArrayStack: Construct an array stack containing the given items.
ArrayStack(Iterable<Item>) - Constructor for class dsa.lab03.solutions.ArrayStack: Construct an array stack containing the given items.
ArrayStack(Iterable<Item>, int) - Constructor for class dsa.lab03.exercises.ArrayStack: Construct an array stack containing the given items more efficiently than ArrayStack(Iterable).
ArrayStack(Iterable<Item>, int) - Constructor for class dsa.lab03.solutions.ArrayStack: Construct an array stack containing the given items more efficiently than ArrayStack(Iterable).
AVLTree<Key,Value> - Class in dsa.lab08.exercises: An AVL tree.
AVLTree<Key,Value> - Class in dsa.lab08.solutions: An AVL tree.
AVLTree() - Constructor for class dsa.lab08.exercises.AVLTree: Construct an empty AVL tree.
AVLTree() - Constructor for class dsa.lab08.solutions.AVLTree: Construct an empty AVL tree.
AVLTree(MapItem<Key, Value>...) - Constructor for class dsa.lab08.exercises.AVLTree: Construct an AVL tree containing the given items.
AVLTree(MapItem<Key, Value>...) - Constructor for class dsa.lab08.solutions.AVLTree: Construct an AVL tree containing the given items.
AVLTree(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab08.exercises.AVLTree: Construct an AVL tree containing the given items.
AVLTree(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab08.solutions.AVLTree: Construct an AVL tree containing the given items.

B

BadStaticSequence<Item> - Interface in dsa.lab01.base: A static sequence.
BinaryHeapIterator(BinaryHeapPriorityQueue<Priority, Item>) - Constructor for class dsa.lab09.exercises.BinaryHeapPriorityQueue.BinaryHeapIterator
BinaryHeapIterator(BinaryHeapPriorityQueue<Priority, Item>) - Constructor for class dsa.lab09.solutions.BinaryHeapPriorityQueue.BinaryHeapIterator
BinaryHeapPriorityQueue<Priority,Item> - Class in dsa.lab09.exercises: A binary heap priority queue.
BinaryHeapPriorityQueue<Priority,Item> - Class in dsa.lab09.solutions: A binary heap priority queue.
BinaryHeapPriorityQueue() - Constructor for class dsa.lab09.exercises.BinaryHeapPriorityQueue: Construct an empty binary heap priority queue.
BinaryHeapPriorityQueue() - Constructor for class dsa.lab09.solutions.BinaryHeapPriorityQueue: Construct an empty binary heap priority queue.
BinaryHeapPriorityQueue(PriorityQueueItem<Priority, Item>...) - Constructor for class dsa.lab09.exercises.BinaryHeapPriorityQueue: Construct a binary heap priority queue containing the given items.
BinaryHeapPriorityQueue(PriorityQueueItem<Priority, Item>...) - Constructor for class dsa.lab09.solutions.BinaryHeapPriorityQueue: Construct a binary heap priority queue containing the given items.
BinaryHeapPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>) - Constructor for class dsa.lab09.exercises.BinaryHeapPriorityQueue: Construct a binary heap priority queue containing the given items.
BinaryHeapPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>) - Constructor for class dsa.lab09.solutions.BinaryHeapPriorityQueue: Construct a binary heap priority queue containing the given items.
BinaryHeapPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>, int) - Constructor for class dsa.lab09.exercises.BinaryHeapPriorityQueue: Construct a binary heap priority queue containing the given items more efficiently than BinaryHeapPriorityQueue(Iterable).
BinaryHeapPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>, int) - Constructor for class dsa.lab09.solutions.BinaryHeapPriorityQueue: Construct a binary heap priority queue containing the given items more efficiently than BinaryHeapPriorityQueue(Iterable).
BinaryHeapPriorityQueue.BinaryHeapIterator<Priority,Item> - Class in dsa.lab09.exercises
BinaryHeapPriorityQueue.BinaryHeapIterator<Priority,Item> - Class in dsa.lab09.solutions
BinarySearcher - Class in dsa.lab04.exercises: Binary search.
BinarySearcher - Class in dsa.lab04.solutions: Binary search.
BinarySearcher() - Constructor for class dsa.lab04.exercises.BinarySearcher
BinarySearcher() - Constructor for class dsa.lab04.solutions.BinarySearcher
BinarySearchTree<Key,Value> - Class in dsa.lab07.exercises: A binary search tree.
BinarySearchTree<Key,Value> - Class in dsa.lab07.solutions: A binary search tree.
BinarySearchTree() - Constructor for class dsa.lab07.exercises.BinarySearchTree: Construct an empty binary search tree.
BinarySearchTree() - Constructor for class dsa.lab07.solutions.BinarySearchTree: Construct an empty binary search tree.
BinarySearchTree(DynamicArray<MapItem<Key, Value>>) - Constructor for class dsa.lab07.exercises.BinarySearchTree: Construct a binary search tree containing the given items.
BinarySearchTree(DynamicArray<MapItem<Key, Value>>) - Constructor for class dsa.lab07.solutions.BinarySearchTree: Construct a binary search tree containing the given items.
BinarySearchTree(MapItem<Key, Value>...) - Constructor for class dsa.lab07.exercises.BinarySearchTree: Construct a binary search tree containing the given items.
BinarySearchTree(MapItem<Key, Value>...) - Constructor for class dsa.lab07.solutions.BinarySearchTree: Construct a binary search tree containing the given items.
BinarySearchTree(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab07.exercises.BinarySearchTree: Construct a binary search tree containing the given items.
BinarySearchTree(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab07.solutions.BinarySearchTree: Construct a binary search tree containing the given items.
BinarySearchTree(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab07.exercises.BinarySearchTree: Construct a binary search tree containing the given items more efficiently than BinarySearchTree(Iterable).
BinarySearchTree(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab07.solutions.BinarySearchTree: Construct a binary search tree containing the given items more efficiently than BinarySearchTree(Iterable).
BinarySearchTree.ItemIterator<Key,Value> - Class in dsa.lab07.exercises
BinarySearchTree.ItemIterator<Key,Value> - Class in dsa.lab07.solutions
BinarySearchTree.Node<Key,Value> - Class in dsa.lab07.exercises: A node in a binary search tree.
BinarySearchTree.Node<Key,Value> - Class in dsa.lab07.solutions: A node in a binary search tree.
BinaryTree<Item> - Class in dsa.lab06.exercises: A binary tree.
BinaryTree<Item> - Class in dsa.lab06.solutions: A binary tree.
BinaryTree() - Constructor for class dsa.lab06.exercises.BinaryTree: Construct an empty binary tree.
BinaryTree() - Constructor for class dsa.lab06.solutions.BinaryTree: Construct an empty binary tree.
BinaryTree(Item...) - Constructor for class dsa.lab06.exercises.BinaryTree: Construct a binary tree containing the given items.
BinaryTree(Item...) - Constructor for class dsa.lab06.solutions.BinaryTree: Construct a binary tree containing the given items.
BinaryTree(Iterable<Item>) - Constructor for class dsa.lab06.exercises.BinaryTree: Construct a binary tree containing the given items.
BinaryTree(Iterable<Item>) - Constructor for class dsa.lab06.solutions.BinaryTree: Construct a binary tree containing the given items.
BinaryTree(Iterable<Item>, int) - Constructor for class dsa.lab06.exercises.BinaryTree: Construct a binary tree containing the given items more efficiently than BinaryTree(Iterable).
BinaryTree(Iterable<Item>, int) - Constructor for class dsa.lab06.solutions.BinaryTree: Construct a binary tree containing the given items more efficiently than BinaryTree(Iterable).
BinaryTree.IterationOrder - Enum Class in dsa.lab06.exercises
BinaryTree.IterationOrder - Enum Class in dsa.lab06.solutions
BinaryTree.Node<Item> - Class in dsa.lab06.exercises: A node in a binary tree.
BinaryTree.Node<Item> - Class in dsa.lab06.solutions: A node in a binary tree.
BinaryTree.NodeIterator<Item> - Class in dsa.lab06.exercises
BinaryTree.NodeIterator<Item> - Class in dsa.lab06.solutions
BreadthFirstSearcher - Class in dsa.lab10.exercises: Breadth-first search (BFS).
BreadthFirstSearcher - Class in dsa.lab10.solutions: Breadth-first search (BFS).
BreadthFirstSearcher() - Constructor for class dsa.lab10.exercises.BreadthFirstSearcher
BreadthFirstSearcher() - Constructor for class dsa.lab10.solutions.BreadthFirstSearcher
buildInOrder(Item...) - Static method in class dsa.lab06.exercises.BinaryTree
buildInOrder(Item...) - Static method in class dsa.lab06.solutions.BinaryTree
buildInOrder(Iterable<Item>) - Static method in class dsa.lab06.exercises.BinaryTree
buildInOrder(Iterable<Item>) - Static method in class dsa.lab06.solutions.BinaryTree
buildInOrder(Iterable<Item>, int) - Static method in class dsa.lab06.exercises.BinaryTree
buildInOrder(Iterable<Item>, int) - Static method in class dsa.lab06.solutions.BinaryTree

C

capacity() - Method in class dsa.lab03.exercises.CircularDynamicArray: Get the maximum number of items that can be contained without reallocation.
capacity() - Method in class dsa.lab03.exercises.DynamicArray: Get the maximum number of items that can be contained without reallocation.
capacity() - Method in class dsa.lab03.solutions.CircularDynamicArray: Get the maximum number of items that can be contained without reallocation.
capacity() - Method in class dsa.lab03.solutions.DynamicArray: Get the maximum number of items that can be contained without reallocation.
ChainingHashMap<Key,Value> - Class in dsa.lab05.exercises: A chaining hash map.
ChainingHashMap<Key,Value> - Class in dsa.lab05.solutions: A chaining hash map.
ChainingHashMap() - Constructor for class dsa.lab05.exercises.ChainingHashMap: Construct an empty chaining hash map.
ChainingHashMap() - Constructor for class dsa.lab05.solutions.ChainingHashMap: Construct an empty chaining hash map.
ChainingHashMap(MapItem<Key, Value>...) - Constructor for class dsa.lab05.exercises.ChainingHashMap: Construct a chaining hash map containing the given items.
ChainingHashMap(MapItem<Key, Value>...) - Constructor for class dsa.lab05.solutions.ChainingHashMap: Construct a chaining hash map containing the given items.
ChainingHashMap(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab05.exercises.ChainingHashMap: Construct a chaining hash map containing the given items.
ChainingHashMap(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab05.solutions.ChainingHashMap: Construct a chaining hash map containing the given items.
ChainingHashMap(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab05.exercises.ChainingHashMap: Construct a chaining hash map containing the given items more efficiently than ChainingHashMap(Iterable).
ChainingHashMap(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab05.solutions.ChainingHashMap: Construct a chaining hash map containing the given items more efficiently than ChainingHashMap(Iterable).
CircularDynamicArray<Item> - Class in dsa.lab03.exercises: A circular dynamic array.
CircularDynamicArray<Item> - Class in dsa.lab03.solutions: A circular dynamic array.
CircularDynamicArray() - Constructor for class dsa.lab03.exercises.CircularDynamicArray: Construct an empty circular dynamic array.
CircularDynamicArray() - Constructor for class dsa.lab03.solutions.CircularDynamicArray: Construct an empty circular dynamic array.
CircularDynamicArray(Item...) - Constructor for class dsa.lab03.exercises.CircularDynamicArray: Construct a circular dynamic array containing the given items.
CircularDynamicArray(Item...) - Constructor for class dsa.lab03.solutions.CircularDynamicArray: Construct a circular dynamic array containing the given items.
CircularDynamicArray(Iterable<Item>) - Constructor for class dsa.lab03.exercises.CircularDynamicArray: Construct a circular dynamic array containing the given items.
CircularDynamicArray(Iterable<Item>) - Constructor for class dsa.lab03.solutions.CircularDynamicArray: Construct a circular dynamic array containing the given items.
CircularDynamicArray(Iterable<Item>, int) - Constructor for class dsa.lab03.exercises.CircularDynamicArray: Construct a circular dynamic array containing the given items more efficiently than CircularDynamicArray(Iterable).
CircularDynamicArray(Iterable<Item>, int) - Constructor for class dsa.lab03.solutions.CircularDynamicArray: Construct a circular dynamic array containing the given items more efficiently than CircularDynamicArray(Iterable).
compareTo(PriorityQueueItem<Priority, Item>) - Method in class dsa.lab09.base.PriorityQueueItem
Container<Item> - Interface in dsa.lab01.base: A container.
Container<Item> - Interface in dsa.lab02.base: A container.
contains(Edge<Vertex, Weight>) - Method in class dsa.lab10.exercises.DirectedGraph
contains(Edge<Vertex, Weight>) - Method in class dsa.lab10.solutions.DirectedGraph
contains(Item) - Method in interface dsa.lab01.base.BadStaticSequence: Check if the given item is equal to any of those contained.
contains(Item) - Method in interface dsa.lab01.base.Container: Check if the given item is equal to any of those contained.
contains(Item) - Method in class dsa.lab01.exercises.Array
contains(Item) - Method in class dsa.lab01.solutions.Array
contains(Item) - Method in interface dsa.lab02.base.Container: Check if the given item is equal to any of those contained.
contains(String) - Method in interface dsa.lab01.base.StringContainer: Check if the given string is equal to any of those contained.
contains(String) - Method in class dsa.lab01.exercises.StringArray
contains(String) - Method in class dsa.lab01.solutions.StringArray
contains(Vertex) - Method in class dsa.lab10.exercises.DirectedGraph
contains(Vertex) - Method in class dsa.lab10.solutions.DirectedGraph
containsKey(Key) - Method in interface dsa.lab04.base.Map: Check if the given key is equal to any of those contained.
containsValue(Value) - Method in interface dsa.lab04.base.Map: Check if the given value is equal to any of those contained.

D

DAGRelaxer - Class in dsa.lab11.exercises: DAG relaxation.
DAGRelaxer - Class in dsa.lab11.solutions
DAGRelaxer() - Constructor for class dsa.lab11.exercises.DAGRelaxer
DAGRelaxer() - Constructor for class dsa.lab11.solutions.DAGRelaxer
degree(Vertex) - Method in class dsa.lab10.exercises.DirectedGraph
degree(Vertex) - Method in class dsa.lab10.solutions.DirectedGraph
DepthFirstSearcher - Class in dsa.lab11.exercises: Depth-first search (DFS).
DepthFirstSearcher - Class in dsa.lab11.solutions: Depth-first search (DFS).
DepthFirstSearcher() - Constructor for class dsa.lab11.exercises.DepthFirstSearcher
DepthFirstSearcher() - Constructor for class dsa.lab11.solutions.DepthFirstSearcher
DepthFirstSearchResult<Vertex> - Class in dsa.lab11.base: The result of performing (normal or full) depth-first search.
DepthFirstSearchResult(Map<Vertex, Vertex>, DynamicSequence<Vertex>) - Constructor for class dsa.lab11.base.DepthFirstSearchResult: Construct a depth-first search result.
dequeue() - Method in interface dsa.lab03.base.Queue: Dequeue (remove and return) the given item from the front.
dequeue() - Method in class dsa.lab03.exercises.ArrayQueue
dequeue() - Method in class dsa.lab03.exercises.LinkedQueue
dequeue() - Method in class dsa.lab03.solutions.ArrayQueue
dequeue() - Method in class dsa.lab03.solutions.LinkedQueue
DirectedGraph<Vertex,Weight> - Class in dsa.lab10.exercises: A directed graph implemented using adjacency lists.
DirectedGraph<Vertex,Weight> - Class in dsa.lab10.solutions: A directed graph implemented using adjacency lists.
DirectedGraph() - Constructor for class dsa.lab10.exercises.DirectedGraph: Construct an empty directed graph.
DirectedGraph() - Constructor for class dsa.lab10.solutions.DirectedGraph: Construct an empty directed graph.
DirectedGraph(Iterable<Vertex>, Iterable<Edge<Vertex, Weight>>) - Constructor for class dsa.lab10.exercises.DirectedGraph: Construct a directed graph containing the given vertices and edges.
DirectedGraph(Iterable<Vertex>, Iterable<Edge<Vertex, Weight>>) - Constructor for class dsa.lab10.solutions.DirectedGraph: Construct a directed graph containing the given vertices and edges.
distance() - Method in class dsa.lab10.base.Path: Return the cumulative distance.
DoublyLinkedList<Item> - Class in dsa.lab02.exercises: A doubly-linked list.
DoublyLinkedList<Item> - Class in dsa.lab02.solutions: A doubly-linked list.
DoublyLinkedList() - Constructor for class dsa.lab02.exercises.DoublyLinkedList: Construct an empty doubly-linked list.
DoublyLinkedList() - Constructor for class dsa.lab02.solutions.DoublyLinkedList: Construct an empty doubly-linked list.
DoublyLinkedList(Item...) - Constructor for class dsa.lab02.exercises.DoublyLinkedList: Construct a doubly-linked list containing the given items.
DoublyLinkedList(Item...) - Constructor for class dsa.lab02.solutions.DoublyLinkedList: Construct a doubly-linked list containing the given items.
DoublyLinkedList(Iterable<Item>) - Constructor for class dsa.lab02.exercises.DoublyLinkedList: Construct a doubly-linked list containing the given items.
DoublyLinkedList(Iterable<Item>) - Constructor for class dsa.lab02.solutions.DoublyLinkedList: Construct a doubly-linked list containing the given items.
DoublyLinkedList.Node<Item> - Class in dsa.lab02.exercises: A node in a doubly-linked list.
DoublyLinkedList.Node<Item> - Class in dsa.lab02.solutions: A node in a doubly-linked list.
dsa - package dsa: The Data Structures and Algorithms Labs.
dsa.lab01 - package dsa.lab01: Lab 1.
dsa.lab01.base - package dsa.lab01.base: Base files for lab 1.
dsa.lab01.exercises - package dsa.lab01.exercises: Exercise files for lab 1.
dsa.lab01.solutions - package dsa.lab01.solutions: Solution files for lab 1.
dsa.lab02 - package dsa.lab02: Lab 2.
dsa.lab02.base - package dsa.lab02.base: Base files for lab 2.
dsa.lab02.exercises - package dsa.lab02.exercises: Exercise files for lab 2.
dsa.lab02.solutions - package dsa.lab02.solutions: Solution files for lab 2.
dsa.lab03 - package dsa.lab03: Lab 3.
dsa.lab03.base - package dsa.lab03.base: Base files for lab 3.
dsa.lab03.exercises - package dsa.lab03.exercises: Exercise files for lab 3.
dsa.lab03.solutions - package dsa.lab03.solutions: Solution files for lab 3.
dsa.lab04 - package dsa.lab04: Lab 4.
dsa.lab04.base - package dsa.lab04.base: Base files for lab 4.
dsa.lab04.exercises - package dsa.lab04.exercises: Exercise files for lab 4.
dsa.lab04.solutions - package dsa.lab04.solutions: Solution files for lab 4.
dsa.lab05 - package dsa.lab05: Lab 5.
dsa.lab05.base - package dsa.lab05.base: Base files for lab 5.
dsa.lab05.exercises - package dsa.lab05.exercises: Exercise files for lab 5.
dsa.lab05.solutions - package dsa.lab05.solutions: Solution files for lab 5.
dsa.lab06 - package dsa.lab06: Lab 6.
dsa.lab06.exercises - package dsa.lab06.exercises: Exercise files for lab 6.
dsa.lab06.solutions - package dsa.lab06.solutions: Solution files for lab 6.
dsa.lab07 - package dsa.lab07: Lab 7.
dsa.lab07.exercises - package dsa.lab07.exercises: Exercise files for lab 7.
dsa.lab07.solutions - package dsa.lab07.solutions: Solution files for lab 7.
dsa.lab08 - package dsa.lab08: Lab 8.
dsa.lab08.exercises - package dsa.lab08.exercises: Exercise files for lab 8.
dsa.lab08.solutions - package dsa.lab08.solutions: Solution files for lab 8.
dsa.lab09 - package dsa.lab09: Lab 9.
dsa.lab09.base - package dsa.lab09.base: Base files for lab 9.
dsa.lab09.exercises - package dsa.lab09.exercises: Exercise files for lab 9.
dsa.lab09.solutions - package dsa.lab09.solutions: Solution files for lab 9.
dsa.lab10 - package dsa.lab10: Lab 10.
dsa.lab10.base - package dsa.lab10.base: Base files for lab 10.
dsa.lab10.exercises - package dsa.lab10.exercises: Exercise files for lab 10.
dsa.lab10.solutions - package dsa.lab10.solutions: Solution files for lab 10.
dsa.lab11 - package dsa.lab11: Lab 11.
dsa.lab11.base - package dsa.lab11.base: Base files for lab 11.
dsa.lab11.exercises - package dsa.lab11.exercises: Exercise files for lab 11.
dsa.lab11.solutions - package dsa.lab11.solutions: Solution files for lab 11.
DynamicArray<Item> - Class in dsa.lab03.exercises: A dynamic array.
DynamicArray<Item> - Class in dsa.lab03.solutions: A dynamic array.
DynamicArray() - Constructor for class dsa.lab03.exercises.DynamicArray: Construct an empty dynamic array.
DynamicArray() - Constructor for class dsa.lab03.solutions.DynamicArray: Construct an empty dynamic array.
DynamicArray(Item...) - Constructor for class dsa.lab03.exercises.DynamicArray: Construct a dynamic array containing the given items.
DynamicArray(Item...) - Constructor for class dsa.lab03.solutions.DynamicArray: Construct a dynamic array containing the given items.
DynamicArray(Iterable<Item>) - Constructor for class dsa.lab03.exercises.DynamicArray: Construct a dynamic array containing the given items.
DynamicArray(Iterable<Item>) - Constructor for class dsa.lab03.solutions.DynamicArray: Construct a dynamic array containing the given items.
DynamicArray(Iterable<Item>, int) - Constructor for class dsa.lab03.exercises.DynamicArray: Construct a dynamic array containing the given items more efficiently than DynamicArray(Iterable).
DynamicArray(Iterable<Item>, int) - Constructor for class dsa.lab03.solutions.DynamicArray: Construct a dynamic array containing the given items more efficiently than DynamicArray(Iterable).
DynamicSequence<Item> - Interface in dsa.lab02.base: A dynamic sequence.

E

edge(Vertex, Vertex) - Method in class dsa.lab10.exercises.DirectedGraph
edge(Vertex, Vertex) - Method in class dsa.lab10.solutions.DirectedGraph
Edge<Vertex,Weight> - Class in dsa.lab10.base: An edge in a directed graph.
Edge(Vertex, Vertex) - Constructor for class dsa.lab10.base.Edge: Construct an edge between the given vertices with no weight data.
Edge(Vertex, Vertex, Weight) - Constructor for class dsa.lab10.base.Edge: Construct an edge between the given vertices with the given weight.
edges() - Method in class dsa.lab10.exercises.DirectedGraph
edges() - Method in class dsa.lab10.solutions.DirectedGraph
enqueue(Item) - Method in interface dsa.lab03.base.Queue: Enqueue (insert) the given item to the back.
enqueue(Item) - Method in class dsa.lab03.exercises.ArrayQueue
enqueue(Item) - Method in class dsa.lab03.exercises.LinkedQueue
enqueue(Item) - Method in class dsa.lab03.solutions.ArrayQueue
enqueue(Item) - Method in class dsa.lab03.solutions.LinkedQueue
equals(Object) - Method in class dsa.lab04.base.MapItem
equals(Object) - Method in class dsa.lab09.base.PriorityQueueItem
equals(Object) - Method in class dsa.lab10.base.Edge
equals(Object) - Method in class dsa.lab10.base.Path

F

find(Key) - Method in interface dsa.lab04.base.Map: Find the item with the given key.
find(Key) - Method in class dsa.lab04.exercises.ArrayMap
find(Key) - Method in class dsa.lab04.solutions.ArrayMap
find(Key) - Method in class dsa.lab05.exercises.ChainingHashMap
find(Key) - Method in class dsa.lab05.exercises.SortedArrayMap
find(Key) - Method in class dsa.lab05.solutions.ChainingHashMap
find(Key) - Method in class dsa.lab05.solutions.SortedArrayMap
find(Key) - Method in class dsa.lab06.exercises.ProbingHashMap
find(Key) - Method in class dsa.lab06.solutions.ProbingHashMap
find(Key) - Method in class dsa.lab07.exercises.BinarySearchTree
find(Key) - Method in class dsa.lab07.solutions.BinarySearchTree
findNode(Key) - Method in class dsa.lab07.exercises.BinarySearchTree: Find the node containing the item with the given key.
findNode(Key) - Method in class dsa.lab07.exercises.BinarySearchTree.Node: Find the node containing the item with the given key within this subtree.
findNode(Key) - Method in class dsa.lab07.solutions.BinarySearchTree: Find the node containing the item with the given key.
findNode(Key) - Method in class dsa.lab07.solutions.BinarySearchTree.Node: Find the node containing the item with the given key within this subtree.
first() - Method in interface dsa.lab02.base.StaticSequence: Get the first item.
firstNode() - Method in interface dsa.lab02.base.LinkedList: Get the first node, or null if empty.
ForwardIterator(StaticSequence<Item>) - Constructor for class dsa.lab02.base.StaticSequence.ForwardIterator: Construct a forward iterator over the items in the given sequence.
ForwardNodeIterator(LinkedList<Item>) - Constructor for class dsa.lab02.base.LinkedList.ForwardNodeIterator: Construct a forward iterator over the nodes in the given linked list.
front() - Method in interface dsa.lab03.base.Queue: Get the item at the front.
front() - Method in class dsa.lab03.exercises.ArrayQueue
front() - Method in class dsa.lab03.exercises.LinkedQueue
front() - Method in class dsa.lab03.solutions.ArrayQueue
front() - Method in class dsa.lab03.solutions.LinkedQueue
fullSearch(DirectedGraph<Vertex, Weight>) - Static method in class dsa.lab11.exercises.DepthFirstSearcher: Perform full depth-first search, starting from every vertex in the graph.
fullSearch(DirectedGraph<Vertex, Weight>) - Static method in class dsa.lab11.solutions.DepthFirstSearcher: Perform full depth-first search, starting from every vertex in the graph.

G

get(int) - Method in interface dsa.lab01.base.BadStaticSequence: Get the item at the given index.
get(int) - Method in interface dsa.lab01.base.StaticSequence: Get the item at the given index.
get(int) - Method in interface dsa.lab02.base.LinkedList
get(int) - Method in interface dsa.lab02.base.StaticSequence: Get the item at the given index.
get(int) - Method in class dsa.lab02.exercises.StaticArray
get(int) - Method in class dsa.lab02.solutions.StaticArray
get(int) - Method in class dsa.lab03.exercises.CircularDynamicArray
get(int) - Method in class dsa.lab03.exercises.DynamicArray
get(int) - Method in class dsa.lab03.solutions.CircularDynamicArray
get(int) - Method in class dsa.lab03.solutions.DynamicArray
get(Key) - Method in interface dsa.lab04.base.Map: Get the value associated with the given key.

H

hash(Object) - Method in class dsa.lab05.exercises.HashFunction: Hash the given object to a non-negative int less than HashFunction.size().
hash(Object) - Method in class dsa.lab05.solutions.HashFunction: Hash the given object to a non-negative int less than HashFunction.size().
hashCode() - Method in class dsa.lab04.base.MapItem
hashCode() - Method in class dsa.lab09.base.PriorityQueueItem
hashCode() - Method in class dsa.lab10.base.Edge
hashCode() - Method in class dsa.lab10.base.Path
HashFunction - Class in dsa.lab05.exercises: A randomly-chosen hash function from a universal family.
HashFunction - Class in dsa.lab05.solutions: A randomly-chosen hash function from a universal family.
HashFunction(int) - Constructor for class dsa.lab05.exercises.HashFunction: Construct a hash function, randomly choosing its parameters.
HashFunction(int) - Constructor for class dsa.lab05.solutions.HashFunction: Construct a hash function, randomly choosing its parameters.
hasLeft() - Method in class dsa.lab06.exercises.BinaryTree.Node: Check if it has a left child.
hasLeft() - Method in class dsa.lab06.solutions.BinaryTree.Node: Check if it has a left child.
hasNext() - Method in class dsa.lab02.base.LinkedList.NodeIterator
hasNext() - Method in interface dsa.lab02.base.LinkedNode: Check if it has a next node.
hasNext() - Method in class dsa.lab02.base.StaticSequence.ForwardIterator
hasNext() - Method in class dsa.lab02.base.StaticSequence.ReverseIterator
hasNext() - Method in class dsa.lab06.exercises.BinaryTree.NodeIterator
hasNext() - Method in class dsa.lab06.solutions.BinaryTree.NodeIterator
hasNext() - Method in class dsa.lab07.exercises.BinarySearchTree.ItemIterator
hasNext() - Method in class dsa.lab07.solutions.BinarySearchTree.ItemIterator
hasNext() - Method in class dsa.lab09.base.PriorityQueue.ItemIterator: Check if there are more items to be iterated over.
hasNext() - Method in class dsa.lab09.exercises.BinaryHeapPriorityQueue.BinaryHeapIterator
hasNext() - Method in class dsa.lab09.solutions.BinaryHeapPriorityQueue.BinaryHeapIterator
hasParent() - Method in class dsa.lab06.exercises.BinaryTree.Node: Check if it has a parent (i.e.
hasParent() - Method in class dsa.lab06.solutions.BinaryTree.Node: Check if it has a parent (i.e.
hasPrevious() - Method in interface dsa.lab02.base.LinkedNode: Check if it has a previous node.
hasRight() - Method in class dsa.lab06.exercises.BinaryTree.Node: Check if it has a right child.
hasRight() - Method in class dsa.lab06.solutions.BinaryTree.Node: Check if it has a right child.
HeapSorter - Class in dsa.lab09.exercises: Heap sort.
HeapSorter - Class in dsa.lab09.solutions: Heap sort.
HeapSorter() - Constructor for class dsa.lab09.exercises.HeapSorter
HeapSorter() - Constructor for class dsa.lab09.solutions.HeapSorter
height() - Method in class dsa.lab06.exercises.BinaryTree: Get the number of levels below the root of the tree.
height() - Method in class dsa.lab06.exercises.BinaryTree.Node: Get the number of levels below.
height() - Method in class dsa.lab06.solutions.BinaryTree: Get the number of levels below the root of the tree.
height() - Method in class dsa.lab06.solutions.BinaryTree.Node: Get the number of levels below.

I

IN - Enum constant in enum class dsa.lab06.exercises.BinaryTree.IterationOrder
IN - Enum constant in enum class dsa.lab06.solutions.BinaryTree.IterationOrder
inOrder() - Method in class dsa.lab06.exercises.BinaryTree
inOrder() - Method in class dsa.lab06.solutions.BinaryTree
inOrderNodes() - Method in class dsa.lab06.exercises.BinaryTree
inOrderNodes() - Method in class dsa.lab06.solutions.BinaryTree
insert(int, Item) - Method in interface dsa.lab02.base.DynamicSequence: Insert the given item at the given index.
insert(int, Item) - Method in class dsa.lab02.exercises.DoublyLinkedList
insert(int, Item) - Method in class dsa.lab02.exercises.SinglyLinkedList
insert(int, Item) - Method in class dsa.lab02.exercises.StaticArray
insert(int, Item) - Method in class dsa.lab02.solutions.DoublyLinkedList
insert(int, Item) - Method in class dsa.lab02.solutions.SinglyLinkedList
insert(int, Item) - Method in class dsa.lab02.solutions.StaticArray
insert(int, Item) - Method in class dsa.lab03.exercises.CircularDynamicArray
insert(int, Item) - Method in class dsa.lab03.exercises.DynamicArray
insert(int, Item) - Method in class dsa.lab03.solutions.CircularDynamicArray
insert(int, Item) - Method in class dsa.lab03.solutions.DynamicArray
insert(MapItem<Key, Value>) - Method in interface dsa.lab04.base.Map: Insert the given item.
insert(MapItem<Key, Value>) - Method in class dsa.lab04.exercises.ArrayMap
insert(MapItem<Key, Value>) - Method in class dsa.lab04.solutions.ArrayMap
insert(MapItem<Key, Value>) - Method in class dsa.lab05.exercises.ChainingHashMap
insert(MapItem<Key, Value>) - Method in class dsa.lab05.exercises.SortedArrayMap
insert(MapItem<Key, Value>) - Method in class dsa.lab05.solutions.ChainingHashMap
insert(MapItem<Key, Value>) - Method in class dsa.lab05.solutions.SortedArrayMap
insert(MapItem<Key, Value>) - Method in class dsa.lab06.exercises.ProbingHashMap
insert(MapItem<Key, Value>) - Method in class dsa.lab06.solutions.ProbingHashMap
insert(MapItem<Key, Value>) - Method in class dsa.lab07.exercises.BinarySearchTree
insert(MapItem<Key, Value>) - Method in class dsa.lab07.exercises.BinarySearchTree.Node: Insert the given item within this subtree.
insert(MapItem<Key, Value>) - Method in class dsa.lab07.solutions.BinarySearchTree
insert(MapItem<Key, Value>) - Method in class dsa.lab07.solutions.BinarySearchTree.Node: Insert the given item within this subtree.
insert(MapItem<Key, Value>) - Method in class dsa.lab08.exercises.AVLTree
insert(MapItem<Key, Value>) - Method in class dsa.lab08.solutions.AVLTree
insert(PriorityQueueItem<Priority, Item>) - Method in interface dsa.lab09.base.PriorityQueue: Insert the given prioritised item.
insert(PriorityQueueItem<Priority, Item>) - Method in class dsa.lab09.exercises.ArrayPriorityQueue
insert(PriorityQueueItem<Priority, Item>) - Method in class dsa.lab09.exercises.BinaryHeapPriorityQueue
insert(PriorityQueueItem<Priority, Item>) - Method in class dsa.lab09.exercises.SortedArrayPriorityQueue
insert(PriorityQueueItem<Priority, Item>) - Method in class dsa.lab09.solutions.ArrayPriorityQueue
insert(PriorityQueueItem<Priority, Item>) - Method in class dsa.lab09.solutions.BinaryHeapPriorityQueue
insert(PriorityQueueItem<Priority, Item>) - Method in class dsa.lab09.solutions.SortedArrayPriorityQueue
insert(Key, Value) - Method in interface dsa.lab04.base.Map: Insert an item with the given key and value.
insert(Priority, Item) - Method in interface dsa.lab09.base.PriorityQueue: Insert the given prioritised item.
insertFirst(Item) - Method in interface dsa.lab02.base.DynamicSequence: Insert the given item as the first.
InsertionSorter - Class in dsa.lab04.exercises: Insertion sort.
InsertionSorter - Class in dsa.lab04.solutions: Insertion sort.
InsertionSorter() - Constructor for class dsa.lab04.exercises.InsertionSorter
InsertionSorter() - Constructor for class dsa.lab04.solutions.InsertionSorter
insertLast(Item) - Method in interface dsa.lab02.base.DynamicSequence: Insert the given item as the last.
insertLeft(BinaryTree.Node<Item>) - Method in class dsa.lab06.exercises.BinaryTree.Node: Insert the given node as the left child.
insertLeft(BinaryTree.Node<Item>) - Method in class dsa.lab06.solutions.BinaryTree.Node: Insert the given node as the left child.
insertNext(Item) - Method in interface dsa.lab02.base.LinkedNode: Insert a node containing the given item immediately after this one in the list.
insertNext(Item) - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
insertNext(Item) - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
insertNext(Item) - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
insertNext(Item) - Method in class dsa.lab02.solutions.SinglyLinkedList.Node
insertPrevious(Item) - Method in interface dsa.lab02.base.LinkedNode: Insert a node containing the given item immediately before this one in the list.
insertPrevious(Item) - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
insertPrevious(Item) - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
insertPrevious(Item) - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
insertPrevious(Item) - Method in class dsa.lab02.solutions.SinglyLinkedList.Node
insertRight(BinaryTree.Node<Item>) - Method in class dsa.lab06.exercises.BinaryTree.Node: Insert the given node as the right child.
insertRight(BinaryTree.Node<Item>) - Method in class dsa.lab06.solutions.BinaryTree.Node: Insert the given node as the right child.
insertRoot(BinaryTree.Node<Item>) - Method in class dsa.lab06.exercises.BinaryTree: Insert the given node as the root.
insertRoot(BinaryTree.Node<Item>) - Method in class dsa.lab06.solutions.BinaryTree: Insert the given node as the root.
isEmpty() - Method in interface dsa.lab01.base.BadStaticSequence: Check if it's empty.
isEmpty() - Method in interface dsa.lab01.base.Container: Check if it's empty.
isEmpty() - Method in interface dsa.lab01.base.StringContainer: Check if it's empty.
isEmpty() - Method in interface dsa.lab02.base.Container: Check if it's empty.
isEmpty() - Method in class dsa.lab06.exercises.BinaryTree
isEmpty() - Method in class dsa.lab06.solutions.BinaryTree
isFirst() - Method in interface dsa.lab02.base.LinkedNode: Check if it's the first in the list.
isLast() - Method in interface dsa.lab02.base.LinkedNode: Check if it's the last in the list.
isLeaf() - Method in class dsa.lab06.exercises.BinaryTree.Node: Check if it is a leaf (i.e.
isLeaf() - Method in class dsa.lab06.solutions.BinaryTree.Node: Check if it is a leaf (i.e.
isLeft() - Method in class dsa.lab06.exercises.BinaryTree.Node: Check if it is a left child (i.e.
isLeft() - Method in class dsa.lab06.solutions.BinaryTree.Node: Check if it is a left child (i.e.
isRight() - Method in class dsa.lab06.exercises.BinaryTree.Node: Check if it is a right child (i.e.
isRight() - Method in class dsa.lab06.solutions.BinaryTree.Node: Check if it is a right child (i.e.
isRoot() - Method in class dsa.lab06.exercises.BinaryTree.Node: Check if it is the root (i.e.
isRoot() - Method in class dsa.lab06.solutions.BinaryTree.Node: Check if it is the root (i.e.
item - Variable in class dsa.lab07.exercises.BinarySearchTree.Node
item - Variable in class dsa.lab07.solutions.BinarySearchTree.Node: The contained item.
item() - Method in interface dsa.lab02.base.LinkedNode: Get the contained item.
item() - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
item() - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
item() - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
item() - Method in class dsa.lab02.solutions.SinglyLinkedList.Node
item() - Method in class dsa.lab06.exercises.BinaryTree.Node: Get the contained item.
item() - Method in class dsa.lab06.solutions.BinaryTree.Node: Get the contained item.
item() - Method in class dsa.lab09.base.PriorityQueueItem: Get the item.
ItemIterator(BinarySearchTree<Key, Value>, boolean) - Constructor for class dsa.lab07.exercises.BinarySearchTree.ItemIterator
ItemIterator(BinarySearchTree<Key, Value>, boolean) - Constructor for class dsa.lab07.solutions.BinarySearchTree.ItemIterator
ItemIterator(Iterator<PriorityQueueItem<Priority, Item>>) - Constructor for class dsa.lab09.base.PriorityQueue.ItemIterator: Construct an iterator over the items in the given prioritised item iterator.
items() - Method in interface dsa.lab02.base.Container: Get an iterable that yields each item once.
items() - Method in interface dsa.lab02.base.LinkedList
items() - Method in interface dsa.lab02.base.StaticSequence: Get a forward iterable that yields each item once.
items() - Method in class dsa.lab03.exercises.ArrayQueue
items() - Method in class dsa.lab03.exercises.ArrayStack
items() - Method in class dsa.lab03.exercises.LinkedQueue
items() - Method in class dsa.lab03.exercises.LinkedStack
items() - Method in class dsa.lab03.solutions.ArrayQueue
items() - Method in class dsa.lab03.solutions.ArrayStack
items() - Method in class dsa.lab03.solutions.LinkedQueue
items() - Method in class dsa.lab03.solutions.LinkedStack
items() - Method in class dsa.lab04.exercises.ArrayMap
items() - Method in class dsa.lab04.solutions.ArrayMap
items() - Method in interface dsa.lab05.base.OrderedMap: Get a forward iterable that yields each item once.
items() - Method in class dsa.lab05.exercises.ChainingHashMap
items() - Method in class dsa.lab05.exercises.SortedArrayMap
items() - Method in class dsa.lab05.solutions.ChainingHashMap
items() - Method in class dsa.lab05.solutions.SortedArrayMap
items() - Method in class dsa.lab06.exercises.BinaryTree
items() - Method in class dsa.lab06.exercises.ProbingHashMap
items() - Method in class dsa.lab06.solutions.BinaryTree
items() - Method in class dsa.lab06.solutions.ProbingHashMap
items() - Method in class dsa.lab07.exercises.BinarySearchTree
items() - Method in class dsa.lab07.solutions.BinarySearchTree
items() - Method in interface dsa.lab09.base.PriorityQueue: Get a forward iterable that yields each prioritised item once.
items() - Method in class dsa.lab09.exercises.ArrayPriorityQueue
items() - Method in class dsa.lab09.exercises.BinaryHeapPriorityQueue
items() - Method in class dsa.lab09.exercises.SortedArrayPriorityQueue
items() - Method in class dsa.lab09.solutions.ArrayPriorityQueue
items() - Method in class dsa.lab09.solutions.BinaryHeapPriorityQueue
items() - Method in class dsa.lab09.solutions.SortedArrayPriorityQueue
items() - Method in class dsa.lab10.exercises.DirectedGraph
items() - Method in class dsa.lab10.solutions.DirectedGraph
itemsOnly() - Method in interface dsa.lab09.base.PriorityQueue: Get a reverse iterable that yields each item once.
iterator() - Method in interface dsa.lab02.base.Container

K

key() - Method in class dsa.lab04.base.MapItem: Get the key (the unique/identifying part of the item).
keys() - Method in interface dsa.lab04.base.Map: Get an iterable that yields each key once.
keys() - Method in interface dsa.lab05.base.OrderedMap: Get a forward iterable that yields each key once.

L

last() - Method in interface dsa.lab02.base.StaticSequence: Get the last item.
lastNode() - Method in interface dsa.lab02.base.LinkedList: Get the last node, or null if empty.
left - Variable in class dsa.lab07.exercises.BinarySearchTree.Node
left - Variable in class dsa.lab07.solutions.BinarySearchTree.Node: The left child - possible null.
left() - Method in class dsa.lab06.exercises.BinaryTree.Node: Get the left child node.
left() - Method in class dsa.lab06.solutions.BinaryTree.Node: Get the left child node.
level() - Method in class dsa.lab06.exercises.BinaryTree.Node: Get the number of levels above.
level() - Method in class dsa.lab06.solutions.BinaryTree.Node: Get the number of levels above.
LinkedList<Item> - Interface in dsa.lab02.base: A linked list.
LinkedList.ForwardNodeIterator<Item> - Class in dsa.lab02.base: A forward iterator over the nodes in a linked list.
LinkedList.NodeIterator<Item> - Class in dsa.lab02.base: An iterator over the nodes in a linked list.
LinkedList.ReverseNodeIterator<Item> - Class in dsa.lab02.base: A reverse iterator over the nodes in a linked list.
LinkedNode<Item> - Interface in dsa.lab02.base: A node in a linked list.
LinkedQueue<Item> - Class in dsa.lab03.exercises: A linked queue.
LinkedQueue<Item> - Class in dsa.lab03.solutions: A linked queue.
LinkedQueue() - Constructor for class dsa.lab03.exercises.LinkedQueue: Construct an empty linked queue.
LinkedQueue() - Constructor for class dsa.lab03.solutions.LinkedQueue: Construct an empty linked queue.
LinkedQueue(Item...) - Constructor for class dsa.lab03.exercises.LinkedQueue: Construct a linked queue containing the given items.
LinkedQueue(Item...) - Constructor for class dsa.lab03.solutions.LinkedQueue: Construct a linked queue containing the given items.
LinkedQueue(Iterable<Item>) - Constructor for class dsa.lab03.exercises.LinkedQueue: Construct a linked queue containing the given items.
LinkedQueue(Iterable<Item>) - Constructor for class dsa.lab03.solutions.LinkedQueue: Construct a linked queue containing the given items.
LinkedStack<Item> - Class in dsa.lab03.exercises: A linked stack.
LinkedStack<Item> - Class in dsa.lab03.solutions: A linked stack.
LinkedStack() - Constructor for class dsa.lab03.exercises.LinkedStack: Construct an empty linked stack.
LinkedStack() - Constructor for class dsa.lab03.solutions.LinkedStack: Construct an empty linked stack.
LinkedStack(Item...) - Constructor for class dsa.lab03.exercises.LinkedStack: Construct a linked stack containing the given items.
LinkedStack(Item...) - Constructor for class dsa.lab03.solutions.LinkedStack: Construct a linked stack containing the given items.
LinkedStack(Iterable<Item>) - Constructor for class dsa.lab03.exercises.LinkedStack: Construct a linked stack containing the given items.
LinkedStack(Iterable<Item>) - Constructor for class dsa.lab03.solutions.LinkedStack: Construct a linked stack containing the given items.
list() - Method in interface dsa.lab02.base.LinkedNode: Get the containing list.
list() - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
list() - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
list() - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
list() - Method in class dsa.lab02.solutions.SinglyLinkedList.Node

M

main(String[]) - Static method in class dsa.Main
Main - Class in dsa
Main() - Constructor for class dsa.Main
Map<Key,Value> - Interface in dsa.lab04.base: A map.
MapItem<Key,Value> - Class in dsa.lab04.base: An item in a map.
MapItem(Key, Value) - Constructor for class dsa.lab04.base.MapItem: Construct a map item.
max() - Method in interface dsa.lab05.base.OrderedMap: Get the item with the greatest key.
max() - Method in class dsa.lab05.exercises.SortedArrayMap
max() - Method in class dsa.lab05.solutions.SortedArrayMap
max() - Method in class dsa.lab07.exercises.BinarySearchTree
max() - Method in class dsa.lab07.exercises.BinarySearchTree.Node: Get the item in this subtree with the greatest key.
max() - Method in class dsa.lab07.solutions.BinarySearchTree
max() - Method in class dsa.lab07.solutions.BinarySearchTree.Node: Get the item in this subtree with the greatest key.
max() - Method in interface dsa.lab09.base.PriorityQueue: Get the item with the greatest priority.
max() - Method in class dsa.lab09.exercises.ArrayPriorityQueue
max() - Method in class dsa.lab09.exercises.BinaryHeapPriorityQueue
max() - Method in class dsa.lab09.exercises.SortedArrayPriorityQueue
max() - Method in class dsa.lab09.solutions.ArrayPriorityQueue
max() - Method in class dsa.lab09.solutions.BinaryHeapPriorityQueue
max() - Method in class dsa.lab09.solutions.SortedArrayPriorityQueue
maxNode() - Method in class dsa.lab07.exercises.BinarySearchTree.Node: Get the node in this subtree with the greatest key.
maxNode() - Method in class dsa.lab07.solutions.BinarySearchTree.Node: Get the node in this subtree with the greatest key.
MergeSorter - Class in dsa.lab04.exercises: Merge sort.
MergeSorter - Class in dsa.lab04.solutions: Merge sort.
MergeSorter() - Constructor for class dsa.lab04.exercises.MergeSorter
MergeSorter() - Constructor for class dsa.lab04.solutions.MergeSorter
min() - Method in interface dsa.lab05.base.OrderedMap: Get the item with the least key.
min() - Method in class dsa.lab05.exercises.SortedArrayMap
min() - Method in class dsa.lab05.solutions.SortedArrayMap
min() - Method in class dsa.lab07.exercises.BinarySearchTree
min() - Method in class dsa.lab07.exercises.BinarySearchTree.Node: Get the item in this subtree with the least key.
min() - Method in class dsa.lab07.solutions.BinarySearchTree
min() - Method in class dsa.lab07.solutions.BinarySearchTree.Node: Get the item in this subtree with the least key.
minNode() - Method in class dsa.lab07.exercises.BinarySearchTree.Node: Get the node in this subtree with the least key.
minNode() - Method in class dsa.lab07.solutions.BinarySearchTree.Node: Get the node in this subtree with the least key.

N

neighbours(Vertex) - Method in class dsa.lab10.exercises.DirectedGraph
neighbours(Vertex) - Method in class dsa.lab10.solutions.DirectedGraph
next() - Method in class dsa.lab02.base.LinkedList.NodeIterator
next() - Method in interface dsa.lab02.base.LinkedNode: Get the next node.
next() - Method in class dsa.lab02.base.StaticSequence.ForwardIterator
next() - Method in class dsa.lab02.base.StaticSequence.ReverseIterator
next() - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
next() - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
next() - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
next() - Method in class dsa.lab02.solutions.SinglyLinkedList.Node
next() - Method in class dsa.lab06.exercises.BinaryTree.NodeIterator
next() - Method in class dsa.lab06.solutions.BinaryTree.NodeIterator
next() - Method in class dsa.lab07.exercises.BinarySearchTree.ItemIterator
next() - Method in class dsa.lab07.solutions.BinarySearchTree.ItemIterator
next() - Method in class dsa.lab09.base.PriorityQueue.ItemIterator: Get the next item in the iteration.
next() - Method in class dsa.lab09.exercises.BinaryHeapPriorityQueue.BinaryHeapIterator
next() - Method in class dsa.lab09.solutions.BinaryHeapPriorityQueue.BinaryHeapIterator
next(Key) - Method in interface dsa.lab05.base.OrderedMap: Get the item that would be the successor of one with the given key.
next(Key) - Method in class dsa.lab05.exercises.SortedArrayMap
next(Key) - Method in class dsa.lab05.solutions.SortedArrayMap
next(Key) - Method in class dsa.lab07.exercises.BinarySearchTree
next(Key) - Method in class dsa.lab07.exercises.BinarySearchTree.Node: Get the item within this subtree that would be the successor of one with the given key.
next(Key) - Method in class dsa.lab07.solutions.BinarySearchTree
next(Key) - Method in class dsa.lab07.solutions.BinarySearchTree.Node: Get the item within this subtree that would be the successor of one with the given key.
nextNode(LinkedNode<Item>) - Method in class dsa.lab02.base.LinkedList.ForwardNodeIterator
nextNode(LinkedNode<Item>) - Method in class dsa.lab02.base.LinkedList.NodeIterator
nextNode(LinkedNode<Item>) - Method in class dsa.lab02.base.LinkedList.ReverseNodeIterator
node(int) - Method in interface dsa.lab02.base.LinkedList: Get the node at the given index.
node(int) - Method in class dsa.lab02.exercises.DoublyLinkedList
node(int) - Method in class dsa.lab02.exercises.SinglyLinkedList
node(int) - Method in class dsa.lab02.solutions.DoublyLinkedList
node(int) - Method in class dsa.lab02.solutions.SinglyLinkedList
Node(DoublyLinkedList<Item>, DoublyLinkedList.Node<Item>, Item) - Constructor for class dsa.lab02.exercises.DoublyLinkedList.Node: Construct a node with the given predecessor and item.
Node(DoublyLinkedList<Item>, DoublyLinkedList.Node<Item>, Item, DoublyLinkedList.Node<Item>) - Constructor for class dsa.lab02.exercises.DoublyLinkedList.Node: Construct a node with the given predecessor, item and successor.
Node(DoublyLinkedList<Item>, Item) - Constructor for class dsa.lab02.exercises.DoublyLinkedList.Node: Construct a node with the given item.
Node(DoublyLinkedList<Item>, Item, DoublyLinkedList.Node<Item>) - Constructor for class dsa.lab02.exercises.DoublyLinkedList.Node: Construct a node with the given item and successor.
Node(SinglyLinkedList<Item>, Item) - Constructor for class dsa.lab02.exercises.SinglyLinkedList.Node: Construct a node with the given item.
Node(SinglyLinkedList<Item>, Item, SinglyLinkedList.Node<Item>) - Constructor for class dsa.lab02.exercises.SinglyLinkedList.Node: Construct a node with the given item and successor.
Node(DoublyLinkedList<Item>, DoublyLinkedList.Node<Item>, Item) - Constructor for class dsa.lab02.solutions.DoublyLinkedList.Node: Construct a node with the given predecessor and item.
Node(DoublyLinkedList<Item>, DoublyLinkedList.Node<Item>, Item, DoublyLinkedList.Node<Item>) - Constructor for class dsa.lab02.solutions.DoublyLinkedList.Node: Construct a node with the given predecessor, item and successor.
Node(DoublyLinkedList<Item>, Item) - Constructor for class dsa.lab02.solutions.DoublyLinkedList.Node: Construct a node with the given item.
Node(DoublyLinkedList<Item>, Item, DoublyLinkedList.Node<Item>) - Constructor for class dsa.lab02.solutions.DoublyLinkedList.Node: Construct a node with the given item and successor.
Node(SinglyLinkedList<Item>, Item) - Constructor for class dsa.lab02.solutions.SinglyLinkedList.Node: Construct a node with the given item.
Node(SinglyLinkedList<Item>, Item, SinglyLinkedList.Node<Item>) - Constructor for class dsa.lab02.solutions.SinglyLinkedList.Node: Construct a node with the given item and successor.
Node(BinaryTree<Item>, BinaryTree.Node<Item>, Item) - Constructor for class dsa.lab06.exercises.BinaryTree.Node: Construct a binary node with no parent and only a left child.
Node(BinaryTree<Item>, BinaryTree.Node<Item>, Item, BinaryTree.Node<Item>) - Constructor for class dsa.lab06.exercises.BinaryTree.Node: Construct a binary node with no parent and both children.
Node(BinaryTree<Item>, Item) - Constructor for class dsa.lab06.exercises.BinaryTree.Node: Construct a binary node with no parent nor children.
Node(BinaryTree<Item>, Item, BinaryTree.Node<Item>) - Constructor for class dsa.lab06.exercises.BinaryTree.Node: Construct a binary node with no parent and only a right child.
Node(BinaryTree<Item>, BinaryTree.Node<Item>, Item) - Constructor for class dsa.lab06.solutions.BinaryTree.Node: Construct a binary node with no parent and only a left child.
Node(BinaryTree<Item>, BinaryTree.Node<Item>, Item, BinaryTree.Node<Item>) - Constructor for class dsa.lab06.solutions.BinaryTree.Node: Construct a binary node with no parent and both children.
Node(BinaryTree<Item>, Item) - Constructor for class dsa.lab06.solutions.BinaryTree.Node: Construct a binary node with no parent nor children.
Node(BinaryTree<Item>, Item, BinaryTree.Node<Item>) - Constructor for class dsa.lab06.solutions.BinaryTree.Node: Construct a binary node with no parent and only a right child.
Node(BinarySearchTree.Node<Key, Value>, BinarySearchTree<Key, Value>, BinarySearchTree.Node<Key, Value>, MapItem<Key, Value>, BinarySearchTree.Node<Key, Value>) - Constructor for class dsa.lab07.exercises.BinarySearchTree.Node
Node(BinarySearchTree.Node<Key, Value>, BinarySearchTree<Key, Value>, BinarySearchTree.Node<Key, Value>, MapItem<Key, Value>, BinarySearchTree.Node<Key, Value>) - Constructor for class dsa.lab07.solutions.BinarySearchTree.Node
NodeIterator(LinkedNode<Item>) - Constructor for class dsa.lab02.base.LinkedList.NodeIterator: Construct an iterator over the nodes in a linked list.
NodeIterator(BinaryTree<Item>, BinaryTree.IterationOrder) - Constructor for class dsa.lab06.exercises.BinaryTree.NodeIterator: Construct an iterator over the nodes in a binary tree.
NodeIterator(BinaryTree<Item>, BinaryTree.IterationOrder) - Constructor for class dsa.lab06.solutions.BinaryTree.NodeIterator: Construct an iterator over the nodes in a binary tree.
nodes() - Method in interface dsa.lab02.base.LinkedList: Get a forward iterable that yields each node once.

O

OrderedMap<Key,Value> - Interface in dsa.lab05.base: An ordered map.

P

parent - Variable in class dsa.lab07.exercises.BinarySearchTree.Node
parent - Variable in class dsa.lab07.solutions.BinarySearchTree.Node: The parent node - possibly null (if root).
parent() - Method in class dsa.lab06.exercises.BinaryTree.Node: Get the parent node.
parent() - Method in class dsa.lab06.solutions.BinaryTree.Node: Get the parent node.
Path<Vertex,Distance> - Class in dsa.lab10.base: Information about a path (of zero or more edges) from some source to some target vertex.
Path(Vertex, Distance) - Constructor for class dsa.lab10.base.Path: Construct a path step with the given information.
paths() - Method in class dsa.lab11.base.DepthFirstSearchResult: Get the paths found to connected vertices.
pop() - Method in interface dsa.lab03.base.Stack: Pop (remove and return) the given item from the top.
pop() - Method in class dsa.lab03.exercises.ArrayStack
pop() - Method in class dsa.lab03.exercises.LinkedStack
pop() - Method in class dsa.lab03.solutions.ArrayStack
pop() - Method in class dsa.lab03.solutions.LinkedStack
POST - Enum constant in enum class dsa.lab06.exercises.BinaryTree.IterationOrder
POST - Enum constant in enum class dsa.lab06.solutions.BinaryTree.IterationOrder
postOrder() - Method in class dsa.lab06.exercises.BinaryTree
postOrder() - Method in class dsa.lab06.solutions.BinaryTree
postOrderNodes() - Method in class dsa.lab06.exercises.BinaryTree
postOrderNodes() - Method in class dsa.lab06.solutions.BinaryTree
PRE - Enum constant in enum class dsa.lab06.exercises.BinaryTree.IterationOrder
PRE - Enum constant in enum class dsa.lab06.solutions.BinaryTree.IterationOrder
preOrder() - Method in class dsa.lab06.exercises.BinaryTree
preOrder() - Method in class dsa.lab06.solutions.BinaryTree
preOrderNodes() - Method in class dsa.lab06.exercises.BinaryTree
preOrderNodes() - Method in class dsa.lab06.solutions.BinaryTree
previous() - Method in interface dsa.lab02.base.LinkedNode: Get the previous node.
previous() - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
previous() - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
previous() - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
previous() - Method in class dsa.lab02.solutions.SinglyLinkedList.Node
previous() - Method in class dsa.lab10.base.Path: Return the previously-visited vertex.
previous(Key) - Method in interface dsa.lab05.base.OrderedMap: Get the item that would be the predecessor of one with the given key.
previous(Key) - Method in class dsa.lab05.exercises.SortedArrayMap
previous(Key) - Method in class dsa.lab05.solutions.SortedArrayMap
previous(Key) - Method in class dsa.lab07.exercises.BinarySearchTree.Node: Get the item within this subtree that would be the predecessor of one with the given key.
previous(Key) - Method in class dsa.lab07.exercises.BinarySearchTree
previous(Key) - Method in class dsa.lab07.solutions.BinarySearchTree.Node: Get the item within this subtree that would be the predecessor of one with the given key.
previous(Key) - Method in class dsa.lab07.solutions.BinarySearchTree
printInOrder() - Method in class dsa.lab06.exercises.BinaryTree.Node: Print out the items in this subtree, "in-order".
printInOrder() - Method in class dsa.lab06.exercises.BinaryTree
printInOrder() - Method in class dsa.lab06.solutions.BinaryTree.Node: Print out the items in this subtree, "in-order".
printInOrder() - Method in class dsa.lab06.solutions.BinaryTree
printPostOrder() - Method in class dsa.lab06.exercises.BinaryTree.Node: Print out the items in this subtree, "post-order".
printPostOrder() - Method in class dsa.lab06.exercises.BinaryTree
printPostOrder() - Method in class dsa.lab06.solutions.BinaryTree.Node: Print out the items in this subtree, "post-order".
printPostOrder() - Method in class dsa.lab06.solutions.BinaryTree
printPreOrder() - Method in class dsa.lab06.exercises.BinaryTree.Node: Print out the items in this subtree, "pre-order".
printPreOrder() - Method in class dsa.lab06.exercises.BinaryTree
printPreOrder() - Method in class dsa.lab06.solutions.BinaryTree.Node: Print out the items in this subtree, "pre-order".
printPreOrder() - Method in class dsa.lab06.solutions.BinaryTree
priority() - Method in class dsa.lab09.base.PriorityQueueItem: Get the priority.
PriorityQueue<Priority,Item> - Interface in dsa.lab09.base: A priority queue.
PriorityQueue.ItemIterator<Priority,Item> - Class in dsa.lab09.base: An iterator over the items in a priority queue.
PriorityQueueItem<Priority,Item> - Class in dsa.lab09.base: An item in a priority queue.
PriorityQueueItem(Priority, Item) - Constructor for class dsa.lab09.base.PriorityQueueItem: Construct a priority queue item.
ProbingHashMap<Key,Value> - Class in dsa.lab06.exercises: A (linearly-)probing hash map.
ProbingHashMap<Key,Value> - Class in dsa.lab06.solutions: A (linearly-)probing hash map.
ProbingHashMap() - Constructor for class dsa.lab06.exercises.ProbingHashMap: Construct an empty probing hash map.
ProbingHashMap() - Constructor for class dsa.lab06.solutions.ProbingHashMap: Construct an empty probing hash map.
ProbingHashMap(MapItem<Key, Value>...) - Constructor for class dsa.lab06.exercises.ProbingHashMap: Construct a probing hash map containing the given items.
ProbingHashMap(MapItem<Key, Value>...) - Constructor for class dsa.lab06.solutions.ProbingHashMap: Construct a probing hash map containing the given items.
ProbingHashMap(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab06.exercises.ProbingHashMap: Construct a probing hash map containing the given items.
ProbingHashMap(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab06.solutions.ProbingHashMap: Construct a probing hash map containing the given items.
ProbingHashMap(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab06.exercises.ProbingHashMap: Construct a probing hash map containing the given items more efficiently than ProbingHashMap(Iterable).
ProbingHashMap(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab06.solutions.ProbingHashMap: Construct a probing hash map containing the given items more efficiently than ProbingHashMap(Iterable).
push(Item) - Method in interface dsa.lab03.base.Stack: Push (insert) the given item onto the top.
push(Item) - Method in class dsa.lab03.exercises.ArrayStack
push(Item) - Method in class dsa.lab03.exercises.LinkedStack
push(Item) - Method in class dsa.lab03.solutions.ArrayStack
push(Item) - Method in class dsa.lab03.solutions.LinkedStack

Q

Queue<Item> - Interface in dsa.lab03.base: A queue.

R

relaxDAG(DirectedGraph<Vertex, Double>, Vertex) - Static method in class dsa.lab11.exercises.DAGRelaxer: Find the shortest (weighted) paths to each of the vertices reachable from the given source vertex in the given directed acyclic graph (DAG).
relaxDAG(DirectedGraph<Vertex, Double>, Vertex) - Static method in class dsa.lab11.solutions.DAGRelaxer: Find the shortest (weighted) paths to each of the vertices reachable from the given source vertex in the given directed acyclic graph (DAG).
remove() - Method in interface dsa.lab02.base.LinkedNode: Remove the node from the list and return its item.
remove() - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
remove() - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
remove() - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
remove() - Method in class dsa.lab02.solutions.SinglyLinkedList.Node
remove() - Method in class dsa.lab07.exercises.BinarySearchTree.Node: Remove the item that this node contains from the tree, and return the node removed.
remove() - Method in class dsa.lab07.solutions.BinarySearchTree.Node: Remove the item that this node contains from the tree, and return the node removed.
remove() - Method in class dsa.lab09.base.PriorityQueue.ItemIterator: Remove the previous item returned from PriorityQueue.ItemIterator.next().
remove(int) - Method in interface dsa.lab02.base.DynamicSequence: Remove and return the item at the given index.
remove(int) - Method in class dsa.lab02.exercises.DoublyLinkedList
remove(int) - Method in class dsa.lab02.exercises.SinglyLinkedList
remove(int) - Method in class dsa.lab02.exercises.StaticArray
remove(int) - Method in class dsa.lab02.solutions.DoublyLinkedList
remove(int) - Method in class dsa.lab02.solutions.SinglyLinkedList
remove(int) - Method in class dsa.lab02.solutions.StaticArray
remove(int) - Method in class dsa.lab03.exercises.CircularDynamicArray
remove(int) - Method in class dsa.lab03.exercises.DynamicArray
remove(int) - Method in class dsa.lab03.solutions.CircularDynamicArray
remove(int) - Method in class dsa.lab03.solutions.DynamicArray
remove(Key) - Method in interface dsa.lab04.base.Map: Remove and return the item with the given key.
remove(Key) - Method in class dsa.lab04.exercises.ArrayMap
remove(Key) - Method in class dsa.lab04.solutions.ArrayMap
remove(Key) - Method in class dsa.lab05.exercises.ChainingHashMap
remove(Key) - Method in class dsa.lab05.exercises.SortedArrayMap
remove(Key) - Method in class dsa.lab05.solutions.ChainingHashMap
remove(Key) - Method in class dsa.lab05.solutions.SortedArrayMap
remove(Key) - Method in class dsa.lab06.exercises.ProbingHashMap
remove(Key) - Method in class dsa.lab06.solutions.ProbingHashMap
remove(Key) - Method in class dsa.lab07.exercises.BinarySearchTree
remove(Key) - Method in class dsa.lab07.solutions.BinarySearchTree
remove(Key) - Method in class dsa.lab08.exercises.AVLTree
remove(Key) - Method in class dsa.lab08.solutions.AVLTree
removeFirst() - Method in interface dsa.lab02.base.DynamicSequence: Remove and return the first item.
removeLast() - Method in interface dsa.lab02.base.DynamicSequence: Remove and return the last item.
removeLeft() - Method in class dsa.lab06.exercises.BinaryTree.Node: Remove and return the left child.
removeLeft() - Method in class dsa.lab06.solutions.BinaryTree.Node: Remove and return the left child.
removeMax() - Method in interface dsa.lab09.base.PriorityQueue: Remove the item with the greatest priority.
removeMax() - Method in class dsa.lab09.exercises.ArrayPriorityQueue
removeMax() - Method in class dsa.lab09.exercises.BinaryHeapPriorityQueue
removeMax() - Method in class dsa.lab09.exercises.SortedArrayPriorityQueue
removeMax() - Method in class dsa.lab09.solutions.ArrayPriorityQueue
removeMax() - Method in class dsa.lab09.solutions.BinaryHeapPriorityQueue
removeMax() - Method in class dsa.lab09.solutions.SortedArrayPriorityQueue
removeNext() - Method in interface dsa.lab02.base.LinkedNode: Remove the next node from the list and return its item.
removeNext() - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
removeNext() - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
removeNext() - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
removeNext() - Method in class dsa.lab02.solutions.SinglyLinkedList.Node
removePrevious() - Method in interface dsa.lab02.base.LinkedNode: Remove the previous node from the list and return its item.
removePrevious() - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
removePrevious() - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
removePrevious() - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
removePrevious() - Method in class dsa.lab02.solutions.SinglyLinkedList.Node
removeRight() - Method in class dsa.lab06.exercises.BinaryTree.Node: Remove and return the right child.
removeRight() - Method in class dsa.lab06.solutions.BinaryTree.Node: Remove and return the right child.
removeRoot() - Method in class dsa.lab06.exercises.BinaryTree: Remove and return the root.
removeRoot() - Method in class dsa.lab06.solutions.BinaryTree: Remove and return the root.
REVERSE_IN - Enum constant in enum class dsa.lab06.exercises.BinaryTree.IterationOrder
REVERSE_IN - Enum constant in enum class dsa.lab06.solutions.BinaryTree.IterationOrder
REVERSE_POST - Enum constant in enum class dsa.lab06.exercises.BinaryTree.IterationOrder
REVERSE_POST - Enum constant in enum class dsa.lab06.solutions.BinaryTree.IterationOrder
REVERSE_PRE - Enum constant in enum class dsa.lab06.exercises.BinaryTree.IterationOrder
REVERSE_PRE - Enum constant in enum class dsa.lab06.solutions.BinaryTree.IterationOrder
reversed() - Method in interface dsa.lab02.base.LinkedList
reversed() - Method in interface dsa.lab02.base.StaticSequence: Get a reverse iterable that yields each item once.
reversed() - Method in interface dsa.lab05.base.OrderedMap: Get a reverse iterable that yields each item once.
reversed() - Method in class dsa.lab05.exercises.SortedArrayMap
reversed() - Method in class dsa.lab05.solutions.SortedArrayMap
reversed() - Method in class dsa.lab07.exercises.BinarySearchTree
reversed() - Method in class dsa.lab07.solutions.BinarySearchTree
reversed() - Method in interface dsa.lab09.base.PriorityQueue: Get a reverse iterable that yields each prioritised item once.
reversed() - Method in class dsa.lab09.exercises.ArrayPriorityQueue
reversed() - Method in class dsa.lab09.exercises.BinaryHeapPriorityQueue
reversed() - Method in class dsa.lab09.exercises.SortedArrayPriorityQueue
reversed() - Method in class dsa.lab09.solutions.ArrayPriorityQueue
reversed() - Method in class dsa.lab09.solutions.BinaryHeapPriorityQueue
reversed() - Method in class dsa.lab09.solutions.SortedArrayPriorityQueue
reversedItemsOnly() - Method in interface dsa.lab09.base.PriorityQueue: Get a reverse iterable that yields each item once.
reversedKeys() - Method in interface dsa.lab05.base.OrderedMap: Get a reverse iterable that yields each key once.
reversedNodes() - Method in interface dsa.lab02.base.LinkedList: Get a reverse iterable that yields each node once.
reverseInOrder() - Method in class dsa.lab06.exercises.BinaryTree
reverseInOrder() - Method in class dsa.lab06.solutions.BinaryTree
reverseInOrderNodes() - Method in class dsa.lab06.exercises.BinaryTree
reverseInOrderNodes() - Method in class dsa.lab06.solutions.BinaryTree
ReverseIterator(StaticSequence<Item>) - Constructor for class dsa.lab02.base.StaticSequence.ReverseIterator: Construct a reverse iterator over the items in the given sequence.
ReverseNodeIterator(LinkedList<Item>) - Constructor for class dsa.lab02.base.LinkedList.ReverseNodeIterator: Construct a reverse iterator over the nodes in the given linked list.
reversePostOrder() - Method in class dsa.lab06.exercises.BinaryTree
reversePostOrder() - Method in class dsa.lab06.solutions.BinaryTree
reversePostOrderNodes() - Method in class dsa.lab06.exercises.BinaryTree
reversePostOrderNodes() - Method in class dsa.lab06.solutions.BinaryTree
reversePreOrder() - Method in class dsa.lab06.exercises.BinaryTree
reversePreOrder() - Method in class dsa.lab06.solutions.BinaryTree
reversePreOrderNodes() - Method in class dsa.lab06.exercises.BinaryTree
reversePreOrderNodes() - Method in class dsa.lab06.solutions.BinaryTree
right - Variable in class dsa.lab07.exercises.BinarySearchTree.Node
right - Variable in class dsa.lab07.solutions.BinarySearchTree.Node: The left child - possible null.
right() - Method in class dsa.lab06.exercises.BinaryTree.Node: Get the right child node.
right() - Method in class dsa.lab06.solutions.BinaryTree.Node: Get the right child node.
root - Variable in class dsa.lab07.exercises.BinarySearchTree
root - Variable in class dsa.lab07.solutions.BinarySearchTree: The root of the BST.
root() - Method in class dsa.lab06.exercises.BinaryTree: Get the root node.
root() - Method in class dsa.lab06.solutions.BinaryTree: Get the root node.

S

search(StaticSequence<Item>, Item) - Method in class dsa.lab04.exercises.BinarySearcher: Finds the index of the given item in the given sequence using binary search.
search(StaticSequence<Item>, Item) - Method in class dsa.lab04.solutions.BinarySearcher: Finds the index of the given item in the given sequence using binary search.
search(StaticSequence<Item>, Comparator<Item>, Item) - Method in class dsa.lab04.exercises.BinarySearcher: Finds the index of the given item in the given sequence using binary search.
search(StaticSequence<Item>, Comparator<Item>, Item) - Method in class dsa.lab04.solutions.BinarySearcher: Finds the index of the given item in the given sequence using binary search.
search(DirectedGraph<Vertex, Weight>, Vertex) - Static method in class dsa.lab10.exercises.BreadthFirstSearcher: Perform breadth-first search on the given graph from the given vertex.
search(DirectedGraph<Vertex, Weight>, Vertex) - Static method in class dsa.lab10.solutions.BreadthFirstSearcher: Perform breadth-first search on the given graph from the given vertex.
search(DirectedGraph<Vertex, Weight>, Vertex) - Static method in class dsa.lab11.exercises.DepthFirstSearcher: Perform depth-first search from the given source vertex.
search(DirectedGraph<Vertex, Weight>, Vertex) - Static method in class dsa.lab11.solutions.DepthFirstSearcher: Perform depth-first search from the given source vertex.
SelectionSorter - Class in dsa.lab04.exercises: Selection sort.
SelectionSorter - Class in dsa.lab04.solutions: Selection sort.
SelectionSorter() - Constructor for class dsa.lab04.exercises.SelectionSorter
SelectionSorter() - Constructor for class dsa.lab04.solutions.SelectionSorter
set(int, Item) - Method in interface dsa.lab01.base.BadStaticSequence: Set the item at the given index.
set(int, Item) - Method in interface dsa.lab01.base.StaticSequence: Set the item at the given index.
set(int, Item) - Method in interface dsa.lab02.base.LinkedList
set(int, Item) - Method in interface dsa.lab02.base.StaticSequence: Set the item at the given index.
set(int, Item) - Method in class dsa.lab02.exercises.StaticArray
set(int, Item) - Method in class dsa.lab02.solutions.StaticArray
set(int, Item) - Method in class dsa.lab03.exercises.CircularDynamicArray
set(int, Item) - Method in class dsa.lab03.exercises.DynamicArray
set(int, Item) - Method in class dsa.lab03.solutions.CircularDynamicArray
set(int, Item) - Method in class dsa.lab03.solutions.DynamicArray
setFirst(Item) - Method in interface dsa.lab02.base.StaticSequence: Set the first item.
setItem(Item) - Method in interface dsa.lab02.base.LinkedNode: Set the contained item.
setItem(Item) - Method in class dsa.lab02.exercises.DoublyLinkedList.Node
setItem(Item) - Method in class dsa.lab02.exercises.SinglyLinkedList.Node
setItem(Item) - Method in class dsa.lab02.solutions.DoublyLinkedList.Node
setItem(Item) - Method in class dsa.lab02.solutions.SinglyLinkedList.Node
setItem(Item) - Method in class dsa.lab06.exercises.BinaryTree.Node: Set the contained item.
setItem(Item) - Method in class dsa.lab06.solutions.BinaryTree.Node: Set the contained item.
setLast(Item) - Method in interface dsa.lab02.base.StaticSequence: Set the last item.
SinglyLinkedList<Item> - Class in dsa.lab02.exercises: A singly-linked list.
SinglyLinkedList<Item> - Class in dsa.lab02.solutions: A singly-linked list.
SinglyLinkedList() - Constructor for class dsa.lab02.exercises.SinglyLinkedList: Construct an empty singly-linked list.
SinglyLinkedList() - Constructor for class dsa.lab02.solutions.SinglyLinkedList: Construct an empty singly-linked list.
SinglyLinkedList(Item...) - Constructor for class dsa.lab02.exercises.SinglyLinkedList: Construct a singly-linked list containing the given items.
SinglyLinkedList(Item...) - Constructor for class dsa.lab02.solutions.SinglyLinkedList: Construct a singly-linked list containing the given items.
SinglyLinkedList(Iterable<Item>) - Constructor for class dsa.lab02.exercises.SinglyLinkedList: Construct a singly-linked list containing the given items.
SinglyLinkedList(Iterable<Item>) - Constructor for class dsa.lab02.solutions.SinglyLinkedList: Construct a singly-linked list containing the given items.
SinglyLinkedList.Node<Item> - Class in dsa.lab02.exercises: A node in a singly-linked list.
SinglyLinkedList.Node<Item> - Class in dsa.lab02.solutions: A node in a singly-linked list.
size - Variable in class dsa.lab07.exercises.BinarySearchTree
size - Variable in class dsa.lab07.solutions.BinarySearchTree: The number of nodes in the BST.
size() - Method in interface dsa.lab01.base.BadStaticSequence: Get the number of contained items.
size() - Method in interface dsa.lab01.base.Container: Get the number of contained items.
size() - Method in interface dsa.lab01.base.StringContainer: Get the number of contained strings.
size() - Method in class dsa.lab01.exercises.Array
size() - Method in class dsa.lab01.exercises.StringArray
size() - Method in class dsa.lab01.solutions.Array
size() - Method in class dsa.lab01.solutions.StringArray
size() - Method in interface dsa.lab02.base.Container: Get the number of contained items.
size() - Method in class dsa.lab02.exercises.DoublyLinkedList
size() - Method in class dsa.lab02.exercises.SinglyLinkedList
size() - Method in class dsa.lab02.exercises.StaticArray
size() - Method in class dsa.lab02.solutions.DoublyLinkedList
size() - Method in class dsa.lab02.solutions.SinglyLinkedList
size() - Method in class dsa.lab02.solutions.StaticArray
size() - Method in class dsa.lab03.exercises.ArrayQueue
size() - Method in class dsa.lab03.exercises.ArrayStack
size() - Method in class dsa.lab03.exercises.CircularDynamicArray
size() - Method in class dsa.lab03.exercises.DynamicArray
size() - Method in class dsa.lab03.exercises.LinkedQueue
size() - Method in class dsa.lab03.exercises.LinkedStack
size() - Method in class dsa.lab03.solutions.ArrayQueue
size() - Method in class dsa.lab03.solutions.ArrayStack
size() - Method in class dsa.lab03.solutions.CircularDynamicArray
size() - Method in class dsa.lab03.solutions.DynamicArray
size() - Method in class dsa.lab03.solutions.LinkedQueue
size() - Method in class dsa.lab03.solutions.LinkedStack
size() - Method in class dsa.lab04.exercises.ArrayMap
size() - Method in class dsa.lab04.solutions.ArrayMap
size() - Method in class dsa.lab05.exercises.ChainingHashMap
size() - Method in class dsa.lab05.exercises.HashFunction: Get the size of the range of hashes.
size() - Method in class dsa.lab05.exercises.SortedArrayMap
size() - Method in class dsa.lab05.solutions.ChainingHashMap
size() - Method in class dsa.lab05.solutions.HashFunction: Get the size of the range of hashes.
size() - Method in class dsa.lab05.solutions.SortedArrayMap
size() - Method in class dsa.lab06.exercises.BinaryTree.Node: Get the number of contained items.
size() - Method in class dsa.lab06.exercises.BinaryTree
size() - Method in class dsa.lab06.exercises.ProbingHashMap
size() - Method in class dsa.lab06.solutions.BinaryTree.Node: Get the number of contained items.
size() - Method in class dsa.lab06.solutions.BinaryTree
size() - Method in class dsa.lab06.solutions.ProbingHashMap
size() - Method in class dsa.lab07.exercises.BinarySearchTree
size() - Method in class dsa.lab07.solutions.BinarySearchTree
size() - Method in class dsa.lab09.exercises.ArrayPriorityQueue
size() - Method in class dsa.lab09.exercises.BinaryHeapPriorityQueue
size() - Method in class dsa.lab09.exercises.SortedArrayPriorityQueue
size() - Method in class dsa.lab09.solutions.ArrayPriorityQueue
size() - Method in class dsa.lab09.solutions.BinaryHeapPriorityQueue
size() - Method in class dsa.lab09.solutions.SortedArrayPriorityQueue
size() - Method in class dsa.lab10.exercises.DirectedGraph
size() - Method in class dsa.lab10.solutions.DirectedGraph
sort(StaticSequence<Item>) - Method in interface dsa.lab04.base.Sorter: Sorts the given sequence.
sort(StaticSequence<Item>, Comparator<Item>) - Method in interface dsa.lab04.base.Sorter: Sorts the given sequence according to the given comparator.
sort(StaticSequence<Item>, Comparator<Item>) - Method in class dsa.lab04.exercises.InsertionSorter
sort(StaticSequence<Item>, Comparator<Item>) - Method in class dsa.lab04.exercises.MergeSorter
sort(StaticSequence<Item>, Comparator<Item>) - Method in class dsa.lab04.exercises.SelectionSorter
sort(StaticSequence<Item>, Comparator<Item>) - Method in class dsa.lab04.solutions.InsertionSorter
sort(StaticSequence<Item>, Comparator<Item>) - Method in class dsa.lab04.solutions.MergeSorter
sort(StaticSequence<Item>, Comparator<Item>) - Method in class dsa.lab04.solutions.SelectionSorter
sort(StaticSequence<Item>, Comparator<Item>) - Method in class dsa.lab09.exercises.HeapSorter
sort(StaticSequence<Item>, Comparator<Item>) - Method in class dsa.lab09.solutions.HeapSorter
sort(DirectedGraph<Vertex, Weight>) - Static method in class dsa.lab11.exercises.TopologicalSorter: Get an iterable that yields each vertex of the given directed acyclic graph (DAG) in a topologically-sorted order.
sort(DirectedGraph<Vertex, Weight>) - Static method in class dsa.lab11.solutions.TopologicalSorter: Get an iterable that yields each vertex of the given directed acyclic graph (DAG) in a topologically-sorted order.
SortedArrayMap<Key,Value> - Class in dsa.lab05.exercises: A sorted array map.
SortedArrayMap<Key,Value> - Class in dsa.lab05.solutions: A sorted array map.
SortedArrayMap() - Constructor for class dsa.lab05.exercises.SortedArrayMap: Construct an empty sorted array map.
SortedArrayMap() - Constructor for class dsa.lab05.solutions.SortedArrayMap: Construct an empty sorted array map.
SortedArrayMap(MapItem<Key, Value>...) - Constructor for class dsa.lab05.exercises.SortedArrayMap: Construct a sorted array map containing the given items.
SortedArrayMap(MapItem<Key, Value>...) - Constructor for class dsa.lab05.solutions.SortedArrayMap: Construct a sorted array map containing the given items.
SortedArrayMap(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab05.exercises.SortedArrayMap: Construct a sorted array map containing the given items.
SortedArrayMap(Iterable<MapItem<Key, Value>>) - Constructor for class dsa.lab05.solutions.SortedArrayMap: Construct a sorted array map containing the given items.
SortedArrayMap(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab05.exercises.SortedArrayMap: Construct a sorted array map containing the given items more efficiently than SortedArrayMap(Iterable).
SortedArrayMap(Iterable<MapItem<Key, Value>>, int) - Constructor for class dsa.lab05.solutions.SortedArrayMap: Construct a sorted array map containing the given items more efficiently than SortedArrayMap(Iterable).
SortedArrayPriorityQueue<Priority,Item> - Class in dsa.lab09.exercises: A sorted array priority queue.
SortedArrayPriorityQueue<Priority,Item> - Class in dsa.lab09.solutions: A sorted array priority queue.
SortedArrayPriorityQueue() - Constructor for class dsa.lab09.exercises.SortedArrayPriorityQueue: Construct an empty sorted array priority queue.
SortedArrayPriorityQueue() - Constructor for class dsa.lab09.solutions.SortedArrayPriorityQueue: Construct an empty sorted array priority queue.
SortedArrayPriorityQueue(PriorityQueueItem<Priority, Item>...) - Constructor for class dsa.lab09.exercises.SortedArrayPriorityQueue: Construct a sorted array priority queue containing the given items.
SortedArrayPriorityQueue(PriorityQueueItem<Priority, Item>...) - Constructor for class dsa.lab09.solutions.SortedArrayPriorityQueue: Construct a sorted array priority queue containing the given items.
SortedArrayPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>) - Constructor for class dsa.lab09.exercises.SortedArrayPriorityQueue: Construct a sorted array priority queue containing the given items.
SortedArrayPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>) - Constructor for class dsa.lab09.solutions.SortedArrayPriorityQueue: Construct a sorted array priority queue containing the given items.
SortedArrayPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>, int) - Constructor for class dsa.lab09.exercises.SortedArrayPriorityQueue: Construct a sorted array priority queue containing the given items more efficiently than SortedArrayPriorityQueue(Iterable).
SortedArrayPriorityQueue(Iterable<PriorityQueueItem<Priority, Item>>, int) - Constructor for class dsa.lab09.solutions.SortedArrayPriorityQueue: Construct a sorted array priority queue containing the given items more efficiently than SortedArrayPriorityQueue(Iterable).
Sorter - Interface in dsa.lab04.base: A sorting algorithm.
source() - Method in class dsa.lab10.base.Edge: Get the source vertex.
Stack<Item> - Interface in dsa.lab03.base: A stack.
StaticArray<Item> - Class in dsa.lab02.exercises: A static array.
StaticArray<Item> - Class in dsa.lab02.solutions: A static array.
StaticArray() - Constructor for class dsa.lab02.exercises.StaticArray: Construct an empty static array.
StaticArray() - Constructor for class dsa.lab02.solutions.StaticArray: Construct an empty static array.
StaticArray(Item...) - Constructor for class dsa.lab02.exercises.StaticArray: Construct a static array containing the given items.
StaticArray(Item...) - Constructor for class dsa.lab02.solutions.StaticArray: Construct a static array containing the given items.
StaticArray(Iterable<Item>) - Constructor for class dsa.lab02.exercises.StaticArray: Construct a static array containing the given items.
StaticArray(Iterable<Item>) - Constructor for class dsa.lab02.solutions.StaticArray: Construct a static array containing the given items.
StaticArray(Iterable<Item>, int) - Constructor for class dsa.lab02.exercises.StaticArray: Construct a static array containing the given items more efficiently than StaticArray(Iterable).
StaticArray(Iterable<Item>, int) - Constructor for class dsa.lab02.solutions.StaticArray: Construct a static array containing the given items more efficiently than StaticArray(Iterable).
StaticSequence<Item> - Interface in dsa.lab01.base: A static sequence.
StaticSequence<Item> - Interface in dsa.lab02.base: A static sequence.
StaticSequence.ForwardIterator<Item> - Class in dsa.lab02.base: A forward iterator over the items in a sequence.
StaticSequence.ReverseIterator<Item> - Class in dsa.lab02.base: A reverse iterator over the items in a sequence.
StringArray - Class in dsa.lab01.exercises: An array-based string container.
StringArray - Class in dsa.lab01.solutions: An array-based string container.
StringArray() - Constructor for class dsa.lab01.exercises.StringArray: Construct an empty string array.
StringArray() - Constructor for class dsa.lab01.solutions.StringArray: Construct an empty string array.
StringArray(String...) - Constructor for class dsa.lab01.exercises.StringArray: Construct a string array containing the given strings.
StringArray(String...) - Constructor for class dsa.lab01.solutions.StringArray: Construct a string array containing the given strings.
StringContainer - Interface in dsa.lab01.base: A string container.
swap(int, int) - Method in interface dsa.lab02.base.StaticSequence: Swaps the two items at the given indices.

T

target() - Method in class dsa.lab10.base.Edge: Get the target vertex.
top() - Method in interface dsa.lab03.base.Stack: Get the item on top.
top() - Method in class dsa.lab03.exercises.ArrayStack
top() - Method in class dsa.lab03.exercises.LinkedStack
top() - Method in class dsa.lab03.solutions.ArrayStack
top() - Method in class dsa.lab03.solutions.LinkedStack
TopologicalSorter - Class in dsa.lab11.exercises: Topological sort.
TopologicalSorter - Class in dsa.lab11.solutions: Topological sort.
TopologicalSorter() - Constructor for class dsa.lab11.exercises.TopologicalSorter
TopologicalSorter() - Constructor for class dsa.lab11.solutions.TopologicalSorter
toString() - Method in class dsa.lab04.base.MapItem
toString() - Method in class dsa.lab06.exercises.BinaryTree.Node
toString() - Method in class dsa.lab06.exercises.BinaryTree
toString() - Method in class dsa.lab06.solutions.BinaryTree.Node
toString() - Method in class dsa.lab06.solutions.BinaryTree
toString() - Method in class dsa.lab07.exercises.BinarySearchTree
toString() - Method in class dsa.lab07.solutions.BinarySearchTree
toString() - Method in class dsa.lab09.base.PriorityQueueItem
toString() - Method in class dsa.lab10.base.Edge
toString() - Method in class dsa.lab10.base.Path
tree - Variable in class dsa.lab07.exercises.BinarySearchTree.Node
tree - Variable in class dsa.lab07.solutions.BinarySearchTree.Node: The containing BST.
tree() - Method in class dsa.lab06.exercises.BinaryTree.Node: Get the containing binary tree.
tree() - Method in class dsa.lab06.solutions.BinaryTree.Node: Get the containing binary tree.

V

value() - Method in class dsa.lab04.base.MapItem: Get the value (the rest of the item, or the corresponding value, depending on your view).
valueOf(String) - Static method in enum class dsa.lab06.exercises.BinaryTree.IterationOrder: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class dsa.lab06.solutions.BinaryTree.IterationOrder: Returns the enum constant of this class with the specified name.
values() - Method in interface dsa.lab04.base.Map: Get an iterable that yields each value once.
values() - Static method in enum class dsa.lab06.exercises.BinaryTree.IterationOrder: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class dsa.lab06.solutions.BinaryTree.IterationOrder: Returns an array containing the constants of this enum class, in the order they are declared.
visited() - Method in class dsa.lab11.base.DepthFirstSearchResult: Get the order vertices were finished being visited in.

W

weight() - Method in class dsa.lab10.base.Edge: Get the weight data (null if there is none).

_

_isAVLConditionSatisfied() - Method in class dsa.lab08.exercises.AVLTree
_isAVLConditionSatisfied() - Method in class dsa.lab08.solutions.AVLTree
_isHeightCacheCorrect() - Method in class dsa.lab08.exercises.AVLTree
_isHeightCacheCorrect() - Method in class dsa.lab08.solutions.AVLTree

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