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[ DevCourseWeb com ] Udemy - Algorithms Data Structures in Java #1 ( + INTERVIEW QUESTIONS)
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01 - Introduction
001 Introduction.mp4
001 Introduction_en.vtt
002 Complexity theory basics.html
02 - Data Structures Overview
001 Why to use data structures.mp4
001 Why to use data structures_en.vtt
002 Data structures and abstract data types.mp4
002 Data structures and abstract data types_en.vtt
03 - Installation and Environment Setup
001 Installing Java and Eclipse on Windows.html
002 Installing Java and Eclipse on Mac.html
04 - Arrays
001 What are array data structures.mp4
001 What are array data structures_en.vtt
002 Arrays introduction - operations.mp4
002 Arrays introduction - operations_en.vtt
003 Implementing arrays.mp4
003 Implementing arrays_en.vtt
004 ArraysLists in Java.mp4
004 ArraysLists in Java_en.vtt
05 - Interview Questions (Arrays)
001 Reversing an array in-place overview.html
002 Reversing an array in-place solution.mp4
002 Reversing an array in-place solution_en.vtt
003 Anagram problem overview.html
004 Anagram problem solution.mp4
004 Anagram problem solution_en.vtt
005 Palindrome problem overview.html
006 Palindrome problem solution.mp4
006 Palindrome problem solution_en.vtt
007 Integer reversion problem overview.html
008 Integer reversion problem solution.mp4
008 Integer reversion problem solution_en.vtt
009 Dutch national flag problem overview.html
010 Dutch national flag problem theory.mp4
010 Dutch national flag problem theory_en.vtt
011 Dutch national flag problem solution.mp4
011 Dutch national flag problem solution_en.vtt
012 Trapping rain water problem overview.html
013 Trapping rain water problem theory.mp4
013 Trapping rain water problem theory_en.vtt
014 Trapping rain water problem solution.mp4
014 Trapping rain water problem solution_en.vtt
38551216-DutchFlagProblem.java
38564302-ReverseArrayProblem.java
38565736-AnagramProblem.java
38566650-PalindromeProblem.java
38585542-TrappedRainProblem.java
06 - Linked Lists
001 What are linked lists.mp4
001 What are linked lists_en.vtt
002 Linked list theory - operations.mp4
002 Linked list theory - operations_en.vtt
003 Linked list implementation I.mp4
003 Linked list implementation I_en.vtt
004 Linked list implementation II.mp4
004 Linked list implementation II_en.vtt
005 Linked list implementation III.mp4
005 Linked list implementation III_en.vtt
006 Linked list implementation IV.mp4
006 Linked list implementation IV_en.vtt
007 Comparing linked lists and arrays.mp4
007 Comparing linked lists and arrays_en.vtt
008 Practical (real-world) applications of linked lists.mp4
008 Practical (real-world) applications of linked lists_en.vtt
07 - Doubly Linked Lists
001 What are doubly linked lists.mp4
001 What are doubly linked lists_en.vtt
002 Doubly linked list implementation.mp4
002 Doubly linked list implementation_en.vtt
003 LinkedLists in Java.mp4
003 LinkedLists in Java_en.vtt
004 Running time comparison linked lists and arrays.mp4
004 Running time comparison linked lists and arrays_en.vtt
08 - Interview Questions (Linked List)
001 Finding the middle node in a linked list overview.html
002 Finding the middle node in a linked list solution.mp4
002 Finding the middle node in a linked list solution_en.vtt
003 Reverse a linked list in-place overview.html
004 Reverse a linked list in-place solution.mp4
004 Reverse a linked list in-place solution_en.vtt
38588974-LinkedList.java
09 - Stacks
001 What are stacks.mp4
001 What are stacks_en.vtt
002 Stacks in memory management (stacks and heaps ).mp4
002 Stacks in memory management (stacks and heaps )_en.vtt
003 Stack memory visualization.mp4
003 Stack memory visualization_en.vtt
004 Stack implementation with linked list.mp4
004 Stack implementation with linked list_en.vtt
005 Stack implementation with arrays.mp4
005 Stack implementation with arrays_en.vtt
006 Dijkstra's interpreter introduction.mp4
006 Dijkstra's interpreter introduction_en.vtt
007 Dijkstra's interpreter implementation.mp4
007 Dijkstra's interpreter implementation_en.vtt
008 Stacks in Java.mp4
008 Stacks in Java_en.vtt
009 Practical (real-world) applications of stacks.mp4
009 Practical (real-world) applications of stacks_en.vtt
10 - Queues
001 What are queues.mp4
001 What are queues_en.vtt
002 Queue implementation with linked list.mp4
002 Queue implementation with linked list_en.vtt
003 Queues in Java.mp4
003 Queues in Java_en.vtt
11 - Interview Questions (Stacks and Queues)
001 Max in a stack problem overview.html
002 Max in a stack problem solution.mp4
002 Max in a stack problem solution_en.vtt
003 Stack with queue overview.html
004 Stack with queue solution.mp4
004 Stack with queue solution_en.vtt
005 Stack with queue solution - recursion.mp4
005 Stack with queue solution - recursion_en.vtt
12 - Binary Search Trees
001 Binary search trees theory - basics.mp4
001 Binary search trees theory - basics_en.vtt
002 Binary search trees theory - search, insert.mp4
002 Binary search trees theory - search, insert_en.vtt
003 Binary search trees theory - delete.mp4
003 Binary search trees theory - delete_en.vtt
004 Binary search trees theory - in-order traversal.mp4
004 Binary search trees theory - in-order traversal_en.vtt
005 Binary search trees theory - running times.mp4
005 Binary search trees theory - running times_en.vtt
006 Binary search trees implementation I - Node and Tree classes.mp4
006 Binary search trees implementation I - Node and Tree classes_en.vtt
007 Binary search trees implementation II - insertion.mp4
007 Binary search trees implementation II - insertion_en.vtt
008 Binary search tree implementation III - max, min and traversal.mp4
008 Binary search tree implementation III - max, min and traversal_en.vtt
009 Stack memory visualization - finding max (min) items.mp4
009 Stack memory visualization - finding max (min) items_en.vtt
010 Stack memory visualization - tree traversal.mp4
010 Stack memory visualization - tree traversal_en.vtt
011 Binary search tree implementation IV - remove.mp4
011 Binary search tree implementation IV - remove_en.vtt
012 Binary search tree implementation V - testing.mp4
012 Binary search tree implementation V - testing_en.vtt
013 Practical (real-world) applications of trees.mp4
013 Practical (real-world) applications of trees_en.vtt
13 - Interview Questions (Trees)
001 Compare binary trees overview.html
002 Compare binary trees solution.mp4
002 Compare binary trees solution_en.vtt
003 Compare binary trees minor update.html
004 k-th smallest element in a search tree overview.html
005 k-th smallest element in a search tree solution.mp4
005 k-th smallest element in a search tree solution_en.vtt
006 Family age problem overview.html
007 Family age problem solution.mp4
007 Family age problem solution_en.vtt
14 - Balanced Trees AVL Trees
001 Motivation behind balanced binary search trees.mp4
001 Motivation behind balanced binary search trees_en.vtt
002 What are AVL trees.mp4
002 What are AVL trees_en.vtt
003 AVL trees introduction - height.mp4
003 AVL trees introduction - height_en.vtt
004 AVL trees introduction - rotations.mp4
004 AVL trees introduction - rotations_en.vtt
005 AVL trees introduction - illustration.mp4
005 AVL trees introduction - illustration_en.vtt
006 AVL tree implementation I.mp4
006 AVL tree implementation I_en.vtt
007 AVL tree implementation II.mp4
007 AVL tree implementation II_en.vtt
008 AVL tree implementation III.mp4
008 AVL tree implementation III_en.vtt
009 AVL tree implementation IV.mp4
009 AVL tree implementation IV_en.vtt
010 AVL tree implementation V.mp4
010 AVL tree implementation V_en.vtt
011 Practical (real-world) applications of balanced binary search trees.mp4
011 Practical (real-world) applications of balanced binary search trees_en.vtt
15 - Balanced Trees Red-Black Trees
001 What are red-black trees.mp4
001 What are red-black trees_en.vtt
002 The logic behind red-black trees.mp4
002 The logic behind red-black trees_en.vtt
003 Red-black trees - recoloring and rotation cases.mp4
003 Red-black trees - recoloring and rotation cases_en.vtt
004 Red-black trees visualizations.mp4
004 Red-black trees visualizations_en.vtt
005 Red-black tree implementation I.mp4
005 Red-black tree implementation I_en.vtt
006 Red-black tree implementation II.mp4
006 Red-black tree implementation II_en.vtt
007 Red-black tree implementation III.mp4
007 Red-black tree implementation III_en.vtt
008 Red-black tree implementation IV.mp4
008 Red-black tree implementation IV_en.vtt
009 Red-black tree implementation V.mp4
009 Red-black tree implementation V_en.vtt
010 Differences between red-black tree and AVL trees.mp4
010 Differences between red-black tree and AVL trees_en.vtt
16 - Splay Trees
001 What are splay trees.mp4
001 What are splay trees_en.vtt
002 Splay tree introduction - example.mp4
002 Splay tree introduction - example_en.vtt
003 Splay tree implementation I.mp4
003 Splay tree implementation I_en.vtt
004 Splay tree implementation II.mp4
004 Splay tree implementation II_en.vtt
005 Splay tree implementation III.mp4
005 Splay tree implementation III_en.vtt
006 Splay trees application.mp4
006 Splay trees application_en.vtt
17 - Binary Heaps
001 What are priority queues.mp4
001 What are priority queues_en.vtt
002 Heap introduction - basics.mp4
002 Heap introduction - basics_en.vtt
003 Heap introduction - array representation.mp4
003 Heap introduction - array representation_en.vtt
004 Heap introduction - remove operation.mp4
004 Heap introduction - remove operation_en.vtt
005 Using heap data structure to sort (heapsort).mp4
005 Using heap data structure to sort (heapsort)_en.vtt
006 Heap introduction - running times.mp4
006 Heap introduction - running times_en.vtt
007 Binomial and Fibonacci heaps.mp4
007 Binomial and Fibonacci heaps_en.vtt
008 Heap implementation I.mp4
008 Heap implementation I_en.vtt
009 Heap implementation II.mp4
009 Heap implementation II_en.vtt
010 Heap implementation III.mp4
010 Heap implementation III_en.vtt
011 Heaps in java.util.PriorityQueue.mp4
011 Heaps in java.util.PriorityQueue_en.vtt
18 - Heaps Interview Questions
001 Checking array heap representation overview.html
002 Checking array heap representation solution.mp4
002 Checking array heap representation solution_en.vtt
003 Converting max heap to min heap overview.html
004 Converting max heap to min heap solution.mp4
004 Converting max heap to min heap solution_en.vtt
19 - B-Trees
001 What is external memory.mp4
001 What is external memory_en.vtt
002 Disk access times.mp4
002 Disk access times_en.vtt
003 What are B-trees.mp4
003 What are B-trees_en.vtt
004 B-tree introduction - insertion.mp4
004 B-tree introduction - insertion_en.vtt
005 B-tree introduction - deletion.mp4
005 B-tree introduction - deletion_en.vtt
006 B-tree variants and file systems.mp4
006 B-tree variants and file systems_en.vtt
20 - Hashtables
001 What are associative arrays.mp4
001 What are associative arrays_en.vtt
002 Hashtables introduction - basics.mp4
002 Hashtables introduction - basics_en.vtt
003 Hashtables introduction - collisions.mp4
003 Hashtables introduction - collisions_en.vtt
004 Hashtables introduction - load factor & dynamic resizing.mp4
004 Hashtables introduction - load factor & dynamic resizing_en.vtt
005 ----------- Chaining -----------.html
006 Chaining method summary.mp4
006 Chaining method summary_en.vtt
007 Chaining implementation I - put.mp4
007 Chaining implementation I - put_en.vtt
008 Chaining implementation II - get.mp4
008 Chaining implementation II - get_en.vtt
009 Chaining implementation III - testing.mp4
009 Chaining implementation III - testing_en.vtt
010 -------- Linear Probing --------.html
011 Linear probing summary.mp4
011 Linear probing summary_en.vtt
012 Linear probing implementation I - put.mp4
012 Linear probing implementation I - put_en.vtt
013 Linear probing implementation II - get.mp4
013 Linear probing implementation II - get_en.vtt
014 Linear probing implementation III - testing.mp4
014 Linear probing implementation III - testing_en.vtt
015 ------- Generic Linear Probing ---------.html
016 Generic linear probing implementation I - basics.mp4
016 Generic linear probing implementation I - basics_en.vtt
017 Generic linear probing implementation II - get.mp4
017 Generic linear probing implementation II - get_en.vtt
018 Generic linear probing implementation III - put.mp4
018 Generic linear probing implementation III - put_en.vtt
019 Generic linear probing implementation IV - remove.mp4
019 Generic linear probing implementation IV - remove_en.vtt
020 Generic linear probing implementation V - resize.mp4
020 Generic linear probing implementation V - resize_en.vtt
021 Generic linear probing implementation VI - testing.mp4
021 Generic linear probing implementation VI - testing_en.vtt
022 Generic linear probing implementation - hashCode.mp4
022 Generic linear probing implementation - hashCode_en.vtt
023 Maps in Java Collections.mp4
023 Maps in Java Collections_en.vtt
024 Why to use prime numbers in hash-functions.mp4
024 Why to use prime numbers in hash-functions_en.vtt
025 Practical (real-world) applications of hashing.mp4
025 Practical (real-world) applications of hashing_en.vtt
21 - Hashing Interview Questions
001 Two sum problem overview.html
002 Two sum problem solution.mp4
002 Two sum problem solution_en.vtt
22 - Basic Sorting Algorithms
001 Sorting introduction.mp4
001 Sorting introduction_en.vtt
002 What is stability in sorting.mp4
002 What is stability in sorting_en.vtt
003 Adaptive sorting algorithms.mp4
003 Adaptive sorting algorithms_en.vtt
004 Bogo sort introduction.mp4
004 Bogo sort introduction_en.vtt
005 Bogo sort implementation.mp4
005 Bogo sort implementation_en.vtt
006 Bubble sort introduction.mp4
006 Bubble sort introduction_en.vtt
007 Bubble sort implementation.mp4
007 Bubble sort implementation_en.vtt
008 Selection sort introduction.mp4
008 Selection sort introduction_en.vtt
009 Selection sort implementation.mp4
009 Selection sort implementation_en.vtt
010 Insertion sort introduction.mp4
010 Insertion sort introduction_en.vtt
011 Insertion sort implementation.mp4
011 Insertion sort implementation_en.vtt
012 Shell sort introduction.mp4
012 Shell sort introduction_en.vtt
013 Shell sort implementation.mp4
013 Shell sort implementation_en.vtt
014 Quicksort introduction.mp4
014 Quicksort introduction_en.vtt
015 Quicksort introduction - example.mp4
015 Quicksort introduction - example_en.vtt
016 Quicksort implementation.mp4
016 Quicksort implementation_en.vtt
017 Hoare's partitioning and Lomuto's partitioning.html
018 What is the worst-case scenario for quicksort.mp4
018 What is the worst-case scenario for quicksort_en.vtt
019 Merge sort introduction.mp4
019 Merge sort introduction_en.vtt
020 Merge sort implementation.mp4
020 Merge sort implementation_en.vtt
021 Merge sort and stack memory visualization.mp4
021 Merge sort and stack memory visualization_en.vtt
022 Hybrid algorithms introduction.mp4
022 Hybrid algorithms introduction_en.vtt
023 Non-comparison based algorithms.mp4
023 Non-comparison based algorithms_en.vtt
024 Counting sort introduction.mp4
024 Counting sort introduction_en.vtt
025 Counting sort implementation.mp4
025 Counting sort implementation_en.vtt
026 Radix sort introduction.mp4
026 Radix sort introduction_en.vtt
027 Radix sort implementation.mp4
027 Radix sort implementation_en.vtt
23 - BONUS Least Recently Used (LRU) Cache
001 Why to use cache.mp4
001 Why to use cache_en.vtt
002 LRU cache introduction.mp4
002 LRU cache introduction_en.vtt
003 LRU cache implementation I.mp4
003 LRU cache implementation I_en.vtt
004 LRU cache implementation II.mp4
004 LRU cache implementation II_en.vtt
24 - BONUS Fenwick Trees (Binary Indexed Trees)
001 What are Fenwick trees.mp4
001 What are Fenwick trees_en.vtt
002 Fenwick trees introduction - tree structure.mp4
002 Fenwick trees introduction - tree structure_en.vtt
003 Fenwick trees introduction - update.mp4
003 Fenwick trees introduction - update_en.vtt
004 Fenwick trees implementation.mp4
004 Fenwick trees implementation_en.vtt
25 - Next Steps
001 Next steps.html
26 - Algorhyme FREE Algorithms Visualizer App
001 Algorhyme Visualization App.mp4
001 Algorhyme Visualization App_en.vtt
002 Algorhyme - Algorithms and Data Structures.html
27 - Course Materials (DOWNLOADS)
001 Course materials.html
002 Download source code.html
AVL
AVL
bin
com
balazsholczer
avl
App.class
AvlTree.class
Node.class
Tree.class
classpath
project
settings
org.eclipse.jdt.core.prefs
src
com
balazsholczer
avl
App.java
AvlTree.java
Node.java
Tree.java
generic
AVL
bin
com
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avl
App.class
AvlTree.class
Node.class
Tree.class
classpath
project
settings
org.eclipse.jdt.core.prefs
src
com
balazsholczer
avl
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AvlTree.java
Node.java
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AVLTree
bin
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globalsoftwaresupport
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com
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Tree.java
Arrays
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BinarySearchTree.java
Node.java
Person.java
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CheckHeaps
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com
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App.class
CheckHeap.class
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src
com
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CheckHeap.java
Collections
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Maps
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PriorityQueues
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Person.class
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PriorityQueues
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Person.java
DijkstraInterpreter
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DoublyLinkedList
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DoublyLinkedList.java
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GenericHashMapLinearProbing
HashTable
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HashTable.java
HashMapChaining
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HashItem.class
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Constants.java
HashItem.java
HashTable.java
HashMapLinearProbing
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HashItem.java
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Heap
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Heap.class
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Heap.java
InterviewQuestions
CheckHeap
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CheckHeap.class
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heap
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CheckHeap.java
ComparingTrees
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comparetrees
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BinarySearchTree.class
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Tree.class
TreeCompareHelper.class
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comparetrees
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BinarySearchTree.java
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FamilyTree
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Person.class
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LargestItemsInTree
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BinarySearchTree.class
Node.class
Tree.class
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com
balazsholczer
tree
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BinarySearchTree.java
Node.java
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MaxItemStack
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MaxItemStack.class
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com
balazsholczer
stacks
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MaxItemStack.java
MaxToMinHeap
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balazsholczer
heap
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HeapConverter.class
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com
balazsholczer
heap
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HeapConverter.java
MiddleNodeLinkedList
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LinkedList.class
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com
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LinkedList.java
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Node.java
QueueWithStacks
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OneStackQueue.class
Queue.class
classpath
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com
balazsholczer
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Queue.java
RepeatedItemsArray
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App.class
RepeatedIntegersProblem.class
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ReservoirSampling
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ReverseArrayInPlace
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JavaHeaps
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JavaQueue
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com
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Task.class
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com
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Task.java
JavaStack
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com
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Stack.class
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src
com
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Stack.java
LinkList
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com
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LinkedList.class
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Node.class
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org.eclipse.jdt.core.prefs
src
com
balazsholczer
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LinkedList.java
List.java
Node.java
LinkedList
bin
com
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List.class
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Person.class
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org.eclipse.jdt.core.prefs
src
com
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LinkedList.java
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Person.java
Queue
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Queue.java
RedBlackTree
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com
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SplayTree
App.java
Node.java
SplayTree.java
Tree.java
bin
com
globalsoftwaresupport
App.class
Node.class
SplayTree.class
Tree.class
classpath
project
settings
org.eclipse.jdt.core.prefs
src
com
globalsoftwaresupport
App.java
Node.java
SplayTree.java
Tree.java
StackArray
App.java
Stack.java
StackArrays
bin
com
globalsoftwaresupport
App.class
classpath
project
settings
org.eclipse.jdt.core.prefs
src
com
globalsoftwaresupport
App.java
StackLinkedList
App.java
Node.java
Stack.java
StacksLinkedList
bin
com
globalsoftwaresupport
App.class
Node.class
Stack.class
classpath
project
settings
org.eclipse.jdt.core.prefs
src
com
globalsoftwaresupport
App.java
Node.java
Stack.java
TST
App.java
Node.java
TST.java
avl.pptx
bst.pptx
btree.pptx
datastruct.pptx
hashtable.pptx
heaps.pptx
linkedlist.pptx
lru
App.java
Constants.java
DoublyLinkedList.java
LRUCache.java
Node.java
rbvsavl.pptx
redblacktree.pptx
shaunting_yard.pptx
splay.pptx
stack_queue.pptx
tst.pptx
Bonus Resources.txt
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