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Everyday data structures

You're reading from   Everyday data structures A practical guide to learning data structures simply and easily

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Product type Paperback
Published in Mar 2017
Publisher Packt
ISBN-13 9781787121041
Length 344 pages
Edition 1st Edition
Languages
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Author (1):
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William Smith William Smith
Author Profile Icon William Smith
William Smith
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Table of Contents (14) Chapters Close

Preface 1. Data Types: Foundational Structures 2. Arrays: Foundational Collections FREE CHAPTER 3. Lists: Linear Collections 4. Stacks: LIFO Collections 5. Queues: FIFO Collections 6. Dictionaries: Keyed Collections 7. Sets: No Duplicates 8. Structs: Complex Types 9. Trees: Non-Linear Structures 10. Heaps: Ordered Trees 11. Graphs: Values with Relationships 12. Sorting: Bringing Order Out Of Chaos 13. Searching: Finding What You Need

Instantiating lists


Like other data structures, lists must be defined and instantiated prior to being used. Each of the four languages that we will examine in this text has varying support for, and unique implementations of, the list data structure. Let's briefly examine how to instantiate a list in each language.

C#

Instantiating lists in C# requires the use of the new keyword:

    //Array backed lists 
    ArrayList myArrayList = new ArrayList(); 
    List<string> myOtherArrayList = new List<string>(); 
 
    //Linked lists 
    LinkedList<string> myLinkedList = new LinkedList<string>(); 

The C# ArrayList class originated in .NET 1.0, and it is not used very often anymore. Most developers prefer to use the generic concrete implementation, List<of T>, for an array-based list. This is also true for the generic concrete linked list implementation, LinkedList<of T>. There is no non-generic linked list data structure in C#.

Java

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