Data Structure Code Collection
It’s a hand picked collection of several Data Structure Codes required for learning C in advanced manner. Each and every code is written using the most easy logic and concept. All these codes are useful for BCA, BSC(Comp), BSC(IT) and all the stream of B.Tech Engineering.
Easy code for Circular Doubly Linked List
Code for implementing Circular Doubly Linked List This code is designed for implementing basic operations of Circular Doubly Linked List.
Easy of Circular Linked List code and it’s operations
Code for implementing Circular Linked List and its operations. This code is designed to implement all the operations of circular
Easy Infix to Prefix Conversion Code
Code for implementing Infix to Prefix Conversion. This code is designed for converting an infix equation(expression) into prefix equation(expression) means
Best Radix Sort Explanation with easy code
Radix Sort: A Comprehensive Explanation Radix Sort is a non-comparative sorting algorithm that sorts numbers (or strings) digit by digit,
Best Tutorial on Stack in deep details
Stack in deep details 1. What is a Stack? A stack is a linear data structure that operates on the
Easy Linear Queue using Linked List Code
Code for implementing Linear Queue using Linked List For learning pointer, dynamic memory allocation, linked list, you should go through
Easy Polynomial Addition using linked list code (basic version)
Code for Polynomial Addition using Linked List (Basic Version) This code is designed to implement Polynomial Addition using Linked List.
Easy Adjacency Matrix Representation of Graph
Adjacency Matrix Code Adjacency matrix code using C is a way to represent a graph as a 2D array. The
Easy Adjacency List Representation of Graph
Adjacency List Code Adjacency List is one of the best way of representing a graph through computer code. In this
Easy Original to Sparse Matrix and Sparse to Original Matrix Conversion Code
Original to Sparse Matrix and Sparse to Original Matrix In computer science and mathematics, a sparse matrix is a particular
Easy Josephus problem solution using Circular Linked List
Josephus Problem Solution Code This code is for implementing Josephus Problem using Circular Linked List. Actually Josephus problem is a
Easy AVL Tree Explanation
AVL Tree Introduction to AVL Tree : AVL trees are a self-balancing binary search tree data structure that helps maintain
Easy Mirror Image Construct of Binary Search Tree
Mirror Image Construct of Binary Search Tree This code is for showing Mirror Image construct and Level Order Traversal of
Easy Level Order Traversal of Binary Tree Code
Level Order Traversal of Binary Tree Code This code is for showing Level Order Traversal of a Binary tree creation
Easy Binary Search Tree Code
Binary Search Tree Creation Code This code is for Binary search tree creation. As we know in Binary Search Tree
Easy Circular Queue using Linked List code
Code for implementing Circular Queue using Linked List For learning pointer, dynamic memory allocation, linked list, you should go through
Easy Binary Tree Creation using Stack code
Binary Tree Creation using Stack code This code is for Binary tree creation using stack. In this code first created
Easy Binary Tree Creation using Queue code
Binary Tree Creation using Queue code This code is for Binary tree creation using queue. In this code first created
Easy Doubly Linked List Code
Doubly Linked List Code This code is designed to implement Doubly Linked List concept. In this code almost all the
Easy Polynomial Addition using Linked List code (advanced version)
Code for Polynomial Addition using Linked List ( Advanced Version) This code is designed to implement Polynomial Addition using Linked
Easy Linked List Merging code
Code for Linked List Merging This code is designed for Linked List Merging. This code will be used for merging
Easy Bubble Sort Using Linked List Code
Code for Bubble Sort using Linked List This code is designed to implement Bubble Sort Using Linked List. In this
Easy Advanced Linked List code
Advanced Linked List operations Several operations of Advanced Linked List are designed in this code. In this code we have
Easy Basic Linear Linked List Code
Basic Linear Linked List Code Two operations of Basic Linear Linked List are designed in this code. In this code
Easy Circular Queue implementing code using structure
Code for implementing Circular Queue This code is designed for implementing all the functions available in Circular Queue. In this