Data Structures in C++

This repository contains implementations and practice problems related to various data structures in C++. It serves as a comprehensive resource for understanding and applying data structures effectively.

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Table of Contents

• Introduction
• Project Structure
• Installation and Setup
• Usage
• Contributing
• License
• Acknowledgments

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Introduction

This repository is a compilation of data structure implementations, algorithms, and problem-solving exercises, primarily using C++. It is designed to support learners and developers in mastering data structures and applying them effectively in programming and competitive coding.

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Project Structure

The repository is organized as follows:

Data-Structure/
├── Concepts-recap/
├── Phitron Contest/
├── code-ninja360/
├── codeForces/
├── module-1.TimeComplexity/
├── module-2.STL-Vector/
├── module-3.Prefix-Sum-BinarySearch/
├── module-4.LinkedList/
├── module-6.LinkedList-Operation/
├── module-7.singly_linkedlist-Practice-Problem/
├── module-9.doubly_linkedlist/
├── module-10.STL-List-and-Cycle-Detection/
├── module-13.Stack/
├── module-14.Queue/
├── module-17.BinaryTree/
├── module-18.BinaryTree-Operations/
├── module-19.Binary-Search-Tree/
├── module-22.Heap/
├── module-23.Priority-Queue/
└── README.md

Module Descriptions

• Concepts-recap: Review of fundamental data structure concepts.
• Phitron Contest: Solutions and explanations for Phitron programming contests.
• code-ninja360: Collaborative projects and problem-solving with the Code Ninja 360 community.
• codeForces: Solutions to various CodeForces problems.
• module-1.TimeComplexity: Understanding and analyzing the time complexity of algorithms.
• module-2.STL-Vector: Deep dive into C++ Standard Template Library vectors.
• module-3.Prefix-Sum-BinarySearch: Implementations and applications of prefix sums and binary search algorithms.
• module-4.LinkedList: Implementation and operations of singly linked lists.
• module-6.LinkedList-Operation: Advanced operations on linked lists.
• module-7.singly_linkedlist-Practice-Problem: Practice problems focusing on singly linked lists.
• module-9.doubly_linkedlist: Implementation and operations of doubly linked lists.
• module-10.STL-List-and-Cycle-Detection: Exploring C++ STL lists and techniques for cycle detection.
• module-13.Stack: Implementation and applications of the stack data structure.
• module-14.Queue: Implementation and applications of the queue data structure.
• module-17.BinaryTree: Implementation and traversal methods of binary trees.
• module-18.BinaryTree-Operations: Advanced operations on binary trees.
• module-19.Binary-Search-Tree: Implementation and operations of binary search trees.
• module-22.Heap: Understanding and implementing heap data structures.
• module-23.Priority-Queue: Implementation and applications of priority queues.

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Installation and Setup

Prerequisites

• A C++ compiler (e.g., GCC)
• CMake (optional, if used for build configuration)

Steps

1. Clone the repository:

   git clone https://github.com/raihanuldev/Data-Structure.git

2. Navigate to the project directory:

   cd Data-Structure

3. Compile and run the desired module or program using a C++ compiler, for example:

   g++ module-4.LinkedList/main.cpp -o linkedlist
   ./linkedlist

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Usage

1. Select a module or concept you want to learn or practice.
2. Compile and execute the C++ files within the selected module.
3. Use the provided examples and comments to understand the implementation.

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Contributing

Contributions are welcome! To contribute:

1. Fork the repository.
2. Create a new branch for your feature or bug fix:

   git checkout -b feature-name

3. Commit your changes:

   git commit -m "Description of changes"

4. Push your branch:

   git push origin feature-name

5. Create a pull request.

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License

This project is licensed under the MIT License. See the LICENSE file for details.

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Acknowledgments

• Special thanks to the Phitron Support Team, Pias Bhai [instructor], and me.