🎓 Welcome to My College C/C++ Programming Lab Repository!

I'm the README.md file of this repository, here to guide you through my programming journey in C/C++! 🚀

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📋 Table of Contents

1. 📖 Introduction
2. 🗂 Repository Structure
3. 🌟 Key Features
4. 🧠 Learning Highlights
5. 🛠 Final Takeaway

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📖 Introduction

This repository showcases my programming work from the C/C++ lab sessions conducted during my college journey. While some may perceive college labs as basic or redundant, I found them highly beneficial in solidifying my knowledge of core concepts. Through these labs, I explored a variety of programming paradigms, ranging from basic procedural programming to advanced topics such as Object-Oriented Programming (OOP), Data Structures and Algorithms (DSA), and the use of templates.

Additionally, these sessions gave me hands-on experience with Ubuntu software, compiling programs, and working with modular code structures, preparing me for real-world software development.

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🗂 Repository Structure

• Total Folders: 9
• README.md Files: 10 (One for each folder and this main repository)

Breakdown:

1. Folders

   • Each folder corresponds to a specific program or set of related programs learned during the lab sessions.

2. README.md Files

   • 📘 Each folder contains a dedicated README.md file providing detailed explanations about its contents.

3. File Structure within Folders

   • Each folder contains files with a consistent pattern:
     • 📄 Declaration File (*.h): Defines the function declarations.
     • 📄 Definition File (*.cpp): Implements the declared functions.
     • 📄 Main Program File (*.cpp): Integrates and executes the defined functions.

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🌟 Key Features

• Comprehensive Modularity:
  Each folder contains code divided into declaration, definition, and main program files, ensuring adherence to the Single Responsibility Principle.

• Practical Learning:
  Each folder reflects the concepts learned on specific days, providing insights into the thought process and the progression of my learning curve.

• Template Utilization:
  Mastered the use of templates, a critical concept for implementing generic data structures and algorithms.

• Ubuntu Command Proficiency:
  Gained proficiency in using the Ubuntu terminal for compiling and executing C/C++ programs.

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🧠 Learning Highlights

1. Strengthened Knowledge of C/C++:

   • Improved understanding of procedural and object-oriented programming paradigms.

2. Explored New Concepts:

   • Worked extensively with templates, enhancing the flexibility and reusability of my code.

3. Practical System Knowledge:

   • Learned how to navigate, compile, and debug using Ubuntu and other Linux-based systems.

4. Improved Code Organization:

   • Transitioned from writing monolithic, single-file programs to well-structured, modular programs.

5. Hands-On Experience with Tools:

   • Leveraged tools like virtual machines (VMware, VirtualBox) and Linux terminal commands.

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🛠 Final Takeaway

This repository is a testament to my programming journey in college, capturing my growth from basic C/C++ concepts to advanced programming techniques. By organizing code into modular files, adhering to best practices, and exploring practical system tools, I have laid a strong foundation for my future projects and professional endeavors.

Feel free to explore the folders to see the programs and insights for each topic learned! 🌟

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