A comprehensive C++ application built using advanced Object-Oriented Programming (OOP) principles. This system simulates a full banking environment, including client data management, user authentication with tiered permissions, and a multi-currency transaction module.

This project was pivotal in mastering C++ OOP. I implemented deep inheritance structures, encapsulation for sensitive data, and polymorphism for different transaction types. Managing large datasets through file streams sharpened my understanding of data persistence.

Explore the full implementation on GitHub: View Repository.

A robust console-based system designed to manage customer queues and service tickets efficiently. It handles ticket generation, service assignment, and real-time status updates for waiting clients.

The system utilizes standard C++ queues to ensure First-In-First-Out (FIFO) processing. I implemented a ticket prefixing system to categorize different services (e.g., A for Admin, B for Banking).

Source code available on GitHub: View Repository.

A simulation of an ATM interface and banking terminal. This project focuses on transaction logic, balance management, and secure PIN validation through a clean command-line interface.

The logic ensures that withdrawals do not exceed account balances and that deposits are correctly formatted and logged. It uses a structured procedural approach to handle different transaction states.

View the project on GitHub: View Repository.

A library management tool that automates book tracking, borrowing, and returns. It features a searchable database and live availability status updates for all titles.

The application manages book records through a collection of custom structures. It includes search algorithms for finding books by ID or title and logic for updating status flags during borrowing.

Check out the source code: View on GitHub.

An interactive math challenge that tests user speed and accuracy across different difficulty levels and mathematical operations.

The game uses the C++ `rand()` function with a time-based seed to generate unique questions. Difficulty levels (Easy, Med, Hard, Mix) adjust the range of numbers and the complexity of operations.

Get the source code: View on GitHub.

A classic game of strategy and luck. This console version features multi-round support, random CPU moves, and detailed score summaries after each match.

The application uses a modular approach, where each round is a separate functional unit that updates a global match structure. It includes validation to ensure the player enters valid choices.

Available on GitHub: View Repository.

A template-based C++ class implementing a high-performance doubly linked list. It provides efficient operations for node insertion, deletion, and bidirectional traversal.

Implementing this library required a deep dive into manual memory management (new/delete), pointer manipulation, and generic programming using C++ templates.

View on GitHub: Source Link.

A versatile library for handling dates in C++. It supports addition/subtraction of days, date comparisons, leap year checks, and full calendar formatting.

The class handles overflow logic (e.g., adding 50 days to December 25th) and respects month lengths and leap years. It provides a clean API for complex date arithmetic.

Download or view the source: GitHub Link.

A security-focused library designed to sanitize and validate user input. It prevents application crashes by ensuring data types and ranges match expected values.

The class includes static methods for reading integers, doubles, and dates within specific bounds. It uses recursive calls and error messages to guide the user toward valid input.

GitHub Repository: Source Link.

A collection of string manipulation tools. It simplifies tasks like word counting, case transformation, splitting strings into tokens, and searching/replacing text.

The library implements various string-parsing algorithms, including custom split functions and character-level transformations. It focuses on performance and ease of use.

View on GitHub: GitHub Repository.

A multipurpose helper library. It contains essential functions for text encryption, random number generation, array shuffling, and number-to-text conversion.

This class acts as a Swiss Army knife for C++ development. Key implementations include a basic Caesar cipher for text encryption and Fisher-Yates shuffle for arrays.

View Source on GitHub: Repository Link.

A specialized library for managing text file operations in C++. It provides a clean interface for reading structured data, updating records, and maintaining data integrity during I/O.

The library implements advanced file stream handling techniques, including line-by-line parsing and record delimiting. It is designed to work seamlessly with other utility classes for data conversion.

Visit GitHub for source code: GitHub Repository.