I am excited to embark on a 100-day journey of learning C++ Programming! 🎉 Throughout this period, I will be mastering C++ Programming, starting from the basics and progressing to advanced concepts. I have outlined a comprehensive curriculum that covers a wide range of topics, ensuring a solid understanding of this versatile language.

• What is OOP? Understanding the fundamental concept of Object-Oriented Programming and its significance in modern software development.
• Structure of CPP Programs: Grasping the layout and organization of C++ programs to build robust and scalable applications.
• Data types, variables, keywords, and identifiers: Laying the foundation with essential building blocks of C++.
• Operators and control structures: Gaining control over the flow of programs with decision-making and loop constructs.
• Functions and inline functions: Learning to break down complex tasks into smaller, manageable units for efficient coding.
• Function overloading: Exploring the powerful technique of writing multiple functions with the same name but different parameters.
• Classes, Objects, Constructor, and Destructor: Unraveling the core concepts of Object-Oriented Programming, a paradigm widely used in real-world applications.
• Types of Constructors: Mastering the various forms of constructors to initialize objects effectively.
• Inheritance and Polymorphism: Understanding the relationships between classes and leveraging the ability to write flexible and reusable code.
• Friend function and Friend class: Exploring unique relationships between functions and classes that transcend encapsulation boundaries.
• Pointer and Virtual Function: Getting hands-on with memory management and dynamic polymorphism.
• Virtual Classes: Delving deeper into the concepts of virtual classes for creating hierarchies of classes.
• File management: Learning to read from and write to files, is a crucial aspect of data handling in applications.
• Exception handling: Gaining the skills to handle unexpected scenarios gracefully and ensuring robustness.
• Templates and STL: Unleashing the power of generic programming and understanding the Standard Template Library for efficient coding.