Author name: Edward Stephen Jr.

Object-Oriented Programming (OOP) is like building with LEGO blocks — you create small, unique pieces (objects) that can connect and interact to form larger structures like applications or software programs. C++, with its robust capabilities and flexibility, is a fantastic tool for exploring the building blocks of OOP, including concepts like encapsulation (which keeps data […]

Object-oriented programming (OOP) in C++ provides a systematic way to design software around objects, not just actions. This approach focuses on objects that represent real-world entities or concepts, with each object containing data (called attributes) and the operations (known as methods) that can manipulate this data. Central to managing how these objects interact and protect

Object-Oriented Programming, or OOP for short, is a way of writing computer programs using “objects.” Imagine objects as little boxes that hold information (data) and the tools (procedures) to process that information. This style of programming stands on three main supports: encapsulation, inheritance, and polymorphism. Today, we’re diving into encapsulation to discover why it’s so

Object-oriented programming, or OOP for short, is a style of programming that revolves around the use of “objects” to build software. Imagine each object as a small, self-contained piece of your program, complete with its own little set of tasks it can perform and information it holds. In C++, which is a language rich with

Object-oriented programming (OOP) is a style of coding that treats pieces of software like “objects” in the real world. Just as a pen has properties (like color and length) and behaviors (like writing), objects in programming hold data (through fields or attributes) and perform actions (through methods or procedures). C++ uses this style, and one

Object-Oriented Programming (OOP) is a method of programming that mimics the real world by using “objects” that interact with each other to build applications and software. Just like in the real world where a cat can inherit traits from its parents, OOP in C++ allows us to create classes (blueprints for objects) that can inherit

In the world of C++ programming, understanding object-oriented concepts is essential for creating strong and flexible software. One of the more complex but essential parts of object-oriented programming (OOP) is something called virtual inheritance. This article will simplify virtual inheritance for you, showing what it’s for, how it operates, and when it’s best to use

Object-oriented programming (OOP) is a way of designing software using “objects”. These objects are essentially bundles of data and the functions that operate on that data. They interact with each other to make applications and computer programs. C++ is a robust programming language that embraces this method of design and introduces a concept called multiple

C++ is renowned for its powerful capabilities, making it the go-to choice for developers aiming to build high-performance and flexible software. At the heart of C++ lies Object-Oriented Programming (OOP), a method that organizes software as a collection of objects rather than a sequence of procedures. This structured, modular approach simplifies complex software development, making

Object-Oriented Programming (OOP) is a smart way to organize your C++ code that not only makes building software more straightforward but also helps make your code easy to use again in different projects. One of the standout features of OOP in C++ is something called “pure virtual methods”. These are special tools that play a