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Series
In this series, we will learn the pillars of object-oriented programming and its principles.
Introduction In the previous articles of the series, we created various programs that manipulate data using variables of primitive data types and strings. We also learned about arrays, which allow organising and accessing multiple values of the same ...
The previous post introduced the concepts of Object and Class and how they are used to develop computer programs. This article will explain how objects are stored in the computer's memory compared to primitive data types. This is crucial for comprehe...
In object-oriented programming languages, such as Java and C#, static attributes and methods establish class-level members independent of particular object instances and linked to the class as a whole. This article offers a basic overview of this con...
Introduction When discussing the concepts of class and object in a previous article, we mentioned that objects of different classes can be interconnected through relationships. In object-oriented design, the meaning of relationships can extend beyond...
Encapsulation is a fundamental principle in object-oriented programming (OOP) that helps manage program complexity by bundling the attributes (data) and the methods (behaviours) that operate on the data into a single unit called a class. This princip...
A previous post discussed the Object-Oriented Programming (OOP) concept of generalisation (or "is-a-kind-of")—a relationship between a general category (superclass or parent) and a more specific type (subclass or child). That article focussed on the ...
