Description
In software design, choosing the right principles can significantly influence code efficiency, maintainability, and adaptability. One highly regarded principle in object-oriented programming is the “Favor Composition Over Inheritance” principle. This guideline advocates for constructing software systems using composition — creating classes by combining objects with distinct responsibilities — instead of relying heavily on inheritance, which can lead to rigid and tightly coupled designs. Composition, in contrast, offers flexibility by enabling independent modules to be assembled and reassembled for different functionalities, resulting in more adaptable and testable software. This article examines the benefits, applicability, and implementation of this principle across different programming paradigms, with practical examples to illustrate its transformative impact on software design.
Read more about this topic in my blog here 👉🏽https://medium.com/@Masoncoding/favor-composition-over-inheritance-a-powerful-software-design-principle-e72be0d764d7
In this episode, we explore an essential principle that transforms the way we design software: *'Information Hiding'!* 🚀 What if I told you that the key to writing clean, modular, maintainable code lies in *hiding* the secrets of your system? 🔐
We'll talk about how this technique, which...
Published 11/19/24
Welcome to today’s episode! We're diving deep into two fundamental principles of software design: high cohesion and low coupling. These concepts are foundational for building software that’s not only easier to understand and maintain but also more scalable and resilient over time. So, what...
Published 11/15/24