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Why I stopped chasing reuse and started writing domain logic around decisions, not abstractions.

Mixins let you share behavior across completely unrelated classes without the mess of deep inheritance chains. Here’s how they work, when…

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A guide to learn Object-Oriented Programming, written in C++ - fx-biocoder/oop-in-cpp

Though both Inheritance and Composition provide code reusability, the main difference between Composition and Inheritance in Java is that Composition allows reuse of code without extending it but for Inheritance, you must extend the class for any reuse of code or functionality. Another difference that comes from this fact is that by using Composition you can reuse code for even the final class which is not extensible but Inheritance cannot reuse code in such cases. Also by using Composition, you can reuse code from many classes as they are declared as just a member variable, but with Inheritance, you can reuse code from just one class because in Java you can only extend one class because multiple Inheritance is not supported in Java. --- Java, Unix, Tibco RV and FIX Protocol Tutorial

Object in Java Object in Java programming language or any other Object-oriented programming language like C++ is the core of the OOPS concept and that's why the name. Class and Object along with Inheritance, Polymorphism, Abstraction and Encapsulation form the basis of any Object-oriented programming language e.g. Java. Objects are instances of Class, Class defines blueprints and Objects are things that are created based upon that blueprint. Object is also known as instances in Java, e.g. When we say an instance of String class, we actually mean an Object of String class. The object has state and behavior in Java.  --- Java, Unix, Tibco RV and FIX Protocol Tutorial

Interface in Java is a simple concept but many programmers fail to realize their actual use, including me. When I started learning Java programming, I learned interface is something where you can declare functions but cannot define them. To me, they were useless at that time because there was no code to do anything. It took me years to realize how useful an interface can be. They are not intended to do things but they are actually facilitators. They provide abstraction and give the flexibility to change your program in the future. That's why it's very important for a Java programmer to understand the benefits of interfaces and realize how and when to use them in code.  --- Java, Unix, Tibco RV and FIX Protocol Tutorial

Many times, I have seen questions like why should we use an interface in Java? If we can not define any concrete methods inside the interface the what is the user of the interface? Or even more common, What is the real use of the interface in Java? I can understand beginners asking this question when they just see the name of the method inside the interface and nothing else. It takes time to realize real goodness or actual use of interface or abstraction in Java or any object-oriented programming. One reason for this is a lack of experience in really modeling something real in the program using object-oriented analysis and design. In this article, I will try to answer this question and give you a couple of reasons to use the interface in your code. If you have a good understanding of Object-oriented basics like Polymorphism, then you know that it allows you to write flexible code. --- Java, Unix, Tibco RV and FIX Protocol Tutorial

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