Kotlin SOLID Principles

Many Kotlin developers do not have full knowledge of SOLID principles, and even if they know, they are not aware of why it is used. Are you ready to learn all the details? <h1>Introduction</h1> Hello Dear Kotlin lovers! Welcome to my new article. Today I am going to talk about SOLID principles in Kotlin. First of all, I will explain with examples what SOLID principles are and what they are used for. <h1>What are SOLID Principles?</h1> SOLID is an acronym for five design principles that help create maintainable, scalable, and robust software. Robert C. Martin introduced these principles to guide programmers in producing high-quality code. Although initially for object-oriented programming, SOLID is also applicable to other languages like Kotlin. The principles aim to promote clean code and improve software design. The SOLID principles are as follows: <ol> <li>Single Responsibility Principle</li> <li>Open/Closed Principle</li> <li>Liskov Substitution Principle</li> <li>Interface Segregation Principle</li> <li>Dependency Inversion Principle</li> </ol> Now, if you are ready, let’s look these principles in detail with examples of correct usage and violations. <h1>Single Responsibility Principle</h1> The principle of Single Responsibility (SRP) is a part of SOLID programming principles in object-oriented programming. It signifies that a particular class should have only one purpose to change. It means that a class should possess only one responsibility or a job. SRP is useful in maintaining classes and functions by keeping them organized and easy to comprehend. When a class has multiple responsibilities, these can unintentionally affect other tasks or jobs of that class, resulting in unexpected behavior, bugs, and increased maintenance costs. <a href="https://medium.com/huawei-developers/kotlin-solid-principles-tutorial-examples-192bf8c049dd">Visit Now</a>