![]() ![]() This enables simpler addition of new test cases, modification of current test cases, and improved code reuse. This can be helpful in defining a set of common test case steps that can be implemented differently by each separate test case in an automation framework.Īn automation framework can be created to be more modular, scalable, and maintained by using these OOP concepts. ![]() This can be helpful for developing generic methods in an automation framework that can be used across multiple test cases and behave differently depending on the particular test scenario.Ībstraction: OOP enables the definition of abstract classes and methods that serve as models for how a class should operate without describing the precise implementation. Polymorphism: OOP enables you to design methods with the same name but different behaviour based on the class that implements them. In this article, we’ll show you how to get the various parts and pieces, plus write and run one End 2 End test of our Demo Application. This can be helpful in an automation framework to make the test cases more modular and reusable by hiding the implementation details. The first step in the journey of Selenium Cucumber Framework is to decide one End 2 End Scenario to automate and start building up framework components on top of that. Subsequent classes that inherit from the base class can then be used to create particular test scenarios.Įncapsulation: OOP enables you to make a class only disclose the pertinent methods and properties while concealing the actual workings of the class from other classes. Inheritance: OOP lets you arrange classes into a hierarchy in which child classes get their parent classes’ state and behaviour. This might be helpful for developing a base class in an automation framework that provides shared attributes and methods used by many test cases. Using OOP in an automated framework can be demonstrated by the following examples: It may also represent user-defined data types like lists and vectors. An object can represent a person, a bank account, a place, a table of data. Objects are runtime entities in an object-oriented system. General OOPS concepts in Java are: Objects and Classes. Using interfaces, we can achieve 100% abstraction.In the development of automation frameworks, object-oriented programming (OOP) is commonly utilized. Java OOPs Concepts In Selenium Automation Framework Learn how to design a Selenium Automation Framework with Java OOPs concepts in real time from scratch 3.7 3.7/5 (22 reviews) 238 students Created by Bijan Patel 8.4 Classbaze Grade 8.5 Freshness 7.0 Popularity 9. List of OOPS Concepts in Java with Examples. In Java, abstraction is achieved by interfaces and abstract classes. We can create highly customize-able HTTP Requests to send to the Restful server. ![]() This library behaves like a headless Client to access REST web services. Then we utilise these locators and methods in tests but we can’t see the implementation of the methods. Rest-Assured is a Java-based library that is used to test RESTful Web Services. In Page Object Model design pattern, we write locators (such as Id, Name, Xpath, etc. ABSTRACTIONĪbstraction is a methodology of hiding the implementation and displaying the functionality to end users. This knowledge will not only help you answer interview questions but also enable you to design and implement robust Automation Frameworks in your professional projects. Good with Java 8 features and OOPS concepts with. Professional in Java, C, database concepts. We will explore examples and scenarios where each OOPs concept is applied to enhance the effectiveness and efficiency of an Automation Framework.īy understanding how OOPs concepts are utilised in an Automation Framework, you can demonstrate your proficiency in applying object-oriented principles to create well-structured and scalable test automation solutions. I am expertise in selenium automation framework development. These concepts allow for modular code organisation, code reuse, flexibility, and maintainability. OOPs concepts, such as encapsulation, inheritance, polymorphism, and abstraction, play a crucial role in designing and implementing an Automation Framework. By understanding and applying OOPs principles effectively, we can design a robust and maintainable Automation Framework that leverages the advantages of object-oriented programming. The Automation Framework refers to the structural and functional architecture that is built to support automated testing. In this article, we will explore and elaborate on how and where we have applied various OOPs concepts in an Automation Framework. Before delving into the specifics of applying OOPs concepts in an Automation Framework, it is essential to have a solid understanding of OOPs concepts in Java. In many Selenium interviews, you may come across a common question: " Where have you applied OOPs (Object-Oriented Programming) concepts in an Automation Framework? " This question aims to assess your understanding and practical implementation of OOPs principles in the context of test automation. ![]()
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