Testing Made Easy

Java Can you tell Oops concepts and relate it with your Framework? We have Polymorphism, Inheritance, Encapsulation and Abstraction in Oops. So, we will start with 1) Abstraction- Data Abstraction means to handle complexity by hiding unnecessary details from the user. In java, abstraction is achieved by interfaces and abstract classes. We can achieve 100% abstraction using interfaces. In Selenium, WebDriver itself acts as an interface. Consider the below statement: WebDriver driver = new ChromeDriver(); We initialize the Chrome Browser using Selenium Webdriver. It means we are creating a reference variable (driver) of the interface (WebDriver) and creating an Object. Here WebDriver is an Interface and ChromeDriver is a class. We can apply Abstraction in a Selenium framework by using the Page Object Model design pattern. We define all our locators and their methods in the page class. We can use these locators in our tests but we cannot see the implementation of their underlying methods.

INTRODUCTION Cypress is a next generation front end testing tool built for the modern web. It is written in  JavaScript . As of this writing, it has over 19.3K Stars on Github and is used by organizations such as NASA and DHL. With help of Cypress End to End test , integration and unit tests are easy to write and debug.  Cypress consists of a free, open source, locally installed Test Runner and a Dashboard Service for recording your tests. ARCHITECHTURE Most testing tools ( like Selenium ) operate by running outside of the browser and executing remote commands across the network. But the Cypress engine directly operates inside the browser.  It enables Cypress to listen and modify the browser behavior at run time by manipulating DOM and altering Network requests and responses on the fly. It open doors to new kind of testing along with ultimate control over your application ( front and back ).   Let’s see the difference between test execution architecture of Selenium and Cypr

What is Software Testing? S oftware Testing  is a process of verifying an application's functionality as per customer's requirement. As per ANSI/IEEE 1059,  Testing in Software Engineering  is a process of evaluating a software product to find whether the current software product meets the required conditions or not. The testing process involves evaluating the features of the software product for requirements in terms of any missing requirements, bugs or errors, security, reliability and performance. In order to ensure that the software we are building, is bug-free or stable, we must perform the various types of software testing because testing is the only method that makes our application bug-free. On a high level based on Test Execution, testing can be  1. Manual Testing 2. Automation Testing 1. Manual Testing Testing any application according to the client's requirement without using any automation tool is known as  manual testing . In other words, we can say that it is