Amol Kanthe

As QA testers, we constantly encounter various testing terminologies, and two that often come up are smoke testing and sanity testing . While they might sound similar, understanding their distinct purposes is crucial for effective software testing and ensuring the quality of our applications. Let's dive into the key differences between these valuable testing techniques. Smoke Testing: Is the Build Stable Enough to Test? Think of smoke testing as the very first check you perform on a new software build, much like turning on a brand-new device for the first time. The main question it aims to answer is: "Is the build stable enough for further testing?" . Here's a breakdown of smoke testing: Definition: Smoke testing is a preliminary test to check if the basic functionalities of a build are working without any critical failures. It acts as a build acceptance check . When Performed: It is conducted immediately after a new build is re...

In today's fast-paced software development landscape, test automation is not just a nice-to-have; it's a necessity. Software Development Engineers in Test (SDETs) play a crucial role in ensuring the quality and reliability of software through effective automation strategies. To excel in this domain, mastering the right set of tools is paramount. This blog post highlights some of the key test automation tools every SDET must know . The arsenal of an SDET typically includes tools across various categories, each addressing specific aspects of the testing process. Let's delve into these essential categories: UI Automation Tools Automating user interface interactions is critical for end-to-end testing. Some of the popular tools in this space include: Selenium : A widely adopted open-source framework for web browser automation. Playwright : A framework developed by Microsoft for reliable cross-browser testing. Cypress : A next-generation front-end testin...

The demand for software applications that operate seamlessly across all layers of the technology stack is constantly growing. This necessitates skilled Full Stack Software Testers , professionals who can guarantee quality from the user interface to the backend systems, including APIs and databases, while also addressing critical aspects like performance, security, and the development pipeline. A Full Stack QA professional possesses knowledge and expertise across multiple layers of software testing , including UI, API, database, performance, security, DevOps, automation, and CI/CD processes, enabling them to test applications end-to-end and ensure quality across all components. If you're considering a career in this vital field, mastering a comprehensive set of skills is paramount. Here's an updated look at the essential competencies you need to develop: I. Foundational Principles: Understanding of Software Testing Fundamentals: A solid foundation in core testing co...

OOP, SOLID principles, and Design Patterns are the three main pillars of any good automation framework. While OOP serves as the foundation, defining how to structure code, SOLID principles refine OOP to ensure maintainability and a well-designed architecture. Design Patterns provide structured, reusable solutions to recurring problems while adhering to SOLID principles. These three concepts complement each other , creating a scalable, flexible, and robust automation framework that is easier to maintain and extend. In this post, we will explore SOLID principles in detail. I will cover OOP and Design Patterns in future posts. The SOLID principles are a fundamental set of five design guidelines that promote high-quality, maintainable, and scalable automation frameworks. Introduced by Robert C. Martin , these principles help us to write object-oriented code that is easier to understand, modify, and extend. Following these principles results in code that is: Modular : Broken ...