When writing test automation scripts in Selenium Python, verifying that the actual outcomes match the expected results is crucial. This is where assertions come into play. Assertions help ensure that your application is working as intended by checking specific conditions and halting execution if they fail. In this blog, we’ll break down the concept of assertions in Selenium Python, provide some easy-to-follow code examples, and explain how they can make your test scripts more robust.

In the fast-paced world of software development, ensuring top-notch quality is a must. One approach that has gained significant traction over the years is Exploratory Testing. Unlike scripted testing, exploratory testing focuses on real-time discovery, creativity, and problem-solving. In this article, we will understand exploratory testing, its benefits, techniques, and how tools like Keploy can support this process. Let’s get started!

Security is critical for any application, especially when dealing with sensitive data like financial records or user information. Databases such as MongoDB and PostgreSQL communicate over the network, making them vulnerable to interception. SSL (Secure Sockets Layer) encrypts the communication between the client and the database server to prevent data exposure. This encryption ensures that: 1. Data Integrity: No third party can modify the data in transit. 2.

When working with Python, lists are one of the most versatile data structures you’ll come across. It works majorly like Arrays, as seen in other programming languages. The lists allow you to store collections of items, such as integers, strings, or even other lists, and provide numerous ways to access and manipulate the data stored in them.

In modern software development, clear code documentation and commenting are not only just a part of good practices, but also they are essential for effective collaboration, maintainability, and scaling projects over time. However, they are often neglected due to time constraints or lack of clarity on how much detail is necessary. But, with the advent of artificial intelligence, developers now have tools to streamline this process, allowing them to focus on coding without compromising on clarity.

In the world of web application testing, end-to-end (E2E) testing frameworks play a critical role. They allow teams to automate tests that simulate real user interactions, ensuring that applications behave as expected from start to finish. Two of the most popular tools in this arena are Playwright and Cypress. Both tools are designed for modern web apps but vary significantly in their approach, features, and capabilities. In this article, we’ll explore Playwright vs.

Cypress is a robust end-to-end testing framework built for web applications. It’s designed to make testing straightforward and reliable, allowing developers and QA engineers to test everything from simple interactions to complex user workflows. With Cypress, you can create tests that simulate user actions, verify front-end behaviors, and ensure UI functionality with minimal setup.

When it comes to web automation testing, selecting the right tool can be crucial for the success of your project. Both Cypress and Selenium have emerged as two of the most popular options, but they cater to different use cases and testing environments. Cypress is relatively new but quickly gaining popularity due to its easy setup, modern architecture, and fast performance. It’s specifically designed for front-end developers, making it ideal for testing modern web applications.

Understanding the difference between local and remote branches is crucial for working with Git effectively.

To define it simply, we can say- Functional testing ensures every part of an application does exactly what it’s supposed to do. It’s about verifying that the software’s functions and features behave as expected from an end-user’s perspective. And unlike other types of testing, such as performance or load testing, functional testing focuses on the functionality itself rather than factors like speed or stability under load.