Functional testing is a stage in the software delivery lifecycle (also referred to as a ‘process’) in which quality engineers verify whether the application under test’s features behaves as per their requirements. Here are some typical examples of functional testing.
A recent headline in Wired magazine read “Uber Hack’s Devastation Is Just Starting to Reveal Itself.” There is no corporation that wants that headline and the reputational damage and financial loss it may cause. In the case of Uber it was a relatively simple attack using an approach called Multi Factor Authentication (MFA) fatigue. This is when an attacker takes advantage of authentication systems that require account owners to approve a log in.
Designing software is no easy feat, so it’s disheartening that the final product is full of bugs. This means that you must redo all the previous work, and everyone on the development and testing teams has to start from scratch. Every piece of software now necessitates updates and enhancements depending on user feedback. However, for optimum functionality, each version should be thoroughly tested.
Before designing a holistic testing strategy for an application, the first question that comes to mind is which testing strategy to use. The two most important and widely used testing strategies are Unit testing and end-to-end testing. To decide which one to use, it’s important to understand their key differences. Unit testing is a testing strategy where we test individual units of the application code.
Web app testing is a methodology of software testing & quality assurance process wherein bugs and errors that may lead to web app failure are identified and fixed. Web apps are accessed via a wide range of web browsers, OSs, and network types. There are many benefits for digital businesses leveraging web application testing, which ultimately ensures the end users get the best possible UX.
There has been widespread adoption of CI/CD tools to streamline software development and testing processes in recent years. 47% of DevOps teams say they have fully automated their testing journey in 2022, a feat most significant to enumerate the importance of automation to optimize resource usage. This trend has driven 35% of developers to release codes twice as fast, facilitating higher revenues and better effort utilization.
The inventive and ever-evolving nature of technology creates as many opportunities as obstacles. The fact that software permeates every part of life demonstrates that corporate leaders should closely monitor the level of quality engineering to avoid a halt in ongoing improvement. The software industry and the digital quality assurance are confronted by an unprecedentedly fast-evolving technological macrocosm.
Use this cheat sheet to build a strategy for locating elements known as XPath. When working in web development and web testing, it can be necessary to traverse an HTML document and identify specific elements on a web page. One case in which this is particularly useful is in the development of automated UI tests. Oftentimes, automating web application testing is dependent upon programmatically locating elements on a web page and leveraging these elements to perform specific actions.
Javascript is the basis of today’s modern web technology and plays a pivotal role in providing effective functionalities to websites and web applications. One of the essential elements that power its capability to include complex functionalities is objects in Javascript. From performing as a holy grail that aids developers in creating complex data structures to storing multiple properties an object in JS can serve multiple purposes at once.
