Learn how Selenium’s click() command works to simulate mouse clicks for automated UI testing, as well as how to send a right-click mouse command. If you’re using Selenium to automate UI testing for your app, Selenium’s will become one of your most commonly used methods. It’s important to understand how the Selenium click() command works for automated testing and how to find more information and resources when your needs are more complex.
A recent VentureBeat article , “4 AI trends: It’s all about scale in 2022 (so far),” highlighted the importance of scalability. I recommend you read the entire piece, but to me the key takeaway – AI at scale isn’t magic, it’s data – is reminiscent of the 1992 presidential election, when political consultant James Carville succinctly summarized the key to winning – “it’s the economy”.
Transactional databases are essential to many apps and software. Learn more about them and their benefits with Fivetran.
Banks and financial institutions are highly regulated, where any noncompliance with strict rules and regulations can lead to heavy fines. Add to that skyrocketing customer expectations and it’s easy to see why finance is so competitive. Success in this environment requires accountability, coupled with process efficiency and the ability to optimize for continuous improvement. How do you get there? Process mining in finance is quickly becoming integral to success.
There is no denying the fact that React Native is the future of developing hybrid apps. It offers scalability, flexibility, speed, agility, cost-efficiency and excellent performance. No wonder so many successful companies rely on React Native for building their applications. After all, in the age of the Internet, every business needs a high-performing app that squarely satisfies customer needs. React Native tries to provide everything that is needed to develop a high performing application.
In any application, testing is crucial, as it verifies that everything is working as expected and that what we are going to deliver to the end user is what was described in the project plan. Typically, it allows developers to inspect whether their app meets functional, performance, and UI specifications. Web applications can be tested using a variety of methods and types. These testing methods have already been combined into reusable libraries by many open-source developers.
Speedscale creates load tests from recorded traffic so generating load is pretty core to what we do. As a brief overview, we record traffic from your service in one environment and replay it in another, optionally increasing load several fold. During a replay the Speedscale load generator makes requests against the system under test (SUT), with the responses from external dependencies like APIs or a payment processor optionally mocked out for consistency. Your service is the SUT here. Currently the load generator runs as a single process, usually inside a pod in Kubernetes. So how fast is this thing, and how did we get to where we are today?
Codeless automation testing is performing automation tests without having to write any code. It can be instrumental in executing continuous testing as most automation scripts fail due to the deficiency of proper coding standards. It will also enable us to concentrate more on test creation and analysis instead of fearing getting the code to work, possessing it, and scaling it when required. So, if we are relatively codeless in automation testing, we will find this blog helpful.
