Selenium HQ vs Tricentis Flood comparison

Selenium HQ is an umbrella project that includes a number of tools and frameworks that allow for web browser automation. In particular, Selenium offers a framework for the W3C WebDriver specification, a platform- and language-neutral coding interface that works with all of the main web browsers.

Selenium is a toolset for automating web browsers that uses the best methods available to remotely control browser instances and simulate a user's interaction with the browser. It enables users to mimic typical end-user actions, such as typing text into forms, choosing options from drop-down menus, checking boxes, and clicking links in documents. Additionally, it offers a wide range of other controls, including mouse movement, arbitrary JavaScript execution, and much more.

Although Selenium HQ is generally used for front-end website testing, it is also a browser user agent library. The interfaces are universal in their use, which enables composition with other libraries to serve your purpose.

The source code for Selenium is accessible under the Apache 2.0 license. The project is made possible by volunteers who have kindly committed hundreds of hours to the development and maintenance of the code.

Selenium HQ Tools

These three main Selenium HQ tools have powerful capabilities:

• WebDriver: If you are just starting out with desktop or mobile website test automation, you will be using WebDriver APIs. WebDriver controls the browser and executes tests using the automation APIs that browser vendors provide. This gives the impression that a real person is using the browser. Because WebDriver's API does not need to be compiled alongside application code, it is not intrusive. As a result, you can test the same application that you push live.
  
  
• IDE: Develop your Selenium test cases using an IDE (integrated development environment). The most effective way to create test cases is to utilize this simple Chrome and Firefox extension. IDE uses Selenium commands that are already in use to record user activity in the browser with parameters set by the context of the element. This is an excellent approach to learning Selenium script syntax and will save you time.
  
  
• Grid: You can run test cases on several machines and operating systems with Selenium Grid. The local end controls how the test cases are triggered, and the remote end automatically runs the test cases after they are triggered.

Reviews from Real Users

Selenium HQ stands out among its competitors for a number of reasons. Two major ones are its driver interface and its speed. PeerSpot users take note of the advantages of these features in their reviews:

Avijit B., an automation tester at a tech services company, writes of the solution, “The driver interface is really useful. When we implement the Selenium driver interface, we can easily navigate through all of the pages and sections of an app, including performing things like clicking, putting through SendKeys, scrolling down, tagging, and all the other actions we need to test for in an application.”

Another PeerSpot reviewer, a software engineer at a financial services firm, notes, “Selenium is the fastest tool compared to other competitors. It can run on any language, like Java, Python, C++, and .NET. So we can test any application on Selenium, whether it's mobile or desktop."

Tricentis Flood is a cloud-based platform for load testing that assists teams in determining how their applications respond to loads that are distributed across the world. This solution makes load testing more accessible to developers and testers by lowering the complexity typically connected with it. By adding load testing into their CI/CD pipelines, teams can start testing the performance of their application components as they develop and continuously track the effects on the system's overall performance.

Tricentis Flood enables DevOps load testing. In addition, it enables DevTest teams to get quick and continuous performance feedback. Because Tricentis Flood and Tosca are integrated, you can use the same scriptless tests you use for functional testing to perform load testing. In addition to supporting conventional protocol-level load-testing techniques, Tricentis Flood also enables testers to do load tests at the browser level without becoming bogged down in technical specifics.

As new features are being developed, teams can begin load testing them. Without having to deal with the headaches of requesting, setting, or managing performance resources on premises or in the cloud, a developer or tester can rapidly produce millions of globally dispersed requests per second from their local PC.

Tricentis Flood distributes test plans over widely accessible cloud servers using open-source tools like JMeter, Gatling, and Selenium. Additionally, it enables you to instantly "flood" any HTTP endpoint.

Tricentis Flood Features

Tricentis Flood has many valuable key features. Some of the most useful ones include:

• The Browser Level User method reduces script generation, maintenance, and complexity overheads.

• Tosca Flood integration, enabling seamless load testing for both UI and API-based test scenarios.

• Enhanced economy of scale with cloud-based load generation across multiple global geographic locations.

• Tool-agnostic, with the ability to integrate with new tools as they become available.

• Cluster-less, shared-nothing architecture, which allows users to scale up for very large tests without the bottlenecks that more traditional setups experience.

• Real-time reports on a shareable, intuitive, and interactive dashboard.

• Long-term data storage allows you to evaluate performance over time.

• Test-friendly pricing, where you pay for the infrastructure you utilize, not per test or per simulated user.

Tricentis Flood Benefits

There are many benefits to implementing Tricentis Flood. Some of the biggest advantages the solution offers include:

• Simple methods for defining, creating, and maintaining load tests.

• On-demand platform for executing load tests at scale.

• Analysis and visualization of results in real time.

• Continuous monitoring of performance across time.