WebLOAD Review – Getting Started with WebLOAD Load Testing Tool

We will run through a comprehensive review of WebLOAD today in this article. WebLOAD is a robust yet user-friendly load testing instrument. The purpose of this review is to scrutinize its primary features and usability.

WebLOAD has been around for quite some time, currently on version 10.3. This is an opportune moment to delve into the details of its benefits.

Our review will encompass:

• The critical functions that include basic recording and compatibility with web technologies.
• Capabilities for generating reports.
• Advanced capabilities such as interactivity with other software tools and processes.

Inspection of the WebLOAD Load Testing Tool

WebLOAD is a stress testing tool delivered by RadView. With over 20 years grounding in this field, RadView presents WebLOAD as a compelling alternative to LoadRunner.

Though the name WebLOAD implies that it is solely for testing web systems, its functionality extends towards an array of features for load testing multiple enterprise systems such as Oracle, SAP, and more.

You are welcome to download the entirely operational WebLOAD Free Edition that supports 50 virtual users here.

Key Features: 

• Rapid test creation: Create and view load scripts swiftly with the record and play back alternatives.
• Nifty JavaScript scripting language for intricate business logic and taking advantage of function libraries.
• Automatic recognition of dynamic variants.
• Suitable for Selenium and Perfecto Mobile to assess the real user experience.
• On-site and cloud-supported load generation through integrated AWS capabilities.
• Interoperability with APM tools for pinpointing bottlenecks.
• Jenkins plugin for assimilation of load testing into continuous delivery procedures.
• Robust analytical instruments and customizable reporting.
• Web dashboard for real-time viewing of test outcomes.

Formulating a Load Test

It only took 5 minutes to install WebLOAD. Subsequently, it was feasible to expediently record a basic test in the integrated development environment (IDE), implement it in the console with virtual clients, and interpret the results using Analytics.

WebLOAD employs a proxy-based recorder, thus eliminating the need for any separate configuration. Every web action, both HTTP and HTTPs, is recorded. It’s worth noting that the recorder avoids webpage resources (CSS, JS, images, etc.). WebLOAD identifies them at the time of playback and includes them automatically.

If a page undergoes any changes, the need to manually modify the script or re-record it to take into account the revised resources is eliminated.

The IDE window offers numerous visualizations for stress testing. These features include Page View for exploring genuine pages, HTML and HTTP Headers views for a detailed inspection, and the JavaScript View for scrutinizing and enhancing the test logic. WebLOAD implements JavaScript as its inherent scripting language.

Improving Logic with JavaScript

JavaScript allows a straightforward method for script editing and enhancements. Though I hadn’t set up a real-world load scenario, I was able to explore some of the potentials.

Fetching a commonly used JavaScript, I used the script to log in to our Tomcat server. After that, I verified if Jenkins software was installed through the Document Object Model (DOM). If yes, the script looped over the result to inspect if it was launched. If it hadn’t, it triggered a Java component for sending an SMS.

Creation of a standard Java Object obligates the use of the full package path before the class name. Like this:

var myString = java.lang.String().

Creation of a custom Java object entails the addition of “Packages.” before the path and the complete packages of the class. As such:

var myVar = Packages.package1.package2.MyClass()

To recognize a jar file, merely place it in the C:ProgramDataRadViewWebLOADextensionsjava directory. WebLOAD will automatically add the jar to the classpath without any requirement for manual classpath adjustments.

Improving Scripts with IDE Configuration

The IDE extends additional features to enrich your scripts and include logic to them.

HTTP and user configuration: The IDE delivers ample HTTP configuration choices for browsers such as caching, cookies, connection speed, and more.

It turned out to be repetitive to regulate these parameters in both the IDE and the console. It appears that one can provide different parameters to different virtual users during execution.

Parameterization and validation: WebLOAD extends enhanced parameterization choices with algorithms including global, unique, random, sequential, as well as the capacity to perform response validation without scripting.

Building blocks: The capability to drag and drop building blocks such as an FTP call or an open/close deal directly into the script is a handy feature. A window pops up to fill in the essential parameters.

Automatic Correlation

Automatic correlation is vital for executing recorded scripts dynamically with virtual clients. The correlation feature of WebLOAD is outstanding. It independently identifies applicable dynamic values. Once it’s set up, I could perpetually record and implement without the need for additional correlation.

It’s crucial to note that automatic correlation can never derive a 100% accurate result with any tool. Consequently, it may demand manual intervention and editing.

Integration with Selenium

Apart from stress-testing protocols, gauging the actual user experience during stress testing is of utmost importance. By activating an authentic browser or a mobile device, you can assess system behavior and examine the genuine user experience during load.

Integration with Selenium is seamless in WebLOAD. You can record a script in Selenium and then export it to WebLOAD.

<img class=”alignnone size-full wp-image-8346″ src=”https://iptvassist.com/wp-content/uploads/2021/12/Load-Tests-with-

Related