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How to Run Web Interface Testing: Step-By-Step Guide?

Web interface testing entails assessing the graphical components of the web application to ensure proper functionality and high-level performance.

It is critical to test the web interface before launching it to ensure that you create a website that is easy to use and meets your customers’ needs.

But how does web interface testing work? The testing process focuses on the different elements of the web, such as Toolbars, menus, radio buttons, and other web elements. The QA of websites examines both functional and non-functional aspects of web solutions to ensure top-tier security and stability on any browser and device.

To know the steps to run web interface testing, we compiled easy-to-follow steps to help you.

Simple Steps to Follow on How to Run Web UI Testing

The main focus of UI testing is to check the software application’s functionality, efficiency, usability, conformance, and graphic elements to ensure that the application functions effectively and satisfactorily.

In other words, testers must explore a significant aspect of web UI testing, which consists of six critical steps:

Step 1: Features Testing

The first step is to examine the web application’s features and functionality. You must test the application to ensure that it is operational.

For example, if you are creating a financial or lending website, your company’s goal is to include payment gateways, a chatbot, data security tools, and other features. You must ensure that the app is working correctly and the payment gateways, to ensure that payment transactions run smoothly.

One of the basic tests for a vibrant website application is to check that the information is customized for the user who is viewing it. Essentially, functionality testing ensures that the web application functions appropriately from start to finish.

Step 2: Usability Analysis

Usability testing is more than just functional testing; it examines the entire user experience (UX) and differs from User Acceptance Testing (UAT) or beta testing.

This process includes several steps:

  • Create a testing strategy that examines all application features. Data and navigation are examples of these.
  • Recruit both internal and external test subjects.
  • Run the test in front of professionals.
  • Examine the results, then revise your application.

Step 3: Interface Testing

Interface testing ensures that communication between the web components (web server, browser, and database) is working correctly.

The following are examples of interface testing:

  • Check if the data is being transmitted safely to its destination.
  • Test for interruptions during data transmission.
  • Make sure that the communication between the interfaces runs smoothly.

Step 4: Testing the Compatibility

Compatibility testing ensures that your web application is compatible with mobile devices and various platforms (Android, iOS). Here are the steps for performing compatibility testing:

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Checking the browser compatibility: Examine how well your web app works on various devices and browsers, including Firefox, Google Chrome, Internet Explorer, and others. Furthermore, this process focuses on your website’s programming languages, browser notifications, authentication requests, etc.

OS Compatibility: Check that your web interface is compatible with various operating systems such as macOS, Windows, and others.

Mobile Compatibility: Checking your web app’s mobility is essential because nearly all consumers use mobile devices for online shopping, banking, and other tasks. According to a report, over 90% of internet users worldwide access the internet through mobile devices.

Performance Testing

This procedure assesses the online performance of your web app. It focuses on the tools’ performance when dealing with large numbers of visitors or users. Ascertain that your app is prepared to handle high-traffic loads. You want your website to stay active when there’s a lot of traffic.

Here’s a tip:

Put your application through its paces. In other words, test your web app to see if it can handle many users. Then, if you find the crisis point, decide whether it’s time to upgrade or if the present state is adequate. While testing your application, you must keep the essentials of performance testing in mind.

Security Testing

It is the final and most crucial stage of the testing process. It ensures that your web app has an encryption certificate that protects it from malicious attacks, fraud, scams, data phishing, and other vicious malware.

According to the security company, over one million Google accounts were infected by malware called “Gooligan.” This malware installs other apps fraudulently using older versions of Android by using Google credentials.

There are various activities used in security testing to prevent malware attacks on your web app:

  • Check to see if the web pages are safe from data breaches.
  • Make sure that your restricted files are not downloadable.
  • Check that the open session shuts off automatically after the user’s extended period of inactivity.

Wrapping Up

You must run various tests to ensure complete web interface testing. The six steps this post outlined cover all the significant aspects of testing and fine-tuning your application.

Experts such as software engineers or QA (Quality Assurance) specialists should be in charge of thorough and intensive web interface testing. However, it is dependent on the purpose of your web app.

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