It’s vital that software applications are accessible to everyone, including individuals with disabilities. GUI Testing helps ensure the application is compatible with assistive technologies and can be navigated using a keyboard, for example. Buttons should do what they’re meant to, and text fields should accept input as expected.
Exploratory testing is done manually, where one or more testers “explore” a website, going through its features and functions to ensure they are working correctly. It does not involve too much pre-planning as they focus on various aspects of user experience and outline user journeys that must be tested. The parameters for exploratory testing usually differ from project to project because of their flexibility.
Agent Technologies and Web Engineering: Applications and Systems
This more closely mimics the actual user experience, because users don’t always go through an application in the order that developers expect. In the case of a cloud-based shopping application, don’t write one large test case for buying an item. Instead, create separate test cases for events such as searching for items, adding items to a cart, testing to test the gui components in the screen deleting items from a cart, and updating the quantity of items in the cart. This will make it easier to test the combination of events such as a user going back to the search feature after adding several items to the cart, rather than going straight to checkout. For example, let’s assume that the password reset process does not work at all.
As we mentioned in the introduction to this post, use GUI and UI testing interchangeably. However, a graphical user interface is only one of the possible types of user interfaces https://deveducation.com/ available. Therefore, we could say that GUI testing is a subset of UI testing. To the extent possible, keep test cases modular so that they can be performed in any order.
What is GUI Testing? Types, Implementation, and Best Practices
After seeing all the types of GUI Testing, we will move to our next topic, which is Graphical user Interface Testing Techniques or different methods. And it has been stated that» we cannot review quality into a product.» The key benefit of this technique is that coding skills are not needed, which lowers the barrier to its usage. That way, you gain the opportunity to test the Interface regardless of whether or not the real APIs are ready, in addition to potentially accelerating your tests.
A tester can leverage the automation while managing the testing challenges for running the cases on multiple data. Further, exploratory testing offers flexible and open opportunities for the testers. As such, testers should ensure their application’s interface is easy to use and navigate, looks great across all browsers and devices, and most importantly, it works correctly. In addition to testing these individual elements, it’s also beneficial to do UI testing to verify your most critical end-to-end processes. Since this is where your users will interact most often with your application, you will also see the most ROI from doing this type of UI testing.
The most basic way of performing GUI testing is by merely using the application manually. This type of testing is typically performed by dedicated full-time testers. So, in the sample app we covered earlier, we could perform all of those checks by manually verifying each one. Before writing test cases, it is important to have a test plan that identifies the resources available for testing and that prioritizes areas of the application to be tested. Given this information, a testing team can create a test charter for exploratory testing, and test scenarios, test cases and test scripts for scripted testing. Don’t confuse user experience testing (UX) with user acceptance testing (UAT).
These are indeed exciting times for GUI Testing as these trends hold the promise of redefining our approach towards delivering an excellent user interface. This can be done manually, with a human tester going through each test case, or automatically, using specialized testing software. Often, a combination of both methods is used for comprehensive testing. As each test is run, carefully record the results for later analysis. The first step is to fully understand what the software application is supposed to do.