Windows Presentation Foundation (WPF) is a common framework used by developers to build applications for a Windows Operating System (OS). The problem is, automating the testing of these applications isn’t as straightforward as you would think.
So what solutions exist for businesses who are trying to automate their WPF applications?
In this article you will find out:
WPF is one of the largest technologies used to build desktop applications. It is a next generation UI Framework built by Windows, and a subsystem of the .NET framework (version 3.0 and above). Simply put, it is a UI framework for building desktop applications on Windows.
WPF allows you to create applications with lots of elements, meaning that developers can create a UI with a better experience for the end user.
Examples of applications built on WPF include any client applications that are built on a Windows OS. Visual studio is the most commonly used development environment for building WPF applications.
An example of a WPF application could be an internally built desktop application to solve custom requirements in an enterprise. For example, a CRM application or customer database.
Testing WPF applications can be challenging. This is because WPF can not be tested using traditional test automation techniques.
When testing your WPF application, it is possible to use Microsoft's own UI Automation framework. This framework provides full functionality on supported Windows OS that run on a .NET framework.
There are also other options available for creating a more fluent framework by using open-source code solutions like TestStack.White.
The problem is, automating testing using either of these frameworks requires a dedicated and experienced developer to build and maintain. While this is an option for some businesses, others cannot justify the use of such an expensive resource on an automation project that yields little ROI.
This is because the time spent building and maintaining these code-based frameworks often outweighs the initial investment.
Manual testing is another option, but this takes a lot of resources to be able to test an application well. The risk of not identifying a critical bug is therefore much higher.
Regression testing manually is also a big pain point for the average manual tester.
Read more: How to Regression Test Faster
Setting them to work, for example, on hundreds of forms to ensure that basic elements are functioning is a tedious and time-consuming task that is better spent automating.
For businesses that use their WPF-based applications as part of a larger ecosystem of connected technologies on web and desktop, it is paramount that critical bugs are not left unseen.
Identifying these errors using a coded UI framework takes time and expensive developer resources, and manually testing your WPF application is a tedious process that is prone to human error.
However, there do exist UI automation solutions that make testing easy and maintainable. With codeless UI automation, testers don’t need an understanding of C# or XAML, nor do they have to be expert programmers to build or maintain test automation.
While there are many automation solutions available for testing, it is important to take your requirements into consideration when choosing a solution.
If you are like most businesses, the biggest challenge you are facing in regard to test automation is a lack of time and expert testers who understand the system under test coupled with strong programming knowledge.
So, which requirements should you consider when searching for alternative test automation tools? And will they help to solve resource and time bottlenecks that are preventing you from moving your test automation?
Learn more about testing desktop applications in our on-demand webinar. In this webinar, you will learn how to overcome common barriers to desktop automation and view a live demonstration of no-code desktop automation in action.