MFC, Qt, and WPF are all popular frameworks and tools for developing graphical user interface (GUI) applications. Which framework to choose depends on your specific needs and preferences.
MFC (Microsoft Foundation Class) is a framework provided by Microsoft, written in C++, and mainly used on the Windows platform. It has a wide range of applications on the Windows operating system, and is especially suitable for traditional Windows desktop application development. MFC provides a wealth of class libraries and tools, making the development of GUI applications more convenient and efficient.
Qt is a cross-platform development framework written in C++. It supports multiple operating system platforms, including Windows, Mac, Linux, etc. Qt has powerful functions and flexible design, which can help developers quickly build various types of applications, from desktop applications to mobile applications and so on. Qt also provides a wealth of tools and components, making interface design and development easier and more efficient.
WPF (Windows Presentation Foundation) is a framework provided by Microsoft for application development on the Windows platform. It uses XAML (Extensible Application Markup Language) to define the user interface of the application, and supports the development of multiple programming languages such as C#. WPF provides a modern UI design and rich features, making it easier to develop interactive and visual applications.
Which framework to choose depends on your project needs, development experience, and personal preference. If you need to focus on traditional desktop application development for the Windows platform, consider using MFC. If you want to develop cross-platform, especially to run on multiple operating systems, you can choose Qt. And if you prefer to use XAML to define the interface and develop with languages such as C#, then WPF may be more suitable for you.
To sum up, it is possible to choose any one of MFC, Qt or WPF according to your needs and preferences, and they all have their own advantages and applicable scenarios.
