Mono/.NET bindings for Qt, enabling C# developers to use Qt libraries through automatically generated wrappers.
QtSharp is a set of Mono/.NET bindings for Qt that allows developers to use Qt libraries through C#. It generates and compiles wrappers automatically using CppSharp, enabling .NET applications to leverage Qt's GUI and framework capabilities. The project solves the problem of integrating Qt's C++-based tools with the .NET ecosystem, making Qt accessible to C# developers.
C# and .NET developers who want to use Qt for building cross-platform GUI applications without leaving the .NET environment. It is also relevant for projects requiring automation or integration between Qt and .NET systems.
Developers choose QtSharp because it provides an automated, generator-based approach to creating Qt bindings for .NET, reducing manual effort and ensuring compatibility. Its reliance on CppSharp offers a proven foundation for C++ to .NET interop, with plans for cross-platform support and future GUI tooling.
Mono/.NET bindings for Qt
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Leverages CppSharp to automatically generate wrappers from Qt's include and library directories, significantly reducing manual binding work as noted in the README.
Designed to work with any Qt version, with explicit plans for OS X and Linux support, offering a foundation for broader .NET and Qt interoperability.
Separates library logic from a command-line client, with a future GUI client planned, allowing for flexible integration and tooling improvements.
Linked demo repositories like QtSharpDemos provide practical usage examples, helping developers understand and implement the bindings quickly.
The repository is marked as obsolete with new code on GitLab, indicating minimal maintenance, potential bugs, and unsupported features for current users.
Only tested with Qt MinGW on Windows; binaries are in alpha stage, and support for other compilers like VC++ is not planned, making it unreliable for cross-platform projects.
Requires users to independently install Qt and deploy dependencies like DLLs manually, adding significant setup overhead and potential for configuration errors.