var device = new Device(DriverType.Hardware, DeviceFlags.None); var texture = Texture2D.FromFile(device, "explosion.png"); While underneath, slimdx.lib was screaming through the kernel, calling CreateDXGIFactory1 and D3D11CreateDevice , and making sure the HRESULT errors bubbled up as proper .NET exceptions. The project was maintained by a handful of heroes: Mike "promit" Popoloski, Josh "the secret weapon" Petrie, and others. They had to reverse-engineer undocumented driver behaviors and rewrite C++ templates into C# generics by hand.
Today, the .NET ecosystem is dominated by Veldrid , Silk.NET , and the official TerraFX.Interop.Windows . But before these existed—before Microsoft officially gave up on XNA and before Win2D was a twinkle in an engineer’s eye—there was a scrappy, powerful, and deeply loved library identified simply by its static link library: slimdx.lib . slimdx.lib
SlimDX.lib wasn't just a library. It was a declaration that managed code deserved access to the bare metal. It failed commercially, but it paved the concrete that Silk.NET and Vortice.Windows walk on today. var device = new Device(DriverType
Unlike XNA (which was a sandboxed, simplified toy for Xbox Live Arcade), SlimDX aimed for . It wasn't a "framework." It was a 1:1 mapping of Direct3D 9, 10, 11, DirectInput, XAudio2, and DXGI to C#. The Magic of slimdx.lib When you downloaded SlimDX, you got a managed DLL ( SlimDX.dll ) and an unmanaged helper library: slimdx.lib (and its accompanying slimdx.dll ). Today, the
SlimDX.lib was the Rosetta Stone. It allowed you to write: