In 2002, I was experimenting with something that, at the time, felt both ambitious and slightly unconventional: translating Direct3D 8 calls into OpenGL. The idea became DXGLWrap, a lightweight wrapper designed to bridge two competing graphics APIs.
Back then, the project got some unexpected visibility. It was featured on Slashdot, and even led to an interview on OSNews. For a young developer, that was a defining moment. The concept—API translation—was still niche, experimental, and largely unexplored outside of a few projects.
Then, like many early 2000s projects, DXGLWrap faded. The code remained, archived in SourceForge releases, tied to an era of Visual C++ 6.0 projects, custom build setups, and a very different ecosystem.
20+ Years Later
Fast forward to today.
API translation is no longer experimental—it’s mainstream. Projects like translation layers and compatibility wrappers are now standard tools in modern graphics stacks. The idea behind DXGLWrap is no longer unusual; it’s validated.
So I decided to bring it back.
Reconstructing the Project
The original challenge wasn’t writing new code—it was recovering the old one.
The project existed only as release archives. No Git history, no modern build system, and a codebase frozen in time. The first step was to reconstruct a proper repository:
- Extract source archives
- Rebuild a clean directory structure
- Initialize a new Git repository
- Tag the original release versions
From there, the real work began.
Enter Agentic AI
One of the most interesting aspects of this revival is how it was done.
Using modern AI-assisted workflows (what we can now call agentic AI), I was able to:
- Analyze legacy code structure quickly
- Identify missing build logic
- Reconstruct a modern CMake configuration
- Refactor parts of the codebase for compatibility
- Validate compilation paths across toolchains
This is something that would have taken significantly longer manually. Instead of blindly rewriting everything, the process became iterative and guided—closer to collaboration than brute-force porting.
Modern Build System
The biggest transformation was the build system.
DXGLWrap originally relied on outdated project files. Today it builds cleanly with:
- CMake
- Visual Studio 2022
- Modern compilers and toolchains
This alone changes everything:
- Easier onboarding for new developers
- Cross-platform potential via OpenGL
- Long-term maintainability
A Living Project Again
DXGLWrap is now:
- Hosted in a modern Git repository
- Fully rebuildable
- Structured for future contributions
- Ready for experimentation again
But beyond that, it’s also something else: a snapshot of early graphics experimentation, brought forward into a modern context.
Then vs Now
In 2002, this project was about exploring possibilities.
In 2026, it’s about:
- preservation
- understanding how we got here
- and maybe pushing the idea a bit further
Some projects come and go.
Others just wait for the right time to come back.
DXGLWrap turned out to be one of those.
See story on Slashdot from 2002 and OSNews
Link on Sourceforge