When using an ad-hoc DirectX SDK, I create Microsoft-like directory for it called, eg.I get the feeling Microsoft doesn't like you using 3rd party compilers to build DirectX apps. You can still use the latest headers to compile and build for older versions of DirectX, however the v7 & v8 headers were causing some annoying compiler warnings so I stuck with version 6. The last version of DirectX to support DirectDraw API was version 7. Note that DirectX8 has removed the DirectDraw API now all 2D and 3D graphics is accomplished via the Direct3D8 API. If there are features missing from these older versions that you require, you'll need to get a later version. The reason I'm using the version 6 SDK is because I only need version 5 for what I'm working on. If you want later versions, I suggest getting them from Peter Puck's excellent site which also contains more detail regarding DirectX and MinGW and import library issues.
DIRECTDRAW FOR WINDOWS 10 DOWNLOAD
This includes everything you need to build DirectX 6 (or earlier) apps with either Cygwin or MinGW, however keep in mind that this download is the version 6 API.
rename ddraw.lib to libddraw.a, and then don't forget to add the library search path with the -L option.) The implication of this library search naming convention gives us one more way to link to Microsoft's DirectX SDK libraries: simply change the names of the MS libraries to lib*.a (e.g. The version of the DirectX static libs shipping with MinGW is probably out of date, but if they do support the functions you need then you can use those simply by adding, for example: The advantage to using MinGW-compatible libraries using this naming convention is that you can put them into a location on your library search path (specified by the -L flag). There also exist MinGW-compatible libs (typically named lib*.a, where * is the name of the library).G++ main.cpp -o test.exe -I./dxsdk/include. Adding the headers location to the include path would also be a good idea. lib files to your application by specifying the. The most straightforward way to go about building a DirectX app is simply to use Microsoft's DirectX SDK. (If you do want to use an older version, this version 7 SDK is a much leaner download and install.) Some people wishing to use DirectDraw, or older interfaces may opt to use this download. With DirectX8, Microsoft has combined DirectDraw into Direct3D. The latest version can be found at You can, at the time of this writing, still get the DirectX7 SDK from Microsoft. Whichever way you do this, you will at least need the header files, so get the SDK you want to use.
These are typically included in the DirectX SDK available from Microsoft. We'll need the DirectX headers and libraries for the version of DirectX we want to use.
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Now, for those of you remaining, I assume you do know how to use MinGW, and I assume you are interested in getting it to compile DirectX apps. You can have a look at my MinGW + SDL page for MinGW/SDL-related setup tips. If you're just starting out and not sure, I would recommend looking into it before getting into DirectX.
DIRECTDRAW FOR WINDOWS 10 PRO
So unless you need or want to work with the DirectX API directly for some specific reason, this is a good solution that offers portability to a number of other platforms and a rabid following of both pro and amateur game developers. I should first point out to beginner game developers that it is entirely possible to avoid using DirectX at all by using SDL (Simple DirectMedia Layer) for all your graphics, sound, input, timing, etc., and it integrates well with OpenGL for 3D graphics (it actually uses DirectX for 2D graphics, sounds, and so on) - with the added benefit of being cross-platform.
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