DX10 cards support 512(ATI) or 1024(Nvidia) vertex shader constants in
GL. The dx9 DXCapsViewer shows that dx10 windows drivers only claim
256 constants on Windows, so we can and should do the same.
Other than being a bit nicer than passing function pointers all over the
place, this helps dxgi/d3d10. While the swapchain itself is created in dxgi,
its surfaces are constructed in d3d10core, which makes it impractical for dxgi
to pass the appropriate function pointers.
Instead of creating a converted declaration each time SetFVF is
called, exactly one declaration is created for each FVF(on demand) and
stored for the lifetime of the device. This avoids memory leaks and
makes keeping track of converted declarations easier. Wether a
declaration is converted from a fvf or not is now a static information
inside the declaration. Those declarations are not destroyed in
VertexDeclaration::Release, they stay for the lifetime of the
device. This keeps us free from tracking the declaration through
stateblocks
QueryInterface should return S_OK on success and set the object
pointer to NULL on failure. This is similar to the patch Ivan
submitted a while ago for wined3d.
the interface but it is more correct way (Microsoft even have a
resource type of volume).
- Moved usage, format, allocatedMemory and size onto the resource
class structure.
- Refactored Preload for classes that inherit BaseTexture, preload now
binds the texture instead of bind texture calling preload, bindTexture
allocated a glTexture if there isn't one.
- Added two new class static members BaseTexture_CleanUp and
Resource_CleanUp that should be called by classes that implement
BaseTexture or Resource.
- Only prototype the interfaces which are subclassed (I overdid it
last time!).
- Implement Get/Set Texture and GetBackBuffer, plus device's
GetDisplayMode / GetDeviceCaps.
- Make some of the d3d9 skeleton code issue fixme's to highlight code
which hasn't been migrated yet.
- Correct the d3d9 headers for D3DSURFACE_DESC which caused stack
corruption in demos.
Stefan Dösinger