* Unused formal parameter remains disabled, but we also disable a
warning about being unable to generate an operator=.
* glslang remains compiled on level 3, since most of the new warnings
aren't easily fixable so would be muted anyway.
* D3D11 you query for interface with UUID of
{A7AA6116-9C8D-4BBA-9083-B4D816B71B78}. It's just IUnknown*
* GL implements GL_EXT_debug_tool with spec here:
https://renderdoc.org/debug_tool.txt
with DEBUG_TOOL_EXT #define'd to 0x6789, DEBUG_TOOL_NAME_EXT to 0x678A
and DEBUG_TOOL_PURPOSE_EXT to 0x678B. For now, reporting this ext is
enough to identify RenderDoc.
* This can happen when we're copying from a source program to a dest
program where the source is non-separable and had an attribute
optimised out entirely, but the destination is separable and so still
wants that attribute. In this case it'll come out in the wash and
we can just skip it.
* This will work in case the binding order changes between two impls,
and it also works if copying program state between two programs that
might have different UBO/SSBO sets.
* Still missing several features:
- solid shading of 'secondary' data
- highlighting of vertices/faces/supporting faces
- helpers like axis markers or frustum
- post VS data and re-projection
* There are a handful of ARB and EXT extensions left that aren't in either
the list of supported, or will-never support. These are ones that I want
to support but haven't written the code for.
* When a compatibility context is created (via the old CreateContext, or
via an appropriate CreateContextAttribs call), we can still do the vendor
checks but we want to make sure we perform them again if we ever create a
core profile context. Note that actually *using* a compatibility context
isn't supported at the moment, but this won't explicitly break that.
* This lets us detect if the FBO/VAO behaviour is different from the main
spec, and so we won't miss deletes or other events if the context is
different since we'll treat them as shared like any other object.
* On nvidia it seems that doing glCopyImageSubData() on a D32F_S8 texture
can cause serious problems, so ignore it for now. We can generally get
away with it, as usually the only depth buffer in this format is the
'main' depth buffer, which isn't used frame-to-frame.
* If we do a partial replay of a frame, a query might be left open. We
track this and make sure we close any that were left open before the next
replay.
* If you're capturing and replaying on the same driver it's insanely
unlikely that this translation will be anything other than the identity
map, although it wouldn't be illegal to renumber locations. However this
should allow moving captures between vendors/driver versions/platforms,
which in the past wasn't possible because locations would change (quite
validly) when the programs were recompiled. There might be other issues,
but at least this one is fixed.
baldurk