* [dxvk] fixes for MSVC
* nullptr -> int is illegal conversion for MSVC. nullptr was replaced with VK_NULL_HANDLE
* MSVC does not support source code strings longer than 65535 chars. String was replaced with array of chars.
* [utils] fixes for MSVC
* __mingw_uuidof() does not exists in MSVC
* apply GCC pragma only for GCC
* added missing header
* [dxbc] fixes for MSVC
*added missing header
* [dxgi] fixes for MSVC
* user __declspec(uuid()) instead of _mingw_uuidof()
* do not use DLLEXPORT macro for MSVC
* [d3d11] fixes for MSVC
* replace WINBOOL with BOOL
* do not declare D3D11 structs for MSVC
* do not use DLLEXPORT macro for MSVC
* [meson] fix build scripts for MSVC
* change cpp version from c++1z to c++latest for MSVC
* set -DOMINMAX definition for MSVC
* disable test and wine_utils for MSVC
* use .def files instead of __declspec(dllexport) for MSVC (bypass 'C2375: redefinition; different linkage' error)
* fix .def files for MinGW
* add --enable-stdcall-fixup linker flag for MinGW
* [utils] fixes for MSVC
* __mingw_uuidof() does not exists in MSVC
* apply GCC pragma only for GCC
* added missing header
* [dxvk] fixes for MSVC
* nullptr -> int is illegal conversion for MSVC. nullptr was replaced with VK_NULL_HANDLE
* MSVC does not support source code strings longer than 65535 chars. String was replaced with array of chars.
* [dxbc] fixes for MSVC
*added missing header
* [dxgi] fixes for MSVC
* user __declspec(uuid()) instead of _mingw_uuidof()
* [d3d11] fixes for MSVC
* replace WINBOOL with BOOL
* do not declare D3D11 structs
* [meson] fix build scripts for MSVC
* change cpp version from 1z to 17 for MSVC
* set -DOMINMAX definition for MSVC
* disable test and wine_utils for MSVC
* use .def files instead of __declspec(dllexport) (bypass 'C2375: redefinition; different linkage' error)
This is the first step to optimizing buffer updates for applications
that frequently invalidate buffers. The goal is to reduce the number
of buffer allocations per frame and reduce the cost of invalidation.
Support for extensions can now be queried from the device
object in an efficient way. This will allow the backend to
use optional extensions for the purpose of optimization.
While these are not being used as of yet, these classes can be
used to implement command stream multithreading in the future.
They are also useful to implement command lists for deferred
contexts, which are a core feature of D3D11.
Command submission now does not synchronize with the device every single
time. Instead, the command list and the fence that was created for it are
added to a queue. A separate thread will then wait for the execution to
complete and return the command list to the device.
