Overwatch 2 verifies that every kernel callback that is run, lives in user32. Introduce a callback in user32 that just forwards to the other modules' callbacks.
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v19: include: Add a comment explaining why all kernel callbacks must be in user32.
user32: Remove NtUserDriverCallback* kernel callbacks.
winex11.drv: Route kernel callbacks through user32.
winex11.drv: Pass a struct to x11drv_ime_set_result.
winex11.drv: Pass a struct to x11drv_dnd_post_drop.
winemac.drv: Route kernel callbacks through user32.
wineandroid.drv: Route kernel callbacks through user32.
opengl32: Route kernel callbacks through user32.
winevulkan: Route kernel callbacks through user32.
user32: Add NtUserDispatchCallback kernel callback.
user.exe16: Move kernel callbacks to wow_callbacks.
https://gitlab.winehq.org/wine/wine/-/merge_requests/1180
General idea of this test is to show that a lot of factors influence the fog when transformed and untransformed vertex format was used:
- Directly changing z and w (which is not equal in the corners).
- Changing projection matrix that change z and w.
- Using different programmable/ff vs/ps shader.
- Using different depth bias.
- Chaging depth in pixel shader (oDepth) may or may not affect to colors depending on the vendor implementation.
- And various combinations of above.
This gives `succ` in all cases on this configs:
- Windows 10 with Radeon HD 8400 or Ivy Bridge GT1 (Intel HD Graphics).
- Windows 7 with Radeon HD 6450.
- Windows XP with GeForce Go 7300.
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v2: d3d9/tests: test table fog z vs rhw with shaders, depth bias, oDepth..
https://gitlab.winehq.org/wine/wine/-/merge_requests/2657
This is the first batch of a series implementing faster media source resolution required to workaround an Unreal Engine race condition present in some games, and deterministic stream ordering that decodebin / parsebin cannot provide, which is required to expose the streams in native order, for compatibility in several other applications.
I pushed the full series as a branch here: https://gitlab.winehq.org/rbernon/wine/-/commits/mr/wg-source-part-one
Note that this full series is also a first step in the direction of having a simpler demuxer interface, which will be required in the future for compatibility with applications that build MF or DirectShow pipelines directly and expect the relevant components to behave as a demuxer and expose compressed media types. For now it only delays the use of wg_parser to whenever the media source is started, and matches the non-ordered streams using their media types and tags. This is a best effort solution but I don't think we can do much better for the moment.
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https://gitlab.winehq.org/wine/wine/-/merge_requests/3606
This seems to be relied on by some versions of [this Unreal Engine input plugin](https://www.unrealengine.com/marketplace/en-US/product/wm-input-man…
Note: I'm not sure how to deal with `HID_USAGE_GENERIC_KEYPAD`, which (I think) would fall under `RIM_TYPEKEYBOARD`. Do we need to store extra info to differentiate these from `HID_USAGE_GENERIC_KEYBOARD` or is there something in the device info struct that can differentiate them?
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v4: user32: Post WM_INPUT_DEVICE_CHANGE when registering for notifications
user32: Add tests for WM_INPUT_DEVICE_CHANGE messages
https://gitlab.winehq.org/wine/wine/-/merge_requests/2120
This avoids one case of spurious wakeup of WaitOnAddress (which could be triggered by prior race on consequent WakeAddressAll and a thread trying to wake on that, leaving the waking thread in an alerted state). And fixes Resident Evil games randomly crashing due to unhandled spurious SleepConditionVariableCS wakeups.
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https://gitlab.winehq.org/wine/wine/-/merge_requests/3929