This MR implements `NtContinueEx(PCONTEXT, PCONTINUE_OPTIONS)` which was added in Windows 10 20H1.
Also added basic test reusing existing `test_continue()` (included from !4720)
League of Legends game hooks `NtContinue()` and `NtContinueEx()` by putting `jmp` instruction in front of it.
Note that LoL doesn't actually use `NtContinueEx()` itself and game will work fine without it but if game doesn't find `NtContinueEx()` it will permanently ban your account due to detecting "scripting program"
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v6: ntdll/tests: Implement APC test for NtContinue()
ntdll/tests: Add basic test for NtContinueEx()
ntdll: Implement NtContinueEx()
https://gitlab.winehq.org/wine/wine/-/merge_requests/4761
The "GdiInterop" is a sample application (source code is avaiable in [Github][source_code], relative guide in [MSDN][msdn_guide]) that demostracts how to display DirectWrite text on a GDI surface. After set dpi to 168 in `winecfg`, and run sample application with wine, the font size is normal, but the position of glyph is incorrect.
| Dpi: 96 | Dpi: 168 |
|:----------------:|:-----------------:|
| ![ss1][sc_96dpi] | ![ss2][sc_168dpi] |
There is the sample application after compile: [Release_x64.tar.gz](/uploads/c70e32824efcaa5d16ab39bbb4b86e30/Release_x64.tar.gz)
After change transform matrix that pass to `IDWriteFactory7_CreateGlyphRunAnalysis`, it can display glyph correctly.
[source_code]: https://github.com/microsoft/Windows-classic-samples/blob/main/Samples/Win7…
[msdn_guide]: https://learn.microsoft.com/en-us/windows/win32/directwrite/render-to-a-gdi…
[sc_96dpi]: /uploads/59cc343cfaa025f4ff4c32a84ab8cfeb/图片.png
[sc_168dpi]: /uploads/938be653362bb6ac58471b69ab66099a/图片.png
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v5: dwrite: Fix incorrect position of glyph when rendering with BitmapRenderTarget in HiDPI
dwrite: Return render bounds if text not intersect to BitmapRenderTarget
https://gitlab.winehq.org/wine/wine/-/merge_requests/3718
The cast there seems safe from looking at the struct definitions, and is also used elsewhere in the codebase (dlls/kernelbase/locale.c:5682).
It's obviously not a full implementation, but works well enough for my usecase and maybe others as well.
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https://gitlab.winehq.org/wine/wine/-/merge_requests/4851
Fixes balloon tooltips so that they can be drawn outside of the work area (required for system tray icons) and improves the shape of the tooltips so that they resemble their shape on Windows.
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v4: Diff reduce
https://gitlab.winehq.org/wine/wine/-/merge_requests/3547
This MR uses the existing compositor side surface scaling in the driver (through wp_viewporter, currently used for Hi-DPI scaling) to emulate display mode changes. This works wonderfully in coordination with fullscreen since the compositor is required non only to scale the surface, but also to position it properly and provide opaque surroundings (note: some compositors don't implement the last two features properly!).
Since: 1. Wayland doesn't allow clients to change the actual display configuration, and 2. there is no queryable service that holds the display information in a consistent manner (à la xrandr), the MR uses the win32 device settings as the source of truth for the current display mode. We let win32u handle the display mode change in the default manner (i.e., just updating the registry settings), and provide access to the current mode when updating the display devices through a new `gdi_display_manager.get_adapter()` function.
In order to be able to consistently (across all processes) associate an adapter device with its corresponding `wl_output` the MR introduces per-adapter driver data.
Note for people trying this out: many modern games don't change the hardware display settings, but rather scale themselves in right way to achieve the visual effect of a mode change (similarly to how this MR works, but they do it on the application side). To exercise most of the functionality in this MR you need an application that actually uses the `ChangeDisplaySettings` win32 API.
Thanks!
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https://gitlab.winehq.org/wine/wine/-/merge_requests/4947
I haven't seen any software that uses this, but some older software out there might use it, so it's good idea to export it.
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v5: ntoskrnl.exe: add KeNumberProcessors export.
https://gitlab.winehq.org/wine/wine/-/merge_requests/1139
Some games with support for the haptic feedback and speaker features of the Sony DualSense controller select the controller's audio output by filtering on the ContainerId IMMDevice property to find one that matches the controller's HID's. This MR allows this information to be accessible from the IMMDevice's property store when the audio driver provides it (none for now, but I intend to add that feature to `winepulse.drv` and maybe `winealsa.drv`)
This is made specific to containerId rather than supporting VT_CLSID on every property because Wine currently stores VT_BLOBs directly in the registry value, which does not allow us to safely disambiguate between VT_CLSID and VT_BLOB values when reading from registry.
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v7: mmdevapi: Invalidate ContainerID of unavailable audio devices.
https://gitlab.winehq.org/wine/wine/-/merge_requests/359