Non-size configuration events are filtered out, so there is no need to enqueue an event when setting the size, as it won't be overwritten in the configure event when only changing state.
If a window is fullscreen and the maximized state is requested, it needs to be explicitly entered after leaving fullscreen, or the resulting window will be in the maximized state, but still the size of the non-maximized window.
It was only used if SSE wasn't supported (available since the Pentium III in
1999), or the data was aligned to 8 bytes but not aligned to 16 bytes.
The likelihood of ever hitting this codepath seems extremely low.
The spec says that an undefined confinement region should match the input region, so it is resized automatically.
This was a hack for a very old, buggy compositor and is no longer needed.
At best, it simply doesn't work, and if it does, it frequently warps the pointer to the wrong position as the window animates in/out of fullscreen mode.
It can also inadvertently trigger the relative warp mode emulation mode on Wayland if a fullscreen transition occurs while the client has the pointer hidden.
Added SDL_Vulkan_DestroySurface, its documentation and corresponding platform specific implementations. Fixed some header inclusion orders to improve consistency between platforms. Added TODOs regarding MetalView creation and destruction which will benefit from the new functionality.
This extends the display scaling mode to be global and work in terms of pixels everywhere, with the content scale value set on displays. The per-window property had some issues, and has been removed in favor of retaining only the global hint that changes all coordinates to pixel values, sets the content scale on the displays, and generally makes the Wayland backend behave similarly to Win32 or X11.
Some additional work was needed to fix cases where displays can appear to overlap, since Wayland desktops are always described in logical coordinates, and attempting to adjust the display positions so that they don't overlap can get very ugly in all but the simplest cases, as large gaps between displays can result.
The flags parameter has been removed from SDL_CreateRenderer() and SDL_RENDERER_PRESENTVSYNC has been replaced with SDL_PROP_RENDERER_CREATE_PRESENT_VSYNC_NUMBER during window creation and SDL_PROP_RENDERER_VSYNC_NUMBER after renderer creation.
SDL_SetRenderVSync() now takes additional values besides 0 and 1.
The maximum texture size has been removed from SDL_RendererInfo, replaced with SDL_PROP_RENDERER_MAX_TEXTURE_SIZE_NUMBER.
Noticed this in SDL-1.2 in a gcc-13 build, which emitted the following
warning: (No such warnings in SDL2 and SDL3, due to macro differences)
./src/video/x11/SDL_x11sym.h:84:48: warning: argument 2 of type 'char *' declared as a pointer [-Warray-parameter=]
84 | SDL_X11_SYM(int,XQueryKeymap,(Display* a,char *b),(a,b),return)
| ~~~~~~^
./src/video/x11/SDL_x11dyn.c:95:15: note: in definition of macro 'SDL_X11_SYM'
95 | rc fn params { ret p##fn args ; }
| ^~~~~~
In file included from ./src/video/x11/SDL_x11dyn.h:27,
from ./src/video/x11/SDL_x11dyn.c:26:
/usr/include/X11/Xlib.h:2980:5: note: previously declared as an array 'char[32]'
2980 | char [32] /* keys_return */
| ^~~~~~~~~
The original actually was char[32] but was changed with
8ada1e8a6e
(https://bugzilla.libsdl.org/show_bug.cgi?id=170https://github.com/libsdl-org/SDL-1.2/issues/101)
Queries the "panel orientation" property on the connector and reports it in degrees of clockwise rotation via the 'SDL.display.KMSDRM.panel_orientation' display property.
This is provided by the kernel as a hint to userspace applications, and the application itself is ultimately responsible for any required coordinate transformations needed to conform to the requested orientation.
The pointer confinement protocol does allow attempted warping the pointer via a hint, provided that the pointer is locked at the time of the request, and the requested coordinates fall within the bounds of the window.
Toggle the pointer locked state and request the pointer warp when the required protocol is available. This is similar to what XWayland does internally.
- Adds support for modal windows to Win32, Mac, and Haiku, and enhances functionality on Wayland and X11, which previous set only the parent window, but not the modal state.
- Windows can be declared modal at creation time, and the modal state can be toggled at any time via SDL_SetWindowModalFor() (tested with UE5 through sdl2-compat).
- Allows dynamic unparenting/reparenting of windows.
- Includes a modal window test.
Trying to capture the pointer via XGrabPointer() when XInput2 is in use will always fail with 'AlreadyGrabbed', since the pointer is already grabbed by XInput2.
- A refactor changed how SetupWindowData handled external windows where previously it was tracked
in a field of SDL_CocoaWindowData but now it is tracked by setting SDL_WINDOW_EXTERNAL in the
window flags. Removed the now unused field and updated the external window check in DestroyWindow.
This allows apps to destroy the window and renderer in either order, but
makes sure that the renderer can properly clean up its resources while OpenGL
contexts and libraries are still loaded, etc.
If the window is destroyed first, the renderer is (mostly) destroyed but its
pointer remains valid. Attempts to use the renderer will return an error,
but it can still be explicitly destroyed, at which time the struct is free'd.
If the renderer is destroyed first, everything works as before, and a new
renderer can still be created on the existing window.
Fixes#9540.
Headless display servers might not send an initial configure event, so don't assume that one has arrived and send garbage size/position values when showing a window.
Otherwise, it isn't immediately clear to the client application as to why its windows suddenly disappeared, and it received a quit event out of nowhere.
XWayland emulates the XRandR interface, so it still needs the actual mode switch call to trigger the mode switching emulation.
There is also no need to wait when using XWayland mode switching emulation, as it is handled via viewport scaling and thus instantaneous.
