- SDL_MaximizeWindow, MinimizeWindow, SetFullScreenWindow, etc are not meant to show the window if it isn't currently visible, but on some platforms
(e.g. Windows) it isn't possible to set this state without also showing the window so cache the flags in a pending_flags field until SDL_ShowWindow is
called. Then replay the pending flags through ApplyPendingFlags (hoisted out from SDL_FinishWindowCreation).
If the text-scaling-factor setting is available via D-Bus, add a listener and update the content scale values for the displays if the value is changed during runtime.
Factors out the D-Bus message pump from the system theme detection code to the general D-Bus code, as it's now used for more purposes than just the system theme.
Expose the text scaling factor (aka the global scale factor on KDE) as the display content scale value so applications can scale themselves as necessary.
If D-Bus is unavailable or retrieving the setting fails, fall back to trying the legacy GDK_SCALE envvar before reverting to the default 1.0 value.
Change 8067023 by mikela:
Add SDL_HINT_WINDOW_ACTIVATE_WHEN_RAISED to SDL_RaiseWindow
- When set to false, this allows SDL_RaiseWindow to bring a chosen window to the top of the stack but not force input focus to it
Change 8067041 by mikela:
Rename SDL_HINT_WINDOW_NO_ACTIVATION_WHEN_SHOWN to SDL_HINT_WINDOW_ACTIVATE_WHEN_SHOWN
In theory this is illegal, but legit wavefiles in the field do it, and
it's easy to bump it to 1 for general purposes.
Formats with more specific alignment requirements already check for them
separately.
Fixes#7714.
First one to load and have the necessary symbol is the one we accept,
if any. Once we accept one, we won't try loading others.
Fixes#7613.
(cherry picked from commit 32999798e0232cdeda777a32ce2fe6b78ec2bb4e)
We have gotten feedback that abstracting the coordinate system based on the display scale is unexpected and it is difficult to adapt existing applications to the proposed API.
The new approach is to provide the coordinate systems that people expect, but provide additional information that will help applications properly handle high DPI situations.
The concepts needed for high DPI support are documented in README-highdpi.md. An example of automatically adapting the content to display scale changes can be found in SDL_test_common.c, where auto_scale_content is checked.
Also, the SDL_WINDOW_ALLOW_HIGHDPI window flag has been replaced by the SDL_HINT_VIDEO_ENABLE_HIGH_PIXEL_DENSITY hint.
Fixes https://github.com/libsdl-org/SDL/issues/7709
sdl12-compat can get into a state where a color-keyed surface is
marked for blending, but wants to blend with full alpha (which
is the same as _not_ blending), so rather than fail to find a
blitter in that case, it just selects the colorkey blitter.
Reference https://github.com/libsdl-org/sdl12-compat/issues/233
(cherry picked from commit 0eea92c8fcc4b5c572a0dd9848ca8886978ee0a2)
It turns out that screen coordinates were confusing people, thinking that meant pixels, when instead they are virtual coordinates; device independent units defined as pixels scaled by the display scale. We'll use the term "points" for this going forward, to reduce confusion.
This was only including the resampling buffer needs if it was larger
the other allocation needs, but it needs to be included unconditionally.
For safety's sake, we also make sure the pre-resample buffer doesn't risk
overflow, too, but this might not be necessary in practice.
Re-writes the clipboard data handling in wayland to an on demand
solution where callbacks are provided to generate/provide the clipboard
data when requested by the OS.
Wayland doesn't support getting the true global cursor position, but it can be faked well enough for what most applications use it for: querying the global cursor coordinates and transforming them to the window-relative coordinates manually.
The global position is derived by taking the cursor position relative to the toplevel window, and offsetting it by the origin of the output the window is currently considered to be on. The cursor position and button state when the cursor is outside an application window are unknown, but this gives 'correct' coordinates when the window has focus, which is good enough for most applications.