Full paths are used as-is, relative paths are prepended with SDL_GetAndroidInternalStoragePath(), and operations fall back to the asset system as appropriate.
This is consistent with the behavior of opening files on Android.
SDL_WaitEvent() will pump OS events if no poll sentinel is pending, so flush events before inserting a user event to ensure that the user event will be next in the queue.
Previously the test would kill the child process while it was in the process of initializing (loading DLLs, etc) and this would cause the test to fail.
The software renderer now matches the 3D renderer behavior by rendering a reversed rectangle (extending width or height in the opposite direction) when width or height is negative. It also now renders no rectangle if the width and height are 0.
Fixes https://github.com/libsdl-org/SDL/issues/13400
This correctly sets the xdg portal fields for targeting a specific
new filename or existing file.
"current_name" sets the dialogs placeholder name.
"current_file" targets an existing file.
"current_folder" for when the target is a folder.
SDL has been building on GNU/Hurd for a long time, using either drivers
based on external libraries (e.g. X11, pulseaudio, sndio, etc) or dummy
drivers. This commit introduces it explicitly as platform, so it can be
recognized, and tweaked as needed. In particular:
- introduce the SDL_PLATFORM_HURD define
- tighten/improve the platform detection in cmake, and use "Hurd" as
identifier
- return the platform name in SDL_GetPlatform()
- tweak the CFLAGS/LDFLAGS so pthreads can be used properly
- implement SDL_GetExeName(), using /proc/self/exe as provided by the
basic Linux-like procfs
- enable GLES 2 in tests (mostly for consistency with Linux)
This adds several minor changes to the gyro instruments.
* The HID Sensor Time display is now throttled to 10hz.
* Calibration for the gyro is now time based, not sample count based. Different polling rates will have drift calibrated over the same space of time.
* Pitch/Yaw/Roll readout: Yaw is prioritized, and then pitch, and then roll. This gives a more human-readable pitch/yaw/roll display, closely matching game engines.
* Pitch/Yaw/Roll text is colorized to match the axes in the 3D gizmo.
* Added set of axes to the 3D gizmo to show the "Left Hand Space" positive axis directions.
