* Replace * 2 with * sizeof(WCHAR) for string usages
* Grow streams and other buffers reasonably, e.g. add 128 elements per
try and check for possible overflows
* Add constant postfix to force them to 64bit
The `getInvertScrolling()` fallback default was `false`, while
the XML preference in `settings_app_ui.xml` defines `android:defaultValue="true"`.
On a fresh install, if `PreferenceManager.setDefaultValues()` has not yet
persisted the XML defaults into SharedPreferences, the fallback value
`false` is returned instead of the intended `true`. This causes the
"Invert Scrolling" option to appear checked in the UI but not actually
take effect until the user toggles it manually.
Change the fallback from `false` to `true` to match the XML default.
Fixes#12308
We need pixel coordinates for each monitor, but SDL may return logical
coordinates depending on HighDPI mode used by the system.
This commit does:
* Detect which HighDPI mode is in use isHighDPIWindowsMode
* Creates a map of pixel coordinates for each monitor
* recreated whenever a monitor changes)
* Updates the window rdpMonitor data for existing windows
do a simple display query on main SDL thread before starting RDP.
This way the required rdpMonitor details are already available when the
monitor layout or desktop resolution must be sent to the server
* SdlContext::detectDisplays to create a initial list of displays and
their rdpMonitor configuration
* SdlContext::getDisplays to query a SDL_DisplayID at runtime
* SdlContext::getDisplayIds to query available SDL_DisplayID at runtime
The display settings can not be proplerly queried by SDL without a
window. Create a temporary, invisible window for a requested monitor and
query the required details from that window.
* In fullscreen set desktop resolution to argument provided with
/smart-sizing:<width>x<height>
* In window mode set the window size to /size:<width>x<height> and the
remote resolution to /smart-sizing:<width>x<height>
* Ignore and print a warning if /multimon is in use (currently not
defined)
Help SDL identify the display to use for fullscreen even when compositors interfere with window positions.
SDL respects the intent of a window if it is moved to the appropriate display just before it is made fullscreen.
