* (rcore_desktop_rgfw.c) fix errors when compiling with mingw
* define WideCharToMultiByte
* update RGFW
* move stdcall def to windows only
* fix raw cursor input
* WindowPosCallback added.
CORE.Window.position is now properly kept in sync with the glfw window position.
* Update rcore_desktop_glfw.c
Comments updated.
* Setting CORE.Window.position correctly in InitPlatform() as well.
This also fixes not centering the window correctly when the high dpi flag was enabled.
* Fixes centering the window in the SetWindowMonitor() function.
Here the render size has to be used again in case the high dpi flag is enabled.
* Update Window Position
Update Window Position right away in ToggleFullscreen() & ToggleBorderlessWindowed() functions
* GLFW AUTO_ICONIFY flag is now set to false per default.
Previously AUTO_ICONIFY was only disabled if the user requested a Fullscreen window from the start. After that it was not possible to change this behavior on the user side anymore, even when changing to a Fullscreen window.
The AUTO_ICONIFY causes problems on macOS. On macOS if the window is minimized because of AUTO_ICONIFY than the only way to restore it is to click on the icon in the dock. In other words when AUTO_ICONIFY is enabled alt/cmd-tabbing through windows does not work correctly. On windows it works even when AUTO_ICONIFY is enabled.
Additionally if a raylib window is in Fullscreen mode on another monitor the AUTO_ICONIFY behavior is a problem because the user might want to window to stay on the monitor even if it loses focus. (problem on all OS's)
AUTO_ICONIFY also restores the monitor hardware resolution if a fullscreen window loses focus.
* Update rcore_desktop_glfw.c
Extra space removed and comments updated with a space at the beginning
If `FLAG_WINDOW_HIGHDPI` is set, `InitPlatform()` will aks GLFW to handle resize window content area based on the monitor content scale using : ` glfwWindowHint(GLFW_SCALE_TO_MONITOR, GLFW_TRUE); `
So `WindowSizeCallback()` does not have to handle it a second time.
This could potentially be a breaking change, for consistency, now every possible desktop backend has the proper name assigned: GLFW, SDL, RGFW
raylib build system has been reviewed to fallback to `PLATFORM_DESKTOP_GLFW` by default when `PLATFORM_DESKTOP` defined
* Fix Makefile issues (RGFW) (linux) (macOS)
* Do not use nanosleep on windows at all (PLATFORM_DESKTOP_RGFW)
* remove #define RGFWDEF and make the #undefs only happen for their OS
* Update RGFW.h
* fix to match the RGFW updates
* remove line that shows the cursor for no reason
* Update RGFW, replace long switch with an array, update rgfw platform for RGFW
* update RGFW (fix reported glitch with drag and drop files) (linux)
* remove u16
* Fix Makefile issues (RGFW) (linux) (macOS)
* Do not use nanosleep on windows at all (PLATFORM_DESKTOP_RGFW)
* remove #define RGFWDEF and make the #undefs only happen for their OS
* Update RGFW.h
* fix to match the RGFW updates
* remove line that shows the cursor for no reason
* Fix Makefile issues (RGFW) (linux) (macOS)
* Do not use nanosleep on windows at all (PLATFORM_DESKTOP_RGFW)
* remove #define RGFWDEF and make the #undefs only happen for their OS
* fix minor bugs and errors (x86) for the RGFW platform, update RGFW platform license, update makefile info for RGFW platform
* revert
* (RGFW) (winapi) fix mouse hide bug when cursor changes
* ensure PLATFORM_SHELL is defined (PLATFORM_RGFW)
---------
Co-authored-by: ColleagueRiley <ColleagueRiley@gmail.com>
* Implementing GetMonitorWidth/Height and GetMonitorPhysicalWidth/Height for drm
Added implementation for DRM for functions :
- GetMonitorWidth()
- GetMonitorHeight()
- GetMonitorPhysicalWidth()
- GetMonitorPhysicalHeight()
- GetMonnitorName()
These functions take an argument but only the value 0 is accepted. This is because the DRM platform implementation manages only one screen for now
* Refactor "GetMonitor" properties for DRM Platform
Refactored GetMonitorHeight, GetMonitorWidth, GetMonitorPhysicalHeight,
GetMonitorPhysicalWidth and GetMonitorName to accept only argument "0"
as more than one screen is not supported in DRM platform.
* Rework window placement and dimensions for multi-monitor setups;
- fullscreen apps use primary monitor, exclusively
- non-fullscreen apps come in two variants:
a) pre-determined window size by user
b) use-active-monitor dimensions by user specifying 0x0
Either way, the window shall be centred at the monitor where it was created
This may have been the original intent, yet the primary monitor was used also for the second case, regardless where the window opened.
* Clean up code, handle error, fix integer-overflow for centering windowed fullscreen
The way the current code worked was by calling `GetCurrentMonitor()`,
which would always return the monitor at position (0,0). This isn't the
primary monitor on all platforms, on Linux in particular it isn't the
case.
This isn't the case on the SDL backend, after calling `InitWindow()` the
window would always show up on the primary monitor. Even on the GLFW
backend, if the full screen flag was set it would attempt to put it on
the primary monitor as it would call `glfwGetPrimaryMonitor()` to do it,
so for consistency's sake we should do it on windowed mode too.
The key handling in PLATFORM_DESKTOP_SDL was faulty in two ways, which
led to GetKeyPressed returning incorrect data.
CORE.Input.Keyboard.keyPressedQueue was updated only on SDL_TEXTINPUT,
meaning only text characters were registered as a pressed key, but not
function keys (eg. tab, backspace...). Also on such event, both
CORE.Input.Keyboard.keyPressedQueue and
CORE.Input.Keyboard.charPressedQueue were assigned the key's
corresponding codepoint, when CORE.Input.Keyboard.keyPressedQueue
should get the raylib keycode instead.
CORE.Input.Keyboard.keyPressedQueue is now updated on SDL_KEYDOWN event
instead.
Co-authored-by: Arthur <hi@thenightwat.ch>
