This commit renames `Window::set_cursor_grab` to
`Window::set_cursor_grab_mode`. The new API now accepts enumeration
to control the way cursor grab is performed. The value could be: `lock`,
`confine`, or `none`.
This commit also implements `Window::set_cursor_position` for Wayland,
since it's tied to locked cursor.
Implements API from #1677.
This commit brings new Ime event to account for preedit state of input
method, also adding `Window::set_ime_allowed` to toggle IME input on
the particular window.
This commit implements API as designed in #1497 for desktop platforms.
Co-authored-by: Artur Kovacs <kovacs.artur.barnabas@gmail.com>
Co-authored-by: Markus Siglreithmaier <m.siglreith@gmail.com>
Co-authored-by: Murarth <murarth@gmail.com>
Co-authored-by: Yusuke Kominami <yukke.konan@gmail.com>
Co-authored-by: moko256 <koutaro.mo@gmail.com>
Maybe the transparent setting in WM_NCCREATE on Windows 11 will cause a block when calling DwmEnableBlureBehindWindow and will crash. Puts them into WM_CREATE and it works.
* Remove window subclassing
* Always call `DefWindowProcW` when we don't process a message
* Improve window initialization
Note that the error path in `init` is kind of cursed at the moment.
* Rename `ThreadMsgTargetCallbackData` to `ThreadMsgTargetData`
* Simplify window initialization
* Fix compilation on 32-bit targets
* Simplify the creation of the event target window
* Use `.clone()` rather than `Rc::clone()`
* Use concrete types for args to `SetWindowLongPtrW`
On 32-bit targets, `SetWindowLongPtrW` is an alias to `SetWindowLongW`,
which returns `LONG` (`i32`) rather than `LONG_PTR` (`isisze`).
* Minor comment adjustments
* Restore the ability to have fully transparent windows on Windows
Besides its original purpose, commit 6343059b "Fix Windows transparency
behavior to support fully-opaque regions (#1621)" also included some
changes considered cleanups, one of them was:
* Remove the `CreateRectRgn` call, since we want the entire window's region to
have blur behind it, and `DwnEnableBlurBehindWindow` does that by default.
But the original code actually disabled the blur effect for the whole
window by creating an empty region for it, because that allows for the
window to be truely fully transparent. With the blur effect in place,
the areas meant to be transparent either blur the things behind it
(until Windows 8) or are darkened (since Windows 8). This also means
that on Windows 8 and newer, the resulting colors are darker than
intended in translucent areas when the blur effect is enabled.
This restores the behaviour from winit <0.24 and fixes#1814.
Arguably, one might want to expose the ability to control the blur
region, but that is outside the scope of this commit.
* Remove useless WS_EX_LAYERED from transparent windows on Windows
`WS_EX_LAYERED` is not supposed to be used in combination with
`CS_OWNDC`. In winit, as it is currently used, `WS_EX_LAYERED` actually
has no effect at all. The only relevant call is to
`SetLayeredWindowAttributes`, which is required to make the window
visible at all with `WS_EX_LAYERED` set, but is called with full
opacity, i.e. there's no transparency involved at all.
The actual transparency is already achieved by using
`DwmEnableBlurBehindWindow`, so `WS_EX_LAYERED` and the call to
`SetLayeredWindowAttributes` can both be removed.
This commit introduces a cross platform way to request a user attention
to the window via a 'request_user_attention' method on a Window struct.
This method is inspired by macOS's 'request_user_attention' method and
thus reuses its signature and semantics to some extent.
This patch removes an unneeded workaround for transparent windows on the
Windows platform. In addition, it simplifies a couple of related API calls:
* Remove the `CreateRectRgn` call, since we want the entire window's region to
have blur behind it, and `DwnEnableBlurBehindWindow` does that by default.
* Remove the `color_key` for `SetLayeredWindowAttributes`, since it's not used
(we're not passing `winuser::LWA_COLORKEY` to the flags).
This changes 'Fullscreen::Borderless' enum variant from
'Fullscreen::Borderless(MonitorHandle)' to
'Fullscreen::Borderless(Option<MonitorHandle>)'. Providing
'None' to it will result in picking the current monitor.
On certain platforms window couldn't be on any monitor
resulting in failures of 'current_monitor' function.
Such issue was happening on Wayland, since the window
isn't on any monitor, unless the user has drawn something into it.
Returning 'Option<MonitorHandle>' will give an ability to
handle such situations gracefully by properly indicating that
there's no current monitor.
Fixes#793.
This resolves various problems with the documentation about platform
support on the Window struct.
It also completely removes pointless runtime errors in favor of
consistent no-ops on all platforms that do not support a certain
features.
