And notify the shell about it. This is done through the
gtk_shell1.notify_launch request added in gtk-shell v3. All the plumbing
on the way to the activated application is already in place to transfer
the startup ID, so the other side just has to reply with
gtk_surface1.request_focus.
Closes: https://gitlab.gnome.org/GNOME/gtk/issues/624
This uses the gtk_surface1.request_focus request added in gtk-shell v3,
the given startup ID may be used by the compositor in order to determine
when was the request started, and whether user input happened in between.
Closes: https://gitlab.gnome.org/GNOME/gtk/issues/624
This version has 2 new requests:
- gtk_shell1.notify_launch notifies the compositor that the requesting
client shall launch another application. The given ID is expected to
be unique.
- gtk_surface1.request_focus notifies the compositor that a surface
requests focus due to it being activated. The given ID is passed to
this process through undetermined means, if it corresponds with a
current startup ID and there was no user interaction in between the
surface will be focused, otherwise it will demand attention.
To avoid confusion, have the NMake Makefiles output the built introspection
files in the same location where the binaries are built for the project
files, according to the Visual Studio version, platform and configuration
where the build is carried out.
Also make generating the introspection NMake snippet portion more robust to
source additions and removals by checking on Makefile changes too.
If the size was constrained by the xdg_positioner mechanisms, we handle
the resize by resizing the popup window. What we shouldn't do is
hide/show the popup window so avoid that.
The cache key is just the name of the cursor, so if a previously added
cursor had e.g. scale == 1, if we ask for a new cursor with scale == 2,
we might still fetch the scale == 1 cursor from the cache. Avoid this by
making sure the scale of the cached one is correct.
If it isn't, load the cursor as normal, and update the cache entry with
the new properly scaled cursor.
Fixes: https://gitlab.gnome.org/GNOME/gtk/issues/1183
CGDisplayModeGetWidth returns 0 if mode is NULL; that happens if the
CGDisplay is offline or mirroring another monitor and it leads to a
divide-by-zero crash.
Closes: https://gitlab.gnome.org/GNOME/gtk/issues/1565
Tools on the same physical item have the same serial number, so the eraser
and the pen part of a single pen share that serial number. With the current
lookup code, we'll always return whichever tool comes first into proximity.
Change the code to use the hw id in addition to the serial number, this way we
can differ between two tools.
Generic tools (Bamboo, built-in tablets) always have the same serial number
assigned by the wacom driver. This includes the touch tool when the wacom
driver handles the touch evdev node (common where users require the wacom
gestures to work).
When the first device is the touch device, a tool is created with that serial.
All future tools now return the touch tool on lookup since they all share the
same serial number. Worse, this happens *across* devices, so the pen
event node gets assigned the touch tool because they all have the same serial.
Since we don't actually care about the touch as a tool, let's skip any unknown
tool. This captures pads as well.
Any wacom device currently sets the tool type to UNKNOWN. The wacom driver has
a property that exports the tool type as one of stylus, eraser, cursor, pad or
touch. Only three of those are useful here but that's better than having all
of them as unknown.
* We don't output spaces anywhere in the code, unlike the doc suggested.
* CSS explicitly forbids whitespace between function names and lparens:
https://stackoverflow.com/questions/13877198
We need to call g_strdup() on the name that we pass in for notifying the
GDK_SETTING event so that when we do gdk_event_free() later we will not
get a crash (stack corruption) that results from attempting to g_free()
something that is not dynamically allocated.
and convertPointFromScreen:, making them handle all MacOS versions
so that all of the if-deffing happens in the function definitions.
This happens to fix issue 1518 because it turns out that contrary
to the annotation in the 10.14 nNSWindow.h, convertPointToScreen and
convertPointFromScreen originate in 10.14, not 10.12.
Closes: https://gitlab.gnome.org/GNOME/gtk/issues/1518
G_GNUC_END_IGNORE_DEPRECATIONS terminates the if statement and does not
consider the following block to be part of the if. So that block was
always taken irregardless of the pattern.
Fixes#1280
We don't want to set ParentRelative when:
- the parent window is NULL
In that case we are unsure about the depth, so better err on the side
of caution and avoid a BadMatch by accepting ugly output.
- the cairo pattern is in an error status
This should never happen - unless you start up in OOM - but better
be safe than sorry.
Might help with the spurious crashes in #1280.
Fixes#1280, tray icons not drawing background. This is a magic pattern only
usable for gdk_window_set_background_pattern() that sets the underlying
X window's background to ParentRelative.
Handling more flags, handling them correctly, and emitting the requisite
signals.
Change screen layout to use CGGetActiveDisplayList instead of NSScreens,
eliminating the latency between updating screens and recomputing the
root window.
Moving the initialization of the GdkQuartzMonitors to GdkQuartzDisplay from
the now-obsolete GdkQuartzScreen. Use QuartzDisplayServices for
monitor enumeration and to populate the GdkMonitor properties. This is
better aligned with acting on the Quartz Services callbacks for monitor
changes and with Cairo which also uses CoreGraphics for drawing.
