We can't really know the client side keymaps, so we use the keysym
as the hardware keycode (essentially claiming to have a keyboard with
one key for all possible keysyms). This is not ideal, but its hard to
do better with no knowledge of the client side keyboard mappings.
(And html keyboard events suck badly...)
We're using the noVNC keyboard even handling model (and some of the
code with permissions). This means we combine data from keydown and
keypress to figure out the translated keysyms according to the keyboard
layout at the users machine.
This symbol needs to be exported for GDK (Win32) so that the
runtime checks for Win32 backend usage can be done on
MSVC-compiled versions of GTK+ too.
I did not add the corresponding symbols for the other backend
though-they are probably exported automatically by GCC AFAIK.
This is done to make commit
9db4accf9c
work on MSVC
Otherwise, we end up doing maximal work with minimal effect, and
bring the X server to 100% CPU. Note that this makes spinner widgets
look really unclear, but they really have to be changed to adapt
to enable-animations == FALSE at the widget level.
The button is what draws the background/frame outline of the combobox,
and padding is defined as the spacing *inside* the widget between the
border and the content.
https://bugzilla.gnome.org/show_bug.cgi?id=646882
When the combobox is in menu mode, the right padding of the togglebutton
inside, should be allocated to its rightmost children, which is the
arrow.
https://bugzilla.gnome.org/show_bug.cgi?id=646882
When called on a hidden window, gtk_window_present_with_time() would
just fall back to gtk_widget_show(), completely ignoring the passed-in
timestamp. This ended up working anyway if the timestamp came from
in-process, since gdk_window_x11_show() would initialize its user_time
from the time of the most recent event. But if the timestamp came from
another process, this would result in the window being shown with an
out-of-date timestamp.
Fix this by remembering the timestamp from
gtk_window_present_with_time(), and then setting the GdkWindow's
user_time from that when it the window is realized.
https://bugzilla.gnome.org/show_bug.cgi?id=647275
The XI2 device manager was mistakenly setting the window user_time on
both ButtonPress and ButtonRelease, which meant that processes that
tried to launch another process based on the time of a ButtonPress
event would end up always focus-stealing-preventing the new app.
https://bugzilla.gnome.org/show_bug.cgi?id=647275
