get_time_from_ns_event(): apply patch from Michael Hutchinson which
makes sure the returned guint32 wraps correctly on 32 bit machines
when the uptime exceeds 2^32 ms.
(cherry picked from commit 78506bd604)
This was showing up when using a combo box in list mode. After popping
up the list, the keyboard grab appeared stuck. What was stuck here is
only the client-side grab, since we forgot to clean up our grabs
when receiving an UnmapNotify.
This bug was introduced in 3f6592f60f.
[ Alexandre Rostovtsev <tetromino@gentoo.org>: backport to 2.24 ]
https://bugzilla.gnome.org/show_bug.cgi?id=680346
Implement a special case for the root window, which has to be handled
differently on OS X.
Contains some bit fiddling corrections by Kristian Rietveld.
Beforehand, the check whether or not emission is necessary was done
based on the "uninitialized" window position in the top left corner.
We now wait until the window size is set for the first time, to avoid
emitting EnterNotify when it is not necessary.
Before, right click events were still let through into GDK. In this
case, also middle/right button events with x-coordinates in the range
[-3, 0] are processed, resulting in failures/crashes in the window
finding code because no GdkWindows are present in this range.
In the Quartz backend, there are two methods by which windows are
resized. The first method is fully handled by Quartz and does not appear
in the event stream the application resizes. The second method is when
we resize windows by ourselves. In OS X this happens when a GTK+ resize
grip is used. This resize grip is larger than the Quartz resize grip.
When the resize is started outside the "Quartz area", we have to handle
it by ourselves.
This patch fixes this manual window resizing by ignoring events while we
are in the process of resizing (such that the events actually arrive at
the sendEvent handler of GdkQuartzWindow where this resize is handled).
When the resize has finished we break all grabs such that GDK is not
stuck thinking the cursor is still in the resize window.
If the Window Manager supports the _NET_WM_STATE_HIDDEN, we use it to use
the _NET_WM_STATE protocol when de-iconifying windows (iconification is
unchanged, via XIconifyWindow). Additionally, we no longer interpret all
UnmapNotify events for our window as the result of iconification.
(Based on patch by Tomas Frydrych <tf@linux.intel.com>)
The F keys have no unicode mapping, and UCKeyTranslate() returns
a bogus 0x10 as mapping to unicode. Instead of checking for this
random and undocumented return value, simply assign all function
keys explicitly. This patch also splits the ill-named "known_keys"
array into "modifier_keys" and "function_keys" which is much
more obvious.
_gdk_x11_keymap_key_is_modifier() never tries to set min/max_keycode
if they haven't been set before, meaning that until another function
sets those, all the keys will be seen as non-modifiers.
This causes GdkKeyEvents to be wrongly tagged with "->is_modifier = 0"
when in actual fact the key is a modifier. This fixes keyboard
shortcuts captured with GtkCellRendererAccel in "raw" mode thinking
a modifier without any actual keys is a valid shortcut.
https://bugzilla.gnome.org/show_bug.cgi?id=670400
Conflicts:
gdk/x11/gdkkeys-x11.c
When calling gtk_window_present(), gdk_win32_window_raise did not
actually raise the window anymore. Replacing BringWindowToTop() with
SetForegroundWindow() fixes this.
During testing, we also discovered that sometimes SetForeGroundWindow()
will (correctly) refuse to raise the window and fail(for example: sometimes
when dragging a different application at the time of a gtk_window_present()
call). To prevent a GdkWarning from being produced, usage of the API_CALL
macro has been removed for this case.
Additional goodies of SetForeGroundWindow:
- it brings the window to the front when the process owning the
window to raise is the foreground process (for example when
gtk_window_present is called from a GtkStatusIcon's activate
signal handler)
- it limits itself to flashing the task bar button associated
with the window if the process owning the window to raise
is *not* the foreground process (for example when gtk_window_present
is called from a g_timeout_add callback function)
https://bugzilla.gnome.org/show_bug.cgi?id=665760
When the X server does not support the shape extension (as some
vnc implementations seem to), our DND code was always seeing
an empty input shape, so drops always missed their target.
http://bugzilla.gnome.org/show_bug.cgi?id=620240
We add _gdk_offscreen_window_get_real_drawable to get the real
pixmap impl for offscreen windows, then we use this
in gdkgc-win32.c:get_impl_drawable() for offscreen windows
This fixes a crash when rendering win32 theme parts on
offscreen windows (bug #623563)
This reverts to the old dibsection creation code for 16bit depth.
This makes the non-cairo stuff work, we then access the bits as
a cairo image surface, which isn't 100% right, but might be good
enough.
Fixes bug 665013
If the keyboard group shifting modifier is *also* a normal
accelerator modifier, we need to special case it when calling
gdk_keymap_translate_keyboard_state(), so we get the right
key symbol for accelerators (for example we want Option-O,
not Option-Ø displayed in menu items). This patch should only
affect quartz where the Alt key both shifts the group and can
be used as accel modifier, and not X11 or Win32 where AltGr
is not used for accelerators.
- fix quartz' gdk_keymap_translate_keyboard_state() to return
the right consumed_modifiers
- add _gtk_translate_keyboard_accel_state() which does the
special casing
- use it everywhere instead of gdk_keymap_translate_keyboard_state()
Wake up the run loop unconditionally (don't check if it is waiting) because
it might go into waiting state right after we checked for it. Fixes GIMP
startup (which has a lot of GIOChannel I/O but zero NSEvents) from several
minutes to a few seconds.
When running with GDK_DUBUG="draw", gdk_win32_draw_rectangle
calls _gdk_win32_drawable_description, which calls
gdk_drawable_get_size for a GdkWindowImplWin32.
gdk_drawable_get_size then tries to call
GDK_DRAWABLE_GET_CLASS (drawable)->get_size, which points
to NULL for GdkWindowImplWin32.
Adding the missing drawable_class->get_size implementation
fixes this.
The win32 code for GdkPixmap dib creation workes as such, but
when creating a cairo surface for it with cairo_win32_surface_create
from the HDC it fails for any bitmap format than RGB24, due to
assumptions in cairo.
In order to create a cairo surface for e.g. A1 formats we need
to let cairo create the surface via cairo_win32_surface_create_with_dib.
Additionally, we must then make sure to use this surface in
gdk_drawable_ref_cairo_surface, and to not create a new HDC for
it but reuse the cairo one (as only one HDC can write to a bitmap).
Even with this fixed there are some issues with current cairo, as
cairo A1 format isn't quite the same as win32 monochrome bitmaps.
Fixes for cairo will be submitted.
Don't try to remember the current keyboard modifier and mouse button
states from the last event, because that isn't always right, and don't
set event.state = 0 for generated events. Instead, add private functions
to get the current states, and implement them with API that retrieves
these states independently from an event.
which effectively nails down the MOD1 == ALT assumption that is valid
in all other parts of GTK+. After the modifier abstraction fixes for
OSX, the virtual mapping is now (correctly) used in more places, and
caused problems with the common default PC keyboard layout on X11 that
colocates ALT and META on the same key.
(cherry picked from commit ac943bf69a)
When scrolling a window partially obscured by another window,
artifacts of the obsuring window where being blitted into
the newly scrolled position. In other words, BitBlt copies
the covered region (basically garbage instead of what we want)
and does not cause a repaint (unlike how XCopyArea behaves).
Replacing BitBlt() with the old ScrollDC gymnastics (removed from
blit_inside_window() in commit e96a41be45)
when being passed a Window for blit_inside_drawable() makes these
artifacts go away.
Thanks to Alexander Larsson for figuring out the cause and
pointing out possible solutions.
Fixes e.g. crashs when dropping from finder.
Turn the "getting_events" boolean into a counter to handle poll_func()
being called recursively, and track the loop depth correctly by
changing its counter before bailing out in run_loop_observer_callback().
This way we reallocate our autorelease pool at the right time, and
don't kill memory that is still in use by outer run loops.
Also drain, not release the pool, just for some defensive forward
compatibility.
When an NSEvent does not have the window field set, we already assumed
the event was not for us and discarded it. But for NSMouseMoved events
we now make an exception, because such events generated after
using/clicking the main menu bar have the window field set to NULL while
the application window still has focus.
We used to experience a loss of motion events after using the menu bar,
this could be seen in buttons that stopped prelighting and first
clicks often being ignored unless you clicked somewhere else first.
These issues are fixed by this patch.
