Remove the connect_after() hack from GimpImageWindow again and instead
add gimp_display_shell_canvas_realize_after() and restore the configured
ruler visibility there. Should work for all cases now.
gimp_image_window_constructed(): connect_after to the notebook's
"switch-page" signal so gimp_display_shell_appearance_update() is
called after gimp_display_shell_canvas_realize(). Just another hack
to fix the hack...
which is just a #define to g_assert for now, but can now easily be
turned into something that does some nicer debugging using our new
stack trace infrastructure. This commit also reverts all constructed()
functions to use assert again.
More than 2000 lines of code less in app/, instead of
if (instance->member)
{
g_object_unref/g_free/g_whatever (instance->member);
instance->member = NULL;
}
we now simply use
g_clear_object/pointer (&instance->member);
Try to sort all GIMP_ICON_* defines into FDO categories like in
https://specifications.freedesktop.org/icon-naming-spec/latest/ar01s04.html
Add defines for all icons we override, rename some icons to their FDO
standard names, and mark the ones we duplicate with a comment so we
don't forget to rename those to standard names in 3.0.
In DEs which use a global menu, such as Unity, updating the menu
can be expensive. This particularly affects canvas scaling and
rotation, for which updating the menu synchronously causes notable
lag.
Add GimpMenuFactory can always be found in a GimpDialogManager, use
gimp_dialog_factory_get_menu_factory() where we have a dialog factory
instead of accessing "global_menu_factory" or redundantly passing a
menu factory around where we already pass around a dialog factory.
Now the max parameter from Windows is taken into account and takes
precedence over the saved session state if set.
This can be applied either through the "run" property of a shortcut,
or by command line: `start /max gimp-2.9.exe`.
There is a start for min handling as well but I can clearly see the
window being minimized and immediately re-raised. There must be a call
later which deiconifies the window. This will have to be fixed.
Use the shell's color config for color managing the display and
various auxiliary widgets attached to it, like the notebook tab widget
and navigation popup.
The config is currently just a reference to the global prefs config,
so no behavior changed.
Disable "new-style" fullscreen mode on OS X, we need support in
GTK+ in order for this to work properly. The currently available
fullscreen option in View > Fullscreen works fine and we plan to
migrate to the "new-style" fullscreen support in the future.
Call the suspend()/resume() from the previous commit around
gimp_display_shell_appearance_update() so the cancas is not
repositioned for each individual widget configuration.
Implement a mechanism to suspend/resume GimpImageWindow's "keep canvas
pos" logic which is used to keep the image in place across widget
changed such as show/hide rulers.
gimp_display_shell_fill(): call suspend()/resume() around
gimp_display_shell_appearance_update(), and center the image after
calculating the initial scale factor, so the image jumping at least
starts at the approximately right position.
...bring focus back to GIMP image window
When showing docks in multi-window-mode, try to set the keyboard focus
back to the active display because it might have been stolen by a dock.
In gimp_image_window_new(), place the window on the right
monitor manually if we are not in single-window-mode.
In gimp_image_window_switch_page(), make sure we don't use an
unrealized new window's monitor for updating the session info, because
the monitor of an unrealized window is always where the pointer is.
There is now a preference option that determines whether windows
should be opened on the same monitor as before. It should be disabled
when the machine gets monitors plugged/unplugged dynamically ("laptop")
and enabled when there is a static multi-monitor setup ("wokstation").
This is merely the current simplistic policy on top of the newly added
underlying infrastructure:
- pass integer monitor numbers around in all places where we already
pass around a GdkScreen. Pass the "current" monitor to these changed
APIs, where "current" is either the monitor where the action-triggering
widget is, or if that is unavailable the monitor where the mouse is.
- add gimp_widget_get_monitor() in order to easily get to the monitor,
just like gtk_widget_get_screen().
- add screen and monitor parameters in some places that were missed
before.
- in sessionrc, save all window positions relative to the window's
monitor, and save the monitor separately, if it's not the screen's
primary monitor.
- when restoring window positions, use the stored monitor when the new
prefs options says so (use the screen's primary monitor if there is
no stored monitor), otherwise use current monitor that is now passed
around.
The main change is that even with only 1 image in single window mode,
there is now a tab.
Also whatever the number of images when you hide docks with Tab, no tabs
are shown.
Shells can now travel from one window to another. Canvas position code
should therefore not keep track of the image window for a specific shell
but must use whatever is the current window for this shell (even though
it may be a different one before and after the size-allocate).
This also partly fixes some positioning issue during mode switch.
Use "right-docks-width" and always a positive value instead of
"right-docks-position" (as opponsed to "left-docks-width", that
distinction is a GtkPaned implementation detail and does not belong
into a config file). Parse all old values too. Also fix a glitch in
the deserialization code which might fix bug #700147.
In multi-window mode, closing an image window is only meant to close
the current image (unless this is the last empty window).
In single window mode though, you are meaning to close the whole program.
Thanks to Niels Martignène for the original patch.
We cannot simply randomy move the focus from e.g. a text entry back to
the canvas. Instead introduce global handling of "Escape" and a
"primary_focus_widget" that is always set the the image window's
active canvas. When Escape is pressed, move the focus to that primary
focus widget, or beep if it is already there. Text widgets still get
the key events before that logic and can consume the Escape.
