ShellDrawingArea is a size-independent wrapper for a ClutterCairoTexture.
Useful when drawing non-fixed size areas.
ShellStack is a simple container class which holds items
in a completely overlapping Z stack. The main difference
from ClutterGroup is that items will be constrained to
(and allocated) the size of the stack, not getting their
preferred size always.
Although methods like gconf_client_get/set_bool() and such are usable
from gjs, get_list/set_list is not, since there's only one method for
all list types. So ShellGConf wraps GConfClient and adds separate
typed list methods.
Also, add a detailed "changed" signal that can easily be connected to
from js, since we can't currently use gconf_client_notify_add()
directly.
Add a ShellTextureCache class which loads (and can cache)
pixmap->texture conversions. This fixes a problem with the
async code in ClutterTexture that it was lower priority
than animations, and also ensures we're really only
loading these pixbufs once in the icon case.
* Rename ShellGtkWindowActor to ShellGtkEmbed, and make it require
a ShellEmbeddedWindow rather than a general GtkWindow.
* Add ShellEmbeddedWindow subclass of GtkWindow that bypasses most
of the GtkWindow complexity for size negotiation, and calls out
to a clutter actor instead; also automatically handle reparenting
the GtkWindow into the stage window.
* Use the reworked ShellGtkEmbed in ShellTrayManager, this simplifies
the code a bit, and more importantly results in the tray icons
having the correct size negotiation, rather than having a fixed
24x24 size.
http://bugzilla.gnome.org/show_bug.cgi?id=580047
This is a fairly simple implementation, not all that different from
plain metacity's. Further improvements could be made to
js/ui/altTab.js in the future.
http://bugzilla.gnome.org/show_bug.cgi?id=580917
ShellAppMonitor now depends on gmenu to load menus.
Use the menu data from ShellAppMonitor to show a menu list.
GenericDisplay implementations can now have a sidebar area. We
handle keystrokes such as left/right explicitly.
Some internal API changes to account for the fact that a display
can have another filter in addition to the search.
For development and demonstration purposes, it's neat to be able to
record a screencast of gnome-shell without any external setup.
Built-in recording can also give much better quality than is possible
with a generic desktop recording, since we hook right into the paint
loop.
src/shell-recorder.[ch]: A general-purposes object to record a Clutter
stage to a GStreamer stream.
src/shell-recorder-src.[ch]: A simple GStreamer source element (similar
to appsrc in the most recent versions of GStreamer) for injecting
captured data into a GStreamer pipeline.
src/test-recorder.c: Test program that records a simple animation.
configure.ac src/Makefile.am: Add machinery to conditionally build
ShellRecorder.
tools/build/gnome-shell-build-setup.sh: Add gstreamer packages
to the list of required packages for Fedora.
js/ui/main.js: Hook up the recorder to a MetaScreen ::toggle-recording
keybinding.
http://bugzilla.gnome.org/show_bug.cgi?id=575290
tools/build/gnome-shell.modules: Point at master branch of Clutter (0.9)
and make gobject-introspection a dep of Clutter.
configure.ac src/Makefile.am: Use Clutter-0.9
js/ui/button.js js/ui/genericDisplay.js js/ui/overlay.js js/ui/panel.js
js/ui/runDialog.js js/ui/workspaces.js src/shell-status-menu.c:
Use ClutterText instead of ClutterLabel and ClutterEntry
js/ui/workspaces.js js/ui/genericDisplay.js: Use ClutterClone instead
of ClutterCloneTexture
src/shell-global.[ch]: Add Shell.get_event_key_symbol() to workaround
unaccessibility of clutter_key_event_symbol() to use.
js/runDialog.js js/overlay.js: Use Shell.get_event_key_symbol() as
appropriate.
In particular, this lets us track the actor's location better; the old code
didn't work if the actor was put into a container that got moved around.
Part of #568712.
svn path=/trunk/; revision=167
gjs requires flags types to be registered with GObject to
work properly; g-ir-scanner requires the get_type() functions
to be present in a scanned header in order to find the
GObject type for a flag. So pass {tidy,big}-enum-types.h to
the scanner as appropriate.
svn path=/trunk/; revision=148
* configure.ac: Look for paths to all the g-i tools, and
also get the full path to metacity
* src/Makefile.am: Remove noinst library, not necessary now
svn path=/trunk/; revision=45
notification are to the panel. A bit warty, but we don't know how we want
the final UI to look anyway. (The fact that transparency doesn't work is
a known bug.)
svn path=/trunk/; revision=44
For experimenting with using tidy, import TidyButton and TidyGrid
(+ dependencies) into our source tree and set up build machinery
to build them and build a typelib for them.
The sources are build right into libgnome-shell.so, so the Shell.gir
and Tidy.gir actually point to the same shared library.
src/Makefile-tidy.am: Build libtidy-1.0.la
src/Makefile.am: Include built tidy into gnome-shell.la and
build Tidy-1.0.typelib
src/tidy/*: Add some source files from Tidy
svn path=/trunk/; revision=42
Installing the plugin typelib into $(libdir)/girepository is
non-sensical since no other program would want to reference it.
Move it to $(pkglibdir)/girepository instead. (Will need to set
environment variables to find it when we make installed operation
work.)
svn path=/trunk/; revision=25
shell-global.[ch]: Add shell_global_get_windows() to get
the list of all MutterWindow for the screen
Makefile.am: Include the metacity typelib so that we can
reference the MutterWindow type
js/ui/overlay.js: Cascade the open windows, scaled down
in the overlay
svn path=/trunk/; revision=24
A plugin for metacity-clutter (mutter) that initializes Javascript
and via Javascript adds an object to the mutter scene graph.
src/gnome-shell-plugin.c: metacity-clutter-plugin
src/shell-global.[ch]: Simple global-information object
js/: Directory for javascript
scripts/start-in-Xephyr: Launch metacity with our plugin
"nested" within an Xephy X server
svn path=/trunk/; revision=2
