def begin_transition(self, active):
self._active = active
if active:
Timer.stop(self)
self._keyboard.begin_transition(Transition.ACTIVATE)
else:
if not config.xid_mode:
Timer.start(self, config.window.inactive_transparency_delay)
class LayoutPopup(KeyboardPopup, LayoutView, TouchInput):
""" Popup showing a (sub-)layout tree. """
IDLE_CLOSE_DELAY = 0 # seconds of inactivity until window closes
def __init__(self, keyboard, notify_done_callback):
self._layout = None
self._notify_done_callback = notify_done_callback
self._drag_selected = False # grazed by the pointer?
KeyboardPopup.__init__(self)
LayoutView.__init__(self, keyboard)
TouchInput.__init__(self)
self.connect("draw", self._on_draw)
self.connect("destroy", self._on_destroy_event)
self._close_timer = Timer()
self.start_close_timer()
def cleanup(self):
self.stop_close_timer()
# fix label popup staying visible on double click
self.keyboard.hide_touch_feedback()
LayoutView.cleanup(self) # deregister from keyboard
def get_toplevel(self):
return self
def set_layout(self, layout, frame_width):
self._layout = layout
self._frame_width = frame_width
self.update_labels()
# set window size
layout_canvas_rect = layout.get_canvas_border_rect()
canvas_rect = layout_canvas_rect.inflate(frame_width)
w, h = canvas_rect.get_size()
self.set_default_size(w + 1, h + 1)
def get_layout(self):
return self._layout
def get_frame_width(self):
return self._frame_width
def got_motion(self):
""" Has the pointer ever entered the popup? """
return self._drag_selected
def handle_realize_event(self):
self.get_window().set_override_redirect(True)
super(LayoutPopup, self).handle_realize_event()
def _on_destroy_event(self, user_data):
self.cleanup()
def on_enter_notify(self, widget, event):
self.stop_close_timer()
def on_leave_notify(self, widget, event):
self.start_close_timer()
def on_input_sequence_begin(self, sequence):
self.stop_close_timer()
key = self.get_key_at_location(sequence.point)
if key:
sequence.active_key = key
self.keyboard.key_down(key, self, sequence)
def on_input_sequence_update(self, sequence):
if sequence.state & BUTTON123_MASK:
key = self.get_key_at_location(sequence.point)
# drag-select new active key
active_key = sequence.active_key
if not active_key is key and \
(active_key is None or not active_key.activated):
sequence.active_key = key
self.keyboard.key_up(active_key, self, sequence, False)
self.keyboard.key_down(key, self, sequence, False)
self._drag_selected = True
def on_input_sequence_end(self, sequence):
key = sequence.active_key
if key:
keyboard = self.keyboard
keyboard.key_up(key, self, sequence)
if key and \
not self._drag_selected:
Timer(config.UNPRESS_DELAY, self.close_window)
else:
self.close_window()
def _on_draw(self, widget, context):
decorated = LayoutView.draw(self, widget, context)
def draw_window_frame(self, context, lod):
corner_radius = config.CORNER_RADIUS
border_rgba = self.get_popup_window_rgba("border")
alpha = border_rgba[3]
colors = [
[[0.5, 0.5, 0.5, alpha], 0 , 1],
[border_rgba, 1.5, 2.0],
]
rect = Rect(0, 0, self.get_allocated_width(),
self.get_allocated_height())
for rgba, pos, width in colors:
r = rect.deflate(width)
roundrect_arc(context, r, corner_radius)
context.set_line_width(width)
context.set_source_rgba(*rgba)
context.stroke()
def close_window(self):
self._notify_done_callback()
def start_close_timer(self):
if self.IDLE_CLOSE_DELAY:
self._close_timer.start(self.IDLE_CLOSE_DELAY, self.close_window)
def stop_close_timer(self):
self._close_timer.stop()
class WindowRectTracker:
"""
Keeps track of the window rectangle when moving/resizing.
Gtk only updates the position and size asynchrounously on
configure events and hidden windows return invalid values.
Auto-show et al need valid values from get_position and
get_size at all times.
"""
def __init__(self):
self._window_rect = None
self._origin = None
self._screen_orientation = None
self._save_position_timer = Timer()
# init detection of screen "rotation"
screen = self.get_screen()
screen.connect('size-changed', self._on_screen_size_changed)
def cleanup(self):
self._save_position_timer.finish()
def move(self, x, y):
"""
Overload Gtk.Window.move to reliably keep track of
the window position.
"""
Gtk.Window.move(self, x, y)
def resize(self, w, h):
"""
Overload Gtk.Window.size to reliably keep track of
the window size.
"""
Gtk.Window.resize(self, w, h)
def move_resize(self, x, y, w, h):
win = self.get_window()
if win:
win.move_resize(x, y, w, h)
def get_position(self):
if self._window_rect is None:
return Gtk.Window.get_position(self)
else:
return self._window_rect.get_position()
def get_size(self):
if self._window_rect is None:
return Gtk.Window.get_size(self)
else:
return self._window_rect.get_size()
def get_origin(self):
if self._origin is None:
return self.get_window().get_origin()
else:
return self._origin
def get_rect(self):
return self._window_rect
def is_visible(self):
""" This is overloaded in KbdWindow """
return Gtk.Window.get_visible(self)
def _on_screen_size_changed(self, screen):
""" detect screen rotation (tablets)"""
# Give the screen time to settle, the window manager
# may block the move to previously invalid positions.
Timer(0.3, self.restore_window_rect)
def get_screen_orientation(self):
"""
Current orientation of the screen (tablet rotation).
Only the aspect ratio is taken into account at this time.
This appears to cover more cases than loocking at monitor rotation,
in particular with multi-monitor screens.
"""
screen = self.get_screen()
if screen.get_width() >= screen.get_height():
return Orientation.LANDSCAPE
else:
return Orientation.PORTRAIT
def update_window_rect(self):
"""
Call this on configure event, the only time when
get_position, get_size, etc. can be trusted.
"""
visible = self.is_visible()
if visible:
self._window_rect = Rect.from_position_size(Gtk.Window.get_position(self),
Gtk.Window.get_size(self))
self._origin = self.get_window().get_origin()
self._screen_orientation = self.get_screen_orientation()
def restore_window_rect(self, startup = False):
"""
Restore window size and position.
"""
# Run pending save operations now, so they don't
# interfere with the window rect after it was restored.
self._save_position_timer.finish()
orientation = self.get_screen_orientation()
rect = self.read_window_rect(orientation)
self._screen_orientation = orientation
self._window_rect = rect
_logger.debug("restore_window_rect {rect}, {orientation}" \
.format(rect = rect, orientation = orientation))
# Give the derived class a chance to modify the rect,
# for example to correct the position for auto-show.
rect = self.on_restore_window_rect(rect)
# move/resize the window
if startup:
# gnome-shell doesn't take kindly to an initial move_resize().
# The window ends up at (0, 0) on startup and goes back there
# repeatedly when hiding and unhiding.
self.set_default_size(rect.w, rect.h)
self.move(rect.x, rect.y)
else:
self.move_resize(rect.x, rect.y, rect.w, rect.h)
def on_restore_window_rect(self, rect):
return rect
def save_window_rect(self, orientation = None, rect = None):
"""
Save window size and position.
"""
if orientation is None:
orientation = self._screen_orientation
if rect is None:
rect = self._window_rect
# Give the derived class a chance to modify the rect,
# for example to override it for auto-show.
rect = self.on_save_window_rect(rect)
self.write_window_rect(orientation, rect)
_logger.debug("save_window_rect {rect}, {orientation}" \
.format(rect = rect, orientation = orientation))
def on_save_window_rect(self, rect):
return rect
def read_window_rect(self, orientation, rect):
"""
Read orientation dependent rect.
Overload this in derived classes.
"""
raise NotImplementedError()
def write_window_rect(self, orientation, rect):
"""
Write orientation dependent rect.
Overload this in derived classes.
"""
raise NotImplementedError()
def start_save_position_timer(self):
"""
Trigger saving position and size to gsettings
Delay this a few seconds to avoid excessive disk writes.
Remember the current rect and rotation as the screen may have been
rotated when the saving happens.
"""
self._save_position_timer.start(5, self.save_window_rect,
self.get_screen_orientation(),
self.get_rect())
def stop_save_position_timer(self):
self._save_position_timer.stop()
class IconPalette(Gtk.Window, WindowRectTracker, WindowManipulator):
"""
Class that creates a movable and resizable floating window without
decorations. The window shows the icon of onboard scaled to fit to the
window and a resize grip that honors the desktop theme in use.
Onboard offers an option to the user to make the window appear
whenever the user hides the onscreen keyboard. The user can then
click on the window to hide it and make the onscreen keyboard
reappear.
"""
__gsignals__ = {str("activated"): (GObject.SIGNAL_RUN_LAST, GObject.TYPE_NONE, ())}
""" Minimum size of the IconPalette """
MINIMUM_SIZE = 20
_layout_view = None
def __init__(self):
self._visible = False
self._force_to_top = False
self._last_pos = None
self._dwell_progress = DwellProgress()
self._dwell_begin_timer = None
self._dwell_timer = None
self._no_more_dwelling = False
Gtk.Window.__init__(
self,
type_hint=self._get_window_type_hint(),
skip_taskbar_hint=True,
skip_pager_hint=True,
has_resize_grip=False,
urgency_hint=False,
decorated=False,
accept_focus=False,
opacity=0.75,
width_request=self.MINIMUM_SIZE,
height_request=self.MINIMUM_SIZE,
)
WindowRectTracker.__init__(self)
WindowManipulator.__init__(self)
self.set_keep_above(True)
# use transparency if available
visual = Gdk.Screen.get_default().get_rgba_visual()
if visual:
self.set_visual(visual)
# set up event handling
self.add_events(
Gdk.EventMask.BUTTON_PRESS_MASK | Gdk.EventMask.BUTTON_RELEASE_MASK | Gdk.EventMask.POINTER_MOTION_MASK
)
self.connect("button-press-event", self._on_button_press_event)
self.connect("motion-notify-event", self._on_motion_notify_event)
self.connect("button-release-event", self._on_button_release_event)
self.connect("draw", self._on_draw)
self.connect("configure-event", self._on_configure_event)
self.connect("realize", self._on_realize_event)
self.connect("unrealize", self._on_unrealize_event)
self.connect("enter-notify-event", self._on_mouse_enter)
self.connect("leave-notify-event", self._on_mouse_leave)
# default coordinates of the iconpalette on the screen
self.set_min_window_size(self.MINIMUM_SIZE, self.MINIMUM_SIZE)
# self.set_default_size(1, 1) # no flashing on left screen edge in unity
self.restore_window_rect()
# Realize the window. Test changes to this in all supported
# environments. It's all too easy to have the icp not show up reliably.
self.update_window_options()
self.hide()
once = CallOnce(100).enqueue # call at most once per 100ms
rect_changed = lambda x: once(self._on_config_rect_changed)
config.icp.position_notify_add(rect_changed)
config.icp.size_notify_add(rect_changed)
config.icp.resize_handles_notify_add(lambda x: self.update_resize_handles())
self.update_sticky_state()
self.update_resize_handles()
def cleanup(self):
WindowRectTracker.cleanup(self)
def set_layout_view(self, view):
self._layout_view = view
self.queue_draw()
def get_color_scheme(self):
if self._layout_view:
return self._layout_view.get_color_scheme()
return None
def _on_configure_event(self, widget, event):
self.update_window_rect()
def on_drag_initiated(self):
self.stop_save_position_timer()
self._stop_dwelling()
def on_drag_done(self):
self.update_window_rect()
self.start_save_position_timer()
self._no_more_dwelling = True
def _on_realize_event(self, user_data):
""" Gdk window created """
set_unity_property(self)
if config.is_force_to_top():
self.get_window().set_override_redirect(True)
self.restore_window_rect(True)
def _on_unrealize_event(self, user_data):
""" Gdk window destroyed """
self.set_type_hint(self._get_window_type_hint())
def _get_window_type_hint(self):
if config.is_force_to_top():
return Gdk.WindowTypeHint.NORMAL
else:
return Gdk.WindowTypeHint.UTILITY
def update_window_options(self, startup=False):
if not config.xid_mode: # not when embedding
# (re-)create the gdk window?
force_to_top = config.is_force_to_top()
if self._force_to_top != force_to_top:
self._force_to_top = force_to_top
visible = self._visible # visible before?
if self.get_realized(): # not starting up?
self.hide()
self.unrealize()
self.realize()
if visible:
self.show()
def update_sticky_state(self):
if not config.xid_mode:
if config.get_sticky_state():
self.stick()
else:
self.unstick()
def update_resize_handles(self):
""" Tell WindowManipulator about the active resize handles """
self.set_drag_handles(config.icp.resize_handles)
def get_drag_threshold(self):
""" Overload for WindowManipulator """
return config.get_drag_threshold()
def _on_button_press_event(self, widget, event):
"""
Save the pointer position.
"""
if event.button == 1 and event.window == self.get_window():
self.enable_drag_protection(True)
sequence = InputSequence()
sequence.init_from_button_event(event)
self.handle_press(sequence, move_on_background=True)
if self.is_moving():
self.reset_drag_protection() # force threshold
return False
def _on_motion_notify_event(self, widget, event):
"""
Move the window if the pointer has moved more than the DND threshold.
"""
sequence = InputSequence()
sequence.init_from_motion_event(event)
self.handle_motion(sequence, fallback=True)
self.set_drag_cursor_at((event.x, event.y))
# start dwelling if nothing else is going on
point = (event.x, event.y)
hit = self.hit_test_move_resize(point)
if hit is None:
if (
not self.is_drag_initiated()
and not self._is_dwelling()
and not self._no_more_dwelling
and not config.is_hover_click_active()
and not config.lockdown.disable_dwell_activation
):
self._start_dwelling()
else:
self._stop_dwelling() # allow resizing in peace
return False
def _on_button_release_event(self, widget, event):
"""
Save the window geometry, hide the IconPalette and
emit the "activated" signal.
"""
result = False
if event.button == 1 and event.window == self.get_window() and not self.is_drag_active():
self.emit("activated")
result = True
self.stop_drag()
self.set_drag_cursor_at((event.x, event.y))
return result
def _on_mouse_enter(self, widget, event):
pass
def _on_mouse_leave(self, widget, event):
self._stop_dwelling()
self._no_more_dwelling = False
def _on_draw(self, widget, cr):
"""
Draw the onboard icon.
"""
if not Gtk.cairo_should_draw_window(cr, self.get_window()):
return False
rect = Rect(0.0, 0.0, float(self.get_allocated_width()), float(self.get_allocated_height()))
color_scheme = self.get_color_scheme()
# clear background
cr.save()
cr.set_operator(cairo.OPERATOR_CLEAR)
cr.paint()
cr.restore()
# draw background color
background_rgba = list(color_scheme.get_icon_rgba("background"))
if Gdk.Screen.get_default().is_composited():
background_rgba[3] *= 0.75
cr.set_source_rgba(*background_rgba)
corner_radius = min(rect.w, rect.h) * 0.1
roundrect_arc(cr, rect, corner_radius)
cr.fill()
# decoration frame
line_rect = rect.deflate(2)
cr.set_line_width(2)
roundrect_arc(cr, line_rect, corner_radius)
cr.stroke()
else:
cr.set_source_rgba(*background_rgba)
cr.paint()
# draw themed icon
self._draw_themed_icon(cr, rect, color_scheme)
# draw dwell progress
rgba = [0.8, 0.0, 0.0, 0.5]
bg_rgba = [0.1, 0.1, 0.1, 0.5]
if color_scheme:
key = RectKey("icon0") # take dwell color from the first icon "key"
rgba = color_scheme.get_key_rgba(key, "dwell-progress")
rgba[3] = min(0.75, rgba[3]) # more transparency
key = RectKey("icon1")
bg_rgba = color_scheme.get_key_rgba(key, "fill")
bg_rgba[3] = min(0.75, rgba[3]) # more transparency
dwell_rect = rect.grow(0.5)
self._dwell_progress.draw(cr, dwell_rect, rgba, bg_rgba)
return True
def _draw_themed_icon(self, cr, icon_rect, color_scheme):
""" draw themed icon """
keys = [RectKey("icon" + str(i)) for i in range(4)]
# Default colors for the case when none of the icon keys
# are defined in the color scheme.
background_rgba = [1.0, 1.0, 1.0, 1.0]
fill_rgbas = [[0.9, 0.7, 0.0, 0.75], [1.0, 1.0, 1.0, 1.0], [1.0, 1.0, 1.0, 1.0], [0.0, 0.54, 1.0, 1.0]]
stroke_rgba = [0.0, 0.0, 0.0, 1.0]
label_rgba = [0.0, 0.0, 0.0, 1.0]
themed = False
if color_scheme:
if any(color_scheme.is_key_in_scheme(key) for key in keys):
themed = True
# four rounded rectangles
rects = Rect(0.0, 0.0, 100.0, 100.0).deflate(5).subdivide(2, 2, 6)
cr.save()
cr.scale(icon_rect.w / 100.0, icon_rect.h / 100.0)
cr.translate(icon_rect.x, icon_rect.y)
cr.select_font_face("sans-serif")
cr.set_line_width(2)
for i, key in enumerate(keys):
rect = rects[i]
if themed:
fill_rgba = color_scheme.get_key_rgba(key, "fill")
stroke_rgba = color_scheme.get_key_rgba(key, "stroke")
label_rgba = color_scheme.get_key_rgba(key, "label")
else:
fill_rgba = fill_rgbas[i]
roundrect_arc(cr, rect, 5)
cr.set_source_rgba(*fill_rgba)
cr.fill_preserve()
cr.set_source_rgba(*stroke_rgba)
cr.stroke()
if i == 0 or i == 3:
if i == 0:
letter = "O"
else:
letter = "B"
cr.set_font_size(25)
x_bearing, y_bearing, _width, _height, x_advance, y_advance = cr.text_extents(letter)
r = rect.align_rect(Rect(0, 0, _width, _height), 0.3, 0.33)
cr.move_to(r.x - x_bearing, r.y - y_bearing)
cr.set_source_rgba(*label_rgba)
cr.show_text(letter)
cr.new_path()
cr.restore()
def show(self):
"""
Override Gtk.Widget.hide() to save the window geometry.
"""
Gtk.Window.show(self)
self.move_resize(*self.get_rect()) # sync with WindowRectTracker
self._visible = True
def hide(self):
"""
Override Gtk.Widget.hide() to save the window geometry.
"""
Gtk.Window.hide(self)
self._visible = False
def _on_config_rect_changed(self):
""" Gsettings position or size changed """
orientation = self.get_screen_orientation()
rect = self.read_window_rect(orientation)
if self.get_rect() != rect:
self.restore_window_rect()
def read_window_rect(self, orientation):
"""
Read orientation dependent rect.
Overload for WindowRectTracker.
"""
if orientation == Orientation.LANDSCAPE:
co = config.icp.landscape
else:
co = config.icp.portrait
rect = Rect(co.x, co.y, co.width, co.height)
return rect
def write_window_rect(self, orientation, rect):
"""
Write orientation dependent rect.
Overload for WindowRectTracker.
"""
# There are separate rects for normal and rotated screen (tablets).
if orientation == Orientation.LANDSCAPE:
co = config.icp.landscape
else:
co = config.icp.portrait
co.settings.delay()
co.x, co.y, co.width, co.height = rect
co.settings.apply()
def _is_dwelling(self):
return bool(self._dwell_begin_timer) and (
self._dwell_begin_timer.is_running() or self._dwell_progress.is_dwelling()
)
def _start_dwelling(self):
self._stop_dwelling()
self._dwell_begin_timer = Timer(1.5, self._on_dwell_begin_timer)
self._no_more_dwelling = True
def _stop_dwelling(self):
if self._dwell_begin_timer:
self._dwell_begin_timer.stop()
if self._dwell_timer:
self._dwell_timer.stop()
self._dwell_progress.stop_dwelling()
self.queue_draw()
def _on_dwell_begin_timer(self):
self._dwell_progress.start_dwelling()
self._dwell_timer = Timer(0.025, self._on_dwell_timer)
return False
def _on_dwell_timer(self):
self._dwell_progress.opacity, done = Fade.sin_fade(self._dwell_progress.dwell_start_time, 0.3, 0, 1.0)
self.queue_draw()
if self._dwell_progress.is_done():
if not self.is_drag_active():
self.emit("activated")
self.stop_drag()
return False
return True
class KeyboardGTK(Gtk.DrawingArea, WindowManipulator):
def __init__(self):
Gtk.DrawingArea.__init__(self)
WindowManipulator.__init__(self)
self.active_key = None
self._active_event_type = None
self._last_click_time = 0
self._last_click_key = None
self._outside_click_timer = Timer()
self._outside_click_detected = False
self._outside_click_start_time = None
self._long_press_timer = Timer()
self._auto_release_timer = AutoReleaseTimer(self)
self.dwell_timer = None
self.dwell_key = None
self.last_dwelled_key = None
self._window_fade = FadeTimer()
self._last_transition = None
self.inactivity_timer = InactivityTimer(self)
self.auto_show = AtspiAutoShow(self)
self.auto_show.enable(config.is_auto_show_enabled())
self.touch_handles = TouchHandles()
self.touch_handles_hide_timer = Timer()
self.touch_handles_fade = FadeTimer()
self.touch_handles_auto_hide = True
self._aspect_ratio = None
self._first_draw = True
# self.set_double_buffered(False)
self.set_app_paintable(True)
# no tooltips when embedding, gnome-screen-saver flickers (Oneiric)
if not config.xid_mode:
self.set_has_tooltip(True) # works only at window creation -> always on
self.add_events(Gdk.EventMask.BUTTON_PRESS_MASK
| Gdk.EventMask.BUTTON_RELEASE_MASK
| Gdk.EventMask.POINTER_MOTION_MASK
| Gdk.EventMask.LEAVE_NOTIFY_MASK
| Gdk.EventMask.ENTER_NOTIFY_MASK
)
self.connect("parent-set", self._on_parent_set)
self.connect("draw", self._on_draw)
self.connect("button-press-event", self._on_mouse_button_press)
self.connect("button_release_event", self._on_mouse_button_release)
self.connect("motion-notify-event", self._on_motion)
self.connect("query-tooltip", self._on_query_tooltip)
self.connect("enter-notify-event", self._on_mouse_enter)
self.connect("leave-notify-event", self._on_mouse_leave)
self.connect("configure-event", self._on_configure_event)
self.update_resize_handles()
self.show()
def initial_update(self):
pass
def _on_parent_set(self, widget, old_parent):
win = self.get_kbd_window()
if win:
self.touch_handles.set_window(win)
def cleanup(self):
# stop timer callbacks for unused, but not yet destructed keyboards
self.touch_handles_fade.stop()
self.touch_handles_hide_timer.stop()
self._window_fade.stop()
self.inactivity_timer.stop()
self._long_press_timer.stop()
self._auto_release_timer.stop()
self.auto_show.cleanup()
self.stop_click_polling()
def set_startup_visibility(self):
win = self.get_kbd_window()
assert(win)
# Show the keyboard when turning off auto-show.
# Hide the keyboard when turning on auto-show.
# (Fix this when we know how to get the active accessible)
# Hide the keyboard on start when start-minimized is set.
# Start with active transparency if the inactivity_timer is enabled.
#
# start_minimized False True False True
# auto_show False False True True
# --------------------------------------------------
# window visible on start True False False False
# window visible later True True False False
if config.xid_mode:
win.set_visible(True) # simply show the window
else:
# determine the initial transition
if config.is_auto_show_enabled():
transition = Transition.AUTO_HIDE
else:
if config.is_visible_on_start():
if self.inactivity_timer.is_enabled():
transition = Transition.ACTIVATE
else:
transition = Transition.SHOW
else:
transition = Transition.HIDE
# transition to initial opacity
if win.supports_alpha:
win.set_opacity(0.0) # fade in from full transparency
self.begin_transition(transition, 0.2)
# kick off inactivity timer, i.e. DEACTIVATE on timeout
if transition == Transition.ACTIVATE:
self.inactivity_timer.begin_transition(False)
# Be sure to show/hide window and icon palette
if transition in [Transition.SHOW,
Transition.AUTO_SHOW,
Transition.ACTIVATE]:
win.set_visible(True)
else:
win.set_visible(False)
def update_resize_handles(self):
""" Tell WindowManipulator about the active resize handles """
self.set_drag_handles(config.window.resize_handles)
def update_auto_show(self):
"""
Turn on/off auto-show and show/hide the window accordingly.
"""
enable = config.is_auto_show_enabled()
self.auto_show.enable(enable)
self.auto_show.set_visible(not enable)
def update_transparency(self):
self.begin_transition(Transition.ACTIVATE)
if self.inactivity_timer.is_enabled():
self.inactivity_timer.begin_transition(False)
else:
self.inactivity_timer.stop()
self.redraw() # for background transparency
def update_inactive_transparency(self):
if self.inactivity_timer.is_enabled():
self.begin_transition(Transition.DEACTIVATE)
def get_transition_target_opacity(self, transition):
transparency = 0
if transition in [Transition.ACTIVATE]:
transparency = config.window.transparency
elif transition in [Transition.SHOW,
Transition.AUTO_SHOW]:
if not self.inactivity_timer.is_enabled() or \
self.inactivity_timer.is_active():
transparency = config.window.transparency
else:
transparency = config.window.inactive_transparency
elif transition in [Transition.HIDE,
Transition.AUTO_HIDE]:
transparency = 100
elif transition == Transition.DEACTIVATE:
transparency = config.window.inactive_transparency
return 1.0 - transparency / 100.0
def begin_transition(self, transition, duration = None):
""" Start the transition to a different opacity """
window = self.get_kbd_window()
if window:
_duration = 0.3
if transition in [Transition.SHOW,
Transition.HIDE,
Transition.AUTO_HIDE,
Transition.AUTO_SHOW,
Transition.ACTIVATE]:
_duration = 0.15
if duration is None:
duration = _duration
if transition in [Transition.SHOW,
Transition.AUTO_SHOW]:
if not window.is_visible():
window.set_visible(True)
start_opacity = window.get_opacity()
target_opacity = self.get_transition_target_opacity(transition)
_logger.debug("begin opacity transition: {} to {}" \
.format(start_opacity, target_opacity))
# no fade delay for screens that can't fade (unity-2d)
# Don't fade again when the target opacity has already
# been reached.
screen = window.get_screen()
if screen and not screen.is_composited() or \
self._last_transition == transition and \
start_opacity == target_opacity:
if transition in [Transition.HIDE,
Transition.AUTO_HIDE]:
window.set_visible(False)
else:
self._last_transition = transition
self._window_fade.fade_to(start_opacity, target_opacity, duration,
self._on_opacity_step, transition)
def _on_opacity_step(self, opacity, done, transition):
window = self.get_kbd_window()
if window:
window.set_opacity(opacity)
if done:
if transition in [Transition.HIDE,
Transition.AUTO_HIDE]:
window.set_visible(False)
def toggle_visible(self):
""" main method to show/hide onboard manually"""
window = self.get_kbd_window()
visible = not window.is_visible() if window else False
self.set_user_visible(visible)
def set_user_visible(self, visible):
""" main method to show/hide onboard manually"""
self.lock_auto_show_visible(visible)
self.set_visible(visible)
def set_visible(self, visible):
""" Start show/hide transition. """
window = self.get_kbd_window()
if window:
if visible:
self.begin_transition(Transition.SHOW)
else:
self.begin_transition(Transition.HIDE)
def lock_auto_show_visible(self, visible):
"""
If the user unhides onboard, don't auto-hide it until
he manually hides it again.
"""
if config.is_auto_show_enabled():
self.auto_show.lock_visible(visible)
def start_click_polling(self):
if self.has_latched_sticky_keys():
self._outside_click_timer.start(0.01, self._on_click_timer)
self._outside_click_detected = False
self._outside_click_start_time = time.time()
def stop_click_polling(self):
self._outside_click_timer.stop()
def _on_click_timer(self):
""" poll for mouse click outside of onboards window """
rootwin = Gdk.get_default_root_window()
dunno, x, y, mask = rootwin.get_pointer()
if mask & (Gdk.ModifierType.BUTTON1_MASK |
Gdk.ModifierType.BUTTON2_MASK |
Gdk.ModifierType.BUTTON3_MASK):
self._outside_click_detected = True
elif self._outside_click_detected:
# button released anywhere outside of onboards control
self.stop_click_polling()
self.on_outside_click()
return False
# stop after 30 seconds
if time.time() - self._outside_click_start_time > 30.0:
self.stop_click_polling()
self.on_cancel_outside_click()
return False
return True
def get_drag_window(self):
""" Overload for WindowManipulator """
return self.get_kbd_window()
def get_drag_threshold(self):
""" Overload for WindowManipulator """
return config.get_drag_threshold()
def on_drag_initiated(self):
""" Overload for WindowManipulator """
window = self.get_drag_window()
if window:
window.on_user_positioning_begin()
def on_drag_done(self):
""" Overload for WindowManipulator """
window = self.get_drag_window()
if window:
window.on_user_positioning_done()
def get_always_visible_rect(self):
"""
Returns the bounding rectangle of all move buttons
in canvas coordinates.
Overload for WindowManipulator
"""
keys = self.find_keys_from_ids(["move"])
bounds = None
for key in keys:
r = key.get_canvas_border_rect()
if not bounds:
bounds = r
else:
bounds = bounds.union(r)
return bounds
def _on_configure_event(self, widget, user_data):
self.update_layout()
self.update_font_sizes()
self.touch_handles.update_positions(self.canvas_rect)
def _on_mouse_enter(self, widget, event):
# ignore event if a mouse button is held down
# we get the event once the button is released
if event.state & (Gdk.ModifierType.BUTTON1_MASK |
Gdk.ModifierType.BUTTON2_MASK |
Gdk.ModifierType.BUTTON3_MASK):
return
# stop inactivity timer
if self.inactivity_timer.is_enabled():
self.inactivity_timer.begin_transition(True)
# stop click polling
self.stop_click_polling()
# Force into view for WindowManipulator's system drag mode.
#if not config.xid_mode and \
# not config.window.window_decoration and \
# not config.window.force_to_top:
# GObject.idle_add(self.force_into_view)
def _on_mouse_leave(self, widget, event):
# ignore event if a mouse button is held down
# we get the event once the button is released
if event.state & (Gdk.ModifierType.BUTTON1_MASK |
Gdk.ModifierType.BUTTON2_MASK |
Gdk.ModifierType.BUTTON3_MASK):
return
# start a timer to detect clicks outside of onboard
self.start_click_polling()
# start inactivity timer
if self.inactivity_timer.is_enabled():
self.inactivity_timer.begin_transition(False)
self.stop_dwelling()
self.reset_touch_handles()
def _on_motion(self, widget, event):
point = (event.x, event.y)
hit_key = None
# hit-test touch handles first
hit_handle = None
if self.touch_handles.active:
hit_handle = self.touch_handles.hit_test(point)
self.touch_handles.set_prelight(hit_handle)
# hit-test keys
if hit_handle is None:
hit_key = self.get_key_at_location(point)
if event.state & (Gdk.ModifierType.BUTTON1_MASK |
Gdk.ModifierType.BUTTON2_MASK |
Gdk.ModifierType.BUTTON3_MASK):
# move/resize
self.handle_motion(event, fallback = True)
# stop long press when drag threshold has been overcome
if self.is_drag_active():
self.stop_long_press()
else:
if not hit_handle is None:
# handle hovered over -> extend its visible time
self.start_touch_handles_auto_show()
# start dwelling if we have entered a dwell-enabled key
if hit_key and \
hit_key.sensitive and \
not self.is_dwelling() and \
not self.already_dwelled(hit_key) and \
not config.scanner.enabled:
controller = self.button_controllers.get(hit_key)
if controller and controller.can_dwell():
self.start_dwelling(hit_key)
self.do_set_cursor_at(point, hit_key)
# cancel dwelling when the hit key changes
if self.dwell_key and self.dwell_key != hit_key or \
self.last_dwelled_key and self.last_dwelled_key != hit_key:
self.cancel_dwelling()
def do_set_cursor_at(self, point, hit_key = None):
""" Set/reset the cursor for frame resize handles """
if not config.xid_mode:
allow_drag_cursors = not config.has_window_decoration() and \
not hit_key
self.set_drag_cursor_at(point, allow_drag_cursors)
def _on_mouse_button_press(self, widget, event):
self.stop_click_polling()
self.stop_dwelling()
key = None
point = (event.x, event.y)
if event.type == Gdk.EventType.BUTTON_PRESS:
# hit-test touch handles first
hit_handle = None
if self.touch_handles.active:
hit_handle = self.touch_handles.hit_test(point)
self.touch_handles.set_pressed(hit_handle)
if not hit_handle is None:
# handle clicked -> stop auto-show until button release
self.stop_touch_handles_auto_show()
else:
# no handle clicked -> hide them now
self.show_touch_handles(False)
# hit-test keys
if hit_handle is None:
key = self.get_key_at_location(point)
# enable/disable the drag threshold
if not hit_handle is None:
self.enable_drag_protection(False)
elif key and key.id == "move":
# Move key needs to support long press;
# always use the drag threshold.
self.enable_drag_protection(True)
self.reset_drag_protection()
else:
self.enable_drag_protection(config.drag_protection)
# handle resizing
if not key and \
not config.has_window_decoration() and \
not config.xid_mode:
if self.handle_press(event):
return True
# bail if we are in scanning mode
if config.scanner.enabled:
return True
# press the key
self.active_key = key
if key:
double_click_time = Gtk.Settings.get_default() \
.get_property("gtk-double-click-time")
# single click?
if self._last_click_key != key or \
event.time - self._last_click_time > double_click_time:
self.press_key(key, event.button)
# start long press detection
controller = self.button_controllers.get(key)
if controller and controller.can_long_press():
self._long_press_timer.start(1.0, self._on_long_press,
key, event.button)
# double click?
else:
self.press_key(key, event.button, EventType.DOUBLE_CLICK)
self._last_click_key = key
self._last_click_time = event.time
return True
def _on_long_press(self, key, button):
controller = self.button_controllers.get(key)
controller.long_press(button)
def stop_long_press(self):
self._long_press_timer.stop()
def _on_mouse_button_release(self, widget, event):
if not config.scanner.enabled:
self.release_active_key()
self.stop_drag()
self._long_press_timer.stop()
# reset cursor when there was no cursor motion
point = (event.x, event.y)
hit_key = self.get_key_at_location(point)
self.do_set_cursor_at(point, hit_key)
# reset touch handles
self.reset_touch_handles()
self.start_touch_handles_auto_show()
def press_key(self, key, button = 1, event_type = EventType.CLICK):
Keyboard.press_key(self, key, button, event_type)
self._auto_release_timer.start()
self._active_event_type = event_type
def release_key(self, key, button = 1, event_type = None):
if event_type is None:
event_type = self._active_event_type
Keyboard.release_key(self, key, button, event_type)
self._active_event_type = None
def is_dwelling(self):
return not self.dwell_key is None
def already_dwelled(self, key):
return self.last_dwelled_key is key
def start_dwelling(self, key):
self.cancel_dwelling()
self.dwell_key = key
self.last_dwelled_key = key
key.start_dwelling()
self.dwell_timer = GObject.timeout_add(50, self._on_dwell_timer)
def cancel_dwelling(self):
self.stop_dwelling()
self.last_dwelled_key = None
def stop_dwelling(self):
if self.dwell_timer:
GObject.source_remove(self.dwell_timer)
self.dwell_timer = None
self.redraw([self.dwell_key])
self.dwell_key.stop_dwelling()
self.dwell_key = None
def _on_dwell_timer(self):
if self.dwell_key:
self.redraw([self.dwell_key])
if self.dwell_key.is_done():
key = self.dwell_key
self.stop_dwelling()
self.press_key(key, 0, EventType.DWELL)
self.release_key(key, 0, EventType.DWELL)
return False
return True
def release_active_key(self):
if self.active_key:
self.release_key(self.active_key)
self.active_key = None
return True
def _on_query_tooltip(self, widget, x, y, keyboard_mode, tooltip):
if config.show_tooltips and \
not self.is_drag_initiated():
key = self.get_key_at_location((x, y))
if key:
if key.tooltip:
r = Gdk.Rectangle()
r.x, r.y, r.width, r.height = key.get_canvas_rect()
tooltip.set_tip_area(r) # no effect in oneiric?
tooltip.set_text(_(key.tooltip))
return True
return False
def _on_draw(self, widget, context):
#_logger.debug("Draw: clip_extents=" + str(context.clip_extents()))
#self.get_window().set_debug_updates(True)
if not Gtk.cairo_should_draw_window(context, self.get_window()):
return
clip_rect = Rect.from_extents(*context.clip_extents())
# draw background
decorated = self.draw_background(context)
# On first run quickly overwrite the background only.
# This gives a slightly smoother startup with desktop remnants
# flashing though for a shorter time.
if self._first_draw:
self._first_draw = False
self.queue_draw()
return
if not self.layout:
return
# run through all visible layout items
layer_ids = self.layout.get_layer_ids()
for item in self.layout.iter_visible_items():
if item.layer_id:
# draw layer background
layer_index = layer_ids.index(item.layer_id)
parent = item.parent
if parent and \
layer_index != 0:
rect = parent.get_canvas_rect()
context.rectangle(*rect.inflate(1))
if self.color_scheme:
rgba = self.color_scheme.get_layer_fill_rgba(layer_index)
else:
rgba = [0.5, 0.5, 0.5, 0.9]
context.set_source_rgba(*rgba)
context.fill()
self.draw_dish_key_background(context, 1.0, item.layer_id)
# draw key
if item.is_key() and \
clip_rect.intersects(item.get_canvas_rect()):
item.draw(context)
item.draw_image(context)
item.draw_label(context)
# draw touch handles (enlarged move and resize handles)
if self.touch_handles.active:
corner_radius = config.CORNER_RADIUS if decorated else 0
self.touch_handles.set_corner_radius(corner_radius)
self.touch_handles.draw(context)
def show_touch_handles(self, show, auto_hide = True):
"""
Show/hide the enlarged resize/move handels.
Initiates an opacity fade.
"""
if show and config.lockdown.disable_touch_handles:
return
if show:
self.touch_handles.set_prelight(None)
self.touch_handles.set_pressed(None)
self.touch_handles.active = True
self.touch_handles_auto_hide = auto_hide
start, end = 0.0, 1.0
else:
self.stop_touch_handles_auto_show()
start, end = 1.0, 0.0
if self.touch_handles_fade.target_value != end:
self.touch_handles_fade.time_step = 0.025
self.touch_handles_fade.fade_to(start, end, 0.2,
self._on_touch_handles_opacity)
def reset_touch_handles(self):
if self.touch_handles.active:
self.touch_handles.set_prelight(None)
self.touch_handles.set_pressed(None)
def start_touch_handles_auto_show(self):
""" (re-) starts the timer to hide touch handles """
if self.touch_handles.active and self.touch_handles_auto_hide:
self.touch_handles_hide_timer.start(3.5,
self.show_touch_handles, False)
def stop_touch_handles_auto_show(self):
""" stops the timer to hide touch handles """
self.touch_handles_hide_timer.stop()
def _on_touch_handles_opacity(self, opacity, done):
if done and opacity < 0.1:
self.touch_handles.active = False
self.touch_handles.opacity = opacity
# Convoluted workaround for a weird cairo glitch (Precise).
# When queuing all handles for drawing, the background only
# under the move handle is clipped and remains transparent.
# -> Fade with double frequency and queue some handles
# for drawing only every other time.
if 0:
self.touch_handles.redraw()
else:
for handle in self.touch_handles.handles:
if bool(self.touch_handles_fade.iteration & 1) != \
(handle.id in [Handle.MOVE, Handle.NORTH, Handle.SOUTH]):
handle.redraw()
if done:
GObject.idle_add(self._on_touch_handles_opacity, 1.0, False)
def hit_test_move_resize(self, point):
hit = self.touch_handles.hit_test(point)
if hit is None:
hit = WindowManipulator.hit_test_move_resize(self, point)
return hit
def draw_background(self, context):
""" Draw keyboard background """
win = self.get_kbd_window()
decorated = False
if config.xid_mode:
# xembed mode
# Disable transparency in lightdm and g-s-s for now.
# There are too many issues and there is no real
# visual improvement.
if False and \
win.supports_alpha:
self.clear_background(context)
decorated = True
self.draw_transparent_background(context, decorated)
else:
self.draw_plain_background(context)
elif config.has_window_decoration():
# decorated window
if win.supports_alpha and \
config.window.transparent_background:
self.clear_background(context)
else:
self.draw_plain_background(context)
else:
# undecorated window
if win.supports_alpha:
self.clear_background(context)
if not config.window.transparent_background:
decorated = True
self.draw_transparent_background(context, decorated)
else:
self.draw_plain_background(context)
return decorated
def clear_background(self, context):
"""
Clear the whole gtk background.
Makes the whole strut transparent in xembed mode.
"""
context.save()
context.set_operator(cairo.OPERATOR_CLEAR)
context.paint()
context.restore()
def get_layer_fill_rgba(self, layer_index):
if self.color_scheme:
return self.color_scheme.get_layer_fill_rgba(layer_index)
else:
return [0.5, 0.5, 0.5, 1.0]
def get_background_rgba(self):
""" layer 0 color * background_transparency """
layer0_rgba = self.get_layer_fill_rgba(0)
background_alpha = 1.0 - config.window.background_transparency / 100.0
background_alpha *= layer0_rgba[3]
return layer0_rgba[:3] + [background_alpha]
def draw_transparent_background(self, context, decorated = True):
""" fill with the transparent background color """
rgba = self.get_background_rgba()
context.set_source_rgba(*rgba)
# draw on the potentially aspect-corrected frame around the layout
rect = self.layout.get_canvas_border_rect()
rect = rect.inflate(config.get_frame_width())
corner_radius = config.CORNER_RADIUS
if decorated:
roundrect_arc(context, rect, corner_radius)
else:
context.rectangle(*rect)
context.fill()
if decorated:
# inner decoration line
line_rect = rect.deflate(1)
roundrect_arc(context, line_rect, corner_radius)
context.stroke()
self.draw_dish_key_background(context, rgba[3])
def draw_plain_background(self, context, layer_index = 0):
""" fill with plain layer 0 color; no alpha support required """
rgba = self.get_layer_fill_rgba(layer_index)
context.set_source_rgba(*rgba)
context.paint()
self.draw_dish_key_background(context)
def draw_dish_key_background(self, context, alpha = 1.0, layer_id = None):
"""
Black background following the contours of key clusters
to simulate the opening in the keyboard plane.
"""
if config.theme_settings.key_style == "dish":
context.push_group()
context.set_source_rgba(0, 0, 0, 1)
enlargement = self.layout.context.scale_log_to_canvas((0.8, 0.8))
corner_radius = self.layout.context.scale_log_to_canvas_x(2.4)
if layer_id is None:
generator = self.layout.iter_visible_items()
else:
generator = self.layout.iter_layer_items(layer_id)
for item in generator:
if item.is_key():
rect = item.get_canvas_fullsize_rect()
rect = rect.inflate(*enlargement)
roundrect_curve(context, rect, corner_radius)
context.fill()
context.pop_group_to_source()
context.paint_with_alpha(alpha);
def _on_mods_changed(self):
_logger.info("Modifiers have been changed")
self.update_font_sizes()
def redraw(self, keys = None):
"""
Queue redrawing for individual keys or the whole keyboard.
"""
if keys:
area = None
for key in keys:
rect = key.context.log_to_canvas_rect(key.get_border_rect())
area = area.union(rect) if area else rect
area = area.inflate(2.0) # account for stroke width, anti-aliasing
self.queue_draw_area(*area)
else:
self.queue_draw()
def update_font_sizes(self):
"""
Cycles through each group of keys and set each key's
label font size to the maximum possible for that group.
"""
context = self.create_pango_context()
for keys in list(self.layout.get_key_groups().values()):
max_size = 0
for key in keys:
key.configure_label(self.mods)
best_size = key.get_best_font_size(context)
if best_size:
if not max_size or best_size < max_size:
max_size = best_size
for key in keys:
key.font_size = max_size
def emit_quit_onboard(self, data=None):
_logger.debug("Entered emit_quit_onboard")
self.get_kbd_window().emit("quit-onboard")
def get_kbd_window(self):
return self.get_parent()
def get_click_type_button_rects(self):
"""
Returns bounding rectangles of all click type buttons
in root window coordinates.
"""
keys = self.find_keys_from_ids(["singleclick",
"secondaryclick",
"middleclick",
"doubleclick",
"dragclick"])
rects = []
for key in keys:
r = key.get_canvas_border_rect()
x0, y0 = self.get_window().get_root_coords(r.x, r.y)
x1, y1 = self.get_window().get_root_coords(r.x + r.w,
r.y + r.h)
rects.append((x0, y0, x1 - x0, y1 -y0))
return rects
def on_layout_updated(self):
# experimental support for keeping window aspect ratio
# Currently, in Oneiric, neither lightdm, nor gnome-screen-saver
# appear to honor these hints.
aspect_ratio = None
if config.is_keep_aspect_ratio_enabled():
log_rect = self.layout.get_border_rect()
aspect_ratio = log_rect.w / float(log_rect.h)
aspect_ratio = self.layout.get_log_aspect_ratio()
if self._aspect_ratio != aspect_ratio:
window = self.get_kbd_window()
if window:
geom = Gdk.Geometry()
if aspect_ratio is None:
window.set_geometry_hints(self, geom, 0)
else:
geom.min_aspect = geom.max_aspect = aspect_ratio
window.set_geometry_hints(self, geom, Gdk.WindowHints.ASPECT)
self._aspect_ratio = aspect_ratio
def refresh_pango_layouts(self):
"""
When the systems font dpi setting changes our pango layout object,
it still caches the old setting, leading to wrong font scaling.
Refresh the pango layout object.
"""
_logger.info(_("Refreshing pango layout, new font dpi setting is '{}'") \
.format(Gtk.Settings.get_default().get_property("gtk-xft-dpi")))
Key.reset_pango_layout()
class IconPalette(WindowRectPersist, WindowManipulator, Gtk.Window):
"""
Class that creates a movable and resizable floating window without
decorations. The window shows the icon of onboard scaled to fit to the
window and a resize grip that honors the desktop theme in use.
Onboard offers an option to the user to make the window appear
whenever the user hides the onscreen keyboard. The user can then
click on the window to hide it and make the onscreen keyboard
reappear.
"""
__gsignals__ = {
str('activated'): (GObject.SIGNAL_RUN_LAST, GObject.TYPE_NONE, ())
}
""" Minimum size of the IconPalette """
MINIMUM_SIZE = 20
_layout_view = None
def __init__(self):
self._visible = False
self._force_to_top = False
self._last_pos = None
self._dwell_progress = DwellProgress()
self._dwell_begin_timer = None
self._dwell_timer = None
self._no_more_dwelling = False
Gtk.Window.__init__(self,
type_hint=self._get_window_type_hint(),
skip_taskbar_hint=True,
skip_pager_hint=True,
has_resize_grip=False,
urgency_hint=False,
decorated=False,
accept_focus=False,
opacity=0.75,
width_request=self.MINIMUM_SIZE,
height_request=self.MINIMUM_SIZE)
WindowRectPersist.__init__(self)
WindowManipulator.__init__(self)
self.set_keep_above(True)
# use transparency if available
visual = Gdk.Screen.get_default().get_rgba_visual()
if visual:
self.set_visual(visual)
# set up event handling
self.add_events(Gdk.EventMask.BUTTON_PRESS_MASK
| Gdk.EventMask.BUTTON_RELEASE_MASK
| Gdk.EventMask.POINTER_MOTION_MASK)
self.connect("button-press-event", self._on_button_press_event)
self.connect("motion-notify-event", self._on_motion_notify_event)
self.connect("button-release-event", self._on_button_release_event)
self.connect("draw", self._on_draw)
self.connect("configure-event", self._on_configure_event)
self.connect("realize", self._on_realize_event)
self.connect("unrealize", self._on_unrealize_event)
self.connect("enter-notify-event", self._on_mouse_enter)
self.connect("leave-notify-event", self._on_mouse_leave)
# default coordinates of the iconpalette on the screen
self.set_min_window_size(self.MINIMUM_SIZE, self.MINIMUM_SIZE)
#self.set_default_size(1, 1) # no flashing on left screen edge in unity
self.restore_window_rect()
# Realize the window. Test changes to this in all supported
# environments. It's all too easy to have the icp not show up reliably.
self.update_window_options()
self.hide()
once = CallOnce(100).enqueue # call at most once per 100ms
rect_changed = lambda x: once(self._on_config_rect_changed)
config.icp.position_notify_add(rect_changed)
config.icp.size_notify_add(rect_changed)
config.icp.resize_handles_notify_add(
lambda x: self.update_resize_handles())
self.update_sticky_state()
self.update_resize_handles()
def cleanup(self):
WindowRectPersist.cleanup(self)
def set_layout_view(self, view):
self._layout_view = view
self.queue_draw()
def get_color_scheme(self):
if self._layout_view:
return self._layout_view.get_color_scheme()
return None
def _on_configure_event(self, widget, event):
self.update_window_rect()
def on_drag_initiated(self):
self.stop_save_position_timer()
self._stop_dwelling()
def on_drag_done(self):
self.update_window_rect()
self.start_save_position_timer()
self._no_more_dwelling = True
def _on_realize_event(self, user_data):
""" Gdk window created """
set_unity_property(self)
if config.is_force_to_top():
self.set_override_redirect(True)
self.restore_window_rect(True)
def _on_unrealize_event(self, user_data):
""" Gdk window destroyed """
self.set_type_hint(self._get_window_type_hint())
def _get_window_type_hint(self):
if config.is_force_to_top():
return Gdk.WindowTypeHint.NORMAL
else:
return Gdk.WindowTypeHint.UTILITY
def update_window_options(self, startup=False):
if not config.xid_mode: # not when embedding
# (re-)create the gdk window?
force_to_top = config.is_force_to_top()
if self._force_to_top != force_to_top:
self._force_to_top = force_to_top
visible = self._visible # visible before?
if self.get_realized(): # not starting up?
self.hide()
self.unrealize()
self.realize()
if visible:
self.show()
def update_sticky_state(self):
if not config.xid_mode:
if config.get_sticky_state():
self.stick()
else:
self.unstick()
def update_resize_handles(self):
""" Tell WindowManipulator about the active resize handles """
self.set_drag_handles(config.icp.resize_handles)
def get_drag_threshold(self):
""" Overload for WindowManipulator """
return config.get_drag_threshold()
def _on_button_press_event(self, widget, event):
"""
Save the pointer position.
"""
if event.button == 1 and event.window == self.get_window():
self.enable_drag_protection(True)
sequence = InputSequence()
sequence.init_from_button_event(event)
self.handle_press(sequence, move_on_background=True)
if self.is_moving():
self.reset_drag_protection() # force threshold
return False
def _on_motion_notify_event(self, widget, event):
"""
Move the window if the pointer has moved more than the DND threshold.
"""
sequence = InputSequence()
sequence.init_from_motion_event(event)
self.handle_motion(sequence, fallback=True)
self.set_drag_cursor_at((event.x, event.y))
# start dwelling if nothing else is going on
point = (event.x, event.y)
hit = self.hit_test_move_resize(point)
if hit is None:
if not self.is_drag_initiated() and \
not self._is_dwelling() and \
not self._no_more_dwelling and \
not config.is_hover_click_active() and \
not config.lockdown.disable_dwell_activation:
self._start_dwelling()
else:
self._stop_dwelling() # allow resizing in peace
return False
def _on_button_release_event(self, widget, event):
"""
Save the window geometry, hide the IconPalette and
emit the "activated" signal.
"""
result = False
if event.button == 1 and \
event.window == self.get_window() and \
not self.is_drag_active():
self.emit("activated")
result = True
self.stop_drag()
self.set_drag_cursor_at((event.x, event.y))
return result
def _on_mouse_enter(self, widget, event):
pass
def _on_mouse_leave(self, widget, event):
self._stop_dwelling()
self._no_more_dwelling = False
def _on_draw(self, widget, cr):
"""
Draw the onboard icon.
"""
if not Gtk.cairo_should_draw_window(cr, self.get_window()):
return False
rect = Rect(0.0, 0.0, float(self.get_allocated_width()),
float(self.get_allocated_height()))
color_scheme = self.get_color_scheme()
# clear background
cr.save()
cr.set_operator(cairo.OPERATOR_CLEAR)
cr.paint()
cr.restore()
# draw background color
background_rgba = list(color_scheme.get_icon_rgba("background"))
if Gdk.Screen.get_default().is_composited():
background_rgba[3] *= 0.75
cr.set_source_rgba(*background_rgba)
corner_radius = min(rect.w, rect.h) * 0.1
roundrect_arc(cr, rect, corner_radius)
cr.fill()
# decoration frame
line_rect = rect.deflate(2)
cr.set_line_width(2)
roundrect_arc(cr, line_rect, corner_radius)
cr.stroke()
else:
cr.set_source_rgba(*background_rgba)
cr.paint()
# draw themed icon
self._draw_themed_icon(cr, rect, color_scheme)
# draw dwell progress
rgba = [0.8, 0.0, 0.0, 0.5]
bg_rgba = [0.1, 0.1, 0.1, 0.5]
if color_scheme:
key = RectKey(
"icon0") # take dwell color from the first icon "key"
rgba = color_scheme.get_key_rgba(key, "dwell-progress")
rgba[3] = min(0.75, rgba[3]) # more transparency
key = RectKey("icon1")
bg_rgba = color_scheme.get_key_rgba(key, "fill")
bg_rgba[3] = min(0.75, rgba[3]) # more transparency
dwell_rect = rect.grow(0.5)
self._dwell_progress.draw(cr, dwell_rect, rgba, bg_rgba)
return True
def _draw_themed_icon(self, cr, icon_rect, color_scheme):
""" draw themed icon """
keys = [RectKey("icon" + str(i)) for i in range(4)]
# Default colors for the case when none of the icon keys
# are defined in the color scheme.
background_rgba = [1.0, 1.0, 1.0, 1.0]
fill_rgbas = [[0.9, 0.7, 0.0, 0.75], [1.0, 1.0, 1.0, 1.0],
[1.0, 1.0, 1.0, 1.0], [0.0, 0.54, 1.0, 1.0]]
stroke_rgba = [0.0, 0.0, 0.0, 1.0]
label_rgba = [0.0, 0.0, 0.0, 1.0]
themed = False
if color_scheme:
if any(color_scheme.is_key_in_scheme(key) for key in keys):
themed = True
# four rounded rectangles
rects = Rect(0.0, 0.0, 100.0, 100.0).deflate(5) \
.subdivide(2, 2, 6)
cr.save()
cr.scale(icon_rect.w / 100., icon_rect.h / 100.0)
cr.translate(icon_rect.x, icon_rect.y)
cr.select_font_face("sans-serif")
cr.set_line_width(2)
for i, key in enumerate(keys):
rect = rects[i]
if themed:
fill_rgba = color_scheme.get_key_rgba(key, "fill")
stroke_rgba = color_scheme.get_key_rgba(key, "stroke")
label_rgba = color_scheme.get_key_rgba(key, "label")
else:
fill_rgba = fill_rgbas[i]
roundrect_arc(cr, rect, 5)
cr.set_source_rgba(*fill_rgba)
cr.fill_preserve()
cr.set_source_rgba(*stroke_rgba)
cr.stroke()
if i == 0 or i == 3:
if i == 0:
letter = "O"
else:
letter = "B"
cr.set_font_size(25)
x_bearing, y_bearing, _width, _height, \
x_advance, y_advance = cr.text_extents(letter)
r = rect.align_rect(Rect(0, 0, _width, _height), 0.3, 0.33)
cr.move_to(r.x - x_bearing, r.y - y_bearing)
cr.set_source_rgba(*label_rgba)
cr.show_text(letter)
cr.new_path()
cr.restore()
def show(self):
"""
Override Gtk.Widget.hide() to save the window geometry.
"""
Gtk.Window.show(self)
self.move_resize(*self.get_rect()) # sync with WindowRectTracker
self._visible = True
def hide(self):
"""
Override Gtk.Widget.hide() to save the window geometry.
"""
Gtk.Window.hide(self)
self._visible = False
def _on_config_rect_changed(self):
""" Gsettings position or size changed """
orientation = self.get_screen_orientation()
rect = self.read_window_rect(orientation)
if self.get_rect() != rect:
self.restore_window_rect()
def read_window_rect(self, orientation):
"""
Read orientation dependent rect.
Overload for WindowRectPersist.
"""
if orientation == Orientation.LANDSCAPE:
co = config.icp.landscape
else:
co = config.icp.portrait
rect = Rect(co.x, co.y, co.width, co.height)
return rect
def write_window_rect(self, orientation, rect):
"""
Write orientation dependent rect.
Overload for WindowRectPersist.
"""
# There are separate rects for normal and rotated screen (tablets).
if orientation == Orientation.LANDSCAPE:
co = config.icp.landscape
else:
co = config.icp.portrait
co.delay()
co.x, co.y, co.width, co.height = rect
co.apply()
def _is_dwelling(self):
return bool(self._dwell_begin_timer) and \
(self._dwell_begin_timer.is_running() or \
self._dwell_progress.is_dwelling())
def _start_dwelling(self):
self._stop_dwelling()
self._dwell_begin_timer = Timer(1.5, self._on_dwell_begin_timer)
self._no_more_dwelling = True
def _stop_dwelling(self):
if self._dwell_begin_timer:
self._dwell_begin_timer.stop()
if self._dwell_timer:
self._dwell_timer.stop()
self._dwell_progress.stop_dwelling()
self.queue_draw()
def _on_dwell_begin_timer(self):
self._dwell_progress.start_dwelling()
self._dwell_timer = Timer(0.025, self._on_dwell_timer)
return False
def _on_dwell_timer(self):
self._dwell_progress.opacity, done = \
Fade.sin_fade(self._dwell_progress.dwell_start_time, 0.3, 0, 1.0)
self.queue_draw()
if self._dwell_progress.is_done():
if not self.is_drag_active():
self.emit("activated")
self.stop_drag()
return False
return True
class KbdWindow(KbdWindowBase, WindowRectTracker, Gtk.Window):
# Minimum window size (for resizing in system mode, see handle_motion())
MINIMUM_SIZE = 20
home_rect = None
def __init__(self, keyboard_widget, icp):
self._last_ignore_configure_time = None
self._last_configures = []
self._was_visible = False
Gtk.Window.__init__(self,
urgency_hint=False,
width_request=self.MINIMUM_SIZE,
height_request=self.MINIMUM_SIZE)
KbdWindowBase.__init__(self, keyboard_widget, icp)
WindowRectTracker.__init__(self)
GObject.signal_new("quit-onboard", KbdWindow, GObject.SIGNAL_RUN_LAST,
GObject.TYPE_BOOLEAN, ())
self._auto_position_poll_timer = Timer()
self.restore_window_rect(startup=True)
self.connect("map", self._on_map_event)
self.connect("unmap", self._on_unmap_event)
self.connect("delete-event", self._on_delete_event)
self.connect("configure-event", self._on_configure_event)
# Connect_after seems broken in Quantal, the callback is never called.
#self.connect_after("configure-event", self._on_configure_event_after)
self._osk_util.connect_root_property_notify(
["_NET_WORKAREA", "_NET_CURRENT_DESKTOP"],
self._on_root_property_notify)
once = CallOnce(100).enqueue # call at most once per 100ms
rect_changed = lambda x: once(self._on_config_rect_changed)
config.window.position_notify_add(rect_changed)
config.window.size_notify_add(rect_changed)
dock_size_changed = lambda x: once(self._on_config_dock_size_changed)
config.window.dock_size_notify_add(dock_size_changed)
def cleanup(self):
WindowRectTracker.cleanup(self)
KbdWindowBase.cleanup(self)
if self.icp:
self.icp.cleanup()
self.icp.destroy()
self.icp = None
def _on_root_property_notify(self, property):
""" Fixme: Exceptions get lost in here."""
if property == "_NET_WORKAREA":
if config.is_docking_enabled() and \
not config.xid_mode:
mon = self.get_docking_monitor()
new_area = self.get_monitor_workarea()
area = self._monitor_workarea.get(0)
if area:
# Only check for x changes, y is too dangerous for now,
# too easy to get the timing wrong and end up with double docks.
if area.x != new_area.x or \
area.w != new_area.w:
area.x = new_area.x
area.w = new_area.w
_logger.info("workarea changed to {}, "
"using {} for docking." \
.format(str(new_area), str(area)))
self.update_docking()
elif property == "_NET_CURRENT_DESKTOP":
# OpenBox: Make sure to move the keyboard to the new desktop
# on the next occasion.
# Unity: Never reached (Raring), _NET_CURRENT_DESKTOP isn't
# set when switching desktops there. However we do get a
# configure event, so the transitioning code moves the
# window and it is brought to the current desktop anyway.
self._desktop_switch_count += 1
def _on_map_event(self, user_data):
pass
def _on_unmap_event(self, user_data):
# Turn off struts in case this unmap is in response to
# changes in window options, force-to-top in particular.
if config.is_docking_enabled():
self.clear_struts()
# untity starts onboard before the desktops
# workarea has settled, reset it here on hiding,
# as we know our struts are gone from this point.
self.reset_monitor_workarea()
def on_visibility_changed(self, visible):
if not self._visible and visible and \
not config.is_docking_enabled() and \
not config.xid_mode:
rect = self.get_current_rect()
if not rect is None: # shouldn't happen, fix this
self.move_resize(*rect) # sync position
KbdWindowBase.on_visibility_changed(self, visible)
def _on_config_rect_changed(self):
""" Gsettings position or size changed """
if not config.xid_mode and \
not config.is_docking_enabled():
orientation = self.get_screen_orientation()
rect = self.read_window_rect(orientation)
# Only apply the new rect if it isn't the one we just wrote to
# gsettings. Someone has to have manually changed the values
# in gsettings to allow moving the window.
rects = list(self._written_window_rects.values())
if not any(rect == r for r in rects):
self.restore_window_rect()
def _on_config_dock_size_changed(self):
""" Gsettings size changed """
if not config.xid_mode and \
config.is_docking_enabled():
size = self.get_dock_size()
# Only apply the new rect if it isn't the one we just wrote to
# gsettings. Someone has to have manually changed the values
# in gsettings to allow moving the window.
sizes = list(self._written_dock_sizes.values())
if not any(size == sz for sz in sizes):
self.restore_window_rect()
def on_user_positioning_begin(self):
self.stop_save_position_timer()
self.stop_auto_position()
self.keyboard_widget.freeze_auto_show()
def on_user_positioning_done(self):
self.update_window_rect()
#self.detect_docking()
if config.is_docking_enabled():
self.write_docking_size(self.get_screen_orientation(),
self.get_size())
self.update_docking()
else:
self.update_home_rect()
# Thaw auto show after a short delay to stop the window
# from hiding due to spurios focus events after a system resize.
self.keyboard_widget.thaw_auto_show(1.0)
def detect_docking(self):
if self.keyboard_widget.was_moving():
config.window.docking_enabled = False
def _on_configure_event(self, widget, event):
self.update_window_rect()
if not config.is_docking_enabled():
# Connect_after seems broken in Quantal, but we still need to
# get in after the default configure handler is done. Try to run
# _on_configure_event_after in an idle handler instead.
GLib.idle_add(self._on_configure_event_after, widget, event.copy())
def _on_configure_event_after(self, widget, event):
"""
Run this after KeyboardWidget's configure handler.
After resizing Keyboard.update_layout() has to be called before
limit_position() or the window jumps when it was close
to the opposite screen edge of the resize handle.
"""
# Configure event due to user positioning?
result = self._filter_configure_event(self._window_rect)
if result == 0:
self.update_home_rect()
def _filter_configure_event(self, rect):
"""
Returns 0 for detected user positioning/sizing.
Multiple defenses against false positives, i.e.
window movement by autoshow, screen rotation, whathaveyou.
"""
# There is no user positioning in xembed mode.
if config.xid_mode:
return -1
# There is no system provided way to move/resize in
# force-to-top mode. Solely rely on on_user_positioning_done().
if config.is_force_to_top():
return -2
# There is no user positioning for invisible windows.
if not self.is_visible():
return -3
# There is no user positioning for iconified windows.
if self.is_iconified():
return -4
# There is no user positioning for maximized windows.
if self.is_maximized():
return -5
# Remember past n configure events.
now = time.time()
max_events = 4
self._last_configures = self._last_configures[-(max_events - 1):]
# Same rect as before?
if len(self._last_configures) and \
self._last_configures[-1][0] == rect:
return 1
self._last_configures.append([rect, now])
# Only just started?
if len(self._last_configures) < max_events:
return 2
# Did we just move the window by auto-show?
if not self._last_ignore_configure_time is None and \
time.time() - self._last_ignore_configure_time < 0.5:
return 3
# Is the new window rect one of our known ones?
if self.is_known_rect(self._window_rect):
return 4
# Dragging the decorated frame doesn't produce continous
# configure-events anymore as in Oneriric (Precise).
# Disable all affected checks based on this.
# The home rect will probably get lost occasionally.
if not config.has_window_decoration():
# Less than n configure events in the last x seconds?
first = self._last_configures[0]
intervall = now - first[1]
if intervall > 1.0:
return 5
# Is there a jump > threshold in past positions?
r0 = self._last_configures[-1][0]
r1 = self._last_configures[-2][0]
dx = r1.x - r0.x
dy = r1.y - r0.y
d2 = dx * dx + dy * dy
if d2 > 50**2:
self._last_configures = [] # restart
return 6
return 0
def ignore_configure_events(self):
self._last_ignore_configure_time = time.time()
def remember_rect(self, rect):
"""
Remember the last 3 rectangles of auto-show repositioning.
Time and order of configure events is somewhat unpredictable,
so don't rely only on a single remembered rect.
"""
self._known_window_rects = self._known_window_rects[-3:]
self._known_window_rects.append(rect)
# Remembering the rects doesn't help if respositioning outside
# of the work area in compiz with force-to-top mode disabled.
# WM corrects window positions to fit into the viewable area.
# -> add timing based block
self.ignore_configure_events()
def get_known_rects(self):
"""
Return all rects that may have resulted from internal
window moves, not from user controlled drag operations.
"""
rects = list(self._known_window_rects)
co = config.window.landscape
rects.append(Rect(co.x, co.y, co.width, co.height))
co = config.window.portrait
rects.append(Rect(co.x, co.y, co.width, co.height))
rects.append(self.home_rect)
return rects
def is_known_rect(self, rect):
"""
The home rect should be updated in response to user positiong/resizing.
However we are unable to detect the end of window movement/resizing
when window decoration is enabled. Instead we check if the current
window rect is different from the ones auto-show knows and assume
the user has changed it in this case.
"""
return any(rect == r for r in self.get_known_rects())
def move_home_rect_into_view(self):
"""
Make sure the home rect is valid, move it if necessary.
This function may be called even if the window is invisible.
"""
rect = self._window_rect.copy()
x, y = rect.x, rect.y
_x, _y = self.keyboard_widget.limit_position(x, y)
if _x != x or _y != y:
self.update_home_rect()
def update_home_rect(self):
if config.is_docking_enabled():
return
# update home rect
rect = self._window_rect.copy()
# Make sure the move button stays visible
if self.can_move_into_view():
rect.x, rect.y = self.keyboard_widget.limit_position(
rect.x, rect.y)
self.home_rect = rect.copy()
self.start_save_position_timer()
# Make transitions aware of the new position,
# undoubtedly reached by user positioning.
# Else, window snaps back to the last transition position.
self.keyboard_widget.sync_transition_position(rect)
def get_home_rect(self):
"""
Get the un-repositioned rect, the one auto-show falls back to
when there is nowhere else to move.
"""
if config.is_docking_enabled():
rect = self.get_dock_rect()
else:
rect = self.home_rect
return rect
def get_visible_rect(self):
"""
Returns the rect of the visible window rect with auto-show
repositioning taken into account.
"""
home_rect = self.get_home_rect() # aware of docking
rect = home_rect
if config.is_auto_show_enabled():
r = self.get_repositioned_window_rect(home_rect)
if not r is None:
rect = r
return rect
def auto_position(self):
self.update_position()
# With docking enabled, when focusing the search entry of a
# maximized firefox window, it changes position when the work
# area shrinks and ends up below Onboard.
# -> periodically update the window position for a little while,
# this way slow systems can catch up too eventually (Nexus 7).
self._poll_auto_position_start_time = time.time()
start_delay = 0.1
self._auto_position_poll_timer.start(start_delay,
self._on_auto_position_poll,
start_delay)
def _on_auto_position_poll(self, delay):
self.update_position()
# start another timer for progressively longer intervals
delay = min(delay * 2.0, 1.0)
if time.time() + delay < self._poll_auto_position_start_time + 3.0:
self._auto_position_poll_timer.start(delay,
self._on_auto_position_poll,
delay)
return True
else:
return False
def stop_auto_position(self):
self._auto_position_poll_timer.stop()
def update_position(self):
home_rect = self.get_home_rect()
rect = self.get_repositioned_window_rect(home_rect)
if rect is None:
# move back home
rect = home_rect
if self.get_position() != rect.get_position():
self.keyboard_widget.transition_position_to(rect.x, rect.y)
self.keyboard_widget.commit_transition()
def get_repositioned_window_rect(self, home_rect):
clearance = config.auto_show.widget_clearance
test_clearance = clearance
move_clearance = clearance
limit_rects = None # None: all monitors
# No test clearance when docking. Make it harder to jump
# out of the dock, for example for the bottom search box
# in maximized firefox.
if config.is_docking_enabled():
test_clearance = (clearance[0], 0, clearance[2], 0)
# limit the horizontal freedom to the docking monitor
area, geom = self.get_docking_monitor_rects()
limit_rects = [area]
horizontal, vertical = self.get_repositioning_constraints()
return self.keyboard_widget.auto_show.get_repositioned_window_rect( \
home_rect, limit_rects,
test_clearance, move_clearance,
horizontal, vertical)
def reposition(self, x, y):
"""
Move the window from a transition, not meant for user positioning.
"""
# remember rects to distimguish from user move/resize
w, h = self.get_size()
self.remember_rect(Rect(x, y, w, h))
self.move(x, y)
def get_repositioning_constraints(self):
"""
Return allowed respositioning directions for auto-show.
"""
if config.is_docking_enabled() and \
self.get_dock_expand():
return False, True
else:
return True, True
def get_hidden_rect(self):
"""
Returns the rect of the hidden window rect with auto-show
repositioning taken into account.
"""
if config.is_docking_enabled():
return self.get_docking_hideout_rect()
return self.get_visible_rect()
def get_current_rect(self):
"""
Returns the window rect with auto-show
repositioning taken into account.
"""
if self.is_visible():
rect = self.get_visible_rect()
else:
rect = self.get_hidden_rect()
return rect
def on_restore_window_rect(self, rect):
"""
Overload for WindowRectTracker.
"""
if not config.is_docking_enabled():
self.home_rect = rect.copy()
# check for alternative auto-show position
r = self.get_current_rect()
if r != rect:
# remember our rects to distinguish from user move/resize
self.remember_rect(r)
rect = r
self.keyboard_widget.sync_transition_position(rect)
return rect
def on_save_window_rect(self, rect):
"""
Overload for WindowRectTracker.
"""
# Ignore <rect> (self._window_rect), it may just be a temporary one
# set by auto-show. Save the user selected home_rect instead.
return self.home_rect
def read_window_rect(self, orientation):
"""
Read orientation dependent rect.
Overload for WindowRectTracker.
"""
if orientation == Orientation.LANDSCAPE:
co = config.window.landscape
else:
co = config.window.portrait
rect = Rect(co.x, co.y, co.width, co.height)
return rect
def write_window_rect(self, orientation, rect):
"""
Write orientation dependent rect.
Overload for WindowRectTracker.
"""
# There are separate rects for normal and rotated screen (tablets).
if orientation == Orientation.LANDSCAPE:
co = config.window.landscape
else:
co = config.window.portrait
# remember that we wrote this rect to gsettings
self._written_window_rects[orientation] = rect.copy()
# write to gsettings and trigger notifications
co.settings.delay()
co.x, co.y, co.width, co.height = rect
co.settings.apply()
def write_docking_size(self, orientation, size):
co = self.get_orientation_config_object()
expand = self.get_dock_expand()
# remember that we wrote this rect to gsettings
self._written_dock_sizes[orientation] = tuple(size)
# write to gsettings and trigger notifications
co.settings.delay()
if not expand:
co.dock_width = size[0]
co.dock_height = size[1]
co.settings.apply()
def get_orientation_config_object(self):
orientation = self.get_screen_orientation()
if orientation == Orientation.LANDSCAPE:
co = config.window.landscape
else:
co = config.window.portrait
return co
def on_transition_done(self, visible_before, visible_now):
if visible_now:
self.assure_on_current_desktop()
self.update_docking()
def on_screen_size_changed(self, screen):
""" Screen rotation, etc. """
if config.is_docking_enabled():
# Can't correctly position the window while struts are active
# -> turn them off for a moment
self.clear_struts()
# Attempt to hide the keyboard now. This won't work that well
# as the system doesn't refresh the screen anymore until
# after the rotation.
self._was_visible = self.is_visible()
self._screen_resizing = True
keyboard_widget = self.keyboard_widget
if keyboard_widget:
keyboard_widget.transition_visible_to(False, 0.0)
keyboard_widget.commit_transition()
WindowRectTracker.on_screen_size_changed(self, screen)
def on_screen_size_changed_delayed(self, screen):
if config.is_docking_enabled():
self._screen_resizing = False
self.reset_monitor_workarea()
# The keyboard size may have changed, draw with the new size now,
# while it's still in the hideout, so we don't have to watch.
self.restore_window_rect()
self.keyboard_widget.process_updates()
keyboard_widget = self.keyboard_widget
if keyboard_widget and self._was_visible:
keyboard_widget.transition_visible_to(True, 0.0, 0.4)
keyboard_widget.commit_transition()
else:
self.restore_window_rect()
def limit_size(self, rect):
"""
Limits the given window rect to fit on screen.
"""
if self.keyboard_widget:
return self.keyboard_widget.limit_size(rect)
return rect
def _emit_quit_onboard(self, event, data=None):
self.emit("quit-onboard")
def _on_delete_event(self, event, data=None):
if config.lockdown.disable_quit:
if self.keyboard_widget:
return True
else:
self._emit_quit_onboard(event)
def on_docking_notify(self):
self.update_docking()
self.keyboard_widget.update_resize_handles()
def update_docking(self, force_update=False):
enable = config.is_docking_enabled()
if enable:
rect = self.get_dock_rect()
else:
rect = Rect()
shrink = config.window.docking_shrink_workarea
edge = config.window.docking_edge
expand = self.get_dock_expand()
if self._docking_enabled != enable or \
(self._docking_enabled and \
(self._docking_rect != rect or \
self._shrink_work_area != shrink or \
self._dock_expand != expand or \
bool(self._current_struts) != shrink)
):
self.enable_docking(enable)
self._shrink_work_area = shrink
self._dock_expand = expand
self._docking_edge = edge
self._docking_enabled = enable
self._docking_rect = rect
def enable_docking(self, enable):
if enable:
self._set_docking_struts(config.window.docking_shrink_workarea,
config.window.docking_edge,
self.get_dock_expand())
self.restore_window_rect() # knows about docking
else:
self.restore_window_rect()
self.clear_struts()
def clear_struts(self):
self._set_docking_struts(False)
def _set_docking_struts(self, enable, edge=None, expand=True):
if not self.get_realized():
# no window, no xid
return
win = self.get_window()
xid = win.get_xid() # requires GdkX11 import
if not enable:
self._apply_struts(xid, None)
return
area, geom = self.get_docking_monitor_rects()
root = self.get_rootwin_rect()
rect = self.get_dock_rect()
top_start_x = top_end_x = 0
bottom_start_x = bottom_end_x = 0
#print("geom", geom, "area", area, "rect", rect)
if edge: # Bottom
top = 0
bottom = geom.h - area.bottom() + rect.h
#bottom = root.h - area.bottom() + rect.h
bottom_start_x = rect.left()
bottom_end_x = rect.right()
else: # Top
top = area.top() + rect.h
bottom = 0
top_start_x = rect.left()
top_end_x = rect.right()
struts = [
0, 0, top, bottom, 0, 0, 0, 0, top_start_x, top_end_x,
bottom_start_x, bottom_end_x
]
self._apply_struts(xid, struts)
def _apply_struts(self, xid, struts=None):
if self._current_struts != struts:
if struts is None:
self._osk_struts.clear(xid)
else:
self._osk_struts.set(xid, struts)
self._current_struts = struts
def get_dock_size(self):
co = self.get_orientation_config_object()
return co.dock_width, co.dock_height
def get_dock_expand(self):
co = self.get_orientation_config_object()
return co.dock_expand
def get_dock_rect(self):
area, geom = self.get_docking_monitor_rects()
edge = config.window.docking_edge
width, height = self.get_dock_size()
rect = Rect(area.x, 0, area.w, height)
if edge: # Bottom
rect.y = area.y + area.h - height
else: # Top
rect.y = area.y
expand = self.get_dock_expand()
if expand:
rect.w = area.w
rect.x = area.x
else:
rect.w = min(width, area.w)
rect.x = rect.x + (area.w - rect.w) // 2
return rect
def get_docking_hideout_rect(self, reference_rect=None):
""" Where the keyboard goes to hide when it slides off-screen. """
area, geom = self.get_docking_monitor_rects()
rect = self.get_dock_rect()
hideout = rect
mcx, mcy = geom.get_center()
if reference_rect:
cx, cy = reference_rect.get_center()
else:
cx, cy = rect.get_center()
clearance = 10
if cy > mcy:
hideout.y = geom.bottom() + clearance # below Bottom
else:
hideout.y = geom.top() - rect.h - clearance # above Top
return hideout
def get_docking_monitor_rects(self):
screen = self.get_screen()
mon = self.get_docking_monitor()
area = self._monitor_workarea.get(mon)
if area is None:
area = self.update_monitor_workarea()
geom = screen.get_monitor_geometry(mon)
geom = Rect(geom.x, geom.y, geom.width, geom.height)
return area, geom
def get_docking_monitor(self):
screen = self.get_screen()
return screen.get_primary_monitor()
def reset_monitor_workarea(self):
self._monitor_workarea = {}
def update_monitor_workarea(self):
"""
Save the workarea, so we don't have to
check all the time if our strut is already installed.
"""
mon = self.get_docking_monitor()
area = self.get_monitor_workarea()
self._monitor_workarea[mon] = area
return area
def get_monitor_workarea(self):
screen = self.get_screen()
mon = self.get_docking_monitor()
area = screen.get_monitor_workarea(mon)
area = Rect(area.x, area.y, area.width, area.height)
return area
@staticmethod
def get_rootwin_rect():
rootwin = Gdk.get_default_root_window()
return Rect.from_position_size(
rootwin.get_position(),
(rootwin.get_width(), rootwin.get_height()))
def is_override_redirect_mode(self):
return config.is_force_to_top() and \
self._wm_quirks.can_set_override_redirect(self)
def assure_on_current_desktop(self):
"""
Make sure the window is visible in the current desktop in OpenBox and
perhaps other WMs, except Compiz/Unity. Dbus Show() then makes Onboard
appear after switching desktop (LP: 1092166, Raring).
"""
if self._moved_desktop_switch_count != self._desktop_switch_count:
win = self.get_window()
if win:
win.move_to_current_desktop()
self._moved_desktop_switch_count = self._desktop_switch_count
class WindowRectTracker:
"""
Keeps track of the window rectangle when moving/resizing.
Gtk only updates the position and size asynchrounously on
configure events and hidden windows return invalid values.
Auto-show et al need valid values from get_position and
get_size at all times.
"""
def __init__(self):
self._window_rect = None
self._origin = None
self._client_offset = (0, 0)
self._screen_orientation = None
self._save_position_timer = Timer()
# init detection of screen "rotation"
screen = self.get_screen()
screen.connect('size-changed', self.on_screen_size_changed)
def cleanup(self):
self._save_position_timer.finish()
def move(self, x, y):
Gtk.Window.move(self, x, y)
def resize(self, w, h):
Gtk.Window.resize(self, w, h)
def move_resize(self, x, y, w, h):
win = self.get_window()
if win:
win.move_resize(x, y, w, h)
def get_position(self):
if self._window_rect is None:
return Gtk.Window.get_position(self)
else:
return self._window_rect.get_position()
def get_size(self):
if self._window_rect is None:
return Gtk.Window.get_size(self)
else:
return self._window_rect.get_size()
def get_origin(self):
if self._origin is None:
win = self.get_window()
if win:
origin = win.get_origin()
if len(origin
) == 3: # What is the first parameter for? Gdk bug?
origin = origin[1:]
return origin
return 0
else:
return self._origin
def get_client_offset(self):
return self._client_offset
def get_rect(self):
return self._window_rect
def is_visible(self):
""" This is overloaded in KbdWindow """
return Gtk.Window.get_visible(self)
def on_screen_size_changed(self, screen):
""" detect screen rotation (tablets)"""
# Give the screen time to settle, the window manager
# may block the move to previously invalid positions and
# when docked, the slide animation may be drowned out by all
# the action in other processes.
Timer(1.5, self.on_screen_size_changed_delayed, screen)
def on_screen_size_changed_delayed(self, screen):
self.restore_window_rect()
def get_screen_orientation(self):
"""
Current orientation of the screen (tablet rotation).
Only the aspect ratio is taken into account at this time.
This appears to cover more cases than looking at monitor rotation,
in particular with multi-monitor screens.
"""
screen = self.get_screen()
if screen.get_width() >= screen.get_height():
return Orientation.LANDSCAPE
else:
return Orientation.PORTRAIT
def update_window_rect(self):
"""
Call this on configure event, the only time when
get_position, get_size, etc. can be trusted.
"""
visible = self.is_visible()
if visible:
pos = Gtk.Window.get_position(self)
size = Gtk.Window.get_size(self)
origin = self.get_window().get_origin()
if len(origin) == 3: # What is the first parameter for? Gdk bug?
origin = origin[1:]
self._window_rect = Rect.from_position_size(pos, size)
self._origin = origin
self._client_offset = (origin[0] - pos[0], origin[1] - pos[1])
self._screen_orientation = self.get_screen_orientation()
def restore_window_rect(self, startup=False):
"""
Restore window size and position.
"""
# Run pending save operations now, so they don't
# interfere with the window rect after it was restored.
self._save_position_timer.finish()
orientation = self.get_screen_orientation()
rect = self.read_window_rect(orientation)
self._screen_orientation = orientation
self._window_rect = rect
_logger.debug("restore_window_rect {rect}, {orientation}" \
.format(rect = rect, orientation = orientation))
# Give the derived class a chance to modify the rect,
# for example to correct the position for auto-show.
rect = self.on_restore_window_rect(rect)
self._window_rect = rect
# move/resize the window
if startup:
# gnome-shell doesn't take kindly to an initial move_resize().
# The window ends up at (0, 0) on and goes back there
# repeatedly when hiding and unhiding.
self.set_default_size(rect.w, rect.h)
self.move(rect.x, rect.y)
else:
self.move_resize(rect.x, rect.y, rect.w, rect.h)
# Initialize shadow variables with valid values so they
# don't get taken from the unreliable window.
# Fixes bad positioning of the very first auto-show.
if startup:
self._window_rect = rect.copy()
# Ignore frame dimensions; still better than asking the window.
self._origin = rect.left_top()
self._screen_orientation = self.get_screen_orientation()
def on_restore_window_rect(self, rect):
return rect
def save_window_rect(self, orientation=None, rect=None):
"""
Save window size and position.
"""
if orientation is None:
orientation = self._screen_orientation
if rect is None:
rect = self._window_rect
# Give the derived class a chance to modify the rect,
# for example to override it for auto-show.
rect = self.on_save_window_rect(rect)
self.write_window_rect(orientation, rect)
_logger.debug("save_window_rect {rect}, {orientation}" \
.format(rect = rect, orientation = orientation))
def on_save_window_rect(self, rect):
return rect
def read_window_rect(self, orientation, rect):
"""
Read orientation dependent rect.
Overload this in derived classes.
"""
raise NotImplementedError()
def write_window_rect(self, orientation, rect):
"""
Write orientation dependent rect.
Overload this in derived classes.
"""
raise NotImplementedError()
def start_save_position_timer(self):
"""
Trigger saving position and size to gsettings
Delay this a few seconds to avoid excessive disk writes.
Remember the current rect and rotation as the screen may have been
rotated when the saving happens.
"""
self._save_position_timer.start(5, self.save_window_rect,
self.get_screen_orientation(),
self.get_rect())
def stop_save_position_timer(self):
self._save_position_timer.stop()
def reset(self):
Timer.stop(self)
self.draw_unpressed()
class TouchInput(InputEventSource):
"""
Unified handling of multi-touch sequences and conventional pointer input.
"""
GESTURE_DETECTION_SPAN = 100 # [ms] until two finger tap&drag is detected
GESTURE_DELAY_PAUSE = 3000 # [ms] Suspend delayed sequence begin for this
# amount of time after the last key press.
delay_sequence_begin = True # No delivery, i.e. no key-presses after
# gesture detection, but delays press-down.
def __init__(self):
InputEventSource.__init__(self)
self._input_sequences = {}
self._touch_events_enabled = self.is_touch_enabled()
self._multi_touch_enabled = config.keyboard.touch_input == \
TouchInputEnum.MULTI
self._gestures_enabled = self._touch_events_enabled
self._last_event_was_touch = False
self._last_sequence_time = 0
self._gesture = NO_GESTURE
self._gesture_begin_point = (0, 0)
self._gesture_begin_time = 0
self._gesture_detected = False
self._gesture_cancelled = False
self._num_tap_sequences = 0
self._gesture_timer = Timer()
def is_touch_enabled(self):
return config.keyboard.touch_input != TouchInputEnum.NONE
def has_input_sequences(self):
""" Are any clicks/touches still ongoing? """
return bool(self._input_sequences)
def last_event_was_touch(self):
""" Was there just a touch event? """
return self._last_event_was_touch
def has_touch_source(self, event):
""" Was source device of event a touch screen? """
source_device = event.get_source_device()
source = source_device.get_source()
return source == Gdk.InputSource.TOUCHSCREEN
def _on_button_press_event(self, widget, event):
if self._touch_events_enabled and \
self.has_touch_source(event):
return
# - Ignore double clicks (GDK_2BUTTON_PRESS),
# we're handling them ourselves.
# - no mouse wheel buttons
if event.type == Gdk.EventType.BUTTON_PRESS and \
1 <= event.button <= 3:
sequence = InputSequence()
sequence.init_from_button_event(event)
sequence.primary = True
self._last_event_was_touch = False
self._input_sequence_begin(sequence)
def _on_button_release_event(self, widget, event):
sequence = self._input_sequences.get(POINTER_SEQUENCE)
if not sequence is None:
sequence.point = (event.x, event.y)
sequence.root_point = (event.x_root, event.y_root)
sequence.time = event.get_time()
self._input_sequence_end(sequence)
def _on_motion_event(self, widget, event):
if self._touch_events_enabled and \
self.has_touch_source(event):
return
sequence = self._input_sequences.get(POINTER_SEQUENCE)
if sequence is None and \
not event.state & BUTTON123_MASK:
sequence = InputSequence()
sequence.primary = True
if sequence:
sequence.init_from_motion_event(event)
self._last_event_was_touch = False
self._input_sequence_update(sequence)
def _on_enter_notify(self, widget, event):
self.on_enter_notify(widget, event)
def _on_leave_notify(self, widget, event):
self.on_leave_notify(widget, event)
def _on_touch_event(self, widget, event):
if not self.has_touch_source(event):
return
touch = event.touch
id = str(touch.sequence)
self._last_event_was_touch = True
event_type = event.type
if event_type == Gdk.EventType.TOUCH_BEGIN:
sequence = InputSequence()
sequence.init_from_touch_event(touch, id)
if len(self._input_sequences) == 0:
sequence.primary = True
self._input_sequence_begin(sequence)
elif event_type == Gdk.EventType.TOUCH_UPDATE:
sequence = self._input_sequences.get(id)
if not sequence is None:
sequence.point = (touch.x, touch.y)
sequence.root_point = (touch.x_root, touch.y_root)
sequence.time = event.get_time()
sequence.update_time = time.time()
self._input_sequence_update(sequence)
else:
if event_type == Gdk.EventType.TOUCH_END:
pass
elif event_type == Gdk.EventType.TOUCH_CANCEL:
pass
sequence = self._input_sequences.get(id)
if not sequence is None:
sequence.time = event.get_time()
self._input_sequence_end(sequence)
def _input_sequence_begin(self, sequence):
""" Button press/touch begin """
self._gesture_sequence_begin(sequence)
first_sequence = len(self._input_sequences) == 0
if first_sequence or \
self._multi_touch_enabled:
self._input_sequences[sequence.id] = sequence
if not self._gesture_detected:
if first_sequence and \
self._multi_touch_enabled and \
self.delay_sequence_begin and \
sequence.time - self._last_sequence_time > \
self.GESTURE_DELAY_PAUSE:
# Delay the first tap; we may have to stop it
# from reaching the keyboard.
self._gesture_timer.start(self.GESTURE_DETECTION_SPAN / 1000.0,
self.on_delayed_sequence_begin,
sequence, sequence.point)
else:
# Tell the keyboard right away.
self.deliver_input_sequence_begin(sequence)
self._last_sequence_time = sequence.time
def on_delayed_sequence_begin(self, sequence, point):
if not self._gesture_detected: # work around race condition
sequence.point = point # return to the original begin point
self.deliver_input_sequence_begin(sequence)
self._gesture_cancelled = True
return False
def deliver_input_sequence_begin(self, sequence):
self.on_input_sequence_begin(sequence)
sequence.delivered = True
def _input_sequence_update(self, sequence):
""" Pointer motion/touch update """
self._gesture_sequence_update(sequence)
if not sequence.state & BUTTON123_MASK or \
not self.in_gesture_detection_delay(sequence):
self._gesture_timer.finish() # run delayed begin before update
self.on_input_sequence_update(sequence)
def _input_sequence_end(self, sequence):
""" Button release/touch end """
self._gesture_sequence_end(sequence)
self._gesture_timer.finish() # run delayed begin before end
if sequence.id in self._input_sequences:
del self._input_sequences[sequence.id]
if sequence.delivered:
self.on_input_sequence_end(sequence)
if self._input_sequences:
self._discard_stuck_input_sequences()
self._last_sequence_time = sequence.time
def _discard_stuck_input_sequences(self):
"""
Input sequence handling requires guaranteed balancing of
begin, update and end events. There is no indication yet this
isn't always the case, but still, at this time it seems like a
good idea to prepare for the worst.
-> Clear out aged input sequences, so Onboard can start from a
fresh slate and not become terminally unresponsive.
"""
expired_time = time.time() - 30
for id, sequence in list(self._input_sequences.items()):
if sequence.update_time < expired_time:
_logger.warning("discarding expired input sequence " + str(id))
del self._input_sequences[id]
def in_gesture_detection_delay(self, sequence):
"""
Are we still in the time span where sequence begins aren't delayed
and can't be undone after gesture detection?
"""
span = sequence.time - self._gesture_begin_time
return span < self.GESTURE_DETECTION_SPAN
def _gesture_sequence_begin(self, sequence):
# first tap?
if self._num_tap_sequences == 0:
self._gesture = NO_GESTURE
self._gesture_detected = False
self._gesture_cancelled = False
self._gesture_begin_point = sequence.point
self._gesture_begin_time = sequence.time # event time
else: # subsequent taps
if self.in_gesture_detection_delay(sequence) and \
not self._gesture_cancelled:
self._gesture_timer.stop() # cancel delayed sequence begin
self._gesture_detected = True
self._num_tap_sequences += 1
def _gesture_sequence_update(self, sequence):
if self._gesture_detected and \
sequence.state & BUTTON123_MASK and \
self._gesture == NO_GESTURE:
point = sequence.point
dx = self._gesture_begin_point[0] - point[0]
dy = self._gesture_begin_point[1] - point[1]
d2 = dx * dx + dy * dy
# drag gesture?
if d2 >= DRAG_GESTURE_THRESHOLD2:
num_touches = len(self._input_sequences)
self._gesture = DRAG_GESTURE
self.on_drag_gesture_begin(num_touches)
return True
def _gesture_sequence_end(self, sequence):
if len(self._input_sequences) == 1: # last sequence of the gesture?
if self._gesture_detected:
gesture = self._gesture
if gesture == NO_GESTURE:
# tap gesture?
elapsed = sequence.time - self._gesture_begin_time
if elapsed <= 300:
self.on_tap_gesture(self._num_tap_sequences)
elif gesture == DRAG_GESTURE:
self.on_drag_gesture_end(0)
self._num_tap_sequences = 0
def on_tap_gesture(self, num_touches):
return False
def on_drag_gesture_begin(self, num_touches):
return False
def on_drag_gesture_end(self, num_touches):
return False
def redirect_sequence_update(self, sequence, func):
""" redirect input sequence update to self. """
sequence = self._get_redir_sequence(sequence)
func(sequence)
def redirect_sequence_end(self, sequence, func):
""" Redirect input sequence end to self. """
sequence = self._get_redir_sequence(sequence)
# Make sure has_input_sequences() returns False inside of func().
# The keyboard needs this to detect the end of input.
if sequence.id in self._input_sequences:
del self._input_sequences[sequence.id]
func(sequence)
def _get_redir_sequence(self, sequence):
""" Return a copy of <sequence>, managed in the target window. """
redir_sequence = self._input_sequences.get(sequence.id)
if redir_sequence is None:
redir_sequence = sequence.copy()
redir_sequence.initial_active_key = None
redir_sequence.active_key = None
redir_sequence.cancel_key_action = False # was canceled by long press
self._input_sequences[redir_sequence.id] = redir_sequence
# convert to the new window client coordinates
pos = self.get_position()
rp = sequence.root_point
redir_sequence.point = (rp[0] - pos[0], rp[1] - pos[1])
return redir_sequence
class AutoShow(object):
"""
Auto-show and hide Onboard.
"""
# Delay from the last focus event until the keyboard is shown/hidden.
# Raise it to reduce unnecessary transitions (flickering).
# Lower it for more immediate reactions.
SHOW_REACTION_TIME = 0.0
HIDE_REACTION_TIME = 0.3
_lock_visible = False
_frozen = False
_keyboard_widget = None
_state_tracker = AtspiStateTracker()
def __init__(self, keyboard_widget):
self._keyboard_widget = keyboard_widget
self._auto_show_timer = Timer()
self._thaw_timer = Timer()
self._active_accessible = None
def cleanup(self):
self._auto_show_timer.stop()
self._thaw_timer.stop()
def enable(self, enable):
if enable:
self._state_tracker.connect("text-entry-activated",
self._on_text_entry_activated)
self._state_tracker.connect("text-caret-moved",
self._on_text_caret_moved)
else:
self._state_tracker.disconnect("text-entry-activated",
self._on_text_entry_activated)
self._state_tracker.disconnect("text-caret-moved",
self._on_text_caret_moved)
if enable:
self._lock_visible = False
self._frozen = False
def is_frozen(self):
return self._frozen
def freeze(self, thaw_time=None):
"""
Stop showing and hiding the keyboard window.
thaw_time in seconds, None to freeze forever.
"""
self._frozen = True
self._thaw_timer.stop()
if not thaw_time is None:
self._thaw_timer.start(thaw_time, self._on_thaw)
# Discard pending hide/show actions.
self._auto_show_timer.stop()
def thaw(self, thaw_time=None):
"""
Allow hiding and showing the keyboard window again.
thaw_time in seconds, None to thaw immediately.
"""
self._thaw_timer.stop()
if thaw_time is None:
self._thaw()
else:
self._thaw_timer.start(thaw_time, self._on_thaw)
def _on_thaw(self):
self._thaw_timer.stop()
self._frozen = False
return False
def lock_visible(self, lock, thaw_time=1.0):
"""
Lock window permanetly visible in response to the user showing it.
Optionally freeze hiding/showing for a limited time.
"""
# Permanently lock visible.
self._lock_visible = lock
# Temporarily stop showing/hiding.
if thaw_time:
self.freeze(thaw_time)
# Leave the window in its current state,
# discard pending hide/show actions.
self._auto_show_timer.stop()
# Stop pending auto-repositioning
if lock:
window = self._keyboard_widget.get_kbd_window()
if window:
window.stop_auto_position()
def _on_text_caret_moved(self, event):
"""
Show the keyboard on click of an already focused text entry
(LP: 1078602). Do this only for single line text entries to
still allow clicking longer documents without having onboard show up.
"""
if config.auto_show.enabled and \
not self._keyboard_widget.is_visible():
accessible = self._active_accessible
if accessible:
if self._state_tracker.is_single_line():
self._on_text_entry_activated(accessible)
def _on_text_entry_activated(self, accessible):
window = self._keyboard_widget.get_kbd_window()
self._active_accessible = accessible
active = bool(accessible)
# show/hide the keyboard window
if not active is None:
# Always allow to show the window even when locked.
# Mitigates right click on unity-2d launcher hiding
# onboard before _lock_visible is set (Precise).
if self._lock_visible:
active = True
if not self.is_frozen():
self.show_keyboard(active)
# The active accessible changed, stop trying to
# track the position of the previous one.
# -> less erratic movement during quick focus changes
if window:
window.stop_auto_position()
# reposition the keyboard window
if active and \
not accessible is None and \
not self._lock_visible and \
not self.is_frozen():
if window:
window.auto_position()
def show_keyboard(self, show):
""" Begin AUTO_SHOW or AUTO_HIDE transition """
# Don't act on each and every focus message. Delay the start
# of the transition slightly so that only the last of a bunch of
# focus messages is acted on.
delay = self.SHOW_REACTION_TIME if show else \
self.HIDE_REACTION_TIME
self._auto_show_timer.start(delay, self._begin_transition, show)
def _begin_transition(self, show):
self._keyboard_widget.transition_visible_to(show)
self._keyboard_widget.commit_transition()
return False
def get_repositioned_window_rect(self,
home,
limit_rects,
test_clearance,
move_clearance,
horizontal=True,
vertical=True):
"""
Get the alternative window rect suggested by auto-show or None if
no repositioning is required.
"""
accessible = self._active_accessible
if accessible:
rect = self._state_tracker.get_accessible_extents(accessible)
if not rect.is_empty() and \
not self._lock_visible:
return self._get_window_rect_for_accessible_rect( \
home, rect, limit_rects,
test_clearance, move_clearance,
horizontal, vertical)
return None
def _get_window_rect_for_accessible_rect(self,
home,
rect,
limit_rects,
test_clearance,
move_clearance,
horizontal=True,
vertical=True):
"""
Find new window position based on the screen rect of the accessible.
"""
mode = "nooverlap"
x = y = None
if mode == "closest":
x, y = rect.left(), rect.bottom()
if mode == "nooverlap":
x, y = self._find_non_occluding_position(home, rect, limit_rects,
test_clearance,
move_clearance,
horizontal, vertical)
if not x is None:
return Rect(x, y, home.w, home.h)
else:
return None
def _find_non_occluding_position(self,
home,
acc_rect,
limit_rects,
test_clearance,
move_clearance,
horizontal=True,
vertical=True):
# The home_rect doesn't include window decoration,
# make sure to add decoration for correct clearance.
rh = home.copy()
window = self._keyboard_widget.get_kbd_window()
if window:
offset = window.get_client_offset()
rh.w += offset[0]
rh.h += offset[1]
# Leave some clearance around the accessible to account for
# window frames and position errors of firefox entries.
ra = acc_rect.apply_border(*test_clearance)
if rh.intersects(ra):
# Leave a different clearance for the new to be found positions.
ra = acc_rect.apply_border(*move_clearance)
x, y = rh.get_position()
# candidate positions
vp = []
if horizontal:
vp.append([ra.left() - rh.w, y])
vp.append([ra.right(), y])
if vertical:
vp.append([x, ra.top() - rh.h])
vp.append([x, ra.bottom()])
# limited, non-intersecting candidate rectangles
vr = []
for p in vp:
pl = self._keyboard_widget.limit_position(
p[0], p[1], self._keyboard_widget.canvas_rect, limit_rects)
r = Rect(pl[0], pl[1], rh.w, rh.h)
if not r.intersects(ra):
vr.append(r)
# candidate with smallest center-to-center distance wins
chx, chy = rh.get_center()
dmin = None
rmin = None
for r in vr:
cx, cy = r.get_center()
dx, dy = cx - chx, cy - chy
d2 = dx * dx + dy * dy
if dmin is None or dmin > d2:
dmin = d2
rmin = r
if not rmin is None:
return rmin.get_position()
return None, None
class KbdWindow(KbdWindowBase, WindowRectTracker, Gtk.Window):
# Minimum window size (for resizing in system mode, see handle_motion())
MINIMUM_SIZE = 20
home_rect = None
def __init__(self, keyboard_widget, icp):
self._last_ignore_configure_time = None
self._last_configures = []
self._was_visible = False
Gtk.Window.__init__(self,
urgency_hint = False,
width_request=self.MINIMUM_SIZE,
height_request=self.MINIMUM_SIZE)
KbdWindowBase.__init__(self, keyboard_widget, icp)
WindowRectTracker.__init__(self)
GObject.signal_new("quit-onboard", KbdWindow,
GObject.SIGNAL_RUN_LAST,
GObject.TYPE_BOOLEAN, ())
self._auto_position_poll_timer = Timer()
self.restore_window_rect(startup = True)
self.connect("map", self._on_map_event)
self.connect("unmap", self._on_unmap_event)
self.connect("delete-event", self._on_delete_event)
self.connect("configure-event", self._on_configure_event)
# Connect_after seems broken in Quantal, the callback is never called.
#self.connect_after("configure-event", self._on_configure_event_after)
self._osk_util.connect_root_property_notify(["_NET_WORKAREA",
"_NET_CURRENT_DESKTOP"],
self._on_root_property_notify)
once = CallOnce(100).enqueue # call at most once per 100ms
rect_changed = lambda x: once(self._on_config_rect_changed)
config.window.position_notify_add(rect_changed)
config.window.size_notify_add(rect_changed)
dock_size_changed = lambda x: once(self._on_config_dock_size_changed)
config.window.dock_size_notify_add(dock_size_changed)
def cleanup(self):
WindowRectTracker.cleanup(self)
KbdWindowBase.cleanup(self)
if self.icp:
self.icp.cleanup()
self.icp.destroy()
self.icp = None
def _on_root_property_notify(self, property):
""" Fixme: Exceptions get lost in here."""
if property == "_NET_WORKAREA":
if config.is_docking_enabled() and \
not config.xid_mode:
mon = self.get_docking_monitor()
new_area = self.get_monitor_workarea()
area = self._monitor_workarea.get(0)
if area:
# Only check for x changes, y is too dangerous for now,
# too easy to get the timing wrong and end up with double docks.
if area.x != new_area.x or \
area.w != new_area.w:
area.x = new_area.x
area.w = new_area.w
_logger.info("workarea changed to {}, "
"using {} for docking." \
.format(str(new_area), str(area)))
self.update_docking()
elif property == "_NET_CURRENT_DESKTOP":
# OpenBox: Make sure to move the keyboard to the new desktop
# on the next occasion.
# Unity: Never reached (Raring), _NET_CURRENT_DESKTOP isn't
# set when switching desktops there. However we do get a
# configure event, so the transitioning code moves the
# window and it is brought to the current desktop anyway.
self._desktop_switch_count += 1
def _on_map_event(self, user_data):
pass
def _on_unmap_event(self, user_data):
# Turn off struts in case this unmap is in response to
# changes in window options, force-to-top in particular.
if config.is_docking_enabled():
self.clear_struts()
# untity starts onboard before the desktops
# workarea has settled, reset it here on hiding,
# as we know our struts are gone from this point.
self.reset_monitor_workarea()
def on_visibility_changed(self, visible):
if not self._visible and visible and \
not config.is_docking_enabled() and \
not config.xid_mode:
rect = self.get_current_rect()
if not rect is None: # shouldn't happen, fix this
self.move_resize(*rect) # sync position
KbdWindowBase.on_visibility_changed(self, visible)
def _on_config_rect_changed(self):
""" Gsettings position or size changed """
if not config.xid_mode and \
not config.is_docking_enabled():
orientation = self.get_screen_orientation()
rect = self.read_window_rect(orientation)
# Only apply the new rect if it isn't the one we just wrote to
# gsettings. Someone has to have manually changed the values
# in gsettings to allow moving the window.
rects = list(self._written_window_rects.values())
if not any(rect == r for r in rects):
self.restore_window_rect()
def _on_config_dock_size_changed(self):
""" Gsettings size changed """
if not config.xid_mode and \
config.is_docking_enabled():
size = self.get_dock_size()
# Only apply the new rect if it isn't the one we just wrote to
# gsettings. Someone has to have manually changed the values
# in gsettings to allow moving the window.
sizes = list(self._written_dock_sizes.values())
if not any(size == sz for sz in sizes):
self.restore_window_rect()
def on_user_positioning_begin(self):
self.stop_save_position_timer()
self.stop_auto_position()
self.keyboard_widget.freeze_auto_show()
def on_user_positioning_done(self):
self.update_window_rect()
#self.detect_docking()
if config.is_docking_enabled():
self.write_docking_size(self.get_screen_orientation(),
self.get_size())
self.update_docking()
else:
self.update_home_rect()
# Thaw auto show after a short delay to stop the window
# from hiding due to spurios focus events after a system resize.
self.keyboard_widget.thaw_auto_show(1.0)
def detect_docking(self):
if self.keyboard_widget.was_moving():
config.window.docking_enabled = False
def _on_configure_event(self, widget, event):
self.update_window_rect()
if not config.is_docking_enabled():
# Connect_after seems broken in Quantal, but we still need to
# get in after the default configure handler is done. Try to run
# _on_configure_event_after in an idle handler instead.
GLib.idle_add(self._on_configure_event_after, widget, event.copy())
def _on_configure_event_after(self, widget, event):
"""
Run this after KeyboardWidget's configure handler.
After resizing Keyboard.update_layout() has to be called before
limit_position() or the window jumps when it was close
to the opposite screen edge of the resize handle.
"""
# Configure event due to user positioning?
result = self._filter_configure_event(self._window_rect)
if result == 0:
self.update_home_rect()
def _filter_configure_event(self, rect):
"""
Returns 0 for detected user positioning/sizing.
Multiple defenses against false positives, i.e.
window movement by autoshow, screen rotation, whathaveyou.
"""
# There is no user positioning in xembed mode.
if config.xid_mode:
return -1
# There is no system provided way to move/resize in
# force-to-top mode. Solely rely on on_user_positioning_done().
if config.is_force_to_top():
return -2
# There is no user positioning for invisible windows.
if not self.is_visible():
return -3
# There is no user positioning for iconified windows.
if self.is_iconified():
return -4
# There is no user positioning for maximized windows.
if self.is_maximized():
return -5
# Remember past n configure events.
now = time.time()
max_events = 4
self._last_configures = self._last_configures[-(max_events - 1):]
# Same rect as before?
if len(self._last_configures) and \
self._last_configures[-1][0] == rect:
return 1
self._last_configures.append([rect, now])
# Only just started?
if len(self._last_configures) < max_events:
return 2
# Did we just move the window by auto-show?
if not self._last_ignore_configure_time is None and \
time.time() - self._last_ignore_configure_time < 0.5:
return 3
# Is the new window rect one of our known ones?
if self.is_known_rect(self._window_rect):
return 4
# Dragging the decorated frame doesn't produce continous
# configure-events anymore as in Oneriric (Precise).
# Disable all affected checks based on this.
# The home rect will probably get lost occasionally.
if not config.has_window_decoration():
# Less than n configure events in the last x seconds?
first = self._last_configures[0]
intervall = now - first[1]
if intervall > 1.0:
return 5
# Is there a jump > threshold in past positions?
r0 = self._last_configures[-1][0]
r1 = self._last_configures[-2][0]
dx = r1.x - r0.x
dy = r1.y - r0.y
d2 = dx * dx + dy * dy
if d2 > 50**2:
self._last_configures = [] # restart
return 6
return 0
def ignore_configure_events(self):
self._last_ignore_configure_time = time.time()
def remember_rect(self, rect):
"""
Remember the last 3 rectangles of auto-show repositioning.
Time and order of configure events is somewhat unpredictable,
so don't rely only on a single remembered rect.
"""
self._known_window_rects = self._known_window_rects[-3:]
self._known_window_rects.append(rect)
# Remembering the rects doesn't help if respositioning outside
# of the work area in compiz with force-to-top mode disabled.
# WM corrects window positions to fit into the viewable area.
# -> add timing based block
self.ignore_configure_events()
def get_known_rects(self):
"""
Return all rects that may have resulted from internal
window moves, not from user controlled drag operations.
"""
rects = list(self._known_window_rects)
co = config.window.landscape
rects.append(Rect(co.x, co.y, co.width, co.height))
co = config.window.portrait
rects.append(Rect(co.x, co.y, co.width, co.height))
rects.append(self.home_rect)
return rects
def is_known_rect(self, rect):
"""
The home rect should be updated in response to user positiong/resizing.
However we are unable to detect the end of window movement/resizing
when window decoration is enabled. Instead we check if the current
window rect is different from the ones auto-show knows and assume
the user has changed it in this case.
"""
return any(rect == r for r in self.get_known_rects())
def move_home_rect_into_view(self):
"""
Make sure the home rect is valid, move it if necessary.
This function may be called even if the window is invisible.
"""
rect = self._window_rect.copy()
x, y = rect.x, rect.y
_x, _y = self.keyboard_widget.limit_position(x, y)
if _x != x or _y != y:
self.update_home_rect()
def update_home_rect(self):
if config.is_docking_enabled():
return
# update home rect
rect = self._window_rect.copy()
# Make sure the move button stays visible
if self.can_move_into_view():
rect.x, rect.y = self.keyboard_widget.limit_position(rect.x, rect.y)
self.home_rect = rect.copy()
self.start_save_position_timer()
# Make transitions aware of the new position,
# undoubtedly reached by user positioning.
# Else, window snaps back to the last transition position.
self.keyboard_widget.sync_transition_position(rect)
def get_home_rect(self):
"""
Get the un-repositioned rect, the one auto-show falls back to
when there is nowhere else to move.
"""
if config.is_docking_enabled():
rect = self.get_dock_rect()
else:
rect = self.home_rect
return rect
def get_visible_rect(self):
"""
Returns the rect of the visible window rect with auto-show
repositioning taken into account.
"""
home_rect = self.get_home_rect() # aware of docking
rect = home_rect
if config.is_auto_show_enabled():
r = self.get_repositioned_window_rect(home_rect)
if not r is None:
rect = r
return rect
def auto_position(self):
self.update_position()
# With docking enabled, when focusing the search entry of a
# maximized firefox window, it changes position when the work
# area shrinks and ends up below Onboard.
# -> periodically update the window position for a little while,
# this way slow systems can catch up too eventually (Nexus 7).
self._poll_auto_position_start_time = time.time()
start_delay = 0.1
self._auto_position_poll_timer.start(start_delay,
self._on_auto_position_poll,
start_delay)
def _on_auto_position_poll(self, delay):
self.update_position()
# start another timer for progressively longer intervals
delay = min(delay * 2.0, 1.0)
if time.time() + delay < self._poll_auto_position_start_time + 3.0:
self._auto_position_poll_timer.start(delay,
self._on_auto_position_poll,
delay)
return True
else:
return False
def stop_auto_position(self):
self._auto_position_poll_timer.stop()
def update_position(self):
home_rect = self.get_home_rect()
rect = self.get_repositioned_window_rect(home_rect)
if rect is None:
# move back home
rect = home_rect
if self.get_position() != rect.get_position():
self.keyboard_widget.transition_position_to(rect.x, rect.y)
self.keyboard_widget.commit_transition()
def get_repositioned_window_rect(self, home_rect):
clearance = config.auto_show.widget_clearance
test_clearance = clearance
move_clearance = clearance
limit_rects = None # None: all monitors
# No test clearance when docking. Make it harder to jump
# out of the dock, for example for the bottom search box
# in maximized firefox.
if config.is_docking_enabled():
test_clearance = (clearance[0], 0, clearance[2], 0)
# limit the horizontal freedom to the docking monitor
area, geom = self.get_docking_monitor_rects()
limit_rects = [area]
horizontal, vertical = self.get_repositioning_constraints()
return self.keyboard_widget.auto_show.get_repositioned_window_rect( \
home_rect, limit_rects,
test_clearance, move_clearance,
horizontal, vertical)
def reposition(self, x, y):
"""
Move the window from a transition, not meant for user positioning.
"""
# remember rects to distimguish from user move/resize
w, h = self.get_size()
self.remember_rect(Rect(x, y, w, h))
self.move(x, y)
def get_repositioning_constraints(self):
"""
Return allowed respositioning directions for auto-show.
"""
if config.is_docking_enabled() and \
self.get_dock_expand():
return False, True
else:
return True, True
def get_hidden_rect(self):
"""
Returns the rect of the hidden window rect with auto-show
repositioning taken into account.
"""
if config.is_docking_enabled():
return self.get_docking_hideout_rect()
return self.get_visible_rect()
def get_current_rect(self):
"""
Returns the window rect with auto-show
repositioning taken into account.
"""
if self.is_visible():
rect = self.get_visible_rect()
else:
rect = self.get_hidden_rect()
return rect
def on_restore_window_rect(self, rect):
"""
Overload for WindowRectTracker.
"""
if not config.is_docking_enabled():
self.home_rect = rect.copy()
# check for alternative auto-show position
r = self.get_current_rect()
if r != rect:
# remember our rects to distinguish from user move/resize
self.remember_rect(r)
rect = r
self.keyboard_widget.sync_transition_position(rect)
return rect
def on_save_window_rect(self, rect):
"""
Overload for WindowRectTracker.
"""
# Ignore <rect> (self._window_rect), it may just be a temporary one
# set by auto-show. Save the user selected home_rect instead.
return self.home_rect
def read_window_rect(self, orientation):
"""
Read orientation dependent rect.
Overload for WindowRectTracker.
"""
if orientation == Orientation.LANDSCAPE:
co = config.window.landscape
else:
co = config.window.portrait
rect = Rect(co.x, co.y, co.width, co.height)
return rect
def write_window_rect(self, orientation, rect):
"""
Write orientation dependent rect.
Overload for WindowRectTracker.
"""
# There are separate rects for normal and rotated screen (tablets).
if orientation == Orientation.LANDSCAPE:
co = config.window.landscape
else:
co = config.window.portrait
# remember that we wrote this rect to gsettings
self._written_window_rects[orientation] = rect.copy()
# write to gsettings and trigger notifications
co.settings.delay()
co.x, co.y, co.width, co.height = rect
co.settings.apply()
def write_docking_size(self, orientation, size):
co = self.get_orientation_config_object()
expand = self.get_dock_expand()
# remember that we wrote this rect to gsettings
self._written_dock_sizes[orientation] = tuple(size)
# write to gsettings and trigger notifications
co.settings.delay()
if not expand:
co.dock_width = size[0]
co.dock_height = size[1]
co.settings.apply()
def get_orientation_config_object(self):
orientation = self.get_screen_orientation()
if orientation == Orientation.LANDSCAPE:
co = config.window.landscape
else:
co = config.window.portrait
return co
def on_transition_done(self, visible_before, visible_now):
if visible_now:
self.assure_on_current_desktop()
self.update_docking()
def on_screen_size_changed(self, screen):
""" Screen rotation, etc. """
if config.is_docking_enabled():
# Can't correctly position the window while struts are active
# -> turn them off for a moment
self.clear_struts()
# Attempt to hide the keyboard now. This won't work that well
# as the system doesn't refresh the screen anymore until
# after the rotation.
self._was_visible = self.is_visible()
self._screen_resizing = True
keyboard_widget = self.keyboard_widget
if keyboard_widget:
keyboard_widget.transition_visible_to(False, 0.0)
keyboard_widget.commit_transition()
WindowRectTracker.on_screen_size_changed(self, screen)
def on_screen_size_changed_delayed(self, screen):
if config.is_docking_enabled():
self._screen_resizing = False
self.reset_monitor_workarea()
# The keyboard size may have changed, draw with the new size now,
# while it's still in the hideout, so we don't have to watch.
self.restore_window_rect()
self.keyboard_widget.process_updates()
keyboard_widget = self.keyboard_widget
if keyboard_widget and self._was_visible:
keyboard_widget.transition_visible_to(True, 0.0, 0.4)
keyboard_widget.commit_transition()
else:
self.restore_window_rect()
def limit_size(self, rect):
"""
Limits the given window rect to fit on screen.
"""
if self.keyboard_widget:
return self.keyboard_widget.limit_size(rect)
return rect
def _emit_quit_onboard(self, event, data=None):
self.emit("quit-onboard")
def _on_delete_event(self, event, data=None):
if config.lockdown.disable_quit:
if self.keyboard_widget:
return True
else:
self._emit_quit_onboard(event)
def on_docking_notify(self):
self.update_docking()
self.keyboard_widget.update_resize_handles()
def update_docking(self, force_update = False):
enable = config.is_docking_enabled()
if enable:
rect = self.get_dock_rect()
else:
rect = Rect()
shrink = config.window.docking_shrink_workarea
edge = config.window.docking_edge
expand = self.get_dock_expand()
if self._docking_enabled != enable or \
(self._docking_enabled and \
(self._docking_rect != rect or \
self._shrink_work_area != shrink or \
self._dock_expand != expand or \
bool(self._current_struts) != shrink)
):
self.enable_docking(enable)
self._shrink_work_area = shrink
self._dock_expand = expand
self._docking_edge = edge
self._docking_enabled = enable
self._docking_rect = rect
def enable_docking(self, enable):
if enable:
self._set_docking_struts(config.window.docking_shrink_workarea,
config.window.docking_edge,
self.get_dock_expand())
self.restore_window_rect() # knows about docking
else:
self.restore_window_rect()
self.clear_struts()
def clear_struts(self):
self._set_docking_struts(False)
def _set_docking_struts(self, enable, edge = None, expand = True):
if not self.get_realized():
# no window, no xid
return
win = self.get_window()
xid = win.get_xid() # requires GdkX11 import
if not enable:
self._apply_struts(xid, None)
return
area, geom = self.get_docking_monitor_rects()
root = self.get_rootwin_rect()
rect = self.get_dock_rect()
top_start_x = top_end_x = 0
bottom_start_x = bottom_end_x = 0
#print("geom", geom, "area", area, "rect", rect)
if edge: # Bottom
top = 0
bottom = geom.h - area.bottom() + rect.h
#bottom = root.h - area.bottom() + rect.h
bottom_start_x = rect.left()
bottom_end_x = rect.right()
else: # Top
top = area.top() + rect.h
bottom = 0
top_start_x = rect.left()
top_end_x = rect.right()
struts = [0, 0, top, bottom, 0, 0, 0, 0,
top_start_x, top_end_x, bottom_start_x, bottom_end_x]
self._apply_struts(xid, struts)
def _apply_struts(self, xid, struts = None):
if self._current_struts != struts:
if struts is None:
self._osk_struts.clear(xid)
else:
self._osk_struts.set(xid, struts)
self._current_struts = struts
def get_dock_size(self):
co = self.get_orientation_config_object()
return co.dock_width, co.dock_height
def get_dock_expand(self):
co = self.get_orientation_config_object()
return co.dock_expand
def get_dock_rect(self):
area, geom = self.get_docking_monitor_rects()
edge = config.window.docking_edge
width, height = self.get_dock_size()
rect = Rect(area.x, 0, area.w, height)
if edge: # Bottom
rect.y = area.y + area.h - height
else: # Top
rect.y = area.y
expand = self.get_dock_expand()
if expand:
rect.w = area.w
rect.x = area.x
else:
rect.w = min(width, area.w)
rect.x = rect.x + (area.w - rect.w) // 2
return rect
def get_docking_hideout_rect(self, reference_rect = None):
""" Where the keyboard goes to hide when it slides off-screen. """
area, geom = self.get_docking_monitor_rects()
rect = self.get_dock_rect()
hideout = rect
mcx, mcy = geom.get_center()
if reference_rect:
cx, cy = reference_rect.get_center()
else:
cx, cy = rect.get_center()
clearance = 10
if cy > mcy:
hideout.y = geom.bottom() + clearance # below Bottom
else:
hideout.y = geom.top() - rect.h - clearance # above Top
return hideout
def get_docking_monitor_rects(self):
screen = self.get_screen()
mon = self.get_docking_monitor()
area = self._monitor_workarea.get(mon)
if area is None:
area = self.update_monitor_workarea()
geom = screen.get_monitor_geometry(mon)
geom = Rect(geom.x, geom.y, geom.width, geom.height)
return area, geom
def get_docking_monitor(self):
screen = self.get_screen()
return screen.get_primary_monitor()
def reset_monitor_workarea(self):
self._monitor_workarea = {}
def update_monitor_workarea(self):
"""
Save the workarea, so we don't have to
check all the time if our strut is already installed.
"""
mon = self.get_docking_monitor()
area = self.get_monitor_workarea()
self._monitor_workarea[mon] = area
return area
def get_monitor_workarea(self):
screen = self.get_screen()
mon = self.get_docking_monitor()
area = screen.get_monitor_workarea(mon)
area = Rect(area.x, area.y, area.width, area.height)
return area
@staticmethod
def get_rootwin_rect():
rootwin = Gdk.get_default_root_window()
return Rect.from_position_size(rootwin.get_position(),
(rootwin.get_width(), rootwin.get_height()))
def is_override_redirect_mode(self):
return config.is_force_to_top() and \
self._wm_quirks.can_set_override_redirect(self)
def assure_on_current_desktop(self):
"""
Make sure the window is visible in the current desktop in OpenBox and
perhaps other WMs, except Compiz/Unity. Dbus Show() then makes Onboard
appear after switching desktop (LP: 1092166, Raring).
"""
if self._moved_desktop_switch_count != self._desktop_switch_count:
win = self.get_window()
if win:
win.move_to_current_desktop()
self._moved_desktop_switch_count = self._desktop_switch_count