def __init__(self, share_id, tab_name, label):
self.id = u"sharing-%s-%s" % (share_id, tab_name)
self.share_id = share_id
self.name = label
self.type = u'sharing-fake-playlist'
self.icon = widgetutil.make_surface("icon-%s" % tab_name)
self.active_icon = widgetutil.make_surface("icon-%s_active" % tab_name)
def __init__(self, share_id, tab_name, label):
self.id = u"sharing-%s-%s" % (share_id, tab_name)
self.share_id = share_id
self.name = label
self.type = u'sharing-fake-playlist'
self.icon = widgetutil.make_surface("icon-%s" % tab_name)
self.active_icon = widgetutil.make_surface("icon-%s_active" % tab_name)
def __init__(self):
widgetset.CustomSlider.__init__(self)
self.set_can_focus(False)
self.set_range(0.0, MAX_VOLUME)
self.set_increments(0.05, 0.20)
self.track = widgetutil.make_surface('volume_track')
self.knob = widgetutil.make_surface('volume_knob')
def __init__(self):
widgetset.CustomSlider.__init__(self)
self.set_can_focus(False)
self.set_range(0.0, MAX_VOLUME)
self.set_increments(0.05, 0.20)
self.track = widgetutil.make_surface('volume_track')
self.knob = widgetutil.make_surface('volume_knob')
def _set_from_info(self, guide_info):
if guide_info is None:
return
# XXX This code is a bit ugly, because we want to use pretty defaults for
# the Miro Guide, but still allow themes to override
if guide_info.default and guide_info.url in _guide_url_to_title_map:
self.name = _guide_url_to_title_map[guide_info.url]
else:
self.name = guide_info.name
if guide_info.default and guide_info.url in _guide_url_to_icon_map:
# one of our default guides
self.icon_name = _guide_url_to_icon_map[guide_info.url]
self.icon = widgetutil.make_surface(self.icon_name)
elif guide_info.faviconIsDefault:
# theme guide that should use default favicon
self.icon = widgetutil.make_surface(self.icon_name)
else:
# theme guide with a favicon
surface = imagepool.get_surface(guide_info.favicon)
if surface.width != 23 or surface.height != 23:
self.icon = imagepool.get_surface(guide_info.favicon,
size=(23, 23))
else:
self.icon = surface
def __init__(self, tab_class, name, icon_name):
# "type" is overused, so tab_class refers to the type class
# attribute of the tab. e.g. "connect", "feed", ...
self.tab_class = tab_class
self.name = name
self.id = u'%s-base-tab' % tab_class
self.icon_name = icon_name
self.thumbnail = resources.path('images/%s.png' % icon_name)
self.icon = widgetutil.make_surface(self.icon_name)
self.active_icon = widgetutil.make_surface(self.icon_name + '_active')
def __init__(self, tab_class, name, icon_name):
# "type" is overused, so tab_class refers to the type class
# attribute of the tab. e.g. "connect", "feed", ...
self.tab_class = tab_class
self.name = name
self.id = u'%s-base-tab' % tab_class
self.icon_name = icon_name
self.thumbnail = resources.path('images/%s.png' % icon_name)
self.icon = widgetutil.make_surface(self.icon_name)
self.active_icon = widgetutil.make_surface(self.icon_name + '_active')
def _set_from_info(self, guide_info):
if guide_info is None:
return
# XXX This code is a bit ugly, because we want to use pretty defaults for
# the Miro Guide, but still allow themes to override
if guide_info.default and guide_info.url in _guide_url_to_title_map:
self.name = _guide_url_to_title_map[guide_info.url]
else:
self.name = guide_info.name
if guide_info.default and guide_info.url in _guide_url_to_icon_map:
# one of our default guides
icon_name = _guide_url_to_icon_map[guide_info.url]
if icon_name != self.icon_name:
self.icon_name = _guide_url_to_icon_map[guide_info.url]
self.icon = widgetutil.make_surface(self.icon_name)
del self.active_icon
elif guide_info.faviconIsDefault:
# theme guide that should use default favicon
pass
else:
# theme guide with a favicon
surface = imagepool.get_surface(guide_info.favicon)
if surface.width != 23 or surface.height != 23:
self.icon = imagepool.get_surface(guide_info.favicon,
size=(23, 23))
else:
self.icon = surface
del self.active_icon
def __init__(self):
widgetset.CustomSlider.__init__(self)
self.set_can_focus(False)
self.background_surface = widgetutil.ThreeImageSurface('playback_track')
self.progress_surface = widgetutil.ThreeImageSurface('playback_track_progress')
self.progress_cursor = widgetutil.make_surface('playback_cursor')
self.background_surface_inactive = widgetutil.ThreeImageSurface('playback_track_inactive')
self.progress_surface_inactive = widgetutil.ThreeImageSurface('playback_track_progress_inactive')
self.progress_cursor_inactive = widgetutil.make_surface('playback_cursor_inactive')
app.playback_manager.connect('playback-did-progress', self.handle_progress)
app.playback_manager.connect('selecting-file', self.handle_selecting)
app.playback_manager.connect('will-play', self.handle_play)
app.playback_manager.connect('will-stop', self.handle_stop)
self.disable()
self.duration = 0
def __init__(self):
widgetset.CustomSlider.__init__(self)
self.set_can_focus(False)
self.set_range(0.0, 1.0)
self.set_increments(0.05, 0.20)
self.track = widgetutil.ThreeImageSurface('device-slider-track')
self.filled_track = widgetutil.ThreeImageSurface(
'device-slider-filled')
self.knob = widgetutil.make_surface('device-slider-knob')
def __init__(self):
widgetset.CustomSlider.__init__(self)
self.set_can_focus(False)
self.set_range(0.0, 1.0)
self.set_increments(0.05, 0.20)
self.track = widgetutil.ThreeImageSurface('device-slider-track')
self.filled_track = widgetutil.ThreeImageSurface(
'device-slider-filled')
self.knob = widgetutil.make_surface('device-slider-knob')
def __init__(self):
widgetset.CustomSlider.__init__(self)
# progress silders always use the range [0, 1]
self.set_range(0, 1)
self.set_can_focus(False)
self.background_surface = widgetutil.ThreeImageSurface('playback_track')
self.progress_surface = widgetutil.ThreeImageSurface('playback_track_progress')
self.progress_cursor = widgetutil.make_surface('playback_cursor')
self.background_surface_inactive = widgetutil.ThreeImageSurface('playback_track_inactive')
self.progress_surface_inactive = widgetutil.ThreeImageSurface('playback_track_progress_inactive')
self.progress_cursor_inactive = widgetutil.make_surface('playback_cursor_inactive')
app.playback_manager.connect('playback-did-progress', self.handle_progress)
app.playback_manager.connect('selecting-file', self.handle_selecting)
app.playback_manager.connect('will-play', self.handle_play)
app.playback_manager.connect('will-stop', self.handle_stop)
self.disable()
self.playing = False
def __init__(self):
widgetset.CustomSlider.__init__(self)
self.background_surface = widgetutil.ThreeImageSurface("playback_track")
self.progress_surface = widgetutil.ThreeImageSurface("playback_track_progress")
self.progress_cursor = widgetutil.make_surface("playback_cursor")
app.playback_manager.connect("playback-did-progress", self.handle_progress)
app.playback_manager.connect("selecting-file", self.handle_selecting)
app.playback_manager.connect("will-play", self.handle_play)
app.playback_manager.connect("will-stop", self.handle_stop)
self.disable()
self.duration = 0
def pack_bubbles(self, hbox, layout_manager, selected=False):
if getattr(self.data, 'fake', False):
return
self.hbox = None
if self.updating_frame > -1:
return TabRenderer.pack_bubbles(self, hbox, layout_manager)
if getattr(self.data, 'mount', None):
eject_image = widgetutil.make_surface('icon-eject')
hotspot = cellpack.Hotspot('eject-device', eject_image)
alignment = cellpack.Alignment(hotspot, yalign=0.5, yscale=0.0,
xalign=0.0, xscale=0.0,
min_width=20)
hbox.pack(alignment)
self.hbox = hbox
def draw(self, context, _layout):
active = self.active and "active" or "inactive"
left, center, right = "left", "center", "right"
# visually correct images for more than 2 options not implemented
if not self.right_edge:
right = center
if not self.left_edge:
left = center
images = (
widgetutil.make_surface("toggle-button-{active}_{part}".format(active=active, part=part))
for part in (left, center, right)
)
self.surface.set_images(*images)
self.surface.draw(context, 0, 0, context.width)
def pack_bubbles(self, hbox, layout_manager, selected=False):
if self.updating_frame > -1:
image_name = 'icon-updating-%s' % self.updating_frame
updating_image = widgetutil.make_surface(image_name)
alignment = cellpack.Alignment(
updating_image, yalign=0.5,yscale=0.0,
xalign=0.0, xscale=0.0, min_width=20)
hbox.pack(alignment)
elif self.data.unwatched > 0:
self.pack_bubble(hbox, layout_manager, self.data.unwatched,
UNPLAYED_COLOR, selected=selected)
if self.data.downloading > 0:
self.pack_bubble(hbox, layout_manager, self.data.downloading,
DOWNLOADING_COLOR, selected=selected)
def draw(self, context, _layout):
active = self.active and 'active' or 'inactive'
left, center, right = 'left', 'center', 'right'
# visually correct images for more than 2 options not implemented
if not self.right_edge:
right = center
if not self.left_edge:
left = center
images = (
widgetutil.make_surface('toggle-button-{active}_{part}'.format(
active=active,
part=part,
)) for part in (left, center, right))
self.surface.set_images(*images)
self.surface.draw(context, 0, 0, context.width)
def draw(self, context, _layout):
active = self.active and 'active' or 'inactive'
left, center, right = 'left', 'center', 'right'
# visually correct images for more than 2 options not implemented
if not self.right_edge:
right = center
if not self.left_edge:
left = center
images = (widgetutil.make_surface(
'toggle-button-{active}_{part}'.format(
active=active,
part=part,
)) for part in (left, center, right))
self.surface.set_images(*images)
self.surface.draw(context, 0, 0, context.width)
def pack_bubbles(self, hbox, layout_manager, selected=False):
if getattr(self.data, 'fake', False):
return
self.hbox = None
if self.updating_frame > -1:
return TabRenderer.pack_bubbles(self, hbox, layout_manager)
if getattr(self.data, 'mount', None):
eject_image = widgetutil.make_surface('icon-eject')
hotspot = cellpack.Hotspot('eject-device', eject_image)
alignment = cellpack.Alignment(hotspot,
yalign=0.5,
yscale=0.0,
xalign=0.0,
xscale=0.0,
min_width=20)
hbox.pack(alignment)
self.hbox = hbox
def pack_bubbles(self, hbox, layout_manager, selected=False):
if self.updating_frame > -1:
image_name = 'icon-updating-%s' % self.updating_frame
updating_image = widgetutil.make_surface(image_name)
alignment = cellpack.Alignment(updating_image,
yalign=0.5,
yscale=0.0,
xalign=0.0,
xscale=0.0,
min_width=20)
hbox.pack(alignment)
elif self.data.unwatched > 0:
self.pack_bubble(hbox,
layout_manager,
self.data.unwatched,
UNPLAYED_COLOR,
selected=selected)
if self.data.downloading > 0:
self.pack_bubble(hbox,
layout_manager,
self.data.downloading,
DOWNLOADING_COLOR,
selected=selected)
def __init__(self):
widgetset.CustomSlider.__init__(self)
self.set_range(0.0, MAX_VOLUME)
self.set_increments(0.05, 0.20)
self.track = widgetutil.make_surface("volume_track")
self.knob = widgetutil.make_surface("volume_knob")
def __init__(self):
self.unwatched = self.downloading = 0
self.icon = widgetutil.make_surface(self.icon_name)
self.active_icon = widgetutil.make_surface(self.icon_name + '_active')
def __init__(self):
self.unwatched = self.downloading = 0
self.icon = widgetutil.make_surface(self.icon_name)
