sugar-toolkit-gtk3/shell/view/home/MeshBox.py

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# Copyright (C) 2006-2007 Red Hat, Inc.
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#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
import random
from gettext import gettext as _
import logging
import hippo
import gobject
import gtk
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from sugar.graphics.icon import CanvasIcon
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from sugar.graphics import style
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from sugar.graphics.icon import get_icon_state
from sugar.graphics import style
from sugar.graphics import palette
from sugar.graphics import iconentry
from sugar import profile
from model import accesspointmodel
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from model.devices.network import mesh
from model.devices.network import wireless
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from hardware import hardwaremanager
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from hardware import nmclient
from view.BuddyIcon import BuddyIcon
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from view.pulsingicon import PulsingIcon
from view.home.snowflakelayout import SnowflakeLayout
from view.home.spreadlayout import SpreadLayout
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from hardware.nmclient import NM_802_11_CAP_PROTO_WEP, NM_802_11_CAP_PROTO_WPA, NM_802_11_CAP_PROTO_WPA2
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_ICON_NAME = 'network-wireless'
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class AccessPointView(PulsingIcon):
def __init__(self, model, mesh_device=None):
PulsingIcon.__init__(self, size=style.STANDARD_ICON_SIZE, cache=True)
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self._model = model
self._meshdev = mesh_device
self._disconnect_item = None
self._greyed_out = False
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self.connect('activated', self._activate_cb)
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model.connect('notify::strength', self._strength_changed_cb)
model.connect('notify::name', self._name_changed_cb)
model.connect('notify::state', self._state_changed_cb)
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(stroke, fill) = model.get_nm_network().get_colors()
self._device_stroke = stroke
self._device_fill = fill
self._palette = self._create_palette()
self.set_palette(self._palette)
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self._update_icon()
self._update_name()
self._update_state()
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# Update badge
caps = model.props.capabilities
if model.get_nm_network().is_favorite():
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self.props.badge_name = "emblem-star"
elif (caps & NM_802_11_CAP_PROTO_WEP) or (caps & NM_802_11_CAP_PROTO_WPA) or (caps & NM_802_11_CAP_PROTO_WPA2):
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self.props.badge_name = "emblem-locked"
def _create_palette(self):
p = palette.Palette(self._model.props.name, menu_after_content=True)
if not self._meshdev:
return p
# Only show disconnect when there's a mesh device, because mesh takes
# priority over the normal wireless device. NM doesn't have a "disconnect"
# method for a device either (for various reasons) so this doesn't
# have a good mapping
self._disconnect_item = gtk.MenuItem(_('Disconnect...'))
self._disconnect_item.connect('activate', self._disconnect_activate_cb)
p.menu.append(self._disconnect_item)
if self._model.props.state == accesspointmodel.STATE_CONNECTED:
self._disconnect_item.show()
return p
def _disconnect_activate_cb(self, menuitem):
# Disconnection for an AP means activating the default mesh device
network_manager = hardwaremanager.get_network_manager()
if network_manager and self._meshdev:
network_manager.set_active_device(self._meshdev)
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def _strength_changed_cb(self, model, pspec):
self._update_icon()
def _name_changed_cb(self, model, pspec):
self._update_name()
def _state_changed_cb(self, model, pspec):
self._update_state()
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def _activate_cb(self, icon):
network_manager = hardwaremanager.get_network_manager()
if network_manager:
device = self._model.get_nm_device()
network = self._model.get_nm_network()
network_manager.set_active_device(device, network)
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def _update_name(self):
self._palette.set_primary_text(self._model.props.name)
def _update_icon(self):
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icon_name = get_icon_state(_ICON_NAME, self._model.props.strength)
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if icon_name:
self.props.icon_name = icon_name
def _update_state(self):
if self._model.props.state == accesspointmodel.STATE_CONNECTING:
if self._disconnect_item:
self._disconnect_item.hide()
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self.props.pulse_time = 1.0
self.props.colors = [
[ style.Color(self._device_stroke).get_svg(),
style.Color(self._device_fill).get_svg() ],
[ style.Color(self._device_stroke).get_svg(),
'#e2e2e2' ]
]
elif self._model.props.state == accesspointmodel.STATE_CONNECTED:
if self._disconnect_item:
self._disconnect_item.show()
self.props.pulse_time = 0.0
self.props.colors = [
[ '#ffffff',
style.Color(self._device_fill).get_svg() ],
[ '#ffffff',
style.Color(self._device_fill).get_svg() ]
]
elif self._model.props.state == accesspointmodel.STATE_NOTCONNECTED:
if self._disconnect_item:
self._disconnect_item.hide()
self.props.pulse_time = 0.0
if self._greyed_out:
self.props.colors = [
[ style.COLOR_INACTIVE_STROKE.get_svg(),
style.COLOR_INACTIVE_FILL.get_svg() ]
]
else:
self.props.colors = [
[ style.Color(self._device_stroke).get_svg(),
style.Color(self._device_fill).get_svg() ]
]
def set_filter(self, query):
self._greyed_out = self._model.props.name.lower().find(query) == -1
self._update_state()
_MESH_ICON_NAME = 'network-mesh'
class MeshDeviceView(PulsingIcon):
def __init__(self, nm_device, channel):
if not channel in [1, 6, 11]:
raise ValueError("Invalid channel %d" % channel)
PulsingIcon.__init__(self, size=style.STANDARD_ICON_SIZE,
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icon_name=_MESH_ICON_NAME, cache=True)
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self._nm_device = nm_device
self.channel = channel
self.props.badge_name = "badge-channel-%d" % self.channel
self._disconnect_item = None
self._palette = self._create_palette()
self.set_palette(self._palette)
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mycolor = profile.get_color()
self._device_fill = mycolor.get_fill_color()
self._device_stroke = mycolor.get_stroke_color()
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self.connect('activated', self._activate_cb)
self._nm_device.connect('state-changed', self._state_changed_cb)
self._nm_device.connect('activation-stage-changed', self._state_changed_cb)
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self._update_state()
def _create_palette(self):
p = palette.Palette(_("Mesh Network") + " " + str(self.channel), menu_after_content=True)
self._disconnect_item = gtk.MenuItem(_('Disconnect...'))
self._disconnect_item.connect('activate', self._disconnect_activate_cb)
p.menu.append(self._disconnect_item)
state = self._nm_device.get_state()
chan = wireless.freq_to_channel(self._nm_device.get_frequency())
if state == nmclient.DEVICE_STATE_ACTIVATED and chan == self.channel:
self._disconnect_item.show()
return p
def _disconnect_activate_cb(self, menuitem):
network_manager = hardwaremanager.get_network_manager()
if network_manager:
network_manager.set_active_device(self._nm_device)
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def _activate_cb(self, icon):
network_manager = hardwaremanager.get_network_manager()
if network_manager:
freq = wireless.channel_to_freq(self.channel)
network_manager.set_active_device(self._nm_device, mesh_freq=freq)
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def _state_changed_cb(self, model):
self._update_state()
def _update_state(self):
state = self._nm_device.get_state()
chan = wireless.freq_to_channel(self._nm_device.get_frequency())
if state == nmclient.DEVICE_STATE_ACTIVATING and chan == self.channel:
self._disconnect_item.hide()
self.props.pulse_time = 0.75
self.props.colors = [
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[ style.Color(self._device_stroke).get_svg(),
style.Color(self._device_fill).get_svg() ],
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[ style.Color(self._device_stroke).get_svg(),
'#e2e2e2' ]
]
elif state == nmclient.DEVICE_STATE_ACTIVATED and chan == self.channel:
self._disconnect_item.show()
self.props.pulse_time = 0.0
self.props.colors = [
[ '#ffffff',
style.Color(self._device_fill).get_svg() ],
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[ '#ffffff',
style.Color(self._device_fill).get_svg() ]
]
elif state == nmclient.DEVICE_STATE_INACTIVE or chan != self.channel:
self._disconnect_item.hide()
self.props.pulse_time = 0.0
self.props.colors = [
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[ style.Color(self._device_stroke).get_svg(),
style.Color(self._device_fill).get_svg() ]
]
else:
raise RuntimeError("Shouldn't get here")
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class ActivityView(hippo.CanvasBox):
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def __init__(self, shell, model):
hippo.CanvasBox.__init__(self)
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self._shell = shell
self._model = model
self._icons = {}
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self._layout = SnowflakeLayout()
self.set_layout(self._layout)
self._icon = CanvasIcon(file_name=model.get_icon_name(),
xo_color=model.get_color(), cache=True,
size=style.STANDARD_ICON_SIZE)
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self._icon.connect('activated', self._clicked_cb)
self._icon.set_tooltip(self._model.activity.props.name)
self._layout.add_center(self._icon)
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self._model.activity.connect('notify::name', self._name_changed_cb)
def _name_changed_cb(self, activity, pspec):
self._icon.set_tooltip(activity.props.name)
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def has_buddy_icon(self, key):
return self._icons.has_key(key)
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def add_buddy_icon(self, key, icon):
self._icons[key] = icon
self._layout.add(icon)
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def remove_buddy_icon(self, key):
icon = self._icons[key]
self.remove(icon)
del self._icons[key]
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def _clicked_cb(self, item):
bundle_id = self._model.get_bundle_id()
self._shell.join_activity(bundle_id, self._model.get_id())
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def set_filter(self, query):
if self._model.activity.props.name.lower().find(query) == -1:
self._icon.xo_color = [style.COLOR_INACTIVE_STROKE.get_svg(),
style.COLOR_INACTIVE_FILL.get_svg()]
else:
self._icon.xo_color = self._model.get_color()
_AUTOSEARCH_TIMEOUT = 1000
class MeshToolbar(gtk.Toolbar):
__gtype_name__ = 'MeshToolbar'
__gsignals__ = {
'query-changed': (gobject.SIGNAL_RUN_FIRST,
gobject.TYPE_NONE,
([str]))
}
def __init__(self):
gtk.Toolbar.__init__(self)
self._query = None
self._autosearch_timer = None
self._add_separator()
tool_item = gtk.ToolItem()
tool_item.set_expand(True)
self.insert(tool_item, -1)
tool_item.show()
self._search_entry = iconentry.IconEntry()
self._search_entry.set_icon_from_name(iconentry.ICON_ENTRY_PRIMARY, 'system-search')
self._search_entry.add_clear_button()
self._search_entry.connect('activate', self._entry_activated_cb)
self._search_entry.connect('changed', self._entry_changed_cb)
tool_item.add(self._search_entry)
self._search_entry.show()
self._add_separator()
def _add_separator(self):
separator = gtk.SeparatorToolItem()
separator.set_size_request(style.GRID_CELL_SIZE, style.GRID_CELL_SIZE)
separator.props.draw = False
self.insert(separator, -1)
separator.show()
def _entry_activated_cb(self, entry):
if self._autosearch_timer:
gobject.source_remove(self._autosearch_timer)
new_query = entry.props.text
if self._query != new_query:
self._query = new_query
self.emit('query-changed', self._query)
def _entry_changed_cb(self, entry):
if not entry.props.text:
entry.activate()
return
if self._autosearch_timer:
gobject.source_remove(self._autosearch_timer)
self._autosearch_timer = gobject.timeout_add(_AUTOSEARCH_TIMEOUT,
self._autosearch_timer_cb)
def _autosearch_timer_cb(self):
logging.debug('_autosearch_timer_cb')
self._autosearch_timer = None
self._search_entry.activate()
return False
class MeshBox(hippo.CanvasBox):
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def __init__(self, shell):
hippo.CanvasBox.__init__(self)
self._shell = shell
self._model = shell.get_model().get_mesh()
self._buddies = {}
self._activities = {}
self._access_points = {}
self._mesh = {}
self._buddy_to_activity = {}
self._suspended = True
self._query = ''
self._toolbar = MeshToolbar()
self._toolbar.connect('query-changed', self._toolbar_query_changed_cb)
self.append(hippo.CanvasWidget(widget=self._toolbar))
self._layout_box = hippo.CanvasBox(background_color=0xe2e2e2ff)
self.append(self._layout_box, hippo.PACK_EXPAND)
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self._layout = SpreadLayout()
self._layout_box.set_layout(self._layout)
for buddy_model in self._model.get_buddies():
self._add_alone_buddy(buddy_model)
self._model.connect('buddy-added', self._buddy_added_cb)
self._model.connect('buddy-removed', self._buddy_removed_cb)
self._model.connect('buddy-moved', self._buddy_moved_cb)
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for activity_model in self._model.get_activities():
self._add_activity(activity_model)
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self._model.connect('activity-added', self._activity_added_cb)
self._model.connect('activity-removed', self._activity_removed_cb)
for ap_model in self._model.get_access_points():
self._add_access_point(ap_model)
self._model.connect('access-point-added',
self._access_point_added_cb)
self._model.connect('access-point-removed',
self._access_point_removed_cb)
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if self._model.get_mesh():
self._mesh_added_cb(self._model, self._model.get_mesh())
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self._model.connect('mesh-added',
self._mesh_added_cb)
self._model.connect('mesh-removed',
self._mesh_removed_cb)
def _mesh_added_cb(self, model, meshdev):
self._add_mesh_icon(meshdev, 1)
self._add_mesh_icon(meshdev, 6)
self._add_mesh_icon(meshdev, 11)
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def _mesh_removed_cb(self, model):
self._remove_mesh_icon(1)
self._remove_mesh_icon(6)
self._remove_mesh_icon(11)
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def _buddy_added_cb(self, model, buddy_model):
self._add_alone_buddy(buddy_model)
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def _buddy_removed_cb(self, model, buddy_model):
self._remove_buddy(buddy_model)
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def _buddy_moved_cb(self, model, buddy_model, activity_model):
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# Owner doesn't move from the center
if buddy_model.is_owner():
return
self._move_buddy(buddy_model, activity_model)
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def _activity_added_cb(self, model, activity_model):
self._add_activity(activity_model)
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def _activity_removed_cb(self, model, activity_model):
self._remove_activity(activity_model)
def _access_point_added_cb(self, model, ap_model):
self._add_access_point(ap_model)
def _access_point_removed_cb(self, model, ap_model):
self._remove_access_point(ap_model)
def _add_mesh_icon(self, meshdev, channel):
if self._mesh.has_key(channel):
self._remove_mesh_icon(channel)
if not meshdev:
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return
self._mesh[channel] = MeshDeviceView(meshdev, channel)
self._layout.add(self._mesh[channel])
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def _remove_mesh_icon(self, channel):
if not self._mesh.has_key(channel):
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return
self._layout.remove(self._mesh[channel])
del self._mesh[channel]
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def _add_alone_buddy(self, buddy_model):
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icon = BuddyIcon(self._shell, buddy_model)
if buddy_model.is_owner():
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vertical_offset = - style.GRID_CELL_SIZE
self._layout.add_center(icon, vertical_offset)
else:
self._layout.add(icon)
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if hasattr(icon, 'set_filter'):
icon.set_filter(self._query)
self._buddies[buddy_model.get_key()] = icon
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def _remove_alone_buddy(self, buddy_model):
icon = self._buddies[buddy_model.get_key()]
self._layout.remove(icon)
del self._buddies[buddy_model.get_key()]
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def _remove_buddy(self, buddy_model):
key = buddy_model.get_key()
if self._buddies.has_key(key):
self._remove_alone_buddy(buddy_model)
else:
for activity in self._activities.values():
if activity.has_buddy_icon(key):
activity.remove_buddy_icon(key)
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def _move_buddy(self, buddy_model, activity_model):
key = buddy_model.get_key()
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self._remove_buddy(buddy_model)
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if activity_model == None:
self._add_alone_buddy(buddy_model)
else:
activity = self._activities[activity_model.get_id()]
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icon = BuddyIcon(self._shell, buddy_model,
style.SMALL_ICON_SIZE)
activity.add_buddy_icon(buddy_model.get_key(), icon)
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def _add_activity(self, activity_model):
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icon = ActivityView(self._shell, activity_model)
self._layout.add(icon)
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self._activities[activity_model.get_id()] = icon
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def _remove_activity(self, activity_model):
icon = self._activities[activity_model.get_id()]
self._layout.remove(icon)
del self._activities[activity_model.get_id()]
def _add_access_point(self, ap_model):
meshdev = self._model.get_mesh()
icon = AccessPointView(ap_model, meshdev)
self._layout.add(icon)
self._access_points[ap_model.get_id()] = icon
def _remove_access_point(self, ap_model):
icon = self._access_points[ap_model.get_id()]
self._layout.remove(icon)
del self._access_points[ap_model.get_id()]
def suspend(self):
if not self._suspended:
self._suspended = True
for ap in self._access_points.values():
ap.props.paused = True
def resume(self):
if self._suspended:
self._suspended = False
for ap in self._access_points.values():
ap.props.paused = False
def _toolbar_query_changed_cb(self, toolbar, query):
self._query = query.lower()
for icon in self._layout_box.get_children():
if hasattr(icon, 'set_filter'):
icon.set_filter(self._query)