def GetAll(self, interface_name):
if interface_name == self.MEDIA_PLAYER2_IFACE:
return {
'CanQuit': True,
'CanRaise': True,
'HasTrackList': False,
'Identity': 'Pithos',
'DesktopEntry': 'pithos',
'SupportedUriSchemes': [''],
'SupportedMimeTypes': [''],
}
elif interface_name == self.MEDIA_PLAYER2_PLAYER_IFACE:
return {
'PlaybackStatus': self._get_playback_status(),
'LoopStatus': "None",
'Rate': dbus.Double(1.0),
'Shuffle': False,
'Metadata': dbus.Dictionary(self._get_metadata(),
signature='sv'),
'Volume': dbus.Double(self._get_volume()),
'Position': dbus.Int64(self._get_position()),
'MinimumRate': dbus.Double(1.0),
'MaximumRate': dbus.Double(1.0),
'CanGoNext': self.window.waiting_for_playlist is not True,
'CanGoPrevious': False,
'CanPlay': self.window.current_song is not None,
'CanPause': self.window.current_song is not None,
'CanSeek': False,
'CanControl': True,
}
else:
raise dbus.exceptions.DBusException(
'org.mpris.MediaPlayer2.pithos',
'This object does not implement the %s interface' %
interface_name)
def GetAll(self, interface):
if interface == self.MPRIS_IFACE:
return {
'CanQuit': True,
'CanRaise': True,
'HasTrackList': False,
'Identity': 'Lollypop',
'DesktopEntry': 'lollypop'
}
elif interface == self.MPRIS_PLAYER_IFACE:
return {
'PlaybackStatus': self._get_status(),
'LoopStatus': 'Playlist',
'Rate': dbus.Double(1.0),
'Shuffle': True,
'Metadata': dbus.Dictionary(self._metadata, signature='sv'),
'Volume': dbus.Double(Lp().player.volume),
'Position': dbus.Int64(Lp().player.position / 60),
'MinimumRate': dbus.Double(1.0),
'MaximumRate': dbus.Double(1.0),
'CanGoNext': True,
'CanGoPrevious': True,
'CanPlay': True,
'CanPause': True,
'CanSeek': True,
'CanControl': True,
}
else:
raise dbus.exceptions.DBusException(
self.MPRIS_LOLLYPOP,
"Lollypop doesn't handle %s interface" % interface)
def test_player(self):
args = {"reply_handler": self._reply, "error_handler": self._error}
piface = "org.mpris.MediaPlayer2.Player"
props = {
"PlaybackStatus": dbus.String("Stopped"),
"LoopStatus": dbus.String("None"),
"Rate": dbus.Double(1.0),
"Shuffle": dbus.Boolean(False),
"Volume": dbus.Double(1.0),
"Position": dbus.Int64(0),
"MinimumRate": dbus.Double(1.0),
"MaximumRate": dbus.Double(1.0),
"CanGoNext": dbus.Boolean(True),
"CanGoPrevious": dbus.Boolean(True),
"CanPlay": dbus.Boolean(True),
"CanPause": dbus.Boolean(True),
"CanSeek": dbus.Boolean(True),
"CanControl": dbus.Boolean(True),
}
for key, value in props.items():
self._prop().Get(piface, key, **args)
resp = self._wait(msg="for key '%s'" % key)[0]
self.failUnlessEqual(resp, value)
self.failUnless(isinstance(resp, type(value)))
def AddChargingBattery(self, device_name, model_name, percentage,
seconds_to_full):
'''Convenience method to add a charging battery object
You have to specify a device name which must be a valid part of an object
path, e. g. "mock_ac", an arbitrary model name, the charge percentage, and
the seconds until the battery is full.
Please note that this does not set any global properties such as
"on-battery".
Returns the new object path.
'''
path = '/org/freedesktop/UPower/devices/' + device_name
self.AddObject(
path,
DEVICE_IFACE,
{
'PowerSupply': dbus.Boolean(True, variant_level=1),
'IsPresent': dbus.Boolean(True, variant_level=1),
'Model': dbus.String(model_name, variant_level=1),
'Percentage': dbus.Double(percentage, variant_level=1),
'TimeToFull': dbus.Int64(seconds_to_full, variant_level=1),
'EnergyFull': dbus.Double(100.0, variant_level=1),
'Energy': dbus.Double(percentage, variant_level=1),
# UP_DEVICE_STATE_CHARGING
'State': dbus.UInt32(1, variant_level=1),
# UP_DEVICE_KIND_BATTERY
'Type': dbus.UInt32(2, variant_level=1),
},
[])
self.EmitSignal(MAIN_IFACE, 'DeviceAdded', 'o', [path])
return path
def GetAll(self, interface):
if interface == self.MPRIS_IFACE:
return {
"CanQuit": True,
"CanRaise": True,
"HasTrackList": False,
"Identity": "Lollypop",
"DesktopEntry": "org.gnome.Lollypop"
}
elif interface == self.MPRIS_PLAYER_IFACE:
return {
"PlaybackStatus": self._get_status(),
"LoopStatus": "Playlist",
"Rate": dbus.Double(1.0),
"Shuffle": True,
"Metadata": dbus.Dictionary(self._metadata, signature="sv"),
"Volume": dbus.Double(Lp().player.volume),
"Position": dbus.Int64(Lp().player.position / Gst.SECOND * (1000 * 1000)),
"MinimumRate": dbus.Double(1.0),
"MaximumRate": dbus.Double(1.0),
"CanGoNext": True,
"CanGoPrevious": True,
"CanPlay": True,
"CanPause": True,
"CanSeek": True,
"CanControl": True,
}
else:
raise dbus.exceptions.DBusException(
self.MPRIS_LOLLYPOP,
"Lollypop doesn't handle %s interface"
% interface)
def GetAll(self, interface_name):
if interface_name == self.MEDIA_PLAYER2_IFACE:
return {
'CanQuit':
True,
'Fullscreen':
False,
'CanSetFullscreen':
False,
'CanRaise':
True,
'HasTrackList':
True,
'Identity':
'Music',
'DesktopEntry':
'gnome-music',
'SupportedUriSchemes': ['file'],
'SupportedMimeTypes': [
'application/ogg', 'audio/x-vorbis+ogg', 'audio/x-flac',
'audio/mpeg'
],
}
elif interface_name == self.MEDIA_PLAYER2_PLAYER_IFACE:
return {
'PlaybackStatus': self._get_playback_status(),
'LoopStatus': self._get_loop_status(),
'Rate': dbus.Double(1.0),
'Shuffle': self.player.repeat == RepeatType.SHUFFLE,
'Metadata': dbus.Dictionary(self._get_metadata(),
signature='sv'),
'Volume': dbus.Double(self.player.get_volume()),
'Position': dbus.Int64(self.player.get_position()),
'MinimumRate': dbus.Double(1.0),
'MaximumRate': dbus.Double(1.0),
'CanGoNext': self.player.has_next(),
'CanGoPrevious': self.player.has_previous(),
'CanPlay': self.player.currentTrack is not None,
'CanPause': self.player.currentTrack is not None,
'CanSeek': True,
'CanControl': True,
}
elif interface_name == self.MEDIA_PLAYER2_TRACKLIST_IFACE:
return {
'Tracks': self._get_track_list(),
'CanEditTracks': False,
}
elif interface_name == self.MEDIA_PLAYER2_PLAYLISTS_IFACE:
return {
'PlaylistCount': len(self.playlists),
'Orderings': ['Alphabetical'],
'ActivePlaylist': self._get_active_playlist(),
}
else:
raise dbus.exceptions.DBusException(
'org.mpris.MediaPlayer2.GnomeMusic',
'This object does not implement the %s interface' %
interface_name)
def test_action_multiple_device_batteries(self):
'''critical actions for multiple device batteries'''
# add a fake battery to upower
bat1_path = self.obj_upower.AddDischargingBattery('mock_BAT1', 'Bat0', 30.0, 1200)
obj_bat1 = self.system_bus_con.get_object('org.freedesktop.UPower', bat1_path)
self.obj_upower.EmitSignal('', 'DeviceAdded', 'o', [bat1_path],
dbus_interface='org.freedesktop.DBus.Mock')
bat2_path = '/org/freedesktop/UPower/devices/' + 'mock_MOUSE_BAT1'
self.obj_upower.AddObject(bat2_path,
'org.freedesktop.UPower.Device',
{
'PowerSupply': dbus.Boolean(False, variant_level=1),
'IsPresent': dbus.Boolean(True, variant_level=1),
'Model': dbus.String('Bat1', variant_level=1),
'Percentage': dbus.Double(40.0, variant_level=1),
'TimeToEmpty': dbus.Int64(1600, variant_level=1),
'EnergyFull': dbus.Double(100.0, variant_level=1),
'Energy': dbus.Double(40.0, variant_level=1),
# UP_DEVICE_STATE_DISCHARGING
'State': dbus.UInt32(2, variant_level=1),
# UP_DEVICE_KIND_BATTERY
'Type': dbus.UInt32(2, variant_level=1),
}, dbus.Array([], signature='(ssss)'))
obj_bat2 = self.system_bus_con.get_object('org.freedesktop.UPower', bat2_path)
self.obj_upower.EmitSignal('', 'DeviceAdded', 'o', [bat2_path],
dbus_interface='org.freedesktop.DBus.Mock')
time.sleep(1)
# now change the mouse battery to critical charge
obj_bat2.Set('org.freedesktop.UPower.Device', 'TimeToEmpty',
dbus.Int64(30, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat2.Set('org.freedesktop.UPower.Device', 'Energy',
dbus.Double(0.5, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat2.EmitSignal('', 'Changed', '', [], dbus_interface='org.freedesktop.DBus.Mock')
self.obj_upower.EmitSignal('', 'DeviceChanged', 'o', [bat2_path],
dbus_interface='org.freedesktop.DBus.Mock')
# wait long enough to ensure it didn't do anything (as we still have
# the second battery)
self.check_no_suspend(5)
# now change the main battery to critical charge as well
obj_bat1.Set('org.freedesktop.UPower.Device', 'TimeToEmpty',
dbus.Int64(25, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat1.Set('org.freedesktop.UPower.Device', 'Energy',
dbus.Double(0.4, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat1.EmitSignal('', 'Changed', '', [], dbus_interface='org.freedesktop.DBus.Mock')
self.obj_upower.EmitSignal('', 'DeviceChanged', 'o', [bat1_path],
dbus_interface='org.freedesktop.DBus.Mock')
self.check_for_suspend(5)
def user_build_state(user):
"""Returns a generated state dictionary.
State is a map of opaque backup keys to property maps.
See the documentation for com.canonical.keeper.User's
State() method for more information.
"""
tasks_states = {}
for uuid in user.all_tasks:
task_state = {}
# action
td = user.task_data[uuid]
action = td.action
task_state[KEY_ACTION] = dbus.String(action)
# display-name
choice = user.backup_choices.get(uuid, None)
if not choice:
choice = user.restore_choices.get(uuid, None)
if not choice:
fail("couldn't find a choice for uuid %s" % (uuid))
display_name = choice.get(KEY_NAME, None)
task_state[KEY_NAME] = dbus.String(display_name)
# error
if action == ACTION_FAILED:
task_state[KEY_ERROR] = dbus.String(td.error)
# percent-done
if td.n_bytes:
p = dbus.Double((td.n_bytes - td.n_left) / td.n_bytes)
else:
p = dbus.Double(0.0)
task_state[KEY_PERCENT_DONE] = p
# speed
if uuid == user.current_task:
n_secs = 2
n_bytes = 0
too_old = time.time() - n_secs
for key in td.bytes_per_second:
if key > too_old:
n_bytes += td.bytes_per_second[key]
bytes_per_second = n_bytes / n_secs
else:
bytes_per_second = 0
task_state[KEY_SPEED] = dbus.Int32(bytes_per_second)
# uuid
tasks_states[uuid] = dbus.Dictionary(task_state)
return dbus.Dictionary(tasks_states, signature='sa{sv}', variant_level=1)
def test_dbus_unwrap_dict(self):
dbus_value = dbus.Dictionary(
{
dbus.String('a', variant_level=1):
dbus.Double(3.2, variant_level=1),
dbus.String('b', variant_level=1):
dbus.Double(3.7, variant_level=1)
},
variant_level=1)
value = dbus_mqtt.unwrap_dbus_value(dbus_value)
self.assertIsInstance(value, dict)
self.assertEqual({'a': 3.2, 'b': 3.7}, value)
def volume(self, vol=None):
cur = dbus.Double(self._get_property("Volume"))
print("Current volume is {}".format(cur))
if vol == 0:
#if self._player_interface_property('Volume')
self.play_iface.Mute()
self.play_iface.Unmute()
else:
#target = dbus.Double(10**(vol / 2000.0))
target = dbus.Double(10**((vol or 0) / 20.0))
#self._player_interface_property('Volume', target)
self._set_property("Volume", target)
def test_notify_device_battery(self):
'''critical power level notification for device batteries'''
# Set internal battery to discharging
self.set_composite_battery_discharging()
# Add a device battery
bat2_path = '/org/freedesktop/UPower/devices/' + 'mock_MOUSE_BAT1'
self.obj_upower.AddObject(bat2_path,
'org.freedesktop.UPower.Device',
{
'PowerSupply': dbus.Boolean(False, variant_level=1),
'IsPresent': dbus.Boolean(True, variant_level=1),
'Model': dbus.String('Bat1', variant_level=1),
'Percentage': dbus.Double(40.0, variant_level=1),
'TimeToEmpty': dbus.Int64(1600, variant_level=1),
'EnergyFull': dbus.Double(100.0, variant_level=1),
'Energy': dbus.Double(40.0, variant_level=1),
'State': dbus.UInt32(UPowerGlib.DeviceState.DISCHARGING, variant_level=1),
'Type': dbus.UInt32(UPowerGlib.DeviceKind.MOUSE, variant_level=1),
'WarningLevel': dbus.UInt32(UPowerGlib.DeviceLevel.NONE, variant_level=1),
}, dbus.Array([], signature='(ssss)'))
obj_bat2 = self.system_bus_con.get_object('org.freedesktop.UPower', bat2_path)
self.obj_upower.EmitSignal('', 'DeviceAdded', 'o', [bat2_path],
dbus_interface='org.freedesktop.DBus.Mock')
time.sleep(1)
# now change the mouse battery to critical charge
obj_bat2.Set('org.freedesktop.UPower.Device', 'TimeToEmpty',
dbus.Int64(30, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat2.Set('org.freedesktop.UPower.Device', 'Energy',
dbus.Double(0.5, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat2.Set('org.freedesktop.UPower.Device', 'WarningLevel',
dbus.UInt32(UPowerGlib.DeviceLevel.CRITICAL, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat2.EmitSignal('', 'Changed', '', [], dbus_interface='org.freedesktop.DBus.Mock')
self.obj_upower.EmitSignal('', 'DeviceChanged', 'o', [bat2_path],
dbus_interface='org.freedesktop.DBus.Mock')
self.check_plugin_log('EMIT: charge-critical', 2)
time.sleep(0.5)
# we should have gotten a notification by now
notify_log = self.p_notify.stdout.read()
# verify notification
self.assertRegex(notify_log, b'[0-9.]+ Notify "Power" 0 ".*" ".*Wireless mouse .*low.* power.*"')
def GetAll(self, interface_name):
if interface_name == 'ch.bbv.brightness':
return {'scaled': dbus.Double(self.brightness)}
elif interface_name == 'ch.bbv.moisture':
return {'scaled': dbus.Double(self.moisture)}
elif interface_name == 'ch.bbv.proximity':
return {'scaled': dbus.Double(self.proximity)}
elif interface_name == 'ch.bbv.luminosity':
return {'scaled': dbus.Double(self.luminosity)}
elif interface_name == 'ch.bbv.warning':
return {'phrase': dbus.String(self.warning)}
else:
raise dbus.exceptions.DBusException('Unknown interface: ' +
interface_name)
def load(mock, parameters):
mock.AddMethods(MAIN_IFACE, [
('EnumerateDevices', '', 'ao', 'ret = [k for k in objects.keys() '
'if "/devices" in k and not k.endswith("/DisplayDevice")]'),
])
props = dbus.Dictionary(
{
'DaemonVersion': parameters.get('DaemonVersion', '0.99'),
'OnBattery': parameters.get('OnBattery', False),
'LidIsPresent': parameters.get('LidIsPresent', True),
'LidIsClosed': parameters.get('LidIsClosed', False),
'LidForceSleep': parameters.get('LidForceSleep', True),
'IsDocked': parameters.get('IsDocked', False),
},
signature='sv')
mock.AddMethods(
MAIN_IFACE,
[('GetCriticalAction', '', 's',
'ret = "%s"' % parameters.get('GetCriticalAction', 'HybridSleep')),
('GetDisplayDevice', '', 'o',
'ret = "/org/freedesktop/UPower/devices/DisplayDevice"')])
mock.p_display_dev = '/org/freedesktop/UPower/devices/DisplayDevice'
# add Display device; for defined properties, see
# http://cgit.freedesktop.org/upower/tree/src/org.freedesktop.UPower.xml
mock.AddObject(
mock.p_display_dev,
DEVICE_IFACE,
{
'Type': dbus.UInt32(0, variant_level=1),
'State': dbus.UInt32(0, variant_level=1),
'Percentage': dbus.Double(0.0, variant_level=1),
'Energy': dbus.Double(0.0, variant_level=1),
'EnergyFull': dbus.Double(0.0, variant_level=1),
'EnergyRate': dbus.Double(0.0, variant_level=1),
'TimeToEmpty': dbus.Int64(0, variant_level=1),
'TimeToFull': dbus.Int64(0, variant_level=1),
'IsPresent': dbus.Boolean(False, variant_level=1),
'IconName': dbus.String('', variant_level=1),
# LEVEL_NONE
'WarningLevel': dbus.UInt32(1, variant_level=1),
},
[
('Refresh', '', '', ''),
])
mock.AddProperties(MAIN_IFACE, props)
def DBusWrap(val):
if isinstance(val, str):
val = dbus.String(val)
elif isinstance(val, (list, tuple)):
val = dbus.Array([DBusWrap(x) for x in val], signature='v')
elif isinstance(val, bool):
val = dbus.Boolean(val)
elif isinstance(val, int):
val = dbus.Int64(val)
elif isinstance(val, float):
val = dbus.Double(val)
# Turn 'None' into 'False' to avoid errors
elif val == None:
val = dbus.Boolean(False)
elif isinstance(val, dict):
val = dbus.Dictionary({x: DBusWrap(val[x])
for x in val},
signature='sv')
return val
def update_values(self, newvalues):
vebus_service = newvalues.get('/VebusService')
current_written = 0
if vebus_service is not None:
# Writing the extra charge current to the Multi serves two purposes:
# 1) Also take the charge current from the MPPT into account in the VE.Bus SOC algorithm.
# 2) The bulk timer in the Multi only runs when the battery is being charged, ie charge-current
# is positive. And in ESS Optimize mode, the Multi itself is not charging.
# So without knowing that the MPPT is charging, the bulk timer will never run, and absorption
# will then be very short.
#
# Always write the extra current, even if there is no solarcharger present. We need this because
# once an SoC is written to the vebus service, the vebus device will stop adjusting its SoC until
# an extra current is written.
total_charge_current = newvalues.get('/Dc/Pv/Current', 0)
try:
charge_current_item = self._dbusmonitor.get_item(
vebus_service, '/ExtraBatteryCurrent')
if charge_current_item.get_value() != None:
charge_current_item.set_value(
dbus.Double(total_charge_current, variant_level=1))
current_written = 1
except dbus.exceptions.DBusException:
pass
newvalues['/Control/ExtraBatteryCurrent'] = current_written
def step_impl(context, value):
bus = dbus.SessionBus()
streetlightd = bus.get_object('ch.bbv.streetlight', '/ch/bbv/streetlight')
streetlightd.Set('ch.bbv.proximity',
'scaled',
dbus.Double(value),
dbus_interface=dbus.PROPERTIES_IFACE)
def wrap_dbus_value(value):
if value is None:
return VEDBUS_INVALID
if isinstance(value, float):
return dbus.Double(value, variant_level=1)
if isinstance(value, bool):
return dbus.Boolean(value, variant_level=1)
if isinstance(value, int):
return dbus.Int32(value, variant_level=1)
if isinstance(value, str):
return dbus.String(value, variant_level=1)
if isinstance(value, unicode):
return dbus.String(value, variant_level=1)
if isinstance(value, list):
if len(value) == 0:
# If the list is empty we cannot infer the type of the contents. So assume unsigned integer.
# A (signed) integer is dangerous, because an empty list of signed integers is used to encode
# an invalid value.
return dbus.Array([],
signature=dbus.Signature('u'),
variant_level=1)
return dbus.Array([wrap_dbus_value(x) for x in value], variant_level=1)
if isinstance(value, long):
return dbus.Int64(value, variant_level=1)
if isinstance(value, dict):
# Wrapping the keys of the dictionary causes D-Bus errors like:
# 'arguments to dbus_message_iter_open_container() were incorrect,
# assertion "(type == DBUS_TYPE_ARRAY && contained_signature &&
# *contained_signature == DBUS_DICT_ENTRY_BEGIN_CHAR) || (contained_signature == NULL ||
# _dbus_check_is_valid_signature (contained_signature))" failed in file ...'
return dbus.Dictionary(
{(k, wrap_dbus_value(v))
for k, v in value.items()},
variant_level=1)
return value
def sinkSetFade(value):
"""
设置前后声道平衡值
:return:None
"""
dbus_path = getDefaultSinkPath()
property_obj = sessionCommon.session_bus(dbus_name, dbus_path, iface_name)
property_obj.SetFade(dbus.Double(value))
def GetAll(self, interface):
if interface == MAIN_IFACE:
return {
'HasAccelerometer': dbus.Boolean(self.has_accelerometer),
'AccelerometerOrientation':
dbus.String(self.accelerometer_orientation),
'HasAmbientLight': dbus.Boolean(self.has_ambient_light),
'LightLevelUnit': dbus.String(self.light_level_unit),
'LightLevel': dbus.Double(self.light_level),
'HasProximity': dbus.Boolean(self.has_proximity),
'ProximityNear': dbus.Boolean(self.proximity_near),
}
if interface == COMPASS_IFACE:
return {
'HasCompass': dbus.Boolean(self.has_compass),
'CompassHeading': dbus.Double(self.compass_heading),
}
return dbus.Dictionary({}, signature='sv')
def volume(self, vol):
"""Set the volume and return the current volume."""
self.__assertConnected()
try:
if vol:
return float(self.__iface_props.Volume(dbus.Double(vol)))
else:
return float(self.__iface_props.Volume())
except dbus.exceptions.DBusException: pass
def rate(self, r):
"""Set the playback rate and return the current playback rate"""
self.__assertConnected()
try:
if r:
return float(self.__iface_props.Rate(dbus.Double(r)))
else:
return float(self.__iface_props.Rate())
except dbus.exceptions.DBusException: pass
def set_property(self, prop, value):
try:
val = self.iface_props.Set('org.mpris.MediaPlayer2.Player', prop,
dbus.Double(value))
#self.log ('property',prop,val)
return True, val
except dbus.exceptions.DBusException as ex:
self.log('Failed set_property - dbus exception: {}'.format(
ex.get_dbus_message()))
return False, -1
def sinkSetVolume(value, isPlay):
"""
设置音量大小
:param value:音量大小
:param isPlay:是否播放声音反馈
:return:None
"""
dbus_path = getDefaultSinkPath()
property_obj = sessionCommon.session_bus(dbus_name, dbus_path, iface_name)
property_obj.SetVolume(dbus.Double(value), dbus.Boolean(isPlay))
def sourceSetBalance(value, isPlay):
"""
设置左右声道平衡
:param value:声道平衡值
:param isPlay:是否播放声音反馈
:return:None
"""
dbus_path = getDefaultSourcePath()
property_obj = sessionCommon.session_bus(dbus_name, dbus_path, iface_name)
property_obj.SetBalance(dbus.Double(value), dbus.Boolean(isPlay))
def test_action_multiple_batteries(self):
'''critical actions for multiple batteries'''
# add two fake batteries to upower
bat1_path = self.obj_upower.AddDischargingBattery('mock_BAT1', 'Bat0', 30.0, 1200)
obj_bat1 = self.system_bus_con.get_object('org.freedesktop.UPower', bat1_path)
self.obj_upower.EmitSignal('', 'DeviceAdded', 's', [bat1_path],
dbus_interface='org.freedesktop.DBus.Mock')
bat2_path = self.obj_upower.AddDischargingBattery('mock_BAT2', 'Bat2', 40.0, 1600)
obj_bat2 = self.system_bus_con.get_object('org.freedesktop.UPower', bat2_path)
self.obj_upower.EmitSignal('', 'DeviceAdded', 's', [bat2_path],
dbus_interface='org.freedesktop.DBus.Mock')
time.sleep(1)
# now change one battery to critical charge
obj_bat1.Set('org.freedesktop.UPower.Device', 'TimeToEmpty',
dbus.Int64(30, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat1.Set('org.freedesktop.UPower.Device', 'Energy',
dbus.Double(0.5, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat1.EmitSignal('', 'Changed', '', [], dbus_interface='org.freedesktop.DBus.Mock')
self.obj_upower.EmitSignal('', 'DeviceChanged', 's', [bat1_path],
dbus_interface='org.freedesktop.DBus.Mock')
# wait long enough to ensure it didn't do anything (as we still have
# the second battery)
self.check_no_suspend(5)
# now change the other battery to critical charge as well
obj_bat2.Set('org.freedesktop.UPower.Device', 'TimeToEmpty',
dbus.Int64(25, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat2.Set('org.freedesktop.UPower.Device', 'Energy',
dbus.Double(0.4, variant_level=1),
dbus_interface=dbus.PROPERTIES_IFACE)
obj_bat2.EmitSignal('', 'Changed', '', [], dbus_interface='org.freedesktop.DBus.Mock')
self.obj_upower.EmitSignal('', 'DeviceChanged', 's', [bat2_path],
dbus_interface='org.freedesktop.DBus.Mock')
self.check_for_suspend(5)
def apply_monitors_config(self, display_name, mode, scale=1.0):
"""Set the selected display to the desired resolution"""
transform = dbus.UInt32(0)
is_primary = True
monitors = [[
0, 0,
dbus.Double(scale), transform, is_primary,
[[dbus.String(str(display_name)),
dbus.String(str(mode)), {}]]
]]
self.interface.ApplyMonitorsConfig(self.config_serial,
self.TEMPORARY_METHOD, monitors, {})
def apply_monitors_config(self, display_configs):
"""Set the selected display to the desired resolution"""
monitors_config = [[
config.position[0], config.position[1],
dbus.Double(config.scale),
dbus.UInt32(config.transform), config.primary,
[[dbus.String(str(display_name)),
dbus.String(str(mode)), {}]
for display_name, mode in config.monitors]
] for config in display_configs]
self.interface.ApplyMonitorsConfig(self.current_state.serial,
self.TEMPORARY_METHOD,
monitors_config, {})
def _update_metadata(self):
if self._get_status() == 'Stopped':
self._metadata = {}
else:
if Lp().player.current_track.id >= 0:
self._metadata['mpris:trackid'] = dbus.ObjectPath(
'/org/lollypop/%s' % Lp().player.current_track.id)
else:
# MPRIS SUX
track_id = randint(10000000, 90000000)
self._metadata['mpris:trackid'] = dbus.ObjectPath(
'/org/lollypop/%s' % track_id)
track_number = Lp().player.current_track.number
if track_number is None:
track_number = 1
self._metadata['xesam:trackNumber'] = track_number
self._metadata['xesam:title'] = Lp().player.current_track.name
self._metadata['xesam:album'] = Lp(
).player.current_track.album.name
self._metadata['xesam:artist'] = Lp().player.current_track.artists
self._metadata['xesam:albumArtist'] = \
", ".join(Lp().player.current_track.album_artists)
self._metadata['mpris:length'] = dbus.Int64(
Lp().player.current_track.duration * 1000000)
self._metadata['xesam:genre'] = Lp().player.current_track.genres\
or "Web"
self._metadata['xesam:url'] = Lp().player.current_track.uri
rate = Lp().player.current_track.get_rate()
if rate == Type.NONE:
rate = Lp().player.current_track.get_popularity()
self._metadata["xesam:userRating"] = dbus.Double(rate / 5)
if Lp().player.current_track.id == Type.RADIOS:
cover_path = Lp().art.get_radio_cache_path(
", ".join(Lp().player.current_track.artists),
ArtSize.MONSTER)
elif Lp().player.current_track.id == Type.EXTERNALS:
cover_path = "/tmp/lollypop_mpris.jpg"
pixbuf = Lp().art.pixbuf_from_tags(
GLib.filename_from_uri(Lp().player.current_track.uri)[0],
ArtSize.MONSTER)
if pixbuf is not None:
pixbuf.savev(cover_path, "jpeg",
["quality"], ["90"])
else:
cover_path = Lp().art.get_album_cache_path(
Lp().player.current_track.album, ArtSize.MONSTER)
if cover_path is not None:
self._metadata['mpris:artUrl'] = "file://" + cover_path
elif 'mpris:artUrl' in self._metadata:
self._metadata['mpris:artUrl'] = ''
def launch_guidance(route):
g_mapmatchedposition_interface.SetSimulationMode(
dbus.UInt32(g_navigationcore_session_handle), dbus.Boolean(True))
g_guidance_interface.StartGuidance(
dbus.UInt32(g_navigationcore_session_handle), dbus.UInt32(route))
g_mapviewercontrol_interface.SetFollowCarMode(
dbus.UInt32(g_navigationcore_session_handle),
dbus.UInt32(g_mapviewer_maphandle), True)
g_mapviewercontrol_interface.SetMapViewScale(
dbus.UInt32(g_mapviewer_sessionhandle),
dbus.UInt32(g_mapviewer_maphandle), ZOOM_GUIDANCE)
g_mapviewercontrol_interface.SetTargetPoint(dbus.UInt32(g_mapviewer_sessionhandle),\
dbus.UInt32(g_mapviewer_maphandle),\
dbus.Struct((\
dbus.Double(locations[routes[g_current_route].getElementsByTagName("start")[0].childNodes[0].data][0]),\
dbus.Double(locations[routes[g_current_route].getElementsByTagName("start")[0].childNodes[0].data][1]),\
dbus.Double(0)\
)))
g_mapmatchedposition_interface.StartSimulation(
dbus.UInt32(g_navigationcore_session_handle))
g_mapmatchedposition_interface.SetSimulationSpeed(
dbus.UInt32(g_navigationcore_session_handle),
dbus.Byte(SPEED_FACTOR_SLOW))
def test_dbus_wrap_dict(self):
value = {'a': 3, 'b': 7.0}
dbus_value = dbus_mqtt.wrap_dbus_value(value)
print(dbus_value)
self.assertIsInstance(dbus_value, dbus.Dictionary)
self.assertEqual(
dbus.Dictionary(
{
dbus.String('a', variant_level=1):
dbus.Int32(3, variant_level=1),
dbus.String('b', variant_level=1):
dbus.Double(7.0, variant_level=1)
},
variant_level=1), dbus_value)
