def scan(self, enable=True, filters=None):
"""
enable: enable/disable scanning
filters: dict with scan filters, see bluez 'SetDiscoveryFilter' API:
'UUIDs': list with UUID strings
'Transport': string 'le', 'bredr' or 'auto'
"""
if enable:
if filters and isinstance(filters, dict):
# convert to Variants (for supported)
if "UUIDs" in filters and not isinstance(
filters["UUIDs"], Variant):
filters["UUIDs"] = Variant("as", filters["UUIDs"])
if "Transport" in filters and not isinstance(
filters["Transport"], Variant):
filters["Transport"] = Variant("s", filters["Transport"])
bz.callBluezFunction(self._proxy.SetDiscoveryFilter, filters)
try:
bz.callBluezFunction(self._proxy.StartDiscovery)
except bz.BluezInProgressError:
pass
else:
try:
bz.callBluezFunction(self._proxy.StopDiscovery)
except bz.BluezFailedError:
pass
return bz.getBluezPropOrNone(self._proxy,
"Discovering",
fail_ret=False)
def activate_context(self,
apn='internet',
user='******',
pwd='',
protocol='ip'):
self.dbg('activate_context', apn=apn, user=user, protocol=protocol)
connmgr = self.dbus.interface(I_CONNMGR)
ctx_path = connmgr.AddContext('internet')
ctx = systembus_get(ctx_path)
ctx.SetProperty('AccessPointName', Variant('s', apn))
ctx.SetProperty('Username', Variant('s', user))
ctx.SetProperty('Password', Variant('s', pwd))
ctx.SetProperty('Protocol', Variant('s', protocol))
# Activate can only be called after we are attached
ctx.SetProperty('Active', Variant('b', True))
MainLoop.wait(lambda: ctx.GetProperties()['Active'] == True)
self.log('context activated',
path=ctx_path,
apn=apn,
user=user,
properties=ctx.GetProperties())
return ctx_path
def detach(self):
self.dbg('detach')
connmgr = self.dbus.interface(I_CONNMGR)
connmgr.SetProperty('RoamingAllowed', Variant('b', False))
connmgr.SetProperty('Powered', Variant('b', False))
connmgr.DeactivateAll()
connmgr.ResetContexts() # Requires Powered=false
def attach(self, allow_roaming=False):
self.dbg('attach')
if self.is_attached():
self.detach()
connmgr = self.dbus.interface(I_CONNMGR)
connmgr.SetProperty('RoamingAllowed', Variant('b', allow_roaming))
connmgr.SetProperty('Powered', Variant('b', True))
def sendSms(self, id:str, nummer: str, message: str):
proxy = self.__proxys[id]
sms_api = proxy["org.freedesktop.ModemManager1.Modem.Messaging"]
from pydbus import Variant
sms_path = sms_api.Create( {"Number": Variant('s', nummer), "Text": Variant('s', message)})
proxy_sms = self.bus.get(".ModemManager1", sms_path)
test_sms = proxy_sms["org.freedesktop.ModemManager1.Sms"]
test_sms.Send()
sms_api.Delete(sms_path)
def notify(self, title, body, actions, icon, replace=True):
"""
Create new or update existing notification.
Args:
track (`clay.gp.Track`): The track that you want to send the notification for
actions (`list`): A list with the actions that you want the notification to react to.
"""
if not ENABLED:
return
actions_ = []
for action in actions:
if action not in self._actions:
logger.error("Can't find action: {}".format(action))
continue
actions_.append(action)
actions_.append(self._actions[action][0])
self._notify(
title,
body,
replace,
actions=actions_,
hints={"action-icons": Variant('b', 1)}, # only display icons
icon=icon if icon is not None else 'audio-headphones')
def t1_func():
for obj in [remote, remote_iface]:
assert (obj.Foo == "foo")
assert (obj.Foobar == "foobar")
obj.Foobar = "barfoo"
assert (obj.Foobar == "barfoo")
obj.Foobar = "foobar"
assert (obj.Foobar == "foobar")
obj.Bar = "rab"
remote.Foobar = "barfoo"
try:
remote.Get("net.lew21.pydbus.tests.publish_properties", "Bar")
assert (False)
except GLib.GError:
pass
try:
remote.Set("net.lew21.pydbus.tests.publish_properties", "Foo",
Variant("s", "haxor"))
assert (False)
except GLib.GError:
pass
assert (remote.GetAll("net.lew21.pydbus.tests.publish_properties") == {
'Foobar': 'barfoo',
'Foo': 'foo'
})
remote.Quit()
def Write(self, value):
"""Sends a command to the Bluetooth device.
Args:
value(bytearray): the raw data to send to the GATT service.
"""
self._write_service.WriteValue(value,
{'Type': Variant('s', 'command')})
def deactivate_context(self, ctx_id):
self.dbg('deactivate_context', path=ctx_id)
ctx = systembus_get(ctx_id)
ctx.SetProperty('Active', Variant('b', False))
MainLoop.wait(lambda: ctx.GetProperties()['Active'] == False)
self.dbg('deactivate_context active=false, removing', path=ctx_id)
connmgr = self.dbus.interface(I_CONNMGR)
connmgr.RemoveContext(ctx_id)
self.log('context deactivated', path=ctx_id)
def set_bool(self, name, bool_val, iface=I_MODEM):
# to make sure any pending signals are received before we send out more DBus requests
MainLoop.poll()
val = bool(bool_val)
self.log('Setting', name, val)
self.interface(iface).SetProperty(name, Variant('b', val))
MainLoop.wait(self.property_is, name, bool_val)
def create(label: str, alias: Optional[str] = None) -> str:
properties = {
'org.freedesktop.Secret.Collection.Label':
Variant.new_string(label)
}
# gnome-keyring can raise this, with "Only the 'default' alias is supported".
with expect_error('g-dbus-error-quark', Gio.DBusError.NOT_SUPPORTED):
path, prompt_path = proxy().CreateCollection(
properties, alias or '')
if path == '/':
path = Prompt.complete(prompt_path)
return Collection.by_path(path)
def get_variant(type_hint, value):
"""Return a variant data type.
The type of a variant is specified with
a type hint.
Example:
v1 = get_variant(Bool, True)
v2 = get_variant(List[Int], [1,2,3])
:param type_hint: a type hint
:param value: a value of the variant
:return: an instance of Variant
"""
return Variant(get_dbus_type(type_hint), value)
def write(self, value, options=None, offset=0, length=0):
if options is None:
options = {}
if self._proxy:
if isinstance(value, bytes):
v_obj = value
v_enc = value
else:
if isinstance(value, self.fmt):
v_obj = value
v_enc = value.encode()
else:
v_obj = self.fmt(value)
v_enc = v_obj.encode()
if "length" in options:
length = options["length"]
del options["length"]
if length:
if not isinstance(length, int):
raise TypeError("Length key in 'options' must be 'int'")
if len(v_enc) > length:
v_enc = v_enc[:length]
else:
raise ValueError("Length must be < encoded length")
if offset > 0:
if len(v_enc) <= offset:
raise ValueError("Offset is bigger than encoded length")
v_enc = v_enc[offset:]
options["offset"] = Variant("q", offset)
self.logger.debug("Write: {} {} {}".format(v_enc, str(v_obj),
self.fmt.__name__))
self._proxy.WriteValue(v_enc, options)
elif self.service.device and self.service.device.services_resolved:
raise bzerror.BluezDoesNotExistError(f"{self.name} not found")
else:
raise bzerror.BluezFailedError(
f"Failed to write {self.name}, database not resolved")
def read(self,
options=None,
raw=False,
native=True,
offset=0,
length=0,
timeout=30):
if options is None:
options = {}
if "timeout" in options:
to = options["timeout"]
del options["timeout"]
else:
to = timeout
if (offset and "offset" not in options):
options["offset"] = Variant("q", offset)
if self._proxy:
try:
v = bzerror.callBluezFunction(self._proxy.ReadValue,
options,
timeout=to)
except bzerror.DBusTimeoutError:
return None
self.logger.debug("Read: {} {} {}".format(v, type(v),
self.fmt.__name__))
if raw:
return v
else:
try:
v_dec = self.fmt.decode(v)
except Exception as e:
raise bzerror.BluezFormatDecodeError(
"{}: {}, got: {}".format(self, str(e), str(v)))
return v_dec
elif self.service.device and self.service.device.services_resolved:
raise bzerror.BluezDoesNotExistError(f"{self.name} not found")
raise bzerror.BluezFailedError(
f"Failed to read {self.name}, database not resolved")
def _get_interfaces_and_properties(self, path):
object_ = self._objects[path]
proxy = self.get(path)
xml = proxy["org.freedesktop.DBus.Introspectable"].Introspect()
node_info = Gio.DBusNodeInfo.new_for_xml(xml)
interfaces = node_info.interfaces
interfaces_and_properties = {}
for iface in interfaces:
interfaces_and_properties[iface.name] = {}
for prop in iface.properties:
try:
value = getattr(object_, prop.name)
variant = Variant(prop.signature, value)
interfaces_and_properties[iface.name][prop.name] = variant
except:
pass
return interfaces_and_properties
def Metadata(self):
try:
track = player.get_current_track()
except AttributeError:
track = None
if track is None:
return {}
return {
'mpris:trackid': Variant('o', '/org/clay/' + str(track.store_id)),
'mpris:artUrl': Variant('s', track.artist_art_url),
'xesam:title': Variant('s', track.title),
'xesam:artist': Variant('s', track.artist.name),
'xesam:album': Variant('s', track.album_name),
'xesam:url': Variant('s', track.cached_url),
}
root = bus.get("org.ofono", '/')
print(root.Introspect())
modems = sorted(root.GetModems())
pprint.pprint(modems)
pump()
first_modem_path = modems[0][0]
print('\n- first modem %r' % first_modem_path)
modem = bus.get("org.ofono", first_modem_path)
modem.PropertyChanged.connect(propchanged)
print(modem.Introspect())
print(modem.GetProperties())
print('\n- set Powered = True')
modem.SetProperty('Powered', Variant('b', True))
print('call returned')
print('- pump dbus events')
pump()
pump()
print('sleep 1')
time.sleep(1)
pump()
print('- modem properties:')
print(modem.GetProperties())
print('\n- set Powered = False')
modem.SetProperty('Powered', Variant('b', False))
print('call returned')
def Metadata(self):
song = self.app.current_song
if type(song) == Song:
logging.info("New song ID: " + str(song.id))
return {
"mpris:trackid":
Variant("o", "/org/tuijam/GM_" +
str(song.id).replace("-", "_")),
"mpris:artUrl":
Variant("s", song.albumArtRef),
"xesam:title":
Variant("s", song.title),
"xesam:artist":
Variant("as", [song.artist]),
"xesam:album":
Variant("s", song.album),
"xesam:url":
Variant("s", song.stream_url),
}
elif type(song) == YTVideo:
return {
"mpris:trackid":
Variant("o", "/org/tuijam/YT_" +
str(song.id).replace("-", "_")),
"mpris:artUrl":
Variant("s", song.thumbnail),
"xesam:title":
Variant("s", song.title),
"xesam:artist":
Variant("as", [song.channel]),
"xesam:album":
Variant("s", ""),
"xesam:url":
Variant("s", song.stream_url),
}
else:
return {}
def Metadata(self) -> Dict[str, Variant]:
if self.current_playback["item"] is None:
return {
"mpris:trackid":
Variant('o', "/org/mpris/MediaPlayer2/TrackList/NoTrack")
}
item = self.current_playback["item"]
metadata = {
"mpris:trackid":
Variant('o', track_id_to_path(item["uri"])),
"mpris:length":
Variant('x', ms_to_us(item["duration_ms"])),
"mpris:artUrl":
Variant('s', item["album"]["images"][0]["url"]),
"xesam:album":
Variant('s', item["album"]["name"]),
"xesam:albumArtist":
Variant('as',
[artist["name"] for artist in item["album"]["artists"]]),
"xesam:artist":
Variant('as', [artist["name"] for artist in item["artists"]]),
"xesam:contentCreated":
Variant('s', item["album"]["release_date"]),
"xesam:discNumber":
Variant('i', item["disc_number"]),
"xesam:title":
Variant('s', item["name"]),
"xesam:trackNumber":
Variant('i', item["track_number"]),
"xesam:url":
Variant('s', item["external_urls"]["spotify"]),
}
return metadata
def get_metadata(track):
"""
Returns the metadata for a specific track
"""
if not track:
return {
'mpris:trackid': Variant('s', MPRIS2.notrack),
'mpris:artUrl': Variant('s', "file://"),
'mpris:title': Variant('s', 'None'),
'mpris:artist': Variant('s', 'None'),
'mpris:album': Variant('s', 'None'),
'mpris:url': Variant('s', 'https://')
}
else:
return {
'mpris:trackid':
Variant('s', track.queue_id),
'mpris:artUrl':
Variant('s', track.artist_art_url),
'xesam:title':
Variant('s', track.title),
'xesam:artist':
Variant('s', track.artist),
'xesam:album':
Variant('s', track.album_name),
'xesam:url':
Variant('s',
track.cached_url if track.cached_url else 'https://')
}