# Path: bluezero/dbus_tools.py
# def bluez_version():
# def bluez_experimental_mode():
# def interfaces_added(path, interfaces):
# def properties_changed(interface, changed, invalidated, path):
# def get_dbus_obj(dbus_path):
# def get_dbus_iface(iface, dbus_obj):
# def get_managed_objects():
# def get_mac_addr_from_dbus_path(path):
# def get_device_address_from_dbus_path(path):
# def get_adapter_address_from_dbus_path(path):
# def _get_dbus_path2(objects, parent_path, iface_in, prop, value):
# def get_dbus_path(adapter=None,
#                   device=None,
#                   service=None,
#                   characteristic=None,
#                   descriptor=None):
# def get_profile_path(adapter,
#                      device,
#                      profile):
# def get_iface(adapter=None,
#               device=None,
#               service=None,
#               characteristic=None,
#               descriptor=None):
# def get_methods(adapter=None,
#                 device=None,
#                 service=None,
#                 characteristic=None,
#                 descriptor=None):
# def get_props(adapter=None,
#               device=None,
#               service=None,
#               characteristic=None,
#               descriptor=None):
# def get_services(path_obj):
# def get_device_addresses(name_contains):
# def get(dbus_prop_obj, dbus_iface, prop_name, default=None):
# def str_to_dbusarray(word):
# def bytes_to_dbusarray(bytesarray):
# def dbus_to_python(data):
# 
# Path: bluezero/media_player.py
# class MediaPlayerError(Exception):
# class MediaPlayer:
# def _find_player_path(device_address):
#     def __init__(self, device_addr):
#     def browsable(self):
#     def searchable(self):
#     def track(self):
#     def device(self):
#     def playlist(self):
#     def equalizer(self):
#     def equalizer(self, value):
#     def name(self):
#     def repeat(self):
#     def repeat(self, value):
#     def shuffle(self):
#     def shuffle(self, value):
#     def status(self):
#     def subtype(self):
#     def type(self, player_type):
#     def position(self):
#     def next(self):
#     def play(self):
#     def pause(self):
#     def stop(self):
#     def previous(self):
#     def fast_forward(self):
#     def rewind(self):


from bluezero import dbus_tools
from bluezero import media_player
#  This script displays information about the current track.
#  Before you can run this scrip you have to pair and connect your audio
#  source. For simplicity we can do this on the command line with the
#  bluetoothctl tool
#     pi@RPi3:~ $ bluetoothctl
#     [bluetooth]# agent NoInputNoOutput
#     Agent registered
#     [bluetooth]# discoverable on
#     Changing discoverable on succeeded
#     [CHG] Controller B8:27:EB:22:57:E0 Discoverable: yes
#
#  Now we have made the Raspberry Pi discoverable we can pair to it from the
#  mobile phone. Once it has paired you can tell the Raspberry Pi that it is a
#  trusted device
#
#     [Nexus 5X]# trust 64:BC:0C:F6:22:F8
#
#  Now the phone is connected you can run this script to find which track is
#  playing
#
#     pi@RPi3:~ $ python3 examples/control_media_player.py


# Find the mac address of the first media player connected over Bluetooth
mac_addr = None
for dbus_path in dbus_tools.get_managed_objects():
    if dbus_path.endswith('player0'):
        mac_addr = dbus_tools.get_device_address_from_dbus_path(dbus_path)

if mac_addr:

# Path: bluezero/dbus_tools.py
# def bluez_version():
# def bluez_experimental_mode():
# def interfaces_added(path, interfaces):
# def properties_changed(interface, changed, invalidated, path):
# def get_dbus_obj(dbus_path):
# def get_dbus_iface(iface, dbus_obj):
# def get_managed_objects():
# def get_mac_addr_from_dbus_path(path):
# def get_device_address_from_dbus_path(path):
# def get_adapter_address_from_dbus_path(path):
# def _get_dbus_path2(objects, parent_path, iface_in, prop, value):
# def get_dbus_path(adapter=None,
#                   device=None,
#                   service=None,
#                   characteristic=None,
#                   descriptor=None):
# def get_profile_path(adapter,
#                      device,
#                      profile):
# def get_iface(adapter=None,
#               device=None,
#               service=None,
#               characteristic=None,
#               descriptor=None):
# def get_methods(adapter=None,
#                 device=None,
#                 service=None,
#                 characteristic=None,
#                 descriptor=None):
# def get_props(adapter=None,
#               device=None,
#               service=None,
#               characteristic=None,
#               descriptor=None):
# def get_services(path_obj):
# def get_device_addresses(name_contains):
# def get(dbus_prop_obj, dbus_iface, prop_name, default=None):
# def str_to_dbusarray(word):
# def bytes_to_dbusarray(bytesarray):
# def dbus_to_python(data):
# 
# Path: bluezero/media_player.py
# class MediaPlayerError(Exception):
# class MediaPlayer:
# def _find_player_path(device_address):
#     def __init__(self, device_addr):
#     def browsable(self):
#     def searchable(self):
#     def track(self):
#     def device(self):
#     def playlist(self):
#     def equalizer(self):
#     def equalizer(self, value):
#     def name(self):
#     def repeat(self):
#     def repeat(self, value):
#     def shuffle(self):
#     def shuffle(self, value):
#     def status(self):
#     def subtype(self):
#     def type(self, player_type):
#     def position(self):
#     def next(self):
#     def play(self):
#     def pause(self):
#     def stop(self):
#     def previous(self):
#     def fast_forward(self):
#     def rewind(self):


# Path: examples/control_media_player.py
from bluezero import dbus_tools
from bluezero import media_player

#  This script displays information about the current track.
#  Before you can run this scrip you have to pair and connect your audio
#  source. For simplicity we can do this on the command line with the
#  bluetoothctl tool
#     pi@RPi3:~ $ bluetoothctl
#     [bluetooth]# agent NoInputNoOutput
#     Agent registered
#     [bluetooth]# discoverable on
#     Changing discoverable on succeeded
#     [CHG] Controller B8:27:EB:22:57:E0 Discoverable: yes
#
#  Now we have made the Raspberry Pi discoverable we can pair to it from the
#  mobile phone. Once it has paired you can tell the Raspberry Pi that it is a
#  trusted device
#
#     [Nexus 5X]# trust 64:BC:0C:F6:22:F8
#
#  Now the phone is connected you can run this script to find which track is
#  playing
#
#     pi@RPi3:~ $ python3 examples/control_media_player.py


# Find the mac address of the first media player connected over Bluetooth
mac_addr = None
for dbus_path in dbus_tools.get_managed_objects():
    if dbus_path.endswith('player0'):
        mac_addr = dbus_tools.get_device_address_from_dbus_path(dbus_path)

if mac_addr:

    mp = media_player.MediaPlayer(mac_addr)