def __init__(self):
self.bus = dbus.SystemBus()
self.app = localGATT.Application()
self.srv = localGATT.Service(1, SERVICE_UUID, True)
self.charc = localGATT.Characteristic(1,
CHAR_UUID,
self.srv,
[0xBB],
True,
['write'])
self.charc.service = self.srv.path
self.app.add_managed_object(self.srv)
self.app.add_managed_object(self.charc)
self.srv_mng = GATT.GattManager(adapter.list_adapters()[0])
self.srv_mng.register_application(self.app, {})
self.dongle = adapter.Adapter(adapter.list_adapters()[0])
advert = advertisement.Advertisement(1, 'peripheral')
advert.service_UUIDs = [SERVICE_UUID]
eddystone_data = tools.url_to_advert(WEB_BLINKT, 0x10, TX_POWER)
advert.service_data = {EDDYSTONE: eddystone_data}
if not self.dongle.powered:
self.dongle.powered = True
ad_manager = advertisement.AdvertisingManager(self.dongle.path)
ad_manager.register_advertisement(advert, {})
def central(address):
dongle = adapter.Adapter(adapter.list_adapters()[0])
if not dongle.powered:
dongle.powered = True
# Find nearby devices
dongle.nearby_discovery()
ubit = microbit(address)
sense_buttons = True
ubit.connect()
led2.on()
buzz.on()
sleep(BEEP_TIME)
buzz.off()
while sense_buttons:
btn_a = ubit.read_button_a()
btn_b = ubit.read_button_b()
# print('Button states: a={} b={}'.format(btn_a, btn_b))
if btn_a > 0 and btn_b < 1:
print('Button A')
led1.on()
led3.off()
elif btn_a < 1 and btn_b > 0:
print('Button B')
led1.off()
led3.on()
elif btn_a > 0 and btn_b > 0:
sense_buttons = False
led1.on()
led3.on()
buzz.on()
sleep(BEEP_TIME)
buzz.off()
print('Bye bye!!!')
elif btn_a < 1 and btn_b < 1:
led1.off()
led3.off()
if not ubit.connected:
sense_buttons = False
led1.on()
led2.on()
led3.on()
buzz.on()
sleep(BEEP_TIME)
buzz.off()
sleep(0.02)
# Disconnect device
ubit.disconnect()
# Read the connected status property
led1.off()
led2.off()
led3.off()
buzz.off()
def client():
dongle = adapter.Adapter(adapter.list_adapters()[0])
if not dongle.powered:
dongle.powered = True
dongle.nearby_discovery()
cc2650 = device.Device(tools.device_dbus_path(constants.DEVICE_INTERFACE,
'SensorTag')[0])
# Connect to device
cc2650.connect()
while not cc2650.services_resolved:
sleep(0.5)
# constants
TMP_CONF_PATH = Characteristic(tools.uuid_dbus_path(
constants.GATT_CHRC_IFACE,
'F000AA02-0451-4000-B000-000000000000')[0])
TMP_DATA_PATH = Characteristic(tools.uuid_dbus_path(
constants.GATT_CHRC_IFACE,
'F000AA01-0451-4000-B000-000000000000')[0])
OPT_CONF_PATH = Characteristic(tools.uuid_dbus_path(
constants.GATT_CHRC_IFACE,
'F000AA72-0451-4000-B000-000000000000')[0])
OPT_DATA_PATH = Characteristic(tools.uuid_dbus_path(
constants.GATT_CHRC_IFACE,
'F000AA71-0451-4000-B000-000000000000')[0])
BAR_CONF_PATH = Characteristic(tools.uuid_dbus_path(
constants.GATT_CHRC_IFACE,
'F000AA42-0451-4000-B000-000000000000')[0])
BAR_DATA_PATH = Characteristic(tools.uuid_dbus_path(
constants.GATT_CHRC_IFACE,
'F000AA41-0451-4000-B000-000000000000')[0])
HUM_CONF_PATH = Characteristic(tools.uuid_dbus_path(
constants.GATT_CHRC_IFACE,
'F000AA22-0451-4000-B000-000000000000')[0])
HUM_DATA_PATH = Characteristic(tools.uuid_dbus_path(
constants.GATT_CHRC_IFACE,
'F000AA21-0451-4000-B000-000000000000')[0])
# Read the connected status property
if cc2650.connected:
# IR Temperature Sensor
print('\nIR Temperature Sensor')
read_sensor(TMP_CONF_PATH, TMP_DATA_PATH)
# Optical Sensor
print('\nOptical Sensor')
read_sensor(OPT_CONF_PATH, OPT_DATA_PATH)
# Barometric Pressure Sensor
print('\nBarometric Pressure Sensor')
read_sensor(BAR_CONF_PATH, BAR_DATA_PATH)
# Humidity Sensor
print('\nHumidity Sensor')
read_sensor(HUM_CONF_PATH, HUM_DATA_PATH)
# Disconnect device
cc2650.disconnect()
def __init__(self):
self.bus = dbus.SystemBus()
self.app = localGATT.Application()
self.srv = localGATT.Service(1, CPU_TMP_SRVC, True)
self.charc = TemperatureChrc(self.srv)
self.charc.service = self.srv.path
cpu_format_value = dbus.Array([dbus.Byte(0x0E),
dbus.Byte(0xFE),
dbus.Byte(0x2F),
dbus.Byte(0x27),
dbus.Byte(0x01),
dbus.Byte(0x00),
dbus.Byte(0x00)])
self.cpu_format = localGATT.Descriptor(4,
CPU_FMT_DSCP,
self.charc,
cpu_format_value,
['read'])
self.app.add_managed_object(self.srv)
self.app.add_managed_object(self.charc)
self.app.add_managed_object(self.cpu_format)
self.srv_mng = GATT.GattManager(adapter.list_adapters()[0])
self.srv_mng.register_application(self.app, {})
self.dongle = adapter.Adapter(adapter.list_adapters()[0])
advert = advertisement.Advertisement(1, 'peripheral')
advert.service_UUIDs = [CPU_TMP_SRVC]
# eddystone_data = tools.url_to_advert(WEB_BLINKT, 0x10, TX_POWER)
# advert.service_data = {EDDYSTONE: eddystone_data}
if not self.dongle.powered:
self.dongle.powered = True
ad_manager = advertisement.AdvertisingManager(self.dongle.address)
ad_manager.register_advertisement(advert, {})
def __init__(self):
self.bus = dbus.SystemBus()
self.app = localGATT.Application()
self.srv = localGATT.Service(1, SERVICE_UUID, True)
self.light = localGATT.Characteristic(1, LIGHT_UUID, self.srv, [0xAA], True, ["read", "notify"])
self.switch = localGATT.Characteristic(2, SWITCH_UUID, self.srv, [0xBB], True, ["read", "write", "notify"])
self.light.service = self.srv.path
self.app.add_managed_object(self.srv)
self.app.add_managed_object(self.light)
self.app.add_managed_object(self.switch)
self.srv_mng = GATT.GattManager(adapter.list_adapters()[0])
self.srv_mng.register_application(self.app, {})
self.dongle = adapter.Adapter(adapter.list_adapters()[0])
advert = advertisement.Advertisement(1, "peripheral")
advert.service_UUIDs = [SERVICE_UUID]
if not self.dongle.powered:
self.dongle.powered = True
ad_manager = advertisement.AdvertisingManager(self.dongle.path)
ad_manager.register_advertisement(advert, {})
def __init__(self, adapter_obj=None):
"""Default initialiser.
Creates the BLE beacon object
If an adapter object exists then give it as an optional argument
If an adapter object is not given then the first adapter found is used
:param adapter_obj: Optional Python adapter object.
"""
self.dongle = None
if adapter_obj is None:
self.dongle = adapter.Adapter(adapter.list_adapters()[0])
else:
self.dongle = adapter_obj
self.broadcaster = advertisement.Advertisement(1, 'broadcast')
def __init__(self, adapter_addr=None):
self.bus = dbus.SystemBus()
if adapter_addr is None:
adapters = adapter.list_adapters()
if len(adapters) > 0:
adapter_addr = adapters[0]
self.advert_mngr_path = dbus_tools.get_dbus_path(adapter=adapter_addr)
self.advert_mngr_obj = self.bus.get_object(
constants.BLUEZ_SERVICE_NAME,
self.advert_mngr_path)
self.advert_mngr_methods = dbus.Interface(
self.advert_mngr_obj,
constants.LE_ADVERTISING_MANAGER_IFACE)
self.advert_mngr_props = dbus.Interface(self.advert_mngr_obj,
dbus.PROPERTIES_IFACE)
def main():
dongles = adapter.list_adapters()
print('dongles available: ', dongles)
dongle = adapter.Adapter(dongles[0])
print('address: ', dongle.address)
print('name: ', dongle.name)
print('alias: ', dongle.alias)
print('powered: ', dongle.powered)
print('pairable: ', dongle.pairable)
print('pairable timeout: ', dongle.pairabletimeout)
print('discoverable: ', dongle.discoverable)
print('discoverable timeout: ', dongle.discoverabletimeout)
print('discovering: ', dongle.discovering)
print('Powered: ', dongle.powered)
if not dongle.powered:
dongle.powered = True
print('Now powered: ', dongle.powered)
print('Start discovering')
dongle.nearby_discovery()
from bluezero import adapter
dongles = adapter.list_adapters()
print("dongles available: ", dongles)
dongle = adapter.Adapter(dongles[0])
print("address: ", dongle.address)
print("name: ", dongle.name)
print("alias: ", dongle.alias)
print("powered: ", dongle.powered)
print("pairable: ", dongle.pairable)
print("pairable timeout: ", dongle.pairabletimeout)
print("discoverable: ", dongle.discoverable)
print("discoverable timeout: ", dongle.discoverabletimeout)
print("discovering: ", dongle.discovering)
print("Powered: ", dongle.powered)
if not dongle.powered:
dongle.powered = True
print("Now powered: ", dongle.powered)
print("Start discovering")
dongle.nearby_discovery()
dongle.powered = False
break
else:
print("this command is not recognized")
if __name__ == '__main__':
""" This script considers that your remote device has its bluetooth
function on. Since we know that get_managed_objects() methods does keep
device objects found earlier in most situation we will use it
to retrieve our targeted device adresse"""
"Replace the mac address by the targeted device"
target_dev_address = '94:87:E0:8A:3B:A1'
adapter_adress = list_adapters()[0]
bluetooth_adapter = Adapter(adapter_adress)
bluetooth_adapter.nearby_discovery()
"Find managed devices adresses"
dev_obj_path_list = filter_by_interface(dbus_tools.get_managed_objects(),
constants.DEVICE_INTERFACE)
dev_addr_list = list(
map(dbus_tools.get_mac_addr_from_dbus_path, dev_obj_path_list))
print("Managed devices: ", dev_addr_list)
"Attempt to connect pair and connect to the device"
remote_device = None
if target_dev_address in dev_addr_list:
remote_device = Device(adapter_adress, target_dev_address)
def test_no_adapters(self):
# Check for adapters.
with self.assertRaises(AdapterError):
out = adapter.list_adapters()