def scan_wunderbars():
"""
Scan Wunderbar devices and show what we find about them.
"""
devices = scan_ble_devices(name_filter='Wunderbar.*')
for dev in devices:
print("Discovered device: %(addr)s %(name)s " % dev)
d = GattDevice(dev['addr'])
chars = d.characteristics()
for char in chars:
if len(char['_uuid']) == 4:
print(' characteristic uuid: %s' % char['uuid'])
h = char['name_handle']
dat = d.char_read_hnd(h)
args = (h, dat, repr(data2str(dat)))
print(' name handle: %s, data: %s, str: %s' % args)
h = char['value_handle']
dat = d.char_read_hnd(h)
args = (h, dat, repr(data2str(dat)))
print(' value handle: %s, data: %s, str: %s' % args)
print(' device name: %s' % d.read_device_name())
print(' battery level: %s' % d.read_battery_level())
print('')
def scan_wunderbars():
"""
Scan Wunderbar devices and show what we find about them.
"""
devices = scan_ble_devices(name_filter='Wunderbar.*')
for dev in devices:
print("Discovered device: %(addr)s %(name)s " % dev)
d = GattDevice(dev['addr'])
chars = d.characteristics()
for char in chars:
if len(char['_uuid']) == 4:
print(' characteristic uuid: %s' % char['uuid'])
h = char['name_handle']
dat = d.char_read_hnd(h)
args = (h, dat, repr(data2str(dat)))
print(' name handle: %s, data: %s, str: %s' % args)
h = char['value_handle']
dat = d.char_read_hnd(h)
args = (h, dat, repr(data2str(dat)))
print(' value handle: %s, data: %s, str: %s' % args)
print(' device name: %s' % d.read_device_name())
print(' battery level: %s' % d.read_battery_level())
print('')
def test_ble_scan(self):
"Test BLE service discovery (needs switched on BLE devices!)."
from relayr.ble import scan_ble_devices
devs = scan_ble_devices(timeout=3)
assert len(devs) > 0
def test_ble_scan(self):
"Test BLE service discovery (needs switched on BLE devices!)."
from relayr.ble import scan_ble_devices
devs = scan_ble_devices(timeout=3)
assert len(devs) > 0
