async def test_receiver(self):
signatures = [
BinarySignal.load_signature_from_file(
'../src/bubot/devices/DooyaCurtain433/signature.json'),
]
await self.open_port()
while True:
data = await self.reader.readline()
data = data.decode()
pass
try:
signal = BinarySignal()
try:
res = signal.decode(data)
except KeyError:
continue
except Exception as e:
print('signal decode err', e)
continue
if res:
found = False
for signature in signatures:
res2 = signal.detect_signal(signature)
if res2:
found = True
print(res2.n, res2.cmd, res2.di)
if not found:
# print('{bit_length};{data:x}'.format(data=res, bit_length=signal.bit_length))
print('{data:x}'.format(data=res,
bit_length=signal.bit_length))
else:
print(data)
except KeyError as e:
print('err', str(e), data)
async def signal_handler(self, raw):
self.log.debug('signal decoding: {}'.format(raw))
try:
signal = BinarySignal()
try:
data = signal.decode(raw)
self.log.debug('signal decoded: {}'.format(data))
detect = []
for driver in self.radio_drivers:
try:
_driver = self.radio_drivers[driver][
'driver'].detect_signal(signal)
if _driver:
detect.append(_driver)
except Exception as e:
continue
if len(detect) > 1:
self.log.warning('multi detect for signal {}'.format(data))
if detect:
signal = detect[0]
await self.notify('/radio_msg', signal.props)
except KeyError as e:
self.log.warning('{0} (signal: {1})'.format(str(e), raw))
except Exception as e:
self.log.error('signal decode: {0} (signal: {1})'.format(
str(e), raw))
except KeyError as e:
self.log.warning('{0} (signal: {1})'.format(str(e), raw))
def test_signal_decode_encode_dooya(self):
# data = 'L8000;H4724;L1433;H375;L695;H735;L348;H370;L703;H726;L353;H718;L366;H352;L717;H720;L359;H716;L360;H714;L363;H353;L718;H716;L366;H354;L713;H720;L361;H714;L368;H707;L364;H710;L369;H706;L370;H348;L719;H715;L368;H351;L718;H716;L363;H713;L364;H709;L369;H708;L367;H350;L720;H359;L720;H357;L712;H366;L714;H717;L361;H357;L712;H366;L711;H719;L358;H362;L715;H717;L362;H356;L711;H722;L360;H357;L715;H720;L363;H356;L713;H720;'
data = 'L8000;H4730;L1433;H355;L710;H710;L355;H355;L710;H710;L355;H710;L355;H355;L710;H710;L355;H710;L355;H710;L355;H355;L710;H710;L355;H355;L710;H710;L355;H710;L355;H710;L355;H710;L355;H710;L355;H355;L710;H710;L355;H355;L710;H710;L355;H710;L355;H710;L355;H710;L355;H355;L710;H355;L710;H355;L710;H355;L710;H710;L355;H355;L710;H355;L710;H710;L355;H355;L710;H355;L710;H355;L710;H710;L355;H355;L710;H355;L710;H355;L710;H710;L2000;'
signal = BinarySignal()
data = signal.decode(data)
res = DooyaCurtain433.detect_signal(signal)
self.assertEqual(res.n, 'Dooya DC1651')
signal2 = BinarySignal(di=res.di, cmd=res.cmd, n=res.n)
raw = signal2.encode(DooyaCurtain433.signature)
self.assertEqual(signal2.data, data)
pass
async def test_learn(self):
result = []
index = dict()
learn = dict()
hist = []
i = 0
max = 20
await self.open_port()
while True:
data = await self.reader.readline()
data = data.decode()
pass
try:
signal = BinarySignal()
try:
res = signal.decode(data)
if res:
if res not in index:
result.append(
dict(data=data, count=0, bit_length=[]))
index[res] = i
i += 1
j = index[res]
result[j]['count'] += 1
result[j]['bit_length'].append(signal.bit_length)
print(i, result[j]['count'], signal.bit_length,
'{0:x}'.format(res))
if result[index[res]]['count'] == max:
break
except KeyError:
continue
except Exception as e:
print('signal decode err', e)
continue
except KeyError as e:
print('err', str(e), data)
learn = sorted(learn, key=lambda x: x['count'] - max)
i = 0
print(learn[i]['count'], learn[i]['data'],
sum(learn[i]['bit_length']) / len(learn[i]['bit_length']))
i = 1
print(learn[i]['count'], learn[i]['data'],
sum(learn[i]['bit_length']) / len(learn[i]['bit_length']))
def test_detect_interval(self):
source = 'L12000;H331;L8751;H4729;L1471;H333;L717;H712;L387;H326;L727;H716;L351;H724;L381;H333;L727;H700;L376;H712;L361;H707;L374;H347;L733;H699;L374;H705;L362;H699;L408;H677;L407;H656;L403;H683;L379;H686;L433;H291;L743;H703;L366;H336;L751;H677;L415;H664;L417;H681;L401;H675;L413;H293;L742;H322;L763;H327;L726;H339;L754;H695;L381;H329;L760;H312;L743;H696;L413;H292;L769;H686;L375;H327;L737;H696;L391;H337;L754;H671;L374;H329;L793;H659;L12000;'
signal = BinarySignal()
result = signal.decode(source)
result1 = signal.detect()
pass
def test_signal_decode(self):
data = 'L8000;H4139;L38;H658;L171;H266;L171;H989;L216;H256;L216;H402;L270;H1413;L198;H2528;\r\n'
signal = BinarySignal()
res = signal.decode(data)
pass