def _parse_attribute(entity, attrib, value, *argv, **kwargs):
"""parse non standard attributes."""
import zigpy.types as t
from zigpy.zcl import foundation as f
if type(value) is str:
result = bytearray()
result.extend(map(ord, value))
value = result
if entity.entity_connect == {}:
entity_store = zha_new.get_entity_store(entity.hass)
device_store = entity_store.get(entity._endpoint._device._ieee, {})
for dev_ent in device_store:
if hasattr(dev_ent, 'cluster_key'):
entity.entity_connect[dev_ent.cluster_key] = dev_ent
attributes = {}
if attrib == 85:
#result = []
result = float(t.Double(value))
attributes["power"] = float(t.Double(value))
attributes["unit_of_measurement"] = 'W'
attrib = 0
else:
result = value
attributes["Last seen"] = dt_util.now()
if "path" in attributes:
entity._endpoint._device.handle_RouteRecord(attributes["path"])
entity._device_state_attributes.update(attributes)
return (attrib, result)
def test_single_and_double_with_struct(value, only_double):
# Float and double must match the behavior of the built-in struct module
if not only_double:
assert t.Single(value).serialize() == struct.pack("<f", value)
v1, r1 = t.Single.deserialize(struct.pack("<f", value))
assert compare_with_nan(v1, t.Single(value))
assert r1 == b""
assert t.Double(value).serialize() == struct.pack("<d", value)
v2, r2 = t.Double.deserialize(struct.pack("<d", value))
assert compare_with_nan(v2, t.Double(value))
assert r2 == b""
def test_double():
value = 1.25
extra = b"ab12!"
v = t.Double(value)
ser = v.serialize()
assert t.Double.deserialize(ser) == (value, b"")
assert t.Double.deserialize(ser + extra) == (value, extra)
with pytest.raises(ValueError):
t.Double.deserialize(ser[1:])
def _parse_attribute(entity, attrib, value, *argv):
""" parse non standard atrributes."""
import zigpy.types as t
from zigpy.zcl import foundation as f
_LOGGER.debug('parse value type %s', type(value))
result = []
if type(value) is str:
result = bytearray()
result.extend(map(ord, value))
value = result
if entity.entity_connect == {}:
entity_store = zha_new.get_entity_store(entity.hass)
device_store = entity_store.get(entity._endpoint._device._ieee, {})
for dev_ent in device_store:
if hasattr(dev_ent, 'cluster_key'):
entity.entity_connect[dev_ent.cluster_key] = dev_ent
attributes = {}
if attrib == 85:
attributes["value"] = float(t.Double(value))
attributes["last seen"] = dt_util.now()
if isinstance(value, float): # rotation
event = "rotation"
command = 'cube_rotation'
else:
if value >= 499:
event = "double_tap"
elif value >= 250:
event = "slide"
elif value >= 100:
event = "flip_180"
elif value == 0:
event = "shake"
elif value <= 15:
event = "noise"
elif value > 0:
event = "flip_90"
command = 'cube_slide'
_LOGGER.debug("value### "+str(result) + "## state ## "+event)
entity._state = event
event_data = {
'entity_id': entity.entity_id,
'channel': 'Level',
'command': command,
'step': event
}
entity.hass.bus.fire('cube_event', event_data)
elif attrib == 0xff01:
_LOGGER.debug("Parse dict 0xff01: set friendly attribute names")
attribute_name = {
4: "X-attrib-4",
1: "battery_voltage_mV",
100: "temperature",
101: "humidity",
102: "pressure",
5: "X-attrib-5",
6: "X-attrib-6",
10: "path" # was X-attrib-10
}
result = {}
while value:
skey = int(value[0])
svalue, value = f.TypeValue.deserialize(value[1:])
result[skey] = svalue.value
for item, value in result.items():
key = attribute_name[item] \
if item in attribute_name else "0xff01-" + str(item)
attributes[key] = value
if "battery_voltage_mV" in attributes:
attributes["battery_level"] = int(
_battery_percent(attributes["battery_voltage_mV"]))
if "path" in attributes:
entity._endpoint._device.handle_RouteRecord(attributes["path"])
entity._device_state_attributes.update(attributes)
def test_double():
v = t.Double(1.25)
ser = v.serialize()
assert t.Double.deserialize(ser) == (1.25, b'')