def fake_device(self):
return FakeDevice(
"d073d5000001",
chp.default_responders(
Products.LCM2_A19,
label="kitchen",
firmware=chp.Firmware(2, 80, 1337),
group_uuid="aa",
group_label="g1",
group_updated_at=42,
location_uuid="bb",
location_label="l1",
location_updated_at=56,
),
)
class V:
serials = ["d073d5000001", "d073d5000002", "d073d5000003"]
d1 = FakeDevice(serials[0], chp.default_responders(Products.LCM3_TILE))
d2 = FakeDevice(serials[1], chp.default_responders(Products.LCM2_Z, zones=[]))
d3 = FakeDevice(
serials[2],
chp.default_responders(
Products.LCM2_A19,
firmware=chp.Firmware(2, 80, 1337),
group_uuid="aa",
group_label="g1",
group_updated_at=42,
location_uuid="bb",
location_label="l1",
location_updated_at=56,
),
)
@hp.memoized_property
def devices(s):
return [s.d1, s.d2, s.d3]
from photons_messages import MultiZoneEffectType, TileEffectType
from photons_transport.fake import FakeDevice
from photons_products import Products
from delfick_project.errors_pytest import assertRaises
describe "default_responders":
async it "has defaults":
device = FakeDevice("d073d5000001", chp.default_responders())
await device.start()
assert device.attrs.vendor_id == 1
assert device.attrs.product_id == 27
assert device.attrs.firmware == chp.Firmware(0, 0, 0)
assert device.attrs.color == chp.Color(0, 1, 1, 3500)
assert device.attrs.power == 0
assert device.attrs.group_uuid == ""
assert device.attrs.group_label == ""
assert device.attrs.group_updated_at == 0
assert device.attrs.location_uuid == ""
assert device.attrs.location_label == ""
assert device.attrs.location_updated_at == 0
assert not any(isinstance(r, chp.ZonesResponder) for r in device.responders)
assert not any(isinstance(r, chp.MatrixResponder) for r in device.responders)
assert not any(isinstance(r, chp.InfraredResponder) for r in device.responders)
super().compare_received(expected, keep_duplicates=keep_duplicates)
def expect_no_set_messages(self):
assert not any([
m for m in self.received if m.__class__.__name__.startswith("Set")
])
a19_1 = FakeDevice(
"d073d5000001",
chp.default_responders(
Products.LCM2_A19,
label="kitchen",
power=0,
color=chp.Color(0, 1, 1, 2500),
firmware=chp.Firmware(2, 75, 1521690429),
) + [CollectionResponder(group=group_one, location=location_one)],
)
a19_2 = FakeDevice(
"d073d5000002",
chp.default_responders(
Products.LCM2_A19,
label="bathroom",
power=65535,
color=chp.Color(100, 1, 1, 2500),
firmware=chp.Firmware(2, 75, 1521690429),
) + [CollectionResponder(group=group_two, location=location_one)],
)
color1000 = FakeDevice(
zeroColor = chp.Color(0, 0, 0, 3500)
zones1 = [chp.Color(i, 1, 1, 3500) for i in range(30)]
zones2 = [chp.Color(90 - i, 1, 1, 3500) for i in range(6)]
zones3 = [chp.Color(300 - i, 1, 1, 3500) for i in range(16)]
light1 = FakeDevice(
"d073d5000001",
chp.default_responders(
Products.LCM3_TILE,
power=0,
label="bob",
infrared=100,
color=chp.Color(100, 0.5, 0.5, 4500),
firmware=chp.Firmware(3, 50, 1548977726000000000),
),
)
light2 = FakeDevice(
"d073d5000002",
chp.default_responders(
Products.LMB_MESH_A21,
power=65535,
label="sam",
infrared=0,
color=chp.Color(200, 0.3, 1, 9000),
firmware=chp.Firmware(2, 2, 1448861477000000000),
),
)
type=TileEffectType.FLAME, parameters={}, palette=[chp.Color(0, 0, 0, 3500)]
),
[],
)
describe "ZonesResponder":
def make_device(self, enum, firmware, zones=None):
return Device(
chp.ProductResponder.from_product(enum, firmware), chp.ZonesResponder(zones=zones),
)
async it "complains if you try to set too many zones":
zones = [chp.Color(0, 0, 0, 0)] * 83
with assertRaises(PhotonsAppError, "Can only have up to 82 zones!"):
async with self.make_device(Products.LCM1_Z, chp.Firmware(0, 0, 0), zones):
pass
async it "doesn't respond if we aren't a multizone device":
async with self.make_device(Products.LCMV4_A19_COLOR, chp.Firmware(0, 0, 0)) as device:
assert "zones_effect" not in device.attrs
assert "zones" not in device.attrs
await device.assertResponse(MultiZoneMessages.GetMultiZoneEffect(), [])
await device.assertResponse(
MultiZoneMessages.SetMultiZoneEffect.empty_normalise(
type=MultiZoneEffectType.MOVE, parameters={}
),
[],
)