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cba073ebde
python-kasa/kasa/tests/conftest.py
J. Nick Koston cba073ebde
Add support for tapo wall switches (S500D) (#704) 
* Add support for the S500D

* tweak

* Update README.md
2024-01-25 08:54:56 +01:00

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import asyncio
import glob
import json
import os
from dataclasses import dataclass
from json import dumps as json_dumps
from os.path import basename
from pathlib import Path, PurePath
from typing import Dict, Optional, Set
from unittest.mock import MagicMock
import pytest # type: ignore # see https://github.com/pytest-dev/pytest/issues/3342
from kasa import (
Credentials,
Discover,
SmartBulb,
SmartDevice,
SmartDimmer,
SmartLightStrip,
SmartPlug,
SmartStrip,
TPLinkSmartHomeProtocol,
)
from kasa.tapo import TapoBulb, TapoDevice, TapoPlug
from .newfakes import FakeSmartProtocol, FakeTransportProtocol
SUPPORTED_IOT_DEVICES = [
(device, "IOT")
for device in glob.glob(
os.path.dirname(os.path.abspath(__file__)) + "/fixtures/*.json"
)
]
SUPPORTED_SMART_DEVICES = [
(device, "SMART")
for device in glob.glob(
os.path.dirname(os.path.abspath(__file__)) + "/fixtures/smart/*.json"
)
]
SUPPORTED_DEVICES = SUPPORTED_IOT_DEVICES + SUPPORTED_SMART_DEVICES
# Tapo bulbs
BULBS_SMART_VARIABLE_TEMP = {"L530E", "L930-5"}
BULBS_SMART_LIGHT_STRIP = {"L900-5", "L900-10", "L920-5", "L930-5"}
BULBS_SMART_COLOR = {"L530E", *BULBS_SMART_LIGHT_STRIP}
BULBS_SMART_DIMMABLE = {"KS225", "L510B", "L510E"}
BULBS_SMART = (
BULBS_SMART_VARIABLE_TEMP.union(BULBS_SMART_COLOR)
.union(BULBS_SMART_DIMMABLE)
.union(BULBS_SMART_LIGHT_STRIP)
)
# Kasa (IOT-prefixed) bulbs
BULBS_IOT_LIGHT_STRIP = {"KL400L5", "KL430", "KL420L5"}
BULBS_IOT_VARIABLE_TEMP = {
"LB120",
"LB130",
"KL120",
"KL125",
"KL130",
"KL135",
"KL430",
}
BULBS_IOT_COLOR = {"LB130", "KL125", "KL130", "KL135", *BULBS_IOT_LIGHT_STRIP}
BULBS_IOT_DIMMABLE = {"KL50", "KL60", "LB100", "LB110", "KL110"}
BULBS_IOT = (
BULBS_IOT_VARIABLE_TEMP.union(BULBS_IOT_COLOR)
.union(BULBS_IOT_DIMMABLE)
.union(BULBS_IOT_LIGHT_STRIP)
)
BULBS_VARIABLE_TEMP = {*BULBS_SMART_VARIABLE_TEMP, *BULBS_IOT_VARIABLE_TEMP}
BULBS_COLOR = {*BULBS_SMART_COLOR, *BULBS_IOT_COLOR}
LIGHT_STRIPS = {*BULBS_SMART_LIGHT_STRIP, *BULBS_IOT_LIGHT_STRIP}
BULBS = {
*BULBS_IOT,
*BULBS_SMART,
}
PLUGS_IOT = {
"HS100",
"HS103",
"HS105",
"HS110",
"HS200",
"HS210",
"EP10",
"KP100",
"KP105",
"KP115",
"KP125",
"KP401",
"KS200M",
}
# P135 supports dimming, but its not currently support
# by the library
PLUGS_SMART = {"P100", "P110", "KP125M", "EP25", "KS205", "P125M", "P135"}
PLUGS = {
*PLUGS_IOT,
*PLUGS_SMART,
}
STRIPS_IOT = {"HS107", "HS300", "KP303", "KP200", "KP400", "EP40"}
STRIPS_SMART: Set[str] = set()
STRIPS = {*STRIPS_IOT, *STRIPS_SMART}
DIMMERS_IOT = {"ES20M", "HS220", "KS220M", "KS230", "KP405"}
DIMMERS_SMART = {"S500D"}
DIMMERS = {
*DIMMERS_IOT,
*DIMMERS_SMART,
}
WITH_EMETER_IOT = {"HS110", "HS300", "KP115", "KP125", *BULBS_IOT}
WITH_EMETER_SMART = {"P110", "KP125M", "EP25"}
WITH_EMETER = {*WITH_EMETER_IOT, *WITH_EMETER_SMART}
DIMMABLE = {*BULBS, *DIMMERS}
ALL_DEVICES_IOT = BULBS_IOT.union(PLUGS_IOT).union(STRIPS_IOT).union(DIMMERS_IOT)
ALL_DEVICES_SMART = (
BULBS_SMART.union(PLUGS_SMART).union(STRIPS_SMART).union(DIMMERS_SMART)
)
ALL_DEVICES = ALL_DEVICES_IOT.union(ALL_DEVICES_SMART)
IP_MODEL_CACHE: Dict[str, str] = {}
def _make_unsupported(device_family, encrypt_type):
return {
"result": {
"device_id": "xx",
"owner": "xx",
"device_type": device_family,
"device_model": "P110(EU)",
"ip": "127.0.0.1",
"mac": "48-22xxx",
"is_support_iot_cloud": True,
"obd_src": "tplink",
"factory_default": False,
"mgt_encrypt_schm": {
"is_support_https": False,
"encrypt_type": encrypt_type,
"http_port": 80,
"lv": 2,
},
},
"error_code": 0,
}
UNSUPPORTED_DEVICES = {
"unknown_device_family": _make_unsupported("SMART.TAPOXMASTREE", "AES"),
"wrong_encryption_iot": _make_unsupported("IOT.SMARTPLUGSWITCH", "AES"),
"wrong_encryption_smart": _make_unsupported("SMART.TAPOBULB", "IOT"),
"unknown_encryption": _make_unsupported("IOT.SMARTPLUGSWITCH", "FOO"),
}
def idgenerator(paramtuple):
try:
return basename(paramtuple[0]) + (
"" if paramtuple[1] == "IOT" else "-" + paramtuple[1]
)
except: # TODO: HACK as idgenerator is now used by default # noqa: E722
return None
def filter_model(desc, model_filter, protocol_filter=None):
if protocol_filter is None:
protocol_filter = {"IOT", "SMART"}
filtered = list()
for file, protocol in SUPPORTED_DEVICES:
if protocol in protocol_filter:
file_model_region = basename(file).split("_")[0]
file_model = file_model_region.split("(")[0]
for model in model_filter:
if model == file_model:
filtered.append((file, protocol))
filtered_basenames = [basename(f) + "-" + p for f, p in filtered]
print(f"# {desc}")
for file in filtered_basenames:
print(f"\t{file}")
return filtered
def parametrize(desc, devices, protocol_filter=None, ids=None):
if ids is None:
ids = idgenerator
return pytest.mark.parametrize(
"dev", filter_model(desc, devices, protocol_filter), indirect=True, ids=ids
)
has_emeter = parametrize("has emeter", WITH_EMETER, protocol_filter={"SMART", "IOT"})
no_emeter = parametrize(
"no emeter", ALL_DEVICES - WITH_EMETER, protocol_filter={"SMART", "IOT"}
)
has_emeter_iot = parametrize("has emeter iot", WITH_EMETER_IOT, protocol_filter={"IOT"})
no_emeter_iot = parametrize(
"no emeter iot", ALL_DEVICES_IOT - WITH_EMETER_IOT, protocol_filter={"IOT"}
)
bulb = parametrize("bulbs", BULBS, protocol_filter={"SMART", "IOT"})
plug = parametrize("plugs", PLUGS, protocol_filter={"IOT"})
strip = parametrize("strips", STRIPS, protocol_filter={"IOT"})
dimmer = parametrize("dimmers", DIMMERS, protocol_filter={"IOT"})
lightstrip = parametrize("lightstrips", LIGHT_STRIPS, protocol_filter={"IOT"})
# bulb types
dimmable = parametrize("dimmable", DIMMABLE, protocol_filter={"IOT"})
non_dimmable = parametrize("non-dimmable", BULBS - DIMMABLE, protocol_filter={"IOT"})
variable_temp = parametrize(
"variable color temp", BULBS_VARIABLE_TEMP, protocol_filter={"SMART", "IOT"}
)
non_variable_temp = parametrize(
"non-variable color temp",
BULBS - BULBS_VARIABLE_TEMP,
protocol_filter={"SMART", "IOT"},
)
color_bulb = parametrize("color bulbs", BULBS_COLOR, protocol_filter={"SMART", "IOT"})
non_color_bulb = parametrize(
"non-color bulbs", BULBS - BULBS_COLOR, protocol_filter={"SMART", "IOT"}
)
color_bulb_iot = parametrize(
"color bulbs iot", BULBS_IOT_COLOR, protocol_filter={"IOT"}
)
variable_temp_iot = parametrize(
"variable color temp iot", BULBS_IOT_VARIABLE_TEMP, protocol_filter={"IOT"}
)
bulb_iot = parametrize("bulb devices iot", BULBS_IOT, protocol_filter={"IOT"})
plug_smart = parametrize("plug devices smart", PLUGS_SMART, protocol_filter={"SMART"})
bulb_smart = parametrize("bulb devices smart", BULBS_SMART, protocol_filter={"SMART"})
dimmers_smart = parametrize(
"dimmer devices smart", DIMMERS_SMART, protocol_filter={"SMART"}
)
device_smart = parametrize(
"devices smart", ALL_DEVICES_SMART, protocol_filter={"SMART"}
)
device_iot = parametrize("devices iot", ALL_DEVICES_IOT, protocol_filter={"IOT"})
def get_fixture_data():
"""Return raw discovery file contents as JSON. Used for discovery tests."""
fixture_data = {}
for file, protocol in SUPPORTED_DEVICES:
p = Path(file)
if not p.is_absolute():
folder = Path(__file__).parent / "fixtures"
if protocol == "SMART":
folder = folder / "smart"
p = folder / file
with open(p) as f:
fixture_data[basename(p)] = json.load(f)
return fixture_data
FIXTURE_DATA = get_fixture_data()
def filter_fixtures(desc, root_filter):
filtered = {}
for key, val in FIXTURE_DATA.items():
if root_filter in val:
filtered[key] = val
print(f"# {desc}")
for key in filtered:
print(f"\t{key}")
return filtered
def parametrize_discovery(desc, root_key):
filtered_fixtures = filter_fixtures(desc, root_key)
return pytest.mark.parametrize(
"all_fixture_data",
filtered_fixtures.values(),
indirect=True,
ids=filtered_fixtures.keys(),
)
new_discovery = parametrize_discovery("new discovery", "discovery_result")
def check_categories():
"""Check that every fixture file is categorized."""
categorized_fixtures = set(
dimmer.args[1]
+ strip.args[1]
+ plug.args[1]
+ bulb.args[1]
+ lightstrip.args[1]
+ plug_smart.args[1]
+ bulb_smart.args[1]
+ dimmers_smart.args[1]
)
diff = set(SUPPORTED_DEVICES) - set(categorized_fixtures)
if diff:
for file, protocol in diff:
print(
f"No category for file {file} protocol {protocol}, add to the corresponding set (BULBS, PLUGS, ..)"
)
raise Exception(f"Missing category for {diff}")
check_categories()
# Parametrize tests to run with device both on and off
turn_on = pytest.mark.parametrize("turn_on", [True, False])
async def handle_turn_on(dev, turn_on):
if turn_on:
await dev.turn_on()
else:
await dev.turn_off()
def device_for_file(model, protocol):
if protocol == "SMART":
for d in PLUGS_SMART:
if d in model:
return TapoPlug
for d in BULBS_SMART:
if d in model:
return TapoBulb
for d in DIMMERS_SMART:
if d in model:
return TapoBulb
else:
for d in STRIPS_IOT:
if d in model:
return SmartStrip
for d in PLUGS_IOT:
if d in model:
return SmartPlug
# Light strips are recognized also as bulbs, so this has to go first
for d in BULBS_IOT_LIGHT_STRIP:
if d in model:
return SmartLightStrip
for d in BULBS_IOT:
if d in model:
return SmartBulb
for d in DIMMERS_IOT:
if d in model:
return SmartDimmer
raise Exception("Unable to find type for %s", model)
async def _update_and_close(d):
await d.update()
await d.protocol.close()
return d
async def _discover_update_and_close(ip, username, password):
if username and password:
credentials = Credentials(username=username, password=password)
else:
credentials = None
d = await Discover.discover_single(ip, timeout=10, credentials=credentials)
return await _update_and_close(d)
async def get_device_for_file(file, protocol):
# if the wanted file is not an absolute path, prepend the fixtures directory
p = Path(file)
if not p.is_absolute():
folder = Path(__file__).parent / "fixtures"
if protocol == "SMART":
folder = folder / "smart"
p = folder / file
def load_file():
with open(p) as f:
return json.load(f)
loop = asyncio.get_running_loop()
sysinfo = await loop.run_in_executor(None, load_file)
model = basename(file)
d = device_for_file(model, protocol)(host="127.0.0.123")
if protocol == "SMART":
d.protocol = FakeSmartProtocol(sysinfo)
else:
d.protocol = FakeTransportProtocol(sysinfo)
await _update_and_close(d)
return d
@pytest.fixture(params=SUPPORTED_DEVICES, ids=idgenerator)
async def dev(request):
"""Device fixture.
Provides a device (given --ip) or parametrized fixture for the supported devices.
The initial update is called automatically before returning the device.
"""
file, protocol = request.param
ip = request.config.getoption("--ip")
username = request.config.getoption("--username")
password = request.config.getoption("--password")
if ip:
model = IP_MODEL_CACHE.get(ip)
d = None
if not model:
d = await _discover_update_and_close(ip, username, password)
IP_MODEL_CACHE[ip] = model = d.model
if model not in file:
pytest.skip(f"skipping file {file}")
dev: SmartDevice = (
d if d else await _discover_update_and_close(ip, username, password)
)
else:
dev: SmartDevice = await get_device_for_file(file, protocol)
yield dev
await dev.disconnect()
@pytest.fixture
def discovery_mock(all_fixture_data, mocker):
@dataclass
class _DiscoveryMock:
ip: str
default_port: int
discovery_port: int
discovery_data: dict
query_data: dict
device_type: str
encrypt_type: str
login_version: Optional[int] = None
port_override: Optional[int] = None
if "discovery_result" in all_fixture_data:
discovery_data = {"result": all_fixture_data["discovery_result"]}
device_type = all_fixture_data["discovery_result"]["device_type"]
encrypt_type = all_fixture_data["discovery_result"]["mgt_encrypt_schm"][
"encrypt_type"
]
login_version = all_fixture_data["discovery_result"]["mgt_encrypt_schm"].get(
"lv"
)
datagram = (
b"\x02\x00\x00\x01\x01[\x00\x00\x00\x00\x00\x00W\xcev\xf8"
+ json_dumps(discovery_data).encode()
)
dm = _DiscoveryMock(
"127.0.0.123",
80,
20002,
discovery_data,
all_fixture_data,
device_type,
encrypt_type,
login_version,
)
else:
sys_info = all_fixture_data["system"]["get_sysinfo"]
discovery_data = {"system": {"get_sysinfo": sys_info}}
device_type = sys_info.get("mic_type") or sys_info.get("type")
encrypt_type = "XOR"
login_version = None
datagram = TPLinkSmartHomeProtocol.encrypt(json_dumps(discovery_data))[4:]
dm = _DiscoveryMock(
"127.0.0.123",
9999,
9999,
discovery_data,
all_fixture_data,
device_type,
encrypt_type,
login_version,
)
def mock_discover(self):
port = (
dm.port_override
if dm.port_override and dm.discovery_port != 20002
else dm.discovery_port
)
self.datagram_received(
datagram,
(dm.ip, port),
)
mocker.patch("kasa.discover._DiscoverProtocol.do_discover", mock_discover)
mocker.patch(
"socket.getaddrinfo",
side_effect=lambda *_, **__: [(None, None, None, None, (dm.ip, 0))],
)
if "component_nego" in dm.query_data:
proto = FakeSmartProtocol(dm.query_data)
else:
proto = FakeTransportProtocol(dm.query_data)
async def _query(request, retry_count: int = 3):
return await proto.query(request)
mocker.patch("kasa.IotProtocol.query", side_effect=_query)
mocker.patch("kasa.SmartProtocol.query", side_effect=_query)
mocker.patch("kasa.TPLinkSmartHomeProtocol.query", side_effect=_query)
yield dm
@pytest.fixture
def discovery_data(all_fixture_data):
"""Return raw discovery file contents as JSON. Used for discovery tests."""
if "discovery_result" in all_fixture_data:
return {"result": all_fixture_data["discovery_result"]}
else:
return {"system": {"get_sysinfo": all_fixture_data["system"]["get_sysinfo"]}}
@pytest.fixture(params=FIXTURE_DATA.values(), ids=FIXTURE_DATA.keys(), scope="session")
def all_fixture_data(request):
"""Return raw fixture file contents as JSON. Used for discovery tests."""
fixture_data = request.param
return fixture_data
@pytest.fixture(params=UNSUPPORTED_DEVICES.values(), ids=UNSUPPORTED_DEVICES.keys())
def unsupported_device_info(request, mocker):
"""Return unsupported devices for cli and discovery tests."""
discovery_data = request.param
host = "127.0.0.1"
def mock_discover(self):
if discovery_data:
data = (
b"\x02\x00\x00\x01\x01[\x00\x00\x00\x00\x00\x00W\xcev\xf8"
+ json_dumps(discovery_data).encode()
)
self.datagram_received(data, (host, 20002))
mocker.patch("kasa.discover._DiscoverProtocol.do_discover", mock_discover)
yield discovery_data
def pytest_addoption(parser):
parser.addoption(
"--ip", action="store", default=None, help="run against device on given ip"
)
parser.addoption(
"--username", action="store", default=None, help="authentication username"
)
parser.addoption(
"--password", action="store", default=None, help="authentication password"
)
def pytest_collection_modifyitems(config, items):
if not config.getoption("--ip"):
print("Testing against fixtures.")
else:
print("Running against ip %s" % config.getoption("--ip"))
requires_dummy = pytest.mark.skip(
reason="test requires to be run against dummy data"
)
for item in items:
if "requires_dummy" in item.keywords:
item.add_marker(requires_dummy)
# allow mocks to be awaited
# https://stackoverflow.com/questions/51394411/python-object-magicmock-cant-be-used-in-await-expression/51399767#51399767
async def async_magic():
pass
MagicMock.__await__ = lambda x: async_magic().__await__()
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