def test_valid_wildcard(self):
channel = channels.ResourceValues(device_id='AB')
self.assertEqual({
'channel': 'notifications',
'ep': ['AB']
}, channel._route_seeds)
channel = channels.ResourceValues(device_id=['A', 'B'])
self.assertEqual({
'channel': 'notifications',
'ep': ['A', 'B']
}, channel._route_seeds)
channel = channels.ResourceValues(device_id='AB*')
self.assertEqual({'channel': 'notifications'}, channel._route_seeds)
channel = channels.ResourceValues(device_id='A',
resource_path='/3/0/1/*')
self.assertEqual({
'channel': 'notifications',
'ep': ['A']
}, channel._route_seeds)
self.assertEqual({'path': ['/3/0/1/*']}, channel._local_filters)
channel = channels.ResourceValues(device_id=['a*', 'b'],
resource_path=['/3/0/1/*', '4/*'])
self.assertEqual({'channel': 'notifications'}, channel._route_seeds)
self.assertEqual({
'ep': ['a*', 'b'],
'path': ['/3/0/1/*', '4/*']
}, channel._local_filters)
def test_parameters_as_lists(self):
subs = SubscriptionsManager(mock.MagicMock())
observer_a = subs.subscribe(
channels.ResourceValues(device_id='a', resource_path=['a', 'b']))
observer_b = subs.subscribe(
channels.ResourceValues(device_id=['x', 'y'],
resource_path=['a', 'b']))
subs.notify({
channels.ChannelIdentifiers.notifications: [
# should trigger A
{
'ep': 'a',
'path': 'a'
},
# should trigger A
{
'ep': 'a',
'path': 'b'
},
# should trigger B
{
'ep': 'x',
'path': 'b'
},
]
})
self.assertEqual(2, observer_a.notify_count)
self.assertEqual(1, observer_b.notify_count)
def test_invalid_wildcard(self):
# can't have a wildcard in anything other than last character
with self.assertRaises(ValueError):
channels.ResourceValues(device_id='A*B*', resource_path=5)
with self.assertRaises(ValueError):
channels.ResourceValues(resource_path=['1', '**/'])
def test_routing_performance(self):
subs = SubscriptionsManager(mock.MagicMock())
sample_id = 42
sample = None
# register a bunch of subscribers
for i in range(1000):
subs.subscribe(channels.ResourceValues(device_id=i))
obs = subs.subscribe(channels.ResourceValues(device_id=i, resource_path=['/3/0/*', '/4/0/1']))
if i == sample_id:
sample = obs
subs.subscribe(channels.ResourceValues(**{'device_id': i, str(i): 'abc'}))
notification_count = 33
start = timeit.default_timer()
for i in range(notification_count):
subs.notify({'notifications': [{'endpoint-name': str(42), 'resource-path': '/3/0/1'}]})
subs.notify({'notifications': [{'endpoint-name': str(42), 'resource-path': '/3/1'}]})
subs.notify({'notifications': [{'endpoint-name': str(5), 'resource-path': '/3/1'}]})
stop = timeit.default_timer()
duration = stop - start
self.assertEqual(notification_count, sample.notify_count)
# mildly contrived, but for cross-machine consistency we need
# to use a benchmark to compare the lookup performance with
self.assertLess(duration, 100 * self.bench)
def test_observable_single(self):
channel = channels.ResourceValues(device_id="Device1",
resource_path="/10252/0/3")
# Mock the Connect API to return connected devices and available resources
channel._api = mock.Mock().method.return_value = FakeConnectAPI()
self.assertEqual([], channel._matching_device_resources(),
"The specified resource was not observable")
def test_device_no_match(self):
channel = channels.ResourceValues(device_id="Device",
resource_path="*")
# Mock the Connect API to return connected devices and available resources
channel._api = mock.Mock().method.return_value = FakeConnectAPI()
self.assertEqual([], channel._matching_device_resources(),
"'Device' should not match any devices")
def test_list_device(self):
channel = channels.ResourceValues(device_id=["Device1", "Device2"],
resource_path="/10252/0/5")
# Mock the Connect API to return connected devices and available resources
channel._api = mock.Mock().method.return_value = FakeConnectAPI()
self.assertEqual(
[('Device1', '/10252/0/5'), ('Device2', '/10252/0/5')],
channel._matching_device_resources(),
"Defining devices as a list should explicitly match device IDs")
def test_wildcard_resource(self):
channel = channels.ResourceValues(device_id="Device1",
resource_path="/35011/0*")
# Mock the Connect API to return connected devices and available resources
channel._api = mock.Mock().method.return_value = FakeConnectAPI()
self.assertEqual(
[('Device1', '/35011/0'), ('Device1', '/35011/0/27002')],
channel._matching_device_resources(),
"'/35011/0*' should match all resource beginning '/35011/0'")
def test_observable_pattern(self):
channel = channels.ResourceValues(device_id="Device1",
resource_path="/10252/0/*")
# Mock the Connect API to return connected devices and available resources
channel._api = mock.Mock().method.return_value = FakeConnectAPI()
self.assertEqual([
('Device1', '/10252/0/5'), ('Device1', '/10252/0/2')
], channel._matching_device_resources(
), "Only the observable resources beginning '/10252/0/' on Device1 should be returned"
)
def test_observable_list(self):
channel = channels.ResourceValues(
device_id="Device1", resource_path=["/10252/0/1", "/10252/0/5"])
# Mock the Connect API to return connected devices and available resources
channel._api = mock.Mock().method.return_value = FakeConnectAPI()
self.assertEqual([
('Device1', '/10252/0/5')
], channel._matching_device_resources(
), "Only the observable resources in the specified list, on Device1 should be returned"
)
def test_wildcard_device(self):
channel = channels.ResourceValues(
# device_id=["Device1", "Device2"],
device_id="Device*",
resource_path="/10252/0/5")
# Mock the Connect API to return connected devices and available resources
channel._api = mock.Mock().method.return_value = FakeConnectAPI()
self.assertEqual(
[('Device1', '/10252/0/5'), ('Device2', '/10252/0/5'),
('Device3', '/10252/0/5')], channel._matching_device_resources(),
"'Device*' should not match all devices starting with 'Device'")
def test_multiple_matches(self):
channel = channels.ResourceValues(
device_id=["Device1", "Device*"],
resource_path=["/35011/0", "/35011*"])
# Mock the Connect API to return connected devices and available resources
channel._api = mock.Mock().method.return_value = FakeConnectAPI()
self.assertEqual(
[('Device1', '/35011/0'), ('Device1', '/35011/0/27002'),
('Device2', '/35011/0'), ('Device2', '/35011/0/27002'),
('Device3', '/35011/0'), ('Device3', '/35011/0/27002')],
channel._matching_device_resources(),
"Each Device and resource path should be listed once")
def test_live_device_state_change(self):
api = ConnectAPI()
api.delete_presubscriptions()
d = api.list_connected_devices().first()
api.delete_device_subscriptions(d.id)
channel = channels.ResourceValues(device_id=d.id,
resource_path=['/3/0/*'])
observer = api.subscribe(channel)
# don't actually care about notifications, we want to see subscriptions
current_subs = api.list_device_subscriptions(d.id)
self.assertGreaterEqual(len(current_subs), 3)
for path in current_subs:
self.assertIn('/3/0', path)
channel.stop()
current_subs = api.list_device_subscriptions(d.id)
self.assertIsNone(None, current_subs)
def test_payload(self):
# subscription to wildcard value should be triggered when receiving specific value
device_id1 = 'ABCD_E'
subs = SubscriptionsManager(mock.MagicMock())
observer_a = subs.subscribe(
channels.ResourceValues(device_id=device_id1,
resource_path='/10255/0/4'))
subs.notify({
channels.ChannelIdentifiers.notifications: [
{
"ct": "application/vnd.oma.lwm2m+tlv",
"ep": device_id1,
"max-age": 0,
"path": "/10255/0/4",
"payload": "iAsLSAAIAAAAAAAAAAA=",
'unexpected': 'extra',
},
],
})
self.assertEqual(1, observer_a.notify_count)
received_payload = observer_a.next().block(1)
self.assertEqual(
received_payload, {
'ct': 'application/vnd.oma.lwm2m+tlv',
'device_id': device_id1,
'max-age': 0,
'resource_path': '/10255/0/4',
'payload': {
'11': {
'0': 0
}
},
'channel': 'notifications',
'unexpected': 'extra',
})
