def test_get_provider_reason_from_both_mappings_for_new_mapping(device):
"""
Checks that the mapping are consistent for objects stored in the new format.
"""
for reason, agency_event in PROVIDER_REASON_TO_AGENCY_EVENT.items():
event_type, event_type_reason = (agency_event if len(agency_event) == 2
else agency_event + (None, ))
obj = factories.EventRecord(device=device,
event_type=event_type,
event_type_reason=event_type_reason)
provider_reason = get_provider_reason_from_both_mappings(obj)
assert provider_reason == reason
def test_get_provider_reason_from_both_mappings_for_old_mapping(device):
"""
Checks that the mapping are consistent for objects stored in the old format.
"""
for reason, agency_event in OLD_PROVIDER_REASON_TO_AGENCY_EVENT.items():
obj = factories.EventRecord(device=device, event_type=agency_event)
provider_reason = get_provider_reason_from_both_mappings(obj)
if agency_event == "service_end":
# We skip this case because the old mapping is wrong for this one.
# We want to map a Agency "service_end" to "maintenance"
continue
assert provider_reason == reason
def test_get_provider_reason_from_both_mappings_new_objects_not_in_old(device):
"""
Checks that the function to get the provider_reason from the EventRecord
uses the old mapping for events that are not in the new mapping.
"""
obj = factories.EventRecord(
device=device,
event_type=enums.PROVIDER_EVENT_TYPE_REASON.rebalance_pick_up.name,
)
provider_reason = get_provider_reason_from_both_mappings(obj)
assert provider_reason in AGENCY_EVENT_TO_PROVIDER_REASON.values()
assert provider_reason == enums.PROVIDER_EVENT_TYPE_REASON.rebalance_pick_up.name
def test_get_provider_reason_from_both_mappings_old_objects(device):
"""
Checks that the function to get the provider_reason from the EventRecord
works as expected for old objects.
"""
obj = factories.EventRecord(
device=device,
event_type=enums.PROVIDER_EVENT_TYPE_REASON.rebalance_drop_off.name,
)
provider_reason = get_provider_reason_from_both_mappings(obj)
assert provider_reason in OLD_AGENCY_EVENT_TO_PROVIDER_REASON.values()
assert provider_reason == enums.PROVIDER_EVENT_TYPE_REASON.rebalance_drop_off.name
def test_get_provider_reason_from_both_mappings_new_objects(device):
"""
Checks that the function to get the provider_reason from the EventRecord
works as expected for new objects.
"""
obj = factories.EventRecord(
device=device,
event_type=enums.PROVIDER_EVENT_TYPE_REASON.service_end.name,
event_type_reason=enums.EVENT_TYPE_REASON.maintenance.name,
)
provider_reason = get_provider_reason_from_both_mappings(obj)
assert provider_reason in AGENCY_EVENT_TO_PROVIDER_REASON.values()
assert provider_reason == enums.PROVIDER_EVENT_TYPE_REASON.maintenance.name
def test_device_list_basic(client, django_assert_num_queries):
now = timezone.now()
uuid1 = "aaaaaaa1-1342-413b-8e89-db802b2f83f6"
uuid2 = "ccccccc3-1342-413b-8e89-db802b2f83f6"
provider = factories.Provider(name="Test provider")
provider2 = factories.Provider(name="Test another provider")
device1 = factories.Device(
id=uuid1,
provider=provider,
identification_number="1AAAAA",
model="Testa_Model_S",
category="car",
propulsion=["combustion"],
registration_date=now,
dn_status="available",
dn_gps_point="Point(40 15.0)",
dn_gps_timestamp=now,
dn_battery_pct=0.5,
)
device2 = factories.Device(
id=uuid2,
provider=provider2,
identification_number="3CCCCC",
model="Testa_Model_X",
category="scooter",
propulsion=["electric"],
registration_date=now,
dn_status="unavailable",
dn_gps_point=None,
dn_gps_timestamp=None,
dn_battery_pct=None,
)
# Add an event on the first device
factories.EventRecord(
device=device1,
timestamp=now,
event_type=enums.EVENT_TYPE.maintenance.name,
properties={
"trip_id": "b3da2d46-065f-4036-903c-49d796f09357",
"telemetry": {
"timestamp": 1_325_376_000_000,
"gps": {"lat": 33.996_339, "lng": -118.48153},
},
},
)
def test_follow_up(client, settings, requests_mock):
"""Catching up new telemetries from the last one we got."""
settings.POLLER_CREATE_REGISTER_EVENTS = True
event = factories.EventRecord(
device__provider__base_api_url="http://provider")
device = event.device
provider = device.provider
provider.last_event_time_polled = event.timestamp
provider.save()
expected_event = factories.EventRecord.build(
event_type=enums.EVENT_TYPE.service_end.name, timestamp=timezone.now())
stdout, stderr = io.StringIO(), io.StringIO()
# Mocking must fail if the command does not make the expected query
requests_mock.get(
urllib.parse.urljoin(provider.base_api_url, "/status_changes"),
status_code=400,
)
requests_mock.get(
urllib.parse.urljoin(
provider.base_api_url,
"/status_changes?%s" % urllib.parse.urlencode(
{"start_time": round(event.timestamp.timestamp() * 1000)}),
),
json=make_response(provider,
device,
expected_event,
event_type_reason="service_end"),
)
call_command("poll_providers",
"--raise-on-error",
stdout=stdout,
stderr=stderr)
assert_command_success(stdout, stderr)
assert device.event_records.count() == 2
event = device.event_records.latest("timestamp")
assert_event_equal(event, expected_event)
def test_device_list_basic(client, django_assert_num_queries):
today = datetime.datetime(2012, 1, 1, tzinfo=datetime.timezone.utc)
uuid1 = "aaaaaaa1-1342-413b-8e89-db802b2f83f6"
uuid2 = "ccccccc3-1342-413b-8e89-db802b2f83f6"
provider = factories.Provider(name="Test provider")
provider2 = factories.Provider(name="Test another provider")
device = factories.Device(
id=uuid1,
provider=provider,
identification_number="1AAAAA",
model="Testa_Model_S",
category="car",
propulsion=["combustion"],
registration_date=today,
dn_status="available",
dn_gps_point="Point(40 15.0)",
dn_gps_timestamp=today,
dn_battery_pct=0.5,
)
factories.Device(
id=uuid2,
provider=provider2,
identification_number="3CCCCC",
model="Testa_Model_X",
category="scooter",
propulsion=["electric"],
registration_date=today,
dn_status="unavailable",
dn_gps_point=None,
dn_gps_timestamp=None,
dn_battery_pct=None,
)
# Add some telemetries on the first device
factories.EventRecord(device=device, saved_at=today, event_type="reserve")
factories.EventRecord.create_batch(3,
device=device,
saved_at=today -
datetime.timedelta(seconds=10))
expected_device = {
"id": uuid1,
"provider_id": str(provider.id),
"provider_name": "Test provider",
"identification_number": "1AAAAA",
"model": "Testa_Model_S",
"status": "available",
"category": "car",
"propulsion": ["combustion"],
"position": {
"type": "Point",
"coordinates": [40, 15.0]
},
"last_telemetry_date": "2012-01-01T00:00:00Z",
"registration_date": "2012-01-01T00:00:00Z",
"battery": 0.5,
}
expected_device2 = {
"id": uuid2,
"provider_id": str(provider2.id),
"provider_name": "Test another provider",
"identification_number": "3CCCCC",
"model": "Testa_Model_X",
"status": "unavailable",
"category": "scooter",
"propulsion": ["electric"],
"last_telemetry_date": None,
"position": None,
"registration_date": "2012-01-01T00:00:00Z",
"battery": None,
}
# test auth
response = client.get("/prv/vehicles/")
assert response.status_code == 401
n = BASE_NUM_QUERIES
n += 1 # query on devices
n += 1 # count on devices
with django_assert_num_queries(n):
response = client.get(
"/prv/vehicles/",
**auth_header(SCOPE_PRV_API, provider_id=provider.id))
assert response.status_code == 200
data = response.data["results"]
assert len(data) == 2
assert expected_device in data
assert expected_device2 in data
# test auth
response = client.get("/prv/vehicles/%s/" % device.id)
assert response.status_code == 401
n = BASE_NUM_QUERIES
n += 1 # query on devices
n += 1 # query to get areas of device
expected_device["areas"] = []
expected_device["provider_logo"] = None
with django_assert_num_queries(n):
response = client.get(
"/prv/vehicles/%s/" % device.id,
**auth_header(SCOPE_PRV_API, provider_id=provider.id),
)
assert response.status_code == 200
assert response.data == expected_device
def test_device_list_basic(client, django_assert_num_queries):
today = datetime.datetime(2012, 1, 1, tzinfo=datetime.timezone.utc)
uuid1 = uuid.UUID("aaaaaaa1-1342-413b-8e89-db802b2f83f6")
uuid2 = uuid.UUID("ccccccc3-1342-413b-8e89-db802b2f83f6")
provider = factories.Provider(name="Test provider")
provider2 = factories.Provider(name="Test another provider")
device = factories.Device(
id=uuid1,
provider=provider,
identification_number="1AAAAA",
model="Testa_Model_S",
category="car",
propulsion=["combustion"],
registration_date=today,
dn_status="available",
)
factories.Device(
id=uuid2,
provider=provider,
identification_number="3CCCCC",
model="Testa_Model_X",
category="scooter",
propulsion=["electric"],
registration_date=today,
dn_status="available",
)
other_device = factories.Device(provider=provider2)
# Add some telemetries on the first device
factories.EventRecord(
device=device,
saved_at=today - datetime.timedelta(seconds=10),
timestamp=today - datetime.timedelta(seconds=10),
)
# Last event
factories.EventRecord(
device=device,
saved_at=today,
event_type=enums.EVENT_TYPE.reserve.name,
timestamp=today,
)
# timestamp predates second record, but it was saved afterwards
factories.EventRecord(
device=device,
saved_at=today + datetime.timedelta(seconds=10),
event_type=enums.EVENT_TYPE.maintenance_drop_off.name,
timestamp=today - datetime.timedelta(seconds=5),
)
expected_device = {
"device_id": str(uuid1),
"provider_id": str(provider.id),
"vehicle_id": "1AAAAA",
"model": "Testa_Model_S",
"type": "car",
"propulsion": ["combustion"],
"mfgr": "",
"year": None,
"status": "available",
"prev_event": "reserve",
"updated": 1_325_376_000_000,
}
expected_device2 = {
"device_id": str(uuid2),
"provider_id": str(provider.id),
"vehicle_id": "3CCCCC",
"model": "Testa_Model_X",
"type": "scooter",
"propulsion": ["electric"],
"mfgr": "",
"year": None,
"status": "available",
"prev_event": None,
"updated": None,
}
# test auth
response = client.get(reverse("agency:device-list"))
assert response.status_code == 401
n = BASE_NUM_QUERIES
n += 1 # query on devices
n += 1 # query on last telemetry
with django_assert_num_queries(n):
response = client.get(
reverse("agency:device-list"),
**auth_header(SCOPE_AGENCY_API, provider_id=provider.id),
)
assert response.status_code == 200
assert len(response.data) == 2
assert expected_device in response.data
assert expected_device2 in response.data
# test auth
response = client.get(reverse("agency:device-detail", args=[device.id]))
assert response.status_code == 401
n = BASE_NUM_QUERIES
n += 1 # query on devices
n += 1 # query on last telemetry
with django_assert_num_queries(n):
response = client.get(
reverse("agency:device-detail", args=[device.id]),
**auth_header(SCOPE_AGENCY_API, provider_id=provider.id),
)
assert response.status_code == 200
assert response.data == expected_device
# cannot access other providers data
response = client.get(
reverse("agency:device-detail", args=[other_device.id]),
**auth_header(SCOPE_AGENCY_API, provider_id=provider.id),
)
assert response.status_code == 404
factories.EventRecord(
device=device1,
timestamp=now,
event_type=enums.EVENT_TYPE.maintenance.name,
properties={
"trip_id": "b3da2d46-065f-4036-903c-49d796f09357",
"telemetry": {
"timestamp": 1_325_376_000_000,
"gps": {"lat": 33.996_339, "lng": -118.48153},
},
},
)
# A telemetry should not be considered as an event
factories.EventRecord(
device=device1,
timestamp=now - datetime.timedelta(seconds=1),
event_type=enums.EVENT_TYPE.telemetry.name,
)
# This one is too old
factories.EventRecord(device=device1, timestamp=now - datetime.timedelta(hours=1))
# Add an event on the second device
factories.EventRecord(
device=device2,
timestamp=now,
event_type=enums.EVENT_TYPE.trip_start.name,
properties={
"trip_id": None,
"telemetry": {
"timestamp": 1_325_376_000_000,
"gps": {"lat": 33.996_339, "lng": -118.48153},