def test_vj_deletion(self):
"""
send a mock kirin vj cancellation and test that the vj is not taken
"""
response = self.query_region(journey_basic_query +
"&data_freshness=realtime")
isochrone = self.query_region(isochrone_basic_query +
"&data_freshness=realtime")
# with no cancellation, we have 2 journeys, one direct and one with the vj:A:0
eq_(get_arrivals(response), ['20120614T080222', '20120614T080435'])
eq_(get_used_vj(response), [['vjA'], []])
# no disruption yet
pt_response = self.query_region(
'vehicle_journeys/vjA?_current_datetime=20120614T1337')
eq_(len(pt_response['disruptions']), 0)
is_valid_graphical_isochrone(
isochrone, self.tester,
isochrone_basic_query + "&data_freshness=realtime")
geojson = isochrone['isochrones'][0]['geojson']
multi_poly = asShape(geojson)
self.send_mock("vjA",
"20120614",
'canceled',
disruption_id='disruption_bob')
# we should see the disruption
def _check_train_cancel_disruption(dis):
is_valid_disruption(dis, chaos_disrup=False)
eq_(dis['disruption_id'], 'disruption_bob')
eq_(dis['severity']['effect'], 'NO_SERVICE')
eq_(len(dis['impacted_objects']), 1)
ptobj = dis['impacted_objects'][0]['pt_object']
eq_(ptobj['embedded_type'], 'trip')
eq_(ptobj['id'], 'vjA')
eq_(ptobj['name'], 'vjA')
# for cancellation we do not output the impacted stops
assert 'impacted_stops' not in dis['impacted_objects'][0]
pt_response = self.query_region(
'vehicle_journeys/vjA?_current_datetime=20120614T1337')
eq_(len(pt_response['disruptions']), 1)
_check_train_cancel_disruption(pt_response['disruptions'][0])
# and we should be able to query for the vj's disruption
disrup_response = self.query_region('vehicle_journeys/vjA/disruptions')
eq_(len(disrup_response['disruptions']), 1)
_check_train_cancel_disruption(disrup_response['disruptions'][0])
traffic_reports_response = self.query_region(
'traffic_reports?_current_datetime=20120614T1337')
traffic_reports = get_not_null(traffic_reports_response,
'traffic_reports')
assert len(traffic_reports) == 1
vjs = get_not_null(traffic_reports[0], "vehicle_journeys")
assert len(vjs) == 1
assert vjs[0]['id'] == 'vjA'
new_response = self.query_region(journey_basic_query +
"&data_freshness=realtime")
eq_(get_arrivals(new_response), ['20120614T080435', '20120614T180222'])
eq_(get_used_vj(new_response), [[], ['vjB']])
isochrone_realtime = self.query_region(isochrone_basic_query +
"&data_freshness=realtime")
is_valid_graphical_isochrone(
isochrone_realtime, self.tester,
isochrone_basic_query + "&data_freshness=realtime")
geojson_realtime = isochrone_realtime['isochrones'][0]['geojson']
multi_poly_realtime = asShape(geojson_realtime)
isochrone_base_schedule = self.query_region(
isochrone_basic_query + "&data_freshness=base_schedule")
is_valid_graphical_isochrone(
isochrone_base_schedule, self.tester,
isochrone_basic_query + "&data_freshness=base_schedule")
geojson_base_schedule = isochrone_base_schedule['isochrones'][0][
'geojson']
multi_poly_base_schedule = asShape(geojson_base_schedule)
assert not multi_poly.difference(multi_poly_realtime).is_empty
assert multi_poly.equals(multi_poly_base_schedule)
# it should not have changed anything for the theoric
new_base = self.query_region(journey_basic_query +
"&data_freshness=base_schedule")
eq_(get_arrivals(new_base), ['20120614T080222', '20120614T080435'])
eq_(get_used_vj(new_base), [['vjA'], []])
# see http://jira.canaltp.fr/browse/NAVP-266,
# _current_datetime is needed to make it working
#eq_(len(new_base['disruptions']), 1)
assert new_base['journeys'] == response['journeys']
def test_vj_deletion(self):
"""
send a mock kirin vj cancellation and test that the vj is not taken
"""
response = self.query_region(journey_basic_query + "&data_freshness=realtime")
isochrone = self.query_region(isochrone_basic_query + "&data_freshness=realtime")
# with no cancellation, we have 2 journeys, one direct and one with the vj:A:0
assert get_arrivals(response) == ['20120614T080222', '20120614T080436']
assert get_used_vj(response) == [['vjA'], []]
# no disruption yet
pt_response = self.query_region('vehicle_journeys/vjA?_current_datetime=20120614T1337')
assert len(pt_response['disruptions']) == 0
is_valid_graphical_isochrone(isochrone, self.tester, isochrone_basic_query + "&data_freshness=realtime")
geojson = isochrone['isochrones'][0]['geojson']
multi_poly = asShape(geojson)
# we have 2 departures and 1 disruption (linked to the first passage)
departures = self.query_region("stop_points/stop_point:stopB/departures?_current_datetime=20120614T0800")
assert len(departures['disruptions']) == 1
assert len(departures['departures']) == 2
self.send_mock("vjA", "20120614", 'canceled', disruption_id='disruption_bob')
# we should see the disruption
def _check_train_cancel_disruption(dis):
is_valid_disruption(dis, chaos_disrup=False)
assert dis['contributor'] == rt_topic
assert dis['disruption_id'] == 'disruption_bob'
assert dis['severity']['effect'] == 'NO_SERVICE'
assert len(dis['impacted_objects']) == 1
ptobj = dis['impacted_objects'][0]['pt_object']
assert ptobj['embedded_type'] == 'trip'
assert ptobj['id'] == 'vjA'
assert ptobj['name'] == 'vjA'
# for cancellation we do not output the impacted stops
assert 'impacted_stops' not in dis['impacted_objects'][0]
pt_response = self.query_region('vehicle_journeys/vjA?_current_datetime=20120614T1337')
assert len(pt_response['disruptions']) == 1
_check_train_cancel_disruption(pt_response['disruptions'][0])
# and we should be able to query for the vj's disruption
disrup_response = self.query_region('vehicle_journeys/vjA/disruptions')
assert len(disrup_response['disruptions']) == 1
_check_train_cancel_disruption(disrup_response['disruptions'][0])
traffic_reports_response = self.query_region('traffic_reports?_current_datetime=20120614T0800')
traffic_reports = get_not_null(traffic_reports_response, 'traffic_reports')
assert len(traffic_reports) == 1
vjs = get_not_null(traffic_reports[0], "vehicle_journeys")
assert len(vjs) == 1
assert vjs[0]['id'] == 'vjA'
new_response = self.query_region(journey_basic_query + "&data_freshness=realtime")
assert get_arrivals(new_response) == ['20120614T080436', '20120614T180222']
assert get_used_vj(new_response) == [[], ['vjB']]
isochrone_realtime = self.query_region(isochrone_basic_query + "&data_freshness=realtime")
is_valid_graphical_isochrone(isochrone_realtime, self.tester, isochrone_basic_query + "&data_freshness=realtime")
geojson_realtime = isochrone_realtime['isochrones'][0]['geojson']
multi_poly_realtime = asShape(geojson_realtime)
isochrone_base_schedule = self.query_region(isochrone_basic_query + "&data_freshness=base_schedule")
is_valid_graphical_isochrone(isochrone_base_schedule, self.tester,
isochrone_basic_query + "&data_freshness=base_schedule")
geojson_base_schedule = isochrone_base_schedule['isochrones'][0]['geojson']
multi_poly_base_schedule = asShape(geojson_base_schedule)
assert not multi_poly.difference(multi_poly_realtime).is_empty
assert multi_poly.equals(multi_poly_base_schedule)
# we have one less departure and we loose the disruption in
# realtime because we don't have the 08:01
departures = self.query_region("stop_points/stop_point:stopB/departures?_current_datetime=20120614T0800")
assert len(departures['disruptions']) == 0
assert len(departures['departures']) == 1
# We still have 2 passages in base schedule, but we have the new disruption
departures = self.query_region("stop_points/stop_point:stopB/departures?_current_datetime=20120614T0800&data_freshness=base_schedule")
assert len(departures['disruptions']) == 2
assert len(departures['departures']) == 2
# it should not have changed anything for the theoric
new_base = self.query_region(journey_basic_query + "&data_freshness=base_schedule")
assert get_arrivals(new_base) == ['20120614T080222', '20120614T080436']
assert get_used_vj(new_base) == [['vjA'], []]
# see http://jira.canaltp.fr/browse/NAVP-266,
# _current_datetime is needed to make it working
#assert len(new_base['disruptions']) == 1
# remove links as the calling url is not the same
for j in new_base['journeys']:
j.pop('links', None)
for j in response['journeys']:
j.pop('links', None)
assert new_base['journeys'] == response['journeys']