def test_features_call(self):
url = 'https://host_of_bragi'
kwargs = {
'params': {
u'pt_dataset': 'main_autocomplete_test',
},
'timeout': 10
}
from urllib import urlencode
url += "/features/1234?{}".format(
urlencode(kwargs.get('params'), doseq=True))
mock_requests = MockRequests({url: (BRAGI_MOCK_RESPONSE, 200)})
with mock.patch('requests.get', mock_requests.get):
response = self.query_region(
"places/1234?&pt_dataset=main_autocomplete_test")
is_valid_global_autocomplete(response, depth=1)
r = response.get('places')
assert len(r) == 1
assert r[0]['name'] == '20 Rue Bob (Bobtown)'
assert r[0]['embedded_type'] == 'address'
assert r[0]['address']['name'] == 'Rue Bob'
assert r[0]['address']['label'] == '20 Rue Bob (Bobtown)'
def test_autocomplete_call(self):
url = 'https://host_of_bragi/autocomplete'
kwargs = {
'params': {
u'q':
u'bob',
u'type[]': [
u'public_transport:stop_area', u'street', u'house', u'poi',
u'city'
],
u'limit':
10,
u'pt_dataset':
'main_autocomplete_test',
},
'timeout': 10
}
from urllib import urlencode
url += "?{}".format(urlencode(kwargs.get('params'), doseq=True))
mock_requests = MockRequests({url: (BRAGI_MOCK_RESPONSE, 200)})
with mock.patch('requests.get', mock_requests.get):
response = self.query_region(
"places?q=bob&pt_dataset=main_autocomplete_test&type[]=stop_area"
"&type[]=address&type[]=poi&type[]=administrative_region")
is_valid_global_autocomplete(response, depth=1)
r = response.get('places')
assert len(r) == 1
assert r[0]['name'] == '20 Rue Bob (Bobtown)'
assert r[0]['embedded_type'] == 'address'
assert r[0]['address']['name'] == 'Rue Bob'
assert r[0]['address']['label'] == '20 Rue Bob (Bobtown)'
def test_autocomplete_call_override(self):
""""
test that the _autocomplete param switch the right autocomplete service
"""
url = 'https://host_of_bragi'
params = {
'q': u'bob',
'type[]': [u'public_transport:stop_area', u'street', u'house', u'poi', u'city'],
'limit': 10,
'pt_dataset': 'main_routing_test'
}
url += "/autocomplete?{}".format(urlencode(params, doseq=True))
mock_requests = MockRequests({
url: (BRAGI_MOCK_RESPONSE, 200)
})
with mock.patch('requests.get', mock_requests.get):
response = self.query_region("places?q=bob&type[]=stop_area&type[]=address&type[]=poi"
"&type[]=administrative_region")
is_valid_global_autocomplete(response, depth=1)
r = response.get('places')
assert len(r) == 1
assert r[0]['name'] == '20 Rue Bob (Bobtown)'
assert r[0]['embedded_type'] == 'address'
assert r[0]['address']['name'] == 'Rue Bob'
assert r[0]['address']['label'] == '20 Rue Bob (Bobtown)'
# with a query on kraken, the results should be different
response = self.query_region("places?q=Park&_autocomplete=kraken")
r = response.get('places')
assert len(r) >= 1
assert r[0]['name'] == 'first parking (Condom)'
def test_autocomplete_call(self):
url = 'https://host_of_bragi/autocomplete'
params = {
'q': u'bob',
'type[]': [u'public_transport:stop_area', u'street', u'house', u'poi', u'city'],
'limit': 10,
'pt_dataset': 'main_routing_test'
}
url += "?{}".format(urlencode(params, doseq=True))
mock_requests = MockRequests({
url: (BRAGI_MOCK_RESPONSE, 200)
})
with mock.patch('requests.get', mock_requests.get):
response = self.query_region("places?q=bob&pt_dataset=main_routing_test&type[]=stop_area"
"&type[]=address&type[]=poi&type[]=administrative_region")
is_valid_global_autocomplete(response, depth=1)
r = response.get('places')
assert len(r) == 1
assert r[0]['name'] == '20 Rue Bob (Bobtown)'
assert r[0]['embedded_type'] == 'address'
assert r[0]['address']['name'] == 'Rue Bob'
assert r[0]['address']['label'] == '20 Rue Bob (Bobtown)'
fbs = response['feed_publishers']
assert {fb['id'] for fb in fbs} >= {u'osm', u'bano'}
def test_global_place_uri(self):
mock_requests = MockRequests(
{'https://host_of_bragi/features/bob': (BRAGI_MOCK_RESPONSE, 200)})
with mock.patch('requests.get', mock_requests.get):
response = self.query("/v1/places/bob")
is_valid_global_autocomplete(response, depth=1)
r = response.get('places')
assert len(r) == 1
assert r[0]['name'] == '20 Rue Bob (Bobtown)'
assert r[0]['embedded_type'] == 'address'
assert r[0]['address']['name'] == 'Rue Bob'
assert r[0]['address']['label'] == '20 Rue Bob (Bobtown)'
def test_global_place_uri(self):
mock_requests = MockRequests({
# there is no authentication so all the known pt_dataset are added as parameters
'https://host_of_bragi/features/bob?pt_dataset=main_routing_test': (BRAGI_MOCK_RESPONSE, 200)
})
with mock.patch('requests.get', mock_requests.get):
response = self.query("/v1/places/bob")
is_valid_global_autocomplete(response, depth=1)
r = response.get('places')
assert len(r) == 1
assert r[0]['name'] == '20 Rue Bob (Bobtown)'
assert r[0]['embedded_type'] == 'address'
assert r[0]['address']['name'] == 'Rue Bob'
assert r[0]['address']['label'] == '20 Rue Bob (Bobtown)'
def test_autocomplete_call(self):
url = 'https://host_of_bragi/autocomplete'
kwargs = {
'params': {
u'q': u'bob',
u'type[]': [u'stop_area', u'address', u'poi', u'city'],
u'limit': 10,
u'pt_dataset': 'main_autocomplete_test',
},
'timeout': 10
}
from urllib import urlencode
url += "?{}".format(urlencode(kwargs.get('params'), doseq=True))
mock_requests = MockRequests({
url: ({
"features": [{
"geometry": {
"coordinates": [3.282103, 49.847586],
"type": "Point"
},
"properties": {
"geocoding": {
"city":
"Bobtown",
"housenumber":
"20",
"id":
"49.847586;3.282103",
"label":
"20 Rue Bob (Bobtown)",
"name":
"Rue Bob",
"postcode":
"02100",
"street":
"Rue Bob",
"type":
"house",
"citycode":
"02000",
"administrative_regions": [{
"id": "admin:fr:02000",
"insee": "02000",
"level": 8,
"label": "Bobtown (02000)",
"zip_codes": ["02000"],
"weight": 1,
"coord": {
"lat": 48.8396154,
"lon": 2.3957517
}
}],
}
},
"type": "Feature"
}]
}, 200)
})
with mock.patch('requests.get', mock_requests.get):
response = self.query_region(
"places?q=bob&pt_dataset=main_autocomplete_test&type[]=stop_area"
"&type[]=address&type[]=poi&type[]=administrative_region")
is_valid_global_autocomplete(response, depth=1)
r = response.get('places')
assert len(r) == 1
assert r[0]['name'] == '20 Rue Bob (Bobtown)'
assert r[0]['embedded_type'] == 'address'
assert r[0]['address']['name'] == 'Rue Bob'
assert r[0]['address']['label'] == '20 Rue Bob (Bobtown)'
