def create_geozones_fixtures():
bdr = GeoZoneFactory(
id='fr/county/13', level='fr/county', name='Bouches-du-Rhône')
arles = GeoZoneFactory(
id='fr/town/13004', level='fr/town', parents=[bdr.id],
name='Arles', code='13004', population=52439)
return bdr, arles
def test_suggest_zones_on_extra_key(self):
'''It should suggest zones based on any key'''
with self.autoindex():
for i in range(4):
GeoZoneFactory(name='in' if i % 2 else 'not-in',
keys={
str(i):
'test-{0}'.format(i) if i %
2 else faker.word()
})
response = self.get(url_for('api.suggest_zones'),
qs={
'q': 'test',
'size': '5'
})
self.assert200(response)
self.assertEqual(len(response.json), 2)
for suggestion in response.json:
self.assertIn('id', suggestion)
self.assertIn('name', suggestion)
self.assertIn('code', suggestion)
self.assertIn('level', suggestion)
self.assertIn('keys', suggestion)
self.assertIsInstance(suggestion['keys'], dict)
self.assertEqual(suggestion['name'], 'in')
def test_initial_values(self):
Fake, FakeForm = self.factory()
zones = [GeoZoneFactory() for _ in range(3)]
fake = Fake(spatial=SpatialCoverage(zones=zones))
form = FakeForm(None, fake)
self.assertEqual(form.spatial.zones._value(),
','.join([z.id for z in zones]))
def test_basic(self):
arles = GeoZoneFactory(id='fr/town/13004',
level='fr/town',
name='Arles',
code='13004',
population=52439)
response = self.client.get(
url_for('territories.territory', territory=arles))
self.assert404(response) # By default territories are deactivated.
def test_towns_within_sitemap(self):
'''It should return the town from the sitemap.'''
territory = GeoZoneFactory(
id='fr/town/13004', name='Arles', code='13004', level='fr/town')
self.get_sitemap_tree()
url = self.get_by_url('territories.territory', territory=territory)
self.assertIsNotNone(url)
self.assert_url(url, 0.5, 'weekly')
def test_with_gouvfr_territory_datasets(self):
bdr = GeoZoneFactory(
id='fr/county/13', level='fr/county', name='Bouches-du-Rhône')
arles = GeoZoneFactory(
id='fr/town/13004', level='fr/town', parents=[bdr.id],
name='Arles', code='13004', population=52439)
response = self.client.get(
url_for('territories.territory', territory=arles))
self.assert200(response)
data = response.data.decode('utf-8')
self.assertIn('Arles', data)
territory_datasets = self.get_context_variable('territory_datasets')
self.assertEqual(len(territory_datasets), 10)
for dataset in territory_datasets:
self.assertIn(
'<div data-udata-territory-id="{dataset.slug}"'.format(
dataset=dataset),
data)
self.assertIn(bdr.name, data)
def test_with_initial(self):
Fake, FakeForm = self.factory()
zones = [GeoZoneFactory() for _ in range(3)]
fake = Fake(spatial=SpatialCoverage(
zones=zones, granularity=random_spatial_granularity()))
zone = GeoZoneFactory()
data = MultiDict({
'spatial-zones': zone.id,
'spatial-granularity': random_spatial_granularity()
})
form = FakeForm(data, fake)
form.validate()
self.assertEqual(form.errors, {})
form.populate_obj(fake)
self.assertEqual(len(fake.spatial.zones), 1)
self.assertEqual(fake.spatial.zones[0], zone)
def test_coverage_for_level(self):
GeoLevelFactory(id='top')
GeoLevelFactory(id='sub', parents=['top'])
GeoLevelFactory(id='child', parents=['sub'])
topzones, subzones, childzones = [], [], []
for _ in range(2):
zone = GeoZoneFactory(level='top')
topzones.append(zone)
for _ in range(2):
subzone = GeoZoneFactory(level='sub', parents=[zone.id])
subzones.append(subzone)
for _ in range(2):
childzone = GeoZoneFactory(level='child',
parents=[zone.id, subzone.id])
childzones.append(childzone)
for zone in topzones + subzones + childzones:
VisibleDatasetFactory(spatial=SpatialCoverageFactory(
zones=[zone.id]))
response = self.get(url_for('api.spatial_coverage', level='sub'))
self.assert200(response)
self.assertEqual(len(response.json['features']), len(subzones))
for feature in response.json['features']:
self.assertEqual(feature['type'], 'Feature')
zone = get_by(subzones, 'id', feature['id'])
self.assertIsNotNone(zone)
self.assertEqual(feature['geometry'], zone.geom)
properties = feature['properties']
self.assertEqual(properties['name'], zone.name)
self.assertEqual(properties['code'], zone.code)
self.assertEqual(properties['level'], 'sub')
# Nested levels datasets should be counted
self.assertEqual(properties['datasets'], 3)
def test_suggest_zones_no_match(self):
'''It should not provide zones suggestions if no match'''
with self.autoindex():
for i in range(3):
GeoZoneFactory(name=5 * '{0}'.format(i),
code=3 * '{0}'.format(i))
response = self.get(url_for('api.suggest_zones'),
qs={
'q': 'xxxxxx',
'size': '5'
})
self.assert200(response)
self.assertEqual(len(response.json), 0)
def test_with_valid_zone(self):
Fake, FakeForm = self.factory()
zone = GeoZoneFactory()
fake = Fake()
form = FakeForm(
MultiDict({
'spatial-zones': zone.id,
'spatial-granularity': random_spatial_granularity()
}))
form.validate()
self.assertEqual(form.errors, {})
form.populate_obj(fake)
self.assertEqual(len(fake.spatial.zones), 1)
self.assertEqual(fake.spatial.zones[0], zone)
def test_with_valid_zone_from_json(self):
Fake, FakeForm = self.factory()
zone = GeoZoneFactory()
fake = Fake()
form = FakeForm.from_json({
'spatial': {
'zones': zone.id,
'granularity': random_spatial_granularity()
}
})
form.validate()
self.assertEqual(form.errors, {})
form.populate_obj(fake)
self.assertEqual(len(fake.spatial.zones), 1)
self.assertEqual(fake.spatial.zones[0], zone)
def test_oembed_territory_api_get(self):
'''It should fetch a territory in the oembed format.'''
arles = GeoZoneFactory(id='fr/town/13004',
level='fr/town',
name='Arles',
code='13004',
population=52439)
licence_ouverte = LicenseFactory(id='fr-lo', title='Licence Ouverte')
LicenseFactory(id='notspecified', title='Not Specified')
for territory_dataset_class in TERRITORY_DATASETS.values():
organization = OrganizationFactory(
id=territory_dataset_class.organization_id)
territory = territory_dataset_class(arles)
reference = 'territory-{id}'.format(id=territory.slug)
response = self.get(url_for('api.oembeds', references=reference))
self.assert200(response)
data = json.loads(response.data)[0]
self.assertIn('html', data)
self.assertIn('width', data)
self.assertIn('maxwidth', data)
self.assertIn('height', data)
self.assertIn('maxheight', data)
self.assertTrue(data['type'], 'rich')
self.assertTrue(data['version'], '1.0')
self.assertIn(territory.title, data['html'])
self.assertIn(cgi.escape(territory.url), data['html'])
self.assertIn('alt="{name}"'.format(name=organization.name),
data['html'])
self.assertIn(md(territory.description, source_tooltip=True),
data['html'])
self.assertIn('Download from localhost', data['html'])
self.assertIn('Add to your own website', data['html'])
if territory_dataset_class != TERRITORY_DATASETS['comptes']:
self.assertIn(
'License: {title}'.format(title=licence_ouverte.title),
data['html'])
self.assertIn(
'© {license_id}'.format(license_id=licence_ouverte.id),
data['html'])
self.assertIn(
'<a data-tooltip="Source" href="http://localhost/datasets',
data['html'])
def test_with_valid_zone_ids(self):
Fake, FakeForm = self.factory()
zones = [GeoZoneFactory() for _ in range(3)]
fake = Fake()
form = FakeForm(
MultiDict({
'spatial-zones': ','.join([z.id for z in zones]),
'spatial-granularity': random_spatial_granularity()
}))
form.validate()
self.assertEqual(form.errors, {})
form.populate_obj(fake)
self.assertEqual(len(fake.spatial.zones), len(zones))
expected_zones = dict((z.id, z) for z in zones)
for zone in fake.spatial.zones:
self.assertIn(zone.id, expected_zones)
self.assertEqual(zone, expected_zones[zone.id])
def test_zones_api_many(self):
zones = [GeoZoneFactory() for _ in range(3)]
url = url_for('api.zones', ids=zones)
response = self.get(url)
self.assert200(response)
self.assertEqual(len(response.json['features']), len(zones))
for zone, feature in zip(zones, response.json['features']):
self.assertEqual(feature['type'], 'Feature')
self.assertEqual(feature['geometry'], zone.geom)
self.assertEqual(feature['id'], zone.id)
properties = feature['properties']
self.assertEqual(properties['name'], zone.name)
self.assertEqual(properties['code'], zone.code)
self.assertEqual(properties['level'], zone.level)
self.assertEqual(properties['parents'], zone.parents)
self.assertEqual(properties['population'], zone.population)
self.assertEqual(properties['area'], zone.area)
self.assertEqual(properties['keys'], zone.keys)
def test_zones_api_one(self):
zone = GeoZoneFactory()
url = url_for('api.zones', ids=[zone.id])
response = self.get(url)
self.assert200(response)
self.assertEqual(len(response.json['features']), 1)
feature = response.json['features'][0]
self.assertEqual(feature['type'], 'Feature')
self.assertEqual(feature['geometry'], zone.geom)
self.assertEqual(feature['id'], zone.id)
properties = feature['properties']
self.assertEqual(properties['name'], zone.name)
self.assertEqual(properties['code'], zone.code)
self.assertEqual(properties['level'], zone.level)
self.assertEqual(properties['parents'], zone.parents)
self.assertEqual(properties['population'], zone.population)
self.assertEqual(properties['area'], zone.area)
self.assertEqual(properties['keys'], zone.keys)
def test_suggest_zones_on_code(self):
'''It should suggest zones based on its code'''
with self.autoindex():
for i in range(4):
GeoZoneFactory(code='test-{0}'.format(i) if i %
2 else faker.word())
response = self.get(url_for('api.suggest_zones'),
qs={
'q': 'test',
'size': '5'
})
self.assert200(response)
self.assertEqual(len(response.json), 2)
for suggestion in response.json:
self.assertIn('id', suggestion)
self.assertIn('name', suggestion)
self.assertIn('code', suggestion)
self.assertIn('level', suggestion)
self.assertIn('keys', suggestion)
self.assertIsInstance(suggestion['keys'], dict)
self.assertTrue(suggestion['code'].startswith('test'))
