def test_best(self):
us1 = Region(region_code='US',
region_name='us',
accuracy=200000.0,
score=3.0,
source=DataSource.geoip)
us2 = Region(region_code='US',
region_name='us',
accuracy=200000.0,
score=3.0,
source=DataSource.geoip)
gb1 = Region(region_code='GB',
region_name='gb',
accuracy=100000.0,
score=5.0,
source=DataSource.geoip)
gb2 = Region(region_code='GB',
region_name='gb',
accuracy=100000.0,
score=3.0,
source=DataSource.geoip)
# highest combined score wins
assert RegionResultList([us1, gb1]).best().region_code == 'GB'
assert RegionResultList([us1, gb1, us2]).best().region_code == 'US'
# break tie by accuracy
assert RegionResultList([us1, gb2]).best().region_code == 'US'
def test_data_accuracy(self):
assert Region().data_accuracy is DataAccuracy.none
region = Region(region_code='DE',
region_name='Germany',
accuracy=100000.0)
assert region.data_accuracy is DataAccuracy.low
region = Region(region_code='VA',
region_name='Holy See',
accuracy=1000.0)
assert region.data_accuracy is DataAccuracy.medium
def test_data_accuracy(self):
self.assertEqual(Region().data_accuracy, DataAccuracy.none)
region = Region(region_code='DE',
region_name='Germany',
accuracy=100000.0)
self.assertEqual(region.data_accuracy, DataAccuracy.low)
region = Region(region_code='VA',
region_name='Holy See',
accuracy=1000.0)
self.assertEqual(region.data_accuracy, DataAccuracy.high)
def test_empty(self):
region = Region(region_code='DE', region_name='Germany', accuracy=None)
self.assertTrue(region.empty())
region = Region(region_code='DE', region_name=None, accuracy=100000.0)
self.assertTrue(region.empty())
region = Region(region_code=None,
region_name='Germany',
accuracy=100000.0)
self.assertTrue(region.empty())
def test_repr(self):
region = Region(region_code='DE', region_name='Germany', score=2.0)
rep = repr(region)
self.assertTrue(rep.startswith('Region'), rep)
self.assertTrue('DE' in rep, rep)
self.assertTrue('Germany' in rep, rep)
self.assertAlmostEqual(region.score, 2.0)
def test_repr(self):
region = Region(
region_code="DE", region_name="Germany", accuracy=100.0, score=2.0
)
rep = repr(region)
assert rep.startswith("Region")
assert "DE" in rep
assert "Germany" in rep
assert region.score == 2.0
def test_repr(self):
region = Region(region_code='DE',
region_name='Germany',
accuracy=100.0,
score=2.0)
rep = repr(region)
assert rep.startswith('Region')
assert 'DE' in rep
assert 'Germany' in rep
assert region.score == 2.0
def test_empty(self):
region = Region(region_code="DE", region_name="Germany", accuracy=None)
self.assertTrue(region.empty())
region = Region(region_code="DE", region_name=None, accuracy=100000.0)
self.assertTrue(region.empty())
region = Region(region_code=None, region_name="Germany", accuracy=100000.0)
self.assertTrue(region.empty())
def test_best(self):
us1 = Region(
region_code="US",
region_name="us",
accuracy=200000.0,
score=3.0,
source=DataSource.geoip,
)
us2 = Region(
region_code="US",
region_name="us",
accuracy=200000.0,
score=3.0,
source=DataSource.geoip,
)
gb1 = Region(
region_code="GB",
region_name="gb",
accuracy=100000.0,
score=5.0,
source=DataSource.geoip,
)
gb2 = Region(
region_code="GB",
region_name="gb",
accuracy=100000.0,
score=3.0,
source=DataSource.geoip,
)
# highest combined score wins
assert RegionResultList([us1, gb1]).best().region_code == "GB"
assert RegionResultList([us1, gb1, us2]).best().region_code == "US"
# break tie by accuracy
assert RegionResultList([us1, gb2]).best().region_code == "US"
def test_data_accuracy(self):
assert Region().data_accuracy is DataAccuracy.none
region = Region(region_code="DE", region_name="Germany", accuracy=100000.0)
assert region.data_accuracy is DataAccuracy.low
region = Region(region_code="VA", region_name="Holy See", accuracy=1000.0)
assert region.data_accuracy is DataAccuracy.medium
def _make_region_result(self, accuracy=100000.0):
return Region(
region_code='GB',
region_name='United Kingdom',
accuracy=accuracy,
score=0.5)
def test_satisfies(self):
regions = RegionResultList(
Region(region_code='DE', region_name='Germany', accuracy=100000.0))
assert regions.satisfies(Query())
def test_satisfies_fail(self):
region = Region()
self.assertFalse(region.satisfies(Query()))
def test_not_empty(self):
region = Region(region_code='DE',
region_name='Germany',
accuracy=100000.0)
self.assertFalse(region.empty())
def test_not_empty(self):
region = Region(
region_code='DE', region_name='Germany', accuracy=100000.0)
self.assertFalse(region.empty())
def test_satisfies_fail(self):
region = Region()
self.assertFalse(region.satisfies(Query()))
def test_satisfies(self):
region = Region(
region_code='DE', region_name='Germany', accuracy=100000.0)
self.assertTrue(region.satisfies(Query()))
def test_satisfies(self):
region = Region(region_code='DE',
region_name='Germany',
accuracy=100000.0)
self.assertTrue(region.satisfies(Query()))
