def setUpClass(cls):
# Set global collection for sort tests
cls.collection = StoresCollection([
Store(postcode="ZXDT 333", name="AB", lon=2, lat=2),
Store(postcode="ASFR 333", name="aA", lon=1, lat=1),
Store(postcode="UYEE 222", name="AC", lon=3, lat=3),
])
def test_name_type_setter(self):
# Init setter StoreInvalidDefinitionError
postcode = Store(postcode="SN25 2EG", name="Shop")
# Expect type error
with self.assertRaises(StoreInvalidDefinitionError):
postcode.name = 1234
def test_setter_update(self):
test_postcode = "SN25 XXX"
# Init the class
postcode = Store(postcode="SN25 2EG", name="Shop")
postcode.postcode = test_postcode
# Check assertion
self.assertEqual(postcode.postcode, test_postcode)
def test_setter_update(self):
test_name = "Some Name"
# Init the class
postcode = Store(postcode="SN25 2EG", name=test_name)
postcode.name = test_name
# Check assertion
self.assertEqual(postcode.name, test_name)
def test_setter_update(self):
test_lat = 12.34
# Init the class
postcode = Store(postcode="SN25 2EG", name="Shop", lat=test_lat)
postcode.lat = test_lat
# Check assertion
self.assertEqual(postcode.lat, test_lat)
def test_init_set(self):
test_lon = 12.34
# Init the class
postcode = Store(postcode="SN25 2EG", name="Shop", lon=test_lon)
# Check assertion
self.assertEqual(postcode.lon, test_lon)
def test_init_set(self):
test_postcode = "SN25 2EG"
# Init the class
postcode = Store(postcode=test_postcode, name="Shop")
# Check assertion
self.assertEqual(postcode.postcode, test_postcode)
def test_append_stores(self):
# Append stores
store2 = Store(postcode="SN22 222", name="Store 2", lon=2, lat=2)
store3 = Store(postcode="SN33 333", name="Store 3", lon=3, lat=3)
# Append from constructor as array with mixed types
collection = StoresCollection(stores=[{
"postcode": "SN25 2EG",
"name": "Store 1",
"lon": 1,
"lat": 1
}, store2])
# Append single record
collection.append(store3)
# Check assertion
self.assertEqual(collection.stores[0].name, "Store 1")
self.assertEqual(collection.stores[1].name, "Store 2")
self.assertEqual(collection.stores[2].name, "Store 3")
# Instance compare
self.assertEqual(collection.stores[1], store2)
def test_name_length(self):
# Expect constructor StoreInvalidDefinitionError
with self.assertRaises(StoreInvalidDefinitionError):
Store(postcode="SN25 2EG", name="")
def test_name_type_init(self):
# Exception constructor StoreInvalidDefinitionError
with self.assertRaises(StoreInvalidDefinitionError):
Store(postcode="SN25 2EG", name=1234)
def test_init_required_param(self):
# Expect type error
with self.assertRaises(TypeError):
Store(postcode="SN25 2EG")
def test_lat_min(self):
# Expect StoreInvalidDefinitionError about out of range
with self.assertRaises(StoreInvalidDefinitionError):
Store(postcode="SN25 2EG", name="Shop", lat=-100)
def test_lat_type_number(self):
# Init without exception
try:
Store(postcode="SN25 2EG", name="Shop", lat=12)
except IndexError:
self.fail("Exception raised")
def test_lat_type_init(self):
# Exception constructor StoreInvalidDefinitionError
with self.assertRaises(StoreInvalidDefinitionError):
Store(postcode="SN25 2EG", name="Shop", lat="12.34")
def test_init_required_param(self):
# Expect type error
with self.assertRaises(TypeError):
Store(name="Shop")