def test_requests(self):
generated_data = dummydata.generate("name",
"lastname",
"age",
"phonenumber",
"email",
"country",
"city",
times=1000)
generated_data1 = dummydata.generate("all", times=1000)
for g_data in generated_data:
for field in g_data:
self.assertIsNotNone(field)
for g_data in generated_data1:
for field in g_data:
self.assertIsNotNone(field)
def test_phonenumber_country_pair(self):
generated_data = dummydata.generate("country",
"phonenumber",
times=1000)
for g_data in generated_data:
phonecode = re.split('\W+', g_data.PhoneNumber[1:])[0]
self.assertIn(phonecode, phonecodes_dict[g_data.Country])
def test_age(self):
for i in range(1000):
age = random.randint(1, 120)
generated_data = dummydata.generate("age", times=1000, age=age)
sum = 0
for g_data in generated_data:
sum += g_data.Age
self.assertTrue(age - sum / 1000 < 2)
def test_email(self):
generated_data = dummydata.generate("name",
"lastname",
"email",
times=1000)
for g_data in generated_data:
email_splitted = re.split('\W+', g_data.Email, 2)
self.assertIn(email_splitted[0], names_list)
self.assertIn(email_splitted[1], lastnames_list)
self.assertIn(email_splitted[2], domains_list)
def test_lastname(self):
generated_data = dummydata.generate("lastname", times=1000)
for g_data in generated_data:
self.assertIn(g_data.LastName, lastnames_list)
def test_name(self):
generated_data = dummydata.generate("name", times=1000)
for g_data in generated_data:
self.assertIn(g_data.Name, names_list)
def test_city_country_pair(self):
generated_data = dummydata.generate("country", "city", times=1000)
for g_data in generated_data:
self.assertIn(g_data.City, citiesandcountries_dict[g_data.Country])