def test_mismatch_market_type(self):
self._formatted_method_name = "Test testing throwing the Flat" \
" Parameter Mismatch Exception if the value" \
" of the market type is incorrect"
calc = PricesCalculator("AIzaSyBEmx5P3vl4ox4OU6nPgwTbU9k-_0Zm6Lo")
address = Address("", 49.95153, 18.609122)
calc.selected_address = address
market_type = "pierwotFny"
with self.assertRaises(
exception.FlatParameterMismatchException) as context:
calc.calculate_house_price("blok", market_type, "drewno", 2000, 25,
False, False, False, True, True, False,
False)
self.assertTrue("wskazany rodzaj rynku '" + market_type +
"' nie istnieje" in str(context.exception))
def test_too_small_value_of_year(self):
self._formatted_method_name = "Test testing throwing the Construction" \
" Year Violation Exception if the value" \
" of the construction year is too low" \
" (less than 1900)"
calc = PricesCalculator("AIzaSyBEmx5P3vl4ox4OU6nPgwTbU9k-_0Zm6Lo")
address = Address("", 49.95153, 18.609122)
calc.selected_address = address
with self.assertRaises(
exception.ConstructionYearViolationException) as context:
calc.calculate_house_price("blok", "pierwotny", "drewno", 1500, 25,
False, False, False, True, True, False,
False)
self.assertTrue('rok budowy nie moze byc mniejszy niz 1900' in str(
context.exception))
def test_name_of_reference_city(self):
self._formatted_method_name = "Test testing calculating a reference city" \
" called Katowice in the case of providing" \
" coordinates of an apartment located in the" \
" city of Czestochowa"
calc = PricesCalculator("AIzaSyBEmx5P3vl4ox4OU6nPgwTbU9k-_0Zm6Lo")
address = Address("", 50.8118195, 19.1203094)
calc.selected_address = address
calculator_result = calc.calculate_house_price("blok", "pierwotny",
"drewno", 2000, 25,
False, False, False,
True, True, False,
False)
self.assertEqual(calculator_result.nearest_reference_city.name,
"Katowice")
def test_too_big_value_of_year(self):
self._formatted_method_name = "Test testing throwing the Construction" \
" Year Violation Exception if the value" \
" of the construction year is too high" \
" (more than present)"
calc = PricesCalculator("AIzaSyBEmx5P3vl4ox4OU6nPgwTbU9k-_0Zm6Lo")
address = Address("", 49.95153, 18.609122)
calc.selected_address = address
datetime_now_year = datetime.today().year
with self.assertRaises(
exception.ConstructionYearViolationException) as context:
calc.calculate_house_price("blok", "pierwotny", "drewno",
datetime_now_year + 1, 25, False, False,
False, True, True, False, False)
self.assertTrue('rok budowy nie moze byc wiekszy niz obecny' in str(
context.exception))
def autocomplete_addresses(self, autocomplete_addresses):
if autocomplete_addresses:
google_result = self._google_maps.geocode(autocomplete_addresses,
language="pl")
if google_result:
if self._autocomplete_addresses:
self._autocomplete_addresses = []
for address in google_result:
for address_component in address['address_components']:
if address_component['types'][0] == "country":
if address_component['long_name'] == "Polska":
self._autocomplete_addresses.append(
Address(
address['formatted_address'],
address['geometry']["location"]["lat"],
address['geometry']["location"]
["lng"]))
break
return "error"
display_addresses = str(sys.argv[1])
switch_option = str_to_bool(display_addresses)
if switch_option == "":
if sys.argv.__len__() != 17:
print("Podano niewystarczającą ilość argumentów do "
"przeprowadzenia kalkulacji.")
sys.exit(1)
else:
google_api_key = str(sys.argv[2])
try:
calc = PricesCalculator(google_api_key)
geocoded_address = Address("", float(sys.argv[3]),
float(sys.argv[4]))
calc.selected_address = geocoded_address
calc.calculate_house_price(str(sys.argv[5]), str(sys.argv[6]),
str(sys.argv[7]), int(sys.argv[8]),
int(sys.argv[9]),
bool(str_to_bool(sys.argv[10])),
bool(str_to_bool(sys.argv[11])),
bool(str_to_bool(sys.argv[12])),
bool(str_to_bool(sys.argv[13])),
bool(str_to_bool(sys.argv[14])),
bool(str_to_bool(sys.argv[15])),
bool(str_to_bool(sys.argv[16])))
print("WYNIKI KALKULACJI:")
print("\t*miasto odniesiania*")
print("\t\t- nazwa: " +