def test_remove_non_existing_centre():
prov = Provider('*****@*****.**', '1234', 'McTester', 'Test',
'124024114', 'Official Tester')
assert (prov.email == '*****@*****.**')
assert (prov.centres == [])
checker = prov.remove_centre('Randwick Hospital')
assert (checker is False)
def test_setters():
p = Provider('*****@*****.**', '1234', 'McTester', 'Test', '124024114',
'Official Tester')
p.email = '*****@*****.**'
info = p.get_information()
assert (info['email'] == '*****@*****.**')
p.password = '******'
info = p.get_information()
assert (info['password'] != 'wooowthatsgreat'
and info['password'] == 'WoooWThatsGreat')
p.surname = 'MCTESTing'
info = p.get_information()
assert (info['surname'] == 'mctesting')
p.given_name = 'TEEEESt'
info = p.get_information()
assert (info['given_name'] == 'teeeest')
p.provider_no = '123123'
info = p.get_information()
assert (info['provider_no'] == '123123')
p.service = 'OFFicial TESTer'
info = p.get_information()
assert (info['service'] == 'official tester')
def test_get_availability_for_existing_date():
p = Provider('1', '1', '1', '', '', '')
p.add_centre('rand')
p.get_availability('rand', 2019, 9, 20)
p.make_time_slot_unavailable('rand', 2019, 9, 20, '08:30')
val = p.get_availability('rand', 2019, 9, 20)
assert ('08:30' not in val and type(val) is list)
def test_remove_existing_centre():
prov = Provider('*****@*****.**', '1234', 'McTester', 'Test',
'124024114', 'Official Tester')
assert (prov.centres == [])
prov.add_centre('rand')
assert ('rand' in prov.centres)
checker = prov.remove_centre('RAnd')
assert (checker == True)
assert (prov.centres == [])
def test_make_non_existing_and_available_slots_unavailable():
p = Provider('1', '1', '1', '', '', '')
p.add_centre('rand')
p.get_availability('rand', 2019, 9, 20)
checker = p.make_time_slot_unavailable('rand', 2019, 9, 20, '08:30')
assert (checker == True)
val = p.get_availability('rand', 2019, 9, 20)
assert ('08:30' not in val)
checker = p.make_time_slot_unavailable('rand', 2019, 9, 20, '09:30')
val = p.get_availability('rand', 2019, 9, 20)
assert ('08:30' not in val and '09:30' not in val)
def test_getters():
p = Provider('*****@*****.**', '1234', 'McTester', 'Test', '124024114',
'Official Tester')
info = p.get_information()
assert (info["email"] == '*****@*****.**'.lower())
assert (info["password"] == '1234'.lower())
assert (info["surname"] == 'McTester'.lower())
assert (info["given_name"] == 'Test'.lower())
assert (info["provider_no"] == '124024114'.lower())
assert (info["service"] == 'Official Tester'.lower())
assert (info["appointments"] == [])
assert (info["centres"] == [])
assert (info["availability"] == {})
assert (info["rating"] == 0)
def add_provider_by_info(self,
email,
password,
surname,
given_name,
provider_no,
service,
specialist=False):
if not any(provider.email == email.lower()
for provider in self._providers):
self._providers.append(
Provider(email, password, surname, given_name, provider_no,
service, specialist))
self.__add_provider_to_services(email.lower(), service.lower())
return True # Success, could instead return new provider object
else:
return False # Failed (already in providers)
def test_add_rating_for_existing_patient():
p = Provider('1', '1', '1', '', '', '')
p.add_rating('*****@*****.**', 3)
assert (p.rating['*****@*****.**'] == 3)
p.add_rating('*****@*****.**', 5)
assert (p.rating['*****@*****.**'] == 5)
def test_get_availability_for_existing_centre_and_valid_date():
p = Provider('1', '1', '1', '', '', '')
p.add_centre('rand')
with pytest.raises(DateTimeValidityError) as info:
checker = p.get_availability('rand', 2018, 19, 220)
def test_add_non_existing_centre():
p1 = Provider('*****@*****.**', '1234', 'McTester', 'Test', '124024114',
'Official Tester')
assert (p1.centres == [])
p1.add_centre('Randwick Hospital')
assert ('Randwick Hospital'.lower() in p1.centres)
def test_get_availability_invalid_date():
p = Provider('1', '1', '1', '', '', '')
with pytest.raises(DateTimeValidityError) as info:
checker = p.get_availability('centre', 13, 22, 414)
with pytest.raises(DateTimeValidityError) as info:
checker = p.get_availability('centre', 'lol', 22, 414)
def test_get_availability_for_non_existing_centre_but_valid_date():
p = Provider('1', '1', '1', '', '', '')
# p.add_centre('rand')
with pytest.raises(BookingError) as info:
p.get_availability('centre', 2019, 12, 14)
def test_calc_average_rating_with_more_than_1_rating():
p = Provider('1', '1', '1', '', '', '')
p.add_rating('*****@*****.**', 3)
p.add_rating('*****@*****.**', 2)
p.add_rating('*****@*****.**', 5)
assert (p.average_rating == (3 + 2 + 5) / (float(3)))
def test_calc_average_rating_with_out_ratings():
p = Provider('1', '1', '1', '', '', '')
assert (p.average_rating == 0)
p.add_rating('*****@*****.**', 3)
p.remove_rating('*****@*****.**')
assert (p.average_rating == 0)
def test_remove_rating_of_non_existing_patient():
p = Provider('1', '1', '1', '', '', '')
checker = p.remove_rating('*****@*****.**')
assert (checker == False)
assert (list(p.rating.keys()) == [])
def test_calc_average_rating_with_1_rating():
p = Provider('1', '1', '1', '', '', '')
p.add_rating('*****@*****.**', 3)
assert (p.average_rating == 3)
def test_add_existing_centre():
pp1 = Provider('trst', '123', 'sad', '12312', '2323', 'Blah')
assert (pp1.centres == [])
pp1.add_centre('Randwick Hospital')
pp1.add_centre('randwick hospital')
assert (len(pp1.centres) == 1)
def prov_fixture1():
p1 = Provider("*****@*****.**", "pwd", "smith", "john", 123, "GP")
p2 = Provider("*****@*****.**", "pwd", "smith", "jane", 123, "Surgeon")
p3 = Provider("*****@*****.**", "pwd", "sss", "jane", 123, "Physio")
p4 = Provider("*****@*****.**", "pwd", "Strange", "Stephen", 123, "GP")
return [p1, p2, p3, p4]
def test_add_string_rating():
p = Provider('1', '1', '1', '', '', '')
assert (list(p.rating.keys()) == [])
checker = p.add_rating('*****@*****.**', '1')
assert (checker == False)
assert (list(p.rating.keys()) == [])
def test_add_int_NOT_between_0_and_5_rating():
p = Provider('1', '1', '1', '', '', '')
assert (list(p.rating.keys()) == [])
checker = p.add_rating('*****@*****.**', -1)
assert (checker == False)
assert (list(p.rating.keys()) == [])
def test_add_int_between_0_and_5_rating():
p = Provider('1', '1', '1', '', '', '')
p.add_rating('*****@*****.**', 3)
assert ('*****@*****.**' in p.rating.keys())
assert (p.rating['*****@*****.**'] == 3)
def prov_fixture2():
p1 = Provider("*****@*****.**", "pwd", "smith", "john", 123, "GP")
p2 = Provider("*****@*****.**", "pwd", "smith", "jane", 123, "GP")
p3 = Provider("*****@*****.**", "pwd", "sss", "jane", 123, "Physio")
return [p1, p2, p3]
def test_remove_rating_of_existing_patient():
p = Provider('1', '1', '1', '', '', '')
p.add_rating('*****@*****.**', 3)
checker = p.remove_rating('*****@*****.**')
assert (checker == True)
assert (list(p.rating.keys()) == [])
