def test_middle_name_value_all_none(self, test_case_middle_name_all_none):
input_data = test_case_middle_name_all_none
result = middle_name(test_case_middle_name_all_none)
expected_output = {'dmn': 'DMN_MIDDLE_NAME', 'percent': 0.0}
print(
"\n(подали на вход) input_data: {0}, \n(реальность) output: {1}, \n(ожидание) expected: {2}".format(
input_data, result,
expected_output))
assert result == expected_output, 'не совпадает %'
def test_middle_name_value_empty(self, test_case_middle_name_empty):
input_data = test_case_middle_name_empty
result = middle_name(test_case_middle_name_empty)
expected_output = False
print(
"\n(подали на вход) input_data: {0}, \n(реальность) output: {1}, \n(ожидание) expected: {2}".format(
input_data, result,
expected_output))
assert result == expected_output, 'не совпадает %'
def test_middle_name_value_none(self):
input_data = {'name': 'rus',
'size': 'field_size',
'type': 'text',
'data': None}
result = middle_name(input_data)
expected_output = False
print(
"\n(подали на вход) input_data: {0}, \n(реальность) output: {1}, \n(ожидание) expected: {2}".format(
input_data, result,
expected_output))
assert result == expected_output, 'не совпадает %'
def is_text_data(param_dict=None):
logger.info("модуль запустился")
import statistics
from profilling.email_rule import email
from profilling.url import url
from profilling.password import password
from profilling.first_name import first_name
from profilling.middle_name import middle_name
from profilling.last_name import last_name
from profilling.first_name_eng import first_name_eng
from profilling.middle_name_eng import middle_name_eng
from profilling.last_name_eng import last_name_eng
from profilling.country import country
from profilling.region import region
from profilling.city import city
from profilling.street import street
from profilling.card_number import card_number
from profilling.account_number import acct_number
from profilling.birth_date import birth_date
from profilling.car_num import car_num
from profilling.card_expire_date import expire_date
from profilling.house import house
from profilling.ip_address import ip_address
from profilling.kpp import kpp
from profilling.ogrn import ogrn
from profilling.okpo import okpo
from profilling.org_inn import org_inn
from profilling.org_name import org_name
from profilling.person_inn import person_inn
from profilling.postal_code import postal_code
from profilling.rus_passport import rus_passport
from profilling.snils import snils
from profilling.vin import vin
## Проверка на входные значения функции
field_name = param_dict.get("name")
field_size = param_dict.get("size")
field_type = param_dict.get("type")
values_list = param_dict.get("data")
if not field_name:
return False
## Создание словаря для доменов
dmn_dict = dict()
## Заполнение словаря результатами работы функций
dmn_dict[url(param_dict)['dmn']] = float(url(param_dict)['percent'])
dmn_dict[password(param_dict)['dmn']] = float(
password(param_dict)['percent'])
dmn_dict[email(param_dict)['dmn']] = float(email(param_dict)['percent'])
dmn_dict[first_name(param_dict)['dmn']] = float(
first_name(param_dict)['percent'])
dmn_dict[middle_name(param_dict)['dmn']] = float(
middle_name(param_dict)['percent'])
dmn_dict[last_name(param_dict)['dmn']] = float(
last_name(param_dict)['percent'])
dmn_dict[first_name_eng(param_dict)['dmn']] = float(
first_name_eng(param_dict)['percent'])
dmn_dict[middle_name_eng(param_dict)['dmn']] = float(
middle_name_eng(param_dict)['percent'])
dmn_dict[last_name_eng(param_dict)['dmn']] = float(
last_name_eng(param_dict)['percent'])
dmn_dict[country(param_dict)['dmn']] = float(
country(param_dict)['percent'])
dmn_dict[region(param_dict)['dmn']] = float(region(param_dict)['percent'])
dmn_dict[city(param_dict)['dmn']] = float(city(param_dict)['percent'])
dmn_dict[street(param_dict)['dmn']] = float(street(param_dict)['percent'])
dmn_dict[acct_number(param_dict)['dmn']] = float(
acct_number(param_dict)['percent'])
dmn_dict[card_number(param_dict)['dmn']] = float(
card_number(param_dict)['percent'])
dmn_dict[birth_date(param_dict)['dmn']] = float(
birth_date(param_dict)['percent'])
dmn_dict[car_num(param_dict)['dmn']] = float(
car_num(param_dict)['percent'])
dmn_dict[expire_date(param_dict)['dmn']] = float(
expire_date(param_dict)['percent'])
dmn_dict[house(param_dict)['dmn']] = float(house(param_dict)['percent'])
dmn_dict[ip_address(param_dict)['dmn']] = float(
ip_address(param_dict)['percent'])
dmn_dict[kpp(param_dict)['dmn']] = float(kpp(param_dict)['percent'])
dmn_dict[ogrn(param_dict)['dmn']] = float(ogrn(param_dict)['percent'])
dmn_dict[okpo(param_dict)['dmn']] = float(okpo(param_dict)['percent'])
dmn_dict[org_name(param_dict)['dmn']] = float(
org_name(param_dict)['percent'])
dmn_dict[org_inn(param_dict)['dmn']] = float(
org_inn(param_dict)['percent'])
dmn_dict[person_inn(param_dict)['dmn']] = float(
person_inn(param_dict)['percent'])
dmn_dict[postal_code(param_dict)['dmn']] = float(
postal_code(param_dict)['percent'])
dmn_dict[rus_passport(param_dict)['dmn']] = float(
rus_passport(param_dict)['percent'])
dmn_dict[snils(param_dict)['dmn']] = float(snils(param_dict)['percent'])
dmn_dict[vin(param_dict)['dmn']] = float(vin(param_dict)['percent'])
logger.debug(dmn_dict)
# Допустимое среднеквадратическое отклоение (стандартное отклонение)
allowable_deviation = 10
# Функции для группировки супер-атрибутов
def group_fio_fio_param():
group_percent_list = (dmn_dict.get('DMN_FIRST_NAME'),
dmn_dict.get('DMN_PATRONYMIC'),
dmn_dict.get('DMN_SURNAME'))
group_max_percent = max(group_percent_list)
deviation = statistics.pstdev(
[value for value in group_percent_list if value is not None])
return {
'group_max_percent': group_max_percent,
'deviation': deviation,
'dmn_name': group_percent_list
}
def group_fio_first_last_param():
group_percent_list = (dmn_dict.get('DMN_FIRST_NAME'),
dmn_dict.get('DMN_SURNAME'))
group_max_percent = max(group_percent_list)
deviation = statistics.pstdev(
[value for value in group_percent_list if value is not None])
return {
'group_max_percent': group_max_percent,
'deviation': deviation,
'dmn_name': group_percent_list
}
def group_address_street_city_param():
group_percent_list = (dmn_dict.get('DMN_CITY'),
dmn_dict.get('DMN_STREET'))
group_max_percent = max(group_percent_list)
deviation = statistics.pstdev(
[value for value in group_percent_list if value is not None])
return {
'group_max_percent': group_max_percent,
'deviation': deviation,
'dmn_name': group_percent_list
}
def group_address_street_city_region_param():
group_percent_list = (dmn_dict.get('DMN_CITY'),
dmn_dict.get('DMN_STREET'),
dmn_dict.get('DMN_REGION'))
group_max_percent = max(group_percent_list)
deviation = statistics.pstdev(
[value for value in group_percent_list if value is not None])
return {
'group_max_percent': group_max_percent,
'deviation': deviation,
'dmn_name': group_percent_list
}
def group_address_street_city_country_param():
group_percent_list = (dmn_dict.get('DMN_CITY'),
dmn_dict.get('DMN_STREET'),
dmn_dict.get('DMN_COUNTRY'))
group_max_percent = max(group_percent_list)
deviation = statistics.pstdev(
[value for value in group_percent_list if value is not None])
return {
'group_max_percent': group_max_percent,
'deviation': deviation,
'dmn_name': group_percent_list
}
def group_address_full_param():
group_percent_list = {
'DMN_CITY': dmn_dict.get('DMN_CITY'),
'DMN_STREET': dmn_dict.get('DMN_STREET'),
'DMN_REGION': dmn_dict.get('DMN_REGION'),
'DMN_COUNTRY': dmn_dict.get('DMN_COUNTRY')
}
group_max_percent = max(group_percent_list.values())
deviation = statistics.pstdev([
value for value in group_percent_list.values() if value is not None
])
return {
'group_max_percent': group_max_percent,
'deviation': deviation,
'dmn_name': group_percent_list
}
# Создаем список процентов совпадений, не равных 0.0
percent_list = [value for key, value in dmn_dict.items() if value != 0.0]
if len(percent_list) != 0:
max_percent = max(percent_list)
# Если в списке один домен
if len(percent_list) == 1:
return {
'dmn':
max([
key for key, value in dmn_dict.items()
if value == max_percent
]),
'percent':
max_percent
}
# Если в списке больше 2 доменов
if len(percent_list) >= 2:
# Если среднеквадратическое отклоение больше или равно допустимому отклонению, то проверяем
# отклонения в группах супер-атрибутов. Если групповое отклонение меньше допустимого и
# максимальный процент совпадения находится в этой группе,то выбираем этот супер-атрибут.
if statistics.pstdev(percent_list) >= allowable_deviation:
if (group_fio_fio_param()['deviation'] <=
allowable_deviation) and group_fio_fio_param(
)['group_max_percent'] == max_percent:
return {'dmn': 'DMN_FIO', 'percent': max_percent}
if (group_fio_first_last_param()['deviation']
<= allowable_deviation) and group_fio_first_last_param(
)['group_max_percent'] == max_percent:
return {'dmn': 'DMN_FIO', 'percent': max_percent}
if (group_address_full_param()['deviation'] <=
allowable_deviation) and group_address_full_param(
)['group_max_percent'] == max_percent:
return {'dmn': 'DMN_ADDRESS', 'percent': max_percent}
if (group_address_street_city_country_param()['deviation'] <=
allowable_deviation
) and group_address_street_city_country_param(
)['group_max_percent'] == max_percent:
return {'dmn': 'DMN_ADDRESS', 'percent': max_percent}
if (group_address_street_city_region_param()['deviation'] <=
allowable_deviation
) and group_address_street_city_region_param(
)['group_max_percent'] == max_percent:
return {'dmn': 'DMN_ADDRESS', 'percent': max_percent}
if (group_address_street_city_param()['deviation'] <=
allowable_deviation
) and group_address_street_city_param(
)['group_max_percent'] == max_percent:
return {'dmn': 'DMN_ADDRESS', 'percent': max_percent}
# Если предыдущие условия не выполняются, то выбирается домен с максимальным % совпадения
return {
'dmn':
max([
key for key, value in dmn_dict.items()
if value == max_percent
]),
'percent':
max_percent
}
else:
# Если среднеквадратическое отклоение меньше допустимого отклонения, то проверяем нет ли супер-атрибута
if (group_fio_fio_param()['deviation'] <=
allowable_deviation) and group_fio_fio_param(
)['group_max_percent'] == max_percent:
if len(group_fio_fio_param()['dmn_name']) == len(
percent_list):
return {'dmn': 'DMN_FIO', 'percent': max_percent}
if (group_fio_first_last_param()['deviation']
<= allowable_deviation) and group_fio_first_last_param(
)['group_max_percent'] == max_percent:
if len(group_fio_first_last_param()['dmn_name']) == len(
percent_list):
return {'dmn': 'DMN_FIO', 'percent': max_percent}
if (group_address_full_param()['deviation'] <=
allowable_deviation) and group_address_full_param(
)['group_max_percent'] == max_percent:
if len(group_address_full_param()['dmn_name']) == len(
percent_list):
return {'dmn': 'DMN_ADDRESS', 'percent': max_percent}
if (group_address_street_city_country_param()['deviation'] <=
allowable_deviation
) and group_address_street_city_country_param(
)['group_max_percent'] == max_percent:
if len(group_address_street_city_country_param()
['dmn_name']) == len(percent_list):
return {'dmn': 'DMN_ADDRESS', 'percent': max_percent}
if (group_address_street_city_region_param()['deviation'] <=
allowable_deviation
) and group_address_street_city_region_param(
)['group_max_percent'] == max_percent:
if len(group_address_street_city_region_param()
['dmn_name']) == len(percent_list):
return {'dmn': 'DMN_ADDRESS', 'percent': max_percent}
if (group_address_street_city_param()['deviation'] <=
allowable_deviation
) and group_address_street_city_param(
)['group_max_percent'] == max_percent:
if len(group_address_street_city_param()
['dmn_name']) == len(percent_list):
return {'dmn': 'DMN_ADDRESS', 'percent': max_percent}
# Если не нашли супер атрибут, то DMN_COMMENT
return {'dmn': 'DMN_COMPLEX', 'percent': max(percent_list)}
else:
return {'dmn': 'NO_PND', 'percent': 0.0}
#todo Если нет совпадений, сейчас возвращается None, исправить на DMN_NO_PND
#todo Заменить 100500 return'ов на (result =) в конце один return result
def test_middle_name_func_type(self):
# Проверка типа возвращаемого функцией
assert type(middle_name({})) == bool, 'не верный тип'