def check_phone(phone):
if not isinstance(phone, str):
if 10_000_000_000 <= phone <= 99_999_999_999:
phone = str(phone)
else:
ERR_LOG.error(f"Ошибка в 'номере телефона': '{phone}'")
raise TypeError("A mistake was made in the phone number")
def first_name(self, new_first_name):
new_first_name = check.check_first_name(new_first_name)
if check.is_typo_in_name(self._first_name, new_first_name):
INFO_LOG.info(f"Изменено имя на '{new_first_name}' у пациента {self}.")
self._first_name = new_first_name
else:
ERR_LOG.error("Не распознана опечатка в first_name.")
raise AttributeError("A typo is not found")
def document_type(self, new_doc_type):
new_doc_type = check.check_doc_type(new_doc_type)
if new_doc_type is self._document[0]:
INFO_LOG.info(f"Тип документа не изменился у пациента {self}.")
elif new_doc_type is not self._document[0]:
INFO_LOG.info(f"Изменён тип документа у пациента {self}.")
self._document = (new_doc_type, NotImplemented)
else:
ERR_LOG.error(f"В типе документа оказалось '{new_doc_type}'")
raise ValueError("A mistake was made in document type")
def check_birth_date(birth_date):
if isinstance(birth_date, str):
if not any(symbol.isalpha() for symbol in birth_date):
result = str(pd.to_datetime(birth_date).date())
return result
else:
ERR_LOG.error(f"Ошибка в 'дате рождения': '{birth_date}'")
raise ValueError("Invalid Date of Birth")
else:
ERR_LOG.error(f"Ошибка в 'дате рождения': '{birth_date}'")
raise TypeError("A mistake was made in the Date of Birth")
def document_id(self, new_id):
new_id = check.check_doc_id(self._document[0], new_id)
if self._document[1] is NotImplemented:
INFO_LOG.info(f"Был заполнен номер документа: '{new_id}' у пациента {self}.")
self._document = (self._document[0], new_id)
elif check.is_typo_in_doc_id(self._document[1], new_id):
INFO_LOG.info(f"Изменёна опечатка в номере документа на '{new_id}' у пациента {self}.")
self._document = (self._document[0], new_id)
else:
ERR_LOG.error("Не распознана опечатка в document id.")
raise AttributeError("A typo is not found")
def check_doc_id(doc_type, doc_id):
if isinstance(doc_id, str):
doc_id = ''.join(filter(str.isdigit, doc_id))
if doc_type and len(doc_id) == 9:
return f"{doc_id[:2]} {doc_id[2:]}"
elif doc_type is None and len(doc_id) == 10:
return f"{doc_id[:4]} {doc_id[4:]}"
elif not doc_type and len(doc_id) == 10:
return f"{doc_id[:2]} {doc_id[2:4]} {doc_id[4:]}"
else:
ERR_LOG.error(f"Ошибка в 'номере документа': '{doc_id}'")
raise ValueError("Invalid doc id")
ERR_LOG.error(f"Ошибка в doc_id: '{doc_id}'")
raise TypeError("A mistake was made in doc number")
def check_doc_type(doc_type):
if isinstance(doc_type, str):
doc_type = doc_type.lower()
variants = ["паспорт российский", "заграничный паспорт",
"водительское удостоверение, права"]
result = process.extractOne(doc_type, variants)
if result[1] < 40:
doc_type = eng_to_rus(doc_type)
result = process.extractOne(doc_type, variants)
if result[1] < 40:
ERR_LOG.error(f"Низкий показатель: {result[1]}% (Тип документа: '{doc_type}')")
raise ValueError("Invalid doc type")
elif result[1] < 60:
INFO_LOG.warning(f"Низкий показатель: {result[1]}% (Тип документа: '{doc_type}')")
return get_good_doc_type(result[0])
else:
ERR_LOG.error(f"Ошибка в doc_type: '{doc_type}'")
raise TypeError("A mistake was made in the doc type")
def get_statistical_chart(self):
num_of_infected = 0
num_of_recoveries = 0
num_of_deaths = 0
for patient in self:
if patient._status is None:
num_of_infected += 1
elif patient._status is True:
num_of_recoveries += 1
elif patient._status is False:
num_of_deaths += 1
else:
ERR_LOG.error(f"Неверный статус: {patient}")
raise ValueError(f"Invalid Patient._status: {patient}")
values = [num_of_infected, num_of_recoveries, num_of_deaths]
in_total = num_of_infected + num_of_recoveries + num_of_deaths
values = [val / in_total * 100 for val in values]
labels = ["Заражено", "Выздоровело", "Умерло"]
explode = (0, 0, 0.07)
fig, ax = plt.subplots()
ax.pie(values, labels=labels, autopct='%1.1f%%', shadow=True, explode=explode,
wedgeprops={'lw': 1, 'ls': '--', 'edgecolor': 'k'}, labeldistance=None,
colors=['darkred', 'forestgreen', 'dimgrey'])
ax.set_facecolor('oldlace')
fig.set_figwidth(7.5)
fig.set_figheight(6)
fig.set_facecolor('blanchedalmond')
ax.axis('equal')
plt.legend()
plt.title("Статистика по вирусу COVID-19", fontdict={'fontsize': 16})
fig.savefig("result/chart_covid_19")
def check_first_name(first_name):
if isinstance(first_name, str):
if first_name.isalpha():
first_name = first_name.capitalize()
page = requests.get(f"http://imenator.ru/search/?text={first_name}")
soup = BeautifulSoup(page.content, "html.parser")
all_links = soup.find_all(name='a')
for link in all_links:
if link.text == first_name:
# Commented to pass the tests.
# INFO_LOG.info(f"Имя '{first_name}' было найдено в БД!")
return first_name
else:
INFO_LOG.warning(f"Имя '{first_name}' не было найдено в БД!")
return first_name
else:
ERR_LOG.error(f"Ошибка в 'имени': '{first_name}'")
raise ValueError("The first name contains invalid characters")
else:
ERR_LOG.error(f"Ошибка в 'имени': '{first_name}'")
raise TypeError("A mistake was made in the first name")
def check_last_name(last_name):
if isinstance(last_name, str):
if last_name.isalpha():
last_name = last_name.capitalize()
page = requests.get(f"http://www.ufolog.ru/names/order/{last_name.lower()}")
soup = BeautifulSoup(page.content, "html.parser")
found = soup.find_all(name='span', attrs={'class': 'version-number'})
if found:
# Commented to pass the tests.
# INFO_LOG.info(f"Фамилия '{last_name}' была найдена в БД!")
pass
else:
INFO_LOG.warning(f"Фамилия '{last_name}' не была найдена в БД!")
return last_name
else:
ERR_LOG.error(f"Ошибка в 'фамилии': '{last_name}'")
raise ValueError("The last name contains invalid characters")
else:
ERR_LOG.error(f"Ошибка в 'фамилии': '{last_name}'")
raise TypeError("A mistake was made in the last name")
def convert_phone_number(num: str):
if len(num) == 11:
return f"+7({num[1:4]}){num[4:7]}-{num[7:9]}-{num[9:11]}"
else:
ERR_LOG.error(f"Ошибка в 'номере телефона': '{num}'")
raise ValueError("Invalid phone number")