def modify_name(name: str) -> str:
if not demoji.last_downloaded_timestamp():
demoji.download_codes()
name = demoji.replace(string=name, repl="")
name = unicodedata.normalize("NFKC", name)
name = iuliia.translate(source=name, schema=iuliia.WIKIPEDIA)
return name.title()
def prepare_rules_2(full_name):
family_name, name = full_name.split(" ")
family_name, name = family_name.lower(), name.lower()
t_name = iuliia.translate(full_name,
iuliia.Schemas.get("wikipedia")).replace(
" ", "")
return (f"""PersonFullName -> {t_name}_familyname {t_name}_name |
{t_name}_name {t_name}_familyname |
{t_name}_familyname;
{t_name}_familyname -> "{family_name}" interp (Person.FamilyName);
{t_name}_name -> "{name}" interp (Person.Name);
""")
def main():
"""Transliterate string from command line"""
if len(sys.argv) < 3:
print("usage: iuliia SCHEMA SOURCE")
print("Supported schemas:")
print("\n".join(iuliia.Schemas.names()))
sys.exit(1)
schema_name = sys.argv[1]
schema = iuliia.Schemas.get(schema_name)
if schema is None:
print(f"Schema '{schema_name}' does not exist. Supported schemas:")
print("\n".join(iuliia.Schemas.names()))
sys.exit(1)
source = sys.argv[2]
result = iuliia.translate(source, schema)
print(result)
def random_name_generator():
bs.clear()
creds = bs.generate_credentials()
name_in_cyrllic = (bsl["RND_GEN"]["NAME_IN_CYRILLIC"], creds[1],
creds[0], creds[2])
name_in_cyrllic = ' '.join(x for x in name_in_cyrllic)
name_in_cyrllic = bs.warning_o(name_in_cyrllic)
latin_full_name = creds[1] + ' ' + creds[0] + ' ' + creds[2]
yandex_maps = iuliia.Schemas.get("yandex_maps")
print(
bs.warning_o(bsl["RND_GEN"]["NAME_IN_LATIN"]),
bs.warning_o(iuliia.translate(latin_full_name,
schema=yandex_maps)))
print(bs.warning_o(bsl["RND_GEN"]["E-MAIL"]), bs.warning_o(creds[4]))
print(bs.warning_o(bsl["RND_GEN"]["PASSWORD"]), bs.warning_o(creds[5]))
print(bs.go_back())
print(bs.update_value())
print(bs.zero_to_exit())
next_input = bs.colored_i()
if next_input == '.':
bs.clear()
bs.print_full_main_screen()
elif next_input == '0':
print(bs.option_not_found())
exit()
elif next_input == ',':
bs.random_name_generator()
else:
bs.exiting_program()
def generate_credentials():
vocabulary = '123456789qwertyuiopasdfghjklzxcvbnmQWERTYUIOPASDFGHJKLZXCVBNM'
name_vocabulary = [
'Павел', 'Михаил', 'Иван', 'Матвей', 'Игорь', 'Владимир', 'Михаил',
'Георгий', 'Савелий', 'Никита', 'Александр', 'Алексей', 'Роман',
'Марк', 'Макар', 'Егор', 'Тихон', 'Андрей', 'Родион', 'Максим',
'Даниил', 'Кирилл', 'Лев', 'Тимофей', 'Степан'
]
surname_vocabulary = [
'Смирнов', 'Яковлев', 'Воробьев', 'Фомин', 'Миронов', 'Капустин',
'Соболев', 'Захаров', 'Акимов', 'Кравцов', 'Алексеев',
'Александров', 'Романов', 'Бочаров', 'Павлов', 'Новиков',
'Афанасьев', 'Колосов', 'Антонов', 'Денисов', 'Зубков',
'Мещеряков', 'Андреев'
]
patronymic_vocabulary = [
'Артёмович', 'Александрович', 'Леонидович', 'Георгиевич',
'Андреевич', 'Игоревич', 'Максимович', 'Романович', 'Давидович',
'Викторович', 'Егорович', 'Олегович', 'Сергеевич', 'Фёдорович'
]
email_vocabulary = [
'gmail.com', 'yandex.ru', 'ya.ru', 'bk.ru', 'mail.ru', 'yahoo.com',
'list.ru', 'ya.kz', 'yandex.ua', 'ya.ua', 'yandex.kz', 'ya.kz',
'inbox.ru', 'internet.ru', 'inbox.ru', 'yandex.by', 'ya.by'
]
password = ''
for x in range(12):
password += random.choice(vocabulary)
rand_end = random.randint(1, 3)
# randomizing the ending of email, 1 - just random number, 2 - random full year, 3 - random shortened year
if rand_end == 1:
rand_end = random.randint(500, 999)
elif rand_end == 2:
rand_end = random.randint(1965, 1999)
else:
rand_end = str(random.randint(1965, 1999))[2:]
# random separator
# write name_surname or namesurname or name-surname (underscore True or False)
rand_sep = random.randint(1, 3)
if rand_sep == 1:
rand_sep = '_'
elif rand_sep == 2:
rand_sep = '-'
else:
rand_sep = ''
# using yandex maps transliteration schema as default
yandex_maps = iuliia.Schemas.get("yandex_maps")
name = random.choice(name_vocabulary)
latin_name = iuliia.translate(name, schema=yandex_maps)
surname = random.choice(surname_vocabulary)
latin_surname = iuliia.translate(surname, schema=yandex_maps)
patronymic = random.choice(patronymic_vocabulary)
email_value = latin_name.lower() + rand_sep + latin_surname.lower(
) + str(rand_end)
email = "{}@{}".format(email_value, random.choice(email_vocabulary))
return name, surname, patronymic, latin_name, email, password
def test_samples(schema, source, expected):
assert iuliia.translate(source, schema) == expected
import iuliia
with open('data.txt', 'r', errors='ignore') as cyr:
for line in cyr:
flag = 0
for i in line:
if i.isdigit():
flag = 1
break
if flag:
continue
with open('latdata.txt', 'a', encoding='utf8') as lat:
lat.write(iuliia.translate(line, iuliia.WIKIPEDIA))