Алан Гибизов

from random import randint

start = 0
end = 100
first = randint(start, end)
print(f'Сгенерировано первое число между {start} и {end-1} включительно')
second = None
third = None
counter = 0
while not second == third == first:
    counter += 1
    print(f'Попытка {counter}')
    try:
        second = int(input('Введите второе число:'))
        third = int(input('Введите третье число:'))
        print('\n')
        if second >= first:
            print('Второе больше или равно')
        elif second <= first:
            print('Второе меньше или равно')
            
        if third >= first:
            print('Третье больше или равно')
        elif third <= first:
            print('Третье меньше или равно')
    except ValueError:
        print('Ошибка. Повторите ввод.')
    finally:
        print('\n') 
print(f'Найдено за {counter} попыток.')

import pandas as pd


def get_pairs(keys: list, data: list) -> dict:
    """
    Подготовительная функция
    Раскладывает значения из data по ключам из key в порядке, как в key
    :param keys: ['foo', 'spam', 'foo', ...]
    :param data: [('foo', 'bar'), ('foo', 'baz'), ('spam', 'ham'), ...]
    :return: {'foo': ['bar', 'baz'], 'spam': ['ham'], ...}
    """
    inter_pairs = dict([(key, []) for key in set(keys)])
    while bool(len(data)):
        key, value = data.pop(0)
        inter_pairs[key].append(value)
    return inter_pairs


def prepare_next_attr(key: str, value: str, descr: list) -> tuple:
    """
    Служебная функция
    Готовит очередной комплект атрибутов
    для вычисления следующего результата
    :param key:
    :param value:
    :param descr:
    :return: next_key, next_pair, next_descr
    """
    descr = [i.lower() for i in descr]
    next_key = f'{key.lower()}, '
    next_pair = f'{next_key}{value.lower()}'
    next_descr = descr.pop(0)
    return next_key, next_pair, next_descr


def get_next_res_item(key: str, value: str, descr: list) -> str:
    """
    Служебная функция
    Готовит результат, сравнивая по Descr
    (тут подгонка if-ами под задание)
    :param key:
    :param value:
    :param descr:
    :return: результат для помещения в список результатов
    """
    next_key, next_pair, next_descr = prepare_next_attr(key, value, descr)
    if next_pair == next_descr:
        res_item = f'{key}: {value};'
    elif next_key in next_descr:
        res_item = f'{key};'
    else:
        res_item = f'{key}'
    return res_item


def make_result(keys: list, inter_pairs: dict, descr: list) -> pd.Series:
    """
    Перебирает ключи, получает для каждого очередной результат,
    складывает результаты в pd.Series
    :param keys:
    :param inter_pairs:
    :param descr:
    :return: pd.Series с результатами
    """
    intermedia_result = []
    for key in keys:
        value = inter_pairs[key].pop(0)
        intermedia_result.append(
            get_next_res_item(key,
                              value,
                              descr)
        )
    return pd.Series(intermedia_result)


if __name__ == '__main__':
    df1 = {
        'Descr': ["VALVE, PRESSURE", "pump ttf", "Valve, electrical", "Geeku, electrical",
                  "VALVE, OVERBOARD, BUTTERFLY"],
        'N_Product': ["VALVE", "PUMP", "VALVE", "GEEKU", "VALVE"],
    }
    df2 = {'N_Product': ["VALVE", "VALVE", "VALVE", "PUMP", "GEEKU"],
           'M_Product': ["PRESSURE", "qwerty", "", "", "ELECTRICAL"],
           }
    target = {
        'Descr': ["VALVE, PRESSURE", "pump ttf", "Valve, electrical", "Geeku, electrical", "VALVE, OVERBOARD, "
                                                                                           "BUTTERFLY"],
        'N_Product': ["VALVE", "PUMP", "VALVE", "GEEKU", "VALVE"],
        'Result': ["VALVE: PRESSURE;", "PUMP", "VALVE;", "GEEKU: ELECTRICAL;", "VALVE;"], }
    df1 = pd.DataFrame(df1)
    df2 = pd.DataFrame(df2)
    df_target = pd.DataFrame(target)

    df2_list = list(zip(df2['N_Product'], df2['M_Product']))
    pairs = get_pairs(df1['N_Product'], df2_list)
    result = make_result(df1['N_Product'], pairs, df1['Descr'])
    df1['Result'] = result.values

    print(df1)
    print(all(df1 == df_target))

import hashlib

from random import randint

ALGS = ('sha3_512', 'sha384', 'md5', 'shake_128', 'sha256', 'sha3_256', 'sha3_224', 'sha512', 'blake2s', 'sha3_384', 'sha224', 'shake_256', 'blake2b', 'sha1')
first = 1
last = 999999

def prepare_target(target):
    if not isinstance(target, bytearray):
        if not isinstance(target, str):
            target = str(target)
        target = target.encode()
    return target


def calc_hash(alg, target):
    target = prepare_target(target)
    if alg in ALGS:
        command = f'hashlib.{alg}({target})'
        try:
            return eval(command).hexdigest()
        except TypeError:
                pass

            
def create_test_target(target_hash):
    if target_hash is not None:
        return '1'*len(target_hash)
    
    
def detect_hash_alg(target_hash):
    result_algs = []
    for alg in ALGS:
        test_target = create_test_target(target_hash)
        my_hash = calc_hash(alg, test_target)
        if my_hash is not None:
            lenght = len(my_hash)
            if lenght == len(target_hash):
                result_algs.append(alg)
    return result_algs


def find_target(target_hash):
    stop = False
    algs = detect_hash_alg(target_hash)
    print(f'подходящие алгоритмы: {algs}')
    for i in range(first, last+1):
        for alg in algs:
            first_hash = calc_hash(alg, i)
            if first_hash == target_hash:
                print(f'founded\t{i} {alg}')
                stop = True
                break
                
        if stop:
            break
    if not stop:
        print(f'for {target_hash} not found')


if __name__ == '__main__':
    target_hash = '127b1f0d6253fdfe78d806497217f2454a30e124d1f655b6c2a8c68f6dc7a7061993557b50252f253220a3a059142290cd0c2c467c0ee5bfbbd6a8a538c5d040'

    
    
    test = randint(first, last+1)
    alg = 'sha256'
    test_hash = calc_hash(alg, test)
    print(test_hash)
    print(f'target \t{test} {alg}')
    
    print('тестовый поиск:')
    find_target(test_hash)
    print('боевой поиск:')
    find_target(target_hash)