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Eb-b-b!!!!!!!!!!!!!!!!!!!!!

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def make_coffie(water_amount: int = 0) -> object:
    
    class Coffie_Constructor:
        
        def __init__(self, beans_amount: int = 0):
            self.water_amount = water_amount
            self.beans_amount = beans_amount
        
        def __call__(self, milk_amount: int = 0) -> int:
            return self.water_amount + self.beans_amount + milk_amount

        def __repr__(self) -> str:
            return 'Not enought call brakets were given'
        
    return Coffie_Constructor

print(make_coffie(120)(50)(50))

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#Ввод пользователем шахматной клетки
chess_cell = input("Введите шахматную клетку ")
 
horizontal_chess = chess_cell[0] #присовение в переменную буквы клетки
vertical_chess = int (chess_cell[1]) #присовение в переменную цифры клетки
 
#Вычисление условий для определения цвета ячейки
if vertical_chess > 8:
    print ("Число клетки не может быть больше 8! ") #Условие ограничивающее количество клеток по вертикали
 
elif horizontal_chess != "a" and horizontal_chess != "A" and horizontal_chess != "b" and horizontal_chess != "B"\
and horizontal_chess != "c" and horizontal_chess != "C" and horizontal_chess != "d" and horizontal_chess != "D"\
and horizontal_chess != "e" and horizontal_chess != "E" and horizontal_chess != "f" and horizontal_chess != "F"\
and horizontal_chess != "g" and horizontal_chess != "G" and horizontal_chess != "h" and horizontal_chess != "H":
    print ("такой буквы ячейки не существует!") #Условие ограничивающее количество букв по горизонтали
 
elif horizontal_chess == "a" or horizontal_chess == "A" or horizontal_chess == "c" or horizontal_chess == "C"\
or horizontal_chess == "e" or horizontal_chess == "E" or horizontal_chess == "g" or horizontal_chess == "G": 
    if vertical_chess%2 == 1:
        print ("ячейка черная ") 
    else:
        print ("ячейка белая") #определение цвета клеток в вертикали А, C, E, G
 
elif horizontal_chess == "b" or horizontal_chess == "B"or horizontal_chess == "d" or horizontal_chess == "D"\
or horizontal_chess == "f" or horizontal_chess == "F" or horizontal_chess == "h" or horizontal_chess == "H": 
    if vertical_chess%2 == 0:
        print ("ячейка черная ") 
    else:
        print ("ячейка белая") #определение цвета клеток в вертикали B, D, F, H

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#!/usr/bin/env python3
# -*- coding: UTF8 -*-
from datetime import date
from os import environ, mkdir, system
from os.path import dirname, exists, join as path_join
from time import time


def check_verbose():
    return environ.get("DEBUG") in ("true", "True", "TRUE", True, "yes", "Yes", "YES")


class Timer:
    def __init__(self):
        """
        Объект добавляет в начале текста временные метки
        """
        self.start_epoch = self.last_call = time()

    @staticmethod
    def __fully_scope(timer: int or str) -> str:
        """
        Преобразует однозначные значения в двузначные.
        :param timer: Время
        :return: Двузначное значение
        """
        if len(str(timer)) == 2:
            return str(timer)
        elif len(str(timer)) == 1:
            return "0" + str(timer)
        elif len(str(timer)) <= 0:
            return "00"
        elif len(str(timer)) >= 2:
            return str(timer)[:2]

    def __formatter(self, timestep: float) -> str:
        """
        Форматирует время
            :return: время hh:mm:ss
        """
        _hours = int(timestep // 3600), int(timestep % 3600)
        _minute = int(_hours[1] // 60), int(_hours[1] % 60)

        _current_epoch = f"{self.__fully_scope(_minute[0])}:{self.__fully_scope(_minute[1])}"
        if _hours[0] > 0:
            _current_epoch = f"{_hours[0]}:" + _current_epoch
        return _current_epoch

    def __call__(self, fix_call: bool = True) -> str:
        """
        Считает время с начала сценария + с последнего шага
            :return: время hh:mm:ss(+hh:mm:ss)
        """
        current_epoch = self.__formatter(time() - self.start_epoch)
        timedelta_epoch = self.__formatter(time() - self.last_call)
        if fix_call:
            self.last_call = time()

        return f"{current_epoch}(+{timedelta_epoch})"

    def __bool__(self):
        return True


class Logger:
    def __init__(self, name: str):
        self.start_time = time()
        self.name = name.upper()
        self.timer = Timer()
        self.log_file = path_join(environ["RESULT_DIR"], name, f"{name}_{date.today().isoformat()}.log")

    def check_file(self):
        if not exists(self.log_file):
            if not exists(dirname(self.log_file)):
                mkdir(dirname(self.log_file))
            system(f"echo {date.today().isoformat()}> {self.log_file}")

    def save_log(self, msg: str):
        self.check_file()
        with open(self.log_file, "a+") as _log_file:
            _log_file.write(msg + "\n")

    def massage(self, msg: str):
        print(f"{self.timer()}::{self.name}::{msg}")
        self.check_file()
        self.save_log(f"{self.timer()}::{self.name}::{msg}")

    def multi_msg(self, level: str, msg: any):
        if isinstance(msg, (str, int, float, bool)):
            self.massage(f"{level.upper()}::{msg}")
        elif isinstance(msg, (tuple, list, set)):
            for _msg in msg:
                self.multi_msg(level, _msg)
        elif isinstance(msg, dict):
            for _msg_key in msg:

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words = ['Broom', 'Being', 'Boring', 'Breeding', 'Dreaming', 'Doing', 'Dancing', 'Drinking',
     'Freezing', 'Falling', 'Flooding', 'Fearing', 'Saying', 'Sleeping', 'Standing',
     'Screaming', 'Running', 'Reading', 'Rolling', 'Rushing', 'Twerking', 'Telling']

def make_rows(row_size: int) -> list:
    row_size = abs(int(row_size)); index = 0; amount = len(words)
    # Найти кол-во групп / Calculate the amount of sublists
    if row_size>amount: row_size=amount
    if row_size > 0:
        subs = (amount // row_size) + 1 if amount % row_size > 0 else amount // row_size
        print(f'Слов: {len(words)} | | Ячеек: {subs}\n')
        # Создать найденное кол-во групп / Create the found amount of sublists
        rows = [[] for i in range(subs)]
        for x in range(amount):
            rows[index].append(words[x])
            if len(rows[index]) == row_size: index += 1
        return rows
    else: return words
        
print(make_rows(2))

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class FileCheckError(Exception):

    def __init__(self, check, file):
        self.check = check
        self.file = file
        self.exceptions = ['не является файлом',
                           'не является .wav файлом',
                           'не находится в списке требуемых сэмплов',]

    def __str__(self):
        return f'{self.file} {self.exceptions[self.check]}'


def validate_pack(pack) -> list:
    """
    Checks for invalid files in a pack folder
    Makes a list of invalid files if found any or
    makes a list of accepted samples
    """
    accepted_samples = []
    found_errors = []

    for sample in listdir(pack):
        checks = [isfile(join(pack, sample)),
                  fnmatch(sample, '*.wav'),
                  Path(pack / sample).stem in required_samples, ]
        try:
            for check in range(len(checks)):
                if not checks[check]:
                    raise FileCheckError(check=check, file=sample)
        except FileCheckError as E:
            found_errors.append(str(E))
            continue

        accepted_samples.append(sample)

    if len(found_errors) != 0:
        return found_errors
    else:
        return accepted_samples

result = validate_pack(Path('drumpacks/rock'))
print(result, sep='\n')

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a = float(input())
b = float(input())

operation = input()
if operation == '+':
    print(a + b)
elif operation == '-':
    print(a-b)
elif operation == '*':
    print(a*b)
elif operation == '/':
    print (a /b)
elif operation == 'mod':
    print(a%b)
     if b == 0:
        print ("Деление на 0!")
elif operation == 'div':
    print(a//b)
elif operation == 'pow':
    print(a**b)

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>>> import math
>>> n = math.factorial(1559)
>>> n
Traceback (most recent call last):
  File "<stdin>", line 1, in <module>
ValueError: Exceeds the limit (4300) for integer string conversion

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def decode_flag(event_states: str) -> bool:
    flag = 1 if int(event_states, 16) & 10_000_000_000_000_000 else 0
    return bool(flag)

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from datetime import datetime, date, time, timedelta

date= datetime.now().date()
e = datetime.now().date()-timedelta(days=1)
ee = date
delta = e-ee
for i in range(0, delta.days+1):
    dfa = ee+timedelta(days=i)
    dfa = dfa.strftime('%Y-%m-%d')

print(dfa)