Oleksandr Viter XanderVi

## the_secret_cypher.txt
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

## calculations.py
import requests


"""
other possible urls:
api.binance.com
api1.binance.com
api2.binance.com
"""
API_URL = 'https://api3.binance.com/api/v3/avgPrice'

## longest_duplicates.py
import random


NUMBER_OF_TESTCASES = 100
LETTERS = [chr(i) for i in range(97, 97+26)]  # all letters from 'a' to 'z'


def random_string_generator():
    string_blocks = random.randint(1, 100)
    string = ''

## gist:61117547d7f69f9796717102cb48316f
import sys


class NewItem:
    def __init__(self, analysis_date, keyword, current_cpc_max, previous_cpc_max):
        self.analysis_date = analysis_date
        self.keyword = keyword
        self.current_cpc_max = current_cpc_max
        self.previous_cpc_max = previous_cpc_max

## deepcopy_for_Nikita.py
import copy


class Human:
    def __init__(self, name, birthday, gender):
        self.name = name
        self.birthday = birthday
        self.gender = gender

    def __repr__(self):

## flatten_list.py

a = [1, [2, 2, 2], 4]

def flat_list(x):
    return iter(x)

def make_iter(data):
    for i in range(len(data)):
        if type(data[i]) == list:
            data[i] = make_iter(data[i])

## army_battles.py
class Army:
    def __init__(self, units=[]):
        self.units = []

    def add_unit(self, unit_type, amount):
        self.units = [unit_type() for i in range(amount)]

class Warrior:
    def __init__(self):
        self.health = 50

## code.py
AIRPLANE_SPEED = 900 # km/h
TRAIN_SPEED = 120    # km/h
CAR_SPEED = 100      # km/h
ONE_MILE = 1.609344  # km
AIRPLANE_PRICE = 100 # per 1h
TRAIN_PRICE = 1      # per 1h
CAR_PRICE = 1.5      # per 1h

class Transport(object):
    def travel(self, distance, money):

## code.py
AIRPLANE_SPEED = 900 # km/h
TRAIN_SPEED = 120    # km/h
CAR_SPEED = 100      # km/h
ONE_MILE = 1.609344  # km
AIRPLANE_PRICE = 100 # per 1h
TRAIN_PRICE = 1      # per 1h
CAR_PRICE = 1.5      # per 1h

class Transport(object):
    def travel(self, distance, money):
	import requests


	"""
	other possible urls:
	api.binance.com
	api1.binance.com
	api2.binance.com
	"""
	API_URL = 'https://api3.binance.com/api/v3/avgPrice'
	import random


	NUMBER_OF_TESTCASES = 100
	LETTERS = [chr(i) for i in range(97, 97+26)] # all letters from 'a' to 'z'


	def random_string_generator():
	string_blocks = random.randint(1, 100)
	string = ''
	import sys


	class NewItem:
	def __init__(self, analysis_date, keyword, current_cpc_max, previous_cpc_max):
	self.analysis_date = analysis_date
	self.keyword = keyword
	self.current_cpc_max = current_cpc_max
	self.previous_cpc_max = previous_cpc_max
	import copy


	class Human:
	def __init__(self, name, birthday, gender):
	self.name = name
	self.birthday = birthday
	self.gender = gender

	def __repr__(self):

	a = [1, [2, 2, 2], 4]

	def flat_list(x):
	return iter(x)

	def make_iter(data):
	for i in range(len(data)):
	if type(data[i]) == list:
	data[i] = make_iter(data[i])
	class Army:
	def __init__(self, units=[]):
	self.units = []

	def add_unit(self, unit_type, amount):
	self.units = [unit_type() for i in range(amount)]

	class Warrior:
	def __init__(self):
	self.health = 50
	AIRPLANE_SPEED = 900 # km/h
	TRAIN_SPEED = 120 # km/h
	CAR_SPEED = 100 # km/h
	ONE_MILE = 1.609344 # km
	AIRPLANE_PRICE = 100 # per 1h
	TRAIN_PRICE = 1 # per 1h
	CAR_PRICE = 1.5 # per 1h

	class Transport(object):
	def travel(self, distance, money):