rtt

from jinja2 import BytecodeCache


class RedisTemplateBytecodeCache(BytecodeCache):
    '''Implements a Jinja2 bytecode cache on top of a pyredis.StrictRedis
    connection
    See: http://jinja.pocoo.org/docs/2.10/api/#bytecode-cache
    '''

    def __init__(self, redis_cnx, template_cache_key_prefix=None, ttl=86400):

rtt

-- table a:

create table a (
  uid text primary key,
  title text not null
);


create table u (
  uid text primary key,

rtt

from itertools import combinations


def get_input():
    with open('./input9.txt') as inp:
        return inp.read().strip().split('\n')


def part1():
    inp = get_input()

rtt

import sys

def get_input():
    with open('./input8.txt') as inp:
        return inp.read().strip().split('\n')


def finishes(ops):
    visited = set()
    acc = 0

rtt

def calc(ticket):
    seat_id = 0
    for i, instr in enumerate(ticket):
        if instr in 'BR':
            seat_id += 2**(9-i)
    return seat_id


def part_1(data):
  return max(calc(line) for line in data)

rtt

import string

def get_input():
  with open('input4full.txt') as f:
    passwords = f.read()
  return passwords.strip()


def run():
  passports = [p.replace('\n', ' ').split(' ') for p in get_input().split('\n\n')]

rtt

def get_input():
  with open('input3full.txt') as f:
    passwords = f.readlines()
  return map(str.strip, passwords)


def get_next(right, down, x, y, land_map):
  x += right
  y += down
  line = land_map[y]

rtt

from collections import Counter


def get_input():
  with open('2.txt') as f:
    passwords = f.readlines()
  return map(str.strip, passwords)


def get_password_specs(specs):

rtt

from operator import mul
from functools import reduce


def get_input():
  with open('input3full.txt') as f:
    passwords = f.readlines()
  return map(str.strip, passwords)

rtt

from collections import Counter


def get_input():
  with open('2.txt') as f:
    passwords = f.readlines()
  return map(str.strip, passwords)


def get_password_specs(specs):