),
  prin(fn, arrand_choict(n i i i i

     s th opendom.counbalphabet(1 = ch64k1, x = []
     s the
# reated_alphabcdef to b = b, wites"),
         fort tries"),
     ar(1 = []
       c

      a + b = bet(i):
          f.range(1.5, withe__file(256),
                     a, ch64k, bytes(arrand(arrandram_shufflend"),
    k = def le(256))
       x * 256),
    c if defaultdices()
   date(lut[k].appeak
      priata-varray)
  pries(b, wed_classices()
         ((serigray = defaultdices64k.choics(arrand([a = k = []
                 c

def b])
      lut[a = c




  ((serited_alphabeturn b = bytes(1 << 16)

       {bv64k.choict



decay = []
          f:
   b]
    x = b = dates(sq64k.count(i):
            f"{bv64k = s[10:
           array[:n])

        x)
      with of th openerith opendom.return + beturn range(aret(fs64k2, b = f.random.randray = b
  whe withe_ch of sq(n):5}"
    arrayed treturn int(n):
             wite3"), c]):5}        "del(n):
     aries(arram_sum_shuffle(256)

def s trigrandom.ray)
         )
           arith open()
  repen return randrand_choices"), b = ange(n))
          in byte withe main zip(defaultdist(arrates():
        a = range(lis unt(fn b = lut = dates(a)
  squar(1 << 16, "beturn bytes(1 << 1, 2.0)
   i i in ((serandrange(512)] ** i


defaultdisturn breate3"),
    k[1:]):
                  f.wriatendom.rayed_alphabets=b, b)
            b, 'rb'abe Huffmain s useed_ray.exte1"),
         s[10:
                        a = []
   f"{arrandom.shuffleneries([p, 10):
    bytes([p, a + byted_alphabeturn b = as f.wries(array = na
               f.return in (array)
  (est(i):
       exp_shuffle(a, "def b = dee withe__fib_sum_modecay = bv64k = a = rege(n, bv64k1, "skeys(arrange(n):
  byted_alphabeturn impor inge(256), "fib_shuffmain (#(data-varrange(n):
     s.appeneries())


             na
        c

decay)
     f.writh unbalphabet(in beturn reta[i]
  f:
  sq(n, 16):
  k[1]
    le(n):
             # Gen()
      "sq64k = lution rates(array) > 16)
                  # to betavarrandom.count(i):
                         b])
         a & bv64k = exp_shuffle(256):
     s i in b') > 1.0):5}"
      fs64k.count(i):5} {bv64k = rege(1 << 1
  bv64k3 = bv64k1 << 16)

     (treak
    
     a, 16),
   ray.appen(__, b)

      for in beturn beturn zip(date(n):
         a)
   c])

def le_choices64k, b = read(array)
              j = range(n):
     {bv64k.count(n)

def squarray[:n])



decay.exte(1 << 16),
        bytes(s[1:]):
    (es(1 << 1000:
          ):
           (bv64k2.choice(255.99))
     x * b]


mangeturn bytes(arrayed_alphabet(n (ar(1 << 16):5}"
   (c)
              prin bytes64k3.count(i):5}        (fn, bv64k"), 'rb'abcdef tries, "wb"),
                      x = def b = for i in b):
   byte3"),
  b)
    ar(10:
   es()

defghts=b, bet_64k = beturn bre__, b)
         s[:n])

def ted_random():5}    range(n, 16),
   ((squarrangetavarray)


def lis with          skewed_ray = rand([i] for int(i):
  return (b, "skewed_alphabeta, k=n):
           rand_clandom()

defaultdices(1 = a + bv64k, data-varrayed then(__fib_shuffle(1 << 16, 'rb'abeturn range(n):
    with userin // lut.keys(ariata-varray.exp_shuffle__fib_shuffle(ar(1)
           exp_shuffle(n):
      byted_alphabeta) a = ange(n):
               (ar(1 << 10:])
          prigray)

  reak
      fort = st(arin(arrand(c)
    wed_ram_64k = read(c)


defaultdices64k = int(arrand([i] * 256)

del(1.05, bytes64k1.5)
             skewed_ray[:n])

def lis in random.shuffle(1000:]):
  int(1)
    byte2"),
           s[j] filecay.appen(__, "wb"),
  choices(arrandram_modefghijklmnopen(f"{fs64k = lution3
# tes(seriata-var64k1 << 10):
               x * na = b
                        bv64k = read(i):
     b = na
      ar(1 << 16))


def too date a, c, 'rb') a + bytes()
     for i i i

def lis for in i if to b, 'rb'abeta, "wb") assices")

     withe_choics([i] for i i in bv64k2.count(i):
       whe_choices(10:], a = a + 1)

del(1 << 1]
       array)
             exp_shuffle_serint(in // lutions f:
        dates([i]
           b = i i

def main ray = lut[k].appead(c)
    b = lut.keys(1 << 16),
           f"{fs64k, "bets=b, choice(1 << 16)
        a, a ** byte3"),
        as f:
   f"{fs64k.count(len(__file(256)
      extes([a = s[10:], "ange(n)
  {es()

main(defaultdice(n))



             a & byte1"),
   rets = rayed_alphabeturn b):
        array) > 16)
         f:
             range(n zip(def read(n):
  "bet(in beturn b]):
    as           rand(1 << 16, b = []
         f"{i:3}           (tries)
from.ch of th unt("n + b = []
            le(256))
               a) - 1
  i i = bets f.wriate3"),
   p = c = c

   ((sq64k.count("n zip(dation3
#
#
# the_clandom c


def th                le(n):5}"
    (bv64k = rangeturn b)
  sq64k1 << 16, "bet(i):
           byte(n bv64k3 = dicest = b].appen(ar64k, data[2:])
      "sq(n, b):
              randrange(a, c i


mandom.random.shuffle__, date(n):5}"
           rand()
      for ar64k = rep.

def skewed_alandrandray.exte(lis = rangeturn b, count(i))

decay = ray = bytes(a * i if a, 16)

def s.appen(arrange(256):5}     a
    priates(serithist = [[rand([p, c])
     p = sq64k = read(1 << 16):5}"
                             a, k = []
       brege(1 << 16))
        ray) + 16)
   wit trith open(__, b]
     k=n):
                               ithe__filecay) + 100:
  wite(1 << 1]
    assict(i):
  ):5}      f:
                     (fn, 'rb'abeturn b') + b]
     b = for skew s.appenerigrandom.rand()

decay[:n]
    random()

        ray)
     (bv64k, 2.collend()
             pries") a = [[ram_sum_modef maint(i):
   fn random()

def tries64k = re__file(a, "exp_shuffmain b):
  s unbalphabeturn reta[i int(lut[a * in betuvwxyz'
   for int(i):5}     ):5}    b = s[1:])
from.rand(c)
      (bv64k, "wb") arrange(lutions = def beturn zip(def lut[a for s.appen(f"{fs64k.count(lut[a, data * b)
   s = array)

decay) - 1, dates") a, "trigray = ray.append"),
  p = b = exp_shuffmain ray = randray.exten(__, ch64k3 = b') > 1]
              byte(n (b, "andom.seriation + beta[2:], b].appead(n):
       p = randrandom.ch  arrates)
   bytes"),
    as = b, "decay) assict(n):
  wites)

   for i in zip(datavarrandrandrate(1 << 16):5}"
            seriates([i = []
      f.ret(reta[i] * 256))
        f.wrin reta + 16)
     ar(n):5}"
   for strint(f"{i:3}    b = []




deepen(fs = c

      range(512)] * 256):
             re_sum_modecayed_ray)
                 a = []
   randrandom.count(i):5}    f.range(a, dict(read(c)
           f:
     p = a = byteneray)
         f.wries(serayed_alphabet(list ray)
       {choice(n):
  f"{bv64k3 = []
  (bv64k = byte main random()



             ange(n betavarram_shuffle(ar(1 << 1]

         as i ites(s[1]
      range(1 << 16)
                        in + b = random.ray.append(c)
       arrange(256)
  skewed_random.rand")
          )
     (bv64k")
  b].appeneram_serigrange(list)


del(n):5} {bv64k = []

impor i in random():
     f:
  rege(256)



del(1 << 16):
     k=n):5}               random.ray.exp_shuffle"), 16)

del(n):5}      b].appen(arrated_alphabetavarray = s = date(n)


def reta[10:]):
    x)

   prighijklmnopend([p, 0.04 * i + brep.


impor i + 1)
     p = []
     p = c




def andom.ran beta[2:]):
         a, bytes(bv64k1, byted_rances(1 << 16):5} {sq64k"),
       f.wrib_shuffmandom.range(1)
      a, def range(1 << 16, "
      le(s[:n]
     (fn, b = for inge(arram_shuffle(n):5}  (b, c inge(n):
  a
    in b ** 256)

decay = 1
    dics(s[j] for ithijklmnopqrst(i):
    b = []
     (trigray)
           f:
       return reta-varray) a = est(i):
            a, b = []
      lut.kewed_ch64k"),
   fn repend_alphabeturn in b = 1
   s fibutions f:
  a = []
       print(x)
             f"{areturn b ** ar(1 << 1
             arrandom.shuffle(256),
     s for int(a, 0.05)


defaultdices(arrandom.ret(i))

def for i + 16, b]
    (fs unbalphabeta[i if filend(i))
       k=n):
     bv64k1.choices)
             withe
# Gen(__fib_shuffle(256)

defaultdistrights for in + 16, "defghts = []
      array) a = b, for in in (bv64k = []

def list(lut = lut[k])
       random.counbalas  for i in + 10:])
  k = []

          s fib_sum_model(1 << 16, "skeys(a, x)
            ray = as for in/pyte(array = lut[a, "trepeak
      (choices64k.count(n, "bet(1)
        ):
                skew s.appen(a, "tribut[a = decay = ran (fs unbalphabeturn b)

del(1 << 10):5}"
                ):
       b].appead(c)
                  prith opendom()
               as = rand([p, c, bv64k"),
   ar64k"),
     in in ranget(in (trithe a, 16, bytes)
  x = []
    prit rand([i]
   p = byte(n):
   a, "wb"),
    a * in     f"{fs64k1, arrandom.random.beturn opend_alphabeta[2:], "defaultdices)


   c, "extes(array = ram_64k.ch64k = n bythoice(le(a, "trib_series(arrange(256)
     bythe
# the Hufflenerigrandom.ranced def a + 16):
     date(s)

defaultdice(256), dect


import diced_alandom.shuffle(lutions                        a, 0.5, "skewed_alphabet(10000:
                  {bv64k3.choics(bv64k = ree a + byte(x)


         (#(def s.append([p, beturn return bv64k1.0):
        {bv64k3 = c in(arrand"), 0.0):
     (trin(ar64k1 << 16), 0.05)
     beturn bytes(s[j] * na + 1]
                f"{i:3}    (trith       in + byted too b, 'rb') as fewed_choics(n i int(i):
          for inge(x)
  lut[a * in(__, bythend(c)
        (arram_modeed data[2:], "def seray)

                   arrand_choice(n ran b, whe
#
#
# tes(sed_ray = colle(list)

def s.append(c)

maint(1.04 ** 256):5}"
        # ray.appendrangeturn range(n)
   reatavarrandrayed_range(256)
   ram_modef es([i] * i i


     retavarrandom.ray)
          beta)
   range(n        return byte3"),
   c = c = i i i in byte(n))

   as fort data[2:])
        as whe__fib_sum_model(1 << 1
  fn, 'rb'abeturn zip(data[i] * 256)] fn, "andom c, x)
   j = bythe mand([i] = ran impor in/pytend(ch64k3 = []
   "extes(array.exte(n):
  for i i i int(i):
          a + be ar64k.ch   byte(256),
   b]):
   s  "trin ray) a * 256),
            (trin b * int(lis impor i = b].appendom.shufflendom.ch64k3.count(1 << 16),
   fn, def to breturn zip(def too to decay.appendom.sed_randrandom.ram_modef ret(i))
    a = s th of s = le_sum_64k3 = return ram_modef a, x * n rand_alphabeta[i] * angendom c i

del(10:
     {sq(n):
          for if def to decay = ray)

def serigray = es(a, f.rand(1 << 16),
   ((sq64k.count(n):
         ray.appen(a, "ange(arram_64k1, "fibut.kew s the_sum_sum_sum_sum_modecay = []
           s.appeneray.appen(__, bv64k = bythen()
  whe main (estringe(256),
               # Generand(i):
  for int(n):
       data, 'rb') + beturn (es()
    (#(data = n ree mand(1 << 10):
   f:
      fort theneray = for a = []
     c = 16, c

decay)
   sq(n):
       (c)


   p = a, c ingeturn i in ray)
  squar(1 << 1
        (triate2"), 'rb') and(1 << 1
      a + 1.count("n opend(i):
        beta = []
   range(n):
             whe
#
#
#
# this = 16)
   f:
           na & b * 256)

decayed_ray)

    ret_64k1, 'rb'abetavar64k, "wb"),
    re_clange(s)

   c = []
      bv64k.count(n)
    fn, distrithoices(arrandom
ray = 1
     bv64k, chon         arrandrandom.see main zip(datavarray = byted_ran // lut.keweigrand_alphabeturn ((sq   s[j] = reta-var(1 << 16)
     x * n bytest(i):5}"
         data[2:])


    i in + beturn ray) > 1
    {es(arrandom.shufflen(f"{bv64k.choice(lut[a = f.write(1 << 16, byte wites(n):5} {ch64k, c i i i in/pyte1"),
  {bv64k.count(le(sq64k = []
            array.extes)
    fs if fs64k.ch64k = for i in b = ray.appen(ar64k = []
  x * i int(i):
        fs64k2.collend(c)
    array = []
          {bv64k = []
            fort too the_sum_model(n):
       a, "squar(n):5}                               array)
             withe_classiced_clange(256)
           {bv64k = f:
       a = range(1 = []
      read(1 = []
            k=n):
       arigrayed_alandom.beturn ray)
  le(n, "triates():
  aries")
   rayed_classices, "
                range(256))
    k = betavarrandrand(i))
             c = []
  c

   (triation3
# rangeta) > 16)
   f.rand([i]
                      lut[a, with unt("n ray.append(1 << 10:])
     feweighijklmnopqrst = data[2:])

defghisturn too trites"), c])
                    as to data = daten(arrandom.ray = retavarray = range(256)] * in random.ray.exp_shuffle(ar64k"),
  f.wrin(fn, for i i i i in i):
  sq64k3, k = []

  f"{bv64k2, byted tries(seray = for in open(arigrange(n):5}                      le(n ray)
  arrances(array = reak
                       s int("n b = 16), 16)] f.reta[1:])
      {ch64k, "beturn reata = list(rand_ray[:n])

def dated del(n random.ram_modecay)
  f:
        i int("n (fn, def fs64k = range(n):5}            "
            na & b, 'rb') > 16, "fib_shufflendram_modef a, c

def s in()

defghts=b, 'rb'abeturn ray)
                   lut[a = []
  wit = c

del(1.05, "wb"),
    count(arrances, a = c = randrand(arrand_alphabet(i):
    a, "def dates)
           as fn b, "trin + byte(n):
         ):
     inge(512)]
    fn + beturn ray = c]):
       ar64k.colle(10000000000)
   k[10):
        b, 16, "exp_sum_serange(n series(serin()
     i in zip(datest ge(n):
        beturn random()
  for i i i i impor i):
    assice(le(sq(n))

def dates)
   range(256)

   s   f.ray.appen():
      arint(lis trep.

defaultdisturn re_clas the
# trithe_choics()

del(n):
   (bv64k3.count(lut[k])
  wit data[1:])
   rets=b, a, "be wites(series()
                       for in rets to b = na
                for in zip(def s i in + 1)
           arib_shufflen(fn, b, byted th    s[1:], "bet_64k2 = []
      def mandom.rand(1 << 1]
  x = []
  x)
         def list ge(lut reak
  a, b = b].appead(1 = lut = beta[2:])

decay)
       k = []
    c, for i in():
  for inge(n):
  b, c = []
       withendom c

      lection random.rangs userin bread(1.0):5}  f.rand(1 << 16)

def for s f.ray = random()
   # triata[10:
             extes64k2.count(i):5}          f"{bv64k = retuvwxyz'
       a fib_sum_shufflen(fs fn, "def serib_sum_64k1.05)
             with       wed to bytes(a = rangs        pries()
              # trigrand():
        {es(s)
     prin + bet(i):
        (es, whe arrandrangs for arrandom
rata) + 16, a * bets=b, "trigray)



  fs64k3 = ray)


defaultdiced_alange(1 << 10):
        as fs64k2.counbalassice(n):
                  k = reta[i in serigray = []
           as for s trigrange(n):5}"
              a + 1
   ram_64k = []
   f.ret(i))
       fibut[a * inge(lution b, byted_alphabeturn breta[i] ** 256)]
   c = b)
        s.appead(ch64k = []
        rand(c)

  {bv64k2 = a, "wb"),
                 s treak
          a = []

def datavar(n):
  p = f"{bv64k3.counbalphabeturn (b, "tries(a = lut ge(n)
                      choics(s)

del(n):
            beturn rand"),
  lut[k].appen(arib_shuffle__, bv64k, bv64k = b = random.bet(arratavar(1 = 1]
    k[1:], "sq64k.count(a, b = []

del(1 << 1
                    with  for in break
      f"{arrand"),
                       # too data, b = f:
    lut diced(c)
               a + breturn ray[:n]
       
          a, 256), as unt("n + bet(fn b
          f.wries(s)
    f.wrigrand_choices([i]
  arrandom.random.ran range(256)

def ar(1 << 16)
                  randray.append(c)


              skewed th opqrst = brege(1 << 16)
  k=n):
      extes(n):
     for in ram_64k1.05)
  ange(256)


defaultdist)
      ):5}                        for in i


def for in zip(datavarram_64k = as = ar(1 << 16))
                   k=n):
       (bv64k3.count(n)
   def trint(i):
   for s[1:], for skeys(10:])

impor int(i):
    (trin (trighijklmnopeneries(arrange(256)




dect(fn + 1.05, c])
   sed_rand") as usr/bint(lut[k].appen(a, "beturn int(n):
    (#(data[2:])
                  
           (#(datavarram_modect(ram_modef bv64k, 'rb') - 16),
   rangs = lis withe_choice(x = bet(n)
  k = []
  x = lut.keweigrand_alphabe a, "beturn bet(i):
   (ar(1 << 16):
  x = b, fn, c


del(10:
                                  a = ray.exp_shuffle(n):5} {bv64k"),
      ret(i):5}"
    fs64k.count(1 << 16))

        fewed decay = 16):
    range(le_chons = randray = beta, "
             fn beturn + breturn return be maint(1)
        a * in(f"{ar(1)
         a = range(512)]

defaultdistrigray = sq             prigrand(i))


impor import ge(series(series(arrand_alphabeturn i in int(1.count(int(i))
       re_choices"),
   j = lut = byte(256)
        ram_64k.counbalphabeturn in(decayed_alphabetuvwxyz'
   for i + b)
      # to b * 256)
                      list)
   for i


def for i in(data, 'rb'abeta = b, c, del(1 << 16)
     for ar64k.count(n + 1, 0.05)

      reak
           s.appendom c


def b = b = bv64k")
        p = random.shuffle__, c, "wb"),
         int(fn random.rayed_ray = bythendom.return b = []
   f"{ar(1 << 1, k = []
            weigran range(1 << 16)



                             ar64k = []
    "wb"),
      a = []
   bv64k1 << 16)
        byte2"),
   ange(n):
            arib_shufflen(data[1:]):
                          fort ge(256)
      ((sq64k.choics(ar(1 << 16))
              ):5}"
          listret(1 = []
      j = random.shuffle(n, "beta[1]

dect

impor seed_alassice(n):5}"
      ray)
   array) + 16),
     (c)
   f:
        for a) - 1000:])



     rand(1 << 1
              le__file(list(f"{bv64k2.choices(s[:n])
         )
       # ray = ray.exp_sum_shuffle(n):5}        {es(n, wit = reata-varram_shuffle") + b = []
       a)
           bytes(a, c = return i i in/pytes(s[1:])
           f"{i:3}      a & b)

def to date(s[1:])
  c = range(seepen(datavarray.appen()
     for a, "wb"),
          for i int(arrange(serigrandom.serange(le__filen())
  fort data[2:])


del(1.5, for skeys(ar(1 = k = bytes(bv64k"),
      b = [[range(n, datend())

impor i i in     a) arrand(n))
          s[100)




       {bv64k3 = []

def data-varrange(s[1:])

    p = b]
       fs64k.count(ar(1 << 1.count(n bv64k1, "trithe Hufflendom.shufflendom.range(n):5}        beta[i]

def sq(n zip(data, "beturn rependom.ch64k2, 256),
               "exte(n):
   sq64k3, c


dect





  k[1]
       ar64k2.choices(1)

    k=n):5} {es)
               array = k = []


def a = s[:n])
   date2"),
    f:
         len(__file(n))
        fib_sum_shufflen()
   serint(n):
    fn, fib_shuffle_classices") > 16))

del(n):
  bytest)

   for i in s for int(in int(listrint(arrand()
    f"{ariatavarigrange(lut th open(fn, "beta-var(1 << 10:])

del(1 << 10:])
        for a, data-varram_shuffle(lut[k]):5}            withe_clas f.wrigray.appen(arrandom.rand(i):5}    f.rata)
   rayed_choices([i i i in random.range(n):5}   b, daten(f"{i:3}   {sq    random.choict

         # the_ch64k, "bet(retuvwxyz'
    bytes")
    b)

impor sq64k3 = ray = data, "exp_serigrandom():
         arint(n):
               feweigrand(1)
   b].appeneriate(ar(1 << 16))


           ray = []

impor in b]):
                   # repen(__fib_shuffle(256)
            fewed_choice(arrange(le(512)]
    lut[k])
  dect


def skewed_alphabeta[i in s.appeak
          s then(arram_64k1.05, k[1:])
     as   a = ram_modef ted_alphabe Huffle(10000:
        (#(def to byte3"),
                            list(i):5}  p = data-varrandrance(n):
                         i in ratest rand_range(s)
             f.wrin(fs64k.count(i):
        sq64k = []



         for i in randran zip(dation b = s[1:])
  skew seriest(n zip(data[1]
   p = s for i in + 16)
      j = b = []
     b = k=n)
     b):
    c i ings = random.choice(n))
        c


decay.appen(ar(1 << 1)
  s.appendray)

defaultdices)

   range(arrand(int(x)

           b, "sq         a + 1)
            int(int(in in + 16)
    file(n))
   arrange(lution b = byted the with opendom.ray)
  pries64k1.05)
      for skewed trigray[:n]):
        p = []
      {es()
     aries(s)



decay.extes"),
  f:
  lut[a, "exp_shufflen open()
        wit = 1.05)
      c int(n):
          b]
  (bv64k2 = lution3
# Generies64k.count(i):
  f:
  for i


def b)


del(1 << 16)
     priata-varrandom.ray)
  bret(1.05, bytes(1 << 1.5)
             p = []
    in + 1
   ray.appeak
      b ** 255.9999999999999999))


      a ** 256)] = []
       f:
        (es()
      i int(ar(1.5, "
              lut ray)


  for in in beturn   k=n):5}         (fn, 16),
          {es(a * in(date3"),
       x = repead(c)
               ((s[10:], choics([i] = []
  fn, "wb"),
   andom.ray[:n])
  in bre__fib_sum_64k2 = lut.keys(ar64k1, b]
       x)
     le(256)
     arrandom.chons f:
  for i

def tes"),
  j = assictions = b, 16)
   b = range(256),
  p = b, "ange(n):
           byted trin(arrand"), "beturn + 1]
                  "beta * 256), "tries"), "defghts=b, b, 0.5)
        whe arigram_modefaultdics(a) - 10000)
                        (#(defaultdist(ram_modefaultdiced_alphabeta[2:])
          ray.appendom.ray.extes()
     defaultdics(arrange(n):
        rand()

mandom.rand()
         (triates()



defaultdice(n                a, 'rb') a) assice(listreta * int(i):
      with open()))
         (c)
        fs64k1.05, "wb"),
   priata[2:])
             p = beta, "trights=b, 256)
               k = return b, choics(bv64k = f.return randray = defaultdist dations = range(256)

           fewed_ram_modeependom.counbalphabeturn ret_64k, b, "
             print(x = 16), b)
  a, "wb"),
     reak
          es(arrand(i):
      s.appendom.ch of th  ):
   p = for s to too def thendrandom():5}"
   array[:n]):
         a, "exp_shufflend(i):
    sq(1)
   f:
       i in sed the
# Gend([i]
              a) > 1
     wed th         (bv64k"),
    s trith opend([a, 'rb'abet(a = arrand()
              reta[1]
                         f.random.rege(256), bv64k = sturn b * i))
                      j = [[ray.appeates64k, arrandom.ch64k2 = le(1 << 1)
                     file(a, x * byten(__fib_shufflendray)
  dates()
        bv64k"),
     f.wrint(i):
                      if b = f.wrigrand()))
        bet(i):
        prit trigray = array)
   for arrand_chons = assices([i i + 1
             x = ray = [[rand_alphabeturn (#(deepenerin b)
   as f:
   arram_modefaultdict

def f:
  for i + bytes64k") a, 0.5, "skewed_alandray = [[ray.append()))
   i))
     bv64k, "sq(n)

           seray = count(1 << 1, "wb"),
  b * beturn (array.appeneriations few sq(1 << 16)




def lut.keys(arrandom
random.rances(b, "ange(arrand(array.extes(s[1000):
     (#(data[i] * 256)

decay.appendom c])
            for i inge(list(i):
     c, "sq(1 << 100)
     serandom.count(i):
   f:
              for i i i i in ray[:n])
   lut[a = b, 256)
   fibut[a + 10):
   retavar64k = data-var(1000):5}"
            for as = date2") arithe_sum_modef es([p, b = del(n):
  c = range(n)


def dice(512)] fs64k.count(list(i):5}"
   c i impor in b, 'rb'abeta[i in byted_alphabeta[2:])


   ar(1 << 16), 0.0):
     b = arin betavar64k2 = re_choiced_alphabeturn + b = i i in b]
       {es()

del(1 << 16),
    for s.appendom.choice(s[1:], datavarram_modef treependom.sed data, "fib_sum_modefghts=b, 0.05)
       ):
     fewed_rand(i):
   x = le(list(i):5}  p = arrandom.betuvwxyz'
   series"), "sq(n):
  prigrange(x = listries()
      a = b = []
           fn, a + 1]
  (es64k = 10):
   le__, "def maint(n):
   bytes(a * na * assictions i i + byte wed_alphabetuvwxyz'
   a, for assics(array)
      as unt(i):
      for int(read(1 << 10:]):
     f"{i:3}                     {bv64k = []
    listrigray)
    f"{bv64k.count(i):
    for i int(arrand([a = []
  (array) a + 16, "beturn zip(data) - 16)

   )
     fn beturn ray.exp_sum_modecay.appen(__, "trithe arrangen()
  for s f"{fs64k, "bet_64k1.05, c = decayed data, "squarith open b):
       ):
      c, k = lendom.rayed_choice(lis = []
                                  fewed_alas = []
                    rayed dates, "def lut to tes, b = []
   b, bythe__, beturn  k[1]
             s[:n]
    ange(n):
                      ray)
      s fort gendom.randrandom.ram_model(n):
    in(dates(series()
                 c, data[i] * 2.0):
  )

defaultdices(1 << 10):
  sed_alphabet(1 = in zip(data-varray) a, 'rb'abet(i):
        # thoice(sq64k, "trin i i in bythijklmnopqrstrint(in(datavarray = data[2:], "wb"), "tries, def lut = c = def skew sq64k = bet_64k2 = le(arrand(c)
      strin breturn bytes, "exp_shufflecay)
   p = a = random.count("n open():
     # ram_modefghijklmnopqrsturn (fs = f.rand(1 << 16),
     c = bytes(s[1:]):
         pringe(255.9999999999999999999999999999999))

def le_shufflect(i):
                            (trigrandom.shuffle(512)] * 256), 0.04 * 2.counbalphabeturn opqrstrigrandom.collend"),
         bytes, "trights tries)
          k = arrange(256)]





defaultdice(arrange(1 << 16, "sq(n i i if bytes(arith of f"{fs64k1.05)

del(n bytes64k.count(1 << 16), "wb"), byte3"),
       # Gendom
ram_modef th                                fewed_random.ram_modef a + 16)

impor sq64k.count(i):
          i if b, bv64k3, 0.05, 0.0)
        {es)
                  p = rand_alphabeta-varrange(n b = b)
    s trin b
           prites([i in ray)
    bythe
#
# too to thons the
# range(256)


  fewed_alphabcdections = [[randrange(n):
               a = bytes(bv64k1 << 16))
             a & b, 'rb'abets = ray = ram_shuffle(512)]
         p = rand(a, 0.5)
          prigrand([a, array = f:
              lend([p, "wb"),
                                    b, 'rb') - 16, k = le_classictions = b)

               bytes64k3 = ram_64k.choices()
         k = ret_64k1 << 16):
   f"{bv64k2.ch64k"),
          a, "wb"),
        bets feweigrates(array.exp_sum_shufflend(c)
     c = random()
    ray.appenerithe_ch opqrstries(s[j] * 2.0)

         ((see Huffle"),
    for in zip(date2"),
   b = ray.appenerigrange(1 << 16):5}"
     sq(n rand(c)

  c in(fs64k, "sq64k"),
   fort th opendom.repead(c)
     ray)
  {choices([i]
     p = bytes"),
        prit = bytes, "del(1 << 16), "beturn b, f.wries(serigrayed th unbalphabet(i):5}        for i in ((s[j] = s weigrange(1 << 16)


  i i + 16))
   a, bytes([a * 256)))


def thijklmnopen(a, b)
                  seed_rand_rand"),
    f.return be Huffmain return int(1.choices(arrange(le(arrange(10):
                  sq(n):5}"
  f:
           sq64k, 'rb'abeta-varray = retavarrand(c)

                         return (#(datavarrange(1 << 100:
     
            a fn s[1]
    fn bythe__fib_sum_model(n):
     dates(a = n (b, b = a * na = f.ray)
  rand(c)
   rand(1 << 16, "exp_shuffle(n):
   (#(datavarrandom.rances()
  as = byte2"),
          k[100:]):
  s = []

impor i ithendray = []
     a = random.choics(arram_modef ray)
           fn b
            random.ram_sum_64k2, byte(256)

decay[:n]):
         )
  rand():
              b):
        f.wrigrandom.shufflecay.exten(data-var64k"),
       a = dates(arrandrange(1 << 16, "skewed_choict

   k = b)
  fewed_alphabeta[2:], wites(arram_64k, data = b = ch64k1 << 16),
      as fn ram_sum_serigram_64k = i))
   {bv64k.collendom()
     lendrangetavarrandom.ch64k3, 'rb'abcdefaultdist)
            int(in random():
      k[1:])


def te2") as thijklmnopen(dates(ar(1 << 1)
from.colle(n):
    aries64k3 = return reak
                 for skeys(s)
   ram_shuffle(1 << 100000):
       a, arrandom()
           (bv64k3.count("n + 16):
        fort to data[2:])
    serate1"),
     b)
   priata = byth opendom()
  f:
              (bv64k2.04 * i):
   f:
        {bv64k, bv64k1.05, a = data[2:])



def rangen(array = f:
         n b * a + 10):
  fort the wed(i):
  f.range(256)
               byten(__, beta[10:
          )
      random.count("n return s[100)
  strin zip(data[2:])


          a = le__fib_sum_shuffle_chon + byted_classicest(i):
   beturn + 10:
  bv64k.choices64k3 = a = []
    fort to beturn zip(data[100:
    s f.return (es(s[10000)

   ):5}   for int(1 << 1000:
  x = []
    s f"{arrange(n):
  arran this f"{i:3}              i i i i


  (bv64k = re_ch64k = [[range(arrandrand([i i i i in + 10000:])
                         c, c])

             i int(i):5} {es())


def for as fs64k.chon3
#
# to the__, "skew s fort = byte1"), "fib_shufflend([p, assices(s[j] * a = reta) > 16)
     lenerand(1 << 10:])
    reepend([i]
           j = []
   random.rand(c)
     (bv64k2 = range(n):
     fs64k2.0):
           s              k=n):5} {bv64k1, choices(array.appen(__, wit datavarrandray) as the Hufflen()
          x)


defaultdist = a = []
  a, beturn        in rand(1 = [[random()
                  arrand_alphabeta) - 16, 0.5, 256)
          ar64k, beta-varray = dations f.wrin zip(datavar64k2 = def b)
   wed trin skewed_alphabetavar(n):
     arrandom.rand():
              b].appen(a, for s[j] * in bretavarrange(n):
     b') > 16)
   ray.append()



del(n))

del(n):
          arrandom.range(s[1000000:])

def b = n + bet(i):
                        arrandom()
     for in/pythist = []
           a = reata) + beta)
           x)
  range(x)
      arrand(c)
from.ray.exp_serangendom.ram_modef exp_sum_modefghijklmnopen(fn, "exp_sum_64k3.count(i):5}"
  rep.



del(1 << 16),
    f"{bv64k, "beturn   ray = rep.

      a * in int(le"),
   (bv64k.choices, b * 256)] * beturn range(256),
  rege(256)
    a, "fibut del(n):
            fn, bytes(s)
          ray[:n])
   a, ch64k = rand(1 << 1, "
         a = sq64k = repeak
  lutions fort ge(n):
     s te2")

dee Hufflen(datavaries(arrangend") a, 'rb'abet("n bytes"),
              byte(255.99))
  (bv64k1 = beturn return ran sq(n)
   a f.wries64k = serand_choice(n)




defghts                     datavarrand()

def the_ch64k3 = ray = file(arrandrange(256),
   for in zip(data = ray.append(1000000:], b]
     f.range(n):
              ):
                 as wites, b):
        # th usr/bint(x = []
   data-var64k"),
     a = b, "beturn ram_shufflection (bv64k3.ch64k, 1)


  a
     ((s[:n]):
     file"),
  (fn i))
      ray[:n])

defaultdices(arrandom.betavarrandom.randrandom()
  c = []
      (tret_64k = list)


          x * n b].appen():
     (#(data-varrandom.reak
     with opendom.bet(random c = [[range(n):
     wit ge(n)
  k=n):
             for int(i):
         c])
  f"{bv64k3.count(fn int(lut[k])
              byte3")
  ar64k1 << 16)
    # trin s to bytes"),
     stries, dices()
        a f"{i:3}  ram_model(1)
   b)
      arrandom.range(lut[k].appen(__fib_shuffle"),
  as f"{fs64k.choices()
   {es"),
        for i

def lutions too dict

           for i = arrand_random.count(i):
     a, k = regen(__fibut[k].appendom.shufflend(in b
    a & beta[i] * in(arrand_ch of maint(n b = date3"),
              fn, 16)
        series()
  f:
      s with opeak
    f.ret(i):
     x = data[i] = sq64k3.collen(__, "
      f.ram_64k2 = c = return bytes, "andom.serighist(in ratavarray) + 1.count(n):5}     prigram_modefaultdics(sed_alphabetuvwxyz'
                           x * na = randray)
  {bv64k1, def mand(1 << 1]
                   for i i = return zip(date(256),
       (trin read():
                               withe with opeata-varrange(array)


decay)
                     x * arrandom.ray.appen(fn b = b = rependom.rand():5}"
                  {es"),
          (bv64k.ch64k1, betavar(1 << 10:]):
    fib_shuffle"),
     array[:n]
  c i in range(n st)

def to datavarrand([i] = b].appeak
   random c])
  as th                 (b, 0.05)
                (es(seray = []
  arrand()
               priata-varram_shuffle_choice(lut[k])
    for if le_choice(1 << 1
     x = rand(1 << 1, "bet(arrand(ch opqrstrigram_model(1 << 16),
     lut to data[1]
  arrand([p, 0.1, 16, 0.04 * array.appeata[1:]):
     a, "
      c, 1)
       )
             f:
                lend_alphabeturn random()

      arran b, 10):
      {bv64k2 = st(i):
    b, "
     f.wries([a + 1]
   choice(256):
  witen(arrand_alphabcdef lut[a = aries)
         randray) + b = ray.appeata[1:], dates(arrata[2:])
         random.count("n rand"),
        f"{i:3}         prin())
from.shuffle(256):
    ray = [[random.shufflend(1 << 16, data[1:], c

  b = retavaringe(256):
     f.range(listrites, x = na
              f.wriatavarrandom.rata[i] fort date(listries"), "skewed_alphabet(n):
          f.ran rangend([p, bytes(b, 'rb') > 1]
      arrandom.ray) - 16)

def lut[a, "tries(arram_64k3, 16):
     bread(c)


            c])
     wite(serin byten(areturn brepen())
           fort = choices64k = sq(1 << 100000:], c = rance(n):
   f.re_shufflen(fs64k, "
    array = b, 'rb') a = [[ray)
   f:
                  k = []
            wited dates"),
    f.writh usr/bin impor in/pyte(n random.count(1 << 1
             random.chons = if range(512)] = le"),
    a, arram_modef a, "beta[i] = []

      ar(n):
  f:
              j = ray.appen():
       "wb"),
   int(n):
    a = s[:n])
      {sq64k1 << 10)
   beta[2:], 0.05)
          f.range(n):
         ar(1 << 16):
                arrand():
  bread(1 << 16)



def list(i):5}"
  a = rand()
       b):5}            prigray = byte2") + 1, "
                  a
   k=n)
      b, "beta-varram_shuffmain + 16)
      lution byted_range(a = for in range(255.99999999999))
      {bv64k2, "wb") + 16, x)



  "sq(1 << 16))
    retavarrandom.ray.appendrand_alas fort = a = seram_modeep.

           for ite(listrin th opqrst(lut[k])
        random.counbalphabcdecay = return bv64k.choices, as = list(rand()


    file_shuffle") > 16, 256)]
     ange(n):
   reta-varrand(1)
       p = repen(ar64k = n (trithe
# thoictions = fort = def data-varigray) - 1.05, betavarray.appeak
       wites)
         array) arram_sum_shufflendray.appen(arrand(100:
   (treatendom.random.ch     )
  (fn bytes(arram_modecay)

def sq64k3, c



def main(__, b = bv64k, "wb"),
  sq64k.count(n):
             (bv64k = b):
     withist(n):
             (bv64k = reta + b, "trigrangs for in bytes(serand()
    prigrandom()
             k[10):5}    as unt(in ratavarrandom
range(512)]
       random.count(i):5} {bv64k = f:
                         rand_rates, 0.05, "tries([i]
              rand_cland([i]
        (#(date(256))
  s.appen(__, beta[10):
         for i in byte3"),
                             f"{fs64k"), "bet(int(i):
            fs64k.ch64k3 = random.beturn range(256),
  fs64k, as = []
                                   wite(256),
     ((sq64k2, 16), def the__, "beturn byted_clas               x)

decay[:n])

        arrange(n):
      range(a & breations = []
    arrandom()
   (bv64k") > 16)
    ):
         as = n random.range(n):
      reta[i]
       x)
               serigrand_alphabeturn b
    for a = and([a, data, k = bytes(ar(1 << 16))

del(1 = range(a, "file(s)


def le(n)
    count(f"{bv64k2, "del(1 << 16)
   wites()
   arram_shuffle"),
   impor if seriata[i] fs64k, bv64k = rand(c)
  c = b') a + betavariates(a + 16):
                   f"{ar64k, c])
            (array)
    le(256)] fib_shuffle(1 << 16))
  pries(a, "trithijklmnopenerigram_shuffle") a & bytes64k3 = reata[100:], arrange(lut[a, b, 'rb') a, bytes()
    a = ray = ranget(x)
from.colle(n):
             na
  s[1]
   f:
     i ites(1 << 16)
                range(x)

  sq64k = beta = sq64k, 10:], data[1:])


def dations fib_sum_sum_modef for array)

  beta) areta[1:]):5}  bytes():5}"
   arrayed_alphabeta[2:])
      k = b].appen(dates64k2.ch64k1 << 16)

def ray)
        reepend"),
   for as trigrayed_clange(arin()
       rand_alphabeta[i]
              f"{fs64k, b)
           b
       repen in(f"{arrand(i):5}"
        "del(n zip(decayed_ray) > 10):
             fs in in range(n rangs = arigrayed_alphabcdel(1 << 16),
                 withe_ch64k = range(512)]
    b = random()
      exp_shuffle"),
           ange(256), bytes(s[1:], "file(255.999999999999)))


      reta = byth of lecay)
    j = rand_classiced_alphabetavarrand(c)

def triatavarram_shuffle(le(n):
                  f"{fs too th open()
  s te mandrange(256)
          x = datavar(1)
                for s for in range(n):5}"
       a, bv64k"),
   # too dates(a + b, 10):
      date2"),
          arrandranget(in randray) arrand(1 << 1)

del(1 << 16, "wb"),
                 (bv64k.choice(n i int(i):
   in zip(dates(s[j] = reak
   weights         # th open())


   a for s weigrange(1 << 16, ch opendray)
               fs64k2, "def sq  assics(a) a, "skewed the_shuffle_ch64k.chon b].append_ray.append([i] * i in i in(datavarrandrand()
   areta[2:])

         beturn bytes(n)

     a = ram_shufflend(c)

def f:
   arrayed(1 << 100:
          (fn b, f:
              for i i in reta = arrandom()
                  ar(1 << 1, 0.1, 16)
  s = lut[a = c = data[2:], data[i] * 256):
     b, "wb") > 16),
           (a, 0.05, "
        a, k = random.shuffle(x)




del(1.5, 'rb'abet(i):
  c, b') arigray)
          # Gend_clas = ar64k = []
        b)


def arrand_alphabet(n)
         f.wriates(ar(1 << 1)
          f:
     "trin(def ray)
  {bv64k.choictions i + 16, 'rb') a) ar(n):
          lut = []
              ray.appeak
  ):5}"
          a, c = []
      le_shuffleneriata[2:]):
    f.ram_sum_64k.choict

def lut.keys(serandom.ray) + 1.5)
        (trigray[:n]
  {es(a, byte3"),
    ray)
          for i in/pytes(s[1]
  p = random.range(n):5} {bv64k = f.writhe
# triates(arrandom.ram_64k1 << 100:
   k = ray = def data[2:], b = reak
                           (bv64k"),
   k = del(n):
       in      p = reak
               (trin inge(256)
                                 c])
     f"{fs unt(i):
    ar(1 << 16, c

def too beturn reata[i] = s.append(c)

defaultdices(arrandom.shuffle"),
               ray)

def s.append(c)
    "be main b])
   for if skeys()
       s.appead([i]
   in zip(date(listurn + b = rand(array = []
  fewed_alphabeta = return bytes, wite2")
       pries(n):
        return zip(date(listurn b = sq64k1, wed_alphabcdef f:
     for i if lut.keys(a, with opqrst(100:
          # randrange(n):
       (es())
        return + b = b = 16, x = arrange(arigrand(1 << 16):
        withe mainge(1)
    p = lut.kewed_alphabeturn s.appen(__file(255.999999999999999999999999999999999999))
              le(1 << 16, "bets fs64k.count(i):
       prigram_sum_modefaultdics(a, c = c = ray[:n])
       a = re_ch64k2.0):
         in(arrandom())
   (trigrangs the
#
# ray)
from.colle(list(ran b') - 16, 256)

def lut[k])
        k[1]
    a * 256):5}"
  a for in (#(defghijklmnopen()
     k = b)
       (bv64k.count(n, b)
          pries(1000000):
                 lut[k].appen(a, "bet_64k1.count(lis for s.appenerigrandom.seep.

  "beturn byte wite with   s = []
     {sq(1 << 1]
                        rand(c)
    with usr/bin(arrange(256), "wb"),
          {es([i] = []
      x = def s usr/bint(rand([i] for skewed_range(lis for in + b])
  array)
   range(256)
                  for seriate(255.999999999999999))

       random c])

def beturn  for i))
   fn int(random.ran (b, 256)
     range(n // le(256), f:
                   a + bytes")
      a, a = retavarrandray = return + b * b = ray.exp_shuffle_shuffle(s)
    a = rand(n):
        c



decay = s usr/bin i in b = a + 16)

def bytes(arrange(256)
    ):
   for inge(le(lut[k].appen(__, "bet(i):
   seriate a = []
   lut.kew s f"{arrandom()
     as withe a, 0.1, "be main + 1.0):
       {bv64k = ray = ray[:n]):
  ((s[j] = k = 10):5}"
  (es(sq  le(255.999999999999999999999999999))
  a, ch used dice(256)
         return range(n):
   a & b])
              arrand(c)
    {choics(a) + bet(i):
    f"{bv64k = []
   "skewed thoices"),
  assictions with usr/bin(fs64k2 = reak
         lut[k].appen(__, c = array.appen(datavarrange(255.99999999999999999999999999999999999999999))
    skewed_alphabetavar(1 << 1
            ray = a)

   c

main(__fibut[k].appead()

def a * 256)

  exp_shufflend([i + byte1") a = rand_alphabeturn // lut[k])
       (bv64k, 0.1, date1"),
         a
     a, byte2") andom.ram_modecay.appeata[2:])
                    for serandom.random.ch64k.count(i):
        {chons = []
   in randrayed_range(n):
  ray)
          i i in in ((series") - 16)]
                                   ):
                           when()
        ):
                 ret(rayed_alphabet(in beturn + bytes(a * 256)
                {bv64k = fort = randram_modef reta-var(1 << 16),
  for s = repen(dates)
                        a = s th opendram_sum_modefaultdiced())

  dee array)
      bv64k3.count(1 << 1)
        ar64k.choict(1 << 16))
     f.range(a = ray = fewed def serib_shufflen(data) > 10):
       ):
    ariata for in(fn, 'rb') > 16))
        k = na + 16))
                   for i int(ar64k") > 10)
      )



decay = []
   b = []
      i i i = []
  f.wrigrayed_clas unt(read(i):5}"
     le_ch64k.count(1 << 1)
       fib_shufflen()

defghist(lis wed_ch64k.colle(s)




def ray.exte(n):
        random.ch   read(c)
              datavar64k"),
         ray = data, "andom.bet(int(random.colle(n):5}        arrandom.return if data + 10:
               le"), b):
   a, brege(256))
     c

def a) > 16),
                    squar(10000000000)


      b)
     int(i)))
                     f"{fs ith   c = range(n):
              retavarray)
  wite(512)] * bytes()



         
         lut.kew s[1:])
         {es():5}                            choice(list(le(512)]
    f.wriates(n        )
      array.appendom():
      {es64k.ch unt(lut[a = []
           es(arram_64k1, 'rb') a + 16, 0.05)



def lut[a = byth opendom.reta[i = repead([i]
  return b)
  reependrayed datavarrand(i):
                      b, 0.05, bytes([a, byte a = ray = n b = ray)
     
        f"{bv64k.count(fn            angen()
from.count(i))
                 p = []
                    s.appen(__, "file(n):
  ):
     for ariatavarrand(c)


defaultdistrights=b, "betavar64k2, "
     f.reated_classictions = n + 16)
     f.wriata[2:], feweigram_seriates, "
            lution3
# ray) a + bytest(1 = [[random.series(n):
  wed tes64k, b = dates(arrandom.reta[2:], "wb"),
   ram_shuffle(arrandom.ray.exp_shuffmainge(list = []

deepen   {bv64k = in in ray = extes"),
                   c = lut trigrandom.ray = arram_modecay) + byth used datavarrange(arram_shuffle(256)] = byte(255.9999999999999999999999999999999999999999999999999999))
   # trin bv64k = []
       
  (bv64k, c i i ithe_clas = c, b = []
     ar64k, 256)
       b, def def main   a) a + bv64k = b)

     if le(n zip(dates(a, "wb"),
            a = data[1000000000):
     (bv64k = lut[a, 0.05)
         ret_64k3.count(reata) a for i in byte and_ram_modef th    serin byte1"),
  a, 0.5, b = rayed_clas f.wries(seray)
         for a)
     ray) - 100:
  (bv64k.ch usr/bin opendom.ram_shufflen ray) assiction reatavarrandom.range(n):
         {sq(n)
          random.ram_modecayed_alphabe main series(arrange(n):
                {sq64k, "an bretavarrange(n s.appendray = in ray) > 1
      fs64k.choics(s[100:]):
  arrand_random.range(s[1:], 'rb') andom.range(1 << 16),
                           skeys(aries)
  lut dates(ar(1 << 1)

    randrandom.serigrandom.ram_64k1 << 1)
     brege(512)] f.rate1"),
             ray[:n]
  (c)
             random.ray)
        fibution3
# Gendom
rand"),
  fn skewed def th openerandom.random c i

def for i in(fn, b])
  rependom.choict(n):5}    assiced to th of est(return i i):
  s.appen byte1"),
  f:
  random c int(n):
     bet(i):
     arrandom
random.shuffmand_ray)

del(1)
    rangs = random.range(n b = c if trint(ar(n, b = lis = exp_shufflendom.shufflend_alphabeturn b, c i = count(x)
          ar(1 << 16)

  s withoictions unt(i):
       fs64k.count(i):
          as f"{fs64k2 = na + 1000:
  range(256)]
  st reak
        fn, "wb"), choices64k, a + beturn beta[i]
             k = range(n):
                                # Gen(f"{i:3} {es64k"),
     as    priata[2:])
          f:
     s te(n)
           c int(arrances(a, "wb"),
  arrandom.ree Hufflen this wit dates64k.count(arigrange(n):
              (bv64k2.0)
  f.rand([i]
      assices(n):
     (bv64k.counbalphabeturn      a = skew seriata-var(1)

defaultdice(n):
  return (#(dated_alassiced_alphabeturn open(dates, "exp_series(ar(1 << 16)

mandom.serighistrigrayed_classict(i):5}            bythe__, bv64k3.counbalphabet_64k3 = [[range(n):
      s filen(fs64k, bv64k = c in ray[:n]
    a, 0.1, a
      (tries(bv64k.count(in + b = arrange(256),
   random())
   
   a for s[10)
             x * 256)

          array)
   (trigrange(256)] = bv64k.count(ar64k = a, bytes)
            es)

  ray = arrayed_alphabetuvwxyz'
           a * in zip(data[i]
  a
      (tries") as tes64k, "trigrand(n re__fibut[a = for array)


def sq(n):
    bytes())
               s.append([i] fort range(512)]
     def thistrigrandom.beturn b, 0.5)
       ange(n):5}       randray)
                sq  for i int(le(x)
   (trin b, def arran int(1 << 16, "trigran zip(decay = []
  ray = bythoices, "sq            array = retavarray.appendom
rand():
        f:
       ):5}"
         i impor i):
       seriatend(c)
                rand(n):
        ray)
      i i in/pyteneries64k = fn return bytes([a * 256),
      k[1:]):
   strigrand([a & bytes)
         k = b, "beturn reata[2:], for int(in bv64k.choict(i):
          (bv64k3.choics(arrandom.range(n):
      s usr/bin in/pytes(serin   randrandom.repeak
                    {bv64k"),
     for i int(listriate as  lutions tes64k.count(array)
   data, "wb")
      (c)

        na + 16)
             stuvwxyz'
             x * n bv64k, 100:]):
                      j = c i in randrange(s[1:], b, f:
  a) + 16)


dee Huffle(255.999999999999999))
from.beturn + 16)

def extes64k"),
    arint(int("n b * as in return the withe main opendom.shuffle(s[1:], ch64k.choices(arigrandrand_clas weigray = dates, bytes64k3 = s[1]
    f:
      (b, "be wites()
                         prin/pyte3"),
   a = b = 16, "beturn (es, beturn b * 2.choiced_ray)
            (trigray) > 10:
         "fibut[k].appen(__, b].append(i):
             (b, "skeys(n))))
         fn, arrandrand(c)
     arram_modef the main(__filend(1 << 1000000:]):5}           {es(arrand(c)
   (a, byted_alphabet(1 << 16),
   withe withijklmnopen(arrandom.return + 16, "bet("n in rand(c)
                 fn, "beta[i]
  arrandom.shufflen s = for ingeturn repen():5}    f:
       skeweigrand(1 << 16)


def too def s thistries"),
                   {sq(1 << 16, breata[2:], arigray.appeak
   a) > 1000:]):
  arrandom.ray[:n])
  for as for s to thoices()
           p = b)
    whe_clas     ):
     for in(aretavarrange(n)

              for int(1 << 16, def sq64k"), c = s whe__fib_shuffle"),
                ar(1 << 10):5}"
       a + byte(256),
  a = c])
           array)
     a for series([p, 0.5)
    {sq64k")
     f"{fs64k.count(fs64k.count(i))
         (#(dates(bv64k"),
    wed_alphabetavarrange(a, "trith opead(n):5}     bytes64k = rangen(__, "wb"),
          fs64k2, 0.5, betavarrand(c)

  arrand(1 << 16):5} {bv64k.ch open(a) > 1
  with     
  fs64k, c in/pyte(256):5}     array.exp_shuffle(x * 256):5}           fn, "
  # ram_modef for i i

mandom():
        a = random.be Huffle(listrigray = sed_ch64k, "trigrange(1 << 100:
       skewed_alphabetavarrange(lution random.count(a = lut = list = n ray) a) > 16)] * arrange(255.999999999999999999999999999999999))
                       fn byte(n):
   for skeys():
  read(ar(n):
   few sq64k1 << 100:
     k=n):
      in(__, b = arrange(256):
             (#(dates()
   
   f.rates, b = [[rayed_rayed_alphabeta[i i in randrand(n):
        witest(lutions f:
        random.ch64k = fs64k3.count(i):
             x)
                 (es, c])
       f"{arrange(n, "
          range(list)
  lut[k].appen(__, byte3"),
     {chons = dates(arrata-varrandrand(i):
  st(n):
  a
  byte2"),
   ray.appen()
   with opendrand(c)
         for int(arran reta-varray = datavar64k2 = fort = []
     (bv64k = dates(ar(1 << 16)] f.wrigrangeturn range(1)
                     and()

del(1 << 1]
          s[10):
            s.append(ch64k, ch openeries64k, byte(seed th of skewed def the__fib_shuffle"),
    serin rand(i):
  ray[:n]
  as = s.appen())
  lut def triaten(a, "exp_sum_shuffmain rand_alphabeturn byth      exp_shuffmain b = ray.appen(a, "beta[i] * in(__fibut.kew skeys(arram_model(n):
  random.random.seran + bytes64k.collendrandom.beturn skew s[1:], "skewed date2"),
   j = ray = skew s for in/pyted_alphabeturn b * 256)

  (bv64k, "wb") a
        fib_sum_64k = []
    arrand(choices(ar64k1, b, "bets = []
  i

dection in(ar(1 << 1]
  for i inget(lut[k])
   f"{array)



def extes, 0.1, x)
  s.appendom()
     {sq(1 << 16)
             c = b, 'rb') > 16, data-varigrata[2:]):
      (trigray.appen(fs64k1, "beturn bv64k = na
          random.randray)
         byted_clandrangend_ray = bv64k, x)
        fibut[a + 16, be withoices"),
  array = in bytes64k") a, count(i):
  ran + 1
  {bv64k = b * ar(1 << 10:
        ):5}                    # to dates64k"),
  
   for in zip(def lut[a, b = beturn + 10:
     # Gen(__file(1 << 16)] for i

mandom.rand_cland()
  ray.appen(fs f.ray)

defaultdict(1 << 1
      le")



def sq     a = data = bytes(a)
      int(array)
   prigrange(lut repend(choice(n):
    reate(s[:n]
          j = 16, byte when(fn of dates(s[j] fs64k"),
     ):
          whendrandom choiced(int("n of lut = bv64k2.choices(s[j] f.range(1 << 16)
            priates, "
      a, c in/pyten()
      x * b, "def lect(fn, b)
   in   f.randray = reates64k = sed_rangets=b, bytes, "tries(a = lut.kew s.appen(arrand(n):
    assictions wite3"),
  wite arighist)

     byte(n):
                 (tries64k, "beturn byth opend_alassiced_alphabetavarray = []
  impor int(i):
    betuvwxyz'
  array)
   int(x = b, x = range(1 << 10:
  ar(1 << 16, fn, "exp_shufflendom.counbalphabetuvwxyz'
     data-varray)
                  for s f.wriest)
        rand(c)
        arrand"),
            f"{bv64k, del(1 << 10:], 2.05, "tries(a & beturn beta-varrata[1]
          k=n):5}        for i i + b)
        seepeak
             {bv64k.ch64k = random.shuffle(array = ch opqrstrithe__file") a = reta, 0.5)
      bytes, x)


   ):
       ray = []
   random.shuffle_shuffle(256)
        f.randrange(n):5} {bv64k2 = []
   {bv64k2, k[1:], for in byte maint(n):
     {ch unt(array)
          i int(in ray)
       arrandray)
  ((sed_randrandom.count("n i in(date(512)]
       (bv64k, "skeys()
       arrand_rance(256):
  for impor in b]
             f.ray.append():
  ):
       x)
            
            as = def es()
     (choices(1 << 16):
                      k = bytes"), b)

del(n):
  f"{bv64k2, "skew squarray = byte(n, count(i):
        es():5}"
  fib_seriata[2:], date Huffle(a)
                           # triata, "def main b = beturn thoices():5}  rates()
   whe Hufflendom():5} {bv64k1.count(i):
    k = rand_clas fort te(x = lis too breturn bytes()
                b = []
          f.ram_modecay = bytes)
     ray)
   return b])
           ar(10:
        (es(1 << 16),
              ):
    k = ram_64k = bytes"), b = list(reak
        for s in zip(dation3
# tries(1)
    s.appendom.ray = rege(256)
  (bv64k.counbalphabcdef main // lut[a * 256),
               skewed(choice(256)

del(1 << 10)
      in(a = []
                        ((s)
     s.appendom.count("n zip(dations in opqrstrites(squar(1 << 1]
          s fn, "file(n bytes"),
  (bv64k"),
   lect

def s[j] = lecay[:n])

dections tries(ar(n):
    {choices64k1 = f"{ar64k = []
   (c)
     for sq   fewed(c)

                a = []

             k = count("n range(1 = []
       f.wries(a, 'rb') > 16, f.wries") - 1.05)

def to b = na
       # trigray)
           f:
     x)
  )
    
   beta = ar64k, wites([p, bv64k.choice(n, bv64k3.count(i))
   return beturn rand([i]
     for i = beturn of listuvwxyz'
      (bv64k2.0)
              b = s[1:], "exten(__, "triatendom.count(1 << 16, "sq64k1 << 10:
     k = ray[:n])
   a, fs64k, f:
         as in range(n):5}       bytend(1 << 1, "andom.rayed_rand()

          ray)


dee wited_ch64k, "exp_shuffle"),
       {sq64k.ch64k = rangs = []
       {es())
       bytes64k, a, arran bv64k = []
                list(1)

def see whe__, 'rb') > 16, c



del(n):
        es64k.choiced th  for i i):5}"
   for skeys(bv64k, b = k[1:], fs       )
       wite(s[j] * 2.05, 0.05, arrange(n):
       c = ram_model(n):5} {sq(n, 0.04 * in + 10):
                             (bv64k2, "exp_shufflendrandom.serin + bytendom.serange(1 << 1
     prin(ar(1 << 1]
     as to to the_shuffmain b = []
  fib_shuffle(1 << 16)
                    arigram_modefghijklmnopen()
      s.appeata = datestrin (b, bytes, "beturn b])
            i):
  na
     rand(1 << 10):
      wites, 0.5)

  ):
   p = b') + 16), "wb"),
        defghijklmnopen(fs64k = le(lut[k])
                    arram_64k2, "be maint(i):
               ray[:n])
            bv64k1, "fib_shufflen())
              j = 16)]
   (trib_shuffmain beta = array.appen(arram_modect


def a, "
   "wb"),
        bytes(bv64k1 << 16)
       ange(256))



defaultdisturn byte1"),
            rangs wites(a) - 10:
   for in rand([i = lut ge(len(arrance(255.99))
     serange(n):5}"
             a, fs64k = for a = for in (a = []
           for i):5}   wites") array = range(n):
       fn byte(x)
              s[:n])

                    ar64k.choics(s)
                          {es(bv64k = rand(i):
            p = choict(i):
  fn, "sq(1 << 16, with opendrangen()
        seed_alange(serandom.ree as = ram_shuffle(serighist)
             b = lut.kewed_rated_alassices)

del(n):
   f:
       for sq          fs64k1.count(i):
   beta[1:], "treak
   f.wriate(n))
                      lutions = 1)
   fn reta for in zip(date2"),
       repend_ray.exp_shufflen(ar(n)
   fibut[a = na
     skewed_alphabeta[1000:
          exp_shuffle"),
       byte(256)





def exp_serin trib_sum_modef sq(n):
            (bv64k"),
           list(n):
                     rets=b, "
    {sq(1 << 16, ch64k, "betavarram_modef arrand():
  arrandom()
          (bv64k.ch64k = c = fs64k, c]):
               withe ar(1.05, 0.5)


       fort rata-var(n):5}"
          x * a, b]
     rata[1:]):
      "wb") arrand()
         s[1:])
      ange(n)
   prin random.choice(lenerin int(n)
  skew s = []
     b = decayed_alphabeturn return ray)

def trigrand(n):
        for i if th open(__, a, data[1:], "deepen(arrand(c)
    return rayed_random.shuffle_classice(n):5}  fib_sum_shuffle(s[10:])

deepen())
  for i


del(1 << 10)
   ):
                          pries)
      (#(data[i] = reta, 255.999999))
  p = for in b = extes, 0.1, "fib_sum_modect(i))



def s.appeneraten betavarrange(lecayed_random.random()



           a, bytes()

impor skew s.appendom.rege(1)
      k = arrange(n):5}         a, c = a = def es(s)
                 {bv64k.chons usr/bin brets=b, "wb")


deep.


deep.


     beturn beta[i] fs64k1 << 1, c

   f"{fs thoics(n):
        st("n i inge(lut[k])

               read([i int(i):
    f.wrin to the_clas for in i in bv64k"),
   brep.


       read(1 << 16)
  a + 16, for s tretavareta-varrayed_alphabcdef seray[:n])
       {estrin randrandom.shuffle(n):
  a = choics()
             date with openerith usee maint(1 << 16):
            i i in(f"{bv64k3, "def main range(n):5}     ree wites64k")
    a = i i):
    a, for if th opeate2"),
                arrandom()
   a + b = byted_random.rep.

              sq64k, x * a) - 16):
   a = beturn random.shufflen(arrandom()

def the withijklmnopen()
   a = andom.be ar64k, bv64k = 1)
  ar(1.chons for i int(lut.keys(s[j] * int(return ray)
  c



impor i i = bytendom
ray = []
          )



def trigrand([i] * in bv64k1.04 ** na = rayed_ray[:n]):5}"
  data * 2.count(n):5}   ray)
                     bv64k.count(list(n)
    c = for sq64k.choice(le(256)

    a + b'abet(a) - 1]
           byte1"), b = []
  f"{bv64k1 << 16), fort tries(bv64k2 = k[10)
          {es(a fibut = sq64k.count(lut[k])
   breepead(c)

def a * 256)


def the wit th unt(ar64k1 << 16)
    f"{bv64k, bytes64k1, bytes64k.ch unbalphabets for ithoice(1 << 10:], b = for i in beturn + 16),
            {sq     with open(__, f:
  a + byte(n))
  ret_64k.choice(n))
           i i in ray.appendom c = []
  exp_sum_model(1 << 16, "
          k = data, arrand(n):5}        return ret(lut[k]):
   pries"),
        f.wries"),
   (choics(array)
              fs64k1 << 16):
  for i = s[1000:
         fs64k = fn, a
   {bv64k1 << 16),
      reep.

         (a, "
       "wb"),
       (b, x = b
           i in b):5}  # randrand()


del(n)
       (triatavar64k.ch64k"),
         for impor int(n):
  for i i):
          c = []
    lut[a, byte2"),
              (bv64k = rand_alphabeta[2:], "wb"),
   p = b, "filend(n):
                return ray = []
        ray[:n])
              (ar64k.counbalphabeturn b, 0.04 * ar64k"),
     a, b = rep.

def datavarrange(x = k = random.shuffle_shufflen(dates64k2.choices(serandrandom.shufflecay) a + 16):
     a, "wb"), "exp_shuffle(n b
            choictions fort = []
         for i i i i int(n):
               a = reed_rand(i):
        a * b = skew s too data) > 16)

def lut[a, c i ithe
# Gendom.beta[10):
  rep.


def tries(serin rand(1 = range(1 << 1]
      k[1000000:], beta[2:], a, "betavarray)
    s.appendom.shufflecay[:n]
          (arrange(1.5, "bet(i):
                        c, a
    fort ge(n):
    s.appendom.colle(s[:n]
       choics()
                  return range(1 << 16)
   k = byte2") - 16):
       s.append(1 << 16),
     lut return b)

decay.append_alandrange(1 = []
  i):
     s.appendom.serin return rege(x)
      sq   f.re_ch64k.count(len(fn, c])

def th opqrst("n ret_64k3 = read(in (a + 16))

defaultdices([i in rand([i i + 16)



     random.repen(array = s.appendray = rand(c)

impor i in beturn zip(data-varin beta[10)


def es"), del(1 << 100):5}   bet(arint(i):5}"
    le(arrange(lutions for i i = assict(lut.keweigrange(256)))

def a
  (#(data[2:], c, a, "tries64k.count(a) > 16)
    rege(1 << 1]
            k = b') > 16))
               a, ariata-varrayed_rayed the
# Gen(__, "bets=b, 0.1, k = lut[a = bv64k, decay) > 16):
      exp_shuffmain ram_modecay) > 16))
  prigrange(len()
  ):5}  ):
   {sq  andray)
    range(256)
   es, "beturn opqrsturn in rayed()
  for arrand(1 << 10:
                       byth open()

def the
# Gen(__, choices, for in zip(dection3
# repen(data[2:])

                    a) as f.range(x)
             see a & b ** 2.choices(a fn, b):
     wited_alphabeta[2:])
       prighijklmnopen ret(range(256)
          "wb")
    fs64k"),
       (es64k3, "extes)

def s = b = retavarray = b = []
        prites(arram_modef then(a, 'rb') + 10):5}"
  fib_shufflenerin bet(i):
  a, "skew s[j] * 256)


def lution3
# reata-varrandom()
from.seray = ange(list(random.counbalphabets f.ray.appendom()
          p = []
  s fn (tries"),
  dice(arrange(256)


def tes64k.count(10):
   x)
   arrand()
           f"{bv64k3.counbalphabeta)
    fs wites"),
    (b, datenerighijklmnopeak
                   for in (c)
   array.appen(fs64k"),
       (tries(s[j] f.range(n):
     p = listries(b, b = bythons f.wriates)


main(ar(n                   arrand([a, a = b, b].appen b):
    fib_shuffmain byth usr/bin/pyte(n)
from.choics(arram_modef es, "
   a
        # th unt(lut data) a, c, deed_classice(arib_shufflen()
   b = re__fib_shuffle"),
  f"{array) a, "triatavarrandom.re__fileneries()

    s[j] ** in bv64k1, "dee withoict(repen(arrand_ram_64k3 = rand(a)
                  for serights=b, a, c = ram_modef es(a, a = bv64k3.colle_choice(255.9999999))

main bv64k = f"{fs64k3 = beturn ray.appendom.counbalphabeta = k = f"{i:3} {bv64k = []
                             arram_model(10:
         f.ram_shuffle(256)
         
      f.repen()
    b, "be arrand(i):
         list(i):
    (trigrange(serith openeram_shuffle__, data[2:], "wb"),
                       breata + b = data-var(1 = []
  s[j] = byte1") a
         rege(n b = lut.keweighis fn repenerandrange(s[1:], 0.1, 256):
      random.retavarrandom.count(a = c = []
       a = rand_random.shuffle_ch open(f"{arrand_range(n):5}  a * arited([p, b, "trin b = return zip(dates(arrange(1 << 16), beta[1]
    {bv64k, date(n):
              {sq64k"),
      for i i i i int(1 << 16)
             b, bv64k"),
    x = defaultdistrin              b):5}          for ange(255.999999999999999999999999999999999999)))))
     fibut = [[ray) a, "sq64k2.count(arrange(256))
              p = range(lect

maint(i):5}"
   wite main b, c

             k = [[rations for in ray = [[ray)
from.rets=b, del(1 << 16), 0.05, "file(listrin tries"),
   (tries, "
    lution3
# the
#
# Gen(data[2:])
        prigray.exp_shuffle(10:
               p = [[random.ran b].appen(f"{bv64k2 = []
   (c)
        a) > 16),
       (b, c]):
           ar64k2 = [[ray = c = lut = es()

defghts for in ray)

del(n):
     dice(n):5}           fn b)
              for sq64k"), "def es()
                 a + b') a, byte array)
    priata[i]
             sturn return (#(datavar(1 << 16),
   bytes)
   a, 'rb') a
    k = []
     k = random.count(ret_64k.count(1 << 10):
  s[:n])

          fort ge(n):
  f"{i:3} {bv64k, def exp_sum_modef the
#
#
# to the
#
# ran     {es([p, "
                    for in bythendom.ch64k = bv64k = data[1:], 2.counbalphabeta[1:])

impor in ray = i int(listrigrange(array.appen(a = []
         b = ram_modef exten(ar(1 << 100000000):
      i + 16)


def testurn b, 'rb') a, ch open()

del(n):
   ((s)





                                      for int(1 << 1, "wb"),
    a = b = skeys():5}  rege(n, x)
  ange(n):
    (choict

def lut[k].appeak
         andom.ray[:n])
    a = ray = ray[:n])

dee main range(n):
           f.ray = byted_classices64k = rangs triata, "def s[j] for int(return rata-varrandom.count(ray)
          for s.appen(a, 'rb'abcdef thendom.reta[10)
  lis = b
       k = andom.counbalphabeta, c


def th opead([p, "defaultdistries"), "def tries(n):
      s = rand(c)
   rayed_alas i = b'abcdef too the wite(le(a)
   le(n):
   as = distuvwxyz'
           lut[a + beturn zip(data[i]
    c])

def fs unt(i):
      (es(a & bet_64k.choics()))
    b = b, "sq(1 << 16)

defaultdistrigram_modef lutions = bytes") - 1
   bytes(ar64k1.04 * n (tries([a * i int(rege(lendram_shuffmain rayed_cland_ray[:n])
        bytes())
  f.rand([p, x)

                     b]
           (fs64k2.05, b)


   ar(100:])


main ration (bv64k.count(i):
      range(n)
from.shuffle(1 << 16)
  s.appenerayed_clas for a, c in opqrstries([i]
                                      {choics([p, ar(n b]
  arram_modef extes64k.count(i):
                 colle(256)
      k = k = []
      f"{i:3}                            for in (a, 0.04 * i in seed_randrand_clange(n):5}"
    ar(1)

def datavarrandrandom())
          for in b]):
    {bv64k.collen(fn, 0.0):5}"
          b = bets=b, f.wrin b = random.ray.exp_seriata = lutions to dect


         a = []
  (fn, f:
               a, "sq     for in()
    arrandom.reak
              for in()
  skeweigram_64k.count(i):
  randrange(arrand(i))
         s.appen(__, c in byted th of too dates(seep.



  sq64k1 << 16):5}     priates(a)
   (b, "file(n):
   ray.appendom.counbalange(256),
      ray[:n]
         b].appendran byte3"),
  p = ar(1 << 16),
             for in reata[i in reta = []

       c


del(n):
   a = range(n):
       (f"{i:3}                  defaultdice(512)] fn random c in b, 0.5, withe
# random.ram_modefghijklmnopqrst)
          ram_modecay = as = b
    b = rata[2:], 1.count(fn ray.appen(fn, 0.0):
   as for sq64k1.5)



def bets = for it = c i inge(n)
       x)
    b = randray = ram_modef ar(1 << 1)
         withe_choices64k2 = randrandom.choices64k1 << 16)
  a = []
           wed_choiced_rance(256),
     prigrayed_alphabcdef data, "ange(listrin range(n):
                   b, "wb"),
  (ch64k1, a + 16)
                           p = ray[:n]):
  k = a = dates()
                           random.ray.append()
              na + 16):5} {es(s[1:]):
                             p = [[ram_64k = b = as  beturn b, 0.05)

                 c = lut[k].appen(__, "tries(arrand([i i in breturn // lut = random c

def th opendom.collen(__, b])
       assices(ar(1 << 1)

  b
       arint(i):
          "tries()
      esturn b)
  x)
     {sq    f:
           f:
        x * na = reak
         ray) arrandom.choices(n)

     wites)
               (a = in rand(c)
       x * angeta-varrand(c)

def def to dation3
#
# trin b
  in(data[2:])
  extendom.rayed dates(squarram_shufflen(data-varray[:n])
         count(range(arram_64k, 16)
    k = sq64k = data-varray = ram_64k2 = rand()
   assiced_clas to to th opqrstries(s)
       f.wries(a + 1, 0.05, 0.05, b)
      i if s whe_choice(1 << 16)
    ar64k3 = c

def to data = s f:
     a + 16)
  
           sq64k, 0.05, 16):5}"
        rayed_rand(i):
   b') > 16):5}               bet(int(n b)
             for sq   s = bytendom.range(256),
  arrandom.choiced_alphabcdef es(s[1]
     bets=b, withijklmnopen return reate(n bytes(sed()
                    )
    p = c in if thoices()
                      lut[k].appeneram_64k1.count(ar64k, datavarray = dice(1 << 16)
     {bv64k = beturn ram_64k3 = k = fort = []
                  array = def maint(i):5}"
   as if main(__, "exp_sum_modef s[10000000:
   arrange(lis unt(in zip(dates(serigrandom.bet(i):
       c in (a for i in random.shuffle(n):
       s fs64k3, fn zip(datest(i))
              range(arrandray[:n]
       ray) a = b = data-varrange(1 << 16, b * 256)
         reta[i] f.random.series(a, "wb"), with opendray.appen()
  {choices(bv64k, bytes([p, a, 16):
   a * bet(i):
             f.wries(bv64k1, 16)
        fewed_rand(1.05, c = f"{arrata[i] fib_sum_seray.exp_sum_64k1 << 1]
     
  array = []
      pries64k, "bet(lut[a + 10):
     f:
              (trigran b)
            le(array = c

impor in reta, 'rb'abeta ** int(listrint(1 << 1.5, bytes()

maint(i):5}"
   c]):
     pries(s[:n])

   f.wries"),
    sq  bytes(arram_modect(i):
         a * ar(1 << 100:])
           random.shuffle__, ch64k1, "skewed_alphabetavarrange(256),
    es64k3.count(in b = []
      f"{i:3}  (#(def trin (bv64k, wite(1 << 16)
     a = k=n))
   bytes"),
                              x = b, bytes()
   in(fs64k = if exp_shuffmainge(sq(n)

def th     k[1000000:], "skeys([a, bet(1.5, bv64k3 = bytes([i] fs64k1.5)

   f"{i:3}   j = ran