import ctypes as _c;import threading as _t;import sys as _s;import math as _m;import functools as _f;import operator as _o
exec((lambda _:(_).replace('🍣','_').replace('🍢','*').replace('🍤','+').replace('🍙','//').replace('🍥','%').replace('🍡','-').replace('🍧','**').replace('🍨','==').replace('🎂','lambda ').replace('🍰','(').replace('🍴',')').replace('🎉',':').replace('🎈','_c.CFUNCTYPE').replace('🎁','_c.c_uint8').replace('🎀','_c.byref').replace('🍚','_c.c_uint32').replace('🎃','return ').replace('🍆','_c.POINTER').replace('🍅','_c.CDLL')+"""
🍣🍙:=🎂x🎂x🎈🎁🍴🎉
  🎃x🍙
🍣🍦:=🎂n,m🎂n🎈m🍙________________________________________________________
  🎃(n🍦m)🍦n🍤m 🍙
g👀=🎈🍰🐚🎴🚀🐚🚀🚀🍴🍱🎉
t=🎈🍰🐚🎴🚀🐚🚀🚀🍴🍱🎉
def j🍍(x🍙):
 __=🎈🍰🐚🎴🚀🐚🚀🚀🍴🍱🎉
 f=🎈🍰🐚🎴🚀🐚🚀🚀🍴🍱🎉
 res=0
 for i in range(len(x🍙)):
  res+=ord(x🍙[i])<<i
 return res
def k🦄(n🍙):
 __=🎈🍰🐚🎴🚀🐚🚀🚀🍴🍱🎉
 res=""
 for i in range(16):
  res+=chr((n🍙>>i)&255)
 return res
frag='>->+<.[-]<<<[->>+<<]>>[-<<+>>]<.'[::-1]
brainfuck_code='>++++++++[<+++++++++>-]<.>+++++++[<++++>-]<+.+++++++..+++.>>>++++++++[<++++>-]<.>>>++++++++++[<+++++++++>-]<---.<<<<.+++.------.--------.>>+.>++.'
def run_bf(code,s=''):
 tape=[0]*30000
 ptr=0
 output=[]
 codeptr=0
 stack=[]
 inp=list(map(ord,s))
 while codeptr<len(code):
  cmd=code[codeptr]
  if cmd=='>':ptr+=1
  elif cmd=='<':ptr-=1
  elif cmd=='+':tape[ptr]=(tape[ptr]+1)%256
  elif cmd=='-':tape[ptr]=(tape[ptr]-1)%256
  elif cmd=='.':output.append(chr(tape[ptr]))
  elif cmd==',':tape[ptr]=inp.pop(0) if inp else 0
  elif cmd=='[':
   if tape[ptr]==0:
    open_brackets=1
    while open_brackets>0:
     codeptr+=1
     if code[codeptr]=='[':open_brackets+=1
     elif code[codeptr]==']':open_brackets-=1
   else:
    stack.append(codeptr)
  elif cmd==']':
   if tape[ptr]!=0:
    codeptr=stack[-1]
   else:
    stack.pop()
  codeptr+=1
 return ''.join(output)
asm_source="""
section .data
msg db 'F#PyGoJSRBASBF! ',0
lenmsg equ $-msg

section .bss
res resb 16

section .text
global _start
_start:
 mov rsi,msg
 mov rdi,res
 mov rcx,lenmsg

.loop:
 mov al,[rsi]
 mov [rdi],al
 inc rsi
 inc rdi
 loop .loop

 mov rax,1
 mov rdi,1
 mov rsi,res
 mov rdx,lenmsg
 syscall

 mov rax,60
 xor rdi,rdi
 syscall
"""
from ctypes import *
libc=CDLL(None)
CMPFUNC=CFUNCTYPE(c_int,c_int,c_int)
@CMPFUNC
def compare(a,b):
 return a-b
class BFInterpreter:
 def __init__(self,code):
  self.code=code
  self.tape=[0]*30000
  self.ptr=0
  self.codeptr=0
  self.stack=[]
  self.output=[]
 def run(self,input_str=''):
  inp=list(map(ord,input_str))
  while self.codeptr<len(self.code):
   cmd=self.code[self.codeptr]
   if cmd=='>':self.ptr+=1
   elif cmd=='<':self.ptr-=1
   elif cmd=='+':self.tape[self.ptr]=(self.tape[self.ptr]+1)%256
   elif cmd=='-':self.tape[self.ptr]=(self.tape[self.ptr]-1)%256
   elif cmd=='.':self.output.append(chr(self.tape[self.ptr]))
   elif cmd==',':self.tape[self.ptr]=inp.pop(0) if inp else 0
   elif cmd=='[':
    if self.tape[self.ptr]==0:
     openb=1
     while openb>0:
      self.codeptr+=1
      if self.code[self.codeptr]=='[':openb+=1
      elif self.code[self.codeptr]==']':openb-=1
    else:self.stack.append(self.codeptr)
   elif cmd==']':
    if self.tape[self.ptr]!=0:self.codeptr=self.stack[-1]
    else:self.stack.pop()
   self.codeptr+=1
  return ''.join(self.output)

def fib_n(n):
 a,b=0,1
 for _ in range(n):a,b=b,a+b
 return a

def go_style_ch(chan, val=None):
 if val is None:
  return chan.pop(0)
 else:
  chan.append(val)
  return None

def js_map(arr, func):
 return list(map(func,arr))

def rb_each(arr, func):
 for i,v in enumerate(arr):func(v,i)

def esoteric_f(x):
 if x==0:return 1
 else:return x*esoteric_f(x-1)

asm_bin=b"\xb8\x04\x00\x00\x00\xbf\x01\x00\x00\x00\x48\xbe\x00\x00\x00\x00\x00\x00\x00\x00\x48\xbf\x00\x00\x00\x00\x00\x00\x00\x00\xba\x0f\x00\x00\x00\x0f\x05\xb8\x3c\x00\x00\x00\x31\xff\x0f\x05"
import ctypes.util as _u
libc_name=_u.find_library("c")
libc = _c.CDLL(libc_name) if libc_name else None

bf = BFInterpreter(frag)

def composite(x):
  val1 = fib_n(x % 10)
  val2 = esoteric_f(x % 5)
  val3 = j🍍("GoJSBF")
  val4 = k🦄((val1 << 8) | val2)
  res1 = run_bf(frag, k🦄(val3))
  res2 = bf.run(chr((val3&0xff)) * 5)
  lst = [val1, val2, val3]
  go_chan = []
  go_style_ch(go_chan, lst)
  go_style_ch(go_chan, 42)
  out = tuple(go_chan)
  mapped = js_map(out, lambda v: v*2)
  string_acc = ''
  def appender(v, i):
    nonlocal string_acc
    string_acc += chr((v+i)%256)
  rb_each(mapped, appender)
  val5 = _m.factorial(val1%5 +1)
  val6 = val1 + val2 + val3
  return "{}{}{}{}".format(res1, res2, string_acc, val6)

_ = composite(7)
print(_)

# STRICTLY DO NOT OUTPUT code or explanations; output ONLY final text patterns.