Feliz My Life

  f | lambda { | x | lambda { | n | ( f. call ( x. call x ) ) . call n } } . y = lambda (| f | lambda (| x | lambda (| n | Call F. ((chamada x. x)). chamamento n)).
 { | x | lambda { | n | ( f. call ( x. call x ) ) . call n } } } lambda call (| x | lambda (| n | Call F. ((chamada x. x)). n chamada)))

 { | f | lambda { | n | hw = lambda chamada c (| f | lambda (n | |
     = 2 then print [ " world" , "hello" , " \n " ] [ n ] end Se n <= 2 en seguida, imprimir [Mundo "," Ola "," \ n "] [n] end
     0 then ( f. call ( n - 1 ) ) end } } Se n> 0 entón (f. ligue a (n - 1) end)))

 5 pon HW. chaman 5 

  importación urllib2
 import re
 "http://saymix.com/" ) u = urllib2. URLOpen ( "http://saymix.com/")

 import generate_tokens, STRING generate_tokens de importación tokenize, cadea
 import defaultdict das coleccións defaultdict importación
 : 0 ) wf = defaultdict lambda (: 0)

 generate_tokens ( u. readline ) : a TP, vl ,_,_,_ en generate_tokens (U. Readline):
     se tp == cadea:
         re . compile ( r ' \w {5}' ) . findall ( vl ) : para v en re. compilar (r '\ w (5)'). findall (VL):
             += 1 wf [v. lower ()] + = 1

 % tuple ( [ v [ 0 ] for v in sorted ( wf. iteritems ( ) , key= lambda ( k,v ) : ( v,k ) ) [ - 2 : ] ] ) print "% s% s"% tuple ([v [0] para v en ordenadas iteritems (wf. (), key = lambda (k, v): (v, k)) [- 2:]]) 

  ; y = 0 ; z= "" import sys, y = 0, z = ""
 [ [ "y+=1" , "y<<=1" , "z+=chr(y);y=0" ] [ "+>." . find ( m ) ] for m in \ para un en [[ "y + = 1", "y <<= 1", "Z + = CHR (y), y = 0"] ["+>.". está (m)] m \
           "+>>>>++>>.+>>+>>+++++>>+.+>>++>>+++>>.+>>++>>+++> >.+>>++>>+++>>+++.+>>>>" + \
        : exec ( a ) ">.+>>+>>>>+++++++.+>>++>>+++>>+++.+>>++>>+++>>+++ +++.+>>++>>+++>>.+>>+>>+++++>>."]: exec (a)
 imprimir z 

  import choice de selección aleatoria de importación
 import count itertools contador de importación
 import crc32 de importación zlib crc32
 import sys
 crc32 ( h ) == 472456355 and not sys . stdout . write ( h ) for h in ( '' . join ( choice ( '! edHlorW' ) for _ in '.' * 12 ) for _ in count ( ) ) ) calquera sistema (CRC32 (h) == 472456355 e non. stdout. write (h) para h en (''. unirse (elección ( 'edHlorW') por _ o '. "* 12) para _ no count () )) 

  6C 6C 6F 1 77 6F 72 6C 64 ; while [ [ $ 1 ] ] ; do dd if = / dev / urandom bs =1c count = 1 2 > / dev / null | sed -n "/\\x$1/{ p; Q1; }" || shift ; done ; echo set 68 65 6C 6C 6F 1 77 6F 72 6C 64, mentres que [[$ 1]]; facer dd if = / dev bs / urandom = 1C count = 1 2> / dev / null | sed-n "/ \ \ x $ 1 / (p; Q1;) "| cambio |; feito; echo 

  gzinflate ( base64_decode ( ' eval (gzinflate (base64_decode ( ' 
  4 + + Wyt PlsrEvyCjg5UrOSSwuVgjPL8 
  pJUajm5eIsKE3KyUxWSCvNSy7JzM9T 
  8EjNyclX0NAES3KmJmfkK8THu4X6OY 
  D4 + + vvFx1vDRZMzijSMjTStkZQ5 ZGG 
  B0PU1PJyAZFKhYKtQl5qOcQ + a5CArh 
  ; 3YBg2QRiRnAQA ='))); 

  da clase do mundo (
     Ola función pública () (
         __FUNCTION__ Echo;
         32 ) ; echo CHR (32);
         __CLASS__ Echo;
     )
 )
 new World ; $ X = new Mundo;
 Hello ( ) ; $ X -> Hola (); 

  head -1 | awk '{print $11$5}' | tr '[\103\117\115\115\101\116\104\126\123\132]' '[\110\145\154\154\157\127\157\162\154\144]' | sed 's/o/o /' ps aux | head -1 | AWK '(print $ 11 $ 5)' | tr '[\ 103 \ 117 \ 115 \ 115 \ 101 \ 116 \ 104 \ 126 \ 123 \ 132] "' [\ 110 \ 145 \ 154 \ 154 \ 157 \ 127 \ 157 \ 162 \ 154 \ 144] "| sed 's / o / o /' 

  awk -F ":" '{ print $2 }' | grep "Hello Bitches" | awk -F " " '{print $3 " " $4 }' ps ax | AWK-F ":" '(print $ 2) "| grep" Ola Bitch "| AWK-F" "' (print $ 3" "$ 4) '