Perl e C 6478 1955
#!/usr/bin/perl -i//
$_=<<'rahc';eval $_; #//
print scalar reverse "#!/usr/bin/perl -i//\n\$_=<<'rahc';eval \$_; #//\n${_}rahc\n" #//
__END__
__END__ enifed#
};)"{ = ][cn\rahcn\n\"(p
};)'n\'( rahctup) 1 == 21%b ( fi
;)d(p;)]1-b[c,",d%",)d(foezis,d( ftnirpns{)b--;b;)c(foezis=b( rof
;)c(p;]9[d rahc;b tni{)(niam diov
}};)]1-b[c(rahctup )]1-b[c(fi{)b--;b;)c(nelrts=b(rof;b tni{)c*rahc(p diov
>h.gnirts< edulcni#
>h.oidts< edulcni#
;}
,0
,53,33,74,711,511,411,74,89,501,011,74,211
,101,411,801,23,54,501,74,74,01,63,59,16
,06,06,93,411,79,401,99,93,95,101,811,79
,801,23,63,59,95,23,53,74,74,01,211,411
,501,011,611,23,511,99,79,801,79,411,23,411
,101,811,101,411,511,101,23,43,53,33,74,711
,511,411,74,89,501,011,74,211,101,411,801,23
,54,501,74,74,29,011,29,63,59,16,06,06
,93,411,79,401,99,93,95,101,811,79,801,23
,29,63,59,95,23,53,74,74,29,011,63,321
,59,521,411,79,401,99,29,011,43,23,53,74
,74,01,59,59,96,87,86,59,59,01,59,59
,96,87,86,59,59,23,101,011,501,201,101,001
,53,01,521,95,14,43,321,23,16,23,39,19
,99,011,29,411,79,401,99,011,29,011,29,43
,04,211,01,521,95,14,93,011,29,93,04,23
,411,79,401,99,611,711,211,14,23,94,23,16
,16,23,05,94,73,89,23,04,23,201,501,01
,95,14,001,04,211,95,14,39,94,54,89,19
,99,44,43,44,001,73,43,44,14,001,04,201
,111,101,221,501,511,44,001,04,23,201,611,011
,501,411,211,011,511,321,14,89,54,54,95,89
,95,14,99,04,201,111,101,221,501,511,16,89
,04,23,411,111,201,01,95,14,99,04,211,95
,39,75,19,001,23,411,79,401,99,95,89,23
,611,011,501,321,14,04,011,501,79,901,23,001
,501,111,811,01,521,521,95,14,39,94,54,89
,19,99,04,411,79,401,99,611,711,211,23,14
,39,94,54,89,19,99,04,201,501,321,14,89
,54,54,95,89,95,14,99,04,011,101,801,411
,611,511,16,89,04,411,111,201,95,89,23,611
,011,501,321,14,99,24,411,79,401,99,04,211
,23,001,501,111,811,01,26,401,64,301,011,501
,411,611,511,06,23,101,001,711,801,99,011,501
,53,01,26,401,64,111,501,001,611,511,06,23
,101,001,711,801,99,011,501,53,01,95,521,01
{ = ][c
rahc
Editar:
Breve explicação: do perl, as duas linhas interessantes são a segunda e a terceira. A segunda linha possui duas instruções, a primeira das quais lê o restante do documento em uma string. O segundo avalia a corda. A terceira linha imprime tudo ao contrário. tudo o mais é ignorado. do lado c, você tem uma matriz que possui o programa como uma sequência, que é impressa como uma matriz e uma sequência, e o restante é um comentário.
eval(eval(eval(eval(eval(eval(eval(eval(eval(p)))))))))