StringEncrypt WebAPI
1.0.0
A página StringEncrypt permite criptografar strings e arquivos usando algoritmo gerado aleatoriamente, gerando um código de descriptografia exclusivo (o chamado código polimórfico ) cada vez na linguagem de programação selecionada.
https://www.stringenCrypt.com
Sou desenvolvedor, adoro programar. Eu também sou um ávido engenheiro reverso. Eu realizo uma ampla variedade de análises de software em meu trabalho diário e, às vezes, encontro coisas em aplicativos compilados que não devem ser expostos à primeira pessoa com um simples editor de hexadecipal na mão.
Tudo! Listei alguns exemplos das coisas que encontrei abaixo. Às vezes, essas coisas nem devem ser incluídas nas aplicações (elas estão lá devido a más opções de design ou trabalho apressado), mas alguns simplesmente não podem ser evitados.
Pergunte a si mesmo, você já colocou algum conteúdo sensível em seu software que mais tarde se arrepende?
Se alguma dessas coisas caísse nas mãos erradas , elas poderiam ser usadas para comprometer seu software ou sua infraestrutura.
Tomemos, por exemplo, senhas de banco de dados. Eles podem ser usados por um concorrente para visualizar sua estrutura de banco de dados ou despejar todo o seu conteúdo. Você não quer perder todo o seu trabalho árduo apenas porque alguém com um editor hexágono pode descobrir sua senha em texto simples.
Decidi criar um serviço simples chamado String Encrypt para desenvolvedores, oferecendo criptografia rápida de string e arquivo sem a necessidade de escrever ferramentas de criptografia personalizadas repetidamente, porque fiz isso muitas vezes.
O String Encrypt pode ajudá-lo a esconder as coisas que não devem ser visíveis à primeira vista para ninguém com um editor hexágono.
Você pode usar todos os recursos do StringEncrypt por meio da nossa interface da API da Web.
Nossa API é baseada em solicitações de postagem e resposta codificada por JSON.
Em nosso exemplo PHP, primeiro você deve configurar a matriz de configuração $ options = Array ();, especifique o comando da API para executar e chamar a função StringEncrypt () que retornará a matriz de resultado $.
Atualmente, apoiamos apenas 2 comandos:
<?php
////////////////////////////////////////////////////////////////////////////////
//
// StringEncrypt.com Web API usage example
//
// Version : v1.3
// Language : PHP
// Author : Bartosz Wójcik
// Web page : https://www.stringencrypt.com
//
////////////////////////////////////////////////////////////////////////////////
// include main library
include ( " stringencrypt.php " );
//
// setup options
//
$ options = array ();
//
// activation code, you can leave it empty for demo version, but keep in
// mind that there are many limitations in demo version)
//
$ options [ " code " ] = "" ;
//
// API command to execute
//
// "encrypt" - encrypt input string or file bytes, returns array of:
//
// $result["error"] - error code
// $result["source"] - decryptor source code
// $result["expired"] - activation code expiration flag (bool)
// $result["credits_left"] - number of credits left
//
// "is_demo" - checks current activation code and returns array of:
//
// $result["demo"] - demo mode flag (bool)
// $result["label_limit"] - label limit length
// $result["string_limit"] - string/file limit lenght
// $result["credits_left"] - number of credits left
// $result["cmd_min"] - minimum number of encryption commands
// $result["cmd_max"] - maximum number of encryption commands
$ options [ " command " ] = " encrypt " ;
//$options["command"] = "is_demo";
//
// label name
//
// demo mode supports up to 6 chars only (64 in full version),
// if you pass more than this number, service will return
// ERROR_LENGTH_LABEL
//
$ options [ " label " ] = " Label " ;
//
// input string / raw bytes compression enabled, if you set it to
// true, you need to compress input string / raw bytes eg.
//
// $compressed = @base64_encode(@gzcompress($string, 9)
//
// and after encryption you need to decompress encrypted data
//
// $decompressed = @gzuncompress(@base64_decode($source));
//
$ options [ " compression " ] = false ;
//$options["compression"] = true;
//
// input string in UTF-8 format
//
// demo mode supports up to 6 chars only, if you pass more
// than that, service will return ERROR_LENGTH_STRING
//
$ options [ " string " ] = " Hello! " ;
//$options["string"] = @base64_encode(@gzcompress("Hello!", 9));
//
// raw data bytes to encrypt (you need to specify either
// $options["string"] or this value
//
// demo mode doesn't support this parameter and the service
// will return ERROR_DEMO
//
//$options["bytes"] = file_get_contents("my_file.txt");
//$options["bytes"] = file_get_contents("http://www.example.com/my_file.txt");
//$options["bytes"] = @base64_encode(@gzcompress(file_get_contents("my_file.txt"), 9));
//
// treat input string as a UNICODE string (ANSI otherwise)
//
$ options [ " unicode " ] = true ;
//
// input string default locale (only those listed below
// are supported currently)
//
$ options [ " lang_locale " ] = " en_US.utf8 " ;
//$options["lang_locale"] = "en_GB.utf8";
//$options["lang_locale"] = "de_DE.utf8";
//$options["lang_locale"] = "es_ES.utf8";
//$options["lang_locale"] = "fr_BE.utf8";
//$options["lang_locale"] = "fr_FR.utf8";
//$options["lang_locale"] = "pl_PL.utf8";
//
// how to encode new lines, available values:
//
// "lf" - Unix style
// "crlf" - Windows style
// "cr" - Mac style
//
$ options [ " new_lines " ] = " lf " ;
//$options["new_lines"] = "crlf";
//$options["new_lines"] = "cr";
//
// destination ANSI string encoding (if unicode = false)
//
// only those listed below are supported
//
$ options [ " ansi_encoding " ] = " WINDOWS-1250 " ;
//$options["ansi_encoding"] = "WINDOWS-1251";
//$options["ansi_encoding"] = "WINDOWS-1252";
//$options["ansi_encoding"] = "WINDOWS-1253";
//$options["ansi_encoding"] = "WINDOWS-1254";
//$options["ansi_encoding"] = "WINDOWS-1255";
//$options["ansi_encoding"] = "WINDOWS-1256";
//$options["ansi_encoding"] = "WINDOWS-1257";
//$options["ansi_encoding"] = "WINDOWS-1258";
//$options["ansi_encoding"] = "ISO-8859-1";
//$options["ansi_encoding"] = "ISO-8859-2";
//$options["ansi_encoding"] = "ISO-8859-3";
//$options["ansi_encoding"] = "ISO-8859-9";
//$options["ansi_encoding"] = "ISO-8859-10";
//$options["ansi_encoding"] = "ISO-8859-14";
//$options["ansi_encoding"] = "ISO-8859-15";
//$options["ansi_encoding"] = "ISO-8859-16";
//
// output programming language
//
// only those listed below are supported, if you pass
// other name, service will return ERROR_INVALID_LANG
//
$ options [ " lang " ] = " cpp " ;
//$options["lang"] = "csharp";
//$options["lang"] = "vbnet";
//$options["lang"] = "delphi";
//$options["lang"] = "java";
//$options["lang"] = "js";
//$options["lang"] = "python";
//$options["lang"] = "ruby";
//$options["lang"] = "autoit";
//$options["lang"] = "powershell";
//$options["lang"] = "haskell";
//$options["lang"] = "masm";
//$options["lang"] = "fasm";
//
// minimum number of encryption commands
//
// demo mode supports only up to 3 commands (50 in full version),
// if you pass more than this number, service will return
// ERROR_CMD_MIN
//
$ options [ " cmd_min " ] = 1 ;
//$options["cmd_min"] = 1;
//
// maximum number of encryption commands
//
// demo mode supports only up to 3 commands (50 in full version),
// if you pass more than this number, service will return
// ERROR_CMD_MAX
//
$ options [ " cmd_max " ] = 3 ;
//$options["cmd_max"] = 50;
//
// store encrypted string as a local variable (if supported
// by the programming language), otherwise it's stored as
// a global variable
//
$ options [ " local " ] = false ;
//$options["local"] = true;
//
// encrypt string or file contents
//
$ result = stringencrypt ( $ options );
if ( $ result != false )
{
if ( $ result [ " error " ] == ERROR_SUCCESS )
{
// if compression was enabled, we need to
// decompress the output source code
if ( $ options [ " compression " ] == true )
{
$ source = @ gzuncompress (@ base64_decode ( $ source ));
}
else
{
$ source = $ result [ " source " ];
}
// display decryptor body
echo " <pre> " . $ source . " </pre> " ;
// display number of credits left
echo " <p>You have { $ result [ ' credits_left ' ]} credits left.</p> " ;
// display initial number of credits
echo " <p>Initial number of credits { $ result [ ' credits_total ' ]} .</p> " ;
// activation code has expired, notify user
if ( $ result [ " expired " ] == true )
{
echo " <p>Your activation code has expired!</p> " ;
}
}
else
{
echo " An error occured (code " . $ result [ " error " ]. " ) " ;
}
}
else
{
echo " Cannot connect to the API interface! " ;
}
?> Este exemplo mostra como obter informações sobre o código de ativação atual e seus recursos.
<?php
////////////////////////////////////////////////////////////////////////////////
//
// StringEncrypt.com Web API usage example
//
// Version : v1.2
// Language : PHP
// Author : Bartosz Wójcik
// Web page : https://www.stringencrypt.com
//
////////////////////////////////////////////////////////////////////////////////
// include main library
include ( " stringencrypt.php " );
//
// setup options
//
$ options = array ();
//
// activation code, you can leave it empty for demo version, but keep in
// mind that in demo versions there are many limitations)
//
$ options [ " code " ] = "" ;
//
// API command to execute
//
// "encrypt" - encrypt input string or file bytes, returns array of:
//
// $result["error"] - error code
// $result["source"] - decryptor source code
// $result["expired"] - activation code expiration flag (bool)
// $result["credits_left"] - number of credits left
//
// "is_demo" - checks current activation code and returns array of:
//
// $result["demo"] - demo mode flag (bool)
// $result["label_limit"] - label limit length
// $result["string_limit"] - string/file limit lenght
// $result["credits_left"] - number of credits left
// $result["cmd_min"] - minimum number of encryption commands
// $result["cmd_max"] - maximum number of encryption commands
//$options["command"] = "encrypt";
$ options [ " command " ] = " is_demo " ;
//
// execute API command
//
$ result = stringencrypt ( $ options );
if ( $ result != false )
{
if ( $ result [ " demo " ] == true )
{
echo " <p>You are running in DEMO mode</p> " ;
}
else
{
echo " <p>You are running in FULL mode</p> " ;
// display number of credits left
echo " <p>You have { $ result [ ' credits_left ' ]} credits left.</p> " ;
// display initial number of credits
echo " <p>Initial number of credits { $ result [ ' credits_total ' ]} .</p> " ;
}
echo " <p>Label max. length { $ result [ ' label_limit ' ]} characters</p> " ;
echo " <p>String/file max. length { $ result [ ' string_limit ' ]} characters</p> " ;
echo " <p>Minimum number of encryption commands { $ result [ ' cmd_min ' ]} </p> " ;
echo " <p>Maximum number of encryption commands { $ result [ ' cmd_max ' ]} </p> " ;
}
else
{
echo " Cannot connect to the API interface! " ;
}
?> O String Encrypt é bem simples, mas tem algumas coisas que você pode estar interessado em usar.
Eu gosto de simplicidade e criptografia de cordas é muito simples de usar. Tudo que você precisa fazer é:
O String Encrypt usa o código de criptografia aleatório para cada string e o resultado da amostra pode ser assim para o seguinte conjunto suportado de linguagens de programação.
Eu tentei cobrir a maioria das linguagens de programação populares e algumas das minhas favoritas (como MASM). Se você precisar de outra coisa - entre em contato comigo.
// encrypted with https://www.stringencrypt.com (v1.3.0) [C/C++]
// wszLabel = "C/C++ String Encryption"
wchar_t wszLabel[ 24 ] = { 0x5ADA , 0x6C21 , 0x5A24 , 0x6DEF , 0x6DFE , 0x74C5 , 0x5240 , 0x428B ,
0x4382 , 0x4F69 , 0x4CDC , 0x4827 , 0x73A6 , 0x598D , 0x4CF8 , 0x4A43 ,
0x40AA , 0x3FB1 , 0x4D34 , 0x42DF , 0x474E , 0x42D5 , 0x4C50 , 0x8514 };
for ( unsigned int JTIif = 0 , ktTcs = 0 ; JTIif < 24 ; JTIif++)
{
ktTcs = wszLabel[JTIif];
ktTcs ^= JTIif;
ktTcs ++;
ktTcs += JTIif;
ktTcs ^= JTIif;
ktTcs = (((ktTcs & 0xFFFF ) >> 3 ) | (ktTcs << 13 )) & 0xFFFF ;
ktTcs = ~ktTcs;
ktTcs += JTIif;
ktTcs = (((ktTcs & 0xFFFF ) >> 1 ) | (ktTcs << 15 )) & 0xFFFF ;
ktTcs = ~ktTcs;
ktTcs += JTIif;
ktTcs ^= 0xB7B5 ;
ktTcs += JTIif;
ktTcs ^= JTIif;
ktTcs -= JTIif;
ktTcs = ((ktTcs << 13 ) | ( (ktTcs & 0xFFFF ) >> 3 )) & 0xFFFF ;
wszLabel[JTIif] = ktTcs;
}
wprintf (wszLabel); // encrypted with https://www.stringencrypt.com (v1.3.0) [C#]
// superSecretString = "Easy encryption in C#"
String superSecretString = " u6B56 uA14A u834B u954C uD95A uB14E u814F u595D " +
" u9551 u8152 u9553 uBF54 u5B62 u9556 u9157 u2F65 " +
" u5366 u9F5A uC568 u0169 uFF6A " ;
for ( int XBasD = 0 , Dbzej = 0 ; XBasD < 21 ; XBasD ++ )
{
Dbzej = superSecretString [ XBasD ] ;
Dbzej -= XBasD ;
Dbzej = ( ( Dbzej << 8 ) | ( ( Dbzej & 0xFFFF ) >> 8 ) ) & 0xFFFF ;
Dbzej ^= 0xF9A1 ;
Dbzej = ( ( ( Dbzej & 0xFFFF ) >> 1 ) | ( Dbzej << 15 ) ) & 0xFFFF ;
Dbzej -= 0xA3CC ;
Dbzej ^= XBasD ;
Dbzej += 0x4C2C ;
superSecretString = superSecretString . Substring ( 0 , XBasD ) + ( char ) ( Dbzej & 0xFFFF ) + superSecretString . Substring ( XBasD + 1 ) ;
}
MessageBox . Show ( superSecretString ) ; ' encrypted with https://www.stringencrypt.com (v1.3.0) [Visual Basic .NET]
' EncryptedString = "Visual Basic .NET string encryption"
Dim epTlz() As Integer = { &H8ED9 , &H3BD9 , &HF1D8 , &HAFD8 , &H63D8 , &H38D8 , &H44D8 , &HC2D7 ,
&H85D7 , &H33D7 , &HFDD6 , &HA3D6 , &HC4D6 , &H76D6 , &H16D6 , &HC1D5 ,
&H90D5 , &H84D5 , &HF1D4 , &HB0D4 , &H76D4 , &H3FD4 , &HFAD3 , &HBDD3 ,
&HC4D3 , &H21D3 , &HFAD2 , &HC7D2 , &H76D2 , &H2DD2 , &HF4D1 , &HB0D1 ,
&H63D1 , &H35D1 , &HF6D0 }
Dim EncryptedString As String
Dim BePuQ As Integer
Dim blvjn As Integer
For blvjn = 0 To 34
BePuQ = epTlz(blvjn)
BePuQ -= 1
BePuQ = (((BePuQ And &HFFFF ) >> 13 ) Or (BePuQ << 3 )) And &HFFFF
BePuQ += blvjn
BePuQ -= &HF74C
BePuQ += blvjn
BePuQ -= &H2E7B
BePuQ = (((BePuQ And &HFFFF ) >> 8 ) Or (BePuQ << 8 )) And &HFFFF
BePuQ = Not BePuQ
BePuQ = BePuQ Xor blvjn
BePuQ += 1
BePuQ += blvjn
BePuQ = ((BePuQ << 13 ) Or ( (BePuQ And &HFFFF ) >> 3 )) And &HFFFF
EncryptedString = EncryptedString + ChrW(BePuQ And &HFFFF )
Next blvjn
MessageBox.Show(EncryptedString) // encrypted with https://www.stringencrypt.com (v1.3.0) [Delphi / Pascal]
var
// mySecret = "Delphi is awesome!"
mySecret: array [ 0 .. 19 ] of WideChar;
EPmwd: Integer;
ZHnps: Integer;
begin
mySecret[ 16 ] := WideChar($C22E); mySecret[ 5 ] := WideChar($C1FA);
mySecret[ 7 ] := WideChar($C206); mySecret[ 8 ] := WideChar($C208);
mySecret[ 10 ] := WideChar($C1FA); mySecret[ 4 ] := WideChar($C1FB);
mySecret[ 9 ] := WideChar($C1AD); mySecret[ 17 ] := WideChar($C1EA);
mySecret[ 2 ] := WideChar($C1FB); mySecret[ 11 ] := WideChar($C1BC);
mySecret[ 3 ] := WideChar($C1FD); mySecret[ 6 ] := WideChar($C1BF);
mySecret[ 15 ] := WideChar($C202); mySecret[ 0 ] := WideChar($C18F);
mySecret[ 1 ] := WideChar($C1EE); mySecret[ 12 ] := WideChar($C206);
mySecret[ 18 ] := WideChar($C28F); mySecret[ 14 ] := WideChar($C200);
mySecret[ 13 ] := WideChar($C1B8);
for ZHnps := 0 to 19 do
begin
EPmwd := Ord(mySecret[ZHnps]);
EPmwd := EPmwd - ZHnps;
EPmwd := EPmwd - $01BE;
EPmwd := not EPmwd;
EPmwd := EPmwd + $2D7A;
EPmwd := EPmwd - ZHnps;
EPmwd := EPmwd xor ZHnps;
EPmwd := EPmwd + $004B;
EPmwd := EPmwd xor ZHnps;
EPmwd := EPmwd + ZHnps;
Inc(EPmwd);
EPmwd := EPmwd xor $EB5C;
EPmwd := EPmwd + $799C;
EPmwd := EPmwd xor ZHnps;
mySecret[ZHnps] := WideChar(EPmwd);
end ;
ShowMessage(mySecret); // encrypted with https://www.stringencrypt.com (v1.3.0) [Java]
// myJavaPassword = "Very secret password! QWERTY"
String myJavaPassword = "" ;
int JbeMY [] = { 0x0434 , 0x842C , 0x0426 , 0x8422 , 0x03CD , 0x8423 , 0x842C , 0x842B ,
0x0416 , 0x843C , 0x0413 , 0x03DD , 0x0415 , 0x843E , 0x8413 , 0x8413 ,
0x8421 , 0x8425 , 0x0426 , 0x040B , 0x83AE , 0x03AD , 0x8436 , 0x8431 ,
0x83CC , 0x0406 , 0x0403 , 0x8402 };
for ( int zuLRG = 0 , tnYzy = 0 ; zuLRG < 28 ; zuLRG ++)
{
tnYzy = JbeMY [ zuLRG ];
tnYzy --;
tnYzy ^= zuLRG ;
tnYzy += 0x99C8 ;
tnYzy ^= zuLRG ;
tnYzy ^= 0x95C1 ;
tnYzy = ((( tnYzy & 0xFFFF ) >> 15 ) | ( tnYzy << 1 )) & 0xFFFF ;
tnYzy --;
tnYzy ^= 0xFFFF ;
tnYzy += 0x10CA ;
myJavaPassword = myJavaPassword + ( char )( tnYzy & 0xFFFF );
}
System . out . println ( myJavaPassword ); < script type = "text/javascript" >
// encrypted with https://www.stringencrypt.com (v1.3.0) [JavaScript]
// hiddenJavaScriptString = "How to encrypt string in JavaScript? That's how!"
var hiddenJavaScriptString = "x8CxB4x4Ex5Bx4AxD4x07xBCxB4xC4x52x7Ex1Ax72xE7xB6" +
"xDAxDAx88x67xF8x5Cx67x49x50xB9x47xFAx1DxEDx2Dx39" +
"x8Dx21x57x66xA0xB1xA9x8Dx5FxF0x53x9Cx7Ax1ExC3xF0";
for (var oBFEi = 0, hFSrA = 0; oBFEi < 48 ; oBFEi ++ )
{
hFSrA = hiddenJavaScriptString . charCodeAt ( oBFEi ) ;
hFSrA = ( ( hFSrA << 1 ) | ( ( hFSrA & 0xFF ) >> 7 ) ) & 0xFF ;
hFSrA += 0x9E ;
hFSrA = ( ( hFSrA << 6 ) | ( ( hFSrA & 0xFF ) >> 2 ) ) & 0xFF ;
hFSrA ^= oBFEi ;
hFSrA -= oBFEi ;
hFSrA ^= 0xFF ;
hFSrA = ( ( ( hFSrA & 0xFF ) >> 6 ) | ( hFSrA << 2 ) ) & 0xFF ;
hFSrA ^= 0xC3 ;
hFSrA = ( ( hFSrA << 4 ) | ( ( hFSrA & 0xFF ) >> 4 ) ) & 0xFF ;
hFSrA += 0xD1 ;
hFSrA -= oBFEi ;
hFSrA += 0x0B ;
hFSrA ^= 0xD8 ;
hFSrA = ( ( ( hFSrA & 0xFF ) >> 7 ) | ( hFSrA << 1 ) ) & 0xFF ;
hFSrA += 0xB0 ;
hiddenJavaScriptString = hiddenJavaScriptString . substr ( 0 , oBFEi ) + String . fromCharCode ( hFSrA & 0xFF ) + hiddenJavaScriptString . substr ( oBFEi + 1 ) ;
}
alert ( hiddenJavaScriptString ) ;
</ script > # encrypted with https://www.stringencrypt.com (v1.3.0) [Python]
# cute_wabbit = "A little girl goes into a pet show and asks for a wabbit... http..."
cute_wabbit = [ 0x1005 , 0x4004 , 0x4005 , 0x5006 , 0x4003 , 0x0004 , 0x4002 , 0x9001 ,
0x0009 , 0x300E , 0x100F , 0xE00F , 0xC00A , 0x400D , 0xF00C , 0x300B ,
0x5013 , 0x7013 , 0x8015 , 0x5012 , 0xE018 , 0x0018 , 0x7016 , 0xC011 ,
0x1019 , 0x401E , 0x801C , 0x901C , 0x401D , 0x4019 , 0xB01F , 0x401F ,
0xF02F , 0x302F , 0x8029 , 0xD02E , 0xE02C , 0x002B , 0x802E , 0xD029 ,
0x3026 , 0xF026 , 0xB028 , 0xC024 , 0x6022 , 0xB021 , 0xA023 , 0xC027 ,
0x103B , 0x4040 , 0xF03A , 0xD03A , 0x2040 , 0x603F , 0x103E , 0x803E ,
0xE035 , 0xA036 , 0x6037 , 0xC038 , 0x8036 , 0x0036 , 0xC037 , 0xC038 ,
0x3058 , 0xE053 , 0x7051 , 0x3052 , 0x7053 , 0x3054 , 0xF051 , 0x2055 ,
0x005E , 0xD05D , 0xC060 , 0x4060 , 0xF05A , 0xA059 , 0x6060 , 0x305B ,
0x2044 , 0x3044 , 0x7045 , 0x8042 , 0xF048 , 0x7047 , 0x7042 , 0x4045 ,
0x504A , 0x904A , 0x704B , 0xE04B , 0xF04A , 0x7049 , 0xB050 , 0x9050 ,
0x4080 , 0x1080 , 0x5079 , 0xB07D , 0x107C , 0x607B , 0xA07A , 0x5079 ,
0x4076 ]
for wEzdt in range ( 105 ):
zWqET = cute_wabbit [ wEzdt ]
zWqET -= 1
zWqET ^= wEzdt
zWqET = ((( zWqET & 0xFFFF ) >> 14 ) | ( zWqET << 2 )) & 0xFFFF
zWqET ^= wEzdt
zWqET = ((( zWqET & 0xFFFF ) >> 14 ) | ( zWqET << 2 )) & 0xFFFF
cute_wabbit [ wEzdt ] = zWqET
cute_wabbit = '' . join ( chr ( zWqET & 0xFFFF ) for zWqET in cute_wabbit )
del wEzdt , zWqET
print ( cute_wabbit ) # encrypted with https://www.stringencrypt.com (v1.3.0) [Ruby]
# ruby = "Ruby on rails"
ruby = " u68EA u60A2 u78C6 u7096 u4946 u40A6 u58A6 u5140 u287A u209A u38C8 u30C0 u0870 "
ruby . codepoints . each_with_index do | komgu , rydut |
komgu = ( ( komgu << 5 ) | ( ( komgu & 0xFFFF ) >> 11 ) ) & 0xFFFF
komgu ^= rydut
komgu = ( ( ( komgu & 0xFFFF ) >> 6 ) | ( komgu << 10 ) ) & 0xFFFF
komgu += rydut
komgu -= 0x34D0
komgu ^= rydut
komgu = ( ( komgu << 13 ) | ( ( komgu & 0xFFFF ) >> 3 ) ) & 0xFFFF
komgu = ~ komgu
komgu -= 1
komgu = ( ( komgu << 3 ) | ( ( komgu & 0xFFFF ) >> 13 ) ) & 0xFFFF
komgu ^= rydut
ruby [ rydut ] = [ komgu & 0xFFFF ] . pack ( 'U' ) . force_encoding ( 'UTF-8' )
end
puts ruby ```autoit
; encrypted with https://www.stringencrypt.com (v1.3.0) [AutoIt]
#include < Array.au3 >
; $autoit_obfuscator = "We got it too https://www.pelock.com/products/autoit-obfuscator"
Global $autoit_obfuscator [ 64 ] = [ 0xD440 , 0xCD01 , 0xEF42 , 0xCC83 , 0xC944 , 0xC485 , 0xEE46 , 0xCA87 , _
0xC7C8 , 0xED89 , 0xC74A , 0xCA8B , 0xCB4C , 0xEC8D , 0xC84E , 0xC60F , _
0xC1D0 , 0xC391 , 0xC2D2 , 0xE613 , 0xED54 , 0xED15 , 0xC1D6 , 0xC197 , _
0xC258 , 0xEE99 , 0xC15A , 0xCB9B , 0xCEDC , 0xCF1D , 0xC9DE , 0xCD9F , _
0xE0E0 , 0xC621 , 0xC0E2 , 0xC1A3 , 0xE164 , 0xCEA5 , 0xCF66 , 0xC1A7 , _
0xC7E8 , 0xCF29 , 0xC4EA , 0xCF2B , 0xCD6C , 0xE32D , 0xC4EE , 0xCEAF , _
0xC9F0 , 0xC431 , 0xC7F2 , 0xC933 , 0xE474 , 0xC535 , 0xC376 , 0xC137 , _
0xCB78 , 0xC839 , 0xC0FA , 0xC1BB , 0xCAFC , 0xC73D , 0xC97E , 0xF03F ]
For $PxWtE = 0 to 63
$eUOPa = $autoit_obfuscator [ $PxWtE ]
$eUOPa = BitXOR ( $eUOPa , $PxWtE )
$eUOPa = $eUOPa - 1
$eUOPa = BitRotate ( $eUOPa , 10 , " W " )
$eUOPa = $eUOPa + 1
$eUOPa = BitXOR ( $eUOPa , $PxWtE )
$eUOPa = BitNOT ( $eUOPa )
$eUOPa = BitRotate ( $eUOPa , 15 , " W " )
$autoit_obfuscator [ $PxWtE ] = ChrW ( BitAND ( $eUOPa , 0xFFFF ))
Next
$autoit_obfuscator = _ArrayToString( $autoit_obfuscator , " " )
ConsoleWrite ( $autoit_obfuscator ) # encrypted with https://www.stringencrypt.com (v1.3.0) [PowerShell]
# $Label = "Well, it has some interesting syntax!"
[ uint16 []] $pYeOS = 0x5654 , 0x5651 , 0x1650 , 0x9650 , 0x1661 , 0x9664 , 0xD652 , 0x9650 ,
0x1666 , 0x9654 , 0xD656 , 0xD652 , 0x1668 , 0xD653 , 0x5655 , 0x5656 ,
0xD658 , 0x966A , 0xD658 , 0x1658 , 0x1657 , 0x565B , 0x9658 , 0x565C ,
0x5659 , 0x9659 , 0xD65C , 0x165C , 0x565E , 0x9670 , 0x565C , 0x565B ,
0x965E , 0x965D , 0xD662 , 0x965D , 0xD673
[ string ] $Label = " "
for ( $TPYSL = 0 ; $TPYSL -lt 37 ; $TPYSL ++ )
{
$kqSuK = $pYeOS [ $TPYSL ]
$kqSuK = -bnot $kqSuK
$kqSuK = (( $kqSuK -shl 7 ) -bor ( ( $kqSuK -band 0xFFFF ) -shr 9 )) -band 0xFFFF
$kqSuK += 1
$kqSuK = ((( $kqSuK -band 0xFFFF ) -shr 5 ) -bor ( $kqSuK -shl 11 )) -band 0xFFFF
$kqSuK += $TPYSL
$kqSuK -= 1
$kqSuK += $TPYSL
$kqSuK -= 0xAE56
$Label += [ char ]( $kqSuK -band 0xFFFF )
}
Write-Host $Label -- encrypted with https://www.stringencrypt.com (v1.3.0) [Haskell]
module Main where
import qualified Data.Char
import qualified Data.Bits
main = do
putStrLn $ gimmeh
-- gimmeh = "Monads! I need more Monads!"
gimmeh = zipWith f [ 0 .. ] [ 0x40 , 0x7F , 0x61 , 0x53 , 0x6D , 0x67 , 0x96 , 0x96 ,
0x4C , 0x98 , 0x69 , 0x47 , 0x44 , 0x40 , 0x9F , 0x4B ,
0x4E , 0x6E , 0xBE , 0x82 , 0x94 , 0xB3 , 0xB5 , 0x47 ,
0xB1 , 0xA3 , 0x8A ]
where
f vpkqq ujzsd = let wcufe0 = ujzsd
wcufe1 = wcufe0 `Data.Bits.xor` 0xB0
wcufe2 = Data.Bits. complement wcufe1
wcufe3 = wcufe2 - 0xD0
wcufe4 = Data.Bits. complement wcufe3
wcufe5 = wcufe4 - 0x0E
wcufe6 = wcufe5 - vpkqq
wcufe7 = wcufe6 `Data.Bits.xor` vpkqq
wcufe8 = wcufe7 - vpkqq
wcufe9 = Data.Bits. complement wcufe8
in Data.Char. chr (wcufe9 Data.Bits. .&. 0xFF ) ; encrypted with https://www.stringencrypt.com (v1.3.0) [MASM Assembler (32 bit)]
.data
; szMyGoodOldFriend = "I will be always here :)"
szMyGoodOldFr iend dw 0BD37h , 0BD4Bh , 0BD63h , 0BD14h , 0BD0Ch , 0BD13h , 0BD4Eh , 0BD17h
dw 0BD13h , 0BD53h , 0BD15h , 0BD55h , 0BCE9h , 0BD5Ah , 0BCF1h , 0BCE2h
dw 0BC94h , 0BD63h , 0BD59h , 0BCB3h , 0BD5Fh , 0BC9Fh , 0BCF8h , 0BCA8h
dw 0BD3Ch
.code
mov ecx , offset szMyGoodOldFr iend
mov edx , 25
and eax , 0
@@:
mov bx , word ptr [ ecx + eax ]
not ebx
sub ebx , eax
not ebx
xor ebx , 02C59h
sub ebx , 0DFB5h
add ebx , eax
not ebx
add ebx , 061C5h
xor ebx , 04FBCh
dec ebx
add ebx , eax
not ebx
mov word ptr [ ecx + eax ], bx
inc eax
dec edx
jne @b
push 0
push ecx
push ecx
push 0
call MessageBoxW ; encrypted with https://www.stringencrypt.com (v1.3.0) [FASM Assembler (32 bit)]
; szFasm = "Hi Tomek Grysztar :)"
local szFasm [ 21 ] :BYTE
lea edx , [ szFasm ]
mov byte [ edx + 8 ], 0D6h
mov byte [ edx + 9 ], 0F5h
mov byte [ edx + 5 ], 09Fh
mov byte [ edx + 0 ], 0EEh
mov byte [ edx + 3 ], 084h
mov byte [ edx + 2 ], 0E2h
mov byte [ edx + 16 ], 08Ch
mov byte [ edx + 19 ], 0FBh
mov byte [ edx + 10 ], 0A4h
mov byte [ edx + 7 ], 09Dh
mov byte [ edx + 18 ], 0FCh
mov byte [ edx + 17 ], 094h
mov byte [ edx + 4 ], 0ADh
mov byte [ edx + 6 ], 0A7h
mov byte [ edx + 11 ], 0BBh
mov byte [ edx + 12 ], 0A1h
mov byte [ edx + 15 ], 0ABh
mov byte [ edx + 14 ], 0BEh
mov byte [ edx + 20 ], 0FEh
mov byte [ edx + 13 ], 0AAh
mov byte [ edx + 1 ], 093h
mov eax , 21
sub ebx , ebx
@@:
mov cl , byte [ edx + ebx ]
xor ecx , ebx
dec ecx
xor ecx , 043h
not ecx
add ecx , 015h
xor ecx , ebx
add ecx , ebx
add ecx , 055h
xor ecx , ebx
xor ecx , 029h
xor ecx , ebx
xor ecx , 034h
xor ecx , ebx
xor ecx , 0EFh
dec ecx
mov byte [ edx + ebx ], cl
inc ebx
dec eax
jne @b
push 0
push edx
push edx
push 0
call [ MessageBoxA ]Espero que gostem e experimentem pelo menos :)
Bartosz Wójcik https://www.pelock.com
