Кто-нибудь может расшифровать следущий текст?

A78115C0380328A913CE68D6F0015AC576770E3BBF07B57F5ED9F321B64E2332D18FA0736121803DAC5FA9E80D4B419D - это зашифрованный текст !!!! Ключ 12345, использовали алгоритм 3DES!!!
бля, тому кто расшифрует ставлю пиво!!!

Da realjno, etih dannih vrode hvatajet :)))

AleXa_ - не пе@ите :)))))))))

KaKTyCC - не о том думаешъ!

WhiteBlack - ну вот, ключик есть - вперёёёёёёД ))))

KaKTyCC- давай, включай мозг :)))))))0

he he

public class Example {

     static {

            try {
                
                System.loadLibrary("chilkat");
            } catch (UnsatisfiedLinkError e) {
              System.err.println("Native code library failed to load.\n" + e);
              System.exit(1);
            }
          }
    
          public static void main(String argv[])
          {
            CkCrypt2 crypt = new CkCrypt2();

            boolean success;
            success = crypt.UnlockComponent("Anything for 30-day trial");
            if (success != true) {
                //  Unlock failed.
                System.out.println(crypt.lastErrorText());
                return;
            }

            //  To get 3DES, set the algorithm = "des", and the
            //  key length to 168 bits:
            crypt.put_CryptAlgorithm("des");
            crypt.put_KeyLength(168);

            //  The encrypted output will be a hex-encoded string.
            //  It is also possible to use "base64", "url" (for url-encoding), and other modes.
            crypt.put_EncodingMode("hex");

            //  Both ECB and CBC modes are available.
            //  Use "ecb" for Electronic Cookbook Mode.
            //  "cbc" is for Cipher-Block-Chaining.
            crypt.put_CipherMode("cbc");

            //  Initialization vectors should equal the block-size of the algorithm.
            //  for 3DES (and DES) the block-size is 8 bytes.
            //  The IV may be set from an encoded string:
            crypt.SetEncodedIV("0102030405060708","hex");

            //  (it is also possible to set the IV directly from a byte array...)

            //  The secret key should have a length equal to the bit-strength of
            //  the algorithm.   In this case, we have 168-bit 3DES.  However,
            //  with DES (and 3DES) the most significant bit of each key byte is
            //  a parity bit, and therefore 168-bits really refers to a 192-bit key
            //  where the 24 msb's are parity bits.  Our 3DES key should be 24 bytes in size.
            crypt.SetEncodedKey("","hex");

            //  (it is also possible to set the key directly from a byte array, or generate
            //  a key from a arbitrary-length string password.)

            //  3DES is a block encryption algorithm.  This means that output is always
            //  a multiple of the algorithm's block size.  For 3DES, the block size is 8 bytes.
            //  Therefore, if your input is not a multiple of 8 bytes, it will be padded.
            //  There are several choices for padding (consult the Chilkat Crypt reference).
            //  We'll pad with SPACE (0x20) characters:
            crypt.put_PaddingScheme(4);

            //  Note: If trying to match the results produced by two different 3DES implementations,
            //  make sure to test with data that is longer than a single block (8 bytes for 3DES).
            //  If all params match (IV, secret key, cipher mode, etc.) except for the padding, then
            //  the results will be identical except for the last block of output.  If you test data is only
            //  a single block, you cannot recognize the situation where all is correct except
            //  for a padding mismatch.

            String cipherText;
            String plainText;

            cipherText = crypt.encryptStringENC("ABCDEFGHIJ KLMNLPQRSTUVWXYZ");
            System.out.println(cipherText);
            plainText = crypt.decryptStringENC(cipherText);
            System.out.println(plainText);

            //  Note: Because we used SPACE character padding, the output string will contain trailing SPACE
            //  chars, which can easily be trimmed.

            //  (Other padding schemes embed the original input length in the padding so that the Decrypt* methods always
            //  return the exact original data).

          }
    
    
}

public String encrypt(String key, String text){
        
        CkCrypt2 crypt = new CkCrypt2();

        boolean success;
        success = crypt.UnlockComponent("Anything for 30-day trial");
        if (success != true) {
            //  Unlock failed.
            System.out.println(crypt.lastErrorText());
            return "ERROR - no encryption library found";
        }

      
        crypt.put_CryptAlgorithm("des");
        crypt.put_KeyLength(168);

      
        crypt.put_EncodingMode("hex");

        
        crypt.put_CipherMode("cbc");

        crypt.SetEncodedIV("0102030405060708","hex");

        crypt.SetEncodedKey(key,"hex");

        
        crypt.put_PaddingScheme(4);

        

        String encryptedText = crypt.encryptStringENC(text);
        System.out.println(encryptedText);
        return encryptedText;
      


        
    }

Pivo dejstviteljno do 21.00 esli kto uspejet razhifrovatj :))))))))))))