original_string: public function encode($string)
      {
  
          if (empty($string) || empty($this->key)) {
              throw new \Exception("Can not encrypt with an empty key or no data");
              return false;
          }
  
          $publicKey = $this->generateKey($string);
          $privateKey = $this->key;
  
  
          //Get a SHA-1 hashKey 
          $hashKey = sha1($privateKey . "+" . (string)$publicKey);
  
          $stringArray = str_split($string);
          $hashArray = str_split($hashKey);
          $cipherNoise = str_split($publicKey, 2);
  
          $counter = 0;
  
          for ($i = 0; $i < sizeof($stringArray); $i++) {
              if ($counter > 40)
                  $counter = 0;
              $cryptChar = ord((string)$stringArray[$i]) + ord((string)$hashArray[$counter]);
              $cryptChar -= floor($cryptChar / 127) * 127;
              $cipherStream[$i] = dechex($cryptChar);
              $counter++;
          }
          //print_R($cipherNoise);
  
          $cipherNoiseSize = count($cipherNoise);
  
          $cipher = implode("|x", $cipherStream);
          $cipher .= "|x::|x" . ord((string)$cipherNoiseSize) . "|x";
          $cipher .= implode("|x", $cipherNoise);
  
  
          //echo $cipher;
  
          return $cipher;
      }
code: public function encode($string)
      {
  
          if (empty($string) || empty($this->key)) {
              throw new \Exception("Can not encrypt with an empty key or no data");
              return false;
          }
  
          $publicKey = $this->generateKey($string);
          $privateKey = $this->key;
  
  
          //Get a SHA-1 hashKey 
          $hashKey = sha1($privateKey . "+" . (string)$publicKey);
  
          $stringArray = str_split($string);
          $hashArray = str_split($hashKey);
          $cipherNoise = str_split($publicKey, 2);
  
          $counter = 0;
  
          for ($i = 0; $i < sizeof($stringArray); $i++) {
              if ($counter > 40)
                  $counter = 0;
              $cryptChar = ord((string)$stringArray[$i]) + ord((string)$hashArray[$counter]);
              $cryptChar -= floor($cryptChar / 127) * 127;
              $cipherStream[$i] = dechex($cryptChar);
              $counter++;
          }
          //print_R($cipherNoise);
  
          $cipherNoiseSize = count($cipherNoise);
  
          $cipher = implode("|x", $cipherStream);
          $cipher .= "|x::|x" . ord((string)$cipherNoiseSize) . "|x";
          $cipher .= implode("|x", $cipherNoise);
  
  
          //echo $cipher;
  
          return $cipher;
      }
code_tokens: public function encode ( $ string ) { if ( empty ( $ string ) || empty ( $ this -> key ) ) { throw new \ Exception ( "Can not encrypt with an empty key or no data" ) ; return false ; } $ publicKey = $ this -> generateKey ( $ string ) ; $ privateKey = $ this -> key ; //Get a SHA-1 hashKey  $ hashKey = sha1 ( $ privateKey . "+" . ( string ) $ publicKey ) ; $ stringArray = str_split ( $ string ) ; $ hashArray = str_split ( $ hashKey ) ; $ cipherNoise = str_split ( $ publicKey , 2 ) ; $ counter = 0 ; for ( $ i = 0 ; $ i < sizeof ( $ stringArray ) ; $ i ++ ) { if ( $ counter > 40 ) $ counter = 0 ; $ cryptChar = ord ( ( string ) $ stringArray [ $ i ] ) + ord ( ( string ) $ hashArray [ $ counter ] ) ; $ cryptChar -= floor ( $ cryptChar / 127 ) * 127 ; $ cipherStream [ $ i ] = dechex ( $ cryptChar ) ; $ counter ++ ; } //print_R($cipherNoise); $ cipherNoiseSize = count ( $ cipherNoise ) ; $ cipher = implode ( "|x" , $ cipherStream ) ; $ cipher .= "|x::|x" . ord ( ( string ) $ cipherNoiseSize ) . "|x" ; $ cipher .= implode ( "|x" , $ cipherNoise ) ; //echo $cipher; return $ cipher ; }
docstring: Encodes a given string
  
  @param string $string
  @return string encoded string
docstring_tokens: Encodes a given string