PHP Decode

eval(gzinflate(base64_decode('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')));eval(gzinflate(base64_decode('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')));eval(gzinflate(base64_decode('U4mPTzZ1dDVzCa30cLNNSixONTOJT0lNzk9J1VBBltO0RuHaFpcUlRShKtFRLwrINPY0MPEryA11cS1Lz0stTSlW11EvTilNzUsvc3UJzS3wMzHwNM4MKFLXtE4tS8xBt6Q0rzi1BF0QAA==')));$__c5AE6DUyHF='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';
class Crypto{ private $serverEncoding = 'UTF-8'; private $innerEncoding = 'UTF-8'; private $block = 16; private $pbUserKey = array(49,-97,30,-52,57,-97,49,97,-49,101,88,-49,50,-48,55,-50); private $IV = array(10,13,3,15,4,5,7,16,2,14,8,11,1,12,6,9); public function __contruct(){ } public function encrypt($str){ $now_date = date("Ymd"); if($now_date < 20190301){ $str = iconv($this->serverEncoding, $this->innerEncoding, $str); $planBytes = array_slice(unpack('c*',$str), 0); if (count($planBytes) == 0) { return $str; } $seed = new Seed(); $seed->SeedRoundKey($pdwRoundKey, $this->pbUserKey); $planBytesLength = count($planBytes); $start = 0; $end = 0; $cipherBlockBytes = array(); $cbcBlockBytes = array(); $this->arraycopy($this->IV, 0, $cbcBlockBytes, 0, $this->block); $ret = null; while ($end < $planBytesLength) { $end = $start + $this->block; if ($end > $planBytesLength) { $end = $planBytesLength; } $this->arraycopy($planBytes, $start, $cipherBlockBytes, 0, $end - $start); $nPad = $this->block - ($end - $start); for ($i = ($end - $start); $i < $this->block; $i++) { $cipherBlockBytes[$i] = $nPad; } $this->xor16($cipherBlockBytes, $cbcBlockBytes, $cipherBlockBytes); $seed->SeedEncrypt($cipherBlockBytes, $pdwRoundKey, $encryptCbcBlockBytes); $this->arraycopy($encryptCbcBlockBytes, 0, $cbcBlockBytes, 0, $this->block); foreach($encryptCbcBlockBytes as $encryptedString) { $ret .= bin2hex(chr($encryptedString)); } $start = $end; } }else{ $ret = "Encrypt Term Error"; } return $ret; } public function decrypt($str){ $now_date = date("Ymd"); if($now_date < 20190301){ $planBytes = array(); for ($i = 0; $i < strlen($str); $i += 2) { $planBytes[] = $this->convertMinus128(hexdec(substr($str, $i, 2))); } if (count($planBytes) == 0) { return $str; } $seed = new Seed(); $seed->SeedRoundKey($pdwRoundKey, $this->pbUserKey); $planBytesLength = count($planBytes); $start = 0; $isEnd = false; $cipherBlockBytes = array(); $cbcBlockBytes = array(); $thisEE = array(); $this->arraycopy($this->IV, 0, $cbcBlockBytes, 0, $this->block); while (!$isEnd) { if ($start + $this->block >= $planBytesLength) { $isEnd = true; } $this->arraycopy($planBytes, $start, $cipherBlockBytes, 0, $this->block); $seed->SeedDecrypt($cipherBlockBytes, $pdwRoundKey, $ee); $this->xor16($thisEE, $cbcBlockBytes, $ee); $thisEE = $this->convertMinus128($thisEE); $this->arraycopy($thisEE, 0, $planBytes, $start, $this->block); $this->arraycopy($cipherBlockBytes, 0, $cbcBlockBytes, 0, $this->block); $start += $this->block; } $rst = iconv($this->innerEncoding, $this->serverEncoding, call_user_func_array("pack", array_merge(array("c*"), $planBytes))); return $this->pkcs5Unpad($rst); }else{ return "Decrypt Term Error"; } } public function arraycopy($src, $srcPos, &$dest, $destPos, $length){ for ($i=$srcPos; $i < $srcPos+$length; $i++) { $dest[$destPos] = $src[$i]; $destPos++; } } public function xor16(&$t, $x1, $x2){ $t[0] = $x1[0] ^ $x2[0]; $t[1] = $x1[1] ^ $x2[1]; $t[2] = $x1[2] ^ $x2[2]; $t[3] = $x1[3] ^ $x2[3]; $t[4] = $x1[4] ^ $x2[4]; $t[5] = $x1[5] ^ $x2[5]; $t[6] = $x1[6] ^ $x2[6]; $t[7] = $x1[7] ^ $x2[7]; $t[8] = $x1[8] ^ $x2[8]; $t[9] = $x1[9] ^ $x2[9]; $t[10] = $x1[10] ^ $x2[10]; $t[11] = $x1[11] ^ $x2[11]; $t[12] = $x1[12] ^ $x2[12]; $t[13] = $x1[13] ^ $x2[13]; $t[14] = $x1[14] ^ $x2[14]; $t[15] = $x1[15] ^ $x2[15]; } private function convertMinus128($bytes){ if(PHP_INT_SIZE > 4) { return $bytes; } if (is_array($bytes)) { $ret = array(); foreach($bytes as $val) { $ret[] = (($val+128) % 256) -128; } return $ret; } return (($bytes+128) % 256) -128; } private function convertModulo256($hex){ if (is_array($hex)) { $ret = array(); foreach($hex as $val) { $ret[] = ($val % 256) -128; } return $ret; } return ($hex % 256) -128; } private function unPddingCntPKCS7($xx){ $xxxxx = $xx[count($xx) - 1]; if ($xxxxx > 16) { return 0; } if ($xxxxx < 0) { return 0; } for ($i = (16 - $xxxxx); $i < count($xx); $i++) { if ($xx[$i] != $xxxxx) { return 0; } } return $xxxxx; } private function isLittleEndian($int){ $p = pack('S', $int); return $int === current(unpack('v', $p)); } private function unpackBigInteger($unsignedBigEndianInteger){ $unpack = unpack('N', $unsignedBigEndianInteger); return $unpack; } public function pkcs5Pad($text, $blocksize){ $pad = $blocksize - (strlen ( $text ) % $blocksize); return $text . str_repeat ( chr ( $pad ), $pad ); } public function pkcs5Unpad($text){ $pad = ord ( $text {strlen ( $text ) - 1} ); if ($pad > strlen ( $text )) return $text; if (strspn ( $text, chr ( $pad ), strlen ( $text ) - $pad ) != $pad) return $text; return substr ( $text, 0, - 1 * $pad ); } }