银联接口的mcrypt_cbc问题

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  // This file is protected by copyright law & provided under license. Copyright(C) 2005-2009 www.chinapay.com, All rights reserved.// This file is protected by copyright law & provided under license. Copyright(C) 2005-2009 www.chinapay.com, All rights reserved.define("DES_KEY", "SCUBEPGW");define("HASH_PAD", "0001ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff003021300906052b0e03021a05000414");bcscale(0);$private_key = array(); /*function hex2bin($hexdata) {    $bindata = '';    if (strlen($hexdata) % 2 == 1) {        $hexdata = '0' . $hexdata;    }    for ($i = 0; $i < strlen($hexdata); $i+=2) {        $bindata .= chr(hexdec(substr($hexdata, $i, 2)));    }    return $bindata;}*/ function padstr($src, $len = 256, $chr = '0', $d = 'L') {    $ret = trim($src);    $padlen = $len - strlen($ret);    if ($padlen > 0) {        $pad = str_repeat($chr, $padlen);        if (strtoupper($d) == 'L') {            $ret = $pad . $ret;        } else {            $ret = $ret . $pad;        }    }    return $ret;} function bin2int($bindata) {    $hexdata = bin2hex($bindata);    return bchexdec($hexdata);} function bchexdec($hexdata) {    $ret = '0';    $len = strlen($hexdata);    for ($i = 0; $i < $len; $i++) {        $hex = substr($hexdata, $i, 1);        $dec = hexdec($hex);        $exp = $len - $i - 1;        $pow = bcpow('16', $exp);        $tmp = bcmul($dec, $pow);        $ret = bcadd($ret, $tmp);    }    return $ret;} function bcdechex($decdata) {    $s = $decdata;    $ret = '';    while ($s != '0') {        $m = bcmod($s, '16');        $s = bcdiv($s, '16');        $hex = dechex($m);        $ret = $hex . $ret;    }    return $ret;} function sha1_128($string) {    $hash = sha1($string);    $sha_bin = hex2bin($hash);    $sha_pad = hex2bin(HASH_PAD);    return $sha_pad . $sha_bin;} function mybcpowmod($num, $pow, $mod) {    if (function_exists('bcpowmod')) {        return bcpowmod($num, $pow, $mod);    }    return emubcpowmod($num, $pow, $mod);} function emubcpowmod($num, $pow, $mod) {    $result = '1';    do {        if (!bccomp(bcmod($pow, '2'), '1')) {            $result = bcmod(bcmul($result, $num), $mod);        }        $num = bcmod(bcpow($num, '2'), $mod);        $pow = bcdiv($pow, '2');    } while (bccomp($pow, '0'));    return $result;} function rsa_encrypt($private_key, $input) {    $p = bin2int($private_key["prime1"]);    $q = bin2int($private_key["prime2"]);    $u = bin2int($private_key["coefficient"]);    $dP = bin2int($private_key["prime_exponent1"]);    $dQ = bin2int($private_key["prime_exponent2"]);    $c = bin2int($input);    $cp = bcmod($c, $p);    $cq = bcmod($c, $q);    $a = mybcpowmod($cp, $dP, $p);    $b = mybcpowmod($cq, $dQ, $q);    if (bccomp($a, $b) >= 0) {        $result = bcsub($a, $b);    } else {        $result = bcsub($b, $a);        $result = bcsub($p, $result);    }    $result = bcmod($result, $p);    $result = bcmul($result, $u);    $result = bcmod($result, $p);    $result = bcmul($result, $q);    $result = bcadd($result, $b);    $ret = bcdechex($result);    $ret = strtoupper(padstr($ret));    return (strlen($ret) == 256) ? $ret : false;} function rsa_decrypt($input) {    global $private_key;    $check = bchexdec($input);    $modulus = bin2int($private_key["modulus"]);    $exponent = bchexdec("010001");    $result = bcpowmod($check, $exponent, $modulus);    $rb = bcdechex($result);    return strtoupper(padstr($rb));} function buildKey($key) {    global $private_key;    if (count($private_key) > 0) {        foreach ($private_key as $name => $value) {            unset($private_key[$name]);        }    }    $ret = false;    $key_file = parse_ini_file($key);    if (!$key_file) {        return $ret;    }    $hex = "";    if (array_key_exists("MERID", $key_file)) {        $ret = $key_file["MERID"];        $private_key["MERID"] = $ret;        $hex = substr($key_file["prikeyS"], 80);    } else    if (array_key_exists("PGID", $key_file)) {        $ret = $key_file["PGID"];        $private_key["PGID"] = $ret;        $hex = substr($key_file["pubkeyS"], 48);    } else {        return $ret;    }    $bin = hex2bin($hex);    $private_key["modulus"] = substr($bin, 0, 128);    $cipher = MCRYPT_DES;    $iv = str_repeat("\x00", 8);    $prime1 = substr($bin, 384, 64);    $enc = mcrypt_cbc($cipher, DES_KEY, $prime1, MCRYPT_DECRYPT, $iv);    $private_key["prime1"] = $enc;    $prime2 = substr($bin, 448, 64);    $enc = mcrypt_cbc($cipher, DES_KEY, $prime2, MCRYPT_DECRYPT, $iv);    $private_key["prime2"] = $enc;    $prime_exponent1 = substr($bin, 512, 64);    $enc = mcrypt_cbc($cipher, DES_KEY, $prime_exponent1, MCRYPT_DECRYPT, $iv);    $private_key["prime_exponent1"] = $enc;    $prime_exponent2 = substr($bin, 576, 64);    $enc = mcrypt_cbc($cipher, DES_KEY, $prime_exponent2, MCRYPT_DECRYPT, $iv);    $private_key["prime_exponent2"] = $enc;    $coefficient = substr($bin, 640, 64);    $enc = mcrypt_cbc($cipher, DES_KEY, $coefficient, MCRYPT_DECRYPT, $iv);    $private_key["coefficient"] = $enc;    return $ret;} function sign($msg) {    global $private_key;    if (!array_key_exists("MERID", $private_key)) {        return false;    }    $hb = sha1_128($msg);    return rsa_encrypt($private_key, $hb);} function signOrder($merid, $ordno, $amount, $curyid, $transdate, $transtype) {    if (strlen($merid) != 15)        return false;    if (strlen($ordno) != 16)        return false;    if (strlen($amount) != 12)        return false;    if (strlen($curyid) != 3)        return false;    if (strlen($transdate) != 8)        return false;    if (strlen($transtype) != 4)        return false;    $plain = $merid . $ordno . $amount . $curyid . $transdate . $transtype;    return sign($plain);} function verify($plain, $check) {    global $private_key;    if (!array_key_exists("PGID", $private_key)) {        return false;    }    if (strlen($check) != 256) {        return false;    }    $hb = sha1_128($plain);    $hbhex = strtoupper(bin2hex($hb));    $rbhex = rsa_decrypt($check);    return $hbhex == $rbhex ? true : false;} function verifyTransResponse($merid, $ordno, $amount, $curyid, $transdate, $transtype, $ordstatus, $check) {    if (strlen($merid) != 15)        return false;    if (strlen($ordno) != 16)        return false;    if (strlen($amount) != 12)        return false;    if (strlen($curyid) != 3)        return false;    if (strlen($transdate) != 8)        return false;    if (strlen($transtype) != 4)        return false;    if (strlen($ordstatus) != 4)        return false;    if (strlen($check) != 256)        return false;    $plain = $merid . $ordno . $amount . $curyid . $transdate . $transtype . $ordstatus;    return verify($plain, $check);}

回复讨论(解决方案)

自PHP 5.5.0起,此函数已经被废弃。强烈建议不要使用此函数 。
http://www.php.com/manual/zh/function.mcrypt-cbc.php

我知道弃用了，但是银联的接口用的就是这个，我想知道怎么改，谢谢

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