You've already forked qlg.tsgz.moe
410 lines
14 KiB
PHP
Executable File
410 lines
14 KiB
PHP
Executable File
<?php
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include_once 'acp_service.php';
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const COMPANY = "中国银联股份有限公司";
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class Cert
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{
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public $cert;
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public $certId;
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public $key;
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}
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// 内存泄漏问题说明：
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// openssl_x509_parse疑似有内存泄漏，暂不清楚原因，可能和php、openssl版本有关，估计有bug。
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// windows下试过php5.4+openssl0.9.8，php7.0+openssl1.0.2都有这问题。mac下试过也有问题。
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// 不过至今没人来反馈过这个问题，所以不一定真有泄漏？或者因为增长量不大所以一般都不会遇到问题？
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// 也有别人汇报过bug：https://bugs.php.net/bug.php?id=71519
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//
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// 替代解决方案：
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// 方案1. 所有调用openssl_x509_parse的地方都是为了获取证书序列号，可以尝试把证书序列号+证书/key以别的方式保存，
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// 从其他地方（比如数据库）读序列号，而不直接从证书文件里读序列号。
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// 方案2. 代码改成执行脚本的方式执行，这样执行完一次保证能释放掉所有内存。
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// 方案3. 改用下面的CertSerialUtil取序列号，
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// 此方法仅用了几个测试和生产的证书做过测试，不保证没bug，所以默认注释掉了。如发现有bug或者可优化的地方可自行修改代码。
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// 注意用了bcmath的方法，*nix下编译时需要 --enable-bcmath。http://php.net/manual/zh/bc.installation.php
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class CertUtil{
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private static $signCerts = array();
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private static $encryptCerts = array();
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private static $verifyCerts = array();
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private static $verifyCerts510 = array();
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private static function initSignCert($certPath, $certPwd){
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$logger = LogUtil::getLogger();
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$logger->LogInfo("读取签名证书……");
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$pkcs12certdata = file_get_contents ( $certPath );
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if($pkcs12certdata === false ){
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$logger->LogInfo($certPath . "file_get_contents fail。");
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return;
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}
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if(openssl_pkcs12_read ( $pkcs12certdata, $certs, $certPwd ) == FALSE ){
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$logger->LogInfo($certPath . ", pwd[" . $certPwd . "] openssl_pkcs12_read fail。");
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return;
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}
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$cert = new Cert();
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$x509data = $certs ['cert'];
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if(!openssl_x509_read ( $x509data )){
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$logger->LogInfo($certPath . " openssl_x509_read fail。");
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}
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$certdata = openssl_x509_parse ( $x509data );
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$cert->certId = $certdata ['serialNumber'];
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// $certId = CertSerialUtil::getSerial($x509data, $errMsg);
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// if($certId === false){
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// $logger->LogInfo("签名证书读取序列号失败：" . $errMsg);
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// return;
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// }
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// $cert->certId = $certId;
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$cert->key = $certs ['pkey'];
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$cert->cert = $x509data;
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$logger->LogInfo("签名证书读取成功，序列号：" . $cert->certId);
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CertUtil::$signCerts[$certPath] = $cert;
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}
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public static function getSignKeyFromPfx($certPath=null, $certPwd=null)
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{
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if( $certPath == null ) {
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$certPath = SDKConfig::$signCertPath;
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$certPwd = SDKConfig::$signCertPwd;
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}
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if (!array_key_exists($certPath, CertUtil::$signCerts)) {
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self::initSignCert($certPath, $certPwd);
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}
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return CertUtil::$signCerts[$certPath] -> key;
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}
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public static function getSignCertIdFromPfx($certPath=null, $certPwd=null)
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{
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if( $certPath == null ) {
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$certPath = SDKConfig::$signCertPath;
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$certPwd = SDKConfig::$signCertPwd;
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}
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if (!array_key_exists($certPath, CertUtil::$signCerts)) {
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self::initSignCert($certPath, $certPwd);
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}
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return CertUtil::$signCerts[$certPath] -> certId;
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}
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private static function initEncryptCert($cert_path)
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{
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$logger = LogUtil::getLogger();
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$logger->LogInfo("读取加密证书……");
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$x509data = file_get_contents ( $cert_path );
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if($x509data === false ){
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$logger->LogInfo($cert_path . " file_get_contents fail。");
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return;
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}
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if(!openssl_x509_read ( $x509data )){
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$logger->LogInfo($cert_path . " openssl_x509_read fail。");
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return;
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}
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$cert = new Cert();
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$certdata = openssl_x509_parse ( $x509data );
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$cert->certId = $certdata ['serialNumber'];
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// $certId = CertSerialUtil::getSerial($x509data, $errMsg);
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// if($certId === false){
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// $logger->LogInfo("签名证书读取序列号失败：" . $errMsg);
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// return;
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// }
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// $cert->certId = $certId;
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$cert->key = $x509data;
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CertUtil::$encryptCerts[$cert_path] = $cert;
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$logger->LogInfo("加密证书读取成功，序列号：" . $cert->certId);
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}
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public static function verifyAndGetVerifyCert($certBase64String){
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$logger = LogUtil::getLogger();
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if (array_key_exists($certBase64String, CertUtil::$verifyCerts510)){
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return CertUtil::$verifyCerts510[$certBase64String];
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}
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if (SDKConfig::$middleCertPath === null || SDKConfig::$rootCertPath === null){
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$logger->LogError("rootCertPath or middleCertPath is none, exit initRootCert");
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return null;
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}
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openssl_x509_read($certBase64String);
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$certInfo = openssl_x509_parse($certBase64String);
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$cn = CertUtil::getIdentitiesFromCertficate($certInfo);
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if(strtolower(SDKConfig::$ifValidateCNName) == "true"){
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if (COMPANY != $cn){
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$logger->LogInfo("cer owner is not CUP:" . $cn);
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return null;
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}
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} else if (COMPANY != $cn && "00040000:SIGN" != $cn){
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$logger->LogInfo("cer owner is not CUP:" . $cn);
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return null;
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}
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$from = date_create ( '@' . $certInfo ['validFrom_time_t'] );
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$to = date_create ( '@' . $certInfo ['validTo_time_t'] );
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$now = date_create ( date ( 'Ymd' ) );
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$interval1 = $from->diff ( $now );
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$interval2 = $now->diff ( $to );
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if ($interval1->invert || $interval2->invert) {
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$logger->LogInfo("signPubKeyCert has expired");
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return null;
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}
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$result = openssl_x509_checkpurpose($certBase64String, X509_PURPOSE_ANY, array(SDKConfig::$rootCertPath, SDKConfig::$middleCertPath));
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if($result === FALSE){
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$logger->LogInfo("validate signPubKeyCert by rootCert failed");
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return null;
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} else if($result === TRUE){
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CertUtil::$verifyCerts510[$certBase64String] = $certBase64String;
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return CertUtil::$verifyCerts510[$certBase64String];
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} else {
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$logger->LogInfo("validate signPubKeyCert by rootCert failed with error");
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return null;
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}
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}
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public static function getIdentitiesFromCertficate($certInfo){
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$cn = $certInfo['subject'];
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$cn = $cn['CN'];
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$company = explode('@',$cn);
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if(count($company) < 3) {
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return null;
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}
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return $company[2];
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}
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public static function getEncryptCertId($cert_path=null){
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if( $cert_path == null ) {
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$cert_path = SDKConfig::$encryptCertPath;
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}
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if(!array_key_exists($cert_path, CertUtil::$encryptCerts)){
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self::initEncryptCert($cert_path);
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}
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if(array_key_exists($cert_path, CertUtil::$encryptCerts)){
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return CertUtil::$encryptCerts[$cert_path] -> certId;
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}
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return false;
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}
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public static function getEncryptKey($cert_path=null){
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if( $cert_path == null ) {
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$cert_path = SDKConfig::$encryptCertPath;
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}
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if(!array_key_exists($cert_path, CertUtil::$encryptCerts)){
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self::initEncryptCert($cert_path);
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}
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if(array_key_exists($cert_path, CertUtil::$encryptCerts)){
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return CertUtil::$encryptCerts[$cert_path] -> key;
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}
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return false;
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}
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private static function initVerifyCerts($cert_dir=null) {
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if( $cert_dir == null ) {
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$cert_dir = SDKConfig::$validateCertDir;
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}
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$logger = LogUtil::getLogger();
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$logger->LogInfo ( '验证签名证书目录 :>' . $cert_dir );
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$handle = opendir ( $cert_dir );
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if (!$handle) {
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$logger->LogInfo ( '证书目录 ' . $cert_dir . '不正确' );
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return;
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}
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while ($file = readdir($handle)) {
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clearstatcache();
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$filePath = $cert_dir . '/' . $file;
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if (is_file($filePath)) {
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if (pathinfo($file, PATHINFO_EXTENSION) == 'cer') {
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$x509data = file_get_contents($filePath);
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if($x509data === false ){
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$logger->LogInfo($filePath . " file_get_contents fail。");
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continue;
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}
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if(!openssl_x509_read($x509data)){
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$logger->LogInfo($certPath . " openssl_x509_read fail。");
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continue;
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}
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$cert = new Cert();
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$certdata = openssl_x509_parse($x509data);
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$cert->certId = $certdata ['serialNumber'];
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// $certId = CertSerialUtil::getSerial($x509data, $errMsg);
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// if($certId === false){
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// $logger->LogInfo("签名证书读取序列号失败：" . $errMsg);
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// return;
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// }
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// $cert->certId = $certId;
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$cert->key = $x509data;
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CertUtil::$verifyCerts[$cert->certId] = $cert;
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$logger->LogInfo($filePath . "读取成功，序列号：" . $cert->certId);
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}
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}
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}
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closedir ( $handle );
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}
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public static function getVerifyCertByCertId($certId){
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$logger = LogUtil::getLogger();
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if(count(CertUtil::$verifyCerts) == 0){
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self::initVerifyCerts();
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}
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if(count(CertUtil::$verifyCerts) == 0){
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$logger->LogInfo("未读取到任何证书……");
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return null;
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}
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if(array_key_exists($certId, CertUtil::$verifyCerts)){
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return CertUtil::$verifyCerts[$certId]->key;
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} else {
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$logger->LogInfo("未匹配到序列号为[" . certId . "]的证书");
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return null;
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}
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}
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public static function test() {
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$x509data = file_get_contents ( "d:/certs/acp_test_enc.cer" );
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// $resource = openssl_x509_read ( $x509data );
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// $certdata = openssl_x509_parse ( $resource ); //<=这句尼玛内存泄漏啊根本释放不掉啊啊啊啊啊啊啊
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// echo $certdata ['serialNumber']; //<=就是需要这个数据啦
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// echo $x509data;
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// unset($certdata); //<=没有什么用
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// openssl_x509_free($resource); //<=没有什么用x2
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echo CertSerialUtil::getSerial ( $x509data, $errMsg ) . "\n";
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}
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}
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// class CertSerialUtil {
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// private static function bytesToInteger($bytes) {
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// $val = 0;
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// for($i = 0; $i < count ( $bytes ); $i ++) {
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// // $val += (($bytes [$i] & 0xff) << (8 * (count ( $bytes ) - 1 - $i)));
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// $val += $bytes [$i] * pow(256, count ( $bytes ) - 1 - $i);
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// // echo $val . "<br>\n";
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// }
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// return $val;
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// }
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// private static function bytesToBigInteger($bytes) {
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// $val = 0;
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// for($i = 0; $i < count ( $bytes ); $i ++) {
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// $val = bcadd($val, bcmul($bytes [$i], bcpow(256, count ( $bytes ) - 1 - $i)));
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// // echo $val . "<br>\n";
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// }
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// return $val;
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// }
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// private static function toStr($bytes) {
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// $str = '';
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// foreach($bytes as $ch) {
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// $str .= chr($ch);
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// }
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// return $str;
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// }
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// public static function getSerial($fileData, &$errMsg) {
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// // $fileData = str_replace('\n','',$fileData);
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// // $fileData = str_replace('\r','',$fileData);
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// $start = "-----BEGIN CERTIFICATE-----";
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// $end = "-----END CERTIFICATE-----";
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// $data = trim ( $fileData );
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// if (substr ( $data, 0, strlen ( $start ) ) != $start ||
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// substr ( $data, strlen ( $data ) - strlen ( $end ) ) != $end) {
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// // echo $fileData;
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// $errMsg = "error pem data";
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// return false;
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// }
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// $data = substr ( $data, strlen ( $start ), strlen ( $data ) - strlen ( $end ) - strlen ( $start ) );
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// $bindata = base64_decode ( $data );
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// $bindata = unpack ( 'C*', $bindata );
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// $byte = array_shift ( $bindata );
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// if ($byte != 0x30) {
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// $errMsg = "1st tag " . $byte . " is not 30";
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// return false;
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// }
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// $length = CertSerialUtil::readLength ( $bindata );
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// $byte = array_shift ( $bindata );
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// if ($byte != 0x30) {
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// $errMsg = "2nd tag " . $byte . " is not 30";
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// return false;
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// }
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// $length = CertSerialUtil::readLength ( $bindata );
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// $byte = array_shift ( $bindata );
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// // echo $byte . "<br>\n";
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// if ($byte == 0xa0) { //version tag.
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// $length = CertSerialUtil::readLength ( $bindata );
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// CertSerialUtil::readData ( $bindata, $length );
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// $byte = array_shift ( $bindata );
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// }
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// // echo $byte . "<br>\n";
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// if ($byte != 0x02) { //x509v1 has no version tag, x509v3 has.
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// $errMsg = "4th/3rd tag " . $byte . " is not 02";
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// return false;
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// }
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// $length = CertSerialUtil::readLength ( $bindata );
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// $serial = CertSerialUtil::readData ( $bindata, $length );
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// // echo bin2hex(CertSerialUtil::toStr( $serial ));
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// return CertSerialUtil::bytesToBigInteger($serial);
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// }
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// private static function readLength(&$bindata) {
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// $byte = array_shift ( $bindata );
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// if ($byte < 0x80) {
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// $length = $byte;
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// } else {
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// $lenOfLength = $byte - 0x80;
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// for($i = 0; $i < $lenOfLength; $i ++) {
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// $lenBytes [] = array_shift ( $bindata );
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// }
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// $length = CertSerialUtil::bytesToInteger ( $lenBytes );
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// }
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// return $length;
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// }
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// private static function readData(&$bindata, $length) {
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// $data = array ();
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// for($i = 0; $i < $length; $i ++) {
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// $data [] = array_shift ( $bindata );
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// }
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// return $data;
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// }
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// }
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