* All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * 1. Redistributions of source code must retain the above copyright notice, * this list of conditions and the following disclaimer. * * 2. Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in the * documentation and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, * INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY * AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE * AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, * OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE * POSSIBILITY OF SUCH DAMAGE. */ require_once('guiconfig.inc'); require_once('system.inc'); phpseclib_autoload('ParagonIE\ConstantTime', '/usr/local/share/phpseclib/paragonie'); phpseclib_autoload('phpseclib3', '/usr/local/share/phpseclib'); use phpseclib3\File\X509; function csr_generate(&$cert, $keylen_curve, $dn, $digest_alg, $extns) { $configFilename = create_temp_openssl_config($extns); $args = [ 'config' => $configFilename, 'req_extensions' => 'v3_req', 'digest_alg' => $digest_alg, 'encrypt_key' => false ]; if (is_numeric($keylen_curve)) { $args['private_key_type'] = OPENSSL_KEYTYPE_RSA; $args['private_key_bits'] = (int)$keylen_curve; } else { $args['private_key_type'] = OPENSSL_KEYTYPE_EC; $args['curve_name'] = $keylen_curve; } // generate a new key pair $res_key = openssl_pkey_new($args); if (!$res_key) { return false; } // generate a certificate signing request $res_csr = openssl_csr_new($dn, $res_key, $args); if (!$res_csr) { return false; } // export our request data if (!openssl_pkey_export($res_key, $str_key) || !openssl_csr_export($res_csr, $str_csr)) { return false; } // return our request information $cert['csr'] = base64_encode($str_csr); $cert['prv'] = base64_encode($str_key); unlink($configFilename); return true; } function csr_complete(& $cert, $str_crt) { // return our request information $cert['crt'] = base64_encode($str_crt); unset($cert['csr']); return true; } function csr_get_modulus($str_crt, $decode = true) { return cert_get_modulus($str_crt, $decode, 'csr'); } function parse_csr($csr_str) { $ret = array(); $ret['parse_success'] = true; $ret['subject'] = openssl_csr_get_subject($csr_str); if ($ret['subject'] === false) { return array('parse_success' => false); } $x509_lib = new X509(); $csr = $x509_lib->loadCSR($csr_str); if ($csr === false) { return array('parse_success' => false); } foreach ($csr['certificationRequestInfo']['attributes'] as $attr) { switch ($attr['type'] ) { case 'pkcs-9-at-extensionRequest': foreach ($attr['value'] as $value) { foreach ($value as $column) { switch ($column['extnId']) { case 'id-ce-basicConstraints': $ret['basicConstraints'] = array(); $ret['basicConstraints']['CA'] = $column['extnValue']['cA']; if (isset($column['extnValue']['pathLenConstraint'])) { $ret['basicConstraints']['pathlen'] = (int)($column['extnValue']['pathLenConstraint']->toString()); } break; case 'id-ce-keyUsage': $ret['keyUsage'] = $column['extnValue']; break; case 'id-ce-extKeyUsage': $ret['extendedKeyUsage'] = array(); foreach ($column['extnValue'] as $usage) { array_push($ret['extendedKeyUsage'], strpos($usage, 'id-kp-') === 0 ? $x509_lib->getOID($usage) : $usage); } break; case 'id-ce-subjectAltName': $ret['subjectAltName'] = array(); foreach ($column['extnValue'] as $item) { if (isset($item['dNSName'])) { array_push($ret['subjectAltName'], array('type'=> 'DNS', 'value'=> $item['dNSName'])); } if (isset($item['iPAddress'])) { array_push($ret['subjectAltName'], array('type'=> 'IP', 'value'=> $item['iPAddress'])); } if (isset($item['rfc822Name'])) { array_push($ret['subjectAltName'], array('type'=> 'email', 'value'=> $item['rfc822Name'])); } if (isset($item['uniformResourceIdentifier'])) { array_push($ret['subjectAltName'], array('type'=> 'URI', 'value'=> $item['uniformResourceIdentifier'])); } } break; } } } break; // case 'pkcs-9-at-extensionRequest' } } return $ret; } // altname expects a type like the following: // array ( // 'type' => (string), // 'value': => (string) // ) // // errors are added to $input_errors // returns true: on success // false: on error, with adding something to $input_errors. function is_valid_alt_value($altname, &$input_errors) { switch ($altname['type']) { case "DNS": $dns_regex = '/^(?:(?:[a-z0-9_\*]|[a-z0-9_][a-z0-9_\-]*[a-z0-9_])\.)*(?:[a-z0-9_]|[a-z0-9_][a-z0-9_\-]*[a-z0-9_])$/i'; if (!preg_match($dns_regex, $altname['value'])) { $input_errors[] = gettext("DNS subjectAltName values must be valid hostnames or FQDNs"); return false; } return true; case "IP": if (!is_ipaddr($altname['value'])) { $input_errors[] = gettext("IP subjectAltName values must be valid IP Addresses"); return false; } return true; case "email": if (empty($altname['value'])) { $input_errors[] = gettext("You must provide an email address for this type of subjectAltName"); return false; } if (preg_match("/[\!\#\$\%\^\(\)\~\?\>\<\&\/\\\,\"\']/", $altname['value'])) { $input_errors[] = gettext("The email provided in a subjectAltName contains invalid characters."); return false; } return true; case "URI": if (!is_URL($altname['value'])) { $input_errors[] = gettext("URI subjectAltName types must be a valid URI"); return false; } return true; default: $input_errors[] = gettext("Unrecognized subjectAltName type."); return false; } } // types $cert_methods = array( "import" => gettext("Import an existing Certificate"), "internal" => gettext("Create an internal Certificate"), "external" => gettext("Create a Certificate Signing Request"), "sign_cert_csr" => gettext("Sign a Certificate Signing Request"), ); $cert_keylens = array( "512", "1024", "2048", "3072", "4096", "8192"); $cert_curves = array( "prime256v1", "secp384r1", "secp521r1"); $openssl_digest_algs = array("sha1", "sha224", "sha256", "sha384", "sha512"); $cert_types = array('usr_cert', 'server_cert', 'combined_server_client', 'v3_ca'); $key_usages = array( // defined in RFC 5280 section 4.2.1.3 'digitalSignature' => gettext('digitalSignature'), 'nonRepudiation' => gettext('nonRepudiation'), 'keyEncipherment' => gettext('keyEncipherment'), 'dataEncipherment' => gettext('dataEncipherment'), 'keyAgreement' => gettext('keyAgreement'), 'keyCertSign' => gettext('keyCertSign'), 'cRLSign' => gettext('cRLSign'), 'encipherOnly' => gettext('encipherOnly'), 'decipherOnly' => gettext('decipherOnly'), ); $extended_key_usages = array( // defined in RFC 5280 section 4.2.1.12 '1.3.6.1.5.5.7.3.1' => gettext('serverAuth'), '1.3.6.1.5.5.7.3.2' => gettext('clientAuth'), '1.3.6.1.5.5.7.3.3' => gettext('codeSigning'), '1.3.6.1.5.5.7.3.4' => gettext('emailProtection'), '1.3.6.1.5.5.7.3.8' => gettext('timeStamping'), '1.3.6.1.5.5.7.3.9' => gettext('OCSPSigning'), // added to support default options '1.3.6.1.5.5.8.2.2' => gettext('iKEIntermediate'), ); // config reference pointers $a_user = &config_read_array('system', 'user'); $a_ca = &config_read_array('ca'); $a_cert = &config_read_array('cert'); // handle user GET/POST data if ($_SERVER['REQUEST_METHOD'] === 'GET') { if (isset($a_user[$_GET['userid']])) { $userid = $_GET['userid']; $cert_methods["existing"] = gettext("Choose an existing certificate"); } if (isset($a_cert[$_GET['id']])) { $id = $_GET['id']; } $act = isset($_GET['act']) ? $_GET['act'] : null; $pconfig = array(); if ($act == "new") { if (isset($_GET['method'])) { $pconfig['certmethod'] = $_GET['method']; } else { $pconfig['certmethod'] = null; } if (isset($_GET['caref'])) { $pconfig['caref'] = $_GET['caref']; } $pconfig['keytype'] = "RSA"; $pconfig['keylen'] = "2048"; $pconfig['digest_alg'] = "sha256"; $pconfig['digest_alg_sign_csr'] = "sha256"; $pconfig['csr_keytype'] = "RSA"; $pconfig['csr_keylen'] = "2048"; $pconfig['csr_digest_alg'] = "sha256"; $pconfig['lifetime'] = "397"; $pconfig['lifetime_sign_csr'] = "397"; $pconfig['cert_type'] = "usr_cert"; $pconfig['cert'] = null; $pconfig['key'] = null; $pconfig['dn_country'] = null; $pconfig['dn_state'] = null; $pconfig['dn_city'] = null; $pconfig['dn_organization'] = null; $pconfig['dn_email'] = null; if (isset($userid)) { $pconfig['descr'] = $a_user[$userid]['name']; $pconfig['dn_commonname'] = $a_user[$userid]['name']; } else { $pconfig['descr'] = null; $pconfig['dn_commonname'] = null; } } elseif ($act == "exp") { // export cert if (isset($id)) { $exp_name = urlencode("{$a_cert[$id]['descr']}.crt"); $exp_data = base64_decode($a_cert[$id]['crt']); $exp_size = strlen($exp_data); header("Content-Type: application/octet-stream"); header("Content-Disposition: attachment; filename={$exp_name}"); header("Content-Length: $exp_size"); echo $exp_data; } exit; } elseif ($act == "key") { // export key if (isset($id)) { $exp_name = urlencode("{$a_cert[$id]['descr']}.key"); $exp_data = base64_decode($a_cert[$id]['prv']); $exp_size = strlen($exp_data); header("Content-Type: application/octet-stream"); header("Content-Disposition: attachment; filename={$exp_name}"); header("Content-Length: $exp_size"); echo $exp_data; } exit; } elseif ($act == "csr") { if (!isset($id)) { header(url_safe('Location: /system_certmanager.php')); exit; } $pconfig['descr'] = $a_cert[$id]['descr']; $pconfig['csr'] = base64_decode($a_cert[$id]['csr']); $pconfig['cert'] = null; } elseif ($act == "info") { if (isset($id)) { header("Content-Type: text/plain;charset=UTF-8"); // use openssl to dump cert in readable format $process = proc_open('/usr/local/bin/openssl x509 -fingerprint -sha256 -text', array(array("pipe", "r"), array("pipe", "w")), $pipes); if (is_resource($process)) { fwrite($pipes[0], base64_decode($a_cert[$id]['crt'])); fclose($pipes[0]); $result = stream_get_contents($pipes[1]); fclose($pipes[1]); proc_close($process); echo $result; } } exit; } } elseif ($_SERVER['REQUEST_METHOD'] === 'POST') { $pconfig = $_POST; if (isset($a_cert[$_POST['id']])) { $id = $_POST['id']; } if (isset($a_user[$_POST['userid']])) { $userid = $_POST['userid']; } $act = isset($_POST['act']) ? $_POST['act'] : null; if ($act == "del") { if (isset($id)) { unset($a_cert[$id]); write_config(); } header(url_safe('Location: /system_certmanager.php')); exit; } elseif ($act == 'csr_info') { if (!isset($pconfig['csr'])) { http_response_code(400); header("Content-Type: text/plain;charset=UTF-8"); echo gettext('Invalid request'); exit; } header("Content-Type: text/plain;charset=UTF-8"); // use openssl to dump csr in readable format $process = proc_open('/usr/local/bin/openssl req -text -noout', array(array("pipe", "r"), array("pipe", "w"), array("pipe", "w")), $pipes); if (is_resource($process)) { fwrite($pipes[0], $pconfig['csr']); fclose($pipes[0]); $result_stdout = stream_get_contents($pipes[1]); fclose($pipes[1]); $result_stderr = stream_get_contents($pipes[2]); fclose($pipes[2]); proc_close($process); echo $result_stdout; echo $result_stderr; } exit; } elseif ($act == 'csr_info_json') { header("Content-Type: application/json;charset=UTF-8"); if (!isset($pconfig['csr'])) { http_response_code(400); echo json_encode(array( 'error' => gettext('Invalid Request'), 'error_detail' => gettext('No csr parameter in query') )); exit; } $parsed_result = parse_csr($pconfig['csr']); if ($parsed_result['parse_success'] !== true) { http_response_code(400); echo json_encode(array( 'error' => gettext('CSR file is invalid'), 'error_detail' => gettext('Could not parse CSR file.') )); exit; } echo json_encode($parsed_result); exit; } elseif ($act == "p12") { // export cert+key in p12 format if (isset($id)) { $exp_name = urlencode("{$a_cert[$id]['descr']}.p12"); $args = array(); $args['friendly_name'] = $a_cert[$id]['descr']; $ca = lookup_ca($a_cert[$id]['caref']); if ($ca) { $args['extracerts'] = openssl_x509_read(base64_decode($ca['crt'])); } set_error_handler ( function () { return; } ); $exp_data = ''; $res_crt = openssl_x509_read(base64_decode($a_cert[$id]['crt'])); $res_key = openssl_pkey_get_private(array(0 => base64_decode($a_cert[$id]['prv']) , 1 => '')); $res_pw = !empty($pconfig['password']) ? $pconfig['password'] : null; openssl_pkcs12_export($res_crt, $exp_data, $res_key, $res_pw, $args); restore_error_handler(); $output = json_encode(array( 'filename' => $exp_name, 'content' => base64_encode($exp_data) )); header("Content-Type: application/json;charset=UTF-8"); // header("Content-Length: ". strlen($output)); echo $output; } exit; } elseif ($act == "csr") { $input_errors = array(); $pconfig = $_POST; if (!isset($id)) { header(url_safe('Location: /system_certmanager.php')); exit; } /* input validation */ $reqdfields = explode(" ", "descr cert"); $reqdfieldsn = array( gettext("Descriptive name"), gettext("Final Certificate data")); do_input_validation($_POST, $reqdfields, $reqdfieldsn, $input_errors); $mod_csr = csr_get_modulus($pconfig['csr'], false); $mod_cert = cert_get_modulus($pconfig['cert'], false); if (strcmp($mod_csr, $mod_cert)) { // simply: if the moduli don't match, then the private key and public key won't match $input_errors[] = gettext("The certificate modulus does not match the signing request modulus."); $subject_mismatch = true; } /* save modifications */ if (count($input_errors) == 0) { $cert = $a_cert[$id]; csr_complete($cert, $pconfig['cert']); $a_cert[$id] = $cert; write_config(); header(url_safe('Location: /system_certmanager.php')); exit; } } elseif (!empty($_POST['save'])) { $input_errors = array(); $act = isset($_GET['act']) ? $_GET['act'] : null; /* input validation */ if ($pconfig['certmethod'] == "import") { $reqdfields = explode(" ", "descr cert key"); $reqdfieldsn = array( gettext("Descriptive name"), gettext("Certificate data"), gettext("Key data")); if (!empty($pconfig['cert']) && (!strstr($pconfig['cert'], "BEGIN CERTIFICATE") || !strstr($pconfig['cert'], "END CERTIFICATE"))) { $input_errors[] = gettext("This certificate does not appear to be valid."); } } elseif ($pconfig['certmethod'] == "internal") { $reqdfields = explode(" ", "descr caref keytype keylen curve digest_alg lifetime dn_country dn_state dn_city ". "dn_organization dn_email dn_commonname" ); $reqdfieldsn = array( gettext("Descriptive name"), gettext("Certificate authority"), gettext("Key type"), gettext("Key length"), gettext("Curve"), gettext("Digest algorithm"), gettext("Lifetime"), gettext("Distinguished name Country Code"), gettext("Distinguished name State or Province"), gettext("Distinguished name City"), gettext("Distinguished name Organization"), gettext("Distinguished name Email Address"), gettext("Distinguished name Common Name")); } elseif ($pconfig['certmethod'] == "external") { $reqdfields = explode(" ", "descr csr_keytype csr_keylen csr_curve csr_digest_alg csr_dn_country csr_dn_state csr_dn_city ". "csr_dn_organization csr_dn_email csr_dn_commonname" ); $reqdfieldsn = array( gettext("Descriptive name"), gettext("Key type"), gettext("Key length"), gettext("Curve"), gettext("Digest algorithm"), gettext("Distinguished name Country Code"), gettext("Distinguished name State or Province"), gettext("Distinguished name City"), gettext("Distinguished name Organization"), gettext("Distinguished name Email Address"), gettext("Distinguished name Common Name")); } elseif ($pconfig['certmethod'] == "existing") { $reqdfields = array("certref"); $reqdfieldsn = array(gettext("Existing Certificate Choice")); } elseif ($pconfig['certmethod'] == 'sign_cert_csr') { $reqdfields = array('caref_sign_csr', 'csr', 'lifetime_sign_csr', 'digest_alg_sign_csr'); $reqdfieldsn = array(gettext("Certificate authority"), gettext("CSR file"), gettext("Lifetime"), gettext("Digest Algorithm")); } $altnames = array(); do_input_validation($pconfig, $reqdfields, $reqdfieldsn, $input_errors); if (isset($pconfig['altname_value']) && $pconfig['certmethod'] != "import" && $pconfig['certmethod'] != "existing" && $pconfig['certmethod'] != 'sign_cert_csr') { /* subjectAltNames */ foreach ($pconfig['altname_type'] as $altname_seq => $altname_type) { if (!empty($pconfig['altname_value'][$altname_seq])) { $altnames[] = array("type" => $altname_type, "value" => $pconfig['altname_value'][$altname_seq]); } } /* Input validation for subjectAltNames */ foreach ($altnames as $altname) { if (! is_valid_alt_value($altname, $input_errors)) { break; } } /* Make sure we do not have invalid characters in the fields for the certificate */ for ($i = 0; $i < count($reqdfields); $i++) { if (preg_match('/email/', $reqdfields[$i])) { /* dn_email or csr_dn_name */ if (preg_match("/[\!\#\$\%\^\(\)\~\?\>\<\&\/\\\,\"\']/", $pconfig[$reqdfields[$i]])) { $input_errors[] = gettext("The field 'Distinguished name Email Address' contains invalid characters."); } } elseif (preg_match('/commonname/', $reqdfields[$i])) { /* dn_commonname or csr_dn_commonname */ if (preg_match("/[\!\@\#\$\%\^\(\)\~\?\>\<\&\/\\\,\"\']/", $pconfig[$reqdfields[$i]])) { $input_errors[] = gettext("The field 'Distinguished name Common Name' contains invalid characters."); } } elseif ($reqdfields[$i] == "csr_dn_organization" || $reqdfields[$i] == "dn_organization") { if (preg_match("/[\!\#\$\%\^\(\)\~\?\>\<\&\/\\\"\']/", $pconfig[$reqdfields[$i]])) { $input_errors[] = sprintf(gettext("The field '%s' contains invalid characters."), $reqdfieldsn[$i]); } } elseif ($reqdfields[$i] != "descr" && $reqdfields[$i] != "csr" && preg_match("/[\!\@\#\$\%\^\(\)\~\?\>\<\&\/\\\,\"\']/", $pconfig[$reqdfields[$i]])) { $input_errors[] = sprintf(gettext("The field '%s' contains invalid characters."), $reqdfieldsn[$i]); } } if ($pconfig['certmethod'] != "external" && !in_array($pconfig["keytype"], array("RSA", "Elliptic Curve"))) { $input_errors[] = gettext("Please select a valid Key Type."); } if ($pconfig['certmethod'] == "internal" && !in_array($pconfig["cert_type"], $cert_types)) { $input_errors[] = gettext("Please select a valid Type."); } if ($pconfig['certmethod'] != "external" && isset($pconfig["keylen"]) && $pconfig["keytype"] == "RSA" && !in_array($pconfig["keylen"], $cert_keylens)) { $input_errors[] = gettext("Please select a valid Key Length."); } if ($pconfig['certmethod'] != "external" && isset($pconfig["curve"]) && $pconfig["keytype"] == "Elliptic Curve" && !in_array($pconfig["curve"], $cert_curves)) { $input_errors[] = gettext("Please select a valid Curve."); } if ($pconfig['certmethod'] != "external" && !in_array($pconfig["digest_alg"], $openssl_digest_algs)) { $input_errors[] = gettext("Please select a valid Digest Algorithm."); } if ($pconfig['certmethod'] == "external" && !in_array($pconfig["keytype"], array("RSA", "Elliptic Curve"))) { $input_errors[] = gettext("Please select a valid Key Type."); } if ($pconfig['certmethod'] == "external" && isset($pconfig["csr_keylen"]) && $pconfig["keytype"] == "RSA" && !in_array($pconfig["csr_keylen"], $cert_keylens)) { $input_errors[] = gettext("Please select a valid Key Length."); } if ($pconfig['certmethod'] == "external" && isset($pconfig["csr_curve"]) && $pconfig["keytype"] == "Elliptic Curve" && !in_array($pconfig["csr_curve"], $cert_curves)) { $input_errors[] = gettext("Please select a valid Curve."); } if ($pconfig['certmethod'] == "external" && !in_array($pconfig["csr_digest_alg"], $openssl_digest_algs)) { $input_errors[] = gettext("Please select a valid Digest Algorithm."); } if ($pconfig['certmethod'] == "sign_cert_csr" && !in_array($pconfig["digest_alg_sign_csr"], $openssl_digest_algs)) { $input_errors[] = gettext("Please select a valid Digest Algorithm."); } } // validation and at the same time create $dn for sign_cert_csr if ($pconfig['certmethod'] === 'sign_cert_csr') { // XXX: we should separate validation and data gathering $extns = array(); if (isset($pconfig['key_usage_sign_csr'])) { $san_str = ''; if (!empty($pconfig['altname_type_sign_csr'])) { for ($i = 0; $i < count($pconfig['altname_type_sign_csr']); ++$i) { if ($pconfig['altname_value_sign_csr'][$i] === '') { continue; } if (! is_valid_alt_value(array( 'type' => $pconfig['altname_type_sign_csr'][$i], 'value' => $pconfig['altname_value_sign_csr'][$i]), $input_errors )) { break; } if ($san_str !== '') { $san_str .= ', '; } $san_str .= $pconfig['altname_type_sign_csr'][$i] . ':' . $pconfig['altname_value_sign_csr'][$i]; } } if ($san_str !== '') { $extns['subjectAltName'] = $san_str; } if (is_array($pconfig['key_usage_sign_csr']) && count($pconfig['key_usage_sign_csr']) > 0) { $resstr = ''; foreach ($pconfig['key_usage_sign_csr'] as $item) { if (array_key_exists($item, $key_usages)) { if ($resstr !== '') { $resstr .= ', '; } $resstr .= $item; } else { $input_errors[] = gettext("Please select a valid keyUsage."); break; } } $extns['keyUsage'] = $resstr; } if (is_array($pconfig['extended_key_usage_sign_csr']) && count($pconfig['extended_key_usage_sign_csr']) > 0) { $resstr = ''; foreach ($pconfig['extended_key_usage_sign_csr'] as $item) { if (array_key_exists($item, $extended_key_usages)) { if ($resstr !== '') { $resstr .= ', '; } $resstr .= $item; } else { $input_errors[] = gettext("Please select a valid extendedKeyUsage."); break; } } $extns['extendedKeyUsage'] = $resstr; } if ($pconfig['basic_constraints_is_ca_sign_csr'] === 'true') { $extns['basicConstraints'] = 'CA:' . ((isset($pconfig['basic_constraints_is_ca_sign_csr']) && $pconfig['basic_constraints_is_ca_sign_csr'] === 'true') ? 'TRUE' : 'false'); if (isset($pconfig['basic_constraints_path_len_sign_csr']) && $pconfig['basic_constraints_path_len_sign_csr'] != '') { $extns['basicConstraints'] .= ', pathlen:' . ((int) $pconfig['basic_constraints_path_len_sign_csr']); } } } } /* save modifications */ if (count($input_errors) == 0) { if ($pconfig['certmethod'] == "existing") { $cert = lookup_cert($pconfig['certref']); if ($cert && !empty($userid)) { $a_user[$userid]['cert'][] = $cert['refid']; } } else { $cert = array(); $cert['refid'] = uniqid(); if (isset($id) && $a_cert[$id]) { $cert = $a_cert[$id]; } $cert['descr'] = $pconfig['descr']; $old_err_level = error_reporting(0); /* otherwise openssl_ functions throw warings directly to a page screwing menu tab */ if ($pconfig['keytype'] == "Elliptic Curve") { $pconfig['keylen_curve'] = $pconfig['curve']; } else { $pconfig['keylen_curve'] = $pconfig['keylen']; } if ($pconfig['csr_keytype'] == "Elliptic Curve") { $pconfig['csr_keylen_curve'] = $pconfig['csr_curve']; } else { $pconfig['csr_keylen_curve'] = $pconfig['csr_keylen']; } if ($pconfig['certmethod'] == "import") { cert_import($cert, $pconfig['cert'], $pconfig['key']); } elseif ($pconfig['certmethod'] == "internal") { $dn = array( 'countryName' => $pconfig['dn_country'], 'stateOrProvinceName' => $pconfig['dn_state'], 'localityName' => $pconfig['dn_city'], 'organizationName' => $pconfig['dn_organization'], 'emailAddress' => $pconfig['dn_email'], 'commonName' => $pconfig['dn_commonname']); $extns = array(); if (count($altnames)) { $altnames_tmp = array(); foreach ($altnames as $altname) { $altnames_tmp[] = "{$altname['type']}:{$altname['value']}"; } $extns['subjectAltName'] = implode(",", $altnames_tmp); } if (!cert_create( $cert, $pconfig['caref'], $pconfig['keylen_curve'], $pconfig['lifetime'], $dn, $pconfig['digest_alg'], $pconfig['cert_type'], $extns )) { $input_errors = array(); while ($ssl_err = openssl_error_string()) { $input_errors[] = gettext("openssl library returns:") . " " . $ssl_err; } } if ($pconfig['private_key_location'] === 'local') { // unset private key before safe $act = 'download_private_key'; $pconfig['private_key'] = base64_decode($cert['prv']); unset($cert['prv']); } } elseif ($pconfig['certmethod'] === 'sign_cert_csr') { if (!sign_cert_csr($cert, $pconfig['caref_sign_csr'], $pconfig['csr'], (int) $pconfig['lifetime_sign_csr'], $pconfig['digest_alg_sign_csr'], $extns)) { $input_errors = array(); while ($ssl_err = openssl_error_string()) { $input_errors[] = gettext("openssl library returns:") . " " . $ssl_err; } } } elseif ($pconfig['certmethod'] == "external") { $dn = array( 'countryName' => $pconfig['csr_dn_country'], 'stateOrProvinceName' => $pconfig['csr_dn_state'], 'localityName' => $pconfig['csr_dn_city'], 'organizationName' => $pconfig['csr_dn_organization'], 'emailAddress' => $pconfig['csr_dn_email'], 'commonName' => $pconfig['csr_dn_commonname']); $extns = array(); if (!empty($pconfig['csr_dn_organizationalunit'])) { $dn['organizationalUnitName'] = $pconfig['csr_dn_organizationalunit']; } if (count($altnames)) { $altnames_tmp = array(); foreach ($altnames as $altname) { $altnames_tmp[] = "{$altname['type']}:{$altname['value']}"; } $extns['subjectAltName'] = implode(",", $altnames_tmp); } if (!csr_generate($cert, $pconfig['csr_keylen_curve'], $dn, $pconfig['csr_digest_alg'], $extns)) { $input_errors = array(); while ($ssl_err = openssl_error_string()) { $input_errors[] = gettext("openssl library returns:") . " " . $ssl_err; } } } error_reporting($old_err_level); if (isset($id)) { $a_cert[$id] = $cert; } else { $a_cert[] = $cert; } if (isset($a_user) && isset($userid)) { $a_user[$userid]['cert'][] = $cert['refid']; } } if (count($input_errors) == 0) { write_config(); if ($act !== 'download_private_key') { if (isset($userid)) { header(url_safe('Location: /system_usermanager.php?act=edit&userid=%d', array($userid))); } else { header(url_safe('Location: /system_certmanager.php')); } exit; } } } } } legacy_html_escape_form_data($pconfig); legacy_html_escape_form_data($a_ca); legacy_html_escape_form_data($a_cert); include("head.inc"); ?>
0) { print_input_errors($input_errors); } if (isset($savemsg)) { print_info_box($savemsg); } ?>
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$item) : $altname_type = isset($pconfig['altname_type'][$itemid]) ? $pconfig['altname_type'][$itemid] : null; ?>
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"/>
" . gettext("self-signed") . ""; } else { $caname = "" . gettext("external"). ""; } $subj = htmlspecialchars($subj); } if (isset($cert['csr'])) { $subj = htmlspecialchars(csr_get_subject($cert['csr'])); $caname = "" . gettext("external - signature pending") . ""; } if (isset($cert['caref'])) { $ca = lookup_ca($cert['caref']); if ($ca) { $caname = $ca['descr']; } }?>


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