/**
* Reencrypts specified fields
*
* @param string $table Table name
* @param string[] $fields Fields name
* @param string $where WHERE statement for SELECT query
* @param string[] $pks Primary keys names
* @param CryptoTool $source
*
* @return int Returns number of affected rows
*/
public function recrypt($table, $fields, $where = '', $pks = ['id'], CryptoTool $source = null)
{
if ($source === null) {
$source = $this->source;
}
$this->console->out("Reencrypting table '{$table}' fields:\n\t" . implode("\n\t", $fields));
$names = '`' . implode('`, `', array_merge($pks, $fields)) . '`';
$data = $this->db->Execute("SELECT {$names} FROM `{$table}` {$where} FOR UPDATE;");
$params = '`' . implode('` = ?, `', $fields) . '` = ?';
$where = '`' . implode('` = ? AND `', $pks) . '` = ?';
$stmt = $this->db->Prepare("UPDATE `{$table}` SET {$params} WHERE {$where};");
$affected = 0;
foreach ($data as $entry) {
$in = [];
foreach ($fields as $field) {
$in[] = $this->target->encrypt($source->_decrypt($entry[$field]));
}
foreach ($pks as $pk) {
$in[] = $entry[$pk];
}
$this->db->Execute($stmt, $in);
$affected += $this->db->Affected_Rows();
}
$this->console->out("Updated {$affected} rows!\n");
return $affected;
}
/**
* @test
* @dataProvider providerTestCrypto
*/
public function testDecryptoSzr($string)
{
if (self::$testSzr) {
$key = base64_encode(self::$cryptoSzr->getCryptoKey());
$str = escapeshellarg(self::$cryptoSzr->encrypt($string));
exec('python ' . __DIR__ . "/CryptoToolSzr.py decrypt {$str} {$key}", $result);
$this->assertEquals($string, $result[0]);
} else {
$this->markTestSkipped();
}
}
public function save()
{
$this->hash = CryptoTool::sault(12);
$this->scriptType = empty($this->scriptId) ? 'local' : 'scalr';
if (!isset($this->orderIndex)) {
$this->orderIndex = 10;
}
if (!isset($this->issync)) {
$this->issync = 0;
}
parent::save();
}
public function xCreateAction()
{
$this->request->defineParams(array('listeners' => array('type' => 'json'), 'healthcheck' => array('type' => 'json'), 'zones' => array('type' => 'array'), 'subnets' => array('type' => 'array'), 'scheme' => array('type' => 'string')));
$healthCheck = $this->getParam('healthcheck');
$elb = $this->environment->aws($this->getParam('cloudLocation'))->elb;
//prepare listeners
$listenersList = new ListenerList();
$li = 0;
foreach ($this->getParam('listeners') as $listener) {
$listener_chunks = explode("#", $listener);
$listenersList->append(new ListenerData(trim($listener_chunks[1]), trim($listener_chunks[2]), trim($listener_chunks[0]), null, trim($listener_chunks[3])));
}
$availZones = $this->getParam('zones');
$subnets = $this->getParam('subnets');
$scheme = $this->getParam('scheme');
$elb_name = sprintf("scalr-%s-%s", CryptoTool::sault(10), rand(100, 999));
$healthCheckType = new HealthCheckData();
$healthCheckType->target = $healthCheck['target'];
$healthCheckType->healthyThreshold = $healthCheck['healthyThreshold'];
$healthCheckType->interval = $healthCheck['interval'];
$healthCheckType->timeout = $healthCheck['timeout'];
$healthCheckType->unhealthyThreshold = $healthCheck['unhealthyThreshold'];
//Creates a new ELB
$dnsName = $elb->loadBalancer->create($elb_name, $listenersList, !empty($availZones) ? $availZones : null, !empty($subnets) ? $subnets : null, null, !empty($scheme) ? $scheme : null);
$tags = [['key' => \Scalr_Governance::SCALR_META_TAG_NAME, 'value' => $this->environment->applyGlobalVarsToValue(\Scalr_Governance::SCALR_META_TAG_VALUE)]];
//Tags governance
$governance = new \Scalr_Governance($this->environment->id);
$gTags = (array) $governance->getValue('ec2', \Scalr_Governance::AWS_TAGS);
if (count($gTags) > 0) {
foreach ($gTags as $tKey => $tValue) {
$tags[] = array('key' => $tKey, 'value' => $this->environment->applyGlobalVarsToValue($tValue));
}
}
$elb->loadBalancer->addTags($elb_name, $tags);
try {
$elb->loadBalancer->configureHealthCheck($elb_name, $healthCheckType);
} catch (Exception $e) {
$elb->loadBalancer->delete($elb_name);
throw $e;
}
// return all as in xListElb
$this->response->data(array('elb' => array('name' => $elb_name, 'dnsName' => $dnsName)));
}
protected function ValidateRequestBySignature($signature, $timestamp, $serverid)
{
ksort($this->Request);
$string_to_sign = "";
foreach ($this->Request as $k => $v) {
$string_to_sign .= "{$k}{$v}";
}
try {
$DBServer = DBServer::LoadByID($serverid);
} catch (Exception $e) {
if (stristr($e->getMessage(), 'not found in database')) {
throw new ForbiddenException($e->getMessage());
}
throw $e;
}
$valid_sign = \Scalr\Util\CryptoTool::keySign($string_to_sign, $DBServer->GetKey(true), $timestamp, static::HASH_ALGO);
if ($valid_sign != $signature) {
throw new ForbiddenException("Signature doesn't match");
}
return $DBServer;
}
public function save()
{
$this->hash = CryptoTool::sault(12);
parent::save();
}
/**
* @param string $newRoleName
* @param Scalr_Account_User $user
* @param int $envId
* @return int
* @throws Exception
*/
public function cloneRole($newRoleName, $user, $envId)
{
$this->db->BeginTrans();
$accountId = $user->getAccountId();
try {
$this->db->Execute("INSERT INTO roles SET\n name = ?,\n origin = ?,\n client_id = ?,\n env_id = ?,\n cat_id = ?,\n description = ?,\n behaviors = ?,\n generation = ?,\n os_id = ?,\n dtadded = NOW(),\n added_by_userid = ?,\n added_by_email = ?\n ", array($newRoleName, $accountId ? ROLE_TYPE::CUSTOM : ROLE_TYPE::SHARED, empty($accountId) ? null : intval($accountId), empty($envId) ? null : intval($envId), $this->catId, $this->description, $this->behaviorsRaw, 2, $this->osId, $user->getId(), $user->getEmail()));
$newRoleId = $this->db->Insert_Id();
//Set behaviors
foreach ($this->getBehaviors() as $behavior) {
$this->db->Execute("INSERT IGNORE INTO role_behaviors SET role_id = ?, behavior = ?", array($newRoleId, $behavior));
}
// Set images
$rsr7 = $this->db->Execute("SELECT * FROM role_images WHERE role_id = ?", array($this->id));
while ($r7 = $rsr7->FetchRow()) {
$this->db->Execute("INSERT INTO role_images SET\n `role_id` = ?,\n `cloud_location` = ?,\n `image_id` = ?,\n `platform` = ?\n ", array($newRoleId, $r7['cloud_location'], $r7['image_id'], $r7['platform']));
}
$props = $this->db->Execute("SELECT * FROM role_properties WHERE role_id=?", array($this->id));
while ($p1 = $props->FetchRow()) {
$this->db->Execute("\n INSERT INTO role_properties\n SET `role_id` = ?,\n `name`\t= ?,\n `value`\t= ?\n ON DUPLICATE KEY UPDATE\n `value` = ?\n ", array($newRoleId, $p1['name'], $p1['value'], $p1['value']));
}
//Set global variables
$variables = new Scalr_Scripting_GlobalVariables($this->clientId, $this->envId, ScopeInterface::SCOPE_ROLE);
$variables->setValues($variables->getValues($this->id), $newRoleId);
//Set scripts
$rsr8 = $this->db->Execute("SELECT * FROM role_scripts WHERE role_id = ?", array($this->id));
while ($r8 = $rsr8->FetchRow()) {
$this->db->Execute("INSERT INTO role_scripts SET\n role_id = ?,\n event_name = ?,\n target = ?,\n script_id = ?,\n version = ?,\n timeout = ?,\n issync = ?,\n params = ?,\n order_index = ?,\n script_type = ?,\n script_path = ?,\n hash = ?\n ", array($newRoleId, $r8['event_name'], $r8['target'], $r8['script_id'], $r8['version'], $r8['timeout'], $r8['issync'], $r8['params'], $r8['order_index'], $r8['script_type'], $r8['script_path'], CryptoTool::sault(12)));
}
//Set environments only for account-scope roles
if (!empty($accountId) && empty($envId)) {
$rsr9 = $this->db->Execute("SELECT * FROM role_environments WHERE role_id = ?", array($this->id));
while ($r9 = $rsr9->FetchRow()) {
$this->db->Execute("INSERT INTO role_environments SET\n role_id = ?,\n env_id = ?\n ", array($newRoleId, $r9['env_id']));
}
}
} catch (Exception $e) {
$this->db->RollbackTrans();
throw $e;
}
$this->db->CommitTrans();
if (!empty($newRoleId)) {
$newRole = self::loadById($newRoleId);
$newRole->syncAnalyticsTags();
}
return $newRoleId;
}
/**
* Gets the list of the security groups for the specified db server.
*
* If server does not have required security groups this method will create them.
*
* @param DBServer $DBServer The DB Server instance
* @param \Scalr\Service\Aws\Ec2 $ec2 Ec2 Client instance
* @param string $vpcId optional The ID of VPC
* @return array Returns array looks like array(groupid-1, groupid-2, ..., groupid-N)
*/
private function GetServerSecurityGroupsList(DBServer $DBServer, \Scalr\Service\Aws\Ec2 $ec2, $vpcId = "", \Scalr_Governance $governance = null)
{
$retval = array();
$checkGroups = array();
$sgGovernance = true;
$allowAdditionalSgs = true;
$roleBuiledSgName = \Scalr::config('scalr.aws.security_group_name') . "-rb";
if ($governance && $DBServer->farmRoleId) {
$sgs = $governance->getValue(SERVER_PLATFORMS::EC2, \Scalr_Governance::AWS_SECURITY_GROUPS);
if ($sgs !== null) {
$governanceSecurityGroups = @explode(",", $sgs);
if (!empty($governanceSecurityGroups)) {
foreach ($governanceSecurityGroups as $sg) {
if ($sg != '') {
array_push($checkGroups, trim($sg));
}
}
}
$sgGovernance = false;
$allowAdditionalSgs = $governance->getValue(SERVER_PLATFORMS::EC2, \Scalr_Governance::AWS_SECURITY_GROUPS, 'allow_additional_sec_groups');
}
} else {
$sgGovernance = false;
}
if (!$sgGovernance || $allowAdditionalSgs) {
if ($DBServer->farmRoleId != 0) {
$dbFarmRole = $DBServer->GetFarmRoleObject();
if ($dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_SECURITY_GROUPS_LIST) !== null) {
// New SG management
$sgs = @json_decode($dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_SECURITY_GROUPS_LIST));
if (!empty($sgs)) {
foreach ($sgs as $sg) {
if (stripos($sg, 'sg-') === 0) {
array_push($retval, $sg);
} else {
array_push($checkGroups, $sg);
}
}
}
} else {
// Old SG management
array_push($checkGroups, 'default');
array_push($checkGroups, \Scalr::config('scalr.aws.security_group_name'));
if (!$vpcId) {
array_push($checkGroups, "scalr-farm.{$DBServer->farmId}");
array_push($checkGroups, "scalr-role.{$DBServer->farmRoleId}");
}
$additionalSgs = trim($dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_SG_LIST));
if ($additionalSgs) {
$sgs = explode(",", $additionalSgs);
if (!empty($sgs)) {
foreach ($sgs as $sg) {
$sg = trim($sg);
if (stripos($sg, 'sg-') === 0) {
array_push($retval, $sg);
} else {
array_push($checkGroups, $sg);
}
}
}
}
}
} else {
array_push($checkGroups, $roleBuiledSgName);
}
}
// No name based security groups, return only SG ids.
if (empty($checkGroups)) {
return $retval;
}
// Filter groups
$filter = array(array('name' => SecurityGroupFilterNameType::groupName(), 'value' => $checkGroups));
// If instance run in VPC, add VPC filter
if ($vpcId != '') {
$filter[] = array('name' => SecurityGroupFilterNameType::vpcId(), 'value' => $vpcId);
}
// Get filtered list of SG required by scalr;
try {
$list = $ec2->securityGroup->describe(null, null, $filter);
$sgList = array();
foreach ($list as $sg) {
/* @var $sg \Scalr\Service\Aws\Ec2\DataType\SecurityGroupData */
if ($vpcId == '' && !$sg->vpcId || $vpcId && $sg->vpcId == $vpcId) {
$sgList[$sg->groupName] = $sg->groupId;
}
}
unset($list);
} catch (Exception $e) {
throw new Exception("Cannot get list of security groups (1): {$e->getMessage()}");
}
foreach ($checkGroups as $groupName) {
// Check default SG
if ($groupName == 'default') {
array_push($retval, $sgList[$groupName]);
// Check Roles builder SG
} elseif ($groupName == $roleBuiledSgName) {
if (!isset($sgList[$groupName])) {
try {
$securityGroupId = $ec2->securityGroup->create($roleBuiledSgName, "Security group for Roles Builder", $vpcId);
$ipRangeList = new IpRangeList();
foreach (\Scalr::config('scalr.aws.ip_pool') as $ip) {
$ipRangeList->append(new IpRangeData($ip));
}
sleep(2);
$ec2->securityGroup->authorizeIngress(array(new IpPermissionData('tcp', 22, 22, $ipRangeList), new IpPermissionData('tcp', 8008, 8013, $ipRangeList)), $securityGroupId);
$sgList[$roleBuiledSgName] = $securityGroupId;
} catch (Exception $e) {
throw new Exception(sprintf(_("Cannot create security group '%s': %s"), $roleBuiledSgName, $e->getMessage()));
}
}
array_push($retval, $sgList[$groupName]);
//Check scalr-farm.* security group
} elseif (stripos($groupName, 'scalr-farm.') === 0) {
if (!isset($sgList[$groupName])) {
try {
$securityGroupId = $ec2->securityGroup->create($groupName, sprintf("Security group for FarmID N%s", $DBServer->farmId), $vpcId);
sleep(2);
$userIdGroupPairList = new UserIdGroupPairList(new UserIdGroupPairData($DBServer->GetEnvironmentObject()->getPlatformConfigValue(self::ACCOUNT_ID), null, $groupName));
$ec2->securityGroup->authorizeIngress(array(new IpPermissionData('tcp', 0, 65535, null, $userIdGroupPairList), new IpPermissionData('udp', 0, 65535, null, $userIdGroupPairList)), $securityGroupId);
$sgList[$groupName] = $securityGroupId;
} catch (Exception $e) {
throw new Exception(sprintf(_("Cannot create security group '%s': %s"), $groupName, $e->getMessage()));
}
}
array_push($retval, $sgList[$groupName]);
//Check scalr-role.* security group
} elseif (stripos($groupName, 'scalr-role.') === 0) {
if (!isset($sgList[$groupName])) {
try {
$securityGroupId = $ec2->securityGroup->create($groupName, sprintf("Security group for FarmRoleID N%s on FarmID N%s", $DBServer->GetFarmRoleObject()->ID, $DBServer->farmId), $vpcId);
sleep(2);
// DB rules
$dbRules = $DBServer->GetFarmRoleObject()->GetRoleObject()->getSecurityRules();
$groupRules = array();
foreach ($dbRules as $rule) {
$groupRules[CryptoTool::hash($rule['rule'])] = $rule;
}
// Behavior rules
foreach (\Scalr_Role_Behavior::getListForFarmRole($DBServer->GetFarmRoleObject()) as $bObj) {
$bRules = $bObj->getSecurityRules();
foreach ($bRules as $r) {
if ($r) {
$groupRules[CryptoTool::hash($r)] = array('rule' => $r);
}
}
}
// Default rules
$userIdGroupPairList = new UserIdGroupPairList(new UserIdGroupPairData($DBServer->GetEnvironmentObject()->getPlatformConfigValue(self::ACCOUNT_ID), null, $groupName));
$rules = array(new IpPermissionData('tcp', 0, 65535, null, $userIdGroupPairList), new IpPermissionData('udp', 0, 65535, null, $userIdGroupPairList));
foreach ($groupRules as $rule) {
$group_rule = explode(":", $rule["rule"]);
$rules[] = new IpPermissionData($group_rule[0], $group_rule[1], $group_rule[2], new IpRangeData($group_rule[3]));
}
$ec2->securityGroup->authorizeIngress($rules, $securityGroupId);
$sgList[$groupName] = $securityGroupId;
} catch (Exception $e) {
throw new Exception(sprintf(_("Cannot create security group '%s': %s"), $groupName, $e->getMessage()));
}
}
array_push($retval, $sgList[$groupName]);
} elseif ($groupName == \Scalr::config('scalr.aws.security_group_name')) {
if (!isset($sgList[$groupName])) {
try {
$securityGroupId = $ec2->securityGroup->create($groupName, "Security rules needed by Scalr", $vpcId);
$ipRangeList = new IpRangeList();
foreach (\Scalr::config('scalr.aws.ip_pool') as $ip) {
$ipRangeList->append(new IpRangeData($ip));
}
// TODO: Open only FOR VPC ranges
$ipRangeList->append(new IpRangeData('10.0.0.0/8'));
sleep(2);
$ec2->securityGroup->authorizeIngress(array(new IpPermissionData('tcp', 3306, 3306, $ipRangeList), new IpPermissionData('tcp', 8008, 8013, $ipRangeList), new IpPermissionData('udp', 8014, 8014, $ipRangeList)), $securityGroupId);
$sgList[$groupName] = $securityGroupId;
} catch (Exception $e) {
throw new Exception(sprintf(_("Cannot create security group '%s': %s"), $groupName, $e->getMessage()));
}
}
array_push($retval, $sgList[$groupName]);
} else {
if (!isset($sgList[$groupName])) {
throw new Exception(sprintf(_("Security group '%s' is not found"), $groupName));
} else {
array_push($retval, $sgList[$groupName]);
}
}
}
return $retval;
}
public static function keepSession()
{
$session = self::getInstance();
$tm = time() + 86400 * 30;
$setHttpsCookie = $_SERVER['HTTPS'] ? true : false;
$signature = self::createCookieHash($session->userId, $session->sault, $session->hash);
$token = CryptoTool::hash("{$signature}:" . $session->hashpwd);
setcookie('scalr_user_id', $session->userId, $tm, "/", null, $setHttpsCookie, true);
setcookie('scalr_sault', $session->sault, $tm, "/", null, $setHttpsCookie, true);
setcookie('scalr_hash', $session->hash, $tm, "/", null, $setHttpsCookie, true);
setcookie('scalr_signature', $signature, $tm, "/", null, $setHttpsCookie, true);
setcookie('scalr_token', $token, $tm, "/", null, $setHttpsCookie, false);
$session->setToken($token);
}
private function getSshKeygenValue($args, $tmpFileContents, $readTmpFile = false)
{
$descriptorspec = array(0 => array("pipe", "r"), 1 => array("pipe", "w"), 2 => array("pipe", "w"));
$filePath = CACHEPATH . "/_tmp." . CryptoTool::hash($tmpFileContents);
if (!$readTmpFile) {
@file_put_contents($filePath, $tmpFileContents);
@chmod($filePath, 0600);
}
$pipes = array();
$process = @proc_open("ssh-keygen -f {$filePath} {$args}", $descriptorspec, $pipes);
if (@is_resource($process)) {
@fclose($pipes[0]);
$retval = trim(stream_get_contents($pipes[1]));
fclose($pipes[1]);
fclose($pipes[2]);
}
if ($readTmpFile) {
$retval = file_get_contents($filePath);
}
@unlink($filePath);
return $retval;
}
public function save()
{
$container = \Scalr::getContainer();
if (!$this->ID) {
$this->ID = 0;
$this->Hash = substr(CryptoTool::hash(uniqid(rand(), true)), 0, 14);
if (!$this->ClientID && $container->initialized('environment')) {
$this->ClientID = $container->environment->clientId;
}
if (!$this->EnvID && $container->initialized('environment')) {
$this->EnvID = $container->environment->id;
}
}
if ($this->DB->GetOne("\n SELECT id FROM farms\n WHERE name = ?\n AND env_id = ?\n AND id != ?\n LIMIT 1\n ", array($this->Name, $this->EnvID, $this->ID))) {
throw new Exception(sprintf('The name "%s" is already used.', $this->Name));
}
if (!$this->ID) {
$this->DB->Execute("\n INSERT INTO farms\n SET status = ?,\n name = ?,\n clientid = ?,\n env_id = ?,\n hash = ?,\n created_by_id = ?,\n created_by_email = ?,\n changed_by_id = ?,\n changed_time = ?,\n dtadded = NOW(),\n farm_roles_launch_order = ?,\n comments = ?\n ", array(FARM_STATUS::TERMINATED, $this->Name, $this->ClientID, $this->EnvID, $this->Hash, $this->ownerId, $this->createdByUserEmail, $this->changedByUserId, $this->changedTime, $this->RolesLaunchOrder, $this->Comments));
$this->ID = $this->DB->Insert_ID();
} else {
$this->DB->Execute("\n UPDATE farms\n SET name = ?,\n status = ?,\n farm_roles_launch_order = ?,\n term_on_sync_fail = ?,\n comments = ?,\n created_by_id = ?,\n created_by_email = ?,\n changed_by_id = ?,\n changed_time = ?\n WHERE id = ?\n LIMIT 1\n ", array($this->Name, $this->Status, $this->RolesLaunchOrder, $this->TermOnSyncFail, $this->Comments, $this->ownerId, $this->createdByUserEmail, $this->changedByUserId, $this->changedTime, $this->ID));
}
if (Scalr::getContainer()->analytics->enabled) {
//Farm tag
Scalr::getContainer()->analytics->tags->syncValue($this->ClientID, \Scalr\Stats\CostAnalytics\Entity\TagEntity::TAG_ID_FARM, $this->ID, $this->Name);
//Farm owner tag
Scalr::getContainer()->analytics->tags->syncValue($this->ClientID, \Scalr\Stats\CostAnalytics\Entity\TagEntity::TAG_ID_FARM_OWNER, $this->ID, $this->ownerId);
}
}
/**
* @param $qr
* @param $code
* @throws Exception
*/
public function xSettingsEnable2FaGglAction($qr, $code)
{
if ($this->user->getSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL) == 1) {
throw new Exception('Two-factor authentication has been already enabled for this user');
}
if ($qr && $code) {
if (Scalr_Util_Google2FA::verifyKey($qr, $code)) {
$resetCode = CryptoTool::sault(12);
$this->user->setSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL, 1);
$this->user->setSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_KEY, $this->getCrypto()->encrypt($qr));
$this->user->setSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_RESET_CODE, CryptoTool::hash($resetCode));
$this->response->data(['resetCode' => $resetCode]);
} else {
$this->response->data(array('errors' => array('code' => 'Invalid code')));
$this->response->failure();
}
} else {
$this->response->failure('Invalid data');
}
}
/**
* Retrieve password for a Windows machine
*
* @param string $serverId
* @throws Exception
*/
public function xGetWindowsPasswordAction($serverId)
{
$this->request->restrictAccess(Acl::RESOURCE_SECURITY_RETRIEVE_WINDOWS_PASSWORDS);
$password = $encPassword = null;
$dbServer = DBServer::LoadByID($serverId);
$this->user->getPermissions()->validate($dbServer);
if ($dbServer->platform == SERVER_PLATFORMS::EC2) {
$env = Scalr_Environment::init()->loadById($dbServer->envId);
$ec2 = $env->aws($dbServer->GetCloudLocation())->ec2;
$encPassword = $ec2->instance->getPasswordData($dbServer->GetCloudServerID());
$encPassword = str_replace('\\/', '/', trim($encPassword->passwordData));
} elseif ($dbServer->platform == SERVER_PLATFORMS::AZURE) {
$password = $dbServer->GetProperty(AZURE_SERVER_PROPERTIES::ADMIN_PASSWORD);
} elseif ($dbServer->platform == SERVER_PLATFORMS::GCE) {
$platform = PlatformFactory::NewPlatform(SERVER_PLATFORMS::GCE);
/* @var $client Google_Service_Compute */
$client = $platform->getClient($this->environment);
$ccProps = $this->environment->keychain(SERVER_PLATFORMS::GCE)->properties;
/* @var $info Google_Service_Compute_Instance */
$info = $client->instances->get($ccProps[Entity\CloudCredentialsProperty::GCE_PROJECT_ID], $dbServer->cloudLocation, $dbServer->serverId);
// More info about following code is available here:
// https://cloud.google.com/compute/docs/instances/windows-old-auth
//
// Check GCE agent version
$serialPort = $client->instances->getSerialPortOutput($ccProps[Entity\CloudCredentialsProperty::GCE_PROJECT_ID], $dbServer->cloudLocation, $dbServer->serverId);
$serialPortContents = $serialPort->getContents();
preg_match("/GCE Agent started( \\(version ([0-9\\.]+)\\))?\\./", $serialPortContents, $matches);
$agentVersion = count($matches) > 1 ? (int) str_replace('.', '', $matches[2]) : 0;
// New stuff is supported from version 3.0.0.0
if ($agentVersion > 3000) {
// NEW GCE AGENT
// Get SSH key
$config = array("digest_alg" => "sha512", "private_key_bits" => 2048, "private_key_type" => OPENSSL_KEYTYPE_RSA);
$key = openssl_pkey_new($config);
$details = openssl_pkey_get_details($key);
$userObject = ['userName' => 'scalr', 'modulus' => base64_encode($details['rsa']['n']), 'exponent' => base64_encode($details['rsa']['e']), 'email' => $ccProps[Entity\CloudCredentialsProperty::GCE_SERVICE_ACCOUNT_NAME], 'expireOn' => date("c", strtotime("+10 minute"))];
/* @var $meta Google_Service_Compute_Metadata */
$meta = $info->getMetadata();
$found = false;
/* @var $item \Google_Service_Compute_MetadataItems */
foreach ($meta as $item) {
if ($item->getKey() === "windows-keys") {
$item->setValue(json_encode($userObject, JSON_FORCE_OBJECT));
$found = true;
break;
}
}
if (!$found) {
$item = new \Google_Service_Compute_MetadataItems();
$item->setKey("windows-keys");
$item->setValue(json_encode($userObject, JSON_FORCE_OBJECT));
$meta[count($meta)] = $item;
}
$client->instances->setMetadata($ccProps[Entity\CloudCredentialsProperty::GCE_PROJECT_ID], $dbServer->cloudLocation, $dbServer->serverId, $meta);
//Monitor serial port #4
for ($i = 0; $i < 10; $i++) {
$serialPortInfo = $client->instances->getSerialPortOutput($ccProps[Entity\CloudCredentialsProperty::GCE_PROJECT_ID], $dbServer->cloudLocation, $dbServer->serverId, ['port' => 4]);
$lines = explode("\n", $serialPortInfo->getContents());
foreach ($lines as $line) {
$obj = json_decode(trim($line));
if (isset($obj->modulus) && $obj->modulus == $userObject['modulus']) {
$encPassword = base64_decode($obj->encryptedPassword);
break;
}
}
if ($encPassword) {
break;
}
sleep(2);
}
if ($encPassword) {
openssl_private_decrypt($encPassword, $password, $key, OPENSSL_PKCS1_OAEP_PADDING);
$encPassword = null;
} else {
throw new Exception("Windows password is not available yet. Please try again in couple minutes.");
}
} else {
// OLD GCE AGENT
foreach ($info->getMetadata() as $meta) {
/* @var $meta Google_Service_Compute_MetadataItems */
if ($meta->getKey() == 'gce-initial-windows-password') {
$password = $meta->getValue();
break;
}
}
}
} elseif (PlatformFactory::isOpenstack($dbServer->platform)) {
if (in_array($dbServer->platform, array(SERVER_PLATFORMS::RACKSPACENG_UK, SERVER_PLATFORMS::RACKSPACENG_US))) {
$password = $dbServer->GetProperty(OPENSTACK_SERVER_PROPERTIES::ADMIN_PASS);
} else {
$env = Scalr_Environment::init()->loadById($dbServer->envId);
$os = $env->openstack($dbServer->platform, $dbServer->GetCloudLocation());
//TODO: Check is extension supported
$encPassword = trim($os->servers->getEncryptedAdminPassword($dbServer->GetCloudServerID()));
}
} else {
throw new Exception("Requested operation is supported by '{$dbServer->platform}' cloud");
}
if ($encPassword) {
try {
$sshKey = (new SshKey())->loadGlobalByFarmId($dbServer->envId, $dbServer->platform, $dbServer->GetCloudLocation(), $dbServer->farmId);
$password = CryptoTool::opensslDecrypt(base64_decode($encPassword), $sshKey->privateKey);
} catch (Exception $e) {
//Do nothing. Error already handled in UI (If no password returned)
}
}
$this->response->data(array('password' => $password, 'encodedPassword' => $encPassword));
}
/**
* @param string $scalrLogin
* @param RawData $scalrPass
* @param bool $scalrKeepSession
* @param int $accountId
* @param string $tfaGglCode
* @param bool $tfaGglReset
* @param string $scalrCaptcha
* @param string $scalrCaptchaChallenge
*/
public function xLoginAction($scalrLogin, RawData $scalrPass, $scalrKeepSession = false, $accountId = 0, $tfaGglCode = '', $tfaGglReset = false, $scalrCaptcha = '', $scalrCaptchaChallenge = '')
{
$user = $this->loginUserGet($scalrLogin, $scalrPass, $accountId, $scalrCaptcha, $scalrCaptchaChallenge);
$msg = [];
// check for 2-factor auth
if ($user->getSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL) == 1) {
if ($tfaGglCode) {
if ($tfaGglReset) {
$resetCode = $user->getSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_RESET_CODE);
if ($resetCode != CryptoTool::hash($tfaGglCode)) {
$this->response->data(["errors" => ["tfaGglCode" => "Invalid reset code"]]);
$this->auditLog("user.auth.login", ['result' => 'error', 'error_message' => 'Invalid reset code']);
$this->response->failure();
return;
} else {
$user->setSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL, '');
$user->setSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_KEY, '');
$user->setSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_RESET_CODE, '');
$msg = ["info" => "Two-factor authentication has been disabled."];
$this->response->success($msg["info"]);
}
} else {
$key = $this->getCrypto()->decrypt($user->getSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_KEY));
if (!Scalr_Util_Google2FA::verifyKey($key, $tfaGglCode)) {
$this->response->data(["errors" => ["tfaGglCode" => "Invalid code"]]);
$this->auditLog("user.auth.login", ['result' => 'error', 'error_message' => 'Invalid code']);
$this->response->failure();
return;
}
}
} else {
$this->response->data(["tfaGgl" => true]);
$this->response->failure();
return;
}
}
$this->loginUserCreate($user, $scalrKeepSession);
try {
$envId = $this->getEnvironmentId(true) ?: $user->getDefaultEnvironment()->id;
} catch (Exception $e) {
$envId = null;
}
$this->getContainer()->auditlogger->setEnvironmentId($envId)->setRuid(Scalr_Session::getInstance()->getRealUserId());
$this->auditLog("user.auth.login", $user);
}
private function saveGroupRules($platform, $cloudLocation, $groupData, $newRules, $extraParams)
{
if ($platform != SERVER_PLATFORMS::AZURE) {
$ruleTypes = array('rules', 'sgRules');
$addRulesSet = array();
$rmRulesSet = array();
foreach ($ruleTypes as $ruleType) {
$addRulesSet[$ruleType] = array();
$rmRulesSet[$ruleType] = array();
foreach ($newRules[$ruleType] as $r) {
if (!$r['id']) {
if ($ruleType == 'rules') {
$rule = "{$r['ipProtocol']}:{$r['fromPort']}:{$r['toPort']}:{$r['cidrIp']}";
} elseif ($ruleType == 'sgRules') {
$rule = "{$r['ipProtocol']}:{$r['fromPort']}:{$r['toPort']}:{$r['sg']}";
}
if ($platform == SERVER_PLATFORMS::EC2 && $r['type'] == self::OUTBOUND_RULE) {
$rule .= ":{$r['type']}";
}
$id = CryptoTool::hash($rule);
if (!$groupData[$ruleType][$id]) {
$addRulesSet[$ruleType][] = $r;
if ($r['comment']) {
if ($this->db->GetRow("SHOW TABLES LIKE 'security_group_rules_comments'")) {
$this->db->Execute("\n INSERT `security_group_rules_comments`\n SET `env_id` = ?,\n `platform` = ?,\n `cloud_location` = ?,\n `vpc_id` = ?,\n `group_name` = ?,\n `rule` = ?,\n `comment` = ?\n ON DUPLICATE KEY UPDATE\n `comment` = ?\n ", array($this->getEnvironmentId(), $platform, PlatformFactory::isCloudstack($platform) ? '' : $cloudLocation, $groupData['vpcId'] ? $groupData['vpcId'] : '', $groupData['name'], $rule, $r['comment'], $r['comment']));
} else {
$this->db->Execute("\n INSERT `comments`\n SET `env_id` = ?,\n `sg_name` = ?,\n `rule` = ?,\n `comment` = ?\n ON DUPLICATE KEY UPDATE\n `comment` = ?\n ", array($this->getEnvironmentId(), $groupData['name'], $rule, $r['comment'], $r['comment']));
}
}
}
}
}
foreach ($groupData[$ruleType] as $r) {
$found = false;
foreach ($newRules[$ruleType] as $nR) {
if ($nR['id'] == $r['id']) {
$found = true;
break;
}
}
if (!$found) {
$rmRulesSet[$ruleType][] = $r;
}
}
}
if (count($addRulesSet['rules']) > 0 || count($addRulesSet['sgRules']) > 0) {
$this->callPlatformMethod($platform, __FUNCTION__, array($platform, $cloudLocation, $groupData, $addRulesSet, 'add'));
}
if (count($rmRulesSet['rules']) > 0 || count($rmRulesSet['sgRules']) > 0) {
$this->callPlatformMethod($platform, __FUNCTION__, array($platform, $cloudLocation, $groupData, $rmRulesSet, 'remove'));
}
} else {
$addRulesSet = [];
$rmRulesSet = [];
foreach ($newRules['rules'] as $r) {
if (!$r['id']) {
$addRulesSet['rules'][] = $r;
}
}
foreach ($groupData['rules'] as $r) {
$found = false;
foreach ($newRules['rules'] as $nR) {
if ($nR['id'] == $r['id']) {
$found = true;
break;
}
}
if (!$found) {
$rmRulesSet['rules'][] = $r;
}
}
if (count($rmRulesSet['rules']) > 0) {
$this->callPlatformMethod($platform, __FUNCTION__, array($platform, $cloudLocation, $groupData, $rmRulesSet, 'remove', $extraParams));
}
if (count($addRulesSet['rules']) > 0) {
$this->callPlatformMethod($platform, __FUNCTION__, array($platform, $cloudLocation, $groupData, $addRulesSet, 'add', $extraParams));
}
}
}
$keyId = $_SERVER['HTTP_X_SCALR_AUTH_KEY'];
$token = $_SERVER['HTTP_X_SCALR_AUTH_TOKEN'];
$envId = (int) $_SERVER['HTTP_X_SCALR_ENV_ID'];
$pathChunks = explode('/', $path);
$version = array_shift($pathChunks);
$path = '/' . $path;
$user = Scalr_Account_User::init();
$user->loadByApiAccessKey($keyId);
if (!$user->getSetting(Scalr_Account_User::SETTING_API_ENABLED)) {
throw new Exception("API disabled for this account");
}
//Check IP whitelist
$postData = isset($_POST['rawPostData']) ? $_POST['rawPostData'] : '';
$secretKey = $user->getSetting(Scalr_Account_User::SETTING_API_SECRET_KEY);
$stringToSign = "{$path}:{$keyId}:{$envId}:{$postData}:{$secretKey}";
$validToken = CryptoTool::hash($stringToSign);
if ($validToken != $token) {
throw new Exception("Invalid authentification token");
}
// prepate input data
$postDataConvert = array();
foreach (json_decode($postData, true) as $key => $value) {
$postDataConvert[str_replace('.', '_', $key)] = $value;
}
$request = Scalr_UI_Request::initializeInstance(Scalr_UI_Request::REQUEST_TYPE_API, getallheaders(), $_SERVER, $postDataConvert, $_FILES, $user->id, $envId);
$request->requestApiVersion = intval(trim($version, 'v'));
Scalr_Api_Controller::handleRequest($pathChunks);
Scalr_UI_Response::getInstance()->sendResponse();
} catch (Exception $e) {
Scalr_UI_Response::getInstance()->failure($e->getMessage());
Scalr_UI_Response::getInstance()->sendResponse();
public static function getKey()
{
return CryptoTool::sault(8);
}
/**
* Set special cookies. We could re-create session based on that cookies.
*/
public static function keepSession()
{
$session = self::getInstance();
$tm = strtotime(Scalr::config('scalr.security.user.session.cookie_lifetime'));
$setHttpsCookie = filter_has_var(INPUT_SERVER, 'HTTPS');
$signature = self::createCookieHash($session->userId, $tm, $session->sault, $session->hash);
$token = CryptoTool::hash("{$signature}:" . $session->hashpwd);
setcookie('scalr_user_id', $session->userId, $tm, "/", null, $setHttpsCookie, true);
setcookie('scalr_sault', $session->sault, $tm, "/", null, $setHttpsCookie, true);
setcookie('scalr_hash', $session->hash, $tm, "/", null, $setHttpsCookie, true);
setcookie('scalr_expire', $tm, $tm, "/", null, $setHttpsCookie, true);
setcookie('scalr_signature', $signature, $tm, "/", null, $setHttpsCookie, true);
setcookie('scalr_token', $token, $tm, "/", null, $setHttpsCookie, false);
$session->setToken($token);
}
public function xGetWindowsPasswordAction()
{
$this->request->restrictAccess(Acl::RESOURCE_SECURITY_RETRIEVE_WINDOWS_PASSWORDS);
$this->request->defineParams(array('serverId'));
$dbServer = DBServer::LoadByID($this->getParam('serverId'));
$this->user->getPermissions()->validate($dbServer);
if ($dbServer->platform == SERVER_PLATFORMS::EC2) {
$env = Scalr_Environment::init()->loadById($dbServer->envId);
$ec2 = $env->aws($dbServer->GetCloudLocation())->ec2;
$encPassword = $ec2->instance->getPasswordData($dbServer->GetCloudServerID());
$encPassword = str_replace('\\/', '/', trim($encPassword->passwordData));
} elseif ($dbServer->platform == SERVER_PLATFORMS::GCE) {
$platform = PlatformFactory::NewPlatform(SERVER_PLATFORMS::GCE);
$client = $platform->getClient($this->environment, $this->getParam('cloudLocation'));
/* @var $client Google_Service_Compute */
$info = $client->instances->get($this->environment->getPlatformConfigValue(GoogleCEPlatformModule::PROJECT_ID), $dbServer->cloudLocation, $dbServer->serverId);
/* @var $info Google_Service_Compute_Instance */
foreach ($info->getMetadata() as $meta) {
/* @var $meta Google_Service_Compute_MetadataItems */
if ($meta->getKey() == 'gce-initial-windows-password') {
$password = $meta->getValue();
break;
}
}
} elseif (PlatformFactory::isOpenstack($dbServer->platform)) {
if (in_array($dbServer->platform, array(SERVER_PLATFORMS::RACKSPACENG_UK, SERVER_PLATFORMS::RACKSPACENG_US))) {
$password = $dbServer->GetProperty(OPENSTACK_SERVER_PROPERTIES::ADMIN_PASS);
} else {
$env = Scalr_Environment::init()->loadById($dbServer->envId);
$os = $env->openstack($dbServer->platform, $dbServer->GetCloudLocation());
//TODO: Check is extension supported
$encPassword = trim($os->servers->getEncryptedAdminPassword($dbServer->GetCloudServerID()));
}
} else {
throw new Exception("Requested operation supported only by EC2");
}
if ($encPassword) {
try {
$privateKey = Scalr_SshKey::init()->loadGlobalByFarmId($dbServer->envId, $dbServer->farmId, $dbServer->GetCloudLocation(), $dbServer->platform);
$password = CryptoTool::opensslDecrypt(base64_decode($encPassword), $privateKey->getPrivate());
} catch (Exception $e) {
//Do nothing. Error already handled in UI (If no password returned)
}
}
$this->response->data(array('password' => $password, 'encodedPassword' => $encPassword));
}
/**
* Set scripts of the Role
* TODO refactor this method to new Entities
*
* @param array $scripts
*/
public function setScripts($scripts)
{
if (!$this->id) {
return;
}
if (!is_array($scripts)) {
return;
}
$ids = array();
foreach ($scripts as $script) {
// TODO: check permission for script_id
if (!$script['role_script_id']) {
$this->db()->Execute('INSERT INTO role_scripts SET
`role_id` = ?,
`event_name` = ?,
`target` = ?,
`script_id` = ?,
`version` = ?,
`timeout` = ?,
`issync` = ?,
`params` = ?,
`order_index` = ?,
`hash` = ?,
`script_path` = ?,
`run_as` = ?,
`script_type` = ?
', array($this->id, $script['event_name'], $script['target'], $script['script_id'] != 0 ? $script['script_id'] : NULL, $script['version'], $script['timeout'], $script['isSync'], serialize($script['params']), $script['order_index'], !$script['hash'] ? CryptoTool::sault(12) : $script['hash'], $script['script_path'], $script['run_as'], $script['script_type']));
$ids[] = $this->db()->Insert_ID();
} else {
$this->db()->Execute('UPDATE role_scripts SET
`event_name` = ?,
`target` = ?,
`script_id` = ?,
`version` = ?,
`timeout` = ?,
`issync` = ?,
`params` = ?,
`order_index` = ?,
`script_path` = ?,
`run_as` = ?,
`script_type` = ?
WHERE id = ? AND role_id = ?
', array($script['event_name'], $script['target'], $script['script_id'] != 0 ? $script['script_id'] : NULL, $script['version'], $script['timeout'], $script['isSync'], serialize($script['params']), $script['order_index'], $script['script_path'], $script['run_as'], $script['script_type'], $script['role_script_id'], $this->id));
$ids[] = $script['role_script_id'];
}
}
$toRemove = $this->db()->Execute('SELECT id, hash FROM role_scripts WHERE role_id = ? AND id NOT IN (\'' . implode("','", $ids) . '\')', array($this->id));
while ($rScript = $toRemove->FetchRow()) {
$this->db()->Execute("DELETE FROM farm_role_scripting_params WHERE hash = ? AND farm_role_id IN (SELECT id FROM farm_roles WHERE role_id = ?)", array($rScript['hash'], $this->id));
$this->db()->Execute("DELETE FROM role_scripts WHERE id = ?", array($rScript['id']));
}
}
/**
* @param string $cloudLocation Ec2 Region
* @param JsonData $listeners Listeners list
* @param bool $crossLoadBalancing Enable Cross balancing
* @param JsonData $healthcheck Health check data
* @param string $scheme optional Scheme
* @param JsonData $securityGroups optional Security groups
* @param string $vpcId optional Vpc id
* @param JsonData $zones optional Availability zones
* @param JsonData $subnets optional Subnets
* @param string $name optional Name
* @throws Exception
*/
public function xCreateAction($cloudLocation, JsonData $listeners, $crossLoadBalancing, JsonData $healthcheck, $scheme = null, JsonData $securityGroups = null, $vpcId = null, JsonData $zones = null, JsonData $subnets = null, $name = null)
{
$this->request->restrictAccess(Acl::RESOURCE_AWS_ELB, Acl::PERM_AWS_ELB_MANAGE);
$elb = $this->environment->aws($cloudLocation)->elb;
//prepare listeners
$listenersList = new ListenerList();
foreach ($listeners as $listener) {
$listener_chunks = explode("#", $listener);
$listenersList->append(new ListenerData(trim($listener_chunks[1]), trim($listener_chunks[2]), trim($listener_chunks[0]), null, trim($listener_chunks[3])));
}
$zones = !empty($zones) ? (array) $zones : null;
$subnets = !empty($subnets) ? (array) $subnets : null;
if (empty($name)) {
$name = sprintf("scalr-%s-%s", CryptoTool::sault(10), rand(100, 999));
} else {
if (!preg_match('/^[-a-zA-Z0-9]+$/', $name)) {
throw new Exception('Load Balancer names must only contain alphanumeric characters or dashes.');
}
}
$healthCheckType = new HealthCheckData();
$healthCheckType->target = $healthcheck['target'];
$healthCheckType->healthyThreshold = $healthcheck['healthyThreshold'];
$healthCheckType->interval = $healthcheck['interval'];
$healthCheckType->timeout = $healthcheck['timeout'];
$healthCheckType->unhealthyThreshold = $healthcheck['unhealthyThreshold'];
$securityGroupIds = [];
foreach ($securityGroups as $securityGroup) {
$securityGroupIds[] = $securityGroup['id'];
}
$result = self::loadController('Aws', 'Scalr_UI_Controller_Tools')->checkSecurityGroupsPolicy($securityGroups, Aws::SERVICE_INTERFACE_ELB);
if ($result === true) {
$result = self::loadController('Aws', 'Scalr_UI_Controller_Tools')->checkVpcPolicy($vpcId, $subnets, $cloudLocation);
}
if ($result !== true) {
throw new Exception($result);
}
//Creates a new ELB
$dnsName = $elb->loadBalancer->create($name, $listenersList, $zones, $subnets, !empty($securityGroupIds) ? $securityGroupIds : null, !empty($scheme) ? $scheme : null);
if ($crossLoadBalancing) {
$attributes = new AttributesData();
$attributes->setCrossZoneLoadBalancing(new CrossZoneLoadBalancingData($crossLoadBalancing));
$requestData = new ModifyLoadBalancerAttributes($name, $attributes);
$elb->loadBalancer->modifyAttributes($requestData);
}
$elb->loadBalancer->addTags($name, $this->getEnvironment()->getAwsTags());
try {
$elb->loadBalancer->configureHealthCheck($name, $healthCheckType);
} catch (Exception $e) {
$elb->loadBalancer->delete($name);
throw $e;
}
$lb = $elb->loadBalancer->describe($name)->get(0);
// return all as in xListElb
$this->response->data(['elb' => ['name' => $name, 'dnsName' => $dnsName, 'dtcreated' => $lb->createdTime->format('c'), 'subnets' => $lb->subnets]]);
}
public function xSaveAction()
{
$user = Scalr_Account_User::init();
$validator = new Scalr_Validator();
if (!$this->getParam('email')) {
throw new Scalr_Exception_Core('Email must be provided.');
}
if ($validator->validateEmail($this->getParam('email'), null, true) !== true) {
throw new Scalr_Exception_Core('Email should be correct');
}
if ($this->user->canManageAcl() || $this->user->isTeamOwner()) {
$newUser = false;
if ($this->getParam('id')) {
$user->loadById((int) $this->getParam('id'));
if (!$this->user->canEditUser($user)) {
throw new Scalr_Exception_InsufficientPermissions();
}
$user->updateEmail($this->getParam('email'));
} else {
$this->user->getAccount()->validateLimit(Scalr_Limits::ACCOUNT_USERS, 1);
$user->create($this->getParam('email'), $this->user->getAccountId());
$user->type = Scalr_Account_User::TYPE_TEAM_USER;
$newUser = true;
}
$sendResetLink = false;
if (!$this->getParam('password')) {
$password = CryptoTool::sault(10);
$sendResetLink = true;
} else {
$password = $this->getParam('password');
}
if ($password != '******') {
$user->updatePassword($password);
}
if (in_array($this->getParam('status'), array(Scalr_Account_User::STATUS_ACTIVE, Scalr_Account_User::STATUS_INACTIVE)) && !$user->isAccountOwner()) {
$user->status = $this->getParam('status');
}
$user->fullname = $this->getParam('fullname');
$user->comments = $this->getParam('comments');
$user->save();
if ($this->getParam('enableApi')) {
$keys = Scalr::GenerateAPIKeys();
$user->setSetting(Scalr_Account_User::SETTING_API_ENABLED, true);
$user->setSetting(Scalr_Account_User::SETTING_API_ACCESS_KEY, $keys['id']);
$user->setSetting(Scalr_Account_User::SETTING_API_SECRET_KEY, $keys['key']);
}
if ($newUser) {
if ($sendResetLink) {
try {
$hash = $this->getCrypto()->sault(10);
$user->setSetting(Scalr_Account::SETTING_OWNER_PWD_RESET_HASH, $hash);
$clientinfo = array('email' => $user->getEmail(), 'fullname' => $user->fullname);
// Send reset password E-mail
$res = $this->getContainer()->mailer->sendTemplate(SCALR_TEMPLATES_PATH . '/emails/user_account_confirm.eml', array("{{fullname}}" => $clientinfo['fullname'], "{{pwd_link}}" => "https://{$_SERVER['HTTP_HOST']}/#/guest/updatePassword/?hash={$hash}"), $clientinfo['email'], $clientinfo['fullname']);
} catch (Exception $e) {
}
}
}
$this->response->data(array('user' => array('id' => $user->getId(), 'email' => $user->getEmail(), 'fullname' => $user->fullname)));
$this->response->success('User successfully saved');
} else {
throw new Scalr_Exception_InsufficientPermissions();
}
}
/**
* @param string $scalrLogin
* @param RawData $scalrPass
* @param bool $scalrKeepSession
* @param int $accountId
* @param string $tfaGglCode
* @param bool $tfaGglReset
* @param string $scalrCaptcha
* @param string $scalrCaptchaChallenge
*/
public function xLoginAction($scalrLogin, RawData $scalrPass, $scalrKeepSession = false, $accountId = 0, $tfaGglCode = '', $tfaGglReset = false, $scalrCaptcha = '', $scalrCaptchaChallenge = '')
{
$user = $this->loginUserGet($scalrLogin, $scalrPass, $accountId, $scalrCaptcha, $scalrCaptchaChallenge);
// check for 2-factor auth
if ($user->getSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL) == 1) {
if ($tfaGglCode) {
if ($tfaGglReset) {
$resetCode = $user->getSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_RESET_CODE);
if ($resetCode != CryptoTool::hash($tfaGglCode)) {
$this->response->data(array('errors' => array('tfaGglCode' => 'Invalid reset code')));
$this->response->failure();
return;
} else {
$user->setSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL, '');
$user->setSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_KEY, '');
$user->setSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_RESET_CODE, '');
$this->response->success('Two-factor authentication has been disabled.');
}
} else {
$key = $this->getCrypto()->decrypt($user->getSetting(Scalr_Account_User::SETTING_SECURITY_2FA_GGL_KEY));
if (!Scalr_Util_Google2FA::verifyKey($key, $tfaGglCode)) {
$this->response->data(array('errors' => array('tfaGglCode' => 'Invalid code')));
$this->response->failure();
return;
}
}
} else {
$this->response->data(array('tfaGgl' => true));
$this->response->failure();
return;
}
}
$this->loginUserCreate($user, $scalrKeepSession);
}
