public function xListVolumesAction()
{
$this->request->defineParams(array('sort' => array('type' => 'json', 'default' => array('property' => 'volumeId', 'direction' => 'ASC')), 'volumeId'));
$csClient = Scalr_Service_Cloud_Cloudstack::newCloudstack($this->environment->getPlatformConfigValue(Modules_Platforms_Cloudstack::API_URL), $this->environment->getPlatformConfigValue(Modules_Platforms_Cloudstack::API_KEY), $this->environment->getPlatformConfigValue(Modules_Platforms_Cloudstack::SECRET_KEY));
$volumes = $csClient->listVolumes($this->getParam('cloudLocation'));
$vols = array();
foreach ($volumes as $pk => $pv) {
if ($this->getParam('volumeId') && $this->getParam('volumeId') != $pv->id) {
continue;
}
$item = array('volumeId' => $pv->id, 'size' => round($pv->size / 1024 / 1024 / 1024, 2), 'status' => $pv->state, 'attachmentStatus' => $pv->virtualmachineid ? 'attached' : 'available', 'device' => $pv->deviceid, 'instanceId' => $pv->virtualmachineid, 'type' => $pv->type . " ({$pv->storagetype})", 'storage' => $pv->storage);
$item['autoSnaps'] = $this->db->GetOne("SELECT id FROM autosnap_settings WHERE objectid=? AND object_type=?", array($pv->id, AUTOSNAPSHOT_TYPE::CSVOL)) ? true : false;
if ($item['instanceId']) {
try {
$dbServer = DBServer::LoadByPropertyValue(CLOUDSTACK_SERVER_PROPERTIES::SERVER_ID, $item['instanceId']);
$item['farmId'] = $dbServer->farmId;
$item['farmRoleId'] = $dbServer->farmRoleId;
$item['serverIndex'] = $dbServer->index;
$item['serverId'] = $dbServer->serverId;
$item['farmName'] = $dbServer->GetFarmObject()->Name;
$item['mountStatus'] = false;
$item['roleName'] = $dbServer->GetFarmRoleObject()->GetRoleObject()->name;
} catch (Exception $e) {
}
}
$vols[] = $item;
}
$response = $this->buildResponseFromData($vols, array('serverId', 'volumeId', 'farmId', 'farmRoleId', 'storage'));
$this->response->data($response);
}
public function xGetOfferingsListAction()
{
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($this->getEnvironment()->getPlatformConfigValue(Modules_Platforms_Cloudstack::API_URL), $this->getEnvironment()->getPlatformConfigValue(Modules_Platforms_Cloudstack::API_KEY), $this->getEnvironment()->getPlatformConfigValue(Modules_Platforms_Cloudstack::SECRET_KEY));
$data = array();
foreach ($cs->listServiceOfferings() as $offering) {
$data['serviceOfferings'][] = array('id' => $offering->id, 'name' => $offering->displaytext);
}
$accountName = $this->getEnvironment()->getPlatformConfigValue(Modules_Platforms_Cloudstack::ACCOUNT_NAME, false);
$domainId = $this->getEnvironment()->getPlatformConfigValue(Modules_Platforms_Cloudstack::DOMAIN_ID, false);
foreach ($cs->listNetworks("", $accountName, $domainId) as $network) {
$data['networks'][] = array('id' => $network->id, 'name' => "{$network->id}: {$network->name} ({$network->networkdomain})");
}
$this->response->data(array('data' => $data));
}
public function getLocations()
{
try {
$environment = Scalr_UI_Request::getInstance()->getEnvironment();
if ($environment && $environment->isPlatformEnabled($this->platform)) {
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($this->getConfigVariable(self::API_URL, $environment), $this->getConfigVariable(self::API_KEY, $environment), $this->getConfigVariable(self::SECRET_KEY, $environment), $this->platform);
$retval = array();
foreach ($cs->listZones() as $zone) {
$retval[$zone->name] = strtoupper($this->platform) . " / {$zone->name}";
}
return $retval;
}
} catch (Exception $e) {
}
return array("jp-east-t1v" => "IDCF / jp-east-t1v", "jp-east-f2v" => "IDCF / jp-east-f2v");
}
public function xListIpsAction()
{
$this->request->defineParams(array('sort' => array('type' => 'json', 'default' => array('property' => 'ipId', 'direction' => 'ASC')), 'ipId'));
$platformName = $this->getParam('platform');
if (!$platformName) {
throw new Exception("Cloud should be specified");
}
$platform = PlatformFactory::NewPlatform($platformName);
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($platform->getConfigVariable(Modules_Platforms_Cloudstack::API_URL, $this->environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::API_KEY, $this->environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::SECRET_KEY, $this->environment), $platformName);
$accountName = $platform->getConfigVariable(Modules_Platforms_Cloudstack::ACCOUNT_NAME, $this->getEnvironment(), false);
$domainId = $platform->getConfigVariable(Modules_Platforms_Cloudstack::DOMAIN_ID, $this->getEnvironment(), false);
$ipAddresses = $cs->listPublicIpAddresses(null, $accountName, null, $domainId, null, null, null, null, null, null, $this->getParam('cloudLocation'));
$systemIp = $platform->getConfigVariable(Modules_Platforms_Cloudstack::SHARED_IP . "." . $this->getParam('cloudLocation'), $this->environment);
$ips = array();
foreach ($ipAddresses->publicipaddress as $pk => $pv) {
if ($this->getParam('ipId') && $this->getParam('ipId') != $pv->id) {
continue;
}
if ($pv->ipaddress == $systemIp) {
$pv->purpose = 'ScalrShared';
}
if ($pv->isstaticnat && !$pv->issystem) {
$pv->purpose = 'ElasticIP';
}
if ($pv->isstaticnat && $pv->issystem) {
$pv->purpose = 'PublicIP';
}
$item = array('ipId' => $pv->id, 'dtAllocated' => $pv->allocated, 'networkName' => $pv->associatednetworkname, 'purpose' => $pv->purpose ? $pv->purpose : "Not used", 'ip' => $pv->ipaddress, 'state' => $pv->state, 'instanceId' => $pv->virtualmachineid, 'fullinfo' => $pv, 'farmId' => false);
if ($item['instanceId']) {
try {
$dbServer = DBServer::LoadByPropertyValue(CLOUDSTACK_SERVER_PROPERTIES::SERVER_ID, $item['instanceId']);
$item['farmId'] = $dbServer->farmId;
$item['farmRoleId'] = $dbServer->farmRoleId;
$item['serverIndex'] = $dbServer->index;
$item['serverId'] = $dbServer->serverId;
$item['farmName'] = $dbServer->GetFarmObject()->Name;
$item['roleName'] = $dbServer->GetFarmRoleObject()->GetRoleObject()->name;
} catch (Exception $e) {
}
}
$ips[] = $item;
}
$response = $this->buildResponseFromData($ips, array('serverId', 'ipId', 'ip', 'farmId', 'farmRoleId'));
$this->response->data($response);
}
public function getSnapshots($platformName, $snapshotId = null)
{
if (!$platformName) {
throw new Exception("Cloud should be specified");
}
$platform = PlatformFactory::NewPlatform($platformName);
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($platform->getConfigVariable(Modules_Platforms_Cloudstack::API_URL, $this->environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::API_KEY, $this->environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::SECRET_KEY, $this->environment), $platformName);
$snapshots = $cs->listSnapshots();
$snaps = array();
foreach ($snapshots as $pk => $pv) {
if ($snapshotId && $snapshotId != $pv->id) {
continue;
}
$item = array('snapshotId' => (string) $pv->id, 'type' => $pv->snapshottype, 'volumeId' => $pv->volumeid, 'volumeType' => $pv->volumetype, 'createdAt' => $pv->created, 'intervalType' => $pv->intervaltype, 'state' => $pv->state);
$snaps[] = $item;
}
return $snaps;
}
public function getLocations()
{
try {
$environment = Scalr_UI_Request::getInstance()->getEnvironment();
} catch (Exception $e) {
return array();
}
if (!$environment || !$environment->isPlatformEnabled($this->platform)) {
return array();
}
try {
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($this->getConfigVariable(self::API_URL, $environment), $this->getConfigVariable(self::API_KEY, $environment), $this->getConfigVariable(self::SECRET_KEY, $environment), $this->platform);
foreach ($cs->listZones() as $zone) {
$retval[$zone->name] = ucfirst($this->platform) . " / {$zone->name}";
}
} catch (Exception $e) {
return array();
}
return $retval;
}
public function getLocations()
{
try {
$environment = Scalr_UI_Request::getInstance()->getEnvironment();
} catch (Exception $e) {
return array();
}
if (!$environment || !$environment->isPlatformEnabled(SERVER_PLATFORMS::CLOUDSTACK)) {
return array();
}
try {
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($environment->getPlatformConfigValue(self::API_URL), $environment->getPlatformConfigValue(self::API_KEY), $environment->getPlatformConfigValue(self::SECRET_KEY));
foreach ($cs->listZones() as $zone) {
$retval[$zone->name] = "Cloudstack / {$zone->name}";
}
} catch (Exception $e) {
return array();
}
return $retval;
}
public function getLocations()
{
try {
$environment = Scalr_UI_Request::getInstance()->getEnvironment();
} catch (Exception $e) {
return array();
}
if (!$environment || !$environment->isPlatformEnabled($this->platform)) {
return array();
}
try {
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($this->getConfigVariable(self::API_URL, $environment), $this->getConfigVariable(self::API_KEY, $environment), $this->getConfigVariable(self::SECRET_KEY, $environment), $this->platform);
$products = $cs->listAvailableProductTypes();
foreach ($products->producttypes as $product) {
$retval[$product->zoneid] = "KT uCloud / {$product->zonedesc} ({$product->zoneid})";
}
} catch (Exception $e) {
return array();
}
return $retval;
}
public static function farmSave(DBFarm $DBFarm, array $roles)
{
foreach ($roles as $DBFarmRole) {
if ($DBFarmRole->Platform != SERVER_PLATFORMS::CLOUDSTACK) {
continue;
}
$location = $DBFarmRole->CloudLocation;
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($DBFarm->GetEnvironmentObject()->getPlatformConfigValue(Modules_Platforms_Cloudstack::API_URL), $DBFarm->GetEnvironmentObject()->getPlatformConfigValue(Modules_Platforms_Cloudstack::API_KEY), $DBFarm->GetEnvironmentObject()->getPlatformConfigValue(Modules_Platforms_Cloudstack::SECRET_KEY));
$sshKey = Scalr_SshKey::init();
if (!$sshKey->loadGlobalByFarmId($DBFarm->ID, $location)) {
$key_name = "FARM-{$DBFarm->ID}";
$result = $cs->createSSHKeyPair($key_name);
if ($result->keypair->privatekey) {
$sshKey->farmId = $DBFarm->ID;
$sshKey->clientId = $DBFarm->ClientID;
$sshKey->envId = $DBFarm->EnvID;
$sshKey->type = Scalr_SshKey::TYPE_GLOBAL;
$sshKey->cloudLocation = $location;
$sshKey->cloudKeyName = $key_name;
$sshKey->platform = SERVER_PLATFORMS::CLOUDSTACK;
$sshKey->setPrivate($result->keypair->privatekey);
$sshKey->setPublic($sshKey->generatePublicKey());
$sshKey->save();
}
}
$networkId = $DBFarmRole->GetSetting(DBFarmRole::SETTING_CLOUDSTACK_NETWORK_ID);
$set = fasle;
foreach ($cs->listNetworks("", "", "", $networkId) as $network) {
if ($network->id == $networkId) {
$DBFarmRole->SetSetting(DBFarmRole::SETTING_CLOUDSTACK_NETWORK_TYPE, $network->type);
$set = true;
}
}
if (!$set) {
throw new Exception("Unable to get GuestIPType for Network #{$networkId}. Please try again later or choose another network offering.");
}
}
}
public function StartThread($bundle_task_info)
{
$db = \Scalr::getDb();
// Reconfigure observers;
Scalr::ReconfigureObservers();
$BundleTask = BundleTask::LoadById($bundle_task_info['id']);
try {
$DBServer = DBServer::LoadByID($BundleTask->serverId);
} catch (\Scalr\Exception\ServerNotFoundException $e) {
if (!$BundleTask->snapshotId) {
$BundleTask->status = SERVER_SNAPSHOT_CREATION_STATUS::FAILED;
$BundleTask->setDate('finished');
$BundleTask->failureReason = sprintf(_("Server '%s' was terminated during snapshot creation process"), $BundleTask->serverId);
$BundleTask->Save();
return;
}
} catch (Exception $e) {
//$this->Logger->error($e->getMessage());
}
switch ($BundleTask->status) {
case SERVER_SNAPSHOT_CREATION_STATUS::ESTABLISHING_COMMUNICATION:
$ctrlPort = $DBServer->GetProperty(SERVER_PROPERTIES::SZR_CTRL_PORT);
if (!$ctrlPort) {
$ctrlPort = 8013;
}
if (\Scalr::config('scalr.instances_connection_policy') == 'local') {
$requestHost = $DBServer->localIp;
} elseif (\Scalr::config('scalr.instances_connection_policy') == 'public') {
$requestHost = $DBServer->remoteIp;
} elseif (\Scalr::config('scalr.instances_connection_policy') == 'auto') {
if ($DBServer->remoteIp) {
$requestHost = $DBServer->remoteIp;
} else {
$requestHost = $DBServer->localIp;
}
}
$conn = @fsockopen($requestHost, $ctrlPort, $errno, $errstr, 10);
if ($conn) {
$DBServer->SetProperty(SERVER_PROPERTIES::SZR_IMPORTING_OUT_CONNECTION, 1);
$BundleTask->Log("Outbound connection successfully established. Awaiting user action: prebuild automation selection");
$BundleTask->status = SERVER_SNAPSHOT_CREATION_STATUS::AWAITING_USER_ACTION;
$BundleTask->Log(sprintf(_("Bundle task status: %s"), $BundleTask->status));
$BundleTask->Save();
} else {
$errstr = sprintf("Unable to establish outbound (Scalr -> Scalarizr) communication (%s:%s): %s.", $requestHost, $ctrlPort, $errstr);
$errMsg = $DBServer->GetProperty(SERVER_PROPERTIES::SZR_IMPORTING_OUT_CONNECTION_ERROR);
if (!$errMsg || $errstr != $errMsg) {
$DBServer->SetProperty(SERVER_PROPERTIES::SZR_IMPORTING_OUT_CONNECTION_ERROR, $errstr);
$BundleTask->Log("{$errstr} Will try again in a few minutes.");
}
}
exit;
break;
case SERVER_SNAPSHOT_CREATION_STATUS::AWAITING_USER_ACTION:
//NOTHING TO DO;
exit;
break;
case SERVER_SNAPSHOT_CREATION_STATUS::STARING_SERVER:
$BundleTask->setDate('started');
case SERVER_SNAPSHOT_CREATION_STATUS::PREPARING_ENV:
case SERVER_SNAPSHOT_CREATION_STATUS::INTALLING_SOFTWARE:
if (!PlatformFactory::NewPlatform($DBServer->platform)->GetServerID($DBServer)) {
$BundleTask->Log(sprintf(_("Waiting for temporary server")));
exit;
}
if (!PlatformFactory::NewPlatform($DBServer->platform)->IsServerExists($DBServer)) {
$DBServer->status = SERVER_STATUS::TERMINATED;
$DBServer->save();
$BundleTask->SnapshotCreationFailed("Server was terminated and no longer available in cloud.");
exit;
}
// IF server is in pensing state
$status = PlatformFactory::NewPlatform($DBServer->platform)->GetServerRealStatus($DBServer);
if ($status->isPending()) {
$BundleTask->Log(sprintf(_("Server status: %s"), $status->getName()));
$BundleTask->Log(sprintf(_("Waiting for running state."), $status->getName()));
exit;
} elseif ($status->isTerminated()) {
$BundleTask->Log(sprintf(_("Server status: %s"), $status->getName()));
$DBServer->status = SERVER_STATUS::TERMINATED;
$DBServer->save();
$BundleTask->SnapshotCreationFailed("Server was terminated and no longer available in cloud.");
exit;
}
break;
}
switch ($BundleTask->status) {
case SERVER_SNAPSHOT_CREATION_STATUS::STARING_SERVER:
$ips = PlatformFactory::NewPlatform($DBServer->platform)->GetServerIPAddresses($DBServer);
$DBServer->remoteIp = $ips['remoteIp'];
$DBServer->localIp = $ips['localIp'];
$DBServer->save();
$BundleTask->status = SERVER_SNAPSHOT_CREATION_STATUS::PREPARING_ENV;
$BundleTask->save();
$BundleTask->Log(sprintf(_("Bundle task status: %s"), $BundleTask->status));
break;
case SERVER_SNAPSHOT_CREATION_STATUS::PREPARING_ENV:
$BundleTask->Log(sprintf(_("Initializing SSH2 session to the server")));
if ($DBServer->platform == SERVER_PLATFORMS::IDCF && !$DBServer->remoteIp) {
try {
$BundleTask->Log("Creating port forwarding rules to be able to connect to the server by SSH");
$environment = $DBServer->GetEnvironmentObject();
$cloudLocation = $DBServer->GetCloudLocation();
$platform = PlatformFactory::NewPlatform($DBServer->platform);
$sharedIpId = $platform->getConfigVariable(Modules_Platforms_Cloudstack::SHARED_IP_ID . ".{$cloudLocation}", $environment, false);
$sharedIp = $platform->getConfigVariable(Modules_Platforms_Cloudstack::SHARED_IP . ".{$cloudLocation}", $environment, false);
$BundleTask->Log("Shared IP: {$sharedIp}");
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($platform->getConfigVariable(Modules_Platforms_Cloudstack::API_URL, $environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::API_KEY, $environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::SECRET_KEY, $environment), $DBServer->platform);
// Create port forwarding rules for scalarizr
$port = $platform->getConfigVariable(Modules_Platforms_Cloudstack::SZR_PORT_COUNTER . ".{$cloudLocation}.{$sharedIpId}", $environment, false);
if (!$port) {
$port1 = 30000;
$port2 = 30001;
$port3 = 30002;
$port4 = 30003;
} else {
$port1 = $port + 1;
$port2 = $port1 + 1;
$port3 = $port2 + 1;
$port4 = $port3 + 1;
}
$result2 = $cs->createPortForwardingRule($sharedIpId, 8014, "udp", $port1, $DBServer->GetProperty(CLOUDSTACK_SERVER_PROPERTIES::SERVER_ID));
$result1 = $cs->createPortForwardingRule($sharedIpId, 8013, "tcp", $port1, $DBServer->GetProperty(CLOUDSTACK_SERVER_PROPERTIES::SERVER_ID));
$result3 = $cs->createPortForwardingRule($sharedIpId, 8010, "tcp", $port3, $DBServer->GetProperty(CLOUDSTACK_SERVER_PROPERTIES::SERVER_ID));
$result4 = $cs->createPortForwardingRule($sharedIpId, 8008, "tcp", $port2, $DBServer->GetProperty(CLOUDSTACK_SERVER_PROPERTIES::SERVER_ID));
$result5 = $cs->createPortForwardingRule($sharedIpId, 22, "tcp", $port4, $DBServer->GetProperty(CLOUDSTACK_SERVER_PROPERTIES::SERVER_ID));
$DBServer->SetProperties(array(SERVER_PROPERTIES::SZR_CTRL_PORT => $port1, SERVER_PROPERTIES::SZR_SNMP_PORT => $port1, SERVER_PROPERTIES::SZR_API_PORT => $port3, SERVER_PROPERTIES::SZR_UPDC_PORT => $port2, SERVER_PROPERTIES::CUSTOM_SSH_PORT => $port4));
$DBServer->remoteIp = $sharedIp;
$DBServer->Save();
$platform->setConfigVariable(array(Modules_Platforms_Cloudstack::SZR_PORT_COUNTER . ".{$cloudLocation}.{$sharedIpId}" => $port4), $environment, false);
} catch (Exception $e) {
$BundleTask->Log("Unable to create port-forwarding rules: {$e->getMessage()}");
}
exit;
}
if ($DBServer->platform == SERVER_PLATFORMS::ECS && !$DBServer->remoteIp) {
$BundleTask->Log(sprintf(_("Server doesn't have public IP. Assigning...")));
$osClient = $DBServer->GetEnvironmentObject()->openstack($DBServer->platform, $DBServer->GetProperty(OPENSTACK_SERVER_PROPERTIES::CLOUD_LOCATION));
$ports = $osClient->network->ports->list();
foreach ($ports as $port) {
if ($port->device_id == $DBServer->GetProperty(OPENSTACK_SERVER_PROPERTIES::SERVER_ID)) {
$serverNetworkPort = $port->id;
break;
}
}
$ips = $osClient->network->floatingIps->list();
//Check free existing IP
$ipAssigned = false;
$ipAddress = false;
$ipId = false;
$ipInfo = false;
foreach ($ips as $ip) {
if ($ip->port_id && $ip->port_id == $serverNetworkPort) {
$ipAddress = $ip->floating_ip_address;
$ipId = $ip->id;
$ipAssigned = true;
$ipInfo = $ip;
break;
}
if (!$ip->fixed_ip_address && !$ipAddress) {
$ipAddress = $ip->floating_ip_address;
$ipId = $ip->id;
$ipInfo = $ip;
}
}
if (!$ipAssigned) {
if (!$serverNetworkPort) {
$BundleTask->Log("Unable to identify network port of instance");
exit;
} else {
if (!$ipAddress) {
$networks = $osClient->network->listNetworks();
foreach ($networks as $network) {
if ($network->{"router:external"} == true) {
$publicNetworkId = $network->id;
}
}
if (!$publicNetworkId) {
$BundleTask->Log("Unable to identify public network to allocate");
exit;
} else {
$ip = $osClient->network->floatingIps->create($publicNetworkId, $serverNetworkPort);
$ipAddress = $ip->floating_ip_address;
$DBServer->SetProperties(array(OPENSTACK_SERVER_PROPERTIES::FLOATING_IP => $ip->floating_ip_address, OPENSTACK_SERVER_PROPERTIES::FLOATING_IP_ID => $ip->id));
$BundleTask->Log("Allocated new IP {$ipAddress} for port: {$serverNetworkPort}");
}
} else {
$BundleTask->Log("Found free floating IP: {$ipAddress} for use (" . json_encode($ipInfo) . ")");
$osClient->network->floatingIps->update($ipId, $serverNetworkPort);
}
}
} else {
$BundleTask->Log("IP: {$ipAddress} already assigned");
}
if ($ipAddress) {
$DBServer->remoteIp = $ipAddress;
$DBServer->Save();
}
exit;
}
try {
$ssh2Client = $DBServer->GetSsh2Client();
$ssh2Client->connect($DBServer->remoteIp, $DBServer->getPort(DBServer::PORT_SSH));
} catch (Exception $e) {
$BundleTask->Log(sprintf(_("Scalr unable to establish SSH connection with server on %:%. Error: %s"), $DBServer->remoteIp, $DBServer->getPort(DBServer::PORT_SSH), $e->getMessage()));
//TODO: Set status of bundle log to failed
exit;
}
//Prepare script
$BundleTask->Log(sprintf(_("Uploading builder scripts...")));
$behaviors = $DBServer->GetProperty(SERVER_PROPERTIES::SZR_IMPORTING_BEHAVIOR);
try {
if ($DBServer->isOpenstack()) {
$platform = SERVER_PLATFORMS::OPENSTACK;
} else {
$platform = $DBServer->platform;
}
$baseUrl = \Scalr::config('scalr.endpoint.scheme') . "://" . \Scalr::config('scalr.endpoint.host');
$options = array('server-id' => $DBServer->serverId, 'role-name' => $BundleTask->roleName, 'crypto-key' => $DBServer->GetProperty(SERVER_PROPERTIES::SZR_KEY), 'platform' => $platform, 'queryenv-url' => $baseUrl . "/query-env", 'messaging-p2p.producer-url' => $baseUrl . "/messaging", 'behaviour' => trim(trim(str_replace("base", "", $behaviors), ",")), 'env-id' => $DBServer->envId, 'region' => $DBServer->GetCloudLocation(), 'scalr-id' => SCALR_ID);
$command = 'scalarizr --import -y';
foreach ($options as $k => $v) {
$command .= sprintf(' -o %s=%s', $k, $v);
}
if ($DBServer->GetProperty(SERVER_PROPERTIES::SZR_IMPORTING_MYSQL_SERVER_TYPE) == 'percona') {
$recipes = 'mysql=percona';
} else {
$recipes = '';
}
$scalarizrBranch = $DBServer->GetProperty(SERVER_PROPERTIES::SZR_DEV_SCALARIZR_BRANCH);
$scriptContents = @file_get_contents(APPPATH . "/templates/services/role_builder/chef_import.tpl");
/*
%CHEF_SERVER_URL%
%CHEF_VALIDATOR_NAME%
%CHEF_VALIDATOR_KEY%
%CHEF_ENVIRONMENT%
%CHEF_ROLE_NAME%
*/
$chefServerId = $DBServer->GetProperty(SERVER_PROPERTIES::SZR_IMPORTING_CHEF_SERVER_ID);
if ($chefServerId) {
$chefServerInfo = $db->GetRow("SELECT * FROM services_chef_servers WHERE id=?", array($chefServerId));
$chefServerInfo['v_auth_key'] = $this->crypto->decrypt($chefServerInfo['v_auth_key'], $this->cryptoKey);
}
$scriptContents = str_replace(array("%PLATFORM%", "%BEHAVIOURS%", "%SZR_IMPORT_STRING%", "%DEV%", "%SCALARIZR_BRANCH%", "%RECIPES%", "%BUILD_ONLY%", "%CHEF_SERVER_URL%", "%CHEF_VALIDATOR_NAME%", "%CHEF_VALIDATOR_KEY%", "%CHEF_ENVIRONMENT%", "%CHEF_ROLE%", "%CHEF_ROLE_NAME%", "%CHEF_NODE_NAME%", "\r\n"), array($platform, trim(str_replace("base", "", str_replace(",", " ", $behaviors))), $command, $scalarizrBranch ? '1' : '0', $scalarizrBranch, $recipes, '0', $chefServerInfo['url'], $chefServerInfo['v_username'], $chefServerInfo['v_auth_key'], $DBServer->GetProperty(SERVER_PROPERTIES::SZR_IMPORTING_CHEF_ENVIRONMENT), $DBServer->GetProperty(SERVER_PROPERTIES::SZR_IMPORTING_CHEF_ROLE_NAME), $DBServer->GetProperty(SERVER_PROPERTIES::SZR_IMPORTING_CHEF_ROLE_NAME), '', "\n"), $scriptContents);
if (!$ssh2Client->sendFile('/tmp/scalr-builder.sh', $scriptContents, "w+", false)) {
throw new Exception("Cannot upload script");
}
/*
$BundleTask->Log(sprintf(_("Uploading chef recipes...")));
if (!$ssh2Client->sendFile('/tmp/recipes.tar.gz', APPPATH . '/www/storage/chef/recipes.tar.gz')) {
throw new Exception("Cannot upload chef recipes");
}
*/
} catch (Exception $e) {
$BundleTask->Log(sprintf(_("Scripts upload failed: %s"), $e->getMessage()));
//TODO: Set status of bundle log to failed
exit;
}
$BundleTask->Log("Launching role builder routines on server");
$ssh2Client->exec("chmod 0777 /tmp/scalr-builder.sh");
// For CGE we need to use sudo
if ($BundleTask->platform == SERVER_PLATFORMS::GCE || $BundleTask->osFamily == 'amazon') {
$shell = $ssh2Client->getShell();
fwrite($shell, "sudo su\n");
fwrite($shell, "touch /var/log/role-builder-output.log 2>&1\n");
fwrite($shell, "chmod 0666 /var/log/role-builder-output.log 2>&1\n");
fwrite($shell, "setsid /tmp/scalr-builder.sh > /var/log/role-builder-output.log 2>&1 &\n");
// Get output
$iterations = 0;
while ($l = @fgets($shell, 4096) && $iterations < 10) {
$meta = stream_get_meta_data($shell);
if ($meta["timed_out"]) {
break;
}
$retval .= $l;
$iterations++;
}
@fclose($shell);
$BundleTask->Log("Exec result: {$retval}");
/*
$r1 = $ssh2Client->exec("sudo touch /var/log/role-builder-output.log");
$BundleTask->Log("1: {$r1} ({$ssh2Client->stdErr})");
$r2 = $ssh2Client->exec("sudo chmod 0666 /var/log/role-builder-output.log");
$BundleTask->Log("2: {$r2} ({$ssh2Client->stdErr})");
$r3 = $ssh2Client->exec("sudo setsid /tmp/scalr-builder.sh > /var/log/role-builder-output.log 2>&1 &");
$BundleTask->Log("3: {$r3} ({$ssh2Client->stdErr})");
*/
} else {
$ssh2Client->exec("setsid /tmp/scalr-builder.sh > /var/log/role-builder-output.log 2>&1 &");
}
$BundleTask->status = SERVER_SNAPSHOT_CREATION_STATUS::INTALLING_SOFTWARE;
$BundleTask->save();
break;
case SERVER_SNAPSHOT_CREATION_STATUS::INTALLING_SOFTWARE:
try {
$ssh2Client = $DBServer->GetSsh2Client();
$ssh2Client->connect($DBServer->remoteIp, $DBServer->getPort(DBServer::PORT_SSH));
} catch (Exception $e) {
$BundleTask->Log(sprintf(_("Scalr unable to establish SSH connection with server on %:%. Error: %s"), $DBServer->remoteIp, $DBServer->getPort(DBServer::PORT_SSH), $e->getMessage()));
//TODO: Set status of bundle log to failed
exit;
}
$log = $ssh2Client->getFile('/var/log/role-builder-output.log');
$log_lines = explode("\r\n", $log);
$last_msg = $DBServer->GetProperty(SERVER_PROPERTIES::SZR_IMPORTING_LAST_LOG_MESSAGE);
while ($msg = trim(array_shift($log_lines))) {
if (substr($msg, -1, 1) != ']') {
continue;
}
if ($last_msg) {
if ($msg != $last_msg) {
continue;
} elseif ($msg == $last_msg) {
$last_msg = null;
continue;
}
}
if (stristr($msg, '[ Failed ]')) {
$stepLog = $ssh2Client->getFile('/var/log/role-builder-step.log');
$BundleTask->Log(sprintf("role-builder-step.log: %s", $stepLog));
$BundleTask->SnapshotCreationFailed($msg);
} else {
$BundleTask->Log($msg);
$DBServer->SetProperty(SERVER_PROPERTIES::SZR_IMPORTING_LAST_LOG_MESSAGE, $msg);
}
}
//Read /var/log/role-builder-output.log
break;
case SERVER_SNAPSHOT_CREATION_STATUS::PENDING:
try {
$platformModule = PlatformFactory::NewPlatform($BundleTask->platform);
$platformModule->CreateServerSnapshot($BundleTask);
} catch (Exception $e) {
Logger::getLogger(LOG_CATEGORY::BUNDLE)->error($e->getMessage());
$BundleTask->SnapshotCreationFailed($e->getMessage());
}
break;
case SERVER_SNAPSHOT_CREATION_STATUS::PREPARING:
$addedTime = strtotime($BundleTask->dateAdded);
if ($addedTime + 3600 < time()) {
$BundleTask->SnapshotCreationFailed("Server didn't send PrepareBundleResult message in time.");
}
break;
case SERVER_SNAPSHOT_CREATION_STATUS::IN_PROGRESS:
PlatformFactory::NewPlatform($BundleTask->platform)->CheckServerSnapshotStatus($BundleTask);
break;
case SERVER_SNAPSHOT_CREATION_STATUS::REPLACING_SERVERS:
$r_farm_roles = array();
$BundleTask->Log(sprintf("Bundle task replacement type: %s", $BundleTask->replaceType));
try {
$DBFarm = DBFarm::LoadByID($BundleTask->farmId);
} catch (Exception $e) {
if (stristr($e->getMessage(), "not found in database")) {
$BundleTask->SnapshotCreationFailed("Farm was removed before task was finished");
}
return;
}
if ($BundleTask->replaceType == SERVER_REPLACEMENT_TYPE::REPLACE_FARM) {
try {
$r_farm_roles[] = $DBFarm->GetFarmRoleByRoleID($BundleTask->prototypeRoleId);
} catch (Exception $e) {
}
} elseif ($BundleTask->replaceType == SERVER_REPLACEMENT_TYPE::REPLACE_ALL) {
$farm_roles = $db->GetAll("\n SELECT id FROM farm_roles\n WHERE role_id=? AND new_role_id=?\n AND farmid IN (SELECT id FROM farms WHERE env_id=?)\n ", array($BundleTask->prototypeRoleId, $BundleTask->roleId, $BundleTask->envId));
foreach ($farm_roles as $farm_role) {
try {
$r_farm_roles[] = DBFarmRole::LoadByID($farm_role['id']);
} catch (Exception $e) {
}
}
}
$update_farm_dns_zones = array();
$completed_roles = 0;
foreach ($r_farm_roles as $DBFarmRole) {
if ($DBFarmRole->CloudLocation != $BundleTask->cloudLocation) {
$BundleTask->Log(sprintf("Role '%s' (ID: %s), farm '%s' (ID: %s) using the same role " . "but in abother cloud location. Skiping it.", $DBFarmRole->GetRoleObject()->name, $DBFarmRole->ID, $DBFarmRole->GetFarmObject()->Name, $DBFarmRole->FarmID));
$completed_roles++;
} else {
$servers = $db->GetAll("SELECT server_id FROM servers WHERE farm_roleid = ? AND role_id=? AND status NOT IN (?,?)", array($DBFarmRole->ID, $DBFarmRole->RoleID, SERVER_STATUS::TERMINATED, SERVER_STATUS::PENDING_TERMINATE));
$BundleTask->Log(sprintf("Found %s servers that need to be replaced with new ones. " . "Role '%s' (ID: %s), farm '%s' (ID: %s)", count($servers), $DBFarmRole->GetRoleObject()->name, $DBFarmRole->ID, $DBFarmRole->GetFarmObject()->Name, $DBFarmRole->FarmID));
if (count($servers) == 0) {
$DBFarmRole->RoleID = $DBFarmRole->NewRoleID;
$DBFarmRole->NewRoleID = null;
$DBFarmRole->Save();
$update_farm_dns_zones[$DBFarmRole->FarmID] = 1;
$completed_roles++;
} else {
$metaData = $BundleTask->getSnapshotDetails();
foreach ($servers as $server) {
try {
$DBServer = DBServer::LoadByID($server['server_id']);
} catch (Exception $e) {
//TODO:
continue;
}
if ($DBServer->serverId == $BundleTask->serverId || $metaData['noServersReplace']) {
$DBServer->roleId = $BundleTask->roleId;
$DBServer->Save();
if ($metaData['noServersReplace']) {
$BundleTask->Log(sprintf("'Do not replace servers' option was checked. " . "Server '%s' won't be replaced to new image.", $DBServer->serverId));
} else {
$BundleTask->Log(sprintf("Server '%s', on which snapshot has been taken, " . "already has all modifications. No need to replace it.", $DBServer->serverId));
}
if ($DBServer->GetFarmObject()->Status == FARM_STATUS::SYNCHRONIZING) {
$DBServer->terminate(array('BUNDLE_TASK_FINISHED', 'Synchronizing', $BundleTask->id));
}
} else {
if (!$db->GetOne("SELECT server_id FROM servers WHERE replace_server_id=? AND status NOT IN (?,?,?) LIMIT 1", array($DBServer->serverId, SERVER_STATUS::TERMINATED, SERVER_STATUS::PENDING_TERMINATE, SERVER_STATUS::TROUBLESHOOTING))) {
$ServerCreateInfo = new ServerCreateInfo($DBFarmRole->Platform, $DBFarmRole, $DBServer->index, $DBFarmRole->NewRoleID);
$nDBServer = Scalr::LaunchServer($ServerCreateInfo, null, false, "Server replacement after snapshotting", !empty($BundleTask->createdById) ? $BundleTask->createdById : null);
$nDBServer->replaceServerID = $DBServer->serverId;
$nDBServer->Save();
$BundleTask->Log(sprintf(_("Started new server %s to replace server %s"), $nDBServer->serverId, $DBServer->serverId));
}
}
}
}
}
}
if ($completed_roles == count($r_farm_roles)) {
$BundleTask->Log(sprintf(_("No servers with old role. Replacement complete. Bundle task complete."), SERVER_REPLACEMENT_TYPE::NO_REPLACE, SERVER_SNAPSHOT_CREATION_STATUS::SUCCESS));
try {
if ($DBServer->status == SERVER_STATUS::IMPORTING) {
$DBServer->Remove();
} elseif ($DBServer->status == SERVER_STATUS::TEMPORARY) {
$BundleTask->Log("Terminating temporary server");
$DBServer->terminate('TEMPORARY_SERVER_ROLE_BUILDER');
$BundleTask->Log("Termination request has been sent");
}
} catch (Exception $e) {
$BundleTask->Log("Warning: {$e->getMessage()}");
}
$BundleTask->setDate('finished');
$BundleTask->status = SERVER_SNAPSHOT_CREATION_STATUS::SUCCESS;
$BundleTask->Save();
}
try {
if (count($update_farm_dns_zones) != 0) {
foreach ($update_farm_dns_zones as $farm_id => $v) {
$dnsZones = DBDNSZone::loadByFarmId($farm_id);
foreach ($dnsZones as $dnsZone) {
if ($dnsZone->status != DNS_ZONE_STATUS::INACTIVE && $dnsZone->status != DNS_ZONE_STATUS::PENDING_DELETE) {
$dnsZone->updateSystemRecords();
$dnsZone->save();
}
}
}
}
} catch (Exception $e) {
$this->Logger->fatal("DNS ZONE: {$e->getMessage()}");
}
break;
case SERVER_SNAPSHOT_CREATION_STATUS::CREATING_ROLE:
try {
if ($BundleTask->replaceType == SERVER_REPLACEMENT_TYPE::REPLACE_ALL) {
$saveOldRole = false;
try {
$dbRole = DBRole::loadById($DBServer->roleId);
if ($dbRole->name == $BundleTask->roleName && $dbRole->envId == $BundleTask->envId) {
$saveOldRole = true;
}
} catch (Exception $e) {
//NO OLD ROLE
}
if ($dbRole && $saveOldRole) {
if ($DBServer) {
$new_role_name = BundleTask::GenerateRoleName($DBServer->GetFarmRoleObject(), $DBServer);
} else {
$new_role_name = $BundleTask->roleName . "-" . rand(1000, 9999);
}
$dbRole->name = $new_role_name;
$BundleTask->Log(sprintf(_("Old role '%s' (ID: %s) renamed to '%s'"), $BundleTask->roleName, $dbRole->id, $new_role_name));
$dbRole->save();
} else {
//TODO:
//$this->Logger->error("dbRole->replace->fail({$BundleTask->roleName}, {$BundleTask->envId})");
}
}
try {
$DBRole = DBRole::createFromBundleTask($BundleTask);
} catch (Exception $e) {
$BundleTask->SnapshotCreationFailed("Role creation failed due to internal error ({$e->getMessage()}). Please try again.");
return;
}
if ($BundleTask->replaceType == SERVER_REPLACEMENT_TYPE::NO_REPLACE) {
$BundleTask->setDate('finished');
$BundleTask->status = SERVER_SNAPSHOT_CREATION_STATUS::SUCCESS;
$BundleTask->Log(sprintf(_("Replacement type: %s. Bundle task status: %s"), SERVER_REPLACEMENT_TYPE::NO_REPLACE, SERVER_SNAPSHOT_CREATION_STATUS::SUCCESS));
try {
$DBServer = DBServer::LoadByID($BundleTask->serverId);
if ($DBServer->status == SERVER_STATUS::IMPORTING) {
if ($DBServer->farmId) {
// Create DBFarmRole object
// TODO: create DBFarm role
}
}
} catch (Exception $e) {
}
} else {
try {
$BundleTask->Log(sprintf(_("Replacement type: %s. Bundle task status: %s"), $BundleTask->replaceType, SERVER_SNAPSHOT_CREATION_STATUS::REPLACING_SERVERS));
if ($BundleTask->replaceType == SERVER_REPLACEMENT_TYPE::REPLACE_FARM) {
$DBFarm = DBFarm::LoadByID($BundleTask->farmId);
$DBFarmRole = $DBFarm->GetFarmRoleByRoleID($BundleTask->prototypeRoleId);
$DBFarmRole->NewRoleID = $BundleTask->roleId;
$DBFarmRole->Save();
} else {
$farm_roles = $db->GetAll("SELECT id FROM farm_roles WHERE role_id=? AND farmid IN (SELECT id FROM farms WHERE env_id=?)", array($BundleTask->prototypeRoleId, $BundleTask->envId));
foreach ($farm_roles as $farm_role) {
$DBFarmRole = DBFarmRole::LoadByID($farm_role['id']);
$DBFarmRole->NewRoleID = $BundleTask->roleId;
$DBFarmRole->Save();
}
}
$BundleTask->status = SERVER_SNAPSHOT_CREATION_STATUS::REPLACING_SERVERS;
} catch (Exception $e) {
$this->Logger->error($e->getMessage());
$BundleTask->Log(sprintf(_("Server replacement failed: %s"), $e->getMessage()));
$BundleTask->setDate('finished');
$BundleTask->status = SERVER_SNAPSHOT_CREATION_STATUS::SUCCESS;
}
}
if ($BundleTask->status == SERVER_SNAPSHOT_CREATION_STATUS::SUCCESS) {
try {
if ($DBServer->status == SERVER_STATUS::IMPORTING) {
$DBServer->Remove();
} elseif ($DBServer->status == SERVER_STATUS::TEMPORARY) {
$BundleTask->Log("Terminating temporary server");
$DBServer->terminate('TEMPORARY_SERVER_ROLE_BUILDER');
$BundleTask->Log("Termination request has been sent");
}
} catch (Exception $e) {
$BundleTask->Log("Warning: {$e->getMessage()}");
}
}
$BundleTask->Save();
} catch (Exception $e) {
$this->Logger->error($e->getMessage());
}
break;
}
}
private function getCloudStackClient($environment, $cloudLoction = null)
{
return Scalr_Service_Cloud_Cloudstack::newCloudstack($environment->getPlatformConfigValue(Modules_Platforms_Cloudstack::API_URL), $environment->getPlatformConfigValue(Modules_Platforms_Cloudstack::API_KEY), $environment->getPlatformConfigValue(Modules_Platforms_Cloudstack::SECRET_KEY));
}
function handleWork($farmId)
{
$this->cleanup();
$DBFarm = DBFarm::LoadByID($farmId);
$account = Scalr_Account::init()->loadById($DBFarm->ClientID);
$payAsYouGoTime = $account->getSetting(Scalr_Account::SETTING_BILLING_PAY_AS_YOU_GO_DATE);
$GLOBALS["SUB_TRANSACTIONID"] = abs(crc32(posix_getpid() . $farmId));
$GLOBALS["LOGGER_FARMID"] = $farmId;
$this->logger->info("[" . $GLOBALS["SUB_TRANSACTIONID"] . "] Begin polling farm (ID: {$DBFarm->ID}, Name: {$DBFarm->Name}, Status: {$DBFarm->Status})");
//
// Collect information from database
//
$servers_count = $this->db->GetOne("SELECT COUNT(*) FROM servers WHERE farm_id = ? AND status != ?", array($DBFarm->ID, SERVER_STATUS::TERMINATED));
$this->logger->info("[FarmID: {$DBFarm->ID}] Found {$servers_count} farm instances in database");
if ($DBFarm->Status == FARM_STATUS::TERMINATED && $servers_count == 0) {
return;
}
foreach ($DBFarm->GetServersByFilter(array(), array('status' => SERVER_STATUS::PENDING_LAUNCH)) as $DBServer) {
try {
if ($DBServer->status != SERVER_STATUS::PENDING && $DBServer->status != SERVER_STATUS::PENDING_TERMINATE) {
$p = PlatformFactory::NewPlatform($DBServer->platform);
if (!$p->IsServerExists($DBServer)) {
try {
$serverInfo = $p->GetServerExtendedInformation($DBServer);
} catch (Exception $e) {
Logger::getLogger(LOG_CATEGORY::FARM)->error(sprintf("[CRASH][FarmID: {$DBFarm->ID}] Crash check for server '{$DBServer->serverId}' failed: {$e->getMessage()}"));
}
if (!$serverInfo) {
if ($DBServer->status != SERVER_STATUS::PENDING_TERMINATE && $DBServer->status != SERVER_STATUS::TERMINATED) {
if ($DBServer->GetProperty("system.crashed") == 1) {
$DBServer->terminate(DBServer::TERMINATE_REASON_CRASHED);
Scalr::FireEvent($DBFarm->ID, new HostCrashEvent($DBServer));
} else {
$DBServer->SetProperty(SERVER_PROPERTIES::REBOOTING, 0);
Logger::getLogger(LOG_CATEGORY::FARM)->warn(new FarmLogMessage($DBFarm->ID, sprintf("Server '%s' found in database but not found on {$DBServer->platform}. Crashed.", $DBServer->serverId)));
$DBServer->SetProperty("system.crashed", "1");
}
continue;
}
} else {
Logger::getLogger(LOG_CATEGORY::FARM)->error(sprintf("[CRASH][FarmID: {$DBFarm->ID}] False-positive crash check: {$DBServer->serverId}"));
if ($DBServer->platform == SERVER_PLATFORMS::EC2) {
Logger::getLogger(LOG_CATEGORY::FARM)->fatal(sprintf("[CRASH][FarmID: {$DBFarm->ID}] InstanceID: %s, List: %s", $DBServer->GetCloudServerID(), json_encode($p->instancesListCache)));
}
}
} else {
$DBServer->SetProperty("system.crashed", "0");
}
}
} catch (Exception $e) {
if (stristr($e->getMessage(), "AWS was not able to validate the provided access credentials") || stristr($e->getMessage(), "Unable to sign AWS API request. Please, check your X.509")) {
$env = Scalr_Environment::init()->LoadById($DBFarm->EnvID);
$env->status = Scalr_Environment::STATUS_INACTIVE;
$env->save();
$env->setPlatformConfig(array('system.auto-disable-reason' => $e->getMessage()), false);
return;
}
if (stristr($e->getMessage(), "Could not connect to host")) {
continue;
}
print "[0][Farm: {$farmId}] {$e->getMessage()} at {$e->getFile()}:{$e->getLine()}\n\n";
continue;
}
try {
$realStatus = $DBServer->GetRealStatus()->getName();
if ($realStatus == 'stopped') {
$DBServer->SetProperty(SERVER_PROPERTIES::SUB_STATUS, $realStatus);
continue;
} else {
if ($DBServer->GetProperty(SERVER_PROPERTIES::SUB_STATUS) == 'stopped') {
$DBServer->SetProperty(SERVER_PROPERTIES::SUB_STATUS, "");
}
}
} catch (Exception $e) {
}
try {
if (!in_array($DBServer->status, array(SERVER_STATUS::TERMINATED, SERVER_STATUS::PENDING_TERMINATE)) && $DBServer->GetRealStatus()->isTerminated()) {
Logger::getLogger(LOG_CATEGORY::FARM)->warn(new FarmLogMessage($DBFarm->ID, sprintf("Server '%s' (Platform: %s) not running (Real state: %s, Scalr status: %s).", $DBServer->serverId, $DBServer->platform, $DBServer->GetRealStatus()->getName(), $DBServer->status)));
$DBServer->terminate(DBServer::TERMINATE_REASON_CRASHED);
$DBServer->SetProperty(SERVER_PROPERTIES::REBOOTING, 0);
Scalr::FireEvent($DBFarm->ID, new HostDownEvent($DBServer));
continue;
} elseif ($DBServer->status != SERVER_STATUS::RUNNING && $DBServer->GetRealStatus()->IsRunning()) {
if ($DBServer->status != SERVER_STATUS::TERMINATED && $DBServer->status != SERVER_STATUS::TROUBLESHOOTING) {
/*
if ($DBServer->platform == SERVER_PLATFORMS::NIMBULA)
{
if (!$DBServer->GetProperty(NIMBULA_SERVER_PROPERTIES::USER_DATA_INJECTED))
{
$dbRole = $DBServer->GetFarmRoleObject()->GetRoleObject();
$ssh2Client = new Scalr_Net_Ssh2_Client();
$ssh2Client->addPassword(
$dbRole->getProperty(DBRole::PROPERTY_NIMBULA_INIT_ROOT_USER),
$dbRole->getProperty(DBRole::PROPERTY_NIMBULA_INIT_ROOT_PASS)
);
$info = PlatformFactory::NewPlatform($DBServer->platform)->GetServerIPAddresses($DBServer);
$port = $dbRole->getProperty(DBRole::PROPERTY_SSH_PORT);
if (!$port) $port = 22;
try {
$ssh2Client->connect($info['remoteIp'], $port);
foreach ($DBServer->GetCloudUserData() as $k=>$v)
$u_data .= "{$k}={$v};";
$u_data = trim($u_data, ";");
$ssh2Client->sendFile('/etc/scalr/private.d/.user-data', $u_data, "w+", false);
$DBServer->SetProperty(NIMBULA_SERVER_PROPERTIES::USER_DATA_INJECTED, 1);
}
catch(Exception $e) {
Logger::getLogger(LOG_CATEGORY::FARM)->error(new FarmLogMessage($DBFarm->ID, $e->getMessage()));
}
}
}
*/
if ($DBServer->platform == SERVER_PLATFORMS::EC2) {
if ($DBServer->status == SERVER_STATUS::PENDING && $DBFarm->GetSetting(DBFarm::SETTING_EC2_VPC_ID)) {
if ($DBServer->GetFarmRoleObject()->GetSetting(DBFarmRole::SETTING_AWS_VPC_INTERNET_ACCESS) != 'outbound-only') {
$ipAddress = Modules_Platforms_Ec2_Helpers_Eip::setEipForServer($DBServer);
if ($ipAddress) {
$DBServer->remoteIp = $ipAddress;
$DBServer->Save();
}
}
}
}
if ($DBServer->isOpenstack()) {
$ipPool = $DBServer->GetFarmRoleObject()->GetSetting(DBFarmRole::SETTING_OPENSTACK_IP_POOL);
if (!$DBServer->remoteIp && ($DBServer->status == SERVER_STATUS::PENDING || $DBServer->status == SERVER_STATUS::INIT) && $ipPool) {
$osClient = $DBServer->GetEnvironmentObject()->openstack($DBServer->platform, $DBServer->GetProperty(OPENSTACK_SERVER_PROPERTIES::CLOUD_LOCATION));
if ($osClient->hasService('network')) {
$platform = PlatformFactory::NewPlatform($DBServer->platform);
$serverIps = $platform->GetServerIPAddresses($DBServer);
/********* USE Quantum (Neuron) NETWORK *******/
$ips = $osClient->network->floatingIps->list();
//Check free existing IP
$ipAssigned = false;
$ipAddress = false;
$ipId = false;
$ipInfo = false;
foreach ($ips as $ip) {
if ($ip->fixed_ip_address == $serverIps['localIp'] && $ip->port_id) {
$ipAddress = $ip->floating_ip_address;
$ipId = $ip->id;
$ipAssigned = true;
$ipInfo = $ip;
break;
}
/*
if (!$ip->fixed_ip_address && !$ipAddress) {
$ipAddress = $ip->floating_ip_address;
$ipId = $ip->id;
$ipInfo = $ip;
}
*/
}
if ($ipInfo) {
Logger::getLogger("Openstack")->warn(new FarmLogMessage($DBServer->farmId, "Found free floating IP: {$ipAddress} for use (" . json_encode($ipInfo) . ")"));
}
if (!$ipAssigned) {
// Get instance port
$ports = $osClient->network->ports->list();
foreach ($ports as $port) {
if ($port->device_id == $DBServer->GetProperty(OPENSTACK_SERVER_PROPERTIES::SERVER_ID)) {
$serverNetworkPort = $port->id;
break;
}
}
if (!$serverNetworkPort) {
Logger::getLogger("Openstack")->error(new FarmLogMessage($DBServer->farmId, "Unable to identify network port of instance"));
} else {
if (!$ipAddress) {
$publicNetworkId = $ipPool;
/*
$networks = $osClient->network->listNetworks();
foreach ($networks as $network) {
if ($network->{"router:external"} == true) {
$publicNetworkId = $network->id;
}
}
if (!$publicNetworkId) {
Logger::getLogger("Openstack")->error(new FarmLogMessage($DBServer->farmId,
"Unable to identify public network to allocate"
));
} else {
*/
$ip = $osClient->network->floatingIps->create($publicNetworkId, $serverNetworkPort);
$ipAddress = $ip->floating_ip_address;
$DBServer->SetProperties(array(OPENSTACK_SERVER_PROPERTIES::FLOATING_IP => $ip->floating_ip_address, OPENSTACK_SERVER_PROPERTIES::FLOATING_IP_ID => $ip->id));
Logger::getLogger("Openstack")->warn(new FarmLogMessage($DBServer->farmId, "Allocated new IP {$ipAddress} for port: {$serverNetworkPort}"));
//}
} else {
/*
Logger::getLogger("Openstack")->warn(new FarmLogMessage($DBServer->farmId,
"Updating IP {$ipAddress} ({$ipId}) with port: {$serverNetworkPort}"
));
$osClient->network->floatingIps->update($ipId, $serverNetworkPort);
*/
}
}
} else {
Logger::getLogger("Openstack")->warn(new FarmLogMessage($DBServer->farmId, "IP: {$ipAddress} already assigned"));
}
} else {
/********* USE NOVA NETWORK *******/
//Check free existing IP
$ipAssigned = false;
$ipAddress = false;
$ips = $osClient->servers->floatingIps->list($ipPool);
foreach ($ips as $ip) {
//if (!$ip->instance_id) {
// $ipAddress = $ip->ip;
//}
if ($ip->instance_id == $DBServer->GetProperty(OPENSTACK_SERVER_PROPERTIES::SERVER_ID)) {
$ipAddress = $ip->ip;
$ipAssigned = true;
}
}
//If no free IP allocate new from pool
if (!$ipAddress) {
$ip = $osClient->servers->floatingIps->create($ipPool);
$ipAddress = $ip->ip;
$DBServer->SetProperties(array(OPENSTACK_SERVER_PROPERTIES::FLOATING_IP => $ip->ip, OPENSTACK_SERVER_PROPERTIES::FLOATING_IP_ID => $ip->id));
}
if (!$ipAssigned) {
//Associate floating IP with Instance
$osClient->servers->addFloatingIp($DBServer->GetCloudServerID(), $ipAddress);
}
}
if ($ipAddress) {
$DBServer->remoteIp = $ipAddress;
$DBServer->Save();
$DBServer->SetProperty(SERVER_PROPERTIES::SYSTEM_IGNORE_INBOUND_MESSAGES, null);
}
}
}
if ($DBServer->isCloudstack()) {
if ($DBServer->status == SERVER_STATUS::PENDING) {
$jobId = $DBServer->GetProperty(CLOUDSTACK_SERVER_PROPERTIES::LAUNCH_JOB_ID);
try {
$platform = PlatformFactory::NewPlatform($DBServer->platform);
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($platform->getConfigVariable(Modules_Platforms_Cloudstack::API_URL, $DBServer->GetEnvironmentObject()), $platform->getConfigVariable(Modules_Platforms_Cloudstack::API_KEY, $DBServer->GetEnvironmentObject()), $platform->getConfigVariable(Modules_Platforms_Cloudstack::SECRET_KEY, $DBServer->GetEnvironmentObject()), $DBServer->platform);
$res = $cs->queryAsyncJobResult($jobId);
if ($res->jobresult->jobstatus == 1) {
$DBServer->SetProperty(CLOUDSTACK_SERVER_PROPERTIES::TMP_PASSWORD, $res->jobresult->virtualmachine->password);
$DBServer->SetProperty(CLOUDSTACK_SERVER_PROPERTIES::SERVER_NAME, $res->jobresult->virtualmachine->name);
}
//TODO: handle failed job: $res->jobresult->jobstatus == 2
} catch (Exception $e) {
if ($DBServer->farmId) {
Logger::getLogger("CloudStack")->error(new FarmLogMessage($DBServer->farmId, $e->getMessage()));
}
}
}
}
try {
$dtadded = strtotime($DBServer->dateAdded);
$DBFarmRole = $DBServer->GetFarmRoleObject();
$launch_timeout = $DBFarmRole->GetSetting(DBFarmRole::SETTING_SYSTEM_LAUNCH_TIMEOUT) > 0 ? $DBFarmRole->GetSetting(DBFarmRole::SETTING_SYSTEM_LAUNCH_TIMEOUT) : 900;
} catch (Exception $e) {
if (stristr($e->getMessage(), "not found")) {
$DBServer->terminate('FARM_ROLE_NOT_FOUND');
}
}
$scripting_event = false;
if ($DBServer->status == SERVER_STATUS::PENDING) {
$event = "hostInit";
$scripting_event = EVENT_TYPE::HOST_INIT;
} elseif ($DBServer->status == SERVER_STATUS::INIT) {
$event = "hostUp";
$scripting_event = EVENT_TYPE::HOST_UP;
}
if ($scripting_event && $dtadded) {
$scripting_timeout = (int) $this->db->GetOne("\n SELECT sum(timeout)\n FROM farm_role_scripts\n WHERE event_name=? AND\n farm_roleid=? AND issync='1'\n ", array($scripting_event, $DBServer->farmRoleId));
if ($scripting_timeout) {
$launch_timeout = $launch_timeout + $scripting_timeout;
}
if ($dtadded + $launch_timeout < time() && !$DBFarmRole->GetRoleObject()->hasBehavior(ROLE_BEHAVIORS::MONGODB)) {
//Add entry to farm log
Logger::getLogger(LOG_CATEGORY::FARM)->warn(new FarmLogMessage($DBFarm->ID, sprintf("Server '%s' did not send '%s' event in %s seconds after launch (Try increasing timeouts in role settings). Considering it broken. Terminating instance.", $DBServer->serverId, $event, $launch_timeout)));
try {
$DBServer->terminate(array('SERVER_DID_NOT_SEND_EVENT', $event, $launch_timeout), false);
} catch (Exception $err) {
$this->logger->fatal($err->getMessage());
}
} elseif ($DBFarmRole->GetRoleObject()->hasBehavior(ROLE_BEHAVIORS::MONGODB)) {
//DO NOT TERMINATE MONGODB INSTANCES BY TIMEOUT! IT'S NOT SAFE
//THINK ABOUT WORKAROUND
}
}
// Is IP address changed?
if (!$DBServer->IsRebooting()) {
$ipaddresses = PlatformFactory::NewPlatform($DBServer->platform)->GetServerIPAddresses($DBServer);
if ($ipaddresses['remoteIp'] && $DBServer->remoteIp && $DBServer->remoteIp != $ipaddresses['remoteIp'] || $ipaddresses['localIp'] && $DBServer->localIp && $DBServer->localIp != $ipaddresses['localIp']) {
Logger::getLogger(LOG_CATEGORY::FARM)->warn(new FarmLogMessage($DBFarm->ID, sprintf("RemoteIP: %s (%s), LocalIp: %s (%s) (Poller).", $DBServer->remoteIp, $ipaddresses['remoteIp'], $DBServer->localIp, $ipaddresses['localIp'])));
Scalr::FireEvent($DBServer->farmId, new IPAddressChangedEvent($DBServer, $ipaddresses['remoteIp'], $ipaddresses['localIp']));
}
//TODO: Check health:
}
}
} elseif ($DBServer->status == SERVER_STATUS::RUNNING && $DBServer->GetRealStatus()->isRunning()) {
// Is IP address changed?
if (!$DBServer->IsRebooting()) {
$ipaddresses = PlatformFactory::NewPlatform($DBServer->platform)->GetServerIPAddresses($DBServer);
if ($ipaddresses['remoteIp'] && $DBServer->remoteIp && $DBServer->remoteIp != $ipaddresses['remoteIp'] || $ipaddresses['localIp'] && $DBServer->localIp && $DBServer->localIp != $ipaddresses['localIp']) {
Scalr::FireEvent($DBServer->farmId, new IPAddressChangedEvent($DBServer, $ipaddresses['remoteIp'], $ipaddresses['localIp']));
}
if ($payAsYouGoTime) {
$initTime = $DBServer->GetProperty(SERVER_PROPERTIES::INITIALIZED_TIME);
if ($initTime < $payAsYouGoTime) {
$initTime = $payAsYouGoTime;
}
$runningHours = ceil((time() - $initTime) / 3600);
$scuUsed = $runningHours * Scalr_Billing::getSCUByInstanceType($DBServer->GetFlavor());
$this->db->Execute("UPDATE servers_history SET scu_used = ?, scu_updated = 0 WHERE server_id = ?", array($scuUsed, $DBServer->serverId));
}
//Update GCE ServerID
if ($DBServer->platform == SERVER_PLATFORMS::GCE) {
if ($DBServer->GetProperty(GCE_SERVER_PROPERTIES::SERVER_ID) == $DBServer->serverId) {
$info = PlatformFactory::NewPlatform($DBServer->platform)->GetServerExtendedInformation($DBServer);
$DBServer->SetProperty(GCE_SERVER_PROPERTIES::SERVER_ID, $info['Cloud Server ID']);
}
}
if ($DBServer->platform == SERVER_PLATFORMS::EC2) {
$env = Scalr_Environment::init()->loadById($DBServer->envId);
$ec2 = $env->aws($DBServer->GetCloudLocation())->ec2;
//TODO:
$isEnabled = $ec2->instance->describeAttribute($DBServer->GetCloudServerID(), InstanceAttributeType::disableApiTermination());
$DBServer->SetProperty(EC2_SERVER_PROPERTIES::IS_LOCKED, $isEnabled);
}
} else {
//TODO: Check reboot timeout
}
}
} catch (Exception $e) {
if (stristr($e->getMessage(), "not found")) {
print $e->getTraceAsString() . "\n";
} else {
print "[1][Farm: {$farmId}] {$e->getMessage()} at {$e->getFile()}:{$e->getLine()}\n\n";
}
}
}
}
/**
*
* @return Scalr_Service_Cloud_Cloudstack_Client
*/
private function getCloudStackClient($environment, $cloudLoction = null, $platformName)
{
$platform = PlatformFactory::NewPlatform($platformName);
return Scalr_Service_Cloud_Cloudstack::newCloudstack($platform->getConfigVariable(Modules_Platforms_Cloudstack::API_URL, $environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::API_KEY, $environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::SECRET_KEY, $environment), $platformName);
}
public static function farmUpdateRoleSettings(DBFarmRole $dbFarmRole, $oldSettings, $newSettings)
{
$db = \Scalr::getDb();
$dbFarm = $dbFarmRole->GetFarmObject();
$dbFarmRole->SetSetting(DBFarmRole::SETIING_CLOUDSTACK_STATIC_NAT_MAP, null, DBFarmRole::TYPE_LCL);
$platform = PlatformFactory::NewPlatform($dbFarmRole->Platform);
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($platform->getConfigVariable(Modules_Platforms_Cloudstack::API_URL, $dbFarm->GetEnvironmentObject()), $platform->getConfigVariable(Modules_Platforms_Cloudstack::API_KEY, $dbFarm->GetEnvironmentObject()), $platform->getConfigVariable(Modules_Platforms_Cloudstack::SECRET_KEY, $dbFarm->GetEnvironmentObject()), $dbFarmRole->Platform);
// Disassociate IP addresses if checkbox was unchecked
if (!$newSettings[DBFarmRole::SETIING_CLOUDSTACK_USE_STATIC_NAT] && $oldSettings[DBFarmRole::SETIING_CLOUDSTACK_USE_STATIC_NAT]) {
$eips = $db->Execute("\n SELECT * FROM elastic_ips WHERE farm_roleid = ?\n ", array($dbFarmRole->ID));
while ($eip = $eips->FetchRow()) {
try {
$cs->disassociateIpAddress($eip['allocation_id']);
} catch (Exception $e) {
}
}
$db->Execute("DELETE FROM elastic_ips WHERE farm_roleid = ?", array($dbFarmRole->ID));
}
//TODO: Handle situation when tab was not opened, but max instances setting was changed.
if ($newSettings[DBFarmRole::SETIING_CLOUDSTACK_STATIC_NAT_MAP] && $newSettings[DBFarmRole::SETIING_CLOUDSTACK_USE_STATIC_NAT]) {
$map = explode(";", $newSettings[DBFarmRole::SETIING_CLOUDSTACK_STATIC_NAT_MAP]);
foreach ($map as $ipconfig) {
list($serverIndex, $ipAddress) = explode("=", $ipconfig);
if (!$serverIndex) {
continue;
}
$dbServer = false;
try {
$dbServer = DBServer::LoadByFarmRoleIDAndIndex($dbFarmRole->ID, $serverIndex);
if ($dbServer->remoteIp == $ipAddress) {
continue;
}
// Remove old association
$db->Execute("\n DELETE FROM elastic_ips WHERE farm_roleid = ? AND instance_index=?\n ", array($dbFarmRole->ID, $serverIndex));
} catch (Exception $e) {
}
// Allocate new IP if needed
if (!$ipAddress || $ipAddress == '0.0.0.0') {
if ($dbServer) {
$ipAddress = self::setStaticNatForServer($dbServer);
} else {
continue;
}
} else {
//Remove old IP association
$db->Execute("\n DELETE FROM elastic_ips WHERE ipaddress=?\n ", array($ipAddress));
$info = $cs->listPublicIpAddresses(null, null, null, null, null, $ipAddress);
$info = $info->publicipaddress[0];
// Associate IP with server in our db
$db->Execute("INSERT INTO elastic_ips SET\n env_id=?,\n farmid=?,\n farm_roleid=?,\n ipaddress=?,\n state='0',\n instance_id='',\n clientid=?,\n instance_index=?,\n allocation_id=?\n ", array($dbFarm->EnvID, $dbFarmRole->FarmID, $dbFarmRole->ID, $ipAddress, $dbFarm->ClientID, $serverIndex, $info->id));
}
$ipInfo = $db->GetRow("SELECT allocation_id FROM elastic_ips WHERE ipaddress = ? LIMIT 1", $ipAddress);
// Associate IP on AWS with running server
if ($dbServer) {
try {
$db->Execute("UPDATE elastic_ips SET state='1', server_id = ? WHERE ipaddress = ?", array($dbServer->serverId, $ipAddress));
$update = false;
if ($dbServer->remoteIp != $ipAddress) {
if ($dbServer && $dbServer->status == SERVER_STATUS::RUNNING) {
$fireEvent = self::associateIpAddress($dbServer, $ipAddress, $ipInfo['allocation_id']);
}
}
if ($fireEvent) {
$event = new IPAddressChangedEvent($dbServer, $ipAddress, $dbServer->localIp);
Scalr::FireEvent($dbServer->farmId, $event);
}
} catch (Exception $e) {
}
}
}
}
}
public function xGetCloudServersListAction()
{
$this->request->defineParams(array('platform', 'cloudLocation'));
if (!$this->environment->isPlatformEnabled($this->getParam('platform'))) {
throw new Exception(sprintf('Cloud %s is not enabled for current environment', $this->getParam('platform')));
}
$results = array();
$platform = PlatformFactory::NewPlatform($this->getParam('platform'));
//TODO: Added support for GCE
if ($this->getParam('platform') == SERVER_PLATFORMS::GCE) {
$gce = $platform->getClient($this->environment, $this->getParam('cloudLocation'));
$result = $gce->instances->listInstances($this->environment->getPlatformConfigValue(Modules_Platforms_GoogleCE::PROJECT_ID), $this->getParam('cloudLocation'), array());
if (is_array($result->items)) {
foreach ($result->items as $server) {
if ($server->status != 'RUNNING') {
continue;
}
$ips = $platform->determineServerIps($gce, $server);
$itm = array('id' => $server->name, 'localIp' => $ips['localIp'], 'publicIp' => $ips['remoteIp'], 'zone' => $this->getParam('cloudLocation'), 'isImporting' => false, 'isManaged' => false);
//Check is instance already importing
try {
$dbServer = DBServer::LoadByPropertyValue(GCE_SERVER_PROPERTIES::SERVER_ID, $server->id);
if ($dbServer && $dbServer->status != SERVER_STATUS::TERMINATED) {
if ($dbServer->status == SERVER_STATUS::IMPORTING) {
$itm['isImporting'] = true;
} else {
$itm['isManaged'] = true;
}
$itm['serverId'] = $dbServer->serverId;
}
} catch (Exception $e) {
}
$results[] = $itm;
}
}
} elseif (PlatformFactory::isOpenstack($this->getParam('platform'))) {
$client = $this->environment->openstack($this->getParam('platform'), $this->getParam('cloudLocation'));
$r = $client->servers->list(true);
foreach ($r as $server) {
if ($server->status != 'ACTIVE') {
continue;
}
$ips = $platform->determineServerIps($client, $server);
$itm = array('id' => $server->id, 'localIp' => $ips['localIp'], 'publicIp' => $ips['remoteIp'], 'zone' => $this->getParam('cloudLocation'), 'isImporting' => false, 'isManaged' => false);
//Check is instance already importing
try {
$dbServer = DBServer::LoadByPropertyValue(OPENSTACK_SERVER_PROPERTIES::SERVER_ID, $server->id);
if ($dbServer && $dbServer->status != SERVER_STATUS::TERMINATED) {
if ($dbServer->status == SERVER_STATUS::IMPORTING) {
$itm['isImporting'] = true;
} else {
$itm['isManaged'] = true;
}
$itm['serverId'] = $dbServer->serverId;
}
} catch (Exception $e) {
}
$results[] = $itm;
}
} elseif (PlatformFactory::isCloudstack($this->getParam('platform'))) {
$client = Scalr_Service_Cloud_Cloudstack::newCloudstack($platform->getConfigVariable(Modules_Platforms_Cloudstack::API_URL, $this->environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::API_KEY, $this->environment), $platform->getConfigVariable(Modules_Platforms_Cloudstack::SECRET_KEY, $this->environment), $this->getParam('platform'));
$platform = PlatformFactory::NewPlatform($this->getParam('platform'));
$r = $client->listVirtualMachines(null, $this->getParam('cloudLocation'));
foreach ($r as $server) {
$ips = $platform->determineServerIps($client, $server);
$itm = array('id' => $server->id, 'localIp' => $ips['localIp'], 'publicIp' => $ips['remoteIp'], 'zone' => $this->getParam('cloudLocation'), 'isImporting' => false, 'isManaged' => false);
//Check is instance already importing
try {
$dbServer = DBServer::LoadByPropertyValue(CLOUDSTACK_SERVER_PROPERTIES::SERVER_ID, $server->id);
if ($dbServer && $dbServer->status != SERVER_STATUS::TERMINATED) {
if ($dbServer->status == SERVER_STATUS::IMPORTING) {
$itm['isImporting'] = true;
} else {
$itm['isManaged'] = true;
}
$itm['serverId'] = $dbServer->serverId;
}
} catch (Exception $e) {
}
$results[] = $itm;
}
} elseif ($this->getParam('platform') == SERVER_PLATFORMS::EC2) {
$client = $this->environment->aws($this->getParam('cloudLocation'))->ec2;
$r = $client->instance->describe();
if (count($r)) {
foreach ($r as $reservation) {
/* @var $reservation Scalr\Service\Aws\Ec2\DataType\ReservationData */
foreach ($reservation->instancesSet as $instance) {
/* @var $instance Scalr\Service\Aws\Ec2\DataType\InstanceData */
if ($instance->instanceState->name != 'running') {
continue;
}
$itm = array('id' => $instance->instanceId, 'localIp' => $instance->privateIpAddress, 'publicIp' => $instance->ipAddress, 'zone' => $instance->placement->availabilityZone, 'isImporting' => false, 'isManaged' => false);
//Check is instance already importing
try {
$dbServer = DBServer::LoadByPropertyValue(EC2_SERVER_PROPERTIES::INSTANCE_ID, $instance->instanceId);
if ($dbServer && $dbServer->status != SERVER_STATUS::TERMINATED) {
if ($dbServer->status == SERVER_STATUS::IMPORTING) {
$itm['isImporting'] = true;
} else {
$itm['isManaged'] = true;
}
$itm['serverId'] = $dbServer->serverId;
}
} catch (Exception $e) {
}
$results[] = $itm;
}
}
}
}
$this->response->data(array('data' => $results));
}
public function xGetNetworksAction()
{
$platform = PlatformFactory::NewPlatform($this->getParam('platform'));
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($platform->getConfigVariable(Modules_Platforms_Cloudstack::API_URL, $this->getEnvironment()), $platform->getConfigVariable(Modules_Platforms_Cloudstack::API_KEY, $this->getEnvironment()), $platform->getConfigVariable(Modules_Platforms_Cloudstack::SECRET_KEY, $this->getEnvironment()), $this->getParam('platform'));
$data = array();
if (!$this->getParam('cloudLocation')) {
$cloudLocations = array_keys(self::loadController('Platforms')->getCloudLocations($this->getParam('platform'), false));
} else {
$cloudLocations = array($this->getParam('cloudLocation'));
}
$accountName = $platform->getConfigVariable(Modules_Platforms_Cloudstack::ACCOUNT_NAME, $this->getEnvironment(), false);
$domainId = $platform->getConfigVariable(Modules_Platforms_Cloudstack::DOMAIN_ID, $this->getEnvironment(), false);
foreach ($cloudLocations as $cloudLocation) {
$networks = $cs->listNetworks($cloudLocation, $accountName, $domainId);
$data[$cloudLocation][] = array('id' => '', 'name' => 'Do not use network offering');
foreach ($networks as $network) {
$data[$cloudLocation][] = array('id' => (string) $network->id, 'name' => "{$network->id}: {$network->name} ({$network->networkdomain})");
}
}
$this->response->data(array('data' => $data));
}
public function xSaveCloudstackAction()
{
$pars = array();
$enabled = false;
if ($this->getParam('cloudstack_is_enabled')) {
$enabled = true;
$pars[Modules_Platforms_Cloudstack::API_URL] = $this->checkVar(Modules_Platforms_Cloudstack::API_URL, 'string', 'API URL required');
$pars[Modules_Platforms_Cloudstack::API_KEY] = $this->checkVar(Modules_Platforms_Cloudstack::API_KEY, 'string', 'API key required');
$pars[Modules_Platforms_Cloudstack::SECRET_KEY] = $this->checkVar(Modules_Platforms_Cloudstack::SECRET_KEY, 'string', 'Secret key required');
}
if (count($this->checkVarError)) {
$this->response->failure();
$this->response->data(array('errors' => $this->checkVarError));
} else {
$cs = Scalr_Service_Cloud_Cloudstack::newCloudstack($pars[Modules_Platforms_Cloudstack::API_URL], $pars[Modules_Platforms_Cloudstack::API_KEY], $pars[Modules_Platforms_Cloudstack::SECRET_KEY]);
$accounts = $cs->listAccounts();
foreach ($accounts as $account) {
foreach ($account->user as $user) {
if ($user->apikey == $pars[Modules_Platforms_Cloudstack::API_KEY]) {
$dPars[Modules_Platforms_Cloudstack::ACCOUNT_NAME] = $user->account;
$dPars[Modules_Platforms_Cloudstack::DOMAIN_NAME] = $user->domain;
$dPars[Modules_Platforms_Cloudstack::DOMAIN_ID] = $user->domainid;
}
}
}
if (!$dPars[Modules_Platforms_Cloudstack::ACCOUNT_NAME]) {
throw new Exception("Cannot determine account name for provided keys");
}
$this->db->BeginTrans();
try {
$this->env->enablePlatform(SERVER_PLATFORMS::CLOUDSTACK, $enabled);
if ($enabled) {
$this->env->setPlatformConfig($pars);
$this->env->setPlatformConfig($dPars, false);
}
if (!$this->user->getAccount()->getSetting(Scalr_Account::SETTING_DATE_ENV_CONFIGURED)) {
$this->user->getAccount()->setSetting(Scalr_Account::SETTING_DATE_ENV_CONFIGURED, time());
}
$this->response->success('Environment saved');
$this->response->data(array('enabled' => $enabled));
} catch (Exception $e) {
$this->db->RollbackTrans();
throw new Exception(_('Failed to save Cloudstack settings'));
}
$this->db->CommitTrans();
}
}
