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", Scalr_Util_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);
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)));
}
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)));
}
/**
* CreateLoadBalancerListeners action
*
* Creates one or more listeners on a LoadBalancer for the specified port. If a listener with the given port
* does not already exist, it will be created; otherwise, the properties of the new listener must match the
* properties of the existing listener.
*
* @param string $loadBalancerName A load balancer name.
* @param ListenerList $listenersList An ListenerList object that holds list of LoadBalancerPort,
* InstancePort, Protocol, Yes and SSLCertificateId items.
* @return boolean Returns TRUE if listeners are successfully created.
* @throws ClientException
*/
public function createLoadBalancerListeners($loadBalancerName, ListenerList $listenersList)
{
$result = false;
$options = array('LoadBalancerName' => (string) $loadBalancerName);
$options = array_merge($options, $listenersList->getQueryArray());
$response = $this->client->call('CreateLoadBalancerListeners', $options);
if ($response->getError() === false) {
//Success
/* @var $loadBalancer LoadBalancerDescriptionData */
$loadBalancer = $this->elb->loadBalancer->get($options['LoadBalancerName']);
if ($loadBalancer !== null) {
//Updates listenerDescriptions for the LoadBalancer object.
if ($loadBalancer->listenerDescriptions instanceof ListenerDescriptionList || $loadBalancer->listenerDescriptions !== $listenersList) {
$old = array();
/* @var $listener ListenerData */
foreach ($loadBalancer->listenerDescriptions->getComputed() as $listener) {
//Listeners are removed by loadBalancerPort, so we use it as primary key
//to compare.
$old[$listener->loadBalancerPort] = $listener;
}
//Append to existing load balancer new listeners which have just been created.
foreach ($listenersList as $listener) {
if (!array_key_exists($listener->loadBalancerPort, $old)) {
$listenerDescription = new ListenerDescriptionData();
$listenerDescription->setElb($this->elb);
$listenerDescription->listener = $listener;
$loadBalancer->listenerDescriptions->append($listenerDescription);
unset($listenerDescription);
}
//It's not allowed to change an existing lisntener properties
//in this api method. It will cause DuplicateListener error, therefore
//it's no sence to update listener's properties which are received from response.
}
unset($old);
}
}
$result = true;
}
return $result;
}
/**
* {@inheritdoc}
* @see Scalr\Service\Aws\DataType.ListDataType::getQueryArray()
*/
public function getQueryArray($uriParameterName = 'Listeners', $member = true)
{
//Returns listeners parameters
$listenerList = new ListenerList($this->getComputed());
return $listenerList->getQueryArray($uriParameterName);
}
/**
* @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]]);
}
