static function getWithServers()
{
/*$criteria = new Criteria();
$criteria->addJoin(self::ID, EtvaServerPeer::NODE_ID, Criteria::LEFT_JOIN);
//$criteria->addJoin(EtvaServerPeer::SF_GUARD_GROUP_ID, sfContext::getInstance()->getUser()->getGroupsId(), Criteria::IN);
$criteria->setDistinct();
return self::doSelect($criteria);*/
$list = EtvaNodeQuery::create()->useEtvaServerAssignQuery('ServerAssign', Criteria::LEFT_JOIN)->endUse()->distinct()->find();
return $list;
}
protected function execute($arguments = array(), $options = array())
{
$context = sfContext::createInstance(sfProjectConfiguration::getApplicationConfiguration('app', $options['env'], true));
parent::execute($arguments, $options);
// initialize the database connection
$databaseManager = new sfDatabaseManager($this->configuration);
$con = $databaseManager->getDatabase($options['connection'])->getConnection();
// add your code here
$this->log('[INFO]Checking node(s) virtual machines state...' . "\n");
// get nodes active
$updated_vm_state = array();
$nodes = EtvaNodeQuery::create()->filterByState(EtvaNode::NODE_ACTIVE)->find();
$affected = 0;
foreach ($nodes as $node) {
$response = $node->soapSend('domains_stats');
$success = $response['success'];
if ($success) {
$returned_data = $response['response'];
foreach ($returned_data as $i => $server) {
$server_data = (array) $server;
$etva_server = $node->retrieveServerByName($server_data['name']);
if ($etva_server) {
$server_id = $etva_server->getId();
// get server id
if ($etva_server->getVmState() !== EtvaServer::STATE_MIGRATING) {
// only if not in migrating mode
$etva_server->setVmState($server_data['state']);
$etva_server->save();
}
$updated_vm_state[$server_id] = $etva_server->getVmState();
// mark as updated
}
}
} else {
$affected++;
$errors[] = $response['error'];
}
}
// change state as STOP for servers that are not in array
EtvaServerQuery::create()->filterById(array_keys($updated_vm_state), Criteria::NOT_IN)->update(array('VmState' => EtvaServer::STATE_STOP));
if ($nodes) {
$message = sprintf('%d Node(s) could not be checked for virtual machines state', $affected);
if ($affected > 0) {
$context->getEventDispatcher()->notify(new sfEvent(sfConfig::get('config_acronym'), 'event.log', array('message' => $message, 'priority' => EtvaEventLogger::ERR)));
}
}
if (!empty($errors)) {
$this->log('[INFO]' . $message);
}
$logger = new sfFileLogger($context->getEventDispatcher(), array('file' => sfConfig::get("sf_log_dir") . '/cron_status.log'));
// log the message!
$logger->log("The check virtual machines state task ran!", 6);
}
protected function execute($arguments = array(), $options = array())
{
$context = sfContext::createInstance(sfProjectConfiguration::getApplicationConfiguration('app', $options['env'], true));
parent::execute($arguments, $options);
// initialize the database connection
$databaseManager = new sfDatabaseManager($this->configuration);
$connection = $databaseManager->getDatabase($options['connection'])->getConnection();
// add your code here
$this->log('Refreshing Guest Agents Info...' . "\n");
$nodes = EtvaNodeQuery::create()->filterByState(EtvaNode::NODE_ACTIVE)->find();
foreach ($nodes as $node) {
$node_va = new EtvaNode_VA($node);
$this->log('Collecting info for node: ' . $node->getName() . "\n");
$bulk_response_gas = $node_va->send_get_gas_info();
//$this->log('The following servers info were updated: '.implode('; ', $bulk_response_gas));
$message = 'The following servers info were updated: ' . implode('; ', $bulk_response_gas);
$this->log($message);
$context->getEventDispatcher()->notify(new sfEvent($node->getName(), 'event.log', array('message' => $message, 'priority' => EtvaEventLogger::INFO)));
}
}
public function getAdmissionGate(EtvaServer $server)
{
if ($this->getHasNodeHA()) {
if ($this->getAdmissionGateType() == self::CLUSTER_ADMISSION_GATE_TYPE_N_HOSTS_TOLERATE || $this->getAdmissionGateType() == self::CLUSTER_ADMISSION_GATE_TYPE_PER_RESOURCES) {
$nodes = EtvaNodeQuery::create()->leftJoin('EtvaNode.EtvaServerAssign')->leftJoin('EtvaServerAssign.EtvaServer')->addJoinCondition('EtvaServer', 'EtvaServer.VmState = ?', EtvaServer::RUNNING)->withColumn('SUM(EtvaServer.Mem)', 'sum_mem')->withColumn('SUM(EtvaServer.Vcpu)', 'sum_vcpu')->groupBy('EtvaNode.Id')->orderBy('EtvaNode.Memtotal', 'desc')->filterByClusterId($this->getId())->filterByState(EtvaNode::NODE_ACTIVE)->filterByInitialize(EtvaNode::INITIALIZE_OK)->find();
$n_hosts_tolerate = 0;
if ($this->getAdmissionGateType() == self::CLUSTER_ADMISSION_GATE_TYPE_N_HOSTS_TOLERATE) {
$n_hosts_tolerate = $this->getAdmissionGateValue();
}
$n_hosts_tolerate_value = $n_hosts_tolerate;
$sum_all_Nodes_memtotal = 0;
$sum_n_biggest_Nodes_memtotal = 0;
$sum_all_running_Servers_mem = 0;
$sum_all_Nodes_memfree = 0;
$max_cpu_Nodes = 0;
$server_mem_bytes = $server->getMem() * 1024 * 1024;
foreach ($nodes as $node) {
if ($n_hosts_tolerate) {
$sum_n_biggest_Nodes_memtotal = +$node->getMemtotal();
$n_hosts_tolerate--;
// decrease
}
$sum_all_Nodes_memtotal += $node->getMemtotal();
$sum_all_Nodes_memfree += $node->getMemfree();
$sum_all_running_Servers_mem += $node->getSum_mem();
if (!$max_cpu_Nodes || $node->getCputotal() < $max_cpu_Nodes) {
$max_cpu_Nodes = $node->getCputotal();
}
}
$sum_all_running_Servers_mem_bytes = $sum_all_running_Servers_mem * 1024 * 1024;
error_log("getAdmissionGate getAdmissionGateType=" . $this->getAdmissionGateType() . " getAdmissionGateValue=" . $this->getAdmissionGateValue() . " sum_all_Nodes_memtotal={$sum_all_Nodes_memtotal} sum_n_biggest_Nodes_memtotal={$sum_n_biggest_Nodes_memtotal} sum_all_running_Servers_mem_bytes={$sum_all_running_Servers_mem_bytes} sum_all_Nodes_memfree={$sum_all_Nodes_memfree} max_cpu_Nodes={$max_cpu_Nodes} vcpu=" . $server->getVcpu() . " mem=" . $server->getMem() . " name=" . $server->getName());
if ($this->getAdmissionGateType() == self::CLUSTER_ADMISSION_GATE_TYPE_N_HOSTS_TOLERATE) {
$sum_all_running_Servers_memfree_bytes_after = $sum_all_Nodes_memtotal - $sum_all_running_Servers_mem_bytes - $server_mem_bytes;
$sum_all_Nodes_memfree_after = $sum_all_Nodes_memfree - $server_mem_bytes;
error_log("getAdmissionGate TYPE_N_HOSTS_TOLERATE n_hosts_tolerate_value={$n_hosts_tolerate_value} sum_all_running_Servers_memfree_bytes_after={$sum_all_running_Servers_memfree_bytes_after} sum_all_Nodes_memfree_after={$sum_all_Nodes_memfree_after} sum_n_biggest_Nodes_memtotal={$sum_n_biggest_Nodes_memtotal} max_cpu_Nodes={$max_cpu_Nodes} vcpu=" . $server->getVcpu() . " mem=" . $server->getMem() . " name=" . $server->getName());
# the all free memory get from running server should not be less then total of sum of memory of biggest nodes
if ($sum_all_running_Servers_memfree_bytes_after < $sum_n_biggest_Nodes_memtotal) {
return array('success' => false, 'info' => sfContext::getInstance()->getI18N()->__('Unfulfilled policy for (%n_hosts_tolerate_value%) host(s) failures tolerate. The calc of free memory from running servers say that has %free_mem% to garantee %total_mem%.', array('%n_hosts_tolerate_value%' => $n_hosts_tolerate_value, '%free_mem%' => $sum_all_running_Servers_memfree_bytes_after, '%total_mem%' => $sum_n_biggest_Nodes_memtotal)));
}
# the all free memory verified on nodes should not be less then total of sum of memory of biggest nodes
if ($sum_all_Nodes_memfree_after < $sum_n_biggest_Nodes_memtotal) {
return array('success' => false, 'info' => sfContext::getInstance()->getI18N()->__('Unfulfilled policy for (%n_hosts_tolerate_value%) host(s) failures tolerate. The node info says that has %free_mem% free memory to garantee %total_mem%.', array('%n_hosts_tolerate_value%' => $n_hosts_tolerate_value, '%free_mem%' => $sum_all_Nodes_memfree_after, '%total_mem%' => $sum_n_biggest_Nodes_memtotal)));
}
if ($server->getVcpu() > $max_cpu_Nodes) {
return array('success' => false, 'info' => sfContext::getInstance()->getI18N()->__('Number max. of cpus (%max_cpu_Nodes%) exceeded.', array('%max_cpu_Nodes%' => $max_cpu_Nodes)));
}
}
if ($this->getAdmissionGateType() == self::CLUSTER_ADMISSION_GATE_TYPE_PER_RESOURCES) {
$per_resources_value = $this->getAdmissionGateValue();
$per_resources = $per_resources_value / 100;
$sum_all_running_Servers_memfree_bytes_after = $sum_all_Nodes_memtotal - $sum_all_running_Servers_mem_bytes - $server_mem_bytes;
$sum_all_Nodes_memfree_after = $sum_all_Nodes_memfree - $server_mem_bytes;
$all_Node_memtotal_threshold = $sum_all_Nodes_memtotal * $per_resources;
error_log("getAdmissionGate TYPE_PER_RESOURCES sum_all_running_Servers_memfree_bytes_after={$sum_all_running_Servers_memfree_bytes_after} sum_all_Nodes_memfree_after={$sum_all_Nodes_memfree_after} all_Node_memtotal_threshold={$all_Node_memtotal_threshold} max_cpu_Nodes={$max_cpu_Nodes} vcpu=" . $server->getVcpu() . " mem=" . $server->getMem() . " name=" . $server->getName());
# the all free memory get from running server should not be less then percentage of memory of nodes
if ($sum_all_running_Servers_memfree_bytes_after < $all_Node_memtotal_threshold) {
return array('success' => false, 'info' => sfContext::getInstance()->getI18N()->__('Unfulfilled policy for (%per_resources_value%) percentage of resources reserved to failover. The calc of free memory from running servers say that has %free_mem% to garantee %total_mem%.', array('%per_resources_value%' => $per_resources_value, '%free_mem%' => $sum_all_running_Servers_memfree_bytes_after, '%total_mem%' => $all_Node_memtotal_threshold)));
}
# the all free memory verified on nodes should not be less then percentage of memory of nodes
if ($sum_all_Nodes_memfree_after < $all_Node_memtotal_threshold) {
return array('success' => false, 'info' => sfContext::getInstance()->getI18N()->__('Unfulfilled policy for (%per_resources_value%) percentage of resources reserved to failover. The node info says that has %free_mem% free memory to garantee %total_mem%.', array('%per_resources_value%' => $per_resources_value, '%free_mem%' => $sum_all_Nodes_memfree_after, '%total_mem%.' => $all_Node_memtotal_threshold)));
}
if ($server->getVcpu() > $max_cpu_Nodes) {
return array('success' => false, 'info' => sfContext::getInstance()->getI18N()->__('Number max. of cpus (%max_cpu_Nodes%) exceeded.', array('%max_cpu_Nodes%' => $max_cpu_Nodes)));
}
}
}
}
return array('success' => true);
}
/**
*
* @return
*/
public function executeJsonListFreeDevices(sfWebRequest $request)
{
$server_id = $request->getParameter('sid');
$dev_type = $request->getParameter('type');
# get server's node
$etva_node = EtvaNodeQuery::create()->useEtvaServerAssignQuery()->filterByServerId($server_id)->endUse()->findOne();
if ($etva_node && $etva_node->getState() != 0) {
$node_va = new EtvaNode_VA($etva_node);
$response = $node_va->send_get_devs($dev_type);
if ($response['success']) {
$devs = $response['data'];
$rsp_devs = array();
$devs_in_use = EtvaNodePeer::getDevicesInUse($etva_node);
foreach ($devs as $k => $dev) {
$dev->id = $dev->idvendor . $dev->idproduct;
// check if device is already attached
$testid = $dev->id . $dev->type;
foreach ($devs_in_use as $du) {
if ($du == $testid) {
unset($response['data'][$k]);
}
}
}
# reindexing array
$response['data'] = array_values($response['data']);
$return = json_encode($response);
// if the request is made throught soap request...
if (sfConfig::get('sf_environment') == 'soap') {
return $return;
}
// if is browser request return text renderer
$this->getResponse()->setHttpHeader('Content-type', 'application/json');
return $this->renderText($return);
} else {
if (sfConfig::get('sf_environment') == 'soap') {
return json_encode($response);
}
$return = $this->setJsonError($response);
return $this->renderText($return);
}
} else {
if ($etva_node && $etva_node->getState() == 0) {
# report that node is down
# EtvaNodePeer::_STATE_DOWN_
}
}
return $response;
}
protected function execute($arguments = array(), $options = array())
{
$context = sfContext::createInstance(sfProjectConfiguration::getApplicationConfiguration('app', $options['env'], true));
parent::execute($arguments, $options);
// initialize the database connection
$databaseManager = new sfDatabaseManager($this->configuration);
$connection = $databaseManager->getDatabase($options['connection'])->getConnection();
// add your code here
// Update nodes logical volumes
$this->log('[INFO] Update nodes logical volumes info...' . "\n");
$list_nodes = EtvaNodeQuery::create()->find();
foreach ($list_nodes as $node) {
$lv_va = new EtvaLogicalvolume_VA();
$lv_errors = $lv_va->send_update($node, false, false);
}
// Check servers with snapshots
$this->log('[INFO] Checking Servers with snapshots...' . "\n");
$errors_arr = array();
$list_servers = EtvaServerQuery::create()->find();
foreach ($list_servers as $server) {
$server_lvs = $server->getEtvaLogicalvolumes();
foreach ($server_lvs as $lv) {
if ($lv->getPerUsageSnapshots() >= EtvaLogicalvolume::PER_USAGESNAPSHOTS_CRITICAL) {
$this->log('[ERROR] Logical volume \'' . $lv->getLvdevice() . '\' of server \'' . $server->getName() . '\' is in CRITICAL with ' . sprintf('%g%%', round($lv->getPerUsageSnapshots() * 100)) . ' of usage by snapshots ');
array_push($errors_arr, array('server_name' => $server->getName(), 'lvdevice' => $lv->getLvdevice(), 'per_usage_snapshots' => $lv->getPerUsageSnapshots(), 'status_id' => EtvaServer::USAGESNAPSHOTS_STATUS_CRITICAL, 'status_str' => EtvaServer::USAGESNAPSHOTS_STATUS_CRITICAL_STR));
} else {
if ($lv->getPerUsageSnapshots() >= EtvaLogicalvolume::PER_USAGESNAPSHOTS_WARNING) {
$this->log('[ERROR] Logical volume \'' . $lv->getLvdevice() . '\' of server \'' . $server->getName() . '\' is in WARNING with ' . sprintf('%g%%', round($lv->getPerUsageSnapshots() * 100)) . ' of usage by snapshots ');
array_push($errors_arr, array('server_name' => $server->getName(), 'lvdevice' => $lv->getLvdevice(), 'per_usage_snapshots' => $lv->getPerUsageSnapshots(), 'status_id' => EtvaServer::USAGESNAPSHOTS_STATUS_WARNING, 'status_str' => EtvaServer::USAGESNAPSHOTS_STATUS_WARNING_STR));
} else {
$this->log('[INFO] Logical volume \'' . $lv->getLvdevice() . '\' of server \'' . $server->getName() . '\' is in NORMAL with ' . sprintf('%g%%', round($lv->getPerUsageSnapshots() * 100)) . ' of usage by snapshots ');
#array_push($errors_arr, array('server_name'=>$server->getName(),'lvdevice'=>$lv->getLvdevice(),'per_usage_snapshots'=>$lv->getPerUsageSnapshots(),'status_id'=>EtvaServer::USAGESNAPSHOTS_STATUS_CRITICAL,'status_str'=>EtvaServer::USAGESNAPSHOTS_STATUS_CRITICAL_STR));
}
}
}
}
if (!empty($errors_arr)) {
$message = "";
foreach ($errors_arr as $err) {
if ($server_name != $err['server_name']) {
$server_name = $err['server_name'];
$message = $message . "Server '{$server_name}':\r\n";
}
$message = $message . " Logical volume '" . $err['lvdevice'] . "' in state '" . $err['status_str'] . "' with " . sprintf('%g%%', round($err['per_usage_snapshots'] * 100)) . " usage of snapshots.\r\n";
}
$from = EtvaSettingPeer::retrieveByPK(EtvaSettingPeer::_ALERT_EMAIL_FROM_)->getValue();
if (!$from) {
$from = '*****@*****.**';
}
$to = EtvaSettingPeer::retrieveByPK(EtvaSettingPeer::_ALERT_EMAIL_)->getValue();
if (!$to) {
$to = '*****@*****.**';
}
$subject_prefix = EtvaSettingPeer::retrieveByPK(EtvaSettingPeer::_ALERT_SUBJECT_PREFIX_)->getValue();
if (!$subject_prefix) {
$subject_prefix = 'Nuxis -';
}
#$to = "*****@*****.**";
$subject = $subject_prefix . " " . "Servers snapshots usage report";
$headers = "From: {$from}\r\n";
mail($to, $subject, $message, $headers);
$this->log("[INFO] Email with report sent to {$to}");
} else {
$this->log("[INFO] No errors to report");
}
}
public function executeJsonUpdate(sfWebRequest $request)
{
// create cluster entry
$id = $request->getParameter('id');
$cluster = EtvaClusterPeer::retrieveByPK($id);
if (!$cluster) {
$error_msg = sprintf('Object etva_cluster does not exist (%s).', $request->getParameter('id'));
$info = array('success' => false, 'error' => $error_msg);
$error = $this->setJsonError($info);
return $this->renderText($error);
}
/*if(!$cluster) $form = new EtvaClusterForm();
else $form = new EtvaClusterForm($cluster);
$result = $this->processJsonForm($request, $form);
if(!$result['success']){
$error = $this->setJsonError($result);
return $this->renderText($error);
}
//get cluster object
$etva_cluster = $result['object'];*/
$form_data = (array) json_decode($request->getParameter('etva_cluster'));
$clustername = $form_data['name'];
if (!preg_match('/^[a-zA-Z][a-zA-Z0-9\\-\\_]+$/', $clustername)) {
$msg = "Invalid name format";
error_log("CLUSTER[ERROR]" . $msg);
$msg_i18n = $this->getContext()->getI18N()->__($msg);
$error_msg = array('success' => false, 'agent' => sfConfig::get('config_acronym'), 'error' => $msg_i18n);
//notify system log
$this->dispatcher->notify(new sfEvent($error['agent'], 'event.log', array('message' => Etva::getLogMessage(array('name' => $clustername, 'info' => $msg), EtvaClusterPeer::_ERR_CREATE_), 'priority' => EtvaEventLogger::ERR)));
$error = array('success' => false, 'agent' => sfConfig::get('config_acronym'), 'info' => $msg_i18n, 'error' => array($error_msg));
// if is a CLI soap request return json encoded data
if (sfConfig::get('sf_environment') == 'soap') {
return json_encode($error);
}
// if is browser request return text renderer
$error = $this->setJsonError($error);
return $this->renderText($error);
}
$cluster->setName($clustername);
$cluster->setIsDefaultCluster(0);
if ($form_data['isDefaultCluster']) {
$updatecluster = array('Isdefaultcluster' => 0);
EtvaClusterQuery::create()->update($updatecluster);
$cluster->setIsDefaultCluster(1);
}
$cluster->setHasNodeHA($form_data['hasNodeHA'] ? 1 : 0);
$cluster->setAdmissionGateType($form_data['admissionGate_type']);
$cluster->setAdmissionGateValue($form_data['admissionGate_value']);
$cluster->save();
$etva_cluster = $cluster;
$updateNodes = array('Issparenode' => 0);
if ($request->getParameter('fencingconf')) {
$fencingconf = $request->getParameter('fencingconf');
$updateNodes['Fencingconf'] = $fencingconf;
}
//clear spare node
EtvaNodeQuery::create()->filterByClusterId($etva_cluster->getId())->update($updateNodes);
if ($sparenode_id = $request->getParameter('sparenode')) {
if ($etva_sparenode = EtvaNodePeer::retrieveByPK($sparenode_id)) {
// and mark the spare node
$etva_sparenode->setIsSpareNode(1);
$etva_sparenode->save();
}
}
$name = $etva_cluster->getName();
$i18n_msg = $msg_i18n = $this->getContext()->getI18N()->__(EtvaClusterPeer::_OK_UPDATE_, array('%name%' => $name));
//notify system log
$this->dispatcher->notify(new sfEvent(sfConfig::get('config_acronym'), 'event.log', array('message' => Etva::getLogMessage(array('name' => $name), EtvaClusterPeer::_OK_UPDATE_))));
$return = array('success' => true, 'agent' => sfConfig::get('config_acronym'), 'response' => $i18n_msg, 'cluster_id' => $etva_cluster->getId());
$return = json_encode($return);
$this->getResponse()->setHttpHeader('Content-type', 'application/json');
return $this->renderText($return);
}
public function listNodesAssignTo($migrate = false)
{
$nodes_assign = array();
$actual_node = $this->getEtvaNode();
if (!$migrate && $actual_node) {
array_push($nodes_assign, $actual_node);
} else {
$nodes = EtvaNodeQuery::create()->leftJoin('EtvaNode.EtvaServerAssign')->leftJoin('EtvaServerAssign.EtvaServer')->addJoinCondition('EtvaServer', 'EtvaServer.VmState = ?', EtvaServer::RUNNING)->withColumn('sum(EtvaServer.Vcpu)', 'sum_vcpu')->withColumn('sum(EtvaServer.Vcpu)/EtvaNode.Cputotal', 'per_cpu')->withColumn('((sum(EtvaServer.Vcpu)/EtvaNode.Cputotal)+(1-(EtvaNode.Memfree/EtvaNode.Memtotal)))/2', 'per_res')->withColumn('1-(EtvaNode.Memfree/EtvaNode.Memtotal)', 'per_mem')->groupBy('EtvaNode.Id')->orderBy('per_res', 'asc')->orderBy('per_mem', 'asc')->orderBy('per_cpu', 'asc')->filterByClusterId($this->getClusterId())->filterByState(EtvaNode::NODE_ACTIVE)->filterByInitialize(EtvaNode::INITIALIZE_OK)->find();
if (count($nodes) == 1 || count($nodes) > 1 && $this->isAllSharedLogicalvolumes()) {
# TODO calc assign gate
foreach ($nodes as $i => $node) {
if (!$actual_node || $actual_node->getId() != $node->getId()) {
if ($node->canAssignServer($this)) {
array_push($nodes_assign, $node);
}
}
}
} else {
$nodes_withdisks = EtvaNodeQuery::create()->leftJoin('EtvaNode.EtvaServerAssign')->leftJoin('EtvaServerAssign.EtvaServer')->addJoinCondition('EtvaServer', 'EtvaServer.VmState = ?', EtvaServer::RUNNING)->withColumn('sum(EtvaServer.Vcpu)', 'sum_vcpu')->withColumn('sum(EtvaServer.Vcpu)/EtvaNode.Cputotal', 'per_cpu')->withColumn('((sum(EtvaServer.Vcpu)/EtvaNode.Cputotal)+(1-(EtvaNode.Memfree/EtvaNode.Memtotal)))/2', 'per_res')->withColumn('1-(EtvaNode.Memfree/EtvaNode.Memtotal)', 'per_mem')->groupBy('EtvaNode.Id')->orderBy('per_res', 'asc')->orderBy('per_mem', 'asc')->orderBy('per_cpu', 'asc')->filterByClusterId($this->getClusterId())->filterByState(EtvaNode::NODE_ACTIVE)->filterByInitialize(EtvaNode::INITIALIZE_OK)->useEtvaNodeLogicalvolumeQuery('NodeLogicalvolume', 'INNER JOIN')->useEtvaLogicalvolumeQuery('Logicalvolume', 'INNER JOIN')->useEtvaServerLogicalQuery('ServerLogical', 'INNER JOIN')->filterByServerId($this->getId())->endUse()->endUse()->endUse()->find();
foreach ($nodes_withdisks as $i => $node) {
if (!$actual_node || $actual_node->getId() != $node->getId()) {
if ($node->canAssignServer($this)) {
array_push($nodes_assign, $node);
}
}
}
}
}
//usort($nodes_assign,'cmp_nodes_by_resources');
return $nodes_assign;
}
protected function execute($arguments = array(), $options = array())
{
$context = sfContext::createInstance(sfProjectConfiguration::getApplicationConfiguration('app', 'dev', true));
parent::execute($arguments, $options);
// initialize the database connection
$databaseManager = new sfDatabaseManager($this->configuration);
$con = $databaseManager->getDatabase($options['connection'])->getConnection();
// add your code here
$this->log('[INFO] Send explicit check to VirtAgents...' . "\n");
$inactive_nodes = EtvaNodeQuery::create()->filterByState(EtvaNode::NODE_INACTIVE)->find();
if (count($inactive_nodes) > 0) {
$queue = new processCheckQueuing($this);
foreach ($inactive_nodes as $node) {
$cluster = $node->getEtvaCluster();
// only if cluster has HA
if ($cluster->getHasNodeHA()) {
$message = sprintf('Node %s is inactive and the cluster %s has Node HA configured.', $node->getName(), $cluster->getName());
$this->log($message);
Etva::makeNotifyLogMessage($this->name, $message);
// if fail mark as coma
$etva_node_va = new EtvaNode_VA($node);
$response = $etva_node_va->checkState(EtvaNode::NODE_COMA);
if (!$response['success']) {
$msg_fail = sprintf(' agent %s getstate fail ', $node->getName());
$this->log($msg_fail);
Etva::makeNotifyLogMessage($this->name, $msg_fail);
$queue->enqueueProcess($node, 180);
} else {
$msg_ok = sprintf(' agent %s getstate with success ', $node->getName());
$this->log($msg_ok);
Etva::makeNotifyLogMessage($this->name, $msg_ok, array(), null, array(), EtvaEventLogger::INFO);
}
} else {
$msg_noha = sprintf('Node %s is inactive but the cluster %s doesn\'t have Node HA configured.', $node->getName(), $cluster->getName());
$this->log($msg_noha);
}
}
$queue->loop();
} else {
$this->log('No inactive nodes found!');
}
}
