public function check_consistency(EtvaNode $etva_node, $sync_node_vgs)
{
$errors = array();
$etva_node->getId();
$etva_cluster = $etva_node->getEtvaCluster();
// get node database VGs
$node_vgs = $etva_node->getEtvaNodeVolumegroups();
// get shared database VGs
$shared_vgs = $etva_cluster->getSharedVgs();
$node_inconsistent = 0;
foreach ($node_vgs as $rvg) {
$vg = $rvg->getEtvaVolumegroup();
$error = array();
$uuid = $vg->getUuid();
$vgname = $vg->getVg();
// init
$inconsistent = 0;
// look at volume groups list
$found_lvm = 0;
foreach ($sync_node_vgs as $hvg) {
$arr_hvg = (array) $hvg;
if ($arr_hvg[EtvaVolumegroup::STORAGE_TYPE_MAP] == $vg->getStorageType()) {
if (isset($arr_hvg[EtvaVolumegroup::UUID_MAP])) {
if ($arr_hvg[EtvaVolumegroup::UUID_MAP] == $uuid) {
$found_lvm = 1;
}
} else {
if ($arr_hvg[EtvaVolumegroup::VG_MAP] == $vgname) {
$found_lvm = 1;
}
}
}
}
$inconsistent = $inconsistent || !$found_lvm;
if (!$found_lvm) {
$error['not_found_lvm'] = 1;
}
$found_shared_lvm = 0;
$inconsistent_shared_vgs = 0;
foreach ($shared_vgs as $s_vg) {
$s_uuid = $s_vg->getUuid();
if ($s_uuid == $uuid) {
if ($s_vg->getStorageType() != $vg->getStorageType()) {
$inconsistent_shared_vgs = 1;
} else {
$found_shared_lvm = 1;
}
} else {
if ($s_vg->getStorageType() == $vg->getStorageType()) {
if ($arr_hvg[EtvaVolumegroup::VG_MAP] == $vgname) {
$found_shared_lvm = 1;
}
}
}
}
if ($vg->getStorageType() != EtvaVolumegroup::STORAGE_TYPE_LOCAL_MAP) {
$inconsistent = $inconsistent || !$found_shared_lvm;
if (!$found_shared_lvm) {
$error['not_found_shared_lvm'] = 1;
}
}
$inconsistent = $inconsistent || $inconsistent_shared_vgs;
if ($inconsistent_shared_vgs) {
$error['diff_storage_type'] = 1;
}
// update data-base
$etva_volumegroup = EtvaVolumegroupPeer::retrieveByNodeTypeUUIDVg($etva_node->getId(), $vg->getStorageType(), $vg->getUuid(), $vg->getVg());
if ($etva_volumegroup) {
$etva_volumegroup->setInconsistent($inconsistent);
$etva_volumegroup->save();
}
$etva_node_volumegroup = EtvaNodeVolumegroupPeer::retrieveByPK($etva_node->getId(), $vg->getId());
if ($etva_node_volumegroup) {
$etva_node_volumegroup->setInconsistent($inconsistent);
$etva_node_volumegroup->save();
}
if ($inconsistent) {
$message = sfContext::getInstance()->getI18N()->__(EtvaVolumegroupPeer::_ERR_INCONSISTENT_, array('%info%' => sprintf('volume group "%s" with uuid "%s"', $vg->getVg(), $vg->getUuid())));
if ($error['not_found_shared_lvm'] || $error['diff_storage_type']) {
$message = sfContext::getInstance()->getI18N()->__(EtvaVolumegroupPeer::_ERR_SHARED_INCONSISTENT_, array('%info%' => sprintf('volume group "%s" with uuid "%s"', $vg->getVg(), $vg->getUuid())));
}
sfContext::getInstance()->getEventDispatcher()->notify(new sfEvent($etva_node->getName(), 'event.log', array('message' => $message, 'priority' => EtvaEventLogger::ERR)));
$error['node'] = array('name' => $etva_node->getName(), 'id' => $etva_node->getId(), 'uuid' => $etva_node->getUuid());
$error['volumegroup'] = $vg->getVg();
$error['uuid'] = $vg->getUuid();
$error['message'] = $message;
}
if (!empty($error)) {
$errors[] = $error;
}
$node_inconsistent = $node_inconsistent || $inconsistent;
}
// check consistency for shared Volume groups
foreach ($shared_vgs as $vg) {
$error = array();
$uuid = $vg->getUuid();
$vgname = $vg->getVg();
// init
$inconsistent = 0;
// look at physical volumes list
$found_lvm = 0;
foreach ($sync_node_vgs as $hvg) {
$arr_hvg = (array) $hvg;
if ($arr_hvg[EtvaVolumegroup::STORAGE_TYPE_MAP] == $vg->getStorageType()) {
if (isset($arr_hvg[EtvaVolumegroup::UUID_MAP])) {
if ($arr_hvg[EtvaVolumegroup::UUID_MAP] == $uuid) {
$found_lvm = 1;
}
} else {
if ($arr_hvg[EtvaVolumegroup::VG_MAP] == $vgname) {
$found_lvm = 1;
}
}
}
}
$inconsistent = $inconsistent || !$found_lvm;
if (!$found_lvm) {
$error['not_found_lvm'] = 1;
}
// update data-base
$etva_volumegroup = EtvaVolumegroupPeer::retrieveByNodeTypeUUIDVg($etva_node->getId(), $vg->getStorageType(), $vg->getUuid(), $vg->getVg());
if ($etva_volumegroup) {
$etva_volumegroup->setInconsistent($inconsistent);
$etva_volumegroup->save();
}
$etva_node_volumegroup = EtvaNodeVolumegroupPeer::retrieveByPK($etva_node->getId(), $vg->getId());
if ($etva_node_volumegroup) {
$etva_node_volumegroup->setInconsistent($inconsistent);
$etva_node_volumegroup->save();
}
if ($inconsistent) {
$message = sfContext::getInstance()->getI18N()->__(EtvaVolumegroupPeer::_ERR_SHARED_INCONSISTENT_, array('%info%' => sprintf('volumegroup "%s" with uuid "%s"', $vg->getVg(), $vg->getUuid())));
sfContext::getInstance()->getEventDispatcher()->notify(new sfEvent($etva_node->getName(), 'event.log', array('message' => $message, 'priority' => EtvaEventLogger::ERR)));
$error['node'] = array('name' => $etva_node->getName(), 'id' => $etva_node->getId(), 'uuid' => $etva_node->getUuid());
$error['volumegroup'] = $vg->getVg();
$error['uuid'] = $vg->getUuid();
$error['message'] = $message;
}
if (!empty($error)) {
$errors[] = $error;
}
$node_inconsistent = $node_inconsistent || $inconsistent;
}
$return = array();
if ($node_inconsistent) {
$etva_node->setErrorMessage(self::VGINIT);
$return = array('success' => false, 'errors' => $errors);
} else {
$etva_node->clearErrorMessage(self::VGINIT);
$return = array('success' => true);
}
return $return;
}
private function check_pvs(EtvaNode $etva_node)
{
$node_response = $etva_node->soapSend('getpvs_arr', array('force' => 1));
if (!$node_response['success']) {
$errors = $node_response['error'];
Etva::getLogMessage(array('info' => ''), EtvaPhysicalvolumePeer::_ERR_INCONSISTENT_);
//$etva_node->setErrorMessage(EtvaPhysicalvolume_VA::LVINIT);
$message = $this->getContext()->getI18N()->__(EtvaPhysicalvolumePeer::_ERR_SOAPUPDATE_, array('%info%' => $node_response['info']));
sfContext::getInstance()->getEventDispatcher()->notify(new sfEvent($etva_node->getName(), 'event.log', array('message' => $message, 'priority' => EtvaEventLogger::ERR)));
$response = array('success' => false, 'error' => $message, 'agent' => $etva_node->getName());
$return = $this->setJsonError($response);
return $this->renderText($return);
}
//verify if cluster has any logical volume that belongs to another cluster...
$cluster_id = $etva_node->getClusterId();
$my_pvs = $node_response['response'];
$my_pvs = (array) $my_pvs;
foreach ($my_pvs as $my_pv) {
$pv_info = (array) $my_pv;
if ($pv_info['type'] == EtvaPhysicalvolume::STORAGE_TYPE_LOCAL_MAP) {
continue;
}
$c_uuid = new criteria();
$c_uuid->add(EtvaPhysicalvolumePeer::UUID, $pv_info['uuid']);
$c_uuid->addAnd(EtvaPhysicalvolumePeer::CLUSTER_ID, $cluster_id, Criteria::NOT_EQUAL);
$e_pv = EtvaPhysicalvolumePeer::doSelectOne($c_uuid);
if ($e_pv) {
$c_c = new Criteria();
$c_c->add(EtvaClusterPeer::ID, $e_pv->getClusterId());
$etva_cluster = EtvaClusterPeer::doSelectOne($c_c);
$msg_i18n = $this->getContext()->getI18N()->__(EtvaPhysicalvolumePeer::_ERR_INIT_OTHER_CLUSTER_, array('%name%' => $etva_cluster->getName()));
$response = array('success' => false, 'agent' => sfConfig::get('config_acronym'), 'error' => $msg_i18n, 'info' => $msg_i18n);
$return = $this->setJsonError($response);
return $this->renderText($return);
}
}
}
public function check_consistency(EtvaNode $etva_node, $sync_node_pvs)
{
$errors = array();
$etva_node->getId();
$etva_cluster = $etva_node->getEtvaCluster();
// get node database PVs
//$node_pvs = $etva_node->getEtvaPhysicalvolumes();
$node_pvs = $etva_node->getEtvaNodePhysicalvolumes();
// get shared database PVs
$shared_pvs = $etva_cluster->getSharedPvs();
$node_inconsistent = 0;
foreach ($node_pvs as $rpv) {
$pv = $rpv->getEtvaPhysicalvolume();
$error = array();
$uuid = $pv->getUuid();
$device = $pv->getDevice();
// init
$inconsistent = 0;
// look at physical volumes list
$found_lvm = 0;
foreach ($sync_node_pvs as $hpv) {
$arr_hpv = (array) $hpv;
if ($arr_hpv[EtvaPhysicalvolume::STORAGE_TYPE_MAP] == $pv->getStorageType()) {
if (isset($arr_hpv[EtvaPhysicalvolume::UUID_MAP])) {
if ($arr_hpv[EtvaPhysicalvolume::UUID_MAP] == $uuid) {
$found_lvm = 1;
}
} else {
if ($arr_hpv[EtvaPhysicalvolume::DEVICE_MAP] == $device) {
$found_lvm = 1;
}
}
}
}
$inconsistent = $inconsistent || !$found_lvm;
if (!$found_lvm) {
$error['not_found_lvm'] = 1;
}
/* TODO
* check when have multipath
*/
$found_shared_lvm = 0;
$inconsistent_shared_pvs = 0;
foreach ($shared_pvs as $s_pv) {
$s_uuid = $s_pv->getUuid();
$s_device = $s_pv->getDevice();
if ($s_uuid == $uuid) {
if ($s_pv->getStorageType() != $pv->getStorageType()) {
$inconsistent_shared_pvs = 1;
} else {
$found_shared_lvm = 1;
}
} else {
if ($s_pv->getStorageType() == $pv->getStorageType()) {
if ($arr_hpv[EtvaPhysicalvolume::DEVICE_MAP] == $device) {
$found_shared_lvm = 1;
}
}
}
}
if ($pv->getStorageType() != EtvaPhysicalvolume::STORAGE_TYPE_LOCAL_MAP) {
$inconsistent = $inconsistent || !$found_shared_lvm;
if (!$found_shared_lvm) {
$error['not_found_shared_lvm'] = 1;
}
}
$inconsistent = $inconsistent || $inconsistent_shared_pvs;
if ($inconsistent_shared_pvs) {
$error['diff_storage_type'] = 1;
}
// update data-base
$etva_physicalvol = EtvaPhysicalvolumePeer::retrieveByNodeTypeUUIDDevice($etva_node->getId(), $pv->getStorageType(), $pv->getUuid(), $pv->getDevice());
if ($etva_physicalvol) {
$etva_physicalvol->setInconsistent($inconsistent);
$etva_physicalvol->save();
}
$etva_node_physicalvol = EtvaNodePhysicalvolumePeer::retrieveByPK($etva_node->getId(), $pv->getId());
if ($etva_node_physicalvol) {
$etva_node_physicalvol->setInconsistent($inconsistent);
$etva_node_physicalvol->save();
}
if ($inconsistent) {
$message = sfContext::getInstance()->getI18N()->__(EtvaPhysicalvolumePeer::_ERR_INCONSISTENT_, array('%info%' => sprintf('device "%s" with uuid "%s"', $pv->getDevice(), $pv->getUuid())));
if ($error['not_found_shared_lvm'] || $error['diff_storage_type']) {
$message = sfContext::getInstance()->getI18N()->__(EtvaPhysicalvolumePeer::_ERR_SHARED_INCONSISTENT_, array('%info%' => sprintf('device "%s" with uuid "%s"', $pv->getDevice(), $pv->getUuid())));
}
sfContext::getInstance()->getEventDispatcher()->notify(new sfEvent($etva_node->getName(), 'event.log', array('message' => $message, 'priority' => EtvaEventLogger::ERR)));
$error['node'] = array('name' => $etva_node->getName(), 'id' => $etva_node->getId(), 'uuid' => $etva_node->getUuid());
$error['device'] = $pv->getDevice();
$error['device_id'] = $pv->getId();
$error['uuid'] = $pv->getUuid();
$error['message'] = $message;
}
if (!empty($error)) {
$errors[] = $error;
}
$node_inconsistent = $node_inconsistent || $inconsistent;
}
// check consistency for shared PVs
foreach ($shared_pvs as $pv) {
$error = array();
$uuid = $pv->getUuid();
$device = $pv->getDevice();
// init
$inconsistent = 0;
// look at physical volumes list
$found_lvm = 0;
foreach ($sync_node_pvs as $hpv) {
$arr_hpv = (array) $hpv;
if ($arr_hpv[EtvaPhysicalvolume::STORAGE_TYPE_MAP] == $pv->getStorageType()) {
if (isset($arr_hpv[EtvaPhysicalvolume::UUID_MAP])) {
if ($arr_hpv[EtvaPhysicalvolume::UUID_MAP] == $uuid) {
$found_lvm = 1;
}
} else {
if ($arr_hpv[EtvaPhysicalvolume::DEVICE_MAP] == $device) {
$found_lvm = 1;
}
}
}
}
$inconsistent = $inconsistent || !$found_lvm;
if (!$found_lvm) {
$error['not_found_lvm'] = 1;
}
/* TODO
* check when have multipath
*/
// update data-base
$etva_physicalvol = EtvaPhysicalvolumePeer::retrieveByNodeTypeUUIDDevice($etva_node->getId(), $pv->getStorageType(), $pv->getUuid(), $pv->getDevice());
if ($etva_physicalvol) {
$etva_physicalvol->setInconsistent($inconsistent);
$etva_physicalvol->save();
}
$etva_node_physicalvol = EtvaNodePhysicalvolumePeer::retrieveByPK($etva_node->getId(), $pv->getId());
if ($etva_node_physicalvol) {
$etva_node_physicalvol->setInconsistent($inconsistent);
$etva_node_physicalvol->save();
}
if ($inconsistent) {
$message = sfContext::getInstance()->getI18N()->__(EtvaPhysicalvolumePeer::_ERR_SHARED_INCONSISTENT_, array('%info%' => sprintf('device "%s" with uuid "%s"', $pv->getDevice(), $pv->getUuid())));
sfContext::getInstance()->getEventDispatcher()->notify(new sfEvent($etva_node->getName(), 'event.log', array('message' => $message, 'priority' => EtvaEventLogger::ERR)));
$error['node'] = array('name' => $etva_node->getName(), 'id' => $etva_node->getId(), 'uuid' => $etva_node->getUuid());
$error['device'] = $pv->getDevice();
$error['device_id'] = $pv->getId();
$error['uuid'] = $pv->getUuid();
$error['message'] = $message;
}
if (!empty($error)) {
$errors[] = $error;
}
$node_inconsistent = $node_inconsistent || $inconsistent;
}
$return = array();
if ($node_inconsistent) {
$etva_node->setErrorMessage(self::PVINIT);
$return = array('success' => false, 'errors' => $errors);
} else {
$etva_node->clearErrorMessage(self::PVINIT);
$return = array('success' => true);
}
return $return;
//($node_inconsistent) ? false : true;
}
public function calcState(EtvaNode $etva_node, $newstate = EtvaNode::NODE_ACTIVE)
{
$res_state = $newstate;
if ($newstate == EtvaNode::NODE_ACTIVE) {
if ($etva_node->getState() == EtvaNode::NODE_FAIL || $etva_node->getState() == EtvaNode::NODE_FAIL_UP) {
$res_state = EtvaNode::NODE_FAIL_UP;
} elseif ($etva_node->getState() == EtvaNode::NODE_MAINTENANCE || $etva_node->getState() == EtvaNode::NODE_MAINTENANCE_UP) {
$res_state = EtvaNode::NODE_MAINTENANCE_UP;
} elseif ($etva_node->getState() < EtvaNode::NODE_INACTIVE) {
$res_state = $etva_node->getState();
}
} else {
if ($etva_node->getState() == EtvaNode::NODE_FAIL || $etva_node->getState() == EtvaNode::NODE_FAIL_UP) {
$res_state = EtvaNode::NODE_FAIL;
} elseif ($etva_node->getState() == EtvaNode::NODE_MAINTENANCE || $etva_node->getState() == EtvaNode::NODE_MAINTENANCE_UP) {
$res_state = EtvaNode::NODE_MAINTENANCE;
} elseif ($etva_node->getState() < EtvaNode::NODE_INACTIVE) {
$res_state = $etva_node->getState();
}
}
error_log(sprintf('calcState node=%s oldstate=%s newstate=%s', $etva_node->getName(), $etva_node->getState(), $res_state));
return $res_state;
}
public function check_consistency(EtvaNode $etva_node, $sync_node_lvs, $sync_node_dtable, $sync_bulk_dtable)
{
$errors = array();
$etva_node->getId();
$etva_cluster = $etva_node->getEtvaCluster();
// get node database LVs
$node_lvs = $etva_node->getEtvaLogicalvolumes();
$node_inconsistent = 0;
foreach ($node_lvs as $lv) {
$error = array();
$uuid = $lv->getUuid();
$device = $lv->getLvdevice();
$etva_vg = $lv->getEtvaVolumegroup();
$vgname = $etva_vg->getVg();
$is_FileDiskVG = $vgname == sfConfig::get('app_volgroup_disk_flag') ? true : false;
// init
$inconsistent = 0;
// look at logical volumes list
$found_lvm = 0;
foreach ($sync_node_lvs as $hlv) {
$arr_hlv = (array) $hlv;
if ($arr_hlv[EtvaLogicalvolume::STORAGE_TYPE_MAP] == $lv->getStorageType()) {
if ($arr_hlv[EtvaLogicalvolume::UUID_MAP]) {
if ($arr_hlv[EtvaLogicalvolume::UUID_MAP] == $uuid) {
$found_lvm = 1;
}
} else {
if ($arr_hlv[EtvaLogicalvolume::LVDEVICE_MAP] == $device) {
$found_lvm = 1;
}
}
}
}
$inconsistent = $inconsistent || !$found_lvm;
if (!$found_lvm) {
$error['not_found_lvm'] = 1;
}
if (!$is_FileDiskVG) {
// if not file disk volume
// look at devices table
$clvdev = $device;
$clvdev = str_replace("/dev/", "", $clvdev);
$clvdev = str_replace("-", "--", $clvdev);
$clvdev = str_replace("/", "-", $clvdev);
$re_clvdev = "/" . $clvdev . ":/";
// found device table of node
$node_lv_dtable_aux = preg_grep($re_clvdev, $sync_node_dtable);
// ignore snapshots
$node_lv_dtable = preg_grep("/(?:(?! snapshot ).)/", $node_lv_dtable_aux);
// check if found
$found_node_dt = empty($node_lv_dtable) ? 0 : 1;
$inconsistent = $inconsistent || !$found_node_dt;
if (!$found_node_dt) {
$error['not_found_node_device_table'] = 1;
}
}
// update data-base
$etva_logicalvol = EtvaLogicalvolumePeer::retrieveByNodeTypeUUIDLv($etva_node->getId(), $lv->getStorageType(), $lv->getUuid(), $lv->getLv());
if ($etva_logicalvol) {
$etva_logicalvol->setInconsistent($inconsistent);
$etva_logicalvol->save();
}
$etva_node_logicalvol = EtvaNodeLogicalvolumePeer::retrieveByPK($etva_node->getId(), $lv->getId());
if ($etva_node_logicalvol) {
$etva_node_logicalvol->setInconsistent($inconsistent);
$etva_node_logicalvol->save();
}
if ($inconsistent) {
$message = sfContext::getInstance()->getI18N()->__(EtvaLogicalvolumePeer::_ERR_INCONSISTENT_, array('%info%' => sprintf('device "%s" with uuid "%s"', $lv->getLvdevice(), $lv->getUuid())));
sfContext::getInstance()->getEventDispatcher()->notify(new sfEvent($etva_node->getName(), 'event.log', array('message' => $message, 'priority' => EtvaEventLogger::ERR)));
$error['node'] = array('name' => $etva_node->getName(), 'id' => $etva_node->getId(), 'uuid' => $etva_node->getUuid());
$error['device'] = $lv->getLvdevice();
$error['uuid'] = $lv->getUuid();
$error['message'] = $message;
}
if (!empty($error)) {
$errors[] = $error;
}
$node_inconsistent = $node_inconsistent || $inconsistent;
}
// get shared database LVs
$shared_lvs = $etva_cluster->getSharedLvs();
// check consistency for shared LVs
foreach ($shared_lvs as $lv) {
$error = array();
$uuid = $lv->getUuid();
$device = $lv->getLvdevice();
$etva_vg = $lv->getEtvaVolumegroup();
$vgname = $etva_vg->getVg();
// init
$inconsistent = 0;
// look at logical volumes list
$found_lvm = 0;
foreach ($sync_node_lvs as $hlv) {
$arr_hlv = (array) $hlv;
if ($arr_hlv[EtvaLogicalvolume::STORAGE_TYPE_MAP] == $lv->getStorageType()) {
if (isset($arr_hlv[EtvaLogicalvolume::UUID_MAP])) {
if ($arr_hlv[EtvaLogicalvolume::UUID_MAP] == $uuid) {
$found_lvm = 1;
}
} else {
if ($arr_hlv[EtvaLogicalvolume::LVDEVICE_MAP] == $device) {
$found_lvm = 1;
}
}
}
}
$inconsistent = $inconsistent || !$found_lvm;
if (!$found_lvm) {
$error['not_found_lvm'] = 1;
}
// look at devices table
$clvdev = $device;
$clvdev = str_replace("/dev/", "", $clvdev);
$clvdev = str_replace("-", "--", $clvdev);
$clvdev = str_replace("/", "-", $clvdev);
$re_clvdev = "/" . $clvdev . ":/";
// found device table of node
$node_lv_dtable_aux = preg_grep($re_clvdev, $sync_node_dtable);
// ignore snapshots
$node_lv_dtable = preg_grep("/(?:(?! snapshot ).)/", $node_lv_dtable_aux);
// check if found
$found_node_dt = empty($node_lv_dtable) ? 0 : 1;
$inconsistent = $inconsistent || !$found_node_dt;
if (!$found_node_dt) {
$error['not_found_node_device_table'] = 1;
}
// look at all nodes devices table
$found_all_nodes_dt = 1;
foreach ($sync_bulk_dtable as $e_id => $e_response) {
if ($e_response['success']) {
//response received ok
$dtable = (array) $e_response['response'];
// found device table of node
$lv_dtable = preg_grep($re_clvdev, $dtable);
$found = empty($lv_dtable) ? 0 : 1;
$is_eq = count($lv_dtable) == count($node_lv_dtable) ? 1 : 0;
if ($is_eq) {
foreach ($lv_dtable as $e_line) {
// TODO fix this
if (!in_array($e_line, $node_lv_dtable)) {
$is_eq = 0;
}
}
}
$found_all_nodes_dt = $found_all_nodes_dt && $found && $is_eq;
}
}
$inconsistent = $inconsistent || !$found_all_nodes_dt;
if (!$found_all_nodes_dt) {
$error['not_found_all_nodes_device_table'] = 1;
}
// update data-base
$etva_logicalvol = EtvaLogicalvolumePeer::retrieveByNodeTypeUUIDLv($etva_node->getId(), $lv->getStorageType(), $lv->getUuid(), $lv->getLv());
if ($etva_logicalvol) {
$etva_logicalvol->setInconsistent($inconsistent);
$etva_logicalvol->save();
}
$etva_node_logicalvol = EtvaNodeLogicalvolumePeer::retrieveByPK($etva_node->getId(), $lv->getId());
if ($etva_node_logicalvol) {
$etva_node_logicalvol->setInconsistent($inconsistent);
$etva_node_logicalvol->save();
}
if ($inconsistent) {
$message = sfContext::getInstance()->getI18N()->__(EtvaLogicalvolumePeer::_ERR_SHARED_INCONSISTENT_, array('%info%' => sprintf('device "%s" with uuid "%s"', $lv->getLvdevice(), $lv->getUuid())));
sfContext::getInstance()->getEventDispatcher()->notify(new sfEvent($etva_node->getName(), 'event.log', array('message' => $message, 'priority' => EtvaEventLogger::ERR)));
$error['node'] = array('name' => $etva_node->getName(), 'id' => $etva_node->getId(), 'uuid' => $etva_node->getUuid());
$error['device'] = $lv->getLvdevice();
$error['uuid'] = $lv->getUuid();
$error['message'] = $message;
}
if (!empty($error)) {
$errors[] = $error;
}
$node_inconsistent = $node_inconsistent || $inconsistent;
}
$return = array();
if ($node_inconsistent) {
$etva_node->setErrorMessage(self::LVINIT);
$return = array('success' => false, 'errors' => $errors);
} else {
$etva_node->clearErrorMessage(self::LVINIT);
$return = array('success' => true);
}
return $return;
}
public function send_start(EtvaNode $etva_node, $extra = null, $ignoreAdmissionGate = false)
{
$etva_server = $this->etva_server;
$method = self::SERVER_START;
$mem_available = $etva_node->getMemfree();
$server_mem_mb = $etva_server->getMem();
$server_mem = Etva::MB_to_Byteconvert($server_mem_mb);
error_log(" start_vm mem_available=" . $mem_available . " server_mem=" . $server_mem);
if ($server_mem > $mem_available) {
//notify event log
$msg_i18n = Etva::makeNotifyLogMessage($error['agent'], EtvaNodePeer::_ERR_MEM_AVAILABLE_, array('name' => $etva_node->getName(), 'info' => $server_mem_mb), EtvaServerPeer::_ERR_START_, array('name' => $server));
$error = array('success' => false, 'agent' => $etva_node->getName(), 'info' => $msg_i18n, 'error' => $msg_i18n);
return $error;
}
$etva_cluster = $etva_node->getEtvaCluster();
if (!$ignoreAdmissionGate && $etva_cluster->getHasNodeHA()) {
$admissiongate_response = $etva_cluster->getAdmissionGate($etva_server);
if (!$admissiongate_response['success']) {
//notify event log
$msg_i18n = Etva::makeNotifyLogMessage($error['agent'], EtvaClusterPeer::_ERR_ADMISSION_GATE_FAIL_, array('name' => $etva_server->getName(), 'info' => $admissiongate_response['info']), EtvaServerPeer::_ERR_START_, array('name' => $server));
$error = array('success' => false, 'agent' => $etva_node->getName(), 'info' => $msg_i18n, 'error' => $msg_i18n);
return $error;
}
}
$params = $extra ? $extra : array();
$params['uuid'] = $etva_server->getUuid();
$boot = $etva_server->getBoot();
$location = $etva_server->getLocation();
$vm_type = $etva_server->getVmType();
$first_boot = $etva_server->getFirstBoot();
if ($first_boot) {
$params['first_boot'] = $first_boot;
if ($location && $vm_type == 'pv') {
$boot = 'location';
}
}
$params['boot'] = $boot;
if ($boot == 'location' || $boot == 'cdrom') {
$params['location'] = $location;
}
$params['vnc_keymap'] = $etva_server->getVncKeymap();
$response = $etva_node->soapSend($method, $params);
return $this->processStartStop($etva_node, $response, $method);
}
