public static function generateInstances(\alojaweb\Filters\Filters $filters, $param_names, $params, $generalize, $db = null)
{
$filter_options = $filters->getFilterChoices();
$paramAllOptions = $tokens = $instances = array();
// Get info from clusters (Part of header_names!)
$cluster_header_names = array('id_cluster' => 'Cluster', 'datanodes' => 'Datanodes', 'vm_OS' => 'VM.OS', 'vm_cores' => 'VM.Cores', 'vm_RAM' => 'VM.RAM', 'provider' => 'Provider', 'vm_size' => 'VM.Size', 'type' => 'Type');
$cluster_descriptor = array();
$query = "select " . implode(",", array_keys($cluster_header_names)) . " from aloja2.clusters;";
$rows = $db->get_rows($query);
foreach ($rows as $row) {
$cid = $row['id_cluster'];
foreach (array_keys($cluster_header_names) as $cname) {
$cluster_descriptor[$cid][$cname] = $row[$cname];
}
}
// If "No Clusters" -> All clusters
if (empty($params['id_cluster'])) {
$params['id_cluster'] = array();
$paramAllOptions['id_cluster'] = $filter_options['id_cluster'];
foreach ($paramAllOptions['id_cluster'] as $par) {
$params['id_cluster'][] = $par;
}
}
// For each cluster selected, launch an instance...
foreach ($params['id_cluster'] as $cl) {
// Reduce the instance to the HW filter override, or even remove instance if no HW coincides
$remove_if_no_props = FALSE;
foreach (array_keys($cluster_header_names) as $cname) {
if (!empty($params[$cname])) {
// FIXME - When clusters have more than 1 characteristic, change this
// Get only the current_props in params[cname]
$current_props = $cluster_descriptor[$cl][$cname];
$current_props = array($current_props);
$coincidences = array_intersect($current_props, $params[$cname]);
if (empty($coincidences)) {
$remove_if_no_props = TRUE;
} else {
$cluster_descriptor[$cl][$cname] = $coincidences;
}
}
}
if ($remove_if_no_props) {
continue;
}
$cl_characteristics = "Cl" . Utils::multi_implode($cluster_descriptor[$cl], ',');
$instance = '';
foreach ($param_names as $p) {
// Ignore for now. Will be used at each cluster characteristics
if (array_key_exists($p, $cluster_header_names) && $p != "id_cluster") {
continue;
}
if ($p != "id_cluster") {
if (array_key_exists($p, $filter_options)) {
$paramAllOptions[$p] = $filter_options[$p];
}
$tokens[$p] = '';
if ($generalize && empty($params[$p])) {
$tokens[$p] = '*';
} elseif (!$generalize && empty($params[$p])) {
foreach ($paramAllOptions[$p] as $par) {
$tokens[$p] = $tokens[$p] . ($tokens[$p] != '' ? '|' : '') . ($p == 'comp' ? 'Cmp' : '') . ($p == 'id_cluster' ? 'Cl' : '') . $par;
}
} else {
if (is_array($params[$p])) {
foreach ($params[$p] as $par) {
$tokens[$p] = $tokens[$p] . ($tokens[$p] != '' ? '|' : '') . ($p == 'comp' ? 'Cmp' : '') . ($p == 'id_cluster' ? 'Cl' : '') . $par;
}
} else {
$tokens[$p] = $params[$p];
}
}
$instance = $instance . ($instance == '' ? '' : ',') . $tokens[$p];
} else {
$instance = $instance . ($instance == '' ? '' : ',') . $cl_characteristics;
}
}
$instances[] = $instance;
}
return $instances;
}
public static function completeInstances(\alojaweb\Filters\Filters $filters, $instances, $param_names, $params, $db = null)
{
$filter_options = $filters->getFilterChoices();
// Fetch Network values
$query = "SELECT MAX(n1.`maxtxkB/s`) AS maxtxkbs, MAX(n1.`maxrxkB/s`) AS maxrxkbs,\n\t\t\t \t MAX(n1.`maxtxpck/s`) AS maxtxpcks, MAX(n1.`maxrxpck/s`) AS maxrxpcks,\n\t\t\t\t MAX(n1.`maxtxcmp/s`) AS maxtxcmps, MAX(n1.`maxrxcmp/s`) AS maxrxcmps,\n\t\t\t\t MAX(n1.`maxrxmcst/s`) AS maxrxmscts,\n\t\t\t\t e1.net AS net, c1.vm_cores, c1.vm_RAM, c1.vm_size, c1.vm_OS, c1.provider\n\t\t\t FROM aloja2.precal_network_metrics AS n1,\n\t\t\t \t aloja2.execs AS e1 LEFT JOIN aloja2.clusters AS c1 ON e1.id_cluster = c1.id_cluster\n\t\t\t WHERE e1.id_exec = n1.id_exec\n\t\t\t GROUP BY e1.net, c1.vm_cores, c1.vm_RAM, c1.vm_size, c1.vm_OS, c1.provider";
$rows = $db->get_rows($query);
if (empty($rows)) {
throw new \Exception('Error retrieving precalculated data from Network. Metrics must be generated (enter into "Performance Metrics" page)');
}
$netinfo = array();
foreach ($rows as $row) {
$id = $row['net'] . '-' . $row['vm_cores'] . '-' . $row['vm_RAM'] . '-' . $row['vm_size'] . '-' . $row['vm_OS'] . '-' . $row['provider'];
$netinfo[$id] = $row['maxtxkbs'] . ',' . $row['maxrxkbs'] . ',' . $row['maxtxpcks'] . ',' . $row['maxrxpcks'] . ',' . $row['maxtxcmps'] . ',' . $row['maxrxcmps'] . ',' . $row['maxrxmscts'];
}
// Fetch Disk values
$query = "SELECT MAX(d1.maxtps) AS maxtps, MAX(d1.maxsvctm) as maxsvctm,\n\t\t\t\t MAX(d1.`maxrd_sec/s`) as maxrds, MAX(d1.`maxwr_sec/s`) as maxwrs,\n\t\t\t\t MAX(d1.maxrq_sz) as maxrqsz, MAX(d1.maxqu_sz) as maxqusz,\n\t\t\t\t MAX(d1.maxawait) as maxawait, MAX(d1.`max%util`) as maxutil,\n\t\t\t\t e2.disk AS disk, c1.vm_cores, c1.vm_RAM, c1.vm_size, c1.vm_OS, c1.provider\n\t\t\t FROM aloja2.precal_disk_metrics AS d1,\n\t\t\t\t aloja2.execs AS e2 LEFT JOIN aloja2.clusters AS c1 ON e2.id_cluster = c1.id_cluster\n\t\t\t WHERE e2.id_exec = d1.id_exec\n\t\t\t GROUP BY e2.disk, c1.vm_cores, c1.vm_RAM, c1.vm_size, c1.vm_OS, c1.provider";
$rows = $db->get_rows($query);
if (empty($rows)) {
throw new \Exception('Error retrieving precalculated data from Disks. Metrics must be generated (enter into "Performance Metrics" page)');
}
$diskinfo = array();
foreach ($rows as $row) {
$id = $row['disk'] . '-' . $row['vm_cores'] . '-' . $row['vm_RAM'] . '-' . $row['vm_size'] . '-' . $row['vm_OS'] . '-' . $row['provider'];
$diskinfo[$id] = $row['maxtps'] . ',' . $row['maxsvctm'] . ',' . $row['maxrds'] . ',' . $row['maxwrs'] . ',' . $row['maxrqsz'] . ',' . $row['maxqusz'] . ',' . $row['maxawait'] . ',' . $row['maxutil'];
}
//For each instance, check NET & DISK, and expand/multiplicate
$instances_expanded = array();
foreach ($instances as $inst_n) {
if (empty($params['net'])) {
$params['net'] = array();
$paramAllOptions['net'] = $filter_options['net'];
foreach ($paramAllOptions['net'] as $par) {
$params['net'][] = $par;
}
}
$netpos = array_search('net', $param_names);
// Multiple values -> decompose
$diskpos = array_search('disk', $param_names);
// Multiple values -> decompose
$corepos = array_search('vm_cores', $param_names);
// Unique value, due to decomposition by id_cluster
$rampos = array_search('vm_RAM', $param_names);
// Unique value, due to decomposition by id_cluster
$sizepos = array_search('vm_size', $param_names);
// Unique value, due to decomposition by id_cluster
$ospos = array_search('vm_OS', $param_names);
// Unique value, due to decomposition by id_cluster
$providerpos = array_search('provider', $param_names);
// Unique value, due to decomposition by id_cluster
// Combinatory effort...
$instances_l1 = array();
foreach ($params['net'] as $pnet) {
$aux = explode(",", $inst_n);
$aux[$netpos] = $pnet;
$id = $pnet . '-' . $aux[$corepos] . '-' . $aux[$rampos] . '-' . $aux[$sizepos] . '-' . $aux[$ospos] . '-' . $aux[$providerpos];
if (array_key_exists($id, $netinfo)) {
$aux[] = $netinfo[$id];
} else {
$aux[] = "0,0,0,0,0,0,0";
}
$instances_l1[] = implode(",", $aux);
}
foreach ($instances_l1 as $inst_d) {
foreach ($params['disk'] as $pdisk) {
$aux = explode(",", $inst_d);
$aux[$diskpos] = $pdisk;
$id = $pdisk . '-' . $aux[$corepos] . '-' . $aux[$rampos] . '-' . $aux[$sizepos] . '-' . $aux[$ospos] . '-' . $aux[$providerpos];
if (array_key_exists($id, $diskinfo)) {
$aux[] = $diskinfo[$id];
} else {
$aux[] = "0,0,0,0,0,0,0,0";
}
$instances_expanded[] = implode(",", $aux);
}
}
}
return $instances_expanded;
}
public function buildFilterGroups($customFilterGroups)
{
$this->filters->overrideFilterGroups($customFilterGroups);
}
