/**
* Go over all configurations and check for their status.
* Execute new instances if needed.
*/
private function handleConfigurations($fullCycle, $sendSchedulerStatus)
{
$indexedTaskConfigs = array();
$statuses = array();
$taskConfigs = $this->schedulerConfig->getTaskConfigList();
foreach ($taskConfigs as $taskConfig) {
$indexedTaskConfigs[$taskConfig->name] = $taskConfig;
if (!$taskConfig->type) {
continue;
}
if (!$this->isInitialized($taskConfig)) {
$this->initSingleWorker($taskConfig);
}
$runningTasksCount = $this->numberOfRunningTasks($taskConfig->name);
if ($fullCycle) {
$statuses[] = $this->createStatus($taskConfig, KalturaSchedulerStatusType::RUNNING_BATCHES_COUNT, $runningTasksCount);
$statuses[] = $this->createStatus($taskConfig, KalturaSchedulerStatusType::RUNNING_BATCHES_IS_RUNNING, 1);
}
if ($this->shouldExecute($taskConfig)) {
$this->spawn($taskConfig);
}
}
if ($sendSchedulerStatus) {
$statuses[] = $this->createSchedulerStatus(KalturaSchedulerStatusType::RUNNING_BATCHES_IS_RUNNING, 1);
}
if (count($statuses)) {
KScheduleHelperManager::saveStatuses($statuses);
}
return $indexedTaskConfigs;
}
public function run()
{
KalturaLog::debug("run()");
$startTime = time();
while ($this->keepRunning) {
$this->loadConfig();
$this->loadCommands();
$fullCycle = false;
if ($this->nextStatusTime < time()) {
$fullCycle = true;
$this->nextStatusTime = time() + $this->statusInterval;
KalturaLog::debug("Next Status Time: " . date('H:i:s', $this->nextStatusTime));
}
$statuses = array();
$taskConfigs = $this->schedulerConfig->getTaskConfigList();
foreach ($taskConfigs as $taskConfig) {
if (!$taskConfig->type) {
continue;
}
$runningTasksCount = $this->numberOfRunningTasks($taskConfig->name);
$statuses[] = $this->createStatus($taskConfig, KalturaSchedulerStatusType::RUNNING_BATCHES_COUNT, $runningTasksCount);
$shouldRun = true;
if (!$taskConfig->enable) {
$shouldRun = false;
}
if (!$taskConfig->autoStart && !isset($this->startedRemotely[$taskConfig->name])) {
$shouldRun = false;
}
if (isset($this->stoppedRemotely[$taskConfig->name])) {
$shouldRun = false;
}
if ($fullCycle) {
$statuses[] = $this->createStatus($taskConfig, KalturaSchedulerStatusType::RUNNING_BATCHES_IS_RUNNING, $shouldRun ? 1 : 0);
}
if ($shouldRun && $this->shouldExecute($taskConfig)) {
$this->spawn($taskConfig);
}
}
if ($fullCycle) {
$statuses[] = $this->createSchedulerStatus(KalturaSchedulerStatusType::RUNNING_BATCHES_IS_RUNNING, 1);
KScheduleHelperManager::saveStatuses($this->schedulerConfig->getStatusFilePath(), $statuses);
}
$runningBatches = KScheduleHelperManager::loadRunningBatches($this->schedulerConfig->getCommandsDir());
foreach ($this->runningTasks as $taskName => &$tasks) {
if (!count($tasks)) {
continue;
}
foreach ($tasks as $index => &$proc) {
if ($proc->isRunning()) {
if (isset($runningBatches[$proc->getName()][$proc->getIndex()])) {
unset($runningBatches[$proc->getName()][$proc->getIndex()]);
}
continue;
}
$proc->_cleanup();
unset($tasks[$index]);
}
self::onRunningInstancesEvent($taskConfig, count($this->runningTasks[$taskName]));
}
foreach ($runningBatches as $workerName => $indexes) {
if (!is_array($indexes)) {
continue;
}
$keys = array_keys($indexes);
$index = intval(reset($keys));
$this->nextRunIndex[$workerName] = $index;
}
sleep(1);
}
KalturaLog::info("-- Done --");
KalturaLog::debug("ended after [" . (time() - $startTime) . "] seconds");
die;
}
