/**
* Update the available slots for each host if it has been sufficiently long since the last
* update.
*
* @param hosts The hosts to input
*/
public void updateAllHostAvailSlots(List<HostState> hosts) {
synchronized (hostAvailSlots) {
if (JitterClock.globalTime() - lastAvailSlotsUpdate < SPAWN_QUEUE_AVAIL_REFRESH) {
return;
}
hostAvailSlots.clear();
for (HostState host : hosts) {
String hostID = host.getHostUuid();
if (hostID != null) {
hostAvailSlots.put(hostID, host.getAvailableTaskSlots());
}
}
}
lastAvailSlotsUpdate = JitterClock.globalTime();
if (log.isTraceEnabled()) {
log.trace("[SpawnQueuesByPriority] Host Avail Slots: " + hostAvailSlots);
}
}
public Job(String id, String creator) {
this.id = id;
this.creator = creator;
this.createTime = JitterClock.globalTime();
this.endTime = createTime;
this.dontAutoBalanceMe = false;
this.dontDeleteMe = false;
this.dontCloneMe = false;
this.config = "";
this.queryConfig = new JobQueryConfig();
}
public void setTaskFinished(JobTask task) {
int preFailErrorCode = task.getPreFailErrorCode();
int oldErrorCode = task.getErrorCode();
if (task.getState() == JobTaskState.REPLICATE || task.getState() == JobTaskState.BACKUP) {
if (preFailErrorCode > 0) {
// Restore the old job error if it existed
errorTask(task, preFailErrorCode);
return;
}
}
task.setErrorCode(0);
setTaskState(task, JobTaskState.IDLE, true);
if (getState() == JobState.IDLE) {
setEndTime(JitterClock.globalTime());
}
if (countErrorTasks() == 0 && oldErrorCode == JobTaskErrorCode.EXIT_REPLICATE_FAILURE
|| oldErrorCode == JobTaskErrorCode.EXIT_BACKUP_FAILURE) {
// If the job is disabled because this task failed to replicate, enable it.
log.warn("Enabling job " + getId() + " because the last replicate/backup error was resolved");
disabled = false;
}
}