void EventFactory::end(bool join) {
auto& ef = EventFactory::getInstance();
{
WriteLock lock(getInstance().factory_lock_);
// Call deregister on each publisher.
for (const auto& publisher : ef.publisherTypes()) {
deregisterEventPublisher(publisher);
}
}
// Stop handling exceptions for the publisher threads.
for (const auto& thread : ef.threads_) {
if (join) {
thread->join();
} else {
thread->detach();
}
}
{
WriteLock lock(getInstance().factory_lock_);
// A small cool off helps OS API event publisher flushing.
if (!FLAGS_disable_events) {
ef.threads_.clear();
}
// Threads may still be executing, when they finish, release publishers.
ef.event_pubs_.clear();
ef.event_subs_.clear();
}
}
void EventFactory::end(bool join) {
auto& ef = EventFactory::getInstance();
// Call deregister on each publisher.
for (const auto& publisher : ef.publisherTypes()) {
deregisterEventPublisher(publisher);
}
// Stop handling exceptions for the publisher threads.
for (const auto& thread : ef.threads_) {
if (join) {
thread->join();
} else {
thread->detach();
}
}
::usleep(400);
ef.threads_.clear();
}
void EventFactory::end(bool join) {
auto& ef = EventFactory::getInstance();
// Call deregister on each publisher.
for (const auto& publisher : ef.publisherTypes()) {
deregisterEventPublisher(publisher);
}
// Stop handling exceptions for the publisher threads.
for (const auto& thread : ef.threads_) {
if (join) {
thread->join();
} else {
thread->detach();
}
}
// A small cool off helps OS API event publisher flushing.
if (!FLAGS_disable_events) {
::usleep(400);
ef.threads_.clear();
}
}