static void* resolveLoop(void* ptr) {
AddressResolution *a = (AddressResolution*)ptr;
Redis *r = ntop->getRedis();
while(!ntop->getGlobals()->isShutdown()) {
char numeric_ip[64];
int rc = r->popHostToResolve(numeric_ip, sizeof(numeric_ip));
if(rc == 0) {
a->resolveHostName(numeric_ip);
} else
sleep(1);
}
return(NULL);
}
void ReceiverImpl::init(qpid::client::AsyncSession s, AddressResolution& resolver)
{
sys::Mutex::ScopedLock l(lock);
session = s;
if (state == CANCELLED) return;
if (state == UNRESOLVED) {
source = resolver.resolveSource(session, address);
assert(source.get());
state = STARTED;
}
source->subscribe(session, destination);
startFlow(l);
}
void SenderImpl::init(qpid::client::AsyncSession s, AddressResolution& resolver)
{
session = s;
if (state == UNRESOLVED) {
sink = resolver.resolveSink(session, address);
state = ACTIVE;
}
if (state == CANCELLED) {
sink->cancel(session, name);
parent.senderCancelled(name);
} else {
sink->declare(session, name);
replay();
}
}
void SenderImpl::init(qpid::client::AsyncSession s, AddressResolution& resolver)
{
sys::Mutex::ScopedLock l(lock);
session = s;
if (state == UNRESOLVED) {
sink = resolver.resolveSink(session, address);
state = ACTIVE;
}
if (state == CANCELLED) {
sink->cancel(session, name);
sys::Mutex::ScopedUnlock u(lock);
parent->senderCancelled(name);
} else {
sink->declare(session, name);
replay(l);
}
}
