void
Acceptor::onEmpty(const ConnectionManager& cm) {
VLOG(3) << "Acceptor=" << this << " onEmpty()";
if (state_ == State::kDraining) {
checkDrained();
}
}
void Acceptor::sslConnectionError(const folly::exception_wrapper& ex) {
CHECK(numPendingSSLConns_ > 0);
--numPendingSSLConns_;
--totalNumPendingSSLConns_;
if (state_ == State::kDraining) {
checkDrained();
}
}
void
Acceptor::sslConnectionError() {
CHECK(numPendingSSLConns_ > 0);
--numPendingSSLConns_;
--totalNumPendingSSLConns_;
if (state_ == State::kDraining) {
checkDrained();
}
}
void
Acceptor::sslConnectionReady(AsyncSocket::UniquePtr sock,
const SocketAddress& clientAddr,
const string& nextProtocol,
TransportInfo& tinfo) {
CHECK(numPendingSSLConns_ > 0);
connectionReady(std::move(sock), clientAddr, nextProtocol, tinfo);
--numPendingSSLConns_;
--totalNumPendingSSLConns_;
if (state_ == State::kDraining) {
checkDrained();
}
}
void
Acceptor::acceptStopped() noexcept {
// Close all of the idle connections
closeIdleConnections();
// If we haven't yet finished draining, begin doing so by marking ourselves
// as in the draining state. We must be sure to hit checkDrained() here, as
// if we're completely idle, we can should consider ourself drained
// immediately (as there is no outstanding work to complete to cause us to
// re-evaluate this).
if (state_ != State::kDone) {
state_ = State::kDraining;
checkDrained();
}
}
void
Acceptor::onEmpty(const ConnectionManager& cm) {
if (state_ == State::kDraining) {
checkDrained();
}
}
