void ProxygenServer::forceStop() {
Logger::Info("%p: forceStop ProxygenServer port=%d, enqueued=%d, conns=%d",
this, m_port, m_enqueuedCount, getLibEventConnectionCount());
m_httpServerSocket.reset();
m_httpsServerSocket.reset();
// Drops all open connections
if (m_httpAcceptor && m_httpAcceptor->getState() < Acceptor::State::kDone) {
m_httpAcceptor->forceStop();
}
if (m_httpsAcceptor && m_httpAcceptor->getState() < Acceptor::State::kDone) {
m_httpsAcceptor->forceStop();
}
// No more responses coming from worker threads
stopConsuming();
Logger::Verbose("%p: Stopped response queue consumer port=%d", this, m_port);
// The worker should exit gracefully
m_worker.stopWhenIdle();
Logger::Verbose("%p: i/o thread notified to stop port=%d", this, m_port);
// Aaaand we're done - oops not thread safe. Does it matter?
setStatus(RunStatus::STOPPED);
HttpServer::MarkShutdownStat(ShutdownEvent::SHUTDOWN_DONE);
for (auto listener: m_listeners) {
listener->serverStopped(this);
}
}
FileRegion::FileWriteRequest::~FileWriteRequest() {
CHECK(readBase_->isInEventBaseThread());
socket_->getEventBase()->runInEventBaseThreadAndWait([&]{
stopConsuming();
if (pipe_out_ > -1) {
::close(pipe_out_);
}
});
}
void stop()
{
stopProducing();
stopConsuming();
}
