void CNetBackend::socket_check_cb(ev::timer &w, int32 revents)
{
if ( EV_ERROR & revents )
{
GERROR() << "check socket connect timeout call back error:" << strerror(errno) << "\n";
w.stop();
abort_work( "socket_check_cb fail" );
}
int64 _now = ev_now(loop);
CTcpSocket *psocket = null;
vector<CTcpSocket *>::iterator itr = m_tcp_sockets.begin();
while ( itr != m_tcp_sockets.end() )
{
psocket = *itr;
itr ++;
if ( !psocket ) //this fd not use
continue;
if ( ES_CONNECTED == psocket->get_socket_status()
&& _now - psocket->get_connect_time() > DISCONNECT_TIMEOUT )
{
psocket->close_socket(); //该状态未与游戏服建立连接，可以直接关闭
psocket->set_socket_status( ES_NONE );
}
}
}
void XzeroHttpDaemon::quickShutdownTimeout(ev::timer&, int)
{
log(x0::Severity::warn, "Quick shutdown timed out. Terminating.");
ev_ref(loop_);
terminationTimeout_.stop();
ev_break(loop_, ev::ALL);
}
void setup_step(const x0::FlowParams& args, x0::FlowValue& result)
{
if (args.empty()) {
result.set(step_);
return;
}
args[0].load(step_);
if (step_)
evTimer_.set(step_, step_);
checkStart();
}
/**
* @brief CLogBackend::backend
* @param w
* @param revents
*
* 1.处理缓存的日志
* (1)日志超量需要写入文件
* (2)日志超时需要写入文件
* 2.从共享内存读取日志,try_lock失败一定次数后强制阻塞等待锁定
*/
void CLogBackend::backend(ev::timer &w, int32 revents)
{
if ( EV_ERROR & revents )
{
GERROR() << "backend error:" << strerror(errno) << "\n";
w.stop();
}
CBackend::backend();
m_log_worker.read_shm_log();
//TODO 写入文件
}
// stage-2 termination handler
void XzeroHttpDaemon::quickShutdownHandler(ev::sig& sig, int)
{
log(x0::Severity::info, "%s received. shutting down NOW.", sig2str(sig.signum).c_str());
if (!child_.pid) {
// we are no garbage parent process
sd_notify(0, "STATUS=Shutting down.");
}
// default to standard signal-handler
ev_ref(loop_);
sig.stop();
// install shutdown timeout handler
terminationTimeout_.set<XzeroHttpDaemon, &XzeroHttpDaemon::quickShutdownTimeout>(this);
terminationTimeout_.start(10, 0);
ev_unref(loop_);
// kill active HTTP connections
server_->kill();
}
void checkStart()
{
if (step_ > 0 && !filename_.empty()) {
evTimer_.start();
}
}
tcp_si_map ()
{
ev_default_loop (0);
cleaner.set<tcp_si_map, &tcp_si_map::cleaner_cb> (this);
cleaner.start (::conf.keepalive / 2, ::conf.keepalive / 2);
}