int Server_run()
{
int rc = 0;
Server *srv = Server_queue_latest();
check(srv != NULL, "Failed to get a server from the configured queue.");
int listen_fd = srv->listen_fd;
taskname("SERVER");
while(RUNNING) {
rc = Server_accept(listen_fd);
if(rc == -1 && RUNNING) {
log_err("Server accept failed, attempting to clear out dead weight: %d", RUNNING);
int cleared = Register_cleanout();
if(cleared == 0) {
taskdelay(1000);
}
}
}
return 0;
error:
return -1;
}
void tickertask(void *v)
{
(void)v;
taskname("ticker");
while(!task_was_signaled()) {
THE_CURRENT_TIME_IS = time(NULL);
int min_wait = Setting_get_int("limits.tick_timer", 10);
taskdelay(min_wait * 1000);
// avoid doing this during a reload attempt
if(!RELOAD) {
// don't bother if these are all 0
int min_ping = Setting_get_int("limits.min_ping", DEFAULT_MIN_PING);
int min_write_rate = Setting_get_int("limits.min_write_rate", DEFAULT_MIN_READ_RATE);
int min_read_rate = Setting_get_int("limits.min_read_rate", DEFAULT_MIN_WRITE_RATE);
if(min_ping > 0 || min_write_rate > 0 || min_read_rate > 0) {
int cleared = Register_cleanout();
if(cleared > 0) {
log_warn("Timeout task killed %d tasks, waiting %d seconds for more.", cleared, min_wait);
} else {
debug("No connections timed out.");
}
}
// do a server queue cleanup to get rid of dead servers
Server_queue_cleanup();
}
}
}
