;ConnectIPv6 = yes
;ConnectIPv4 = yes
- # Maximum number of simultaneous connection the server is allowed
- # to accept (0: unlimited):
+ # Maximum number of simultaneous in- and outbound connections the
+ # server is allowed to accept (0: unlimited):
;MaxConnections = 0
# Maximum number of simultaneous connections from a single IP address
Default: Yes.
.TP
\fBMaxConnections\fR
-Maximum number of simultaneous connection the server is allowed to accept
-(0: unlimited). Default: 0.
+Maximum number of simultaneous in- and outbound connections the server is
+allowed to accept (0: unlimited). Default: 0.
.TP
\fBMaxConnectionsIP\fR
Maximum number of simultaneous connections from a single IP address that
(void) irrelevant;
if (New_Connection( sock ) >= 0)
NumConnections++;
+ LogDebug("Total number of connections now %ld.", NumConnections);
}
return;
NumConnections++;
+ LogDebug("Total number of connections now %ld.", NumConnections);
io_event_setcb(My_Connections[fd].sock, cb_clientserver_ssl);
}
#endif
assert(NumConnections > 0);
if (NumConnections)
NumConnections--;
- LogDebug("Shutdown of connection %d completed", Idx );
+ LogDebug("Shutdown of connection %d completed, %ld connection%s left.",
+ Idx, NumConnections, NumConnections != 1 ? "s" : "");
} /* Conn_Close */
Conf_Server[Server].conn_id = NONE;
}
#endif
- LogDebug("Registered new connection %d on socket %d.",
- new_sock, My_Connections[new_sock].sock );
+ NumConnections++;
+ LogDebug("Registered new connection %d on socket %d (%ld in total).",
+ new_sock, My_Connections[new_sock].sock, NumConnections);
Conn_OPTION_ADD( &My_Connections[new_sock], CONN_ISCONNECTING );
} /* New_Server */