def handle_new_connection(self, socktype, listener, _handle):
socket_info = self.socket_info.get(listener)
assert socktype, "cannot find socket type for %s" % listener
socket_options = self.socket_options.get(listener, {})
assert socktype != "named-pipe"
conn = accept_connection(socktype, listener, SOCKET_TIMEOUT,
socket_options)
if conn is None:
return
#limit number of concurrent network connections:
if len(self._potential_protocols) >= MAX_CONCURRENT_CONNECTIONS:
log.error("Error: too many connections (%i)",
len(self._potential_protocols))
log.error(" ignoring new one: %s", conn.endpoint)
conn.close()
return
sock = conn._socket
socktype = conn.socktype
peername = conn.endpoint
sockname = sock.getsockname()
target = peername or sockname
log("handle_new_connection%s sockname=%s, target=%s",
(conn, socket_info, socket_options), sockname, target)
sock.settimeout(SOCKET_TIMEOUT)
log_new_connection(conn, socket_info)
socktype = socktype.lower()
protocol = Protocol(self, conn, self.process_network_packet)
#protocol.large_packets.append(b"info-response")
protocol.socket_type = socktype
self._potential_protocols.append(protocol)
protocol.authenticators = ()
protocol.start()
def make_protocol(self, socktype, conn, listener):
socktype = socktype.lower()
protocol = Protocol(self, conn, self.process_network_packet)
#protocol.large_packets.append(b"info-response")
protocol.socket_type = socktype
self._potential_protocols.append(protocol)
protocol.authenticators = ()
protocol.start()
