Function accept_connection

src/remote/server/server.cpp:1954–2226

}

static bool accept_connection(rem_port* port, P_CNCT* connect, PACKET* send)
{
/**************************************
 *
 *	a c c e p t _ c o n n e c t i o n
 *
 **************************************
 *
 * Functional description
 *	Process a connect packet.
 *
 **************************************/

	// Accept the physical connection
	send->p_operation = op_reject;

	if (!port->accept(connect))
	{
		port->send(send);
		return false;
	}

	// Starting with CONNECT_VERSION3, strings inside the op_connect packet are UTF8 encoded

	if (connect->p_cnct_cversion >= CONNECT_VERSION3)
	{
		ISC_utf8ToSystem(port->port_login);
		ISC_utf8ToSystem(port->port_user_name);
		ISC_utf8ToSystem(port->port_peer_name);
	}

	// Select the most appropriate protocol (this will get smarter)
	P_ARCH architecture = arch_generic;
	USHORT version = 0;
	USHORT type = 0;
	bool compress = false;
	bool accepted = false;
	USHORT weight = 0;
	const p_cnct::p_cnct_repeat* protocol = connect->p_cnct_versions;

	for (const p_cnct::p_cnct_repeat* const end = protocol + connect->p_cnct_count;
		protocol < end; protocol++)
	{
		if ((protocol->p_cnct_version == PROTOCOL_VERSION10 ||
			 (protocol->p_cnct_version >= PROTOCOL_VERSION11 &&
			  protocol->p_cnct_version <= PROTOCOL_VERSION19)) &&
			 (protocol->p_cnct_architecture == arch_generic ||
			  protocol->p_cnct_architecture == ARCHITECTURE) &&
			protocol->p_cnct_weight >= weight)
		{
			accepted = true;
			weight = protocol->p_cnct_weight;
			version = protocol->p_cnct_version;
			architecture = protocol->p_cnct_architecture;
			type = MIN(protocol->p_cnct_max_type & ptype_MASK, ptype_lazy_send);
			compress = protocol->p_cnct_max_type & pflag_compress;
		}
	}