Function receive_packet_noqueue

src/remote/client/interface.cpp:9286–9399

static void receive_packet_noqueue(rem_port* port, PACKET* packet)
{
/**************************************
 *
 *	r e c e i v e _ p a c k e t _ n o q u e u e
 *
 **************************************
 *
 * Functional description
 *	Receive a packet and check for a network
 *	error on the receive.
 *	Note: SOME of the network lower level protocols
 *	will set up a status vector when errors
 *	occur, but other ones won't.
 *	So this routine sets up an error result
 *	for the vector prior to going into the
 *	network layer.  Note that we can't
 *	RESET the status vector as one thing
 *	that can be received is a new status vector
 *
 *	See also cousin routine: send_packet, send_partial_packet
 *
 **************************************/

	// Receive responses for all deferred packets that were already sent

	if (port->port_deferred_packets)
	{
		while (port->port_deferred_packets->getCount())
		{
			rem_que_packet* const p = port->port_deferred_packets->begin();
			if (!p->sent)
				break;

			OBJCT stmt_id = 0;
			bool bCheckResponse = false, bFreeStmt = false, bAssign = false;

			switch (p->packet.p_operation)
			{
			case op_execute:
				stmt_id = p->packet.p_sqldata.p_sqldata_statement;
				bCheckResponse = true;
				bAssign = true;
				break;

			case op_batch_msg:
				stmt_id = p->packet.p_batch_msg.p_batch_statement;
				bCheckResponse = true;
				break;

			case op_batch_create:
				stmt_id = p->packet.p_batch_create.p_batch_statement;
				bCheckResponse = true;
				break;

			case op_free_statement:
				stmt_id = p->packet.p_sqlfree.p_sqlfree_statement;
				bFreeStmt = (p->packet.p_sqlfree.p_sqlfree_option == DSQL_drop);