/**
* Create new message queue capable of holding `maxsize' bytes, and
* owned by the supplied node.
*
* @param maxsize the overall sum of message size that can be held
* @param n the network node to which the message queue is attached
* @oaram nd the top of the TX stack to use to send out messages
* @param uops user-defined operations
*/
mqueue_t *
mq_udp_make(int maxsize,
gnutella_node_t *n, struct txdriver *nd, const struct mq_uops *uops)
{
mqueue_t *q;
node_check(n);
tx_check(nd);
g_assert(uops != NULL);
g_assert(maxsize > 0);
WALLOC0(q);
q->magic = MQ_MAGIC;
q->node = n;
q->tx_drv = nd;
q->maxsize = maxsize;
q->lowat = maxsize >> 2; /* 25% of max size */
q->hiwat = maxsize >> 1; /* 50% of max size */
q->qwait = slist_new();
q->ops = &mq_udp_ops;
q->cops = mq_get_cops();
q->uops = uops;
q->debug = GNET_PROPERTY_PTR(mq_udp_debug);
tx_srv_register(nd, mq_udp_service, q);
return q;
}
/**
* Create new message queue capable of holding `maxsize' bytes, and
* owned by the supplied node.
*/
mqueue_t *
mq_udp_make(int maxsize, struct gnutella_node *n, struct txdriver *nd)
{
mqueue_t *q;
WALLOC0(q);
q->magic = MQ_MAGIC;
q->node = n;
q->tx_drv = nd;
q->maxsize = maxsize;
q->lowat = maxsize >> 2; /* 25% of max size */
q->hiwat = maxsize >> 1; /* 50% of max size */
q->qwait = slist_new();
q->ops = &mq_udp_ops;
q->cops = mq_get_cops();
q->debug = GNET_PROPERTY_PTR(mq_udp_debug);
tx_srv_register(nd, mq_udp_service, q);
return q;
}
