static int nn_inproc_bind (const char *addr, void *hint,
struct nn_epbase **epbase)
{
struct nn_list_item *it;
struct nn_binproc *binproc;
struct nn_cinproc *cinproc;
nn_mutex_lock (&self.sync);
/* Check whether the endpoint isn't already bound. */
/* TODO: This is an O(n) algorithm! */
for (it = nn_list_begin (&self.bound); it != nn_list_end (&self.bound);
it = nn_list_next (&self.bound, it)) {
binproc = nn_cont (it, struct nn_binproc, item);
if (strncmp (addr, nn_binproc_getaddr (binproc),
NN_SOCKADDR_MAX) == 0) {
nn_mutex_unlock (&self.sync);
return -EADDRINUSE;
}
}
/* Insert the entry into the endpoint repository. */
binproc = nn_binproc_create (hint);
nn_list_insert (&self.bound, &binproc->item, nn_list_end (&self.bound));
/* During this process new pipes may be created. */
for (it = nn_list_begin (&self.connected);
it != nn_list_end (&self.connected);
it = nn_list_next (&self.connected, it)) {
cinproc = nn_cont (it, struct nn_cinproc, item);
if (strncmp (addr, nn_cinproc_getaddr (cinproc),
NN_SOCKADDR_MAX) == 0) {
/* Check whether the two sockets are compatible. */
if (!nn_epbase_ispeer (&binproc->epbase, cinproc->protocol))
continue;
nn_assert (cinproc->connects == 0);
cinproc->connects = 1;
nn_binproc_connect (binproc, cinproc);
}
}
nn_assert (epbase);
*epbase = &binproc->epbase;
nn_mutex_unlock (&self.sync);
return 0;
}
static int nn_inproc_bind (void *hint, struct nn_epbase **epbase)
{
return nn_binproc_create (hint, epbase);
}
