static int cons_init(void)
{
struct sa laddr;
int err;
if (conf_get_sa(conf_cur(), "cons_listen", &laddr)) {
sa_set_str(&laddr, "0.0.0.0", CONS_PORT);
}
err = cons_alloc(&cons, &laddr);
if (err)
return err;
ui_register(&ui_cons);
return 0;
}
int
main ()
{
{
struct cons *c;
printf ("cons-alloc:\n");
c = int_alloc (0x10);
c = cons_alloc (c, NULL); // make a list out of it
printf ("%d\n", *((int *) c->first.c->first.p));
printf ("--------------------\n");
printf ("cons-insert-tail:\n");
struct cons *curs = cons_alloc (NULL, NULL);
cons_insert_tail (curs, int_alloc (10));
cons_insert_tail (curs, int_alloc (20));
cons_insert_tail (curs, int_alloc (30));
cons_insert_tail (curs, int_alloc (40));
c = (struct cons *) curs->first.p;
printf ("%d\n", *(int *) ((struct cons *) c->first.p)->first.p);
printf ("%d\n", *(int *) ((struct cons *) c->next->first.p)->first.p);
printf ("%d\n",
*(int *) ((struct cons *) c->next->next->first.p)->first.p);
printf ("%d\n",
*(int *) ((struct cons *) c->next->next->next->first.p)->first.p);
printf ("--------------------\n");
}
printf ("cons-alloc2:\n");
struct cons *c = // (798 "foo")
cons_alloc (int_alloc (798),
cons_alloc (string_alloc ("foo"),
NULL));
printf ("798 == %d\n", int_unbox (c->first.p));
printf ("foo == %s\n", string_unbox (c->next->first.p));
printf ("--------------------\n");
printf ("cons-insert-tail:\n");
struct cons *curs = cons_alloc (NULL, NULL);
cons_insert_tail (curs, int_alloc (10));
cons_insert_tail (curs, int_alloc (20));
cons_insert_tail (curs, int_alloc (30));
cons_insert_tail (curs, int_alloc (40));
c = (struct cons *) curs->first.p;
free (curs);
printf ("10 == %d\n", int_unbox (c->first.p));
printf ("20 == %d\n", int_unbox (c->next->first.p));
printf ("30 == %d\n", int_unbox (c->next->next->first.p));
printf ("40 == %d\n", int_unbox (c->next->next->next->first.p));
printf ("--------------------\n");
printf ("htrie-alloc:\n");
{
struct bin *b = NULL;
htrie_assoc (&b, "abc", int_alloc (10));
htrie_assoc (&b, "abcd", int_alloc (15));
htrie_assoc (&b, "abb", int_alloc (20));
htrie_assoc (&b, "aba", int_alloc (30));
htrie_assoc (&b, "ddd", int_alloc (40));
htrie_assoc (&b, "eff", int_alloc (50));
printf ("get abc -> %d\n", int_unbox (htrie_get (b, "abc")));
printf ("get abcd -> %d\n", int_unbox (htrie_get (b, "abcd")));
printf ("get abb -> %d\n", int_unbox (htrie_get (b, "abb")));
printf ("get aba -> %d\n", int_unbox (htrie_get (b, "aba")));
printf ("get ddd -> %d\n", int_unbox (htrie_get (b, "ddd")));
printf ("get eff -> %d\n", int_unbox (htrie_get (b, "eff")));
printf ("get abde -> %p\n", htrie_get (b, "abde"));
}
printf ("--------------------\n");
printf ("htrie dict test:\n");
{
FILE *f;
char line_storage[1024];
int i = 0;
struct bin *b = NULL;
f = fopen ("/usr/share/dict/american-english", "r");
while (fgets (line_storage, 1024, f))
{
line_storage[strlen (line_storage) - 1] = 0; // remove trailing \n.
printf ("\"%s\"\n", line_storage);
htrie_assoc (&b, line_storage, int_alloc (i++));
}
fclose (f);
printf ("get A's -> %d\n", int_unbox (htrie_get (b, "A's")));
printf ("get zoom -> %d\n", int_unbox (htrie_get (b, "zoom")));
}
printf ("--------------------\n");
return 0;
}
