void unsorted_mode() {
queue_t *q = queue_create();
char *t1 = malloc(1);
char *t2 = malloc(2);
char *t3 = malloc(4);
char *t4 = malloc(8);
test *s1 = malloc(sizeof(test));
s1->test = t1;
test *s2 = malloc(sizeof(test));
s2->test = t2;
test *s3 = malloc(sizeof(test));
s3->test = t3;
test *s4 = malloc(sizeof(test));
s4->test = t4;
queue_put(q, s1);
queue_put(q, s2);
queue_put(q, s3);
queue_put(q, s4);
test *t;
queue_get(q, (void **)&t);
free_test(t);
queue_get(q, (void **)&t);
free_test(t);
queue_destroy_complete(q, (void *)free_test);
}
void free_tree(commandlist_t *cl)
{
commandlist_t *cl2;
while (cl != NULL) {
cl2 = cl->next;
switch (cl->type) {
case IF:
free_test(cl->u.i.t);
free_tree(cl->u.i.do_then);
free_tree(cl->u.i.do_else);
break;
case FILEINTO:
case REDIRECT:
case REJCT:
if (cl->u.str) free(cl->u.str);
break;
case VACATION:
if (cl->u.v.subject) free(cl->u.v.subject);
if (cl->u.v.addresses) free_sl(cl->u.v.addresses);
if (cl->u.v.message) free(cl->u.v.message);
break;
case SETFLAG:
case ADDFLAG:
case REMOVEFLAG:
free_sl(cl->u.sl);
break;
case KEEP:
case STOP:
case DISCARD:
break;
case NOTIFY:
if (cl->u.n.method) free(cl->u.n.method);
if (cl->u.n.id) free(cl->u.n.id);
if (cl->u.n.options) free_sl(cl->u.n.options);
if (cl->u.n.message) free(cl->u.n.message);
break;
case DENOTIFY:
if (cl->u.d.pattern) {
#ifdef ENABLE_REGEX
if (cl->u.d.comptag == REGEX) {
regfree((regex_t *) cl->u.d.pattern);
}
#endif
free(cl->u.d.pattern);
}
break;
}
free(cl);
cl = cl2;
}
}
void free_test(test_t *t)
{
if (t == NULL) return;
switch (t->type) {
case ANYOF:
case ALLOF:
free_tl(t->u.tl);
break;
case EXISTS:
strarray_free(t->u.sl);
break;
case SIZE:
case SFALSE:
case STRUE:
break;
case HASFLAG:
case HEADER:
free(t->u.h.comparator);
strarray_free(t->u.h.sl);
strarray_free(t->u.h.pl);
break;
case ADDRESS:
case ENVELOPE:
free(t->u.ae.comparator);
strarray_free(t->u.ae.sl);
strarray_free(t->u.ae.pl);
break;
case BODY:
free(t->u.b.comparator);
strarray_free(t->u.b.content_types);
strarray_free(t->u.b.pl);
break;
case NOT:
free_test(t->u.t);
break;
case DATE:
free(t->u.dt.header_name);
/* fall-through */
case CURRENTDATE:
free(t->u.dt.comparator);
free(t->u.dt.zone);
strarray_free(t->u.dt.kl);
break;
}
free(t);
}
static void free_tl(testlist_t *tl)
{
testlist_t *tl2;
while (tl) {
tl2 = tl->next;
if (tl->t) free_test(tl->t);
free(tl);
tl = tl2;
}
}
int main()
{
init(50);
int *p = malloc_test(array, 5);
malloc_test(array, 10);
free_test(array, p, 5);
malloc_test(array, 4);
gui_show_array(array);
return 0;
}
void free_test(test_t *t)
{
if (t == NULL) return;
switch (t->type) {
case ANYOF:
case ALLOF:
free_tl(t->u.tl);
break;
case EXISTS:
strarray_free(t->u.sl);
break;
case SIZE:
case SFALSE:
case STRUE:
break;
case HEADER:
strarray_free(t->u.h.sl);
strarray_free(t->u.h.pl);
break;
case ADDRESS:
case ENVELOPE:
free(t->u.ae.comparator);
strarray_free(t->u.ae.sl);
strarray_free(t->u.ae.pl);
break;
case BODY:
strarray_free(t->u.b.content_types);
strarray_free(t->u.b.pl);
break;
case NOT:
free_test(t->u.t);
break;
}
free(t);
}
void free_test(test_t *t)
{
if (t == NULL) return;
switch (t->type) {
case ANYOF:
case ALLOF:
free_tl(t->u.tl);
break;
case EXISTS:
free_sl(t->u.sl);
break;
case SIZE:
case SFALSE:
case STRUE:
break;
case HEADER:
free_sl(t->u.h.sl);
free_pl(t->u.h.pl, t->u.h.comptag);
break;
case ADDRESS:
free_sl(t->u.ae.sl);
free_pl(t->u.ae.pl, t->u.ae.comptag);
break;
case NOT:
free_test(t->u.t);
break;
}
free(t);
}