void
__r_array_tests ()
{
printf("Running __r_array_tests()...\n");
printf("tests (1)\n");
r_array_t *array = r_array_new(3, R_ARRAY_DEFAULT);
assert(array->maxlen == 3);
assert(array->len == 0);
printf("tests (2)\n");
r_array_append(array, "0");
r_array_append(array, "1");
r_array_append(array, "2");
assert(array->maxlen == 3);
assert(array->len == 3);
printf("tests (3)\n");
r_array_append(array, "3");
assert(array->maxlen == 4);
assert(array->len == 4);
printf("tests (4)\n");
r_array_replace(array, 2, "2.0");
r_array_insert(array, 3, "2.5");
assert(array->maxlen == 5);
assert(array->len == 5);
printf("tests (5)\n");
r_array_insert(array, 0, "-1");
assert(array->maxlen == 6);
assert(array->len == 6);
printf("tests (6)\n");
r_array_insert(array, 5, "2.75");
assert(array->maxlen == 7);
assert(array->len == 7);
assert(strcmp(array->items[array->len - 1], "3") == 0);
printf("tests (7)\n");
for (int i=0; i < array->len; i++) {
printf("r_array_t array[%d]: '%s'\n", i, array->items[i]);
}
printf("tests (8)\n");
r_array_destroy(array);
array = NULL;
printf("tests (9)\n");
r_array_t *array_of_heapitems = r_array_new(3, R_ARRAY_DEALLOCATE_ITEMS);
char *str = "abc";
r_array_append(array_of_heapitems, strdup(str));
r_array_append(array_of_heapitems, strdup(str));
assert(array_of_heapitems->len == 2);
assert(array_of_heapitems->maxlen == 3);
printf("tests (10)\n");
r_array_destroy(array_of_heapitems);
array_of_heapitems = NULL;
}
void rex_compiler_destroy(rexcompiler_t *co)
{
if (co) {
r_array_destroy(co->stack);
r_array_destroy(co->temptrans);
r_free(co);
}
}
void rex_state_cleanup(robject_t *obj)
{
rexstate_t *state = (rexstate_t*) obj;
r_array_destroy(state->trans);
r_array_destroy(state->etrans);
r_array_destroy(state->subset);
r_object_cleanup(obj);
}
void rex_dfasimulator_destroy(rex_dfasimulator_t *si)
{
if (si) {
r_array_destroy(si->accepts);
r_free(si);
}
}
void rex_fragment_destroy(rexfragment_t *frag)
{
if (frag)
r_array_destroy(frag->dangling);
r_free(frag);
}
