int main()
{
Store *s, *d, *sprite_s, *pool_s, *elem_s;
char *c;
Scalar r;
s = store_open();
{
if (store_child_save(&sprite_s, "sprite", s))
{
c = "hello, world";
string_save(&c, "prop1", sprite_s);
c = "hello, world ... again";
string_save(&c, "prop2", sprite_s);
r = SCALAR_INFINITY;
scalar_save(&r, "prop6", sprite_s);
if (store_child_save(&pool_s, "pool", sprite_s))
{
store_child_save(&elem_s, "elem1", pool_s);
store_child_save(&elem_s, "elem2", pool_s);
}
}
}
store_write_file(s, "test.sav");
store_close(s);
/* ---- */
d = store_open_file("test.sav");
{
if (store_child_load(&sprite_s, "sprite", d))
{
printf("%s\n", sprite_s->name);
string_load(&c, "prop1", "hai", sprite_s);
printf(" prop1: %s\n", c);
string_load(&c, "prop3", "hai", sprite_s);
printf(" prop3: %s\n", c);
string_load(&c, "prop2", "hai", sprite_s);
printf(" prop2: %s\n", c);
scalar_load(&r, "prop6", 4.2, sprite_s);
printf(" prop6: %f\n", r);
if (store_child_load(&pool_s, "pool", sprite_s))
while (store_child_load(&elem_s, NULL, pool_s))
printf(" %s\n", elem_s->name);
}
}
store_close(d);
return 0;
}
char *test_close()
{
btree_destroy(s, root);
store_close(s);
return NULL;
}
static void btree_thread_ui_free(struct bthread_info *ui)
{
int i;
for (i = 0; i < MAX_THREAD; i++) {
store_close(ui->node[i].store);
btree_close(ui->node[i].tree);
}
free(ui);
}
int linda_close(linda *l)
{
if (!l)
return 0;
if (l->st)
store_close(l->st);
if (l->sl)
sb_destroy(l->sl);
free(l);
return 1;
}
static void btree_ui_free(struct btree_info *ui)
{
store_close(ui->userinfo_store);
btree_close(ui->tree);
free(ui);
}