UNUSED static void
test0(void)
{
kvp_ctx_t *ctx;
struct {
long rnd;
const char *key;
int value;
} data[] = {
{0, "This is the test 1", 1},
{0, "This is another test 2", 2},
{0, "This is another test qwe 3", 3},
{0, "This is another test qwe asd 4", 4},
{0, "This is another test qwe asd asd 5", 5},
{0, "This is another test qwe asd asd 6", 6},
};
UNITTEST_PROLOG_RAND;
ctx = kvp_new();
for (i = 0; i < countof(stores); ++i) {
kvp_extend(ctx, stores[i]);
}
FOREACHDATA {
//TRACE("Put %s", CDATA.key);
kvp_put_from_args(ctx,
strlen(CDATA.key), CDATA.key,
sizeof(CDATA.value), &(CDATA.value));
}
SHUFFLE;
FOREACHDATA {
const kvp_item_t *it;
it = kvp_get_from_args(ctx, strlen(CDATA.key), CDATA.key);
//TRACE("Got item %s", CDATA.key);
assert(it != NULL);
//D8(it->data, it->sz);
}
SHUFFLE;
FOREACHDATA {
kvp_delete_from_args(ctx, strlen(CDATA.key), CDATA.key);
}
SHUFFLE;
FOREACHDATA {
const kvp_item_t *it;
it = kvp_get_from_args(ctx, strlen(CDATA.key), CDATA.key);
//TRACE("Got item %s", CDATA.key);
assert(it == NULL);
}
kvp_fini(ctx);
}
kvp_t *
kvp_new_with_kv (char *key, char *value){
kvp_t *k = kvp_new ();
if (k == NULL)
return k;
k->key = key;
k->value = value;
return k;
}
