int main(int argc , char ** argv) {
test_create_data();
test_create_vector();
test_get_vector();
test_content();
exit(0);
}
void *test_clone_data(void *tc, int flags)
{
struct testcase *q = test_create_data();
struct testcase *p = tc;
q->id = NULL;
q->algo = strdup(p->algo);
q->mode = strdup(p->mode);
q->klen = p->klen;
q->nlen = p->nlen;
q->key = malloc(q->klen);
memcpy(q->key, p->key, q->klen);
q->nonce = malloc(q->nlen);
memcpy(q->nonce, p->nonce, q->nlen);
q->len = p->len;
q->ctlen = p->ctlen;
q->feedbackBits = p->feedbackBits;
q->pt = malloc(q->len);
memcpy(q->pt, p->pt, q->len);
q->ct = malloc(q->ctlen);
memcpy(q->ct, p->ct, q->ctlen);
q->aadlen = p->aadlen;
q->aad = drew_mem_memdup(p->aad, q->aadlen);
return q;
}
void *test_clone_data(void *tc, int flags)
{
struct testcase *q = test_create_data();
struct testcase *p = tc;
q->id = NULL;
q->algo = strdup(p->algo);
q->klen = p->klen;
q->blksize = p->blksize;
q->nrepeats = p->nrepeats;
q->key = malloc(q->klen);
memcpy(q->key, p->key, q->klen);
q->pt = malloc(q->blksize);
memcpy(q->pt, p->pt, q->blksize);
q->ct = malloc(q->blksize);
memcpy(q->ct, p->ct, q->blksize);
return q;
}
