static bool addBytes(RAnal *a, const char *name, ut64 size, const ut8 *bytes, const ut8 *mask) {
RSignItem *it = R_NEW0 (RSignItem);
bool retval = true;
if (r_mem_is_zero (mask, size)) {
eprintf ("error: zero mask\n");
retval = false;
goto exit_function;
}
it->name = r_str_new (name);
it->space = a->zign_spaces.space_idx;
it->bytes = R_NEW0 (RSignBytes);
it->bytes->size = size;
it->bytes->bytes = malloc (size);
memcpy (it->bytes->bytes, bytes, size);
it->bytes->mask = malloc (size);
memcpy (it->bytes->mask, mask, size);
retval = addItem (a, it);
exit_function:
r_sign_item_free (it);
return retval;
}
ls_foreach (b, iter, kv) {
RSignItem *it = r_sign_item_new ();
if (r_sign_deserialize (c2->anal, it, kv->base.key, kv->base.value)) {
r_list_append (lb, it);
} else {
r_sign_item_free (it);
}
}
R_API bool r_sign_add_graph(RAnal *a, const char *name, RSignGraph graph) {
RSignItem *it = R_NEW0 (RSignItem);
bool retval = true;
it->name = r_str_new (name);
it->space = a->zign_spaces.space_idx;
it->graph = R_NEW0 (RSignGraph);
*it->graph = graph;
retval = addItem (a, it);
r_sign_item_free (it);
return retval;
}
R_API int r_core_zdiff(RCore *c, RCore *c2) {
if (!c || !c2) {
return false;
}
////////// moove this into anal/sign
SdbList *a = sdb_foreach_list (c->anal->sdb_zigns, false);
SdbList *b = sdb_foreach_list (c2->anal->sdb_zigns, false);
eprintf ("Diff %d %d\n", (int)ls_length (a), (int)ls_length (b));
SdbListIter *iter;
SdbKv *kv;
RList *la = r_list_new ();
ls_foreach (a, iter, kv) {
RSignItem *it = r_sign_item_new ();
if (r_sign_deserialize (c->anal, it, kv->base.key, kv->base.value)) {
r_list_append (la, it);
} else {
r_sign_item_free (it);
}
}
