/**
* Checks if the store is creating a reference from a mature generation
* object (target) to a young generation object (val). If it is, target
* (i.e. the mature object) is added to the remember set.
*
* @param target The object holding the reference (i.e. the referer).
* @param val The object being referenced (i.e. the referee).
*/
void write_barrier(ObjectHeader* target, ObjectHeader* val) {
if(target->remembered_p()) return;
if(!val->reference_p()) return;
if(target->young_object_p()) return;
if(!val->young_object_p()) return;
remember_object(reinterpret_cast<Object*>(target));
}
void write_barrier(Object* target, Object* val) {
if(target->Remember) return;
if(!REFERENCE_P(val)) return;
if(target->zone != MatureObjectZone) return;
if(val->zone != YoungObjectZone) return;
remember_object(target);
}
/**
* Checks if the store is creating a reference from a mature generation
* object (target) to a young generation object (val). If it is, target
* (i.e. the mature object) is added to the remember set.
*
* @param target The object holding the reference (i.e. the referer).
* @param val The object being referenced (i.e. the referee).
*/
void write_barrier(Object* target, Object* val) {
if(target->remembered_p()) return;
if(!REFERENCE_P(val)) return;
if(target->zone() == YoungObjectZone) return;
if(val->zone() != YoungObjectZone) return;
remember_object(target);
}
static void
amf3_decode_str(lua_State *L, amf_cursor *c, int sidx) {
uint32_t ref, len;
amf3_decode_u29(c, &ref);
amf_cursor_checkerr(c);
if (!amf3_is_ref(ref)) {
len = ref >> 1;
if (len > 0) {
amf_cursor_need(c, len);
lua_pushlstring(L, c->p, len);
amf_cursor_consume(c, len);
remember_object(L, -1, sidx);
} else {
lua_pushliteral(L, "");
}
} else {
