Object listNew(void* state){
VirtualMachine *vm = (VirtualMachine*)state;
/*int len = 10;
Object objArr[10];
getArgs(state, &len, objArr);
Object* objs = objArr;
Object *objs2;
if (len != 10){
objs2 = new Object[len];
getArgs(state, &len, objs2);
objs = objs2;
}*/
int len;
Object* objs = NULL;
getArgs2(state, &len, &objs);
List* l = new List;
for (int i = 0; i < len; ++i)
l->vec.push_back(objs[i]);
Object obj;
delete []objs;
obj.type = USEROBJ | LISTOBJ;
obj.value.userData = new UserData(vm->listCls,l);
setGC(state, obj.value.userData);
return obj;
}
void GenerationalGarbageCollector::add( const Collectable *c )
{
if( 0 == c ) return;
if( c->getGC() == this ) return;
if( c->getGC() ) c->getGC()->remove( c );
{ Mutex::ScopedLock lock( &m_lock );
setGC( c, this );
setGCIndex( c, index_t( m_cs.size() ) );
setGCGeneration( c, 0 );
m_cs.push_back( c );
} // m_lock
#ifdef GC_DEBUG
std::cerr << "add " << c << " to " << this << ", index = " << c->gc_index << std::endl;
#endif
}
void GenerationalGarbageCollector::remove( const Collectable *c )
{
assert( c->getGC() == this );
{ Mutex::ScopedLock lock( &m_lock );
const index_t index = c->getGCIndex();
if( index < m_cs.size() )
{
if( m_cs[ index ] == c )
{
#ifdef GC_DEBUG
std::cerr << "remove " << c << " from " << this << ", index = " << c->m_gc_index << std::endl;
#endif
m_cs[ index ] = 0;
setGC( c, nullptr );
setGCIndex( c, 0 );
}
}
} // m_lock
}
