void GC_Object::Notify::Serialize(SaveFile &f)
{
f.Serialize(type);
f.Serialize(subscriber);
// we are not allowed to serialize raw pointers so we use a small hack :)
f.Serialize(reinterpret_cast<DWORD_PTR&>(handler));
}
void Rotator::Serialize(SaveFile &f)
{
f.Serialize(_accel_current);
f.Serialize(_accel_stop);
f.Serialize(_angle_target);
f.Serialize(_state);
f.Serialize(_velocity_current);
f.Serialize(_velocity_limit);
}
void GC_Object::Serialize(SaveFile &f)
{
assert(0 == _notifyProtectCount);
f.Serialize(_flags);
//
// name
//
if( CheckFlags(GC_FLAG_OBJECT_NAMED) )
{
if( f.loading() )
{
string_t name;
f.Serialize(name);
assert( 0 == g_level->_objectToStringMaps[FastLog2(GC_FLAG_OBJECT_NAMED)].count(this) );
assert( 0 == g_level->_nameToObjectMap.count(name) );
g_level->_objectToStringMaps[FastLog2(GC_FLAG_OBJECT_NAMED)][this] = name;
g_level->_nameToObjectMap[name] = this;
}
else
{
string_t name = GetName();
f.Serialize(name);
}
}
//
// events
//
if( f.loading() )
{
DWORD tmp = _flags & GC_FLAG_OBJECT_EVENTS_TS_FIXED;
SetFlags(GC_FLAG_OBJECT_EVENTS_TS_FIXED, false);
SetEvents(tmp);
}
//
// notifications
//
size_t count = 0;
if( const Notify *n = _firstNotify )
do { count += !n->IsRemoved(); } while( n = n->next );
f.Serialize(count);
if( f.loading() )
{
assert(NULL == _firstNotify);
for( size_t i = 0; i < count; i++ )
{
_firstNotify = new Notify(_firstNotify);
_firstNotify->Serialize(f);
}
}
else
{
for( Notify *n = _firstNotify; n; n = n->next )
{
if( !n->IsRemoved() )
n->Serialize(f);
}
}
}
