void MenuBar::detachFromEventProducer(void)
{
Inherited::detachFromEventProducer();
_SelectionChangedConnection.disconnect();
_MouseMovedConnection.disconnect();
_MouseDraggedConnection.disconnect();
for(std::map<Menu*, boost::signals2::connection>::iterator MapItor(_PopupMenuCanceledConnections.begin()) ;
MapItor != _PopupMenuCanceledConnections.end();
++MapItor)
{
MapItor->second.disconnect();
}
_PopupMenuCanceledConnections.clear();
_KeyTypedConnection.disconnect();
}
Action::ResultE PhysicsAttachmentsFinder::check(Node*& node)
{
AttachmentUnrecPtr Att;
//Loop through all of the attachments on this node
for(AttachmentMap::const_iterator MapItor(node->getSFAttachments()->getValue().begin())
; MapItor != node->getSFAttachments()->getValue().end()
; ++MapItor)
{
//Check for Physics Handlers
if(MapItor->second->getType().isDerivedFrom(PhysicsHandler::getClassType()))
{
_FoundHandlers.push_back(dynamic_cast<const PhysicsHandler*>(MapItor->second));
}
//Check for Physics Worlds
if(MapItor->second->getType().isDerivedFrom(PhysicsWorld::getClassType()))
{
_FoundWorlds.push_back(dynamic_cast<const PhysicsWorld*>(MapItor->second));
}
//Check for Physics Geoms
if(MapItor->second->getType().isDerivedFrom(PhysicsGeom::getClassType()))
{
_FoundGeoms.push_back(dynamic_cast<const PhysicsGeom*>(MapItor->second));
}
//Check for Physics Spaces
if(MapItor->second->getType().isDerivedFrom(PhysicsSpace::getClassType()))
{
_FoundSpaces.push_back(dynamic_cast<const PhysicsSpace*>(MapItor->second));
}
//Check for Physics Bodies
if(MapItor->second->getType().isDerivedFrom(PhysicsBody::getClassType()))
{
_FoundBodies.push_back(dynamic_cast<const PhysicsBody*>(MapItor->second));
//Get the Physics Joints
std::vector<PhysicsJointUnrecPtr> Joints(dynamic_cast<PhysicsBody*>(MapItor->second)->getJoints());
for(UInt32 i(0) ; i<Joints.size() ; ++i)
{
_FoundJoints.push_back(Joints[i].get());
}
}
}
return Action::Continue;
}
std::vector<std::string> FCFileHandlerBase::getSuffixList(UInt32 flags) const
{
std::vector<std::string> FileTypesResult;
for(FileTypeMap::const_iterator MapItor(_SuffixTypeMap.begin()) ; MapItor != _SuffixTypeMap.end() ; ++MapItor)
{
for(FileTypeVector::const_iterator VecItor(MapItor->second.begin()) ; VecItor != MapItor->second.end() ; ++VecItor)
{
if((*VecItor)->getFlags() & flags)
{
std::vector<std::string> Suffixes((*VecItor)->getSuffixList());
for(std::vector<std::string>::const_iterator SuffixItor(Suffixes.begin()) ; SuffixItor<Suffixes.end() ; ++SuffixItor)
{
FileTypesResult.push_back(*SuffixItor);
}
}
}
}
return FileTypesResult;
}
