NetObject::NetObject(ZCom_Control* control, IrrlichtDevice* dev)
: m_deleteme(false)
, m_sceneNode(NULL)
, m_device(dev)
, m_meshScale(1,1,1)
{
m_zcomNode.reset(new ZCom_Node());
m_zcomNode->setUserData(this);
// BEGIN REPLICATION SETUP
m_zcomNode->beginReplicationSetup(1);
m_zcomNode -> addReplicator(
new ObjectReplicator(
new ZCom_ReplicatorSetup(ZCOM_REPFLAG_UNRELIABLE|ZCOM_REPFLAG_MOSTRECENT|ZCOM_REPFLAG_SETUPAUTODELETE, ZCOM_REPRULE_AUTH_2_ALL)
, this)
, true);
m_zcomNode->endReplicationSetup();
// END REPLICATION SETUP
m_zcomNode -> registerNodeDynamic(Sarona::TypeRegistry::m_objectId, control);
m_zcomNode -> setEventInterceptor(this);
reloadNode();
// the node is first shown after the first status update packet
// which shows up pretty soon now that we've notified the endpoint of obj creation
m_sceneNode->setVisible(false);
}
void NodeEditorWindows::attachProject(GPNodeProject *project)
{
/*if(_project)
disconnect(_project);*/
_project = project;
_project->setNodeEditorWindow(this);
connect(_project, SIGNAL(nodeChanged(ModelNode *)), this, SLOT(reloadNode()));
connect(_project, SIGNAL(nodePathChanged(QString)), this, SLOT(reloadNodePath()));
connect(_blocksView, SIGNAL(blockSelected(QString)), _camExplorerWidget, SLOT(selectBlock(QString)));
connect(_camExplorerWidget, SIGNAL(blockSelected(QString)), _blocksView, SLOT(selectBlock(QString)));
connect(_blocksView, SIGNAL(blockSelected(QString)), this, SLOT(showCamExplorer()));
connect(_blocksView, SIGNAL(blockDetailsRequest(QString)), this, SLOT(showBlockDetails(QString)));
// attach project to editors and viewers
_camExplorerWidget->attachProject(_project);
_viewerExplorerWidget->attachProject(_project);
_blocksView->attachProject(_project);
_compileLog->setProject(_project);
_libTreeView->attachProject(_project);
if(project->node())
{
reloadNode();
reloadNodePath();
}
}
bool NetObject::recUserEvent(ZCom_Node *_node, ZCom_ConnID _from,
eZCom_NodeRole _remoterole, ZCom_BitStream &_data,
zU32 _estimated_time_sent)
{
// Received event from remote node
unsigned int Id = _data.getInt(16);
if(Id == Protocol::NodeStateUpdate::Id)
{
Protocol::NodeStateUpdate state;
state.read(_data);
bool dirty = false;
if(m_mesh != state.mesh)
{
dirty = true;
m_mesh = state.mesh;
}
if(m_texture != state.texture)
{
dirty = true;
m_texture = state.texture;
}
core::vector3df scale(
state.mesh_scale.x(),
state.mesh_scale.y(),
state.mesh_scale.z()
);
if(m_meshScale.getDistanceFromSQ(scale)>0.0001) // TODO: compare with epsilon
{
dirty = true;
m_meshScale = scale;
}
// std::cout << "Updated: " << m_texture << ", " << m_mesh << ", " << m_meshScale << std::endl;
if(dirty)
reloadNode();
}
else
{
std::cerr << "FATAL: Unhandled node message with id: " << Id << std::endl;
}
return false;
}
