ConnectionPtr Node::getMulticast()
{
if( !isReachable( ))
return 0;
ConnectionPtr connection = _impl->outMulticast.data;
if( connection && !connection->isClosed( ))
return connection;
lunchbox::ScopedMutex<> mutex( _impl->outMulticast );
if( _impl->multicasts.empty( ))
return 0;
MCData data = _impl->multicasts.back();
_impl->multicasts.pop_back();
NodePtr node = data.node;
// prime multicast connections on peers
LBINFO << "Announcing id " << node->getNodeID() << " to multicast group "
<< data.connection->getDescription() << std::endl;
#ifdef COLLAGE_BIGENDIAN
uint32_t cmd = CMD_NODE_ID_BE;
lunchbox::byteswap( cmd );
#else
const uint32_t cmd = CMD_NODE_ID;
#endif
OCommand( Connections( 1, data.connection ), cmd )
<< node->getNodeID() << getType() << node->serialize();
_impl->outMulticast.data = data.connection;
return data.connection;
}
OCommand::OCommand( const OCommand& rhs )
: DataOStream()
, _impl( new detail::OCommand( *rhs._impl ))
{
_setupConnections( rhs.getConnections( ));
getBuffer().swap( const_cast< OCommand& >( rhs ).getBuffer( ));
// disable send of rhs
const_cast< OCommand& >( rhs )._setupConnections( Connections( ));
const_cast< OCommand& >( rhs ).disable();
}
void ObjectCM::_sendEmptyVersion( const MasterCMCommand& command,
const uint128_t& version,
const bool multicast )
{
NodePtr node = command.getNode();
ConnectionPtr connection = node->getConnection( multicast );
ObjectDataOCommand( Connections( 1, connection ), CMD_OBJECT_INSTANCE,
COMMANDTYPE_OBJECT, _object->getID(),
command.getInstanceID(), version, 0, 0, true, 0 )
<< NodeID() << _object->getInstanceID();
}
CustomOCommand Node::send( const uint128_t& commandID, const bool multicast )
{
ConnectionPtr connection = _getConnection( multicast );
LBASSERT( connection );
return CustomOCommand( Connections( 1, connection ), commandID );
}
OCommand Node::send( const uint32_t cmd, const bool multicast )
{
ConnectionPtr connection = _getConnection( multicast );
LBASSERT( connection );
return OCommand( Connections( 1, connection ), cmd, COMMANDTYPE_NODE );
}
void TransimsNet::Execute (void)
{
Int_Map_Itr map_itr;
//---- read the update and delete files ----
if (update_link_flag || update_node_flag || delete_link_flag || delete_node_flag) {
//Read_Files ();
}
//---- read the network ----
Data_Service::Execute ();
//---- set the record numbers ----
location_base = (int) location_array.size ();
if (location_base > 0) {
map_itr = --location_map.end ();
location_id = ((map_itr->first / 100) + 1) * 100 - 1;
}
parking_base = (int) parking_array.size ();
if (parking_base > 0) {
map_itr = --parking_map.end ();
parking_id = ((map_itr->first / 100) + 1) * 100 - 1;
}
//---- read the link detail file ----
if (link_detail_flag) {
Read_Details ();
}
//---- read the zone boundary file ----
if (boundary_flag) {
Read_Boundary ();
}
//---- add link access points ----
Link_Access ();
Write_Locations ();
Write_Parking_Lots ();
//---- build the link connection list ----
Connections ();
//---- create traffic controls ----
Traffic_Controls ();
Write_Signs ();
Write_Signals ();
//---- create pocket lanes ----
Pocket_Lanes ();
Write_Pockets ();
//---- create lane ranges ----
Lane_Ranges ();
Write_Connections ();
//---- write the network ----
nnode = (int) node_array.size ();
nlink = (int) link_array.size ();
nshapes = (int) shape_array.size ();
Write_Nodes ();
if (zout_flag) {
nzout = (int) zone_array.size ();
Write_Zones ();
}
if (shape_flag) {
nshape = Write_Shapes ();
}
Write_Links ();
//---- link detail lane use ----
if (link_detail_flag && System_File_Flag (NEW_LANE_USE)) {
Lane_Use ();
nuse = (int) lane_use_array.size ();
Write_Lane_Uses ();
}
//---- write the turn penalties ----
if (turn_flag && Network_File_Flag (NEW_TURN_PENALTY)) {
Write_Turn_Pens ();
}
//---- write summary statistics ----
Break_Check (6);
Write (2, "Number of Input Node Records = ") << node_array.size ();
Write (1, "Number of Input Link Records = ") << link_array.size ();
Write (1, "Number of Input Zone Records = ") << zone_array.size ();
Write (2, "Highest Zone Number = ") << Max_Zone_Number ();
if (update_flag || delete_flag) {
Break_Check (10);
Write (1);
if (xlink) Write (1, "Number of Deleted Link Records = ") << xlink;
if (xnode) Write (1, "Number of Deleted Node Records = ") << xnode;
if (xactivity) Write (1, "Number of Deleted Location Records = ") << xactivity;
if (xparking) Write (1, "Number of Deleted Parking Lot Records = ") << xparking;
if (xprocess) Write (1, "Number of Deleted Access Link Records = ") << xprocess;
if (xpocket) Write (1, "Number of Deleted Pocket Lane Records = ") << xpocket;
if (xconnect) Write (1, "Number of Deleted Connection Records = ") << xconnect;
if (xuse) Write (1, " Number of Deleted Lane Use Records = ") << xuse;
if (xsign) Write (1, "Number of Deleted Sign Records = ") << xsign;
if (xsignal) Write (1, "Number of Deleted Signal Records = ") << xsignal;
}
Break_Check (15);
Write (2, "Number of New Node Records = ") << nnode;
if (zout_flag) {
Write (1, "Number of New Zone Records = ") << nzout;
}
Write (1, "Number of New Link Records = ") << nlink;
if (shape_flag) {
Write (1, "Number of New Link Shapes = ") << nshapes;
Write (1, "Number of New Shape_Records = ") << nshape;
}
Write (1, "Number of New Location Records = ") << ((int) location_array.size () - location_base);
Write (1, "Number of New Parking Lot Records = ") << ((int) parking_array.size () - parking_base);
Write (1, "Number of New Access Link Records = ") << nprocess;
Write (1, "Number of New Pocket Lane Records = ") << npocket;
Write (1, "Number of New Connection Records = ") << nconnect;
if (nturn > 0) Write (1, "Number of New Turn Penalty Records = ") << nturn;
if (nuse > 0) Write (1, "Number of New Lane Use Records = ") << nuse;
Write (1, "Number of New Sign Records = ") << nsign;
Write (1, "Number of New Signal Records = ") << nsignal;
if (nexternal) {
Write (2, "Number of External Connections = ") << nexternal;
}
if (nshort) {
Print (2, "Number of Short Links Increased in Length = ") << nshort;
}
if (nlength) {
Print (2, "Number of Coordinate-Based Length Adjustments = ") << nlength;
}
if (nsign > 0) {
Break_Check (2);
Print (1);
if (nstop > 0) {
Print (1, "Number of Stop Signs = ") << nstop;
}
if (nyield > 0) {
Print (1, "Number of Yield Signs = ") << nyield;
}
}
if (nsignal > 0) {
Break_Check (5);
Print (1);
if (nfixed1 > 0) {
Print (1, "Number of Fixed Timed Single Ring Signals = ") << nfixed1;
}
if (nfixed2 > 0) {
Print (1, "Number of Fixed Timed Dual Ring Signals = ") << nfixed2;
}
if (nfixed3 > 0) {
Print (1, "Number of Fixed Timed Triple Ring Signals = ") << nfixed3;
}
if (nactuated1 > 0) {
Print (1, "Number of Demand Actuated Single Ring Signals = ") << nactuated1;
}
if (nactuated2 > 0) {
Print (1, "Number of Demand Actuated Dual Ring Signals = ") << nactuated2;
}
if (nactuated3 > 0) {
Print (1, "Number of Demand Actuated Triple Ring Signals = ") << nactuated3;
}
}
Exit_Stat (DONE);
}