public static Routing.RoutingNetwork BuildNetwork(ref Carpools.CarpoolParser CParser, ref Traffic.TrafficParser TParser, List <Carpooler> CarPoolers, List <TrafficReport> TrafficReport, double TrafficPropagationMaxDistance, int CarpoolingMaxConnectionsPerTNode)
{
Routing.RoutingNetwork routingNetwork = null;
string Path = System.IO.Path.GetFullPath(AppDomain.CurrentDomain.BaseDirectory + ConfigurationManager.AppSettings["dataPath"] + "\\" + ConfigurationManager.AppSettings["NetworkFileName"]);
if (!File.Exists(Path))
{
log.Info("Routing network bin file not exist: " + Path + " The road network will be generated from the osm map");
// Construct the road network.
string OSMXMLMapFilePath = System.IO.Path.GetFullPath(AppDomain.CurrentDomain.BaseDirectory + ConfigurationManager.AppSettings["dataPath"] + ConfigurationManager.AppSettings["OSMXMLMapFile"]);
log.Info("Parsing " + OSMXMLMapFilePath + " OSM.");
routingNetwork = new Routing.RoutingNetwork();
OSM.XMLParser Parser = new OSM.XMLParser();
Parser.LoadOSMMap(OSMXMLMapFilePath, ref routingNetwork);
// Construct the transportation network.
log.Info("Parsing GTFS.");
GTFS.DBParser GTFSParser = new GTFS.DBParser();
if (CarPoolers != null)
{
routingNetwork.CarpoolingMaxConnectionsPerTNode = CarpoolingMaxConnectionsPerTNode;
}
GTFSParser.LoadTransportationNetwork(ref routingNetwork);
log.Info("Attaching GTFS.");
routingNetwork.ConnectTransportation();
/* Add data to the Stops Carpooling connections */
routingNetwork.CreateNetworkForCarpoolingRides();
//routingNetwork.Serialize();
}
else
{
log.Info("Routing network: " + Path);
log.Info("DeSrializing Netwrok.");
routingNetwork = Routing.RoutingNetwork.DeSerialize();
}
/* Construct Carpooling network */
if (CarPoolers != null)
{
log.Info("Constructing Carpooling network (" + CarPoolers.Count + " rides)");
CParser = new CarpoolParser(routingNetwork, CarPoolers);
//CParser.BuildCarpoolRoutesFromXML();
//CParser.BuildCarpoolRoutesFromJson();
CParser.ConnectWithRoadNetwork();
}
/* Update the network considering the traffic reports */
if (TrafficReport != null)
{
routingNetwork.TrafficPropagationMaxDistance = TrafficPropagationMaxDistance;
log.Info("Updating the network considering the traffic reports (" + TrafficReport.Count + " reports)");
TParser = new TrafficParser(routingNetwork, TrafficReport);
TParser.UpdateNetworkWithTrafficReport();
}
return(routingNetwork);
}
void updateTrafficNetwork(TrafficDataVersioned TrafficTmp)
{
TrafficParser TParserTmp = null;
//Just for testing: simulate a new data version
//TrafficTmp.Version.version++;
if ((Program.Traffic.Version != null) && (TrafficTmp.Version != null) &&
(TrafficTmp.Version.version != Program.Traffic.Version.version))
{
log.Info("New Traffic data are available (prevVersion:" + Program.Traffic.Version.version + ", newVersion:" + TrafficTmp.Version.version + ")");
/* Get the traffic reports from the backend web service */
TrafficTmp.TrafficReport = HTTPRequests.getTrafficDataFromBackend(productionRoutingNetwork.MinPoint, productionRoutingNetwork.MaxPoint, productionRoutingNetwork.TrafficPropagationMaxDistance);
/* Get differences between the old version and the new one */
TrafficDiff TrafficDiff = TrafficParser.checkDifferences(Program.Traffic.TrafficReport, TrafficTmp.TrafficReport);
if ((TrafficDiff.ElementsToRemove.Count > 0) || (TrafficDiff.ElementsToAdd.Count > 0))
{
/* Update the network only when there are no pending threads (Monitor.Wait) */
lock (_ActiveWorkersLock)
{
while (_CountOfActiveWorkers > 0)
{
Monitor.Wait(_ActiveWorkersLock);
}
log.Info("Updating the production network with the traffic reports");
/* Remove the OLD Traffic reports from the network */
if (TrafficDiff.ElementsToRemove.Count > 0)
{
log.Info("Removing " + TrafficDiff.ElementsToRemove.Count + " deleted traffic reports from the processNetwork");
int i = 1;
foreach (TrafficReport el in TrafficDiff.ElementsToRemove)
{
productionRoutingNetwork.RemoveTrafficReport(el);
/* Update the original TrafficParser */
Program.TParser.TrafficReport.Remove(el);
i++;
}
log.Info("ProcessNetwork updated! (" + TrafficDiff.ElementsToRemove.Count + " old traffic reports deleted)");
/* Force the network update before processing the next request */
updateRN = true;
}
/* Add the NEW Traffic reports to the network */
if (TrafficDiff.ElementsToAdd.Count > 0)
{
/* Add to each connection the traffic report */
log.Info("Adding the new " + TrafficDiff.ElementsToAdd.Count + " traffic connections to the processNetwork");
TParserTmp = new TrafficParser(productionRoutingNetwork, TrafficDiff.ElementsToAdd);
TParserTmp.UpdateNetworkWithTrafficReport();
/* Update the original TParser and Traffic report classes */
foreach (TrafficReport el in TrafficDiff.ElementsToAdd)
{
Program.TParser.TrafficReport.Add(el);
}
log.Info("Processnetwork updated! (" + TrafficDiff.ElementsToAdd.Count + " new traffic reports added)");
/* Force the network update before processing the next request */
updateRN = true;
}
log.Info("Production network updated with the traffic reports");
}
}
/* If there are no modifications too, just update the version number (this happens for example if the driver quickly
* enable and disable a ride, so the version number changes but the content doesn't)
*/
/* Update the traffic report version */
Program.Traffic.Version = new TrafficVersion(TrafficTmp.Version.version, TrafficTmp.Version.timestampVersion, TrafficTmp.Version.nameSite);
}
else
{
if (TrafficTmp.Version != null)
{
//log.Info("Traffic version not changed: version=" + TrafficTmp.Version.version + " timestamp=" + TrafficTmp.Version.timestampVersion);
}
}
}