public override void ConnectToParamics()
{
//Find out the number of agents and junctions
int AgentNum = NetworkStruct.GetElementsByTagName("Agent").Count;
int JunctionNum = NetworkStruct.GetElementsByTagName("Junction").Count;
//NetDat = new NetworkDataSIT(ParamicsPath, IP, Port, AgentNum, JunctionNum, "Vehicledatasimple", "SITtrue");
NetDat = new NetworkDataSIT(ParamicsPath, IP, Port, AgentNum, JunctionNum, "LinkTurningMovements", "SITtrue");
NetDat2 = new NetworkDataSIT(ParamicsPath, IP, Port, AgentNum, JunctionNum, "VehicledataWobbly", "SITwobbly");
NetDat.PDB.ClearTableContents();
NetDat2.PDB.ClearTableContents();
NetDat2.LTB.ClearTableContents();
MainZone = new ZoneAgent(NetDat, Strat);
WobblyZone = new ZoneAgent(NetDat2, Strat);
FindAgents(NetDat, ref MainZone);
FindAgents(NetDat2, ref WobblyZone);
SitB = new SITbridge(NetDat2);
FindSITAgents(NetDat2, ref SitB);
SitB.AreaMash();
FindSensors(NetDat2, ref SitB);//TODO it is important that this is called after AreaMash() should probably put in acheck for this....
List <string> NodeNames = new List <string>();
foreach (JunctionAgent JA in MainZone.Junctions)
{
NodeNames.Add(JA.SignalNode);
}
SigSet = new SignalsSet(NetDat, NodeNames);
}
private void timerPing(Object state)
{
NetworkStruct netStr = (NetworkStruct)state;
int pongTime = netManager.PongTime;
pingTimer.Dispose();
if (pongTime > pingTimeOut)
{
netManager.CloseConnection();
//bool conn = netManager.ConnectToServer(netStr.address, netStr.port, netStr.userName);
//if (conn)
//{
// TimerCallback timerDelegate = new TimerCallback(timerPing);
// pingTimer = new System.Threading.Timer(timerDelegate, netStr, pingTimeOut, pingTimeOut);
//}
//else
//{
this.Invoke(new ShowMessageHandler(this.ShowMessage), new Object[] { "Соединение было утеряно. Переподключение не удалось.\nПроверьте настройки подключения и подключитесь вручную.", "Ошибка подключения" });
//}
}
else
{
netManager.SendPing();
TimerCallback timerDelegate = new TimerCallback(timerPing);
pingTimer = new System.Threading.Timer(timerDelegate, netStr, pingTimeOut, pingTimeOut);
}
}
//Function like FindAgents above but specifically for pulling out the area data for SIT calculation and the sensor data...
public void FindSITAgents(NetworkData NDin, ref SITbridge SITin)
{
XmlNodeList JunctionsData = NetworkStruct.GetElementsByTagName("Junction");
foreach (XmlNode Jcn in JunctionsData)
{
string SignalNode = Jcn.SelectSingleNode("SignalNode").FirstChild.Value;
int NumStages = Convert.ToInt32(Jcn.SelectSingleNode("Stages").FirstChild.Value);
//JunctionAgent TempJA = new JunctionAgent(NDin, Strat, SignalNode, NumStages);
XmlNodeList StageData = Jcn.SelectNodes("Stage");
foreach (XmlNode Stg in StageData)
{
//StageAgent TempSA = new StageAgent(NDin, Strat);
XmlNodeList AgentData = Stg.SelectNodes("Agent");
foreach (XmlNode Agt in AgentData)
{
LaneAgent TempLA = new LaneAgent(NDin, Strat);
TempLA.Duplicate = Convert.ToBoolean(Agt.SelectSingleNode("Duplicate").FirstChild.Value);
if (!TempLA.Duplicate)
{
TempLA.Name = Agt.SelectSingleNode("name").FirstChild.Value;
if (Agt.SelectSingleNode("UpstreamAgents").HasChildNodes)
{
TempLA.UpstreamAgents = Agt.SelectSingleNode("UpstreamAgents").FirstChild.Value;
}
if (Agt.SelectSingleNode("FeedPercentage").HasChildNodes)
{
TempLA.feedPercentages = Agt.SelectSingleNode("FeedPercentage").FirstChild.Value;
}
XmlNodeList RoadData = Agt.SelectNodes("RoadSec");
foreach (XmlNode Rsec in RoadData)
{
string Snode, Enode;
int Lane, OLanes;
double Oset, Tlen;
Snode = Rsec.SelectSingleNode("StartNode").FirstChild.Value;
Enode = Rsec.SelectSingleNode("EndNode").FirstChild.Value;
Lane = Convert.ToInt32(Rsec.SelectSingleNode("Lane").FirstChild.Value);
OLanes = Convert.ToInt32(Rsec.SelectSingleNode("OfLanes").FirstChild.Value);
Oset = Convert.ToDouble(Rsec.SelectSingleNode("Offset").FirstChild.Value);
Tlen = Convert.ToDouble(Rsec.SelectSingleNode("TotalLength").FirstChild.Value);
LaneAgent.BitOfRoad br = new LaneAgent.BitOfRoad(Snode, Enode, Lane, OLanes, Oset);
br.TotalLength = Tlen;
TempLA.RoadSegments.Add(br);
}
SITin.AddArea(new SITarea(TempLA));
}
}
}
}
}
//* function to pull specifically the sensor data from the config file...
private void FindSensors(NetworkData NDin, ref SITbridge SitIn)
{
XmlNode SensorData = NetworkStruct.GetElementsByTagName("SensorModel")[0];
XmlNode CensusData = SensorData.SelectSingleNode("Census");
XmlNode ProbeData = SensorData.SelectSingleNode("Probe");
//get loop data
XmlNodeList Loops = CensusData.SelectNodes("Loop");
foreach (XmlNode loop in Loops)
{
string Name = loop.SelectSingleNode("Name").FirstChild.Value;
string AreaNme = loop.SelectSingleNode("Area").FirstChild.Value;
double Position = Convert.ToDouble(loop.SelectSingleNode("Position").FirstChild.Value);
int Lanes = Convert.ToInt32(loop.SelectSingleNode("LanesCovered").FirstChild.Value);
double CountSD = Convert.ToDouble(loop.SelectSingleNode("CountSD").FirstChild.Value);
bool HasSpeed = Convert.ToBoolean(loop.SelectSingleNode("HasSpeed").FirstChild.Value);
double SpeedSD = 0;
if (HasSpeed)
{
SpeedSD = Convert.ToDouble(loop.SelectSingleNode("SpeedSD").FirstChild.Value);
}
SingleInstanceOfTruth.censusSensor TheSensor;
if (HasSpeed)
{
TheSensor = new SingleInstanceOfTruth.loopPair(Name, Lanes, Position, CountSD, SpeedSD);
}
else
{
TheSensor = new SingleInstanceOfTruth.inductiveLoop(Name, CountSD, Lanes, Position);
}
SitIn.AddCensus(TheSensor, AreaNme);
}
//*get probe data
XmlNodeList WiFis = ProbeData.SelectNodes("WiFiType");
foreach (XmlNode wifi in WiFis)
{
string Name = wifi.SelectSingleNode("Name").FirstChild.Value;
double CountSD = Convert.ToDouble(wifi.SelectSingleNode("CountSD").FirstChild.Value);
double SpeedSD = Convert.ToDouble(wifi.SelectSingleNode("SpeedSD").FirstChild.Value);
double PenRate = Convert.ToDouble(wifi.SelectSingleNode("PenetrationRate").FirstChild.Value);
double PenSD = Convert.ToDouble(wifi.SelectSingleNode("PenetrationSD").FirstChild.Value);
SitIn.AddProbe(new SingleInstanceOfTruth.WiFi(Name, CountSD, SpeedSD, PenRate, PenSD));
}
}
public Configuration()
{
Console.WriteLine("Load All Configuration...");
Console.WriteLine("-------------------------------------------");
Database = new DatabaseStruct(
_DBCfg.GetString("db.mongo.url"),
_DBCfg.GetString("db.mongo.name")
);
Log.Info("Loaded Database Configuration");
Network = new NetworkStruct(
_NWCfg.GetString("public.ip"),
(ushort)_NWCfg.GetInt("public.port")
);
Log.Info("Loaded Network Configuration");
}
private void btnConnect_Click(object sender, EventArgs e)
{
string address = txtIP.Text;
int port = Convert.ToInt32(txtPort.Text);
string userName = txtUserName.Text;
bool conn = netManager.ConnectToServer(address, port, userName);
if (conn)
{
NetworkStruct netStr = new NetworkStruct();
netStr.address = address;
netStr.port = port;
netStr.userName = userName;
TimerCallback timerDelegate = new TimerCallback(timerPing);
pingTimer = new System.Threading.Timer(timerDelegate, netStr, pingTimeOut, pingTimeOut);
}
else
{
MessageBox.Show("Не удалось подключиться к серверу!\nПроверьте параметры подключения.", "Ошибка подключения", MessageBoxButtons.OK, MessageBoxIcon.Hand, MessageBoxDefaultButton.Button1);
}
}
