public override XmlVisitor GetVariantXmlNode()
{
XmlVisitor variant1 = XmlVisitor.Create("Variant", null);
{//BMGR-0040 //BMGR-0030
variant1.AppendChild("Index", m_Idx);
variant1.AppendChild("Type", string.Format("POINT_{0}", PointVariantPos[0]));
variant1.AppendChild("Object_name", string.Format("{0}_{1}", m_pt.Point.Name, PointVariantPos[0]));
}
//BMGR-0041 //BMGR-0031
if (-1 != InputRank)
{
variant1.AppendChild("Input_rank", InputRank);
}
else if (-1 != value)
{
variant1.AppendChild("Value", value);
}
else
{
TraceMethod.RecordInfo($"Point[{m_pt.Info}] not in IBBM input and can't calculate value, log Error!");
}
return(variant1);
}
//BMGR-0027
private XmlVisitor CalBMVariantNode(BEACON beacon)
{
XmlVisitor bmNode = XmlVisitor.Create("BM_variants", null);
foreach (Variant var in beacon.m_variantLst)
{
bmNode.AppendChild(var.GetVariantXmlNode());
}
return(bmNode);
}
private void GenTJFormatFileHead(string path)
{
string logMsg = "";
XmlVisitor allFileRoot = null;
string filename = string.Format("{0}\\all_beacons.xml", path);
XmlFileHelper allxmlFile = XmlFileHelper.CreateFromString(null);
AddLogHead(ref allxmlFile);
allxmlFile.SetRoot("Beacons", null);
allxmlFile.Save2File(filename);
allFileRoot = allxmlFile.GetRoot();
allFileRoot.UpdateAttribute("NUMBERS", sydb.GetBeacons().Count());
foreach (IBeaconInfo beacon in sydb.GetBeacons())
{
string telValue = "";
if (isITC)
{//BMGR-0004
TraceMethod.RecordInfo("iTC not support now!");
telValue = "iTC not support";
}
else
{
BeaconMessage bm = new BeaconMessage();
telValue = bm.GenerateMessage(beacon, sydb.LineID);
}
byte[] urstel = DataOpr.String2byte(telValue);
XmlVisitor beaconNode = XmlVisitor.Create("Beacon", null);
beaconNode.UpdateAttribute("ID", beacon.ID);
beaconNode.UpdateAttribute("NAME", beacon.Name);
byte[] content = new byte[128];
bool result = DataOpr.PackCallScram_Tel(urstel, content);
if (result)
{
string tel1 = DataOpr.Byte2string(content);
beaconNode.AppendChild("Telegram0", telValue);
beaconNode.AppendChild("Telegram1", tel1);
}
else
{
logMsg = string.Format("Encoding Error!");
TraceMethod.RecordInfo(logMsg);
continue;
}
allFileRoot.AppendChild(beaconNode);
}
allxmlFile.Save2File(filename);
logMsg = "Generate basic_beacons.xml file successfully!";
TraceMethod.RecordInfo(logMsg);
}
//BMGR-0025 BMGR-0069
public XmlVisitor GetXmlNode()
{//if point is in upstream, not support now, need modify
XmlVisitor pointNode = XmlVisitor.Create("Point", null);
pointNode.UpdateAttribute("NAME", this.Point.Name);
pointNode.AppendChild("Id", this.Point.ID);
pointNode.AppendChild("Position", this.Position);//BMGR-0024 //BMGR-0069
pointNode.AppendChild("Orientation_in_route", orient);
return(pointNode);
}
public override XmlVisitor GetVariantXmlNode()
{
XmlVisitor variant1 = XmlVisitor.Create("Variant", null);
variant1.AppendChild("Index", m_Idx);
variant1.AppendChild("Type", "SIGNAL");
variant1.AppendChild("Object_name", m_signal.SignalInfo.Name);
variant1.AppendChild("Input_rank", InputRank);
return(variant1);
}
public void test_GenerateBMBSDDBDisInfoNode()
{
List <LEU> leulist = new List <LEU>();
List <BEACON> blist = new List <BEACON>();
BMVFGen bmvf = new BMVFGen(false, ref blist, ref leulist);
XmlVisitor beaconNodenull = XmlVisitor.Create("Beacon", null);
Debug.Assert(false == bmvf.GenerateBMBSDDBDisInfoNode(null, ref beaconNodenull));
Prepare.ReloadGlobalSydb(".//input//BMBDisSydb.xml");
BFGen bf = new BFGen(".//input//BMBDisBeacons.csv", ".//input//BMBDisBeacons.xml", "", false, false);
MethodHelper.InvokePrivateMethod <BFGen>(bf, "Init");
bmvf.GenrateDeviceByIBBM();
//the corresponding beacons are:
//VB0102 VB0106 vb0101 vb0110 vb0111 vb0203 VB0609 vb1402 VB1303 ib1303 vb2002 fb1914 vb1705 VB0614 VB0601 VB0604
string[] validdis = { "8.630", "5.910", "6.410", "5.340", "6.020", "6.060", "5.710", "5.550", "5.650", "5.650", "130.580", "44.740", "73.580", "3.230", "3.100", "6.000" };
#region test the beacons of valid bmbdis
{
int beaconi = 0;
foreach (var curdis in validdis)
{
XmlVisitor beaconNode = XmlVisitor.Create("Beacon", null);
haschecked = false;
Debug.Assert(true == bmvf.GenerateBMBSDDBDisInfoNode(blist[beaconi], ref beaconNode));
//check BMBSDDB calculate and node generate
Debug.Assert(curdis == Prepare.getXmlNodeStr(beaconNode, "BMB_SDDB_distance"));
//check BeaconMessage use the right BMB_Dis
BeaconMessage bm = new BeaconMessage();
bm.GenerateMessage(blist[beaconi], 1, null);
Debug.Assert(bm.BMB_Distance_Unitcm() == blist[beaconi].BMB_Distance_cm);
++beaconi;
}
}
#endregion
#region test the beacons of invalid bmbdis
{//IB0302 FB1916
int errBeaconi = validdis.Length;
for (; errBeaconi < blist.Count; errBeaconi++)
{
Debug.Assert(false == bmvf.GenerateBMBSDDBDisInfoNode(blist[errBeaconi], ref beaconNodenull));
}
}
#endregion
}
//BMGR-0016 output LEU info
private bool GenerateLEUInfoNode(GENERIC_SYSTEM_PARAMETERS.IMPLEMENTATION_BEACON_BLOCK_MODE.BM_BEACON ibbm, ref XmlVisitor node)
{
if (false == LEUList.Exists(x => x.Name == ibbm.LEU.LEU_Name))
{
TraceMethod.RecordInfo($"input LEU[{ibbm.LEU.LEU_Name}] error, not exist in LEU list");
return(false);
}
int idx = LEUList.FindIndex(x => x.Name == ibbm.LEU.LEU_Name);
//LEU
XmlVisitor leu = XmlVisitor.Create("LEU", null);
leu.UpdateAttribute("NAME", LEUList[idx].Name);
leu.AppendChild("Id", LEUList[idx].ID);
leu.AppendChild("BM_beacon_output_number", ibbm.LEU.Beacon_Output_number);
node.AppendChild(leu);
return(true);
}
public XmlVisitor GetXmlNode()
{
XmlVisitor node = XmlVisitor.Create("Path",null);
if (PATH_TYPE.OVERLAP == m_type)
{
//BMGR-0068
node.UpdateAttribute("NAME",GetOverlapPathName());
//BMGR-0069
foreach (PointInfo pt in pointList)
{
node.AppendChild(pt.GetXmlNode());
}
}
return(node);
}
public XmlVisitor GetDstSigXmlNode(bool bOverLap)
{
XmlVisitor dstSig = XmlVisitor.Create("Destination_signal",null);
{ //BMGR-0036
dstSig.UpdateAttribute("NAME",GetDstSignalName());
dstSig.AppendChild("Id",NodeApi.getIDNullSafe(DstSig));
}
//BMGR-0026
if (bOverLap && null != m_overlap)
{
XmlVisitor overlop = XmlVisitor.Create("Overlap",null);
overlop = m_overlap.GetXmlNode();
dstSig.AppendChild(overlop);
}
return(dstSig);
}
public XmlVisitor GetXmlNode()
{
XmlVisitor Node = XmlVisitor.Create("Message", null);
Node.UpdateAttribute("RANK", Rank);
//BMGR-0048 rank=0 has no Combined_sections
if (0 != Rank)
{
Node.AppendChild(GetCombinedSectionsNode());
}
//Variant_state
//Urbalise_iTC
//Interoperable
//they are generate after call this function
return(Node);
}
public XmlVisitor GetXmlNode()
{
XmlVisitor node = XmlVisitor.Create("Overlap",null);
{//BMGR-0065
node.UpdateAttribute("ID",m_Ol.ID);
node.AppendChild("Distance",Sys.Cm2Meter(m_Ol.D_Overlap,3).ToString(Sys.StrFormat));
}
//BMGR-0066 BMGR-0067
if ("" != m_switchPos)
{
node.AppendChild("Switch_position",m_switchPos);
foreach (PathInfo path in m_pathLst)
{
node.AppendChild(path.GetXmlNode());
}
}
return(node);
}
public XmlVisitor GetCombinedSectionsNode()
{
XmlVisitor Node = XmlVisitor.Create("Combined_sections", null);
//BMGR-0048 red signal has <Combined_sections />
if (null != upPath)
{//BMGR-0070
AddCombinSectionNode(ref Node, "Upstream_section", upPath.GetUpstreamPathName());
UpSection = upPath.GetUpstreamPathName();
}
if (null != rpRs)
{//BMGR-0077
AddCombinSectionNode(ref Node, "Reopening_section", rpRs.GetName());
RpSection = rpRs.GetName();
}
if (null != apRs)
{//BMGR-0078
AddCombinSectionNode(ref Node, "Approach_section", apRs.GetName());
ApSection = apRs.GetName();
}
//BMGR-0079
if (null != olPath)
{
AddCombinSectionNode(ref Node, "Overlap_section", olPath.GetOverlapPathName());
OlSection = olPath.GetOverlapPathName();
}
else if (null != overlap)
{
AddCombinSectionNode(ref Node, "Overlap_section", overlap.GetSigname());
OlSection = overlap.GetSigname();
}
return(Node);
}
private bool GenerateBMVFile(string filename)
{
XmlFileHelper xmlFile = XmlFileHelper.CreateFromString(null);
AddLogHead(ref xmlFile);
xmlFile.SetRoot("Block_mode_beacons", null);
XmlVisitor root = xmlFile.GetRoot();
root.UpdateAttribute("LINE_ID", sydb.LineID);//BMGR-0014 log lineID
foreach (BEACON beacon in GetValidBeaconList())
{
XmlVisitor beaconNode = XmlVisitor.Create("Beacon", null);
if (false == beacon.SetBeaconInfoNode_BMVF(ref beaconNode) ||
false == GenerateLEUInfoNode(beacon.m_ibbmInfo, ref beaconNode) ||
false == GenerateBMBSDDBDisInfoNode(beacon, ref beaconNode))
{
//log error
TraceMethod.RecordInfo($"Warning:GenerateBMVFile base info[Beacon][LEU][BMBSDDB_Distance] faild for {beacon.Info}.");
}
//then all reopen sig and the approach sig
foreach (OriginSignal orgSig in beacon.GetOrgSignalList())
{
beaconNode.AppendChild(orgSig.GetXmlNode(beacon.Name));
}
beaconNode.AppendChild(CalBMVariantNode(beacon));
root.AppendChild(beaconNode);
}
xmlFile.Save2File(filename);
return(true);
}
public XmlVisitor GetXmlNode(string bName)
{
if (0 == RsList.Count)
{
TraceMethod.RecordInfo($"Warning: Beacon[{bName}] OriginSignal[{SignalInfo.Info}] has no RouteSegment!");
}
XmlVisitor orgSigNode = XmlVisitor.Create("Origin_signal",null);
{//BMGR-0017
orgSigNode.UpdateAttribute("NAME",m_ibbmIn.Name);
orgSigNode.AppendChild("Id",SignalInfo.ID);
if (Sys.TYPEFUNC_ROUTESPACING == SignalInfo.Signal_Type_Function)
{
orgSigNode.AppendChild("Type_function","Route_spacing_signal");
}
else if (Sys.TYPEFUNC_SPACING == SignalInfo.Signal_Type_Function)
{
orgSigNode.AppendChild("Type_function","Spacing_signal");
}
else
{
TraceMethod.RecordInfo($"sydb Error:signal[{GetName()}] Signal_Type_Function={SignalInfo.Signal_Type_Function} is unknow!");
}
orgSigNode.AppendChild("BMB_type",m_ibbmIn.Type);
}
foreach (RouteSegment route in RsList)
{
XmlVisitor routeNode = XmlVisitor.Create("Route_segment",null);
{
routeNode.UpdateAttribute("NAME",route.GetName());
int len = route.GetLength();
if (len <= 0)
{
TraceMethod.RecordInfo($"signal[{GetName()}] Route {route.Info} get length[{len}] is invalid!");
}
routeNode.AppendChild("Length",Sys.Cm2Meter(len,3).ToString(Sys.StrFormat));
foreach (PointInfo pt in route.m_PtLst)
{
routeNode.AppendChild(pt.GetXmlNode());
}
//BMGR-0036
//use IBBM signal type instead of BMB_type
if (Sys.Reopening == m_ibbmIn.Type)//BMGR-0026 only reopen signal of the beacon use overlap
{
routeNode.AppendChild(route.GetDstSigXmlNode(true));
}
else
{
routeNode.AppendChild(route.GetDstSigXmlNode(false));
}
}
orgSigNode.AppendChild(routeNode);
}
return(orgSigNode);
}
//for tj format
private bool GenBasciXml(string leuFile, string outputPath)
{
LEU_filtered_values leurfxml = FileLoader.Load <LEU_filtered_values>(leuFile);
List <BasicBeacon> BeaconInfoList = new List <BasicBeacon>();
foreach (LEU_filtered_values.leu leurf in leurfxml.LEU)
{
foreach (LEU_filtered_values.leu.BEACON leuBeacon in leurf.Beacon)
{
BasicBeacon baBeacon = new BasicBeacon(leuBeacon);
var signal = (GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL)Sys.GetNode((string)leuBeacon.LINKED_SIGNAL,sydb.signalInfoList.Cast <Node>().ToList());
if (null == signal)
{
continue;
}
baBeacon.SignalId = signal.ID;
baBeacon.SignalName = signal.Name;
baBeacon.MsgList = new List <MsgRank>();
foreach (LEU_filtered_values.leu.BEACON.MESSAGE msg in leuBeacon.msgList)
{
MsgRank msgRk = new MsgRank();
msgRk.routeInfo = new List <string>();
//按照Upstream_section，Reopening_section，Approach_section，Overlap_section的顺序将进路上的道岔和信号机依次取出
//先算道岔，再算信号机
List <string> ptList = new List <string>();
List <string> sigList = new List <string>();
if (null != msg.Combined_sections)
{
JudgeSection(msg.Combined_sections.Upstream_section,ptList,sigList);
JudgeSection(msg.Combined_sections.Reopening_section,ptList,sigList);
JudgeSection(msg.Combined_sections.Approach_section,ptList,sigList);
JudgeSection(msg.Combined_sections.Overlap_section,ptList,sigList);
}
msgRk.routeInfo.AddRange(ptList);
msgRk.routeInfo.AddRange(sigList);
//计算tel0和tel1
msgRk.Tel0 = msg.Interoperable;
byte[] content = new byte[128];
byte[] telValue = DataOpr.String2byte(msgRk.Tel0);
bool result = ScrambleTel(telValue,content);
if (result)
{
msgRk.Tel1 = DataOpr.Byte2string(content);
}
else
{
TraceMethod.RecordInfo("Encoding Error!");
continue;
}
baBeacon.MsgList.Add(msgRk);
}
BeaconInfoList.Add(baBeacon);
}
}
//写入可变报文配置文件
string allFileName = string.Format("{0}\\basic_beacons.xml",outputPath);
XmlFileHelper allxmlFile = XmlFileHelper.CreateFromString(null);
AddLogHead(ref allxmlFile);
allxmlFile.SetRoot("Beacons",null);
allxmlFile.Save2File(allFileName);
XmlVisitor allFileRoot = allxmlFile.GetRoot();
allFileRoot.UpdateAttribute("NUMBERS",BeaconInfoList.Count);
foreach (BasicBeacon basBeacon in BeaconInfoList)
{
XmlVisitor beaconNode = XmlVisitor.Create("Beacon",null);
beaconNode.UpdateAttribute("ID",basBeacon.ID);
beaconNode.UpdateAttribute("NAME",basBeacon.Name);
beaconNode.UpdateAttribute("RANKS",basBeacon.MsgList.Count());
beaconNode.UpdateAttribute("TYPE",basBeacon.Type);
beaconNode.UpdateAttribute("LINKED_SIGNALID",basBeacon.SignalId);
beaconNode.UpdateAttribute("LINKED_SIGNALName",basBeacon.SignalName);
for (int i = 0; i < basBeacon.MsgList.Count(); i++)
{
XmlVisitor rankNode = XmlVisitor.Create("Message",null);
rankNode.UpdateAttribute("Rank",i);
string route = "";
foreach (string info in basBeacon.MsgList[i].routeInfo)
{
route += info + "|";
}
if (route.EndsWith('|'.ToString()))
{
route = route.Remove(route.LastIndexOf('|'));
}
if ("" != route)
{
rankNode.AppendChild("Route", route);
}
rankNode.AppendChild("Telegram0", basBeacon.MsgList[i].Tel0);
rankNode.AppendChild("Telegram1", basBeacon.MsgList[i].Tel1);
beaconNode.AppendChild(rankNode);
}
allFileRoot.AppendChild(beaconNode);
}
allxmlFile.Save2File(allFileName);
return(true);
}
private bool GenerateLEUResultFilterFile(string filename)
{
XmlFileHelper xmlFile = XmlFileHelper.CreateFromString(null);
AddLogHead(ref xmlFile);
//BMGR-0044
xmlFile.SetRoot("LEU_filtered_values", null);
xmlFile.Save2File(filename);
XmlVisitor root = xmlFile.GetRoot();
//BMGR-0044
root.UpdateAttribute("LINE_ID", sydb.LineID);
//BMGR-0045
List <LEU> orderLEULst = m_LEULst.OrderBy(o => o.ID).ToList();
foreach (LEU leu in orderLEULst)
{
XmlVisitor LEUnode = XmlVisitor.Create("LEU", null);
//set LEU info
if (false == GenerateLEUInfoNode(leu, ref LEUnode))
{
return(false);
}
string[] bNames = leu.GetBeaconNames();
//BMGR-0046
for (int i = 0; i < bNames.Count(); ++i)
{
string bName = bNames[i];
if ("" == bName)
{
continue;
}
int Bidx = m_BeaconLst.FindIndex(x => (x.Name == bName));
if (-1 == Bidx)
{
TraceMethod.RecordInfo($"Warning:LEU[{leu.Name}] contain beacon[{bName}] which not in valid beacon List, this beacon will be ignore!");
continue;
}
XmlVisitor beaconnode = XmlVisitor.Create("Beacon", null);
if (false == GenerateBeaconInfoNode(m_BeaconLst[Bidx], ref beaconnode, i + 1))
{
//
}
m_BeaconLst[Bidx].m_MsgLst = GenerateMessage(m_BeaconLst[Bidx]);
if (m_BeaconLst[Bidx].m_MsgLst.Count() > 128)
{//BMGR-0050
TraceMethod.RecordInfo($"LEU[{leu.Info} {m_BeaconLst[Bidx].Info}] generate messages {m_BeaconLst[Bidx].m_MsgLst.Count()} > 128");
}
foreach (Message msg in m_BeaconLst[Bidx].m_MsgLst)
{
//mes and combine_sections
XmlVisitor msgNode = msg.GetXmlNode();
//BMGR-0051 Variant_state
string varstate = GetMsgVar(msg, m_BeaconLst[Bidx]);
if (BEACON.MAXVARNUM != varstate.Length)
{
TraceMethod.RecordInfo($"Beacon[{m_BeaconLst[Bidx].Name}] Variant_state[{varstate}] length != {BEACON.MAXVARNUM}");
}
msgNode.AppendChild("Variant_state", varstate);
string msgBuff = "";
//Urbalis_iTC
if (0 == msg.GetRank())
{//BMGR-0004 leu default msg for input beacon
varstate = "";
}
//don't output Urbalis_iTC for BMGen tool this time
#if itcsupport
msgBuff = m_BeaconLst[Bidx].GenMsgItc(varstate);
if (86 != msgBuff.Length)
{
TraceMethod.RecordInfo(string.Format("Beacon[{0}] Urbalis_iTC message length != 16",
m_BeaconLst[Bidx].Name));
return(false);
}
msgNode.AppendChild("Urbalis_iTC", msgBuff);
#endif
//Interoperable
BeaconMessage bm = new BeaconMessage();
msgBuff = bm.GenerateMessage(m_BeaconLst[Bidx], sydb.LineID, msg);
if (311 != msgBuff.Length)
{
TraceMethod.RecordInfo($"{m_BeaconLst[Bidx].Info} Interoperable message length != 311");
}
msgNode.AppendChild("Interoperable", msgBuff);
beaconnode.AppendChild(msgNode);
}
LEUnode.AppendChild(beaconnode);
}
root.AppendChild(LEUnode);
}
xmlFile.Save2File(filename);
return(true);
}
public virtual XmlVisitor GetVariantXmlNode()
{
XmlVisitor variant1 = XmlVisitor.Create("Variant", null);
return(variant1);
}