/// <summary> /// test generate default message of VB and FB from csv and xml /// </summary> public void test_DefaultGenerateMessage() { BeaconMessage bm = new BeaconMessage(); Debug.Assert("" == bm.GenerateMessage(null, 1)); //Arrange string csv = ".//input//validbeacons.csv"; string xml = ".//input//validbeacons.xml"; BFGen bfgen = new BFGen(csv, xml, "", false, false); Debug.Assert(bfgen.Init() == true); SyDB sydb = SyDB.GetInstance(); int[] lineids = { 0, 1, 0x3ff }; int i = 0; foreach (IBeaconInfo b in sydb.GetBeacons()) { //Act BeaconMessage bm1 = new BeaconMessage(); int lineid = lineids[i % (lineids.Count())]; checkbeaconmessage(b, bm1.GenerateMessage(b, lineid), lineid); ++i; } Debug.Assert(i == 12); }
/// <summary> /// clear the old data in sydb, then load new data from input file /// </summary> /// <param name="filefullname"></param> public static void ReloadGlobalSydb(string filefullname) { GENERIC_SYSTEM_PARAMETERS sydbdata = FileLoader.Load <GENERIC_SYSTEM_PARAMETERS>(filefullname); SyDB sydb = SyDB.GetInstance(); sydb.clear(); sydb.LoadData(sydbdata); }
public RouteSegment(GENERIC_SYSTEM_PARAMETERS.ROUTES.ROUTE route) { m_BlkLst = new List <GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK>(); foreach (int blkID in route.Block_ID_List.Block_ID) { var blk = (GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK)Sys.GetNode(blkID,SyDB.GetInstance().blockInfoList.Cast <Node>().ToList()); m_BlkLst.Add(blk); } SetRouteSegment(route.Origin_Signal_ID,route.Destination_Signal_ID,route); }
public static GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK GetLocatedBlock(KP_V kp, int TrackID) { foreach (GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK node in SyDB.GetInstance().blockInfoList) { if (TrackID == node.Track_ID && Math.Abs(node.Kp_Begin - node.Kp_End) == Math.Abs(node.Kp_Begin - kp.KpRealValue) + Math.Abs(node.Kp_End - kp.KpRealValue) ) { return(node); } } return(null); }
public static int GetSigIDInBlock(int blkID, List <int> sigList) { SyDB sydb = SyDB.GetInstance(); var block = (GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK)Sys.GetNode(blkID, sydb.blockInfoList.Cast <Node>().ToList()); foreach (int sID in sigList) { GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL sig = sydb.signalInfoList.Find(x => x.ID == sID); if (null != sig && true == SyDB.IsLocatedOnBlock(sig.Kp,sig.Track_ID,block)) { return(sID); } } return(-1); }
void RunBFGenInit(object obj) { BFGen bfgen = new BFGen("", beaconxmlfullname, "", false, false); bfgen.Init(); if (obj != null) { int BMB_SDDB_distance_cm = (int)(obj); SyDB sydb = SyDB.GetInstance(); List <IBeaconInfo> bs = sydb.GetBeacons(); Debug.Assert(bs[0].BMB_Distance_cm == BMB_SDDB_distance_cm); } }
//check read csv file, only right range beacon will read in //check read xml file //check repeat beacon id or repeat beacon name will be ignore void test_BFGenIni() { //Arrange Func <int, bool> checkbeaconnumber = (num) => { SyDB sydb = SyDB.GetInstance(); List <IBeaconInfo> bs = sydb.GetBeacons(); Debug.Assert(bs.Count == num);//only read the valid beacons return(true); }; Func <int, int[], bool> checkbeaconkps = (num, kps) => { SyDB sydb = SyDB.GetInstance(); List <IBeaconInfo> bs = sydb.GetBeacons(); Debug.Assert(bs.Count == num);//only read the valid beacons for (int i = 0; i < kps.Length; ++i) { Debug.Assert(bs[i].kp.Value == kps[i]); } return(true); }; string csv = ".//input//beacons.csv"; string xml = ".//input//beacons.xml"; //Arrange of wrong file type BFGen bfgen = new BFGen(xml, csv, "", false, false); //Act Assert Debug.Assert(bfgen.Init() == false); //no file bfgen = new BFGen("", "", "", false, false); Debug.Assert(bfgen.Init() == false); //csv: input data valid range bfgen = new BFGen(csv, "", "", false, false); Debug.Assert(bfgen.Init() == true); int[] kpscsv = { 0, 10000000, 9999900, 9999910, 9999992, 9999992, 0, 10000000, 9999900, 9999910, 9999992, 9999992 }; //valid beacon kps from csv checkbeaconkps(21, kpscsv); //csv and xml beacon repeated bfgen = new BFGen(csv, xml, "", false, false); Debug.Assert(bfgen.Init() == true); //delete the beacon of same name and same ID checkbeaconnumber(24); }
private void SetRouteSegment(int orgID,int dstID,GENERIC_SYSTEM_PARAMETERS.ROUTES.ROUTE route) { this.RouteInfo = route; GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL orgSig = SyDB.GetInstance().signalInfoList.Find(x => x.ID == orgID); GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL dstSig = SyDB.GetInstance().signalInfoList.Find(x => x.ID == dstID); if (null == orgSig || null == dstSig) { throw new Exception($"sydb error:{route.Info} create RouteSegment error. can't find orgsig[{orgID}] or dstsig[{dstID}] in sydb.Signal"); } OrgSig = orgSig; DstSig = dstSig; if (0 == m_BlkLst.Count()) { throw new Exception($"sydb error:{Info} error. has no block in route"); } m_PtLst = new List <PointInfo>(); GetPointLstFromBlkLst(); }
public static bool checkbeaconfiles(string path, bool hasbin) { bool check = false; if (Directory.Exists(path) && Directory.Exists(Path.Combine(path, "Beacon"))) { SyDB sydb = SyDB.GetInstance(); List <IBeaconInfo> bs = sydb.GetBeacons(); List <string> postfixs = new List <string>(); postfixs.Add(".xml"); if (hasbin) { postfixs.Add(".tgm"); postfixs.Add(".udf"); } foreach (IBeaconInfo b in bs) { string subpath = Path.Combine(path, "Beacon"); foreach (string fix in postfixs) { if (!File.Exists(Path.Combine(subpath, $"{b.Name}{fix}"))) { return(false); } else { check = true; } } } } else { return(false); } return(check); }
/// <summary> /// route_segment length, based on blk_list, check sddb /// </summary>//0035 /// <param name="blockList"></param> /// <returns></returns> /// //BMGR-0035 public int GetLength() { int len = 0; int startBIdx = 0; for (int i = 0; i < m_BlkLst.Count; ++i) { if (OrgSig.SDDId == m_BlkLst[i].Secondary_Detection_Device_ID && 0 != m_BlkLst[i].Secondary_Detection_Device_ID) { startBIdx = i; break; } } int endBIdx = m_BlkLst.Count - 1; if (m_BlkLst.Count() > 1) { //find signal located block GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK blk = SyDB.GetLocatedBlock(DstSig.Kp,DstSig.Track_ID); if (blk == null) { TraceMethod.Record(TraceMethod.TraceKind.ERROR,$"dstSignal{DstSig.Info} can't find located block"); return(-1); } if (SyDB.IsLocatedOnBlockBeginOrEnd(DstSig.Kp,DstSig.Track_ID,blk)) { if (m_BlkLst.Exists(s => s.ID == blk.ID) == false) { //the last one is the endBIdx, so donothing } else { endBIdx = m_BlkLst.FindIndex(s => s.ID == blk.ID); var preBlk = (GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK)Sys.GetNode((int)(m_BlkLst[endBIdx - 1].ID),SyDB.GetInstance().blockInfoList.Cast <Node>().ToList()); if (SyDB.IsLocatedOnBlockBeginOrEnd(DstSig.Kp,DstSig.Track_ID,preBlk)) { endBIdx = endBIdx - 1;//route length end with preblk } else { //the located one is the endBIdx, so donothing } } } else {//the local block is the end one if (m_BlkLst.Exists(s => s.ID == blk.ID) == false) { m_BlkLst.Add(blk); ++endBIdx; } else { endBIdx = m_BlkLst.FindIndex(s => s.ID == blk.ID); } } } string log = ""; for (int i = startBIdx; i <= endBIdx; ++i) { len += m_BlkLst[i].GetBlockLen(); log += "[" + m_BlkLst[i].Info + "]"; } //TraceMethod.RecordInfo($"RouteSegment {Info} has blocks {log}"); return(len); }
//BMGR-0024 //the blockList is in order of direction public bool GetPointLstFromBlkLst() { m_PtLst.Clear(); if (0 == m_BlkLst.Count) { TraceMethod.Record(TraceMethod.TraceKind.ERROR,$"route[{Info}] include no block, original route[{RouteInfo.Info}]\n"); return(false); } for (int i = 0; i < m_BlkLst.Count - 1; ++i) { GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK preBlock = m_BlkLst[i]; GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK nextBlock = m_BlkLst[i + 1]; if (preBlock.Point_ID == nextBlock.Point_ID && null != preBlock.Point_ID) {//BMGR-0025 cal point info by block link var point = (GENERIC_SYSTEM_PARAMETERS.POINTS.POINT)Sys.GetNode((int)preBlock.Point_ID,SyDB.GetInstance().pointInfoList.Cast <Node>().ToList()); PointInfo objpt = new PointInfo(point, SyDB.GetPosByBlocks(preBlock,nextBlock), SyDB.GetOrientByBlocks(preBlock,nextBlock), PointLocation.Route, this.RouteInfo); m_PtLst.Add(objpt); } } if (10 < m_PtLst.Count()) { TraceMethod.Record(TraceMethod.TraceKind.ERROR,$"points in route[{Info}] is more than 10.\n"); foreach (PointInfo pt in m_PtLst) { TraceMethod.RecordInfo(pt.Info); } return(false); } return(true); }
public bool CalOverlap(GENERIC_SYSTEM_PARAMETERS.IMPLEMENTATION_BEACON_BLOCK_MODE.BM_BEACON ibbm) { //BMGR-0026 if (null != DstSig.Overlap_ID)//get overlap { var ol = (GENERIC_SYSTEM_PARAMETERS.OVERLAPS.OVERLAP)Sys.GetNode((int)DstSig.Overlap_ID,SyDB.GetInstance().overlapInfoList.Cast <Node>().ToList()); m_overlap = new ObjOverlap(ol,DstSig); //BMGR-0067 if (false == m_overlap.GeneratePath(ibbm)) { TraceMethod.RecordInfo($"RouteSegment {Info} generate overlap path error!"); return(false); } } else { m_overlap = null; } return(true); }
//BMGR-0069 cal ol points info by block link private void GeneratePathPtList(GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK curB,string dir,string pos,ref List <PointInfo> ptList) { int nextID = SyDB.GetNextBlkID(curB,dir,pos); if (nextID == curB.ID)//there is a coo, then change dir { dir = SyDB.GetReverseDir(dir); nextID = SyDB.GetNextBlkID(curB,dir,pos); } if (-1 != m_Ol.Overlap_Block_ID_List.Block_ID.FindIndex(x => nextID == Convert.ToInt32(x.Value))) { var nextB = (GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK)Sys.GetNode(nextID,SyDB.GetInstance().blockInfoList.Cast <Node>().ToList()); if (null != curB.Point_ID && null != nextB.Point_ID && curB.Point_ID == nextB.Point_ID) {//get a valid point var pt = (GENERIC_SYSTEM_PARAMETERS.POINTS.POINT)Sys.GetNode((int)curB.Point_ID,SyDB.GetInstance().pointInfoList.Cast <Node>().ToList()); PointInfo ptInfo = new PointInfo(pt,SyDB.GetPosByBlocks(curB,nextB),SyDB.GetOrientByBlocks(curB,nextB),PointLocation.Overlap,this.m_Ol); ptList.Add(ptInfo); } //go on search next GeneratePathPtList(nextB,dir,pos,ref ptList); } }
//BMGR-0067 //dst sig -> start blk //start blk, blk list, end overlap blk lst -> path list public bool GeneratePath(GENERIC_SYSTEM_PARAMETERS.IMPLEMENTATION_BEACON_BLOCK_MODE.BM_BEACON input) { if ("" == m_switchPos)//no path will generate { return(true); } if (0 == m_Ol.Overlap_Switch_ID_List.Switch_ID.Count) { //this ol has no point, so only 1 path with no point. PathInfo path = new PathInfo(m_sig); m_pathLst.Add(path); } else { if (null == m_sig || false == m_sig.checkDirection()) { TraceMethod.RecordInfo($"GeneratePath error, {Info} sig[{GetSigname()}] is invalid !"); return(false); } if (0 == m_Ol.Overlap_Block_ID_List.Block_ID.Count) { TraceMethod.RecordInfo($"GeneratePath error, {Info} Overlap_Block_ID_List is empty!"); return(false); } foreach (string pos in Sys.PointPositions) { if (m_switchPos == pos || "Either" == m_switchPos) { var startB = (GENERIC_SYSTEM_PARAMETERS.BLOCKS.BLOCK)Sys.GetNode((int)m_Ol.Overlap_Block_ID_List.Block_ID[0],SyDB.GetInstance().blockInfoList.Cast <Node>().ToList()); List <PointInfo> pathPtList = new List <PointInfo>(); GeneratePathPtList(startB,m_sig.Direction,pos,ref pathPtList); if (0 == pathPtList.Count) { PathInfo new1Path = new PathInfo(m_sig); m_pathLst.Add(new1Path); break;//get no point, then won't be able to has 2 path } else { PathInfo newPath = new PathInfo(m_sig,pathPtList); m_pathLst.Add(newPath); } } } if ("Either" == m_switchPos && 2 == m_pathLst.Count()) { foreach (PathInfo path in m_pathLst) { foreach (PointInfo pt in path.pointList) { if (pt.Orientation == Sys.Divergent) { //check the point-pos of first divergent point if (-1 == input.getInputRank(pt.Point.Name,pt.Position)) { //point-pos not in IBBM, then only reverse path m_pathLst.RemoveAt(0); } break; } } break; } if (2 == m_pathLst.Count()) { if (m_pathLst[0].GetOverlapPathName() == m_pathLst[1].GetOverlapPathName()) { m_pathLst.RemoveAt(1); } } } } return(true); }