void test_AddNewRoute()
{
Prepare.ReloadGlobalSydb(".//input//Routes_fromHHHT2.xml");
RouteSegConfig SyDBRouteCfg = new RouteSegConfig(sydb);
var sydbroute = sydb.routeInfoList.Find(x => x.ID == 231);//this route has point
Debug.Assert(false == SyDBRouteCfg.AddNewRoute(true,new RouteSegment(sydbroute)));
}
public void test_overlapAPI()
{
Prepare.ReloadGlobalSydb(".//input//overlapsSydb_FromHHHT2.xml");
ObjOverlap ovelap = new ObjOverlap(null, null);
Debug.Assert(true == ovelap.GeneratePath(null));
Debug.Assert(ovelap.GetSigname() == "Null");
Dictionary <string, string[]> validoverlaps = new Dictionary <string, string[]>()
{
//overlap //dstSig //ibbm //variant num //olpathInfo
{ "O_S0101", new string[] { "S0101", "VB0101", "0", "" } },
{ "O_S0102", new string[] { "S0102", "VB0102", "0", "" } },
{ "O_S0103", new string[] { "S0103", "VB0103", "0", "S0103" } },
{ "O_S0107", new string[] { "S0107", "VB0107", "2", "S0107|P0101-N S0107|P0101-R" } },
{ "O_S0107_N", new string[] { "S0107", "VB0107", "2", "S0107|P0101-N" } },
{ "O_S0107_R", new string[] { "S0107", "VB0107", "2", "S0107|P0101-R" } },
{ "O_S0107_NOIN", new string[] { "S0107", "VB0107E", "2", "S0107|P0101-R" } },
{ "O_X0109", new string[] { "X0109", "VB0109", "6", "X0109|P0105-R|P0103-R|P0102-R" } },
{ "O_S0304", new string[] { "S0304", "VB0304", "4", "S0304|P0302-N|P0602-N S0304|P0302-N|P0602-R" } },
{ "O_S0304_NOIN", new string[] { "S0304", "VB0304E", "4", "S0304|P0302-N|P0602-R" } },
{ "O_S1101_N", new string[] { "S1101", "VB1101", "4", "S1101|P1101-N|P1103-N" } },
{ "O_S1101_R", new string[] { "S1101", "VB1101", "2", "S1101|P1101-R" } },
{ "O_S0608", new string[] { "S0608", "VB0608", "6", "S0608|P0606-N|P0608-N|P0610-R S0608|P0606-R" } }
};
#region check for valid ovelap
{
foreach (var ol in sydb.overlapInfoList)
{
if (validoverlaps.ContainsKey(ol.Name))
{
string signame = validoverlaps[ol.Name][0];
GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL sig = (GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL)Sys.GetNode(signame,sydb.signalInfoList.Cast <Node>().ToList());
ObjOverlap overlap = new ObjOverlap(ol,sig);
Debug.Assert(overlap.GetSigname() == signame);
GENERIC_SYSTEM_PARAMETERS.IMPLEMENTATION_BEACON_BLOCK_MODE.BM_BEACON inb = (GENERIC_SYSTEM_PARAMETERS.IMPLEMENTATION_BEACON_BLOCK_MODE.BM_BEACON)Sys.GetNode(validoverlaps[ol.Name][1],sydb.ibbmInfoList.Cast <Node>().ToList());
Debug.Assert(true == overlap.GeneratePath(inb));
Debug.Assert(validoverlaps[ol.Name][3] == Prepare.getXmlNodeStr(overlap.GetXmlNode(),"/Path/@NAME"));
List <Variant> vlist = new List <Variant>();
Debug.Assert(true == overlap.CalVariants(vlist));
Debug.Assert(vlist.Count.ToString() == validoverlaps[ol.Name][2]);
haschecked = true;
}
}
Debug.Assert(haschecked == true);
haschecked = false;
}
#endregion
}
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
}
void test_generate()
{
List <LEU> leulist = new List <LEU>();
List <BEACON> blist = new List <BEACON>();
BMVFGen bmvf = new BMVFGen(false, ref blist, ref leulist);
sydb.clear();
Debug.Assert(false == bmvf.Generate(".//output"));//lack load data, so generate return false
Prepare.ReloadGlobalSydb(".//input//BMVF_FromZJ.xml");
BFGen bf = new BFGen(".//input//BMVF_FromZJ.csv", "", "", false, false);
MethodHelper.InvokePrivateMethod <BFGen>(bf, "Init");
Debug.Assert(true == bmvf.Generate(".//output")); // generate BMVF file.
Debug.Assert(true == File.Exists(".//output//BMV//block_mode_variants_file.xml"));
}
void test_RouteSegment()
{
Prepare.ReloadGlobalSydb(".//input//Routes_fromHHHT2.xml");
{
var sydbroute = sydb.routeInfoList.Find(x => x.ID == 224);//this route has no points
RouteSegment newr = new RouteSegment(sydbroute);
Debug.Assert(newr.m_PtLst.Count == 0);
}
{ //check length for oginal route
var sydbroute = sydb.routeInfoList.Find(x => x.ID == 231); //this route has points
RouteSegment newr = new RouteSegment(sydbroute);
List <string> pnames = new List <string>()
{
"P01D-N","P07D-R","P09D-R"
}; //the pts in route 231
int i = 0;
foreach (var p in newr.m_PtLst) //check for route get points info
{
Debug.Assert(pnames[i] == p.getNamePosStr());
++i;
}
Debug.Assert((626856 - 615248 + 41374 - 26856) == newr.GetLength());
}
{ //check length for the splitted routes
var sydbroute = sydb.routeInfoList.Find(x => x.ID == 183); //this route has Spacing_Signal_ID_List
RouteSegConfig SyDBRouteCfg = new RouteSegConfig(sydb);
clearlist(SyDBRouteCfg);
SyDBRouteCfg.splitRoute(sydbroute);
SyDBRouteCfg.m_RouteSpacing_routeLst.AddRange(SyDBRouteCfg.m_Spacing_routeLst);
int[] lengths = { 1170639 - 906 - (1058617 - 747),1058617 - 747 - (1041880 - 747),(1041880 - 747) - (963697 + 176) };//length for the splitted route
int i = 0;
foreach (var r in SyDBRouteCfg.m_RouteSpacing_routeLst)
{
Debug.Assert(lengths [i] == r.GetLength());
++i;
}
}
}
void test_splitRoute()
{
Prepare.ReloadGlobalSydb(".//input//Routes_fromHHHT2.xml");
RouteSegConfig SyDBRouteCfg = new RouteSegConfig(sydb);
Debug.Assert(false == SyDBRouteCfg.splitRoute(null));
int[] rids = { 183,161,66,76,231 }; //these route has Spacing_Signal_ID_List, 231 has no Spacing_Signal_ID_List also can be test by this
foreach (int id in rids)
{ //test blockinfo of route has Spacing_Signal_ID_List
clearlist(SyDBRouteCfg);
var sydbroute = sydb.routeInfoList.Find(x => x.ID == id);
Debug.Assert(true == SyDBRouteCfg.splitRoute(sydbroute));
Debug.Assert(SyDBRouteCfg.m_RouteSpacing_routeLst[0].m_OrgSig.ID == sydbroute.Origin_Signal_ID); //get RouteSpacing_route start with same sig as 183
Debug.Assert(SyDBRouteCfg.m_Spacing_routeLst.Count == sydbroute.Spacing_Signal_ID_List.Signal_ID.Count); //get some Spacing_route
List <StringData> blocks = new List <StringData>();
SyDBRouteCfg.m_Spacing_routeLst.AddRange(SyDBRouteCfg.m_RouteSpacing_routeLst);
foreach (var r in SyDBRouteCfg.m_Spacing_routeLst)
{
foreach (var b in r.m_BlkLst)
{
blocks.Add(b.ID);
}
}
Debug.Assert(sydbroute.Block_ID_List.Block_ID.All(blocks.Contains));//add all split route blocks == orinal route blocks
}
{ //test pointlist of route has no Spacing_Signal_ID_List
clearlist(SyDBRouteCfg);
var sydbroute = sydb.routeInfoList.Find(x => x.ID == 231); //this route has no Spacing_Signal_ID_List
Debug.Assert(true == SyDBRouteCfg.splitRoute(sydbroute));
Debug.Assert(SyDBRouteCfg.m_RouteSpacing_routeLst[0].m_OrgSig.ID == sydbroute.Origin_Signal_ID); //get RouteSpacing_route same as 231
GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL dstsig = (GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL)MethodHelper.InvokePrivateMember(SyDBRouteCfg.m_RouteSpacing_routeLst[0],"DstSig");
Debug.Assert(dstsig.ID == sydbroute.Destination_Signal_ID);
Debug.Assert(SyDBRouteCfg.m_Spacing_routeLst.Count == 0);//get no Spacing_route
}
}
void test_generateRouteSegments()
{
Prepare.ReloadGlobalSydb(".//input//Routes_fromHHHT2.xml");
RouteSegConfig SyDBRouteCfg = new RouteSegConfig(sydb);//this will call RouteSegConfig.generateRouteSegments()
Debug.Assert(true == SyDBRouteCfg.generateRouteSegments());
int count = 0;
int splitcount = 0;
foreach (var r in sydb.routeInfoList)
{
if (r.IsValidBMRoute())
{
RouteSegment route = SyDBRouteCfg.m_RouteSpacing_routeLst.Find(x => x.m_OrgSig.ID == r.Origin_Signal_ID && x.RouteInfo().ID == r.ID);
Debug.Assert(null != route);
++count;
splitcount = splitcount + r.Spacing_Signal_ID_List.Signal_ID.Count;
foreach (int id in r.Spacing_Signal_ID_List.Signal_ID)
{
route = SyDBRouteCfg.m_Spacing_routeLst.Find(x => x.m_OrgSig.ID == id && x.RouteInfo().ID == r.ID);
Debug.Assert(null != route);
}
route.CalOverlap(null);
GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL dstsig = (GENERIC_SYSTEM_PARAMETERS.SIGNALS.SIGNAL)MethodHelper.InvokePrivateMember(route,"DstSig");
if (null != dstsig.Overlap_ID)
{
Debug.Assert(null != route.m_overlap);
}
else
{
Debug.Assert(null == route.m_overlap);
}
}
}
Debug.Assert(count == SyDBRouteCfg.m_RouteSpacing_routeLst.Count());
Debug.Assert(splitcount == SyDBRouteCfg.m_Spacing_routeLst.Count());
}
void test_RouteSegmentLenVariantPts()
{
Prepare.ReloadGlobalSydb(".//input//RouteLength_fromTestLine.xml");
Dictionary <int, int[]> routes = new Dictionary <int, int[]>()
{
//id //ptnum //length
{ 234, new int[] { 13, 451833 - 393833 + 600100 - 592163 + 611317 - 606247 + 4000 + 626856 - 611317 + 632996 - 626856 + 961697 - 632996 } },
{ 233, new int[] { 8, 451833 - 393833 + 600100 - 592163 + 611317 - 606247 + 4000 + 626856 - 611317 + 632996 - 626856 + 641374 - 632996 } },
{ 50, new int[] { 5, 451833 - 446833 + 604100 - 592163 + 641374 - 605177 } },
{ 400, new int[] { 0, 1197376 - 1115639 + 240000 } },
{ 401, new int[] { 0, 1197376 - 1115639 + 240000 } },
{ 402, new int[] { 0, 1197376 - 1115639 + 240000 } },
{ 403, new int[] { 0, 1197376 - 1115639 + 240000 } },
{ 404, new int[] { 0, 1197376 - 1115639 + 240000 } },
{ 405, new int[] { 0, 1197376 - 1115639 + 240000 } },
{ 445, new int[] { 2, 1035200 - 1000000 } },
{ 61, new int[] { 2, 613473 - 842 - 485281 } },
{ 66, new int[] { 2, 613473 - 842 - 485281 } },
};
Dictionary <string, string[]> pts = new Dictionary <string, string[]>()
{
//NAME //ORIEN
{ "P02D", new string[] { Sys.Divergent } },
{ "P20D", new string[] { Sys.Divergent } },
{ "P08D", new string[] { Sys.Convergent } },
{ "P21D", new string[] { Sys.Convergent } },
{ "P10D", new string[] { Sys.Convergent } },
{ "P14D", new string[] { Sys.Convergent } },
{ "P09D", new string[] { Sys.Divergent } },
{ "P07D", new string[] { Sys.Convergent } },
{ "P01D", new string[] { Sys.Convergent } },
{ "P16D", new string[] { Sys.Divergent } },
{ "P18D", new string[] { Sys.Convergent } },
{ "P02E", new string[] { Sys.Divergent } },
{ "P20E", new string[] { Sys.Convergent } },
{ "P01E", new string[] { Sys.Convergent } },
{ "P08B", new string[] { Sys.Divergent } },
{ "P02B", new string[] { Sys.Convergent } },
{ "P12D", new string[] { Sys.Convergent } },
{ "P06D", new string[] { Sys.Divergent } },
};
haschecked = false;
foreach (var r in sydb.routeInfoList)
{
RouteSegment route = new RouteSegment(r);
if (route.GetPointLstFromBlkLst() == false)
{
haschecked = true;
}
foreach (var pt in route.m_PtLst)
{
Debug.Assert(pts[pt.Point.Name][0] == pt.Orientation);
}
List <Variant> vlist = new List <Variant>();
Debug.Assert(route.CalVariants(vlist, false) == true);
Debug.Assert(vlist.Count == routes[(int)(r.ID)][0] * 2);
Debug.Assert(route.GetLength() == routes[(int)(r.ID)][1]);
}
Debug.Assert(haschecked == true);//if the route of pt more than 10, retur false
}