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 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);
}