Hello, all
I've a problem creating an interface to a specific function shown in the next section.
What I wanted to do is, to define a function like
void XXwriteGlobalHeader1( _STRUCT_MINDRUCK_DATA* structData, Page actualProjPg )
as the functions all should do the same but with other calling types
like
void XXwriteGlobalHeader1( _STRUCT_KM_DATA* structData, Page actualProjPg )
I thought of defining them using overloding shown as above.
But the compiler shows an error, saying, the functions are defined twice. It works for a different number of parameters or different function name, but not for different types within the function call.
Is there a restriction of the overloading features prommised by the documentation ?
I'd like to create a suitable OO- Calling interface for those functions as the really do the same things (=same name) by needing different calling types (=same number of variables, different types) as known from C++ (or is that the error I made - to much thinking in C++ space?)
Thanks
Hajo
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void XXwriteGlobalHeader1( _STRUCT_MINDRUCK_DATA* structData, Page actualProjPg )
{
// Schreiben der INFO Struktur
actualProjPg.Info.HEADER.VA.TESTBENCH$ = structData->testbench;
actualProjPg.Info.HEADER.VA.METERINGUNIT$ = structData->meteringunit;
actualProjPg.Info.HEADER.VA.DATUM$ = structData->date;
actualProjPg.Info.HEADER.VA.INJNR$ = "DIVERSE";
actualProjPg.Info.HEADER.VA.KUNDE$ = structData->kunde;
actualProjPg.Info.HEADER.VA.TYP$ = structData->Typ;
actualProjPg.Info.HEADER.WORKINGPOINT.FUP_MEAN = structData->fup_mean;
actualProjPg.Info.HEADER.WORKINGPOINT.Energie_MEAN = structData->energie_mean;
actualProjPg.Info.HEADER.WORKINGPOINT.QMain_MEAN = structData->qmain_mean;
actualProjPg.Info.HEADER.WORKINGPOINT.TiMain_MEAN = structData->timain_mean;
}
/**************************************************************************
* XXwriteGlobalHeader1( _STRUCT_KM_DATA* structData, Page actualProjPg )
* Schreiben der globalen Headerdaten fuer die Messung:
* "minimaler Betriebsdruck"
**************************************************************************/
/**************************************************************************
* XXwriteGlobalHeader1( _STRUCT_EV_DATA* structEVData, Page actualProjPg, int structPos = 1)
* Schreiben der globalen Headerdaten fuer die Einspritzverlaufsmessung
**************************************************************************/
void XXwriteGlobalHeaderKM( _STRUCT_KM_DATA* structKMData, Page actualProjPg, int structPos = 1)
{
// Header Informationen initialisieren ...
actualProjPg.Info.Add("HEADER");
using Info_Header = actualProjPg.Info.HEADER;
Info_Header.AddSection("GLOBAL"); // globale Angaben
using IH_Global = Info_Header.GLOBAL;
IH_Global.GHVer$ = SVDO_GLOBAL_HEADER_TYPE_1;
IH_Global.WKSName$ = actualProjPg.GetName();
Info_Header.AddSection("VA"); // Versuchs-Auftrag
using IH_VA = Info_Header.VA;
IH_VA.TestBench$ = structKMData->testbench;
IH_VA.MeteringUnit$ = structKMData->meteringunit;
IH_VA.Datum$ = structKMData->date;
IH_VA.InjNr$ = structKMData->strInj;
IH_VA.Kunde$ = structKMData->kunde;
IH_VA.Typ$ = structKMData->typ;
// SubSection "WorkingPoint"
Info_Header.AddSection("WORKINGPOINT");
using IH_WorkingPoint = Info_Header.WorkingPoint;
IH_WorkingPoint.BPName$ = structKMData->strMP[structPos];
IH_WorkingPoint.TiMain = structKMData->vTimain[structPos];
IH_WorkingPoint.Energie = structKMData->vEnergie[structPos];
}
-- --
Dipl.-Ing. Hans-Joerg Koch
Siemens VDO, Regensburg
SVDO_Origin1
