#include <Dcs_Can.h>
Inheritance diagram for Dcs_Can:
Public Member Functions | |
| Dcs_Can () | |
| Dcs_Can (const Dcs_Can &from) | |
| Dcs_Can (Int_t a, Int_t k, Float_t b, Float_t c, Float_t d, Float_t e, Float_t f, Float_t g, Float_t h, Float_t i, Int_t j) | |
| virtual | ~Dcs_Can () |
| Bool_t | CanL2Cache () const |
| Bool_t | Compare (const Dcs_Can &that) const |
| UInt_t | GetIndex (UInt_t) const |
| Int_t | GetCrateNo () const |
| Int_t | GetPowerState () const |
| Float_t | GetVolt1 () const |
| Float_t | GetVolt2 () const |
| Float_t | GetVolt3 () const |
| Float_t | GetVolt4 () const |
| Float_t | GetCurr1 () const |
| Float_t | GetCurr2 () const |
| Float_t | GetCurr3 () const |
| Float_t | GetCurr4 () const |
| Int_t | GetCrateTemperature () const |
| Int_t | GetAggregateNo () const |
| virtual void | Fill (DbiResultSet &rs, const DbiValidityRec *vrec) |
| virtual void | Store (DbiOutRowStream &ors, const DbiValidityRec *vrec) const |
| virtual DbiTableRow * | CreateTableRow () const |
Private Attributes | |
| Int_t | iCrateNo |
| Int_t | iPower |
| Float_t | fVolt1 |
| Float_t | fVolt2 |
| Float_t | fVolt3 |
| Float_t | fVolt4 |
| Float_t | fCurr1 |
| Float_t | fCurr2 |
| Float_t | fCurr3 |
| Float_t | fCurr4 |
| Int_t | iCrTemp |
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Definition at line 28 of file Dcs_Can.h. 00028 { }
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Definition at line 29 of file Dcs_Can.h. 00029 : DbiTableRow(from) { *this = from; }
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Definition at line 30 of file Dcs_Can.h. References fCurr1, fCurr2, fCurr3, fCurr4, fVolt1, fVolt2, fVolt3, fVolt4, iCrateNo, iCrTemp, and iPower. 00030 : 00031 iCrateNo(a), iPower(k), fVolt1(b), fVolt2(c), fVolt3(d), fVolt4(e),fCurr1(f),fCurr2(g),fCurr3(h),fCurr4(i),iCrTemp(j){ } virtual ~Dcs_Can(){ };
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Definition at line 32 of file Dcs_Can.h. 00032 { };
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Reimplemented from DbiTableRow. Definition at line 36 of file Dcs_Can.h. 00036 { return kTRUE; }
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Definition at line 37 of file Dcs_Can.h. References fCurr1, fCurr2, fCurr3, fCurr4, fVolt1, fVolt2, fVolt3, fVolt4, iCrateNo, iCrTemp, and iPower. 00037 {
00038 return iCrateNo == that.iCrateNo
00039 && iPower == that.iPower
00040 && fVolt1 == that.fVolt1
00041 && fVolt2 == that.fVolt2
00042 && fVolt3 == that.fVolt3
00043 && fVolt4 == that.fVolt4
00044 && fCurr1 == that.fCurr1
00045 && fCurr2 == that.fCurr2
00046 && fCurr3 == that.fCurr3
00047 && fCurr4 == that.fCurr4
00048 && iCrTemp == that.iCrTemp; }
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Implements DbiTableRow. Definition at line 68 of file Dcs_Can.h. 00068 { return new Dcs_Can; }
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Implements DbiTableRow. Definition at line 30 of file Dcs_Can.cxx. 00031 {
00032 //
00033 //
00034 // Purpose: Fill object from Result Set
00035 //
00036 // Arguments:
00037 // rs in Result Set used to fill object
00038 // vrec in Associated validity record (or 0 if filling
00039 // DbiValidityRec)
00040 //
00041 // o Fill object from current row of Result Set.
00042 // This method demonstrates both the "dumb" fill method (just
00043 // load the data as it comes) and the smart method (check column
00044 // name and load according to column order).
00045
00046 // if ( rs.TableName() != "DCS_Can"
00047 // && rs.TableName() != "Dcs_Can" ) {
00048
00049 // Dumb method.
00050 rs >> iCrateNo >> iPower >> fVolt1 >> fVolt2 >> fVolt3 >> fVolt4 >> fCurr1 >> fCurr2 >> fCurr3 >> fCurr4 >> iCrTemp;
00051 // }
00052
00053 // Smart method
00054 /* else {
00055 Int_t numCol = rs.NumCols();
00056 // The first column (SeqNo) has already been processed.
00057 for (Int_t curCol = rs.HasRowCounter() ? 3 : 2; curCol <= numCol; ++curCol) {
00058 string colName = rs.CurColName();
00059 if ( colName == "Can_RACKNO" ) rs >> iRackno;
00060 else if ( colName == "Can_PACKEDDATA" ) rs >> iRackraw;
00061 else if ( colName == "Can_RACKSTATUS" ) rs >> iRackstatus;
00062 else if ( colName == "Can_ISWARN" ) rs >> iWarn;
00063 else if ( colName == "Can_ISERROR" ) rs >> iErr;
00064 else {
00065 MSG("Dbi",Msg::kDebug) << "Ignoring column " << curCol
00066 << "(" << colName << ")"
00067 << "; not part of DcsCan" << endl;
00068 rs.IncrementCurCol();
00069 }
00070 }
00071
00072 }
00073 */
00074 }
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Reimplemented from DbiTableRow. Definition at line 62 of file Dcs_Can.h. 00062 { return iCrateNo; }
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Definition at line 51 of file Dcs_Can.h. 00051 { return iCrateNo; }
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Definition at line 61 of file Dcs_Can.h. 00061 { return iCrTemp; }
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Definition at line 57 of file Dcs_Can.h. 00057 { return fCurr1; }
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Definition at line 58 of file Dcs_Can.h. 00058 { return fCurr2; }
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Definition at line 59 of file Dcs_Can.h. 00059 { return fCurr3; }
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Definition at line 60 of file Dcs_Can.h. 00060 { return fCurr4; }
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Reimplemented from DbiTableRow. Definition at line 50 of file Dcs_Can.h. 00050 { return iCrateNo; }
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Definition at line 52 of file Dcs_Can.h. 00052 { return iPower; }
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Definition at line 53 of file Dcs_Can.h. 00053 { return fVolt1; }
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Definition at line 54 of file Dcs_Can.h. 00054 { return fVolt2; }
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Definition at line 55 of file Dcs_Can.h. 00055 { return fVolt3; }
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Definition at line 56 of file Dcs_Can.h. 00056 { return fVolt4; }
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Reimplemented from DbiTableRow. Definition at line 77 of file Dcs_Can.cxx. References fCurr1, fCurr2, fCurr3, fCurr4, fVolt1, fVolt2, fVolt3, fVolt4, iCrateNo, and iPower. 00078 {
00079 // Purpose: Stream object to output row stream
00080 //
00081 // Arguments:
00082 // ors in Output row stream.
00083 // vrec in Associated validity record (or 0 if filling
00084 // DbiValidityRec)
00085 // o Stream object to output row stream.
00086
00087 ors << iCrateNo << iPower << fVolt1 << fVolt2 << fVolt3 << fVolt4 << fCurr1 << fCurr2 << fCurr3 << fCurr4 << iCrTemp;
00088 }
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1.3.9.1