TDemo2_DB_Table.hxx

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#ifndef TDemo2_DB_Table_hxx_seen
#define TDemo2_DB_Table_hxx_seen



#include "TResultSetHandle.hxx"  // Needed for TDemo2_DB_Table_LinkDef.hxx
#include "TTableRow.hxx"


///\verbatim
/// This is an example TTableRow subclass used to read rows of
/// demonstration DEMO2_DB_TABLE.  It can be used as the starting point
/// for other subclasses.
/// 
/// For table XXX_YYY (all tables names are upper case) the corresponding TTableRow subclass is
/// 
///     ND::TXxx_Yyy  (arbitrary capitalisation).
/// 
/// This is a demonstration table row.  It is the same structure as DEMO_DB_TABLE, just for 
/// a different demonstration.
///\endverbatim
class TDemo2_DB_Table : public TTableRow {

  //using TObject::Print;
using TTableRow::Fill;

public:

    /// Required default constructor
    TDemo2_DB_Table();

    /// Required copy constructor
    TDemo2_DB_Table(const TDemo2_DB_Table& from);

    virtual ~TDemo2_DB_Table();

    /// Standard Getters (here they just give access to the row's state but could
    /// equally well perform services based on that state e.g. apply calibration.)
    int GetChannelId() const { return fChannelId; }
    Int_t GetIParm1() const { return fIParm1;}
    Int_t GetIParm2() const { return fIParm2;}
    Int_t GetIParm3() const { return fIParm3;}
    Float_t GetFParm1() const { return fFParm1;}
    Float_t GetFParm2() const { return fFParm2;}
    Float_t GetFParm3() const { return fFParm3;}

    /// Return unique "Natural Index" of row in table.  Optional, the default is to return the row
    /// position, which is unique but arbitrary.
    virtual         UInt_t GetIndex(UInt_t defIndex) const {return fChannelId;}

    /// Required method to create new row.
    virtual TTableRow* MakeTableRow() const {return new TDemo2_DB_Table;}

    /// Required method to fill self from a ResultInputStream. 
    virtual           void Fill(TResultInputStream& ris);
    virtual           void Print(const Option_t* = "") const;

private:

    /// Channel ID
    int fChannelId;
    /// Integer parameters
    Int_t fIParm1, fIParm2, fIParm3;
    /// Floating point parameters
    Float_t fFParm1, fFParm2, fFParm3;

    ClassDef(TDemo2_DB_Table,1)

};

#endif