Ttypes.h File Reference

#include "Rtypes.h"

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Classes
class	ROOT::Internal::TTableInitBehavior< T >

Namespaces
	ROOT
	Namespace for new ROOT classes and functions.
	ROOT::Internal

Macros
#define	_QUOTE2_(name1, name2)   _QUOTE_(_NAME1_(name1)name2)
#define	_TableClassImp_(className, structName)
#define	TableClassStreamerImp(className)
#define	TableClassImp(className, structName)
#define	TableClassImpl(className, structName)
#define	TableImpl(name)
#define	TableImp(name)   TableClassImp(_NAME2_(St_,name),_QUOTE2_(St_,name))
#define	ClassDefTable(className, structName)
#define	ClassDefineChair(classChairName, classTableName, structName)
#define	ClassDefChair(className, structName)

Functions
template<class RootClass >
const TTableInitBehavior< RootClass > *	ROOT::Internal::DefineBehavior (TTable *, RootClass *)

Macro Definition Documentation

#define _QUOTE2_	(		name1,
			name2
	)		_QUOTE_(_NAME1_(name1)name2)

Definition at line 32 of file Ttypes.h.

Referenced by ClassImp().

#define _TableClassImp_	(		className,
			structName
	)

Definition at line 39 of file Ttypes.h.

#define ClassDefChair	(		className,
			structName
	)

Value:

public:                                               \
    typedef structName* iterator;                       \
    structName *GetTable(Int_t i) const  {              \
              if (fLastIndx != UInt_t(i)) {             \
                ((_NAME2_(className,C) *)this)->fLastIndx = i;        \
                ((_NAME2_(className,C) *)this)->fLastRow =            \
                  ((className *)GetThisTable())->GetTable(i);              \
           }; return (structName *)fLastRow; }          \
    structName &operator[](Int_t i){ assert(i>=0 && i < GetNRows()); return *GetTable(i); }    \
    const structName &operator[](Int_t i) const { assert(i>=0 && i < GetNRows()); return *((const structName *)(GetTable(i))); }\
    structName *begin() const  {                      return GetNRows()? GetTable(0):0;}\
    structName *end()   const  {Int_t i = GetNRows(); return          i? GetTable(i):0;}

Definition at line 113 of file Ttypes.h.

#define ClassDefineChair	(		classChairName,
			classTableName,
			structName
	)

Value:

public:                                               \
    typedef structName* iterator;                       \
    structName *GetTable(Int_t i) const  {              \
              if (fLastIndx != UInt_t(i)) {             \
                ((classChairName *)this)->fLastIndx = i;        \
                ((classChairName *)this)->fLastRow =            \
                  ((classTableName *)GetThisTable())->GetTable(i);    \
           }; return (structName *)fLastRow; };          \
    structName &operator[](Int_t i){ assert(i>=0 && i < GetNRows()); return *GetTable(i); }    \
    const structName &operator[](Int_t i) const { assert(i>=0 && i < GetNRows()); return *((const structName *)(GetTable(i))); }\
    structName *begin() const  {                      return GetNRows()? GetTable(0):0;}\
    structName *end()   const  {Int_t i = GetNRows(); return          i? GetTable(i):0;}

Definition at line 95 of file Ttypes.h.

#define ClassDefTable	(		className,
			structName
	)

Value:

public:                                           \
     static const char* TableDictionary();          \
  protected:                                        \
     static TTableDescriptor *fgColDescriptors;     \
     virtual TTableDescriptor *GetDescriptorPointer() const { return fgColDescriptors;}                 \
virtual void SetDescriptorPointer(TTableDescriptor *list)  { fgColDescriptors = list;}                  \
  public:                                           \
    typedef structName* iterator;                   \
    className() : TTable(_QUOTE_(className),sizeof(structName))    {SetType(_QUOTE_(structName));}      \
    className(const char *name) : TTable(name,sizeof(structName)) {SetType(_QUOTE_(structName));}     \
    className(Int_t n) : TTable(_QUOTE_(className),n,sizeof(structName)) {SetType(_QUOTE_(structName));}\
    className(const char *name,Int_t n) : TTable(name,n,sizeof(structName)) {SetType(_QUOTE_(structName));}\
    structName *GetTable(Int_t i=0) const { return ((structName *)GetArray())+i;}                       \
    structName &operator[](Int_t i){ assert(i>=0 && i < GetNRows()); return *GetTable(i); }             \
    const structName &operator[](Int_t i) const { assert(i>=0 && i < GetNRows()); return *((const structName *)(GetTable(i))); } \
    structName *begin() const  {                      return GetNRows()? GetTable(0):0;}\
    structName *end()   const  {Long_t i = GetNRows(); return          i? GetTable(i):0;}

Definition at line 66 of file Ttypes.h.

#define TableClassImp	(		className,
			structName
	)

Value:

const char* className::TableDictionary()                         \
   {return TTable::TableDictionary(_QUOTE_(className),_QUOTE_(structName),fgColDescriptors);}\
   _TableClassImp_(className,structName)

Definition at line 47 of file Ttypes.h.

#define TableClassImpl	(		className,
			structName
	)

Value:

TTableDescriptor *className::fgColDescriptors = 0;                \
  TableClassImp(className,structName)                               \
  TableClassStreamerImp(className)

Definition at line 53 of file Ttypes.h.

#define TableClassStreamerImp

(

className

)

Value:

void className::Streamer(TBuffer &R__b) {                           \
   TTable::Streamer(R__b); }

Definition at line 42 of file Ttypes.h.

#define TableImp

(

name

)

TableClassImp(_NAME2_(St_,name),_QUOTE2_(St_,name))

Definition at line 64 of file Ttypes.h.

#define TableImpl

(

name

)

Value:

TTableDescriptor *_NAME2_(St_,name)::fgColDescriptors = 0;       \
  TableClassImp(_NAME2_(St_,name), _NAME2_(name,_st))              \
  TableClassStreamerImp(_NAME2_(St_,name))

Definition at line 59 of file Ttypes.h.