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//# Copyright (C) 1994,1995,1996,1998,2002
//# Associated Universities, Inc. Washington DC, USA.
//#
//# This library is free software; you can redistribute it and/or modify it
//# under the terms of the GNU Library General Public License as published by
//# the Free Software Foundation; either version 2 of the License, or (at your
//# option) any later version.
//#
//# This library is distributed in the hope that it will be useful, but WITHOUT
//# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
//# FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public
//# License for more details.
//#
//# You should have received a copy of the GNU Library General Public License
//# along with this library; if not, write to the Free Software Foundation,
//# Inc., 675 Massachusetts Ave, Cambridge, MA 02139, USA.
//#
//# Correspondence concerning AIPS++ should be addressed as follows:
//# Internet email: aips2-request@nrao.edu.
//# Postal address: AIPS++ Project Office
//# National Radio Astronomy Observatory
//# 520 Edgemont Road
//# Charlottesville, VA 22903-2475 USA
//#
//# $Id$
#ifndef TABLES_STMANCOLUMN_H
#define TABLES_STMANCOLUMN_H
//# Includes
#include <casacore/casa/aips.h>
#include <casacore/tables/DataMan/DataManager.h>
namespace casacore { //# NAMESPACE CASACORE - BEGIN
//# Forward Declarations
template<class T> class Vector;
// <summary>
// Base table column storage manager class
// </summary>
// <use visibility=local>
// <reviewed reviewer="Gareth Hunt" date="94Nov17" tests="">
// </reviewed>
// <prerequisite>
//# Classes you should understand before using this one.
// <li> DataManagerColumn
// </prerequisite>
// <etymology>
// StManColumn handles a column for a storage manager.
// </etymology>
// <synopsis>
// StManColumn is the abstract base class to handle a column in all
// kind of storage managers. It is derived from DataManagerColumn
// and implements several virtual functions for derived storage
// manager column classes (like StManColumnAipsIO).
//
// All get and put functions (except for single scalars) in the abstract
// base class DataManagerColumn have a generic void* data argument.
// This is done to allow arbitrary typed arguments. This can be done
// because the data type of the derived class always matches the
// type of the data argument.
// However, at one time the void* has to be casted to the exact type.
// Storage managers only support the standard data types; therefore
// it is possible to do the cast in a base class. This concentrates
// the burden in one class and allows the derived classes to work
// with correctly typed arguments.
// The price is an extra virtual function call, but that is not a
// problem for (expensive) operations on arrays.
// It is not done for single scalars, because that price may be too high.
//
// See StManColumnAipsIO for the get/put functions required in a storage
// manager column class handling scalars.
// See StManColumnArrayAipsIO for the get/put functions required in a
// storage manager column class handling arrays. This class also
// contains the shape functions for direct arrays, while
// StManColumnIndArrayAipsIO contains the shape functions for indirec
// arrays.
//
// StManColumn also contains the data type of the column (which it
// gets from the derived classes at construction time) and implements
// the function dataType on behalf of its derived classes.
// </synopsis>
// <motivation>
// Making life easier for the derived classes.
// </motivation>
// <todo asof="$DATE:$">
//# A List of bugs, limitations, extensions or planned refinements.
// </todo>
class StManColumn : public DataManagerColumn
{
public:
// Default constructor.
StManColumn (int dataType);
~StManColumn();
// Test if the given data type is supported by storage managers.
// It is used by the function Table::isNativeDataType.
static Bool isNativeDataType (int dtype);
// Return the data type of the column.
int dataType() const;
// By default the storage manager can handle access to a scalar column.
Bool canAccessScalarColumn (Bool& reask) const;
// All storage managers can handle access to scalar column cells, because
// this class contains a default implementation of getScalarColumnCellsV.
Bool canAccessScalarColumnCells (Bool& reask) const;
// All storage managers can handle access to array column cells, because
// this class contains a default implementation of getArrayColumnCellsV.
Bool canAccessArrayColumnCells (Bool& reask) const;
// Get all scalar values in the column.
// The argument dataPtr is in fact a Vector<T>*, but a void*
// is needed to be generic.
// The vector pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ScalarColumn getColumn function).
// The default implementation calls the appropriate getScalarColumnXXV.
void getScalarColumnV (void* dataPtr);
// Put all scalar values in the column.
// The argument dataPtr is in fact a const Vector<T>*, but a const void*
// is needed to be generic.
// The vector pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ScalarColumn putColumn function).
// The default implementation calls the appropriate putScalarColumnXXV.
void putScalarColumnV (const void* dataPtr);
// Get some scalar values in the column.
// The argument dataPtr is in fact a Vector<T>*, but a void*
// is needed to be generic.
// The vector pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ScalarColumn getColumn function).
// The default implementation calls the appropriate getScalarColumnCellsXXV.
void getScalarColumnCellsV (const RefRows& rownrs,
void* dataPtr);
// Put some scalar values in the column.
// The argument dataPtr is in fact a const Vector<T>*, but a const void*
// is needed to be generic.
// The vector pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ScalarColumn getColumn function).
// The default implementation calls the appropriate putScalarColumnCellsXXV.
void putScalarColumnCellsV (const RefRows& rownrs,
const void* dataPtr);
// Get scalars from the given row on with a maximum of nrmax values.
// It returns the actual number of values got.
// This can be used to get an entire column of scalars or to get
// a part of a column (for a cache for example).
// The argument dataPtr is in fact a T*, but a void*
// is needed to be generic.
// The default implementation calls the appropriate getBlockXXV function.
uInt getBlockV (uInt rownr, uInt nrmax, void* dataPtr);
// Put nrmax scalars from the given row on.
// It returns the actual number of values put.
// This can be used to put an entire column of scalars or to put
// a part of a column (for a cache for example).
// The argument dataPtr is in fact a const T*, but a const void*
// is needed to be generic.
// The default implementation calls the appropriate putBlockXXV function.
void putBlockV (uInt rownr, uInt nrmax, const void* dataPtr);
// Get the array value in the given row.
// The argument dataPtr is in fact an Array<T>*, but a void*
// is needed to be generic.
// The array pointed to by dataPtr has to have the correct shape
// (which is guaranteed by the ArrayColumn get function).
// The default implementation calls the appropriate getArrayXXV.
void getArrayV (uInt rownr, void* dataPtr);
// Put the array value into the given row.
// The argument dataPtr is in fact a const Array<T>*, but a const void*
// is needed to be generic.
// The array pointed to by dataPtr has to have the correct shape
// (which is guaranteed by the ArrayColumn put function).
// The default implementation calls the appropriate putArrayXXV.
void putArrayV (uInt rownr, const void* dataPtr);
// Get all array values in the column.
// The argument dataPtr is in fact an Array<T>*, but a void*
// is needed to be generic.
// The vector pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ArrayColumn getColumn function).
// The default implementation calls the appropriate getArrayColumnXXV.
void getArrayColumnV (void* dataPtr);
// Put all array values in the column.
// The argument dataPtr is in fact a const Array<T>*, but a const void*
// is needed to be generic.
// The vector pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ArrayColumn putColumn function).
// The default implementation calls the appropriate putArrayColumnXXV.
void putArrayColumnV (const void* dataPtr);
// Get some array values in the column.
// The argument dataPtr is in fact an Array<T>*, but a void*
// is needed to be generic.
// The vector pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ArrayColumn getColumn function).
// The default implementation calls the appropriate getArrayColumnCellsXXV.
void getArrayColumnCellsV (const RefRows& rownrs, void* dataPtr);
// Put some array values in the column.
// The argument dataPtr is in fact an const Array<T>*, but a const void*
// is needed to be generic.
// The vector pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ArrayColumn getColumn function).
// The default implementation calls the appropriate putArrayColumnCellsXXV.
void putArrayColumnCellsV (const RefRows& rownrs, const void* dataPtr);
// Get a section of the array in the given row.
// The argument dataPtr is in fact an Array<T>*, but a void*
// is needed to be generic.
// The array pointed to by dataPtr has to have the correct shape
// (which is guaranteed by the ArrayColumn getSlice function).
// The default implementation calls the appropriate getSliceXXV.
void getSliceV (uInt rownr, const Slicer& slicer, void* dataPtr);
// Put into a section of the array in the given row.
// The argument dataPtr is in fact a const Array<T>*, but a const void*
// is needed to be generic.
// The array pointed to by dataPtr has to have the correct shape
// (which is guaranteed by the ArrayColumn putSlice function).
// The default implementation calls the appropriate putSliceXXV.
void putSliceV (uInt rownr, const Slicer& slicer, const void* dataPtr);
// Get a section of all arrays in the column.
// The argument dataPtr is in fact an Array<T>*, but a void*
// is needed to be generic.
// The array pointed to by dataPtr has to have the correct shape
// (which is guaranteed by the ArrayColumn getColumn function).
// The default implementation calls the appropriate getColumnSliceXXV.
void getColumnSliceV (const Slicer& slicer, void* dataPtr);
// Put into a section of all arrays in the column.
// The argument dataPtr is in fact a const Array<T>*, but a const void*
// is needed to be generic.
// The array pointed to by dataPtr has to have the correct shape
// (which is guaranteed by the ArrayColumn putColumn function).
// The default implementation calls the appropriate putColumnSliceXXV.
void putColumnSliceV (const Slicer& slicer, const void* dataPtr);
// Get a section of some arrays in the column.
// The argument dataPtr is in fact an Array<T>*, but a void*
// is needed to be generic.
// The array pointed to by dataPtr has to have the correct shape
// (which is guaranteed by the ArrayColumn getColumn function).
// The default implementation calls the appropriate getColumnSliceCellsXXV.
virtual void getColumnSliceCellsV (const RefRows& rownrs,
const Slicer& slicer, void* dataPtr);
// Put into a section of some arrays in the column.
// The argument dataPtr is in fact a const Array<T>*, but a const void*
// is needed to be generic.
// The array pointed to by dataPtr has to have the correct shape
// (which is guaranteed by the ArrayColumn putColumn function).
// The default implementation calls the appropriate putColumnSliceCellsXXV.
virtual void putColumnSliceCellsV (const RefRows& rownrs,
const Slicer& slicer,
const void* dataPtr);
private:
// The object cannot be copied.
StManColumn (const StManColumn&);
// The object cannot be assigned to.
StManColumn& operator= (const StManColumn&);
// Throw an "invalid operation" exception for the default
// implementation of getArray.
void throwGetArray() const;
// Throw an "invalid operation" exception for the default
// implementation of putArray.
void throwPutArray() const;
protected:
// Get the scalar values in the entire column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ScalarColumn getColumn function).
// The default implementation uses the corresponding getBlockXXXV.
// <group>
virtual void getScalarColumnBoolV (Vector<Bool>* dataPtr);
virtual void getScalarColumnuCharV (Vector<uChar>* dataPtr);
virtual void getScalarColumnShortV (Vector<Short>* dataPtr);
virtual void getScalarColumnuShortV (Vector<uShort>* dataPtr);
virtual void getScalarColumnIntV (Vector<Int>* dataPtr);
virtual void getScalarColumnuIntV (Vector<uInt>* dataPtr);
virtual void getScalarColumnfloatV (Vector<float>* dataPtr);
virtual void getScalarColumndoubleV (Vector<double>* dataPtr);
virtual void getScalarColumnComplexV (Vector<Complex>* dataPtr);
virtual void getScalarColumnDComplexV (Vector<DComplex>* dataPtr);
virtual void getScalarColumnStringV (Vector<String>* dataPtr);
// </group>
// Put the scalar values into the entire column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ScalarColumn putColumn function).
// The default implementation uses the corresponding putBlockXXXV.
// <group>
virtual void putScalarColumnBoolV (const Vector<Bool>* dataPtr);
virtual void putScalarColumnuCharV (const Vector<uChar>* dataPtr);
virtual void putScalarColumnShortV (const Vector<Short>* dataPtr);
virtual void putScalarColumnuShortV (const Vector<uShort>* dataPtr);
virtual void putScalarColumnIntV (const Vector<Int>* dataPtr);
virtual void putScalarColumnuIntV (const Vector<uInt>* dataPtr);
virtual void putScalarColumnfloatV (const Vector<float>* dataPtr);
virtual void putScalarColumndoubleV (const Vector<double>* dataPtr);
virtual void putScalarColumnComplexV (const Vector<Complex>* dataPtr);
virtual void putScalarColumnDComplexV (const Vector<DComplex>* dataPtr);
virtual void putScalarColumnStringV (const Vector<String>* dataPtr);
// </group>
// Get the scalar values in some cells of the column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ScalarColumn getColumnCells function).
// The default implementation loops through all rows.
// <group>
virtual void getScalarColumnCellsBoolV (const RefRows& rownrs,
Vector<Bool>* dataPtr);
virtual void getScalarColumnCellsuCharV (const RefRows& rownrs,
Vector<uChar>* dataPtr);
virtual void getScalarColumnCellsShortV (const RefRows& rownrs,
Vector<Short>* dataPtr);
virtual void getScalarColumnCellsuShortV (const RefRows& rownrs,
Vector<uShort>* dataPtr);
virtual void getScalarColumnCellsIntV (const RefRows& rownrs,
Vector<Int>* dataPtr);
virtual void getScalarColumnCellsuIntV (const RefRows& rownrs,
Vector<uInt>* dataPtr);
virtual void getScalarColumnCellsfloatV (const RefRows& rownrs,
Vector<float>* dataPtr);
virtual void getScalarColumnCellsdoubleV (const RefRows& rownrs,
Vector<double>* dataPtr);
virtual void getScalarColumnCellsComplexV (const RefRows& rownrs,
Vector<Complex>* dataPtr);
virtual void getScalarColumnCellsDComplexV (const RefRows& rownrs,
Vector<DComplex>* dataPtr);
virtual void getScalarColumnCellsStringV (const RefRows& rownrs,
Vector<String>* dataPtr);
// </group>
// Put the scalar values into some cells of the column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ScalarColumn putColumnCells function).
// The default implementation loops through all rows.
// <group>
virtual void putScalarColumnCellsBoolV (const RefRows& rownrs,
const Vector<Bool>* dataPtr);
virtual void putScalarColumnCellsuCharV (const RefRows& rownrs,
const Vector<uChar>* dataPtr);
virtual void putScalarColumnCellsShortV (const RefRows& rownrs,
const Vector<Short>* dataPtr);
virtual void putScalarColumnCellsuShortV (const RefRows& rownrs,
const Vector<uShort>* dataPtr);
virtual void putScalarColumnCellsIntV (const RefRows& rownrs,
const Vector<Int>* dataPtr);
virtual void putScalarColumnCellsuIntV (const RefRows& rownrs,
const Vector<uInt>* dataPtr);
virtual void putScalarColumnCellsfloatV (const RefRows& rownrs,
const Vector<float>* dataPtr);
virtual void putScalarColumnCellsdoubleV (const RefRows& rownrs,
const Vector<double>* dataPtr);
virtual void putScalarColumnCellsComplexV (const RefRows& rownrs,
const Vector<Complex>* dataPtr);
virtual void putScalarColumnCellsDComplexV (const RefRows& rownrs,
const Vector<DComplex>* dataPtr);
virtual void putScalarColumnCellsStringV (const RefRows& rownrs,
const Vector<String>* dataPtr);
// </group>
// Get scalars from the given row on with a maximum of nrmax values.
// This can be used to get an entire column of scalars or to get
// a part of a column (for a cache for example).
// The buffer pointed to by dataPtr has to have the length nrmax.
// (which is guaranteed by the ScalarColumn get function).
// The default implementation gets one value.
// <group>
virtual uInt getBlockBoolV (uInt rownr, uInt nrmax,
Bool* dataPtr);
virtual uInt getBlockuCharV (uInt rownr, uInt nrmax,
uChar* dataPtr);
virtual uInt getBlockShortV (uInt rownr, uInt nrmax,
Short* dataPtr);
virtual uInt getBlockuShortV (uInt rownr, uInt nrmax,
uShort* dataPtr);
virtual uInt getBlockIntV (uInt rownr, uInt nrmax,
Int* dataPtr);
virtual uInt getBlockuIntV (uInt rownr, uInt nrmax,
uInt* dataPtr);
virtual uInt getBlockfloatV (uInt rownr, uInt nrmax,
float* dataPtr);
virtual uInt getBlockdoubleV (uInt rownr, uInt nrmax,
double* dataPtr);
virtual uInt getBlockComplexV (uInt rownr, uInt nrmax,
Complex* dataPtr);
virtual uInt getBlockDComplexV (uInt rownr, uInt nrmax,
DComplex* dataPtr);
virtual uInt getBlockStringV (uInt rownr, uInt nrmax,
String* dataPtr);
// </group>
// Put nrmax scalars from the given row on.
// This can be used to put an entire column of scalars or to put
// a part of a column (for a cache for example).
// The buffer pointed to by dataPtr has to have the length nrmax.
// The default implementation puts one value at the time.
// <group>
virtual void putBlockBoolV (uInt rownr, uInt nrmax,
const Bool* dataPtr);
virtual void putBlockuCharV (uInt rownr, uInt nrmax,
const uChar* dataPtr);
virtual void putBlockShortV (uInt rownr, uInt nrmax,
const Short* dataPtr);
virtual void putBlockuShortV (uInt rownr, uInt nrmax,
const uShort* dataPtr);
virtual void putBlockIntV (uInt rownr, uInt nrmax,
const Int* dataPtr);
virtual void putBlockuIntV (uInt rownr, uInt nrmax,
const uInt* dataPtr);
virtual void putBlockfloatV (uInt rownr, uInt nrmax,
const float* dataPtr);
virtual void putBlockdoubleV (uInt rownr, uInt nrmax,
const double* dataPtr);
virtual void putBlockComplexV (uInt rownr, uInt nrmax,
const Complex* dataPtr);
virtual void putBlockDComplexV (uInt rownr, uInt nrmax,
const DComplex* dataPtr);
virtual void putBlockStringV (uInt rownr, uInt nrmax,
const String* dataPtr);
// </group>
// Get the array value in the given row.
// The array pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ArrayColumn get function).
// The default implementation loops through all rows.
// <group>
virtual void getArrayBoolV (uInt rownr, Array<Bool>* dataPtr);
virtual void getArrayuCharV (uInt rownr, Array<uChar>* dataPtr);
virtual void getArrayShortV (uInt rownr, Array<Short>* dataPtr);
virtual void getArrayuShortV (uInt rownr, Array<uShort>* dataPtr);
virtual void getArrayIntV (uInt rownr, Array<Int>* dataPtr);
virtual void getArrayuIntV (uInt rownr, Array<uInt>* dataPtr);
virtual void getArrayfloatV (uInt rownr, Array<float>* dataPtr);
virtual void getArraydoubleV (uInt rownr, Array<double>* dataPtr);
virtual void getArrayComplexV (uInt rownr, Array<Complex>* dataPtr);
virtual void getArrayDComplexV (uInt rownr, Array<DComplex>* dataPtr);
virtual void getArrayStringV (uInt rownr, Array<String>* dataPtr);
// </group>
// Put the array value into the given row.
// The buffer pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ArrayColumn put function).
// The default implementation loops through all rows.
// <group>
virtual void putArrayBoolV (uInt rownr,
const Array<Bool>* dataPtr);
virtual void putArrayuCharV (uInt rownr,
const Array<uChar>* dataPtr);
virtual void putArrayShortV (uInt rownr,
const Array<Short>* dataPtr);
virtual void putArrayuShortV (uInt rownr,
const Array<uShort>* dataPtr);
virtual void putArrayIntV (uInt rownr,
const Array<Int>* dataPtr);
virtual void putArrayuIntV (uInt rownr,
const Array<uInt>* dataPtr);
virtual void putArrayfloatV (uInt rownr,
const Array<float>* dataPtr);
virtual void putArraydoubleV (uInt rownr,
const Array<double>* dataPtr);
virtual void putArrayComplexV (uInt rownr,
const Array<Complex>* dataPtr);
virtual void putArrayDComplexV (uInt rownr,
const Array<DComplex>* dataPtr);
virtual void putArrayStringV (uInt rownr,
const Array<String>* dataPtr);
// </group>
// Get the array values in the entire column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ArrayColumn getColumn function).
// The default implementation uses the corresponding getBlockXXXV.
// <group>
virtual void getArrayColumnBoolV (Array<Bool>* dataPtr);
virtual void getArrayColumnuCharV (Array<uChar>* dataPtr);
virtual void getArrayColumnShortV (Array<Short>* dataPtr);
virtual void getArrayColumnuShortV (Array<uShort>* dataPtr);
virtual void getArrayColumnIntV (Array<Int>* dataPtr);
virtual void getArrayColumnuIntV (Array<uInt>* dataPtr);
virtual void getArrayColumnfloatV (Array<float>* dataPtr);
virtual void getArrayColumndoubleV (Array<double>* dataPtr);
virtual void getArrayColumnComplexV (Array<Complex>* dataPtr);
virtual void getArrayColumnDComplexV (Array<DComplex>* dataPtr);
virtual void getArrayColumnStringV (Array<String>* dataPtr);
// </group>
// Put the array values into the entire column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ArrayColumn putColumn function).
// The default implementation uses the corresponding putBlockXXXV.
// <group>
virtual void putArrayColumnBoolV (const Array<Bool>* dataPtr);
virtual void putArrayColumnuCharV (const Array<uChar>* dataPtr);
virtual void putArrayColumnShortV (const Array<Short>* dataPtr);
virtual void putArrayColumnuShortV (const Array<uShort>* dataPtr);
virtual void putArrayColumnIntV (const Array<Int>* dataPtr);
virtual void putArrayColumnuIntV (const Array<uInt>* dataPtr);
virtual void putArrayColumnfloatV (const Array<float>* dataPtr);
virtual void putArrayColumndoubleV (const Array<double>* dataPtr);
virtual void putArrayColumnComplexV (const Array<Complex>* dataPtr);
virtual void putArrayColumnDComplexV (const Array<DComplex>* dataPtr);
virtual void putArrayColumnStringV (const Array<String>* dataPtr);
// </group>
// Get the array values in some cells of the column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ArrayColumn getColumnCells function).
// The default implementation throws an "invalid operation exception".
// <group>
virtual void getArrayColumnCellsBoolV (const RefRows& rownrs,
Array<Bool>* dataPtr);
virtual void getArrayColumnCellsuCharV (const RefRows& rownrs,
Array<uChar>* dataPtr);
virtual void getArrayColumnCellsShortV (const RefRows& rownrs,
Array<Short>* dataPtr);
virtual void getArrayColumnCellsuShortV (const RefRows& rownrs,
Array<uShort>* dataPtr);
virtual void getArrayColumnCellsIntV (const RefRows& rownrs,
Array<Int>* dataPtr);
virtual void getArrayColumnCellsuIntV (const RefRows& rownrs,
Array<uInt>* dataPtr);
virtual void getArrayColumnCellsfloatV (const RefRows& rownrs,
Array<float>* dataPtr);
virtual void getArrayColumnCellsdoubleV (const RefRows& rownrs,
Array<double>* dataPtr);
virtual void getArrayColumnCellsComplexV (const RefRows& rownrs,
Array<Complex>* dataPtr);
virtual void getArrayColumnCellsDComplexV (const RefRows& rownrs,
Array<DComplex>* dataPtr);
virtual void getArrayColumnCellsStringV (const RefRows& rownrs,
Array<String>* dataPtr);
// </group>
// Put the array values into some cells of the column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ArrayColumn putColumnCells function).
// The default implementation throws an "invalid operation exception".
// <group>
virtual void putArrayColumnCellsBoolV (const RefRows& rownrs,
const Array<Bool>* dataPtr);
virtual void putArrayColumnCellsuCharV (const RefRows& rownrs,
const Array<uChar>* dataPtr);
virtual void putArrayColumnCellsShortV (const RefRows& rownrs,
const Array<Short>* dataPtr);
virtual void putArrayColumnCellsuShortV (const RefRows& rownrs,
const Array<uShort>* dataPtr);
virtual void putArrayColumnCellsIntV (const RefRows& rownrs,
const Array<Int>* dataPtr);
virtual void putArrayColumnCellsuIntV (const RefRows& rownrs,
const Array<uInt>* dataPtr);
virtual void putArrayColumnCellsfloatV (const RefRows& rownrs,
const Array<float>* dataPtr);
virtual void putArrayColumnCellsdoubleV (const RefRows& rownrs,
const Array<double>* dataPtr);
virtual void putArrayColumnCellsComplexV (const RefRows& rownrs,
const Array<Complex>* dataPtr);
virtual void putArrayColumnCellsDComplexV (const RefRows& rownrs,
const Array<DComplex>* dataPtr);
virtual void putArrayColumnCellsStringV (const RefRows& rownrs,
const Array<String>* dataPtr);
// </group>
// Get the array value in the given row.
// The array pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ArrayColumn getSlice function).
// The default implementation throws an "invalid operation exception".
// <group>
virtual void getSliceBoolV (uInt rownr, const Slicer& ns,
Array<Bool>* dataPtr);
virtual void getSliceuCharV (uInt rownr, const Slicer& ns,
Array<uChar>* dataPtr);
virtual void getSliceShortV (uInt rownr, const Slicer& ns,
Array<Short>* dataPtr);
virtual void getSliceuShortV (uInt rownr, const Slicer& ns,
Array<uShort>* dataPtr);
virtual void getSliceIntV (uInt rownr, const Slicer& ns,
Array<Int>* dataPtr);
virtual void getSliceuIntV (uInt rownr, const Slicer& ns,
Array<uInt>* dataPtr);
virtual void getSlicefloatV (uInt rownr, const Slicer& ns,
Array<float>* dataPtr);
virtual void getSlicedoubleV (uInt rownr, const Slicer& ns,
Array<double>* dataPtr);
virtual void getSliceComplexV (uInt rownr, const Slicer& ns,
Array<Complex>* dataPtr);
virtual void getSliceDComplexV (uInt rownr, const Slicer& ns,
Array<DComplex>* dataPtr);
virtual void getSliceStringV (uInt rownr, const Slicer& ns,
Array<String>* dataPtr);
// </group>
// Put the array value into the given row.
// The buffer pointed to by dataPtr has to have the correct length
// (which is guaranteed by the ArrayColumn putSlice function).
// The default implementation throws an "invalid operation exception".
// <group>
virtual void putSliceBoolV (uInt rownr, const Slicer& ns,
const Array<Bool>* dataPtr);
virtual void putSliceuCharV (uInt rownr, const Slicer& ns,
const Array<uChar>* dataPtr);
virtual void putSliceShortV (uInt rownr, const Slicer& ns,
const Array<Short>* dataPtr);
virtual void putSliceuShortV (uInt rownr, const Slicer& ns,
const Array<uShort>* dataPtr);
virtual void putSliceIntV (uInt rownr, const Slicer& ns,
const Array<Int>* dataPtr);
virtual void putSliceuIntV (uInt rownr, const Slicer& ns,
const Array<uInt>* dataPtr);
virtual void putSlicefloatV (uInt rownr, const Slicer& ns,
const Array<float>* dataPtr);
virtual void putSlicedoubleV (uInt rownr, const Slicer& ns,
const Array<double>* dataPtr);
virtual void putSliceComplexV (uInt rownr, const Slicer& ns,
const Array<Complex>* dataPtr);
virtual void putSliceDComplexV (uInt rownr, const Slicer& ns,
const Array<DComplex>* dataPtr);
virtual void putSliceStringV (uInt rownr, const Slicer& ns,
const Array<String>* dataPtr);
// </group>
// Get the array values in the entire column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ArrayColumn getColumn function).
// The default implementation uses the corresponding getBlockXXXV.
// <group>
virtual void getColumnSliceBoolV (const Slicer& ns,
Array<Bool>* dataPtr);
virtual void getColumnSliceuCharV (const Slicer& ns,
Array<uChar>* dataPtr);
virtual void getColumnSliceShortV (const Slicer& ns,
Array<Short>* dataPtr);
virtual void getColumnSliceuShortV (const Slicer& ns,
Array<uShort>* dataPtr);
virtual void getColumnSliceIntV (const Slicer& ns,
Array<Int>* dataPtr);
virtual void getColumnSliceuIntV (const Slicer& ns,
Array<uInt>* dataPtr);
virtual void getColumnSlicefloatV (const Slicer& ns,
Array<float>* dataPtr);
virtual void getColumnSlicedoubleV (const Slicer& ns,
Array<double>* dataPtr);
virtual void getColumnSliceComplexV (const Slicer& ns,
Array<Complex>* dataPtr);
virtual void getColumnSliceDComplexV (const Slicer& ns,
Array<DComplex>* dataPtr);
virtual void getColumnSliceStringV (const Slicer& ns,
Array<String>* dataPtr);
// </group>
// Put the array values into the entire column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ArrayColumn putColumn function).
// The default implementation uses the corresponding putBlockXXXV.
// <group>
virtual void putColumnSliceBoolV (const Slicer& ns,
const Array<Bool>* dataPtr);
virtual void putColumnSliceuCharV (const Slicer& ns,
const Array<uChar>* dataPtr);
virtual void putColumnSliceShortV (const Slicer& ns,
const Array<Short>* dataPtr);
virtual void putColumnSliceuShortV (const Slicer& ns,
const Array<uShort>* dataPtr);
virtual void putColumnSliceIntV (const Slicer& ns,
const Array<Int>* dataPtr);
virtual void putColumnSliceuIntV (const Slicer& ns,
const Array<uInt>* dataPtr);
virtual void putColumnSlicefloatV (const Slicer& ns,
const Array<float>* dataPtr);
virtual void putColumnSlicedoubleV (const Slicer& ns,
const Array<double>* dataPtr);
virtual void putColumnSliceComplexV (const Slicer& ns,
const Array<Complex>* dataPtr);
virtual void putColumnSliceDComplexV (const Slicer& ns,
const Array<DComplex>* dataPtr);
virtual void putColumnSliceStringV (const Slicer& ns,
const Array<String>* dataPtr);
// </group>
// Get the array values in some cells of the column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ArrayColumn getColumnCells function).
// The default implementation throws an "invalid operation exception".
// <group>
virtual void getColumnSliceCellsBoolV (const RefRows& rownrs,
const Slicer& ns,
Array<Bool>* dataPtr);
virtual void getColumnSliceCellsuCharV (const RefRows& rownrs,
const Slicer& ns,
Array<uChar>* dataPtr);
virtual void getColumnSliceCellsShortV (const RefRows& rownrs,
const Slicer& ns,
Array<Short>* dataPtr);
virtual void getColumnSliceCellsuShortV (const RefRows& rownrs,
const Slicer& ns,
Array<uShort>* dataPtr);
virtual void getColumnSliceCellsIntV (const RefRows& rownrs,
const Slicer& ns,
Array<Int>* dataPtr);
virtual void getColumnSliceCellsuIntV (const RefRows& rownrs,
const Slicer& ns,
Array<uInt>* dataPtr);
virtual void getColumnSliceCellsfloatV (const RefRows& rownrs,
const Slicer& ns,
Array<float>* dataPtr);
virtual void getColumnSliceCellsdoubleV (const RefRows& rownrs,
const Slicer& ns,
Array<double>* dataPtr);
virtual void getColumnSliceCellsComplexV (const RefRows& rownrs,
const Slicer& ns,
Array<Complex>* dataPtr);
virtual void getColumnSliceCellsDComplexV (const RefRows& rownrs,
const Slicer& ns,
Array<DComplex>* dataPtr);
virtual void getColumnSliceCellsStringV (const RefRows& rownrs,
const Slicer& ns,
Array<String>* dataPtr);
// </group>
// Put the array values into some cells of the column.
// The buffer pointed to by dataPtr has to have the correct length.
// (which is guaranteed by the ArrayColumn putColumnSlice function).
// The default implementation throws an "invalid operation exception".
// <group>
virtual void putColumnSliceCellsBoolV (const RefRows& rownrs,
const Slicer& ns,
const Array<Bool>* dataPtr);
virtual void putColumnSliceCellsuCharV (const RefRows& rownrs,
const Slicer& ns,
const Array<uChar>* dataPtr);
virtual void putColumnSliceCellsShortV (const RefRows& rownrs,
const Slicer& ns,
const Array<Short>* dataPtr);
virtual void putColumnSliceCellsuShortV (const RefRows& rownrs,
const Slicer& ns,
const Array<uShort>* dataPtr);
virtual void putColumnSliceCellsIntV (const RefRows& rownrs,
const Slicer& ns,
const Array<Int>* dataPtr);
virtual void putColumnSliceCellsuIntV (const RefRows& rownrs,
const Slicer& ns,
const Array<uInt>* dataPtr);
virtual void putColumnSliceCellsfloatV (const RefRows& rownrs,
const Slicer& ns,
const Array<float>* dataPtr);
virtual void putColumnSliceCellsdoubleV (const RefRows& rownrs,
const Slicer& ns,
const Array<double>* dataPtr);
virtual void putColumnSliceCellsComplexV (const RefRows& rownrs,
const Slicer& ns,
const Array<Complex>* dataPtr);
virtual void putColumnSliceCellsDComplexV (const RefRows& rownrs,
const Slicer& ns,
const Array<DComplex>* dataPtr);
virtual void putColumnSliceCellsStringV (const RefRows& rownrs,
const Slicer& ns,
const Array<String>* dataPtr);
// </group>
private:
// The data type of the column.
int dtype_p;
};
} //# NAMESPACE CASACORE - END
#endif
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