/*
 *
 *  Copyright (C) 2000 Silicon Graphics, Inc.  All Rights Reserved. 
 *
 *  This library is free software; you can redistribute it and/or
 *  modify it under the terms of the GNU Lesser General Public
 *  License as published by the Free Software Foundation; either
 *  version 2.1 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
 *  Lesser General Public License for more details.
 *
 *  Further, this software is distributed without any warranty that it is
 *  free of the rightful claim of any third person regarding infringement
 *  or the like.  Any license provided herein, whether implied or
 *  otherwise, applies only to this software file.  Patent licenses, if
 *  any, provided herein do not apply to combinations of this program with
 *  other software, or any other product whatsoever.
 * 
 *  You should have received a copy of the GNU Lesser General Public
 *  License along with this library; if not, write to the Free Software
 *  Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
 *
 *  Contact information: Silicon Graphics, Inc., 1600 Amphitheatre Pkwy,
 *  Mountain View, CA  94043, or:
 * 
 *  http://www.sgi.com 
 * 
 *  For further information regarding this notice, see: 
 * 
 *  http://oss.sgi.com/projects/GenInfo/NoticeExplan/
 *
 */

//  -*- C++ -*-

/*
 * Copyright (C) 1990,91   Silicon Graphics, Inc.
 *
 _______________________________________________________________________
 ______________  S I L I C O N   G R A P H I C S   I N C .  ____________
 |
 |   $Revision: 1.1.1.1 $
 |
 |   Description:
 |	This file defines some macros that implement things common to
 |	many subclasses of SoField (actually, subclasses of SoSField
 |	and SoMField). They may be used to make subclassing easier.
 |	In the macros, the following parameters are used consistently:
 |
 |		className = name of new field subclass
 |
 |		valueType = type of field value (e.g., float, SbVec3f)
 |
 |		valueRef  = type of field value that can be passed or
 |			    returned. For simple types like float or
 |			    int, it is the same as valueType. For
 |			    aggregates such as SbVec3f, use a const
 |			    reference, e.g.: const SbVec3f &
 |
 |   Macros for single-value (SoSField) field subclasses:
 |
 |	Within class header:
 |
 |		SO_SFIELD_REQUIRED_HEADER()
 |		SO_SFIELD_CONSTRUCTOR_HEADER()
 |		SO_SFIELD_VALUE_HEADER()
 |		SO_SFIELD_DERIVED_VALUE_HEADER()
 |
 |		SO_SFIELD_HEADER()
 |			[includes REQUIRED, CONSTRUCTOR, and VALUE]
 |		SO_SFIELD_DERIVED_HEADER()
 |			[includes REQUIRED, CONSTRUCTOR, and DERIVED_VALUE]
 |
 |	Within class source:
 |
 |		SO_SFIELD_INIT_CLASS()
 |		SO_SFIELD_REQUIRED_SOURCE()
 |		SO_SFIELD_CONSTRUCTOR_SOURCE()
 |		SO_SFIELD_VALUE_SOURCE()
 |
 |		SO_SFIELD_SOURCE()
 |			[includes REQUIRED, CONSTRUCTOR, and VALUE]
 |		SO_SFIELD_DERIVED_SOURCE()
 |			[includes REQUIRED and CONSTRUCTOR]
 |
 |   Macros for multiple-value (SoMField) field subclasses:
 |
 |	Within class header:
 |
 |		SO_MFIELD_REQUIRED_HEADER()
 |		SO_MFIELD_CONSTRUCTOR_HEADER()
 |		SO_MFIELD_VALUE_HEADER()
 |		SO_MFIELD_DERIVED_VALUE_HEADER()
 |
 |		SO_MFIELD_HEADER()
 |			[includes REQUIRED, CONSTRUCTOR, and VALUE]
 |		SO_MFIELD_DERIVED_HEADER()
 |			[includes REQUIRED and DERIVED_VALUE ]
 |
 |	Within class source:
 |
 |		SO_MFIELD_INIT_CLASS()
 |		SO_MFIELD_REQUIRED_SOURCE()
 |		SO_MFIELD_CONSTRUCTOR_SOURCE()
 |		SO_MFIELD_DERIVED_CONSTRUCTOR_SOURCE()
 |		SO_MFIELD_VALUE_SOURCE()
 |		SO_MFIELD_ALLOC_SOURCE()
 |		SO_MFIELD_MALLOC_SOURCE()
 |
 |		SO_MFIELD_SOURCE()
 |			[includes REQUIRED, CONSTRUCTOR, VALUE, and ALLOC]
 |		SO_MFIELD_SOURCE_MALLOC()
 |			[includes REQUIRED, CONSTRUCTOR, VALUE, and MALLOC]
 |		SO_MFIELD_DERIVED_SOURCE()
 |			[includes REQUIRED and DERIVED_CONSTRUCTOR]
 |
 |   Author(s)		: Paul S. Strauss
 |
 ______________  S I L I C O N   G R A P H I C S   I N C .  ____________
 _______________________________________________________________________
 */

#ifndef  _SO_SUB_FIELD_
#define  _SO_SUB_FIELD_

#include <Inventor/fields/SoField.h>
#include <Inventor/SoInput.h>
#include <Inventor/SoOutput.h>

// C-api: end

//===========================================================================
//
// These are all internal macros used by some of the public ones.
//
//===========================================================================

#define SO__FIELD_HEADER(className)					      \
  public:								      \
    virtual SoType		getTypeId() const;			      \
    static SoType		getClassTypeId() { return classTypeId; }      \
									      \
    /* Copy from another field of same type */				      \
    const className &		operator =(const className &f);		      \
									      \
  SoINTERNAL public:							      \
    /* Copy from another field of unknown type (assumed to be same type) */   \
    virtual void		copyFrom(const SoField &f);		      \
									      \
    static void *		createInstance();	/* for SoType	   */ \
									      \
    /* Returns TRUE if fields are same type and have same values */	      \
    virtual SbBool		isSame(const SoField &f) const;		      \
									      \
  private:								      \
    static SoType		classTypeId

#define SO__SFIELD_RW_HEADER(className)					      \
  private:								      \
    /* Reads value of field from file */				      \
    virtual SbBool		readValue(SoInput *in);			      \
									      \
    /* Writes value of field to file */					      \
    virtual void		writeValue(SoOutput *out) const

#define SO__MFIELD_RW_HEADER(className)					      \
  private:								      \
    /* Reads indexed value of field from file */			      \
    virtual SbBool		read1Value(SoInput *in, int index);	      \
									      \
    /* Writes one (indexed) value to file */				      \
    virtual void		write1Value(SoOutput *out, int index) const

#define SO__FIELD_INIT_CLASS(className,classPrintName,parentClass)	      \
    classTypeId = SoType::createType(parentClass::getClassTypeId(),	      \
				     classPrintName,			      \
				     &className::createInstance)

#define	SO__FIELD_ID_SOURCE(className)					      \
									      \
SoType		className::classTypeId;					      \
									      \
SoType									      \
className::getTypeId() const						      \
{									      \
    return classTypeId;							      \
}									      \
void *									      \
className::createInstance()						      \
{									      \
    return (void *)(new className);					      \
}

#define	SO__FIELD_EQ_SAME_SOURCE(className)				      \
									      \
void									      \
className::copyFrom(const SoField &f)					      \
{									      \
    *this = * (const className *) &f;					      \
}									      \
									      \
SbBool									      \
className::isSame(const SoField &f) const				      \
{									      \
    return (getTypeId() == f.getTypeId() &&				      \
	    (*this) == (const className &) f);				      \
}

//===========================================================================
//
// Macros to be called within the class definition header for a
// single-value field subclass:
//
//===========================================================================

////////////////////////////////////////////////////////////////////////////
//
// This declares all header info required for a single-value field class.
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_REQUIRED_HEADER(className)				      \
    SO__FIELD_HEADER(className)

////////////////////////////////////////////////////////////////////////////
//
// This declares a constructor and destructor for a single-value field class.
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_CONSTRUCTOR_HEADER(className)				      \
  public:								      \
    className();							      \
    virtual ~className()

////////////////////////////////////////////////////////////////////////////
//
// This declares value processing methods and variables for a
// single-value field class.
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_VALUE_HEADER(className, valueType, valueRef)		      \
    SO__SFIELD_RW_HEADER(className);					      \
  public:								      \
    /* Get the value */							      \
    valueRef			getValue() const			      \
	{ evaluate(); return value; }					      \
									      \
    /* Set value from a value of the appropriate type */		      \
    void			setValue(valueRef newValue);		      \
    valueRef			operator =(valueRef newValue)		      \
	{ setValue(newValue); return value; }				      \
									      \
    /* Equality/inequality test for fields of same type */		      \
    int				operator ==(const className &f) const;	      \
    int				operator !=(const className &f) const	      \
	{ return ! ((*this) == f); }					      \
									      \
  protected:								      \
    valueType			value

////////////////////////////////////////////////////////////////////////////
//
// This is like the above macro, but can be used by a field class
// derived from another (non-abstract) field class. It will inherit
// most of the field processing stuff.
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_DERIVED_VALUE_HEADER(className, valueType, valueRef)	      \
    SO__SFIELD_RW_HEADER(className);					      \
  public:								      \
    /* Since = operator is not inherited, we redefine it here */	      \
    valueRef			operator =(valueRef newValue)		      \
	{ setValue(newValue); return value; }

////////////////////////////////////////////////////////////////////////////
//
// This macro is all that is needed for most single-value field
// classes. It includes the relevant macros.
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_HEADER(className, valueType, valueRef)		      \
    SO_SFIELD_REQUIRED_HEADER(className);				      \
    SO_SFIELD_CONSTRUCTOR_HEADER(className);				      \
    SO_SFIELD_VALUE_HEADER(className, valueType, valueRef)

////////////////////////////////////////////////////////////////////////////
//
// This macro is all that is needed for most single-value field
// classes that are derived from other field classes. It includes the
// relevant macros.
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_DERIVED_HEADER(className, valueType, valueRef)	      \
    SO_SFIELD_REQUIRED_HEADER(className);				      \
    SO_SFIELD_CONSTRUCTOR_HEADER(className);				      \
    SO_SFIELD_DERIVED_VALUE_HEADER(className, valueType, valueRef)

//===========================================================================
//
// Macros to be called within the class definition header for a
// multiple-value field subclass:
//
//===========================================================================

////////////////////////////////////////////////////////////////////////////
//
// This declares all header info required for a multiple-value field class.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_REQUIRED_HEADER(className)				      \
    SO__FIELD_HEADER(className)

////////////////////////////////////////////////////////////////////////////
//
// This declares a constructor and destructor for a multiple-value field class.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_CONSTRUCTOR_HEADER(className)				      \
  public:								      \
    className();							      \
    virtual ~className()

////////////////////////////////////////////////////////////////////////////
//
// This declares value processing methods and variables for a
// multiple-value field class.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_VALUE_HEADER(className, valueType, valueRef)		      \
    SO__MFIELD_RW_HEADER(className);					      \
  public:								      \
    /* Get indexed value */						      \
    valueRef			operator [](int i) const		      \
	{ evaluate(); return values[i]; }				      \
									      \
    /* Get pointer into array of values */				      \
    const valueType *		getValues(int start) const		      \
	{ evaluate(); return (const valueType *)(values + start); }	      \
									      \
    /* Finds index of value that is equal to given one, or -1 if not	*/    \
    /* found. If not found and addIfNotFound is TRUE, the new value is	*/    \
    /* appended to the field. 						*/    \
    int				find(valueRef targetValue,		      \
				     SbBool addIfNotFound = FALSE);	      \
									      \
    /* Set num values starting at index start from info in newValues */	      \
    void			setValues(int start, int num,		      \
					  const valueType *newValues);	      \
									      \
    /* Set 1 value at given index */					      \
    void			set1Value(int index, valueRef newValue);      \
									      \
    /* Set field to have one value */					      \
    void			setValue(valueRef newValue);		      \
    valueRef			operator =(valueRef newValue)		      \
	{ setValue(newValue); return newValue; }			      \
									      \
    /* Equality/inequality test for fields of same type */		      \
    int				operator ==(const className &f) const;	      \
    int				operator !=(const className &f) const	      \
	{ return ! ((*this) == f); }					      \
									      \
    /* Get non-const pointer into array of values for batch edits */	      \
    valueType *			startEditing()				      \
	{ evaluate(); return values; }					      \
									      \
    /* Indicate that batch edits have finished */			      \
    void			finishEditing() { valueChanged(); }	      \
									      \
  protected:								      \
    /* Allocates room for num values. Copies old values (if any) into    */   \
    /* new area.  Deletes old area, if any.  Will reduce room if needed, */   \
    /* so a value of newNum==0 will delete all values.                   */   \
    virtual void		allocValues(int newNum);		      \
									      \
    /* Deletes all current values, resets number of values */		      \
    virtual void                deleteAllValues();			      \
									      \
    /* Copies value indexed by "from" to value indexed by "to" */	      \
    virtual void		copyValue(int to, int from);		      \
									      \
    valueType			*values

////////////////////////////////////////////////////////////////////////////
//
// This is like the above macro, but can be used by a field class
// derived from another (non-abstract) field class. It will inherit
// most of the field processing stuff.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_DERIVED_VALUE_HEADER(className, valueType, valueRef)	      \
    SO__MFIELD_RW_HEADER(className);					      \
  public:								      \
    /* Since = operator is not inherited, we redefine it here */	      \
    valueRef			operator =(valueRef newValue)		      \
	{ setValue(newValue); return newValue; }

////////////////////////////////////////////////////////////////////////////
//
// This macro is all that is needed for most multiple-value field
// classes. It includes the relevant macros.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_HEADER(className, valueType, valueRef)		      \
    SO_MFIELD_REQUIRED_HEADER(className);				      \
    SO_MFIELD_CONSTRUCTOR_HEADER(className);				      \
    SO_MFIELD_VALUE_HEADER(className, valueType, valueRef)

////////////////////////////////////////////////////////////////////////////
//
// This macro is all that is needed for most multiple-value field
// classes that are derived from other field classes. It includes the
// relevant macros.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_DERIVED_HEADER(className, valueType, valueRef)	      \
    SO_MFIELD_REQUIRED_HEADER(className);				      \
    SO_MFIELD_CONSTRUCTOR_HEADER(className);				      \
    SO_MFIELD_DERIVED_VALUE_HEADER(className, valueType, valueRef)

//===========================================================================
//
// Macros to be called within the source file for a single-value field
// subclass:
//
//===========================================================================

////////////////////////////////////////////////////////////////////////////
//
// This initializes type identifer variables. It should be called from
// within initClass().
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_INIT_CLASS(className,parentClass)			      \
    SO__FIELD_INIT_CLASS(className, SO__QUOTE(className), parentClass)

////////////////////////////////////////////////////////////////////////////
//
// This defines the variables and methods declared in
// SO_SFIELD_REQUIRED_HEADER(). 
//
////////////////////////////////////////////////////////////////////////////

#define	SO_SFIELD_REQUIRED_SOURCE(className)				      \
									      \
    SO__FIELD_ID_SOURCE(className);					      \
    SO__FIELD_EQ_SAME_SOURCE(className)					      \
									      \
const className &							      \
className::operator =(const className &f)				      \
{									      \
    setValue(f.getValue());						      \
    return *this;							      \
}

////////////////////////////////////////////////////////////////////////////
//
// This defines the constructor and destructor.
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_CONSTRUCTOR_SOURCE(className)				      \
									      \
className::className()							      \
{									      \
}									      \
className::~className()							      \
{									      \
}

////////////////////////////////////////////////////////////////////////////
//
// This defines the variables and methods declared in
// SO_SFIELD_VALUE_HEADER(). 
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_VALUE_SOURCE(className, valueType, valueRef)		      \
									      \
void									      \
className::setValue(valueRef newValue)					      \
{									      \
    value = newValue;							      \
    valueChanged();							      \
}									      \
									      \
int									      \
className::operator ==(const className &f) const			      \
{									      \
    return getValue() == f.getValue();					      \
}

////////////////////////////////////////////////////////////////////////////
//
// This macro is all that is needed for most single-value field
// classes. It includes the relevant macros.
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_SOURCE(className, valueType, valueRef)		      \
	SO_SFIELD_REQUIRED_SOURCE(className);				      \
	SO_SFIELD_CONSTRUCTOR_SOURCE(className);			      \
	SO_SFIELD_VALUE_SOURCE(className, valueType, valueRef)

////////////////////////////////////////////////////////////////////////////
//
// This macro is all that is needed for most single-value field
// classes that are derived from other field classes. It includes the
// relevant macros.
//
////////////////////////////////////////////////////////////////////////////

#define SO_SFIELD_DERIVED_SOURCE(className, valueType, valueRef)	      \
	SO_SFIELD_REQUIRED_SOURCE(className);				      \
	SO_SFIELD_CONSTRUCTOR_SOURCE(className)

//===========================================================================
//
// Macros to be called within the source file for a multiple-value field
// subclass:
//
//===========================================================================

////////////////////////////////////////////////////////////////////////////
//
// This initializes type identifer variables. It should be called from
// within initClass().
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_INIT_CLASS(className,parentClass)			      \
    SO__FIELD_INIT_CLASS(className, SO__QUOTE(className), parentClass)

////////////////////////////////////////////////////////////////////////////
//
// This defines the variables and methods declared in
// SO_MFIELD_REQUIRED_HEADER(). 
//
////////////////////////////////////////////////////////////////////////////

#define	SO_MFIELD_REQUIRED_SOURCE(className)				      \
									      \
    SO__FIELD_ID_SOURCE(className);					      \
    SO__FIELD_EQ_SAME_SOURCE(className)					      \
									      \
const className &							      \
className::operator =(const className &f)				      \
{									      \
    if (f.getNum() < getNum())						      \
	deleteAllValues();						      \
    setValues(0, f.getNum(), f.getValues(0));				      \
    return *this;							      \
}

////////////////////////////////////////////////////////////////////////////
//
// This defines a constructor and destructor that work with the
// variables and methods defined in SO_MFIELD_VALUE_HEADER(). If you
// define your own value processing differently, you may not be able
// to use these.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_CONSTRUCTOR_SOURCE(className)				      \
									      \
className::className()							      \
{									      \
    values = NULL;							      \
}									      \
									      \
className::~className()							      \
{									      \
    deleteAllValues();							      \
}

////////////////////////////////////////////////////////////////////////////
//
// This defines an empty constructor and destructor for classes
// derived from other field classes, since they inherit value
// processing.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_DERIVED_CONSTRUCTOR_SOURCE(className)			      \
									      \
className::className()							      \
{									      \
}									      \
									      \
className::~className()							      \
{									      \
}

////////////////////////////////////////////////////////////////////////////
//
// This defines the variables and methods declared in
// SO_MFIELD_VALUE_HEADER(). 
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_VALUE_SOURCE(className, valueType, valueRef)		      \
									      \
int									      \
className::find(valueRef targetValue, SbBool addIfNotFound)		      \
{									      \
    int	i, num = getNum();						      \
									      \
    for (i = 0; i < num; i++)						      \
	if (values[i] == targetValue)					      \
	    return i;							      \
									      \
    if (addIfNotFound)							      \
	set1Value(num, targetValue);					      \
									      \
    return -1;								      \
}									      \
									      \
void									      \
className::setValues(int start, int num, const valueType *newValues)	      \
{									      \
    int	newNum = start + num, i;					      \
									      \
    if (newNum > getNum())						      \
	makeRoom(newNum);						      \
									      \
    for (i = 0; i < num; i++)						      \
	values[start + i] = newValues[i];				      \
									      \
    valueChanged();							      \
}									      \
									      \
void									      \
className::set1Value(int index, valueRef newValue)			      \
{									      \
    if (index >= getNum())						      \
	makeRoom(index + 1);						      \
    values[index] = newValue;						      \
    valueChanged();							      \
}									      \
									      \
void									      \
className::setValue(valueRef newValue)					      \
{									      \
    makeRoom(1);							      \
    values[0] = newValue;						      \
    valueChanged();							      \
}									      \
									      \
int									      \
className::operator ==(const className &f) const			      \
{									      \
    int			i, num = getNum();				      \
    const valueType	*myVals, *itsVals;				      \
									      \
    if (num != f.getNum())						      \
	return FALSE;							      \
									      \
    myVals  = getValues(0);						      \
    itsVals = f.getValues(0);						      \
									      \
    for (i = 0; i < num; i++)						      \
	if (! (myVals[i] == itsVals[i]))				      \
	    return FALSE;						      \
									      \
    return TRUE;							      \
}									      \
									      \
void									      \
className::deleteAllValues()						      \
{									      \
    allocValues(0);							      \
}									      \
									      \
void									      \
className::copyValue(int to, int from)					      \
{									      \
    values[to] = values[from];						      \
}

////////////////////////////////////////////////////////////////////////////
//
// This allocates/reallocates room for values, using the "new" and
// "delete" operators, so the constructor and destructor are called
// for new and deleted values.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_ALLOC_SOURCE(className, valueType)			      \
void									      \
className::allocValues(int newNum)					      \
{									      \
    if (values == NULL)	{						      \
	if (newNum > 0)							      \
	    values = new valueType[newNum];				      \
    }									      \
    else {								      \
	valueType	*oldValues = values;				      \
	int		i;						      \
									      \
	if (newNum > 0) {						      \
	    values = new valueType[newNum];				      \
	    for (i = 0; i < num && i < newNum; i++)			      \
		values[i] = oldValues[i];				      \
	}								      \
	else								      \
	    values = NULL;						      \
	delete [] oldValues;						      \
    }									      \
									      \
    num = maxNum = newNum;						      \
}

////////////////////////////////////////////////////////////////////////////
//
// This allocates/reallocates room for values, using malloc() and
// realloc(). This means that constructors and destructors will NOT be
// called for values. Therefore, this macro should not be used for any
// value types that have constructors or destructors! (It is used for
// fields that have simple types, like shorts and floats.)
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_MALLOC_SOURCE(className, valueType)			      \
void									      \
className::allocValues(int newNum)					      \
{									      \
    if (values == NULL) {						      \
	if (newNum > 0)							      \
	    values = (valueType *) malloc(sizeof(valueType) * newNum);	      \
    }									      \
    else {								      \
	if (newNum > 0)							      \
	    values = (valueType *) realloc(values, sizeof(valueType)*newNum); \
	else {								      \
	    free((char *) values);					      \
	    values = NULL;						      \
	}								      \
    }									      \
									      \
    num = maxNum = newNum;						      \
}

////////////////////////////////////////////////////////////////////////////
//
// This macro is all that is needed for most multiple-value field
// classes. It includes the relevant macros, including the allocation
// macro that uses new and delete.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_SOURCE(className, valueType, valueRef)		      \
	SO_MFIELD_REQUIRED_SOURCE(className)				      \
	SO_MFIELD_CONSTRUCTOR_SOURCE(className)				      \
	SO_MFIELD_VALUE_SOURCE(className, valueType, valueRef)		      \
	SO_MFIELD_ALLOC_SOURCE(className, valueType)

////////////////////////////////////////////////////////////////////////////
//
// This is like the above macro, but uses the allocation macro that
// uses malloc() and realloc().
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_SOURCE_MALLOC(className, valueType, valueRef)		      \
	SO_MFIELD_REQUIRED_SOURCE(className)				      \
	SO_MFIELD_CONSTRUCTOR_SOURCE(className)				      \
	SO_MFIELD_VALUE_SOURCE(className, valueType, valueRef)		      \
	SO_MFIELD_MALLOC_SOURCE(className, valueType)

////////////////////////////////////////////////////////////////////////////
//
// This macro is all that is needed for most multiple-value field
// classes that are derived from other field classes. It includes the
// relevant macros.
//
////////////////////////////////////////////////////////////////////////////

#define SO_MFIELD_DERIVED_SOURCE(className, valueType, valueRef)	      \
	SO_MFIELD_REQUIRED_SOURCE(className);				      \
	SO_MFIELD_DERIVED_CONSTRUCTOR_SOURCE(className)

// C-api: begin

#endif /* _SO_SUB_FIELD_ */