/**
 ** memcopy.h ---- inline assembly memory copy macros
 **
 ** Copyright (c) 1998 Hartmut Schirmer
 **
 ** This file is part of the GRX graphics library.
 **
 ** The GRX graphics library is free software; you can redistribute it
 ** and/or modify it under some conditions; see the "copying.grx" file
 ** for details.
 **
 ** 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.
 **
 ** Basic and optimized memory block copy operations in byte, word and
 ** long sizes. The copys are available in WRITE, XOR, OR and AND modes.
 **
 **/

#ifndef __MEMCOPY_H_INCLUDED__
#define __MEMCOPY_H_INCLUDED__

#ifndef __MEMMODE_H_INCLUDED__
#include "memmode.h"
#endif
#ifndef __MEMPEEK_H_INCLUDED__
#include "mempeek.h"
#endif
#ifndef __ARITH_H_INCLUDED__
#include "arith.h"
#endif

#if !defined(CPSIZE_b) && defined(GR_int8)
#define CPSIZE_b     sizeof(GR_int8)
#endif
#if !defined(CPSIZE_w) && defined(GR_int16)
#define CPSIZE_w     sizeof(GR_int16)
#endif
#if !defined(CPSIZE_l) && defined(GR_int32)
#define CPSIZE_l     sizeof(GR_int32)
#endif
#if !defined(CPSIZE_h) && defined(GR_int64)
#define CPSIZE_h     sizeof(GR_int64)
#endif

#ifdef __GNUC__
#  include "gcc/memcopy.h"
#elif defined(__TURBOC__)
#  include "bcc/memcopy.h"
#elif defined(__WATCOMC__)
#  include "watcom/memcopy.h"
#endif

#if !defined(GR_int64) && !defined(NO_64BIT_COPY)
#define NO_64BIT_COPY
#endif
#if !defined(GR_int32) && !defined(NO_32BIT_COPY)
#define NO_32BIT_COPY
#endif
#if !defined(GR_int16) && !defined(NO_16BIT_COPY)
#define NO_16BIT_COPY
#endif

/* Note:
**   These functions alter the destination and source pointers and the
**   counter. Destination and source pointer _must_ point to next copy
**   location at return
*/

/* memory -> memory copies */
#ifndef __INLINE_STD_COLCOPY__
#define __INLINE_STD_COLCOPY__(D,DSKP,S,SSKP,C,DM,SM,INS,SIZE,TYPE) do {      \
	poke##DM((D),peek##SM(S));                                            \
	ptrinc((D),(DSKP)); ptrinc((S),(SSKP));                               \
} while(--(C))
#endif

#ifndef __INLINE_STD_OPRCOPY__
#define __INLINE_STD_OPRCOPY__(D,S,C,DM,SM,INS,SIZE,TY)                       \
	__INLINE_STD_COLCOPY__(D,sizeof(TY),S,sizeof(TY),C,DM,SM,INS,SIZE,TY)
#endif

#ifndef __INLINE_STD_ROWCOPY__
#define __INLINE_STD_ROWCOPY__(D,S,C,DM,SM,SIZE,TYPE)                         \
	__INLINE_STD_OPRCOPY__(D,S,C,DM,SM,MOV_INS,SIZE,TYPE)
#endif

/* video -> memory copies */
#ifndef __INLINE_STD_FAR_COLCOPY__
#define __INLINE_STD_FAR_COLCOPY__(D,DSK,S,SSK,C,DM,SM,INS,SIZE,TYPE)         \
	__INLINE_STD_COLCOPY__(D,DSK,S,SSK,C,DM,SM,INS,SIZE,TYPE)
#endif

#ifndef __INLINE_STD_FAR_OPRCOPY__
#define __INLINE_STD_FAR_OPRCOPY__(D,S,C,DM,SM,INS,SIZE,TY)                   \
	__INLINE_STD_FAR_COLCOPY__(D,sizeof(TY),S,sizeof(TY),C,DM,SM,INS,SIZE,TY)
#endif

#ifndef __INLINE_STD_FAR_ROWCOPY__
#define __INLINE_STD_FAR_ROWCOPY__(D,S,C,DM,SM,SIZE,TYPE)                     \
	__INLINE_STD_FAR_OPRCOPY__(D,S,C,DM,SM,MOV_INS,SIZE,TYPE)
#endif

/* memory -> video copies */
#ifndef __INLINE_FAR_STD_COLCOPY__
#define __INLINE_FAR_STD_COLCOPY__(D,DSK,S,SSK,C,DM,SM,INS,SIZE,TYPE)         \
	__INLINE_STD_COLCOPY__(D,DSK,S,SSK,C,DM,SM,INS,SIZE,TYPE)
#endif

#ifndef __INLINE_FAR_STD_OPRCOPY__
#define __INLINE_FAR_STD_OPRCOPY__(D,S,C,DM,SM,INS,SIZE,TY)                   \
	__INLINE_FAR_STD_COLCOPY__(D,sizeof(TY),S,sizeof(TY),C,DM,SM,INS,SIZE,TY)
#endif

#ifndef __INLINE_FAR_STD_ROWCOPY__
#define __INLINE_FAR_STD_ROWCOPY__(D,S,C,DM,SM,SIZE,TYPE)                     \
	__INLINE_FAR_STD_OPRCOPY__(D,S,C,DM,SM,MOV_INS,SIZE,TYPE)
#endif

/* video -> video copies */
#ifndef __INLINE_FAR_FAR_COLCOPY__
#define __INLINE_FAR_FAR_COLCOPY__(D,DSK,S,SSK,C,DM,SM,INS,SIZE,TYPE)         \
	__INLINE_STD_COLCOPY__(D,DSK,S,SSK,C,DM,SM,INS,SIZE,TYPE)
#endif

#ifndef __INLINE_FAR_FAR_OPRCOPY__
#define __INLINE_FAR_FAR_OPRCOPY__(D,S,C,DM,SM,INS,SIZE,TY)                   \
	__INLINE_FAR_FAR_COLCOPY__(D,sizeof(TY),S,sizeof(TY),C,DM,SM,INS,SIZE,TY)
#endif

#ifndef __INLINE_FAR_FAR_ROWCOPY__
#define __INLINE_FAR_FAR_ROWCOPY__(D,S,C,DM,SM,SIZE,TYPE)                     \
	__INLINE_FAR_FAR_OPRCOPY__(D,S,C,DM,SM,MOV_INS,SIZE,TYPE)
#endif

/*
 * rowcopy_<SIZE>[_<FAR>][_<OPER>][_<FAR>](dst,src,count)
 *                ^-^-^-dst-^-^-^   ^src^
 */
/* memory -> memory copy */
#ifndef rowcopy_b_set
#define rowcopy_b_set(d,s,c)          \
	__INLINE_STD_ROWCOPY__(d,s,c,_b,_b,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_set
# ifdef NO_16BIT_COPY
#  define rowcopy_w_set(d,s,c)   rowcopy_b_set(d,s,(c)<<1)
# else
#  define rowcopy_w_set(d,s,c)   __INLINE_STD_ROWCOPY__(d,s,c,_w,_w,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_set
# ifdef NO_32BIT_COPY
#  define rowcopy_l_set(d,s,c)   rowcopy_w_set(d,s,(c)<<1)
# else
#  define rowcopy_l_set(d,s,c)   __INLINE_STD_ROWCOPY__(d,s,c,_l,_l,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_set)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_set(d,s,c)   rowcopy_l_set(d,s,(c)<<1)
# else
#  define rowcopy_h_set(d,s,c)   __INLINE_STD_ROWCOPY__(d,s,c,_h,_h,OP64b,GR_int64)
# endif
#endif

#define rowcopy_b rowcopy_b_set
#define rowcopy_w rowcopy_w_set
#define rowcopy_l rowcopy_l_set
#ifdef rowcopy_h_set
#define rowcopy_h rowcopy_h_set
#endif

#ifndef rowcopy_b_xor
#define rowcopy_b_xor(d,s,c)      \
	__INLINE_STD_OPRCOPY__(d,s,c,_b_xor,_b,XOR_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_xor
# ifdef NO_16BIT_COPY
#  define rowcopy_w_xor(d,s,c)   rowcopy_b_xor(d,s,(c)<<1)
# else
#  define rowcopy_w_xor(d,s,c)   __INLINE_STD_OPRCOPY__(d,s,c,_w_xor,_w,XOR_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_xor
# ifdef NO_32BIT_COPY
#  define rowcopy_l_xor(d,s,c)   rowcopy_w_xor(d,s,(c)<<1)
# else
#  define rowcopy_l_xor(d,s,c)   __INLINE_STD_OPRCOPY__(d,s,c,_l_xor,_l,XOR_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_xor)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_xor(d,s,c)   rowcopy_l_xor(d,s,(c)<<1)
# else
#  define rowcopy_h_xor(d,s,c)   __INLINE_STD_OPRCOPY__(d,s,c,_h_xor,_h,XOR_INS,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_or
#define rowcopy_b_or(d,s,c)       \
	__INLINE_STD_OPRCOPY__(d,s,c,_b_or,_b,OR_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_or
# ifdef NO_16BIT_COPY
#  define rowcopy_w_or(d,s,c)    rowcopy_b_or(d,s,(c)<<1)
# else
#  define rowcopy_w_or(d,s,c)    __INLINE_STD_OPRCOPY__(d,s,c,_w_or,_w,OR_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_or
# ifdef NO_32BIT_COPY
#  define rowcopy_l_or(d,s,c)    rowcopy_w_or(d,s,(c)<<1)
# else
#  define rowcopy_l_or(d,s,c)    __INLINE_STD_OPRCOPY__(d,s,c,_l_or,_l,OR_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_or)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_or(d,s,c)    rowcopy_l_or(d,s,(c)<<1)
# else
#  define rowcopy_h_or(d,s,c)    __INLINE_STD_OPRCOPY__(d,s,c,_h_or,_h,OR_INS,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_and
#define rowcopy_b_and(d,s,c)      \
	__INLINE_STD_OPRCOPY__(d,s,c,_b_and,_b,AND_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_and
# ifdef NO_16BIT_COPY
#  define rowcopy_w_and(d,s,c)   rowcopy_b_and(d,s,(c)<<1)
# else
#  define rowcopy_w_and(d,s,c)   __INLINE_STD_OPRCOPY__(d,s,c,_w_and,_w,AND_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_and
# ifdef NO_32BIT_COPY
#  define rowcopy_l_and(d,s,c)   rowcopy_w_and(d,s,(c)<<1)
# else
#  define rowcopy_l_and(d,s,c)   __INLINE_STD_OPRCOPY__(d,s,c,_l_and,_l,AND_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_and)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_and(d,s,c)   rowcopy_l_and(d,s,(c)<<1)
# else
#  define rowcopy_h_and(d,s,c)   __INLINE_STD_OPRCOPY__(d,s,c,_h_and,_h,AND_INS,OP64b,GR_int64)
# endif
#endif

#define rowcopy_b_n_set_n  rowcopy_b_set
#define rowcopy_b_n_xor_n  rowcopy_b_xor
#define rowcopy_b_n_or_n   rowcopy_b_or
#define rowcopy_b_n_and_n  rowcopy_b_and
#define rowcopy_w_n_set_n  rowcopy_w_set
#define rowcopy_w_n_xor_n  rowcopy_w_xor
#define rowcopy_w_n_or_n   rowcopy_w_or
#define rowcopy_w_n_and_n  rowcopy_w_and
#define rowcopy_l_n_set_n  rowcopy_l_set
#define rowcopy_l_n_xor_n  rowcopy_l_xor
#define rowcopy_l_n_or_n   rowcopy_l_or
#define rowcopy_l_n_and_n  rowcopy_l_and
#ifdef rowcopy_l_set
#define rowcopy_h_n_set_n  rowcopy_h_set
#define rowcopy_h_n_xor_n  rowcopy_h_xor
#define rowcopy_h_n_or_n   rowcopy_h_or
#define rowcopy_h_n_and_n  rowcopy_h_and
#endif

/* memory -> video copy */
#ifndef rowcopy_b_f_set
#define rowcopy_b_f_set(d,s,c)        \
	__INLINE_FAR_STD_ROWCOPY__(d,s,c,_b_f,_b,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_f_set
# ifdef NO_16BIT_COPY
#  define rowcopy_w_f_set(d,s,c)   rowcopy_b_f_set(d,s,(c)<<1)
# else
#  define rowcopy_w_f_set(d,s,c)        \
	__INLINE_FAR_STD_ROWCOPY__(d,s,c,_w_f,_w,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_f_set
# ifdef NO_32BIT_COPY
#  define rowcopy_l_f_set(d,s,c)   rowcopy_w_f_set(d,s,(c)<<1)
# else
#  define rowcopy_l_f_set(d,s,c)        \
	__INLINE_FAR_STD_ROWCOPY__(d,s,c,_l_f,_l,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_f_set)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_f_set(d,s,c)   rowcopy_l_f_set(d,s,(c)<<1)
# else
#  define rowcopy_h_f_set(d,s,c)        \
	__INLINE_FAR_STD_ROWCOPY__(d,s,c,_h_f,_h,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_f_xor
#define rowcopy_b_f_xor(d,s,c)    \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_b_f_xor,_b,XOR_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_f_xor
# ifdef NO_16BIT_COPY
#  define rowcopy_w_f_xor(d,s,c)   rowcopy_b_f_xor(d,s,(c)<<1)
# else
#  define rowcopy_w_f_xor(d,s,c)    \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_w_f_xor,_w,XOR_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_f_xor
# ifdef NO_32BIT_COPY
#  define rowcopy_l_f_xor(d,s,c)   rowcopy_w_f_xor(d,s,(c)<<1)
# else
#  define rowcopy_l_f_xor(d,s,c)    \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_l_f_xor,_l,XOR_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_f_xor)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_f_xor(d,s,c)   rowcopy_l_f_xor(d,s,(c)<<1)
# else
#  define rowcopy_h_f_xor(d,s,c)    \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_h_f_xor,_h,XOR_INS,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_f_or
#define rowcopy_b_f_or(d,s,c)     \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_b_f_or,_b,OR_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_f_or
# ifdef NO_16BIT_COPY
#  define rowcopy_w_f_or(d,s,c)    rowcopy_b_f_or(d,s,(c)<<1)
# else
#  define rowcopy_w_f_or(d,s,c)     \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_w_f_or,_w,OR_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_f_or
# ifdef NO_32BIT_COPY
#  define rowcopy_l_f_or(d,s,c)   rowcopy_w_f_or(d,s,(c)<<1)
# else
#  define rowcopy_l_f_or(d,s,c)     \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_l_f_or,_l,OR_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_f_or)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_f_or(d,s,c)   rowcopy_l_f_or(d,s,(c)<<1)
# else
#  define rowcopy_h_f_or(d,s,c)     \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_h_f_or,_h,OR_INS,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_f_and
#define rowcopy_b_f_and(d,s,c)    \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_b_f_and,_b,AND_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_f_and
# ifdef NO_16BIT_COPY
#  define rowcopy_w_f_and(d,s,c)   rowcopy_b_f_and(d,s,(c)<<1)
# else
#  define rowcopy_w_f_and(d,s,c)    \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_w_f_and,_w,AND_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_f_and
# ifdef NO_16BIT_COPY
#  define rowcopy_l_f_and(d,s,c)   rowcopy_w_f_and(d,s,(c)<<1)
# else
#  define rowcopy_l_f_and(d,s,c)    \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_l_f_and,_l,AND_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_f_and)
# ifdef NO_16BIT_COPY
#  define rowcopy_h_f_and(d,s,c)   rowcopy_l_f_and(d,s,(c)<<1)
# else
#  define rowcopy_h_f_and(d,s,c)    \
	__INLINE_FAR_STD_OPRCOPY__(d,s,c,_h_f_and,_h,AND_INS,OP64b,GR_int64)
# endif
#endif

#define rowcopy_b_f_set_n  rowcopy_b_f_set
#define rowcopy_b_f_xor_n  rowcopy_b_f_xor
#define rowcopy_b_f_or_n   rowcopy_b_f_or
#define rowcopy_b_f_and_n  rowcopy_b_f_and
#define rowcopy_w_f_set_n  rowcopy_w_f_set
#define rowcopy_w_f_xor_n  rowcopy_w_f_xor
#define rowcopy_w_f_or_n   rowcopy_w_f_or
#define rowcopy_w_f_and_n  rowcopy_w_f_and
#define rowcopy_l_f_set_n  rowcopy_l_f_set
#define rowcopy_l_f_xor_n  rowcopy_l_f_xor
#define rowcopy_l_f_or_n   rowcopy_l_f_or
#define rowcopy_l_f_and_n  rowcopy_l_f_and
#ifdef rowcopy_h_f_set
#define rowcopy_h_f_set_n  rowcopy_h_f_set
#define rowcopy_h_f_xor_n  rowcopy_h_f_xor
#define rowcopy_h_f_or_n   rowcopy_h_f_or
#define rowcopy_h_f_and_n  rowcopy_h_f_and
#endif


/* video -> memory copy */
#ifndef rowcopy_b_set_f
#define rowcopy_b_set_f(d,s,c)        \
	__INLINE_STD_FAR_ROWCOPY__(d,s,c,_b,_b_f,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_set_f
# ifdef NO_16BIT_COPY
#  define rowcopy_w_set_f(d,s,c)   rowcopy_b_set_f(d,s,(c)<<1)
# else
#  define rowcopy_w_set_f(d,s,c)        \
	__INLINE_STD_FAR_ROWCOPY__(d,s,c,_w,_w_f,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_set_f
# ifdef NO_32BIT_COPY
#  define rowcopy_l_set_f(d,s,c)   rowcopy_w_set_f(d,s,(c)<<1)
# else
#  define rowcopy_l_set_f(d,s,c)        \
	__INLINE_STD_FAR_ROWCOPY__(d,s,c,_l,_l_f,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_set_f)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_set_f(d,s,c)   rowcopy_l_set_f(d,s,(c)<<1)
# else
#  define rowcopy_h_set_f(d,s,c)        \
	__INLINE_STD_FAR_ROWCOPY__(d,s,c,_h,_h_f,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_xor_f
#define rowcopy_b_xor_f(d,s,c)    \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_b_xor,_b_f,XOR_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_xor_f
# ifdef NO_16BIT_COPY
#  define rowcopy_w_xor_f(d,s,c)   rowcopy_b_xor_f(d,s,(c)<<1)
# else
#  define rowcopy_w_xor_f(d,s,c)    \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_w_xor,_w_f,XOR_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_xor_f
# ifdef NO_32BIT_COPY
#  define rowcopy_l_xor_f(d,s,c)   rowcopy_w_xor_f(d,s,(c)<<1)
# else
#  define rowcopy_l_xor_f(d,s,c)    \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_l_xor,_l_f,XOR_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_xor_f)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_xor_f(d,s,c)   rowcopy_l_xor_f(d,s,(c)<<1)
# else
#  define rowcopy_h_xor_f(d,s,c)    \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_h_xor,_h_f,XOR_INS,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_or_f
#define rowcopy_b_or_f(d,s,c)     \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_b_or,_b_f,OR_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_or_f
# ifdef NO_16BIT_COPY
#  define rowcopy_w_or_f(d,s,c)    rowcopy_b_or_f(d,s,(c)<<1)
# else
#  define rowcopy_w_or_f(d,s,c)     \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_w_or,_w_f,OR_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_or_f
# ifdef NO_32BIT_COPY
#  define rowcopy_l_or_f(d,s,c)    rowcopy_w_or_f(d,s,(c)<<1)
# else
#  define rowcopy_l_or_f(d,s,c)     \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_l_or,_l_f,OR_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_or_f)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_or_f(d,s,c)    rowcopy_l_or_f(d,s,(c)<<1)
# else
#  define rowcopy_h_or_f(d,s,c)     \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_h_or,_h_f,OR_INS,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_and_f
#define rowcopy_b_and_f(d,s,c)    \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_b_and,_b_f,AND_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_and_f
# ifdef NO_16BIT_COPY
#  define rowcopy_w_and_f(d,s,c)   rowcopy_b_and_f(d,s,(c)<<1)
# else
#  define rowcopy_w_and_f(d,s,c)    \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_w_and,_w_f,AND_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_and_f
# ifdef NO_32BIT_COPY
#  define rowcopy_l_and_f(d,s,c)   rowcopy_w_and_f(d,s,(c)<<1)
# else
#  define rowcopy_l_and_f(d,s,c)    \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_l_and,_l_f,AND_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_and_f)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_and_f(d,s,c)   rowcopy_l_and_f(d,s,(c)<<1)
# else
#  define rowcopy_h_and_f(d,s,c)    \
	__INLINE_STD_FAR_OPRCOPY__(d,s,c,_h_and,_h_f,AND_INS,OP64b,GR_int64)
# endif
#endif

#define rowcopy_b_n_set_f  rowcopy_b_set_f
#define rowcopy_b_n_xor_f  rowcopy_b_xor_f
#define rowcopy_b_n_or_f   rowcopy_b_or_f
#define rowcopy_b_n_and_f  rowcopy_b_and_f
#define rowcopy_w_n_set_f  rowcopy_w_set_f
#define rowcopy_w_n_xor_f  rowcopy_w_xor_f
#define rowcopy_w_n_or_f   rowcopy_w_or_f
#define rowcopy_w_n_and_f  rowcopy_w_and_f
#define rowcopy_l_n_set_f  rowcopy_l_set_f
#define rowcopy_l_n_xor_f  rowcopy_l_xor_f
#define rowcopy_l_n_or_f   rowcopy_l_or_f
#define rowcopy_l_n_and_f  rowcopy_l_and_f
#ifdef rowcopy_h_set_f
#define rowcopy_h_n_set_f  rowcopy_h_set_f
#define rowcopy_h_n_xor_f  rowcopy_h_xor_f
#define rowcopy_h_n_or_f   rowcopy_h_or_f
#define rowcopy_h_n_and_f  rowcopy_h_and_f
#endif


/* video -> video copy */
#ifndef rowcopy_b_f_set_f
#define rowcopy_b_f_set_f(d,s,c)        \
	__INLINE_FAR_FAR_ROWCOPY__(d,s,c,_b_f,_b_f,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_f_set_f
# ifdef NO_16BIT_COPY
#  define rowcopy_w_f_set_f(d,s,c) rowcopy_b_f_set_f(d,s,(c)<<1)
# else
#  define rowcopy_w_f_set_f(d,s,c)        \
	__INLINE_FAR_FAR_ROWCOPY__(d,s,c,_w_f,_w_f,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_f_set_f
# ifdef NO_32BIT_COPY
#  define rowcopy_l_f_set_f(d,s,c) rowcopy_w_f_set_f(d,s,(c)<<1)
# else
#  define rowcopy_l_f_set_f(d,s,c)        \
	__INLINE_FAR_FAR_ROWCOPY__(d,s,c,_l_f,_l_f,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_f_set_f)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_f_set_f(d,s,c) rowcopy_l_f_set_f(d,s,(c)<<1)
# else
#  define rowcopy_h_f_set_f(d,s,c)        \
	__INLINE_FAR_FAR_ROWCOPY__(d,s,c,_h_f,_h_f,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_f_xor_f
#define rowcopy_b_f_xor_f(d,s,c)    \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_b_f_xor,_b_f,XOR_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_f_xor_f
# ifdef NO_16BIT_COPY
#  define rowcopy_w_f_xor_f(d,s,c) rowcopy_b_f_xor_f(d,s,(c)<<1)
# else
#  define rowcopy_w_f_xor_f(d,s,c)    \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_w_f_xor,_w_f,XOR_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_f_xor_f
# ifdef NO_32BIT_COPY
#  define rowcopy_l_f_xor_f(d,s,c) rowcopy_w_f_xor_f(d,s,(c)<<1)
# else
#  define rowcopy_l_f_xor_f(d,s,c)    \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_l_f_xor,_l_f,XOR_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_f_xor_f)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_f_xor_f(d,s,c) rowcopy_l_f_xor_f(d,s,(c)<<1)
# else
#  define rowcopy_h_f_xor_f(d,s,c)    \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_h_f_xor,_h_f,XOR_INS,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_f_or_f
#define rowcopy_b_f_or_f(d,s,c)     \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_b_f_or,_b_f,OR_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_f_or_f
# ifdef NO_16BIT_COPY
#  define rowcopy_w_f_or_f(d,s,c)  rowcopy_b_f_or_f(d,s,(c)<<1)
# else
#  define rowcopy_w_f_or_f(d,s,c)     \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_w_f_or,_w_f,OR_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_f_or_f
# ifdef NO_32BIT_COPY
#  define rowcopy_l_f_or_f(d,s,c)  rowcopy_w_f_or_f(d,s,(c)<<1)
# else
#  define rowcopy_l_f_or_f(d,s,c)     \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_l_f_or,_l_f,OR_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_f_or_f)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_f_or_f(d,s,c)  rowcopy_l_f_or_f(d,s,(c)<<1)
# else
#  define rowcopy_h_f_or_f(d,s,c)     \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_h_f_or,_h_f,OR_INS,OP64b,GR_int64)
# endif
#endif

#ifndef rowcopy_b_f_and_f
#define rowcopy_b_f_and_f(d,s,c)    \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_b_f_and,_b_f,AND_INS,OP8b,GR_int8)
#endif
#ifndef rowcopy_w_f_and_f
# ifdef NO_16BIT_COPY
#  define rowcopy_w_f_and_f(d,s,c) rowcopy_b_f_and_f(d,s,(c)<<1)
# else
#  define rowcopy_w_f_and_f(d,s,c)    \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_w_f_and,_w_f,AND_INS,OP16b,GR_int16)
# endif
#endif
#ifndef rowcopy_l_f_and_f
# ifdef NO_32BIT_COPY
#  define rowcopy_l_f_and_f(d,s,c) rowcopy_w_f_and_f(d,s,(c)<<1)
# else
#  define rowcopy_l_f_and_f(d,s,c)    \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_l_f_and,_l_f,AND_INS,OP32b,GR_int32)
# endif
#endif
#if defined(GR_int64) && !defined(rowcopy_h_f_and_f)
# ifdef NO_64BIT_COPY
#  define rowcopy_h_f_and_f(d,s,c) rowcopy_l_f_and_f(d,s,(c)<<1)
# else
#  define rowcopy_h_f_and_f(d,s,c)    \
	__INLINE_FAR_FAR_OPRCOPY__(d,s,c,_h_f_and,_h_f,AND_INS,OP64b,GR_int64)
# endif
#endif



/*
 * colcopy_<SIZE>[_<FAR>][_<OPER>][_<FAR>](dst,doffs,src,srcoffs,count)
 *                ^-^-^-dst-^-^-^   ^src^
 */
/* memory -> memory copy */
#ifndef colcopy_b_set
#define colcopy_b_set(d,dof,s,sof,c)        \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_b,_b,MOV_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_set
#define colcopy_w_set(d,dof,s,sof,c)        \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_w,_w,MOV_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_set)
#define colcopy_l_set(d,dof,s,sof,c)        \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_l,_l,MOV_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_set)
#define colcopy_h_set(d,dof,s,sof,c)        \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_h,_h,MOV_INS,OP64b,GR_int64)
#endif

#define colcopy_b colcopy_b_set
#define colcopy_w colcopy_w_set
#define colcopy_l colcopy_l_set
#ifdef colcopy_h_set
#define colcopy_h colcopy_h_set
#endif


#ifndef colcopy_b_xor
#define colcopy_b_xor(d,dof,s,sof,c)    \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_b_xor,_b,XOR_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_xor
#define colcopy_w_xor(d,dof,s,sof,c)    \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_w_xor,_w,XOR_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_xor)
#define colcopy_l_xor(d,dof,s,sof,c)    \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_l_xor,_l,XOR_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_xor)
#define colcopy_h_xor(d,dof,s,sof,c)    \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_h_xor,_h,XOR_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_or
#define colcopy_b_or(d,dof,s,sof,c)     \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_b_or,_b,OR_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_or
#define colcopy_w_or(d,dof,s,sof,c)     \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_w_or,_w,OR_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_or)
#define colcopy_l_or(d,dof,s,sof,c)     \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_l_or,_l,OR_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_or)
#define colcopy_h_or(d,dof,s,sof,c)     \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_h_or,_h,OR_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_and
#define colcopy_b_and(d,dof,s,sof,c)    \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_b_and,_b,AND_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_and
#define colcopy_w_and(d,dof,s,sof,c)    \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_w_and,_w,AND_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_and)
#define colcopy_l_and(d,dof,s,sof,c)    \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_l_and,_l,AND_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_and)
#define colcopy_h_and(d,dof,s,sof,c)    \
	__INLINE_STD_COLCOPY__(d,dof,s,sof,c,_h_and,_h,AND_INS,OP64b,GR_int64)
#endif

#define colcopy_b_n_set_n  colcopy_b_set
#define colcopy_b_n_xor_n  colcopy_b_xor
#define colcopy_b_n_or_n   colcopy_b_or
#define colcopy_b_n_and_n  colcopy_b_and
#define colcopy_w_n_set_n  colcopy_w_set
#define colcopy_w_n_xor_n  colcopy_w_xor
#define colcopy_w_n_or_n   colcopy_w_or
#define colcopy_w_n_and_n  colcopy_w_and
#define colcopy_l_n_set_n  colcopy_l_set
#define colcopy_l_n_xor_n  colcopy_l_xor
#define colcopy_l_n_or_n   colcopy_l_or
#define colcopy_l_n_and_n  colcopy_l_and
#ifdef colcopy_h_set
#define colcopy_h_n_set_n  colcopy_h_set
#define colcopy_h_n_xor_n  colcopy_h_xor
#define colcopy_h_n_or_n   colcopy_h_or
#define colcopy_h_n_and_n  colcopy_h_and
#endif


/* memory -> video copy */
#ifndef colcopy_b_f_set
#define colcopy_b_f_set(d,dof,s,sof,c)        \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_b_f,_b,MOV_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_f_set
#define colcopy_w_f_set(d,dof,s,sof,c)        \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_w_f,_w,MOV_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_f_set)
#define colcopy_l_f_set(d,dof,s,sof,c)        \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_l_f,_l,MOV_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_f_set)
#define colcopy_h_f_set(d,dof,s,sof,c)        \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_h_f,_h,MOV_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_f_xor
#define colcopy_b_f_xor(d,dof,s,sof,c)    \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_b_f_xor,_b,XOR_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_f_xor
#define colcopy_w_f_xor(d,dof,s,sof,c)    \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_w_f_xor,_w,XOR_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_f_xor)
#define colcopy_l_f_xor(d,dof,s,sof,c)    \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_l_f_xor,_l,XOR_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_f_xor)
#define colcopy_h_f_xor(d,dof,s,sof,c)    \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_h_f_xor,_h,XOR_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_f_or
#define colcopy_b_f_or(d,dof,s,sof,c)     \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_b_f_or,_b,OR_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_f_or
#define colcopy_w_f_or(d,dof,s,sof,c)     \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_w_f_or,_w,OR_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_f_or)
#define colcopy_l_f_or(d,dof,s,sof,c)     \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_l_f_or,_l,OR_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_f_or)
#define colcopy_h_f_or(d,dof,s,sof,c)     \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_h_f_or,_h,OR_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_f_and
#define colcopy_b_f_and(d,dof,s,sof,c)    \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_b_f_and,_b,AND_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_f_and
#define colcopy_w_f_and(d,dof,s,sof,c)    \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_w_f_and,_w,AND_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_f_and)
#define colcopy_l_f_and(d,dof,s,sof,c)    \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_l_f_and,_l,AND_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_f_and)
#define colcopy_h_f_and(d,dof,s,sof,c)    \
	__INLINE_FAR_STD_COLCOPY__(d,dof,s,sof,c,_h_f_and,_h,AND_INS,OP64b,GR_int64)
#endif

#define colcopy_b_f_set_n  colcopy_b_f_set
#define colcopy_b_f_xor_n  colcopy_b_f_xor
#define colcopy_b_f_or_n   colcopy_b_f_or
#define colcopy_b_f_and_n  colcopy_b_f_and
#define colcopy_w_f_set_n  colcopy_w_f_set
#define colcopy_w_f_xor_n  colcopy_w_f_xor
#define colcopy_w_f_or_n   colcopy_w_f_or
#define colcopy_w_f_and_n  colcopy_w_f_and
#define colcopy_l_f_set_n  colcopy_l_f_set
#define colcopy_l_f_xor_n  colcopy_l_f_xor
#define colcopy_l_f_or_n   colcopy_l_f_or
#define colcopy_l_f_and_n  colcopy_l_f_and
#ifdef colcopy_h_f_set
#define colcopy_h_f_set_n  colcopy_h_f_set
#define colcopy_h_f_xor_n  colcopy_h_f_xor
#define colcopy_h_f_or_n   colcopy_h_f_or
#define colcopy_h_f_and_n  colcopy_h_f_and
#endif


/* video -> memory copy */
#ifndef colcopy_b_set_f
#define colcopy_b_set_f(d,dof,s,sof,c)        \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_b,_b_f,MOV_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_set_f
#define colcopy_w_set_f(d,dof,s,sof,c)        \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_w,_w_f,MOV_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_set_f)
#define colcopy_l_set_f(d,dof,s,sof,c)        \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_l,_l_f,MOV_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_set_f)
#define colcopy_h_set_f(d,dof,s,sof,c)        \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_h,_h_f,MOV_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_xor_f
#define colcopy_b_xor_f(d,dof,s,sof,c)    \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_b_xor,_b_f,XOR_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_xor_f
#define colcopy_w_xor_f(d,dof,s,sof,c)    \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_w_xor,_w_f,XOR_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_xor_f)
#define colcopy_l_xor_f(d,dof,s,sof,c)    \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_l_xor,_l_f,XOR_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_xor_f)
#define colcopy_h_xor_f(d,dof,s,sof,c)    \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_h_xor,_h_f,XOR_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_or_f
#define colcopy_b_or_f(d,dof,s,sof,c)     \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_b_or,_b_f,OR_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_or_f
#define colcopy_w_or_f(d,dof,s,sof,c)     \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_w_or,_w_f,OR_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_or_f)
#define colcopy_l_or_f(d,dof,s,sof,c)     \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_l_or,_l_f,OR_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_or_f)
#define colcopy_h_or_f(d,dof,s,sof,c)     \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_h_or,_h_f,OR_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_and_f
#define colcopy_b_and_f(d,dof,s,sof,c)    \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_b_and,_b_f,AND_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_and_f
#define colcopy_w_and_f(d,dof,s,sof,c)    \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_w_and,_w_f,AND_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_and_f)
#define colcopy_l_and_f(d,dof,s,sof,c)    \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_l_and,_l_f,AND_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_and_f)
#define colcopy_h_and_f(d,dof,s,sof,c)    \
	__INLINE_STD_FAR_COLCOPY__(d,dof,s,sof,c,_h_and,_h_f,AND_INS,OP64b,GR_int64)
#endif

#define colcopy_b_n_set_f  colcopy_b_set_f
#define colcopy_b_n_xor_f  colcopy_b_xor_f
#define colcopy_b_n_or_f   colcopy_b_or_f
#define colcopy_b_n_and_f  colcopy_b_and_f
#define colcopy_w_n_set_f  colcopy_w_set_f
#define colcopy_w_n_xor_f  colcopy_w_xor_f
#define colcopy_w_n_or_f   colcopy_w_or_f
#define colcopy_w_n_and_f  colcopy_w_and_f
#define colcopy_l_n_set_f  colcopy_l_set_f
#define colcopy_l_n_xor_f  colcopy_l_xor_f
#define colcopy_l_n_or_f   colcopy_l_or_f
#define colcopy_l_n_and_f  colcopy_l_and_f
#ifdef colcopy_h_set_f
#define colcopy_h_n_set_f  colcopy_h_set_f
#define colcopy_h_n_xor_f  colcopy_h_xor_f
#define colcopy_h_n_or_f   colcopy_h_or_f
#define colcopy_h_n_and_f  colcopy_h_and_f
#endif


/* video -> video copy */
#ifndef colcopy_b_f_set_f
#define colcopy_b_f_set_f(d,dof,s,sof,c)        \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_b_f,_b_f,MOV_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_f_set_f
#define colcopy_w_f_set_f(d,dof,s,sof,c)        \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_w_f,_w_f,MOV_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_f_set_f)
#define colcopy_l_f_set_f(d,dof,s,sof,c)        \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_l_f,_l_f,MOV_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_f_set_f)
#define colcopy_h_f_set_f(d,dof,s,sof,c)        \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_h_f,_h_f,MOV_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_f_xor_f
#define colcopy_b_f_xor_f(d,dof,s,sof,c)    \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_b_f_xor,_b_f,XOR_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_f_xor_f
#define colcopy_w_f_xor_f(d,dof,s,sof,c)    \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_w_f_xor,_w_f,XOR_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_f_xor_f)
#define colcopy_l_f_xor_f(d,dof,s,sof,c)    \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_l_f_xor,_l_f,XOR_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_f_xor_f)
#define colcopy_h_f_xor_f(d,dof,s,sof,c)    \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_h_f_xor,_h_f,XOR_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_f_or_f
#define colcopy_b_f_or_f(d,dof,s,sof,c)     \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_b_f_or,_b_f,OR_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_f_or_f
#define colcopy_w_f_or_f(d,dof,s,sof,c)     \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_w_f_or,_w_f,OR_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_f_or_f)
#define colcopy_l_f_or_f(d,dof,s,sof,c)     \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_l_f_or,_l_f,OR_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_f_or_f)
#define colcopy_h_f_or_f(d,dof,s,sof,c)     \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_h_f_or,_h_f,OR_INS,OP64b,GR_int64)
#endif

#ifndef colcopy_b_f_and_f
#define colcopy_b_f_and_f(d,dof,s,sof,c)    \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_b_f_and,_b_f,AND_INS,OP8b,GR_int8)
#endif
#ifndef colcopy_w_f_and_f
#define colcopy_w_f_and_f(d,dof,s,sof,c)    \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_w_f_and,_w_f,AND_INS,OP16b,GR_int16)
#endif
#if defined(GR_int32) && !defined(colcopy_l_f_and_f)
#define colcopy_l_f_and_f(d,dof,s,sof,c)    \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_l_f_and,_l_f,AND_INS,OP32b,GR_int32)
#endif
#if defined(GR_int64) && !defined(colcopy_h_f_and_f)
#define colcopy_h_f_and_f(d,dof,s,sof,c)    \
	__INLINE_FAR_FAR_COLCOPY__(d,dof,s,sof,c,_h_f_and,_h_f,AND_INS,OP64b,GR_int64)
#endif


/*
 * fwdcopy[_<FAR>]_<OPER>[_<FAR>](alp,dst,src,cnt)
 * revcopy[_<FAR>]_<OPER>[_<FAR>](alp,dst,src,count)
 *         ^-^-^-dst-^-^-^   ^src^
 *
 * optimized copy - will use fastest available copy
 * alp: alignment pointer will be moved to an aligned
 *      boundary by small size copy ops before bulk copy is
 *      done using max. data width. Must equal dst or src
 * dst: destination pointer, on return points to first address
 *      following the copy area
 * src: source pointer, on return points to first address
 *      following the copy area
 * cnt: number of bytes to be copied. Changed.
 */

/* generic single element copy */
#ifndef __INLINE_1_COPY__
#define __INLINE_1_COPY__(D,S,SZ,WOP,SF,INC) do {                             \
    poke_##SZ##WOP((D),peek_##SZ##SF(S));                                     \
    ptrinc((D),(INC)); ptrinc((S),(INC));                                     \
} while (0)
#endif

/* generic optimized forward copy (meets NO alignment resriction :( */
#ifndef __INLINE_STD_FWD_COPY__
#define __INLINE_STD_FWD_COPY__(SZ,WOP,SF,ALP,DST,SRC,CNT) do {               \
      if ((int)(CNT) >= 2*CPSIZE_##SZ-1 ) {                                   \
	int _c_ = (-((int)(ALP))) & (CPSIZE_##SZ-1);                          \
	if (_c_) {                                                            \
	  (CNT) -= _c_;                                                       \
	  rowcopy_b##WOP##SF(DST,SRC,_c_);                                    \
	}                                                                     \
	_c_ = ((int)(CNT)) / CPSIZE_##SZ;                                     \
	rowcopy_##SZ##WOP##SF(DST,SRC,_c_);                                   \
	(CNT) &= (CPSIZE_##SZ-1);                                             \
      }                                                                       \
      if ( (int)(CNT) )                                                       \
	rowcopy_b##WOP##SF(DST,SRC,CNT));                                     \
} while(0)
#endif

/* generic optimized reverse copy (meets NO alignment resrictions :( */
#ifndef __INLINE_STD_REV_COPY__
#define __INLINE_STD_REV_COPY__(SZ,WOP,SF,ALP,DST,SRC,CNT) do {               \
      if ((int)(CNT) >= 2*CPSIZE_##SZ-1 ) {                                   \
	int _c_ = ((int)(ALP)+1) & (CPSIZE_##SZ-1);                           \
	if (_c_) {                                                            \
	  (CNT) -= _c_;                                                       \
	  colcopy_b##WOP##SF(DST,(-1),SRC,(-1),_c_);                          \
	}                                                                     \
	_c_ = ((int)(CNT)) / CPSIZE_##SZ;                                     \
	ptrinc(DST,-(CPSIZE_##SZ)+1);                                         \
	ptrinc(SRC,-(CPSIZE_##SZ)+1);                                         \
	colcopy_##SZ##WOP##SF(DST,-(CPSIZE_##SZ),SRC,-(CPSIZE_##SZ),_c_);     \
	ptrinc(DST,(CPSIZE_##SZ)-1);                                          \
	ptrinc(SRC,(CPSIZE_##SZ)-1);                                          \
	(CNT) &= (CPSIZE_##SZ-1);                                             \
      }                                                                       \
      if ( (int)(CNT) )                                                       \
	colcopy_b##WOP##SF(DST,(-1),SRC,(-1),CNT);                            \
} while(0)
#endif

/* forward copy: copy and step to next higher alignment boundary */
#ifndef __INLINE_FWD_ALIGN__
#define __INLINE_FWD_ALIGN__(SZ,WOP,SF,AP,D,S,C)                              \
  if ( ((int)(AP)) & CPSIZE_##SZ ) {                                          \
    __INLINE_1_COPY__(D,S,SZ,WOP,SF,CPSIZE_##SZ);                             \
    (C) -= CPSIZE_##SZ;                                                       \
    if ( ! ((int)(C)) ) break;                                                \
  }
#endif

/* forward copy: copy one remaining element */
#ifndef __INLINE_FWD_TAIL__
#define __INLINE_FWD_TAIL__(SZ,WOP,SF,D,S,C) do                               \
  if ( ((int)(C)) & CPSIZE_##SZ )                                             \
    __INLINE_1_COPY__(D,S,SZ,WOP,SF,CPSIZE_##SZ);                             \
while (0)
#endif

/* ------------------- check for system alignment requirements ------------- */
#if defined(MISALIGNED_64bit_OK) && !defined(NO_64BIT_COPY) && \
    defined(MISALIGNED_32bit_OK) && defined(MISALIGNED_16bit_OK)
/* 8,16,32,64bit misaligned ok */
#ifndef __INLINE_FWD_COPY__
#define __INLINE_FWD_COPY__(WOP,SF,AP,D,S,C) do {                             \
   if ( ((int)(C)) >= 7 ) {                                                   \
      __INLINE_FWD_ALIGN__(b,WOP,SF,AP,D,S,C);                                \
      __INLINE_FWD_ALIGN__(w,WOP,SF,AP,D,S,C);                                \
      __INLINE_FWD_ALIGN__(l,WOP,SF,AP,D,S,C);                                \
      {  int _c_ = ((int)(C)) >> 3;                                           \
	 if (_c_) rowcopy_h##WOP##SF(D,S,_c_);  }                             \
   }                                                                          \
   __INLINE_FWD_TAIL__(l,WOP,SF,D,S,C);                                       \
   __INLINE_FWD_TAIL__(w,WOP,SF,D,S,C);                                       \
   __INLINE_FWD_TAIL__(b,WOP,SF,D,S,C);                                       \
} while (0)
#endif
#ifndef __INLINE_REV_COPY__
#define __INLINE_REV_COPY__(WOP,SF,AP,D,S,C) do {                             \
   if (((int)(C)) >= 7) {                                                     \
      if ( ! ( ((int)(AP)) & 1) ) {                                           \
	 __INLINE_1_COPY__(D,S,b,WOP,SF,-1);                                  \
	 (C)--;                                                               \
      }                                                                       \
      if ( ! ( ((int)(AP)) & 2) ) {                                           \
	 ptrinc((D),-1);                                                      \
	 ptrinc((S),-1);                                                      \
	 __INLINE_1_COPY__(D,S,w,WOP,SF,-1);                                  \
	 (C) -= 2;                                                            \
      }                                                                       \
      if ( ! ( ((int)(AP)) & 4) ) {                                           \
	 ptrinc((D),-3);                                                      \
	 ptrinc((S),-3);                                                      \
	 __INLINE_1_COPY__(D,S,l,WOP,SF,-1);                                  \
	 (C) -= 4;                                                            \
      }                                                                       \
      {  int _rch_ = ((int)(C)) >> 3;                                         \
	 if (_rch_) {                                                         \
	    ptrinc((D),-7);                                                   \
	    ptrinc((S),-7);                                                   \
	    colcopy_h##WOP##SF(D,-8,S,-8,_rch_);                              \
	    ptrinc((D),+7);                                                   \
	    ptrinc((S),+7);                                                   \
	 }                                                                    \
      }                                                                       \
   }                                                                          \
   if ( ((int)(C)) & 4 ) {                                                    \
      ptrinc((D),-3);                                                         \
      ptrinc((S),-3);                                                         \
      __INLINE_1_COPY__(D,S,l,WOP,SF,-1);                                     \
   }                                                                          \
   if ( ((int)(C)) & 2 ) {                                                    \
      ptrinc((D),-1);                                                         \
      ptrinc((S),-1);                                                         \
      __INLINE_1_COPY__(D,S,w,WOP,SF,-1);                                     \
   }                                                                          \
   if ( ((int)(C)) & 1 )                                                      \
      __INLINE_1_COPY__(D,S,b,WOP,SF,-1);                                     \
} while (0)
#endif

#elif defined(MISALIGNED_64bit_OK) && !defined(NO_64BIT_COPY)
/* 8,64bit misaligned ok -> standard code */
#ifndef __INLINE_FWD_COPY__
#define __INLINE_FWD_COPY__(WOP,SF,AP,D,S,C) \
	__INLINE_STD_FWD_COPY__(h,WOP,SF,AP,D,S,C)
#endif
#ifndef __INLINE_REV_COPY__
#define __INLINE_REV_COPY__(WOP,SF,AP,D,S,C) \
	__INLINE_STD_REV_COPY__(h,WOP,SF,AP,D,S,C)
#endif

#elif defined(MISALIGNED_32bit_OK) && !defined(NO_32BIT_COPY) && \
      defined(MISALIGNED_16bit_OK)
/* 8,16,32bit misaligned ok */
#ifndef __INLINE_FWD_COPY__
#define __INLINE_FWD_COPY__(WOP,SF,AP,D,S,C) do {                             \
   if ( ((int)(C)) >= 3 ) {                                                   \
      int _fcl_;                                                              \
      __INLINE_FWD_ALIGN__(b,WOP,SF,AP,D,S,C);                                \
      __INLINE_FWD_ALIGN__(w,WOP,SF,AP,D,S,C);                                \
      if ( (_fcl_ = ((int)(C)) >> 2) != 0) rowcopy_l##WOP##SF(D,S,_fcl_);     \
   }                                                                          \
   __INLINE_FWD_TAIL__(w,WOP,SF,D,S,C);                                       \
   __INLINE_FWD_TAIL__(b,WOP,SF,D,S,C);                                       \
} while (0)
#endif
#ifndef __INLINE_REV_COPY__
#define __INLINE_REV_COPY__(WOP,SF,AP,D,S,C) do {                             \
   if (((int)(C)) >= 3) {                                                     \
      if ( ! ( ((int)(AP)) & 1) ) {                                           \
	 __INLINE_1_COPY__(D,S,b,WOP,SF,-1);                                  \
	 (C)--;                                                               \
      }                                                                       \
      if ( ! ( ((int)(AP)) & 2) ) {                                           \
	 ptrinc((D),-1);                                                      \
	 ptrinc((S),-1);                                                      \
	 __INLINE_1_COPY__(D,S,w,WOP,SF,-1);                                  \
	 (C) -= 2;                                                            \
      }                                                                       \
      {  int _rcl_ = ((int)(C)) >> 2;                                         \
	 if (_rcl_) {                                                         \
	    ptrinc((D),-3);                                                   \
	    ptrinc((S),-3);                                                   \
	    colcopy_l##WOP##SF(D,-4,S,-4,_rcl_);                              \
	    ptrinc((D),+3);                                                   \
	    ptrinc((S),+3);                                                   \
	 }                                                                    \
      }                                                                       \
   }                                                                          \
   if ( ((int)(C)) & 2 ) {                                                    \
      ptrinc((D),-1);                                                         \
      ptrinc((S),-1);                                                         \
      __INLINE_1_COPY__(D,S,w,WOP,SF,-1);                                     \
   }                                                                          \
   if ( ((int)(C)) & 1 )                                                      \
      __INLINE_1_COPY__(D,S,b,WOP,SF,-1);                                     \
} while(0)
#endif

#elif defined(MISALIGNED_32bit_OK) && !defined(NO_32BIT_COPY)
/* 8,32bit misaligned ok -> standard code */
#ifndef __INLINE_FWD_COPY__
#define __INLINE_FWD_COPY__(WOP,SF,AP,D,S,C) \
	__INLINE_STD_FWD_COPY__(l,WOP,SF,AP,D,S,C)
#endif
#ifndef __INLINE_REV_COPY__
#define __INLINE_REV_COPY__(WOP,SF,AP,D,S,C) \
	__INLINE_STD_REV_COPY__(l,WOP,SF,AP,D,S,C)
#endif

#elif defined(MISALIGNED_16bit_OK) && !defined(NO_16BIT_COPY)
/* 8,16bit misaligned ok */
#ifndef __INLINE_FWD_COPY__
#define __INLINE_FWD_COPY__(WOP,SF,AP,D,S,C) do if ((int)(C)) {               \
   __INLINE_FWD_ALIGN__(b,WOP,SF,AP,D,S,C);                                   \
   {  int _fcw_ = ((int)(C)) >> 1;                                              \
      if (_fcw_) rowcopy_w##WOP##SF(D,S,_fcw_);  }                                \
   __INLINE_FWD_TAIL__(b,WOP,SF,D,S,C);                                       \
} while (0)
#endif
#ifndef __INLINE_REV_COPY__
#define __INLINE_REV_COPY__(WOP,SF,AP,D,S,C) do if ((int)(C)) {               \
   if ( ! ( ((int)(AP)) & 1) ) {                                              \
      __INLINE_1_COPY__(D,S,b,WOP,SF,-1);                                     \
      (C)--;                                                                  \
      if ( ! ((int)(C)) ) break;                                              \
   }                                                                          \
   {  int _rcw_ = ((int)(C)) >> 1;                                            \
      if (_rcw_) {                                                            \
	 ptrinc((D),-1);                                                      \
	 ptrinc((S),-1);                                                      \
	 colcopy_w##WOP##SF(D,-2,S,-2,_rcw_);                                 \
	 ptrinc((D),+1);                                                      \
	 ptrinc((S),+1);                                                      \
      }                                                                       \
   }                                                                          \
   if ( ((int)(C)) & 1 )                                                      \
      __INLINE_1_COPY__(D,S,b,WOP,SF,-1);                                     \
} while (0)
#endif

#endif

/* ---------------------------------------- fall back to byte copy */
#ifndef __INLINE_FWD_COPY__
#define __INLINE_FWD_COPY__(WOP,SF,AP,D,S,C) rowcopy_b##WOP##SF(D,S,C)
#endif
#ifndef __INLINE_REV_COPY__
#define __INLINE_REV_COPY__(WOP,SF,AP,D,S,C) colcopy_b##WOP##SF(D,-1,S,-1,C)
#endif

/* memory -> memory copy */
#ifndef fwdcopy_set
#define fwdcopy_set(ap,d,s,c)      __INLINE_FWD_COPY__(_n_set,_n,ap,d,s,c)
#endif
#ifndef fwdcopy_xor
#define fwdcopy_xor(ap,d,s,c)      __INLINE_FWD_COPY__(_n_xor,_n,ap,d,s,c)
#endif
#ifndef fwdcopy_or
#define fwdcopy_or(ap,d,s,c)       __INLINE_FWD_COPY__(_n_or,_n,ap,d,s,c)
#endif
#ifndef fwdcopy_and
#define fwdcopy_and(ap,d,s,c)      __INLINE_FWD_COPY__(_n_and,_n,ap,d,s,c)
#endif
#ifndef revcopy_set
#define revcopy_set(ap,d,s,c)      __INLINE_REV_COPY__(_n_set,_n,ap,d,s,c)
#endif
#ifndef revcopy_xor
#define revcopy_xor(ap,d,s,c)      __INLINE_REV_COPY__(_n_xor,_n,ap,d,s,c)
#endif
#ifndef revcopy_or
#define revcopy_or(ap,d,s,c)       __INLINE_REV_COPY__(_n_or,_n,ap,d,s,c)
#endif
#ifndef revcopy_and
#define revcopy_and(ap,d,s,c)      __INLINE_REV_COPY__(_n_and,_n,ap,d,s,c)
#endif

#define fwdcopy_n_set_n  fwdcopy_set
#define fwdcopy_n_xor_n  fwdcopy_xor
#define fwdcopy_n_or_n   fwdcopy_or
#define fwdcopy_n_and_n  fwdcopy_and
#define revcopy_n_set_n  revcopy_set
#define revcopy_n_xor_n  revcopy_xor
#define revcopy_n_or_n   revcopy_or
#define revcopy_n_and_n  revcopy_and


/* memory -> video copy */
#ifndef fwdcopy_f_set
#define fwdcopy_f_set(ap,d,s,c)    __INLINE_FWD_COPY__(_f_set,_n,ap,d,s,c)
#endif
#ifndef fwdcopy_f_xor
#define fwdcopy_f_xor(ap,d,s,c)    __INLINE_FWD_COPY__(_f_xor,_n,ap,d,s,c)
#endif
#ifndef fwdcopy_f_or
#define fwdcopy_f_or(ap,d,s,c)     __INLINE_FWD_COPY__(_f_or,_n,ap,d,s,c)
#endif
#ifndef fwdcopy_f_and
#define fwdcopy_f_and(ap,d,s,c)    __INLINE_FWD_COPY__(_f_and,_n,ap,d,s,c)
#endif
#ifndef revcopy_f_set
#define revcopy_f_set(ap,d,s,c)    __INLINE_REV_COPY__(_f_set,_n,ap,d,s,c)
#endif
#ifndef revcopy_f_xor
#define revcopy_f_xor(ap,d,s,c)    __INLINE_REV_COPY__(_f_xor,_n,ap,d,s,c)
#endif
#ifndef revcopy_f_or
#define revcopy_f_or(ap,d,s,c)     __INLINE_REV_COPY__(_f_or,_n,ap,d,s,c)
#endif
#ifndef revcopy_f_and
#define revcopy_f_and(ap,d,s,c)    __INLINE_REV_COPY__(_f_and,_n,ap,d,s,c)
#endif

#define fwdcopy_f_set_n  fwdcopy_f_set
#define fwdcopy_f_xor_n  fwdcopy_f_xor
#define fwdcopy_f_or_n   fwdcopy_f_or
#define fwdcopy_f_and_n  fwdcopy_f_and
#define revcopy_f_set_n  revcopy_f_set
#define revcopy_f_xor_n  revcopy_f_xor
#define revcopy_f_or_n   revcopy_f_or
#define revcopy_f_and_n  revcopy_f_and


/* video -> memory copy */
#ifndef fwdcopy_set_f
#define fwdcopy_set_f(ap,d,s,c)    __INLINE_FWD_COPY__(_n_set,_f,ap,d,s,c)
#endif
#ifndef fwdcopy_xor_f
#define fwdcopy_xor_f(ap,d,s,c)    __INLINE_FWD_COPY__(_n_xor,_f,ap,d,s,c)
#endif
#ifndef fwdcopy_or_f
#define fwdcopy_or_f(ap,d,s,c)     __INLINE_FWD_COPY__(_n_or,_f,ap,d,s,c)
#endif
#ifndef fwdcopy_and_f
#define fwdcopy_and_f(ap,d,s,c)    __INLINE_FWD_COPY__(_n_and,_f,ap,d,s,c)
#endif
#ifndef revcopy_set_f
#define revcopy_set_f(ap,d,s,c)    __INLINE_REV_COPY__(_n_set,_f,ap,d,s,c)
#endif
#ifndef revcopy_xor_f
#define revcopy_xor_f(ap,d,s,c)    __INLINE_REV_COPY__(_n_xor,_f,ap,d,s,c)
#endif
#ifndef revcopy_or_f
#define revcopy_or_f(ap,d,s,c)     __INLINE_REV_COPY__(_n_or,_f,ap,d,s,c)
#endif
#ifndef revcopy_and_f
#define revcopy_and_f(ap,d,s,c)    __INLINE_REV_COPY__(_n_and,_f,ap,d,s,c)
#endif

#define fwdcopy_n_set_f  fwdcopy_set_f
#define fwdcopy_n_xor_f  fwdcopy_xor_f
#define fwdcopy_n_or_f   fwdcopy_or_f
#define fwdcopy_n_and_f  fwdcopy_and_f
#define revcopy_n_set_f  revcopy_set_f
#define revcopy_n_xor_f  revcopy_xor_f
#define revcopy_n_or_f   revcopy_or_f
#define revcopy_n_and_f  revcopy_and_f


/* video -> video copy */
#ifndef fwdcopy_f_set_f
#define fwdcopy_f_set_f(ap,d,s,c)  __INLINE_FWD_COPY__(_f_set,_f,ap,d,s,c)
#endif
#ifndef fwdcopy_f_xor_f
#define fwdcopy_f_xor_f(ap,d,s,c)  __INLINE_FWD_COPY__(_f_xor,_f,ap,d,s,c)
#endif
#ifndef fwdcopy_f_or_f
#define fwdcopy_f_or_f(ap,d,s,c)   __INLINE_FWD_COPY__(_f_or,_f,ap,d,s,c)
#endif
#ifndef fwdcopy_f_and_f
#define fwdcopy_f_and_f(ap,d,s,c)  __INLINE_FWD_COPY__(_f_and,_f,ap,d,s,c)
#endif
#ifndef revcopy_f_set_f
#define revcopy_f_set_f(ap,d,s,c)  __INLINE_REV_COPY__(_f_set,_f,ap,d,s,c)
#endif
#ifndef revcopy_f_xor_f
#define revcopy_f_xor_f(ap,d,s,c)  __INLINE_REV_COPY__(_f_xor,_f,ap,d,s,c)
#endif
#ifndef revcopy_f_or_f
#define revcopy_f_or_f(ap,d,s,c)   __INLINE_REV_COPY__(_f_or,_f,ap,d,s,c)
#endif
#ifndef revcopy_f_and_f
#define revcopy_f_and_f(ap,d,s,c)  __INLINE_REV_COPY__(_f_and,_f,ap,d,s,c)
#endif

/*
 * stuff to copy arrays, structures
 */
#define memcopy(d,s,sze) do {                                           \
	register void far *_CD = (void far *)(d);                       \
	register void far *_CS = (void far *)(s);                       \
	register unsigned  _CC = (unsigned)(sze);                       \
        DBGPRINTF(DBG_COPYFILL,("memcopy size=%u\n",_CC));              \
	fwdcopy_set(_CD,_CD,_CS,_CC);                                   \
} while(0)
#define sttcopy(dstp,srcp)      memcopy((dstp),(srcp),sizeof(*(srcp)))



#endif  /* whole file */
